USER: xray
JADE: WPF Refinement Report
DATE: Thursday, February 10, 2022, 5:06 PM
FILE: \\CCMR-XRD-Server\Share\ecf56\SE-040611-4.brml
IDEN: Commander Sample ID
SCAN: 5.0°/65.008°/0.01946°/64(s), I(p)=3222.0/134.0, Cu(40kV,25mA), Thursday, January 06, 2022, 11:32 AM

Whole Pattern Fitting Controls:

  Pattern Fitted-Range = 5.0° - 65.0°
  Wavelength to Compute d-Spacings = 1.54059Å (Cu)
  Diffraction Geometry for Lp-Correction: Diffractometer Lp

  [x] Kα2 Peaks Present              [ ] Allow Negative Isotropic B's
  [ ] Variable-Slit Pattern          [x] Apply Anomalous Scattering
  [x] Use Isotropic B Values Only    [ ] Beam Spill-Off below 0.0°

Global Refinement Parameters:

  Background Fitting Model: Polynomial (5)

  [x] c0 = 190.083 (42.0959) <1>  [x] c1 =-127.593 (36.333 ) <1>
  [x] c2 =-57.4498 (18.8355) <1>  [x] c3 = 138.758 (26.5465) <1>
  [x] c4 = 150.085 (56.1354) <1>  [x] c5 =-197.153 (48.604 ) <1>
  [x] c-1=-266.023 (1454.2 ) <1>  [x] c-3= 56969.5 (11647.4) <1>

  Profile Shape Function for All Phases - PSF: pseudo-Voigt
  Peak Broadening Model for All Phases: Individual FWHM Curve
  Instrument Profile Calibration Curve: Constant FWHM = 0.1°

  [x] ZO = 0.01128 (0.00113) <2> Zero Offset
  [ ] SD = 0.0     (0.0    ) <2> Displacement
  [ ] DS = 0.0     (0.0    ) <2> Distance Slack (Image-Plate)
  [ ] α2 = 0.5     (0.0    ) <4> Kα2/Kα1 Ratio
  [ ] MC = 1.0     (0.0    ) <4> Monochromator Correction for Lp Factor

  [x] s0 = 0.31659 (0.0    ) <3> Skew = s0 + s1 x 2θ + s2 x 2θ²
  [x] s1 =-0.26958 (0.0    ) <3>
  [x] s2 =-0.26667 (0.03725) <4>

  [x] p0 = 0.53156 (0.0    ) <3> Lorentzian Component = p0 + p1 x 2θ + p2 x 2θ²
  [x] p1 =-0.04917 (0.0    ) <3>
  [ ] p2 = 0.0     (0.0    ) <4>

Atomic Scattering Values at 0.05 Intervals of Sin(θ)/λ:

  Fe+3: F'=-1.1437, F"=3.2084

  23.00, 22.76, 22.09, 21.04, 19.72, 18.25, 16.74, 15.26, 13.87, 12.69
  11.50, 10.62, 9.730, 9.105, 8.480, 8.045, 7.610, 7.300, 6.990, 6.755
  6.520, 6.320, 6.120, 5.930, 5.740, 5.560, 5.380, 5.205, 5.030

  Mn+3: F'=-0.5383, F"=2.832

  22.00, 21.76, 21.07, 20.02, 18.71, 17.26, 15.78, 14.35, 13.04, 11.94
  10.84, 10.04, 9.230, 8.675, 8.120, 7.730, 7.340, 7.060, 6.780, 6.550
  6.320, 6.125, 5.930, 5.740, 5.550, 5.365, 5.180, 4.995, 4.810

  Mg+2: F'=0.1799, F"=0.1811

  10.00, 9.910, 9.660, 9.260, 8.750, 8.150, 7.510, 6.850, 6.200, 5.595
  4.990, 4.510, 4.030, 3.655, 3.280, 2.995, 2.710, 2.505, 2.300, 2.155
  2.010, 1.910, 1.810, 1.730, 1.650, 1.595, 1.540, 1.485, 1.430

  Ca+2: F'=0.3818, F"=1.3123

  18.00, 17.70, 16.93, 15.67, 14.40, 12.98, 11.70, 10.57, 9.610, 8.930
  8.250, 7.815, 7.380, 7.065, 6.750, 6.485, 6.220, 5.960, 5.700, 5.440
  5.180, 4.930, 4.680, 4.445, 4.210, 3.990, 3.770, 3.585, 3.400

  Na+1: F'=0.1378, F"=0.1222

  10.00, 9.884, 9.551, 9.035, 8.390, 7.670, 6.925, 6.196, 5.510, 4.919
  4.328, 3.876, 3.424, 3.098, 2.771, 2.543, 2.314, 2.158, 2.001, 1.893
  1.785, 1.710, 1.634, 1.579, 1.524, 1.481, 1.438, 1.403, 1.367

  Si+4: F'=0.2551, F"=0.3248

  10.00, 9.950, 9.790, 9.540, 9.200, 8.790, 8.330, 7.830, 7.310, 6.785
  6.260, 5.770, 5.280, 4.850, 4.420, 4.065, 3.710, 3.420, 3.130, 2.905
  2.680, 2.505, 2.330, 2.195, 2.060, 1.960, 1.860, 1.760, 1.660

  Al+3: F'=0.2124, F"=0.2415

  10.00, 9.930, 9.740, 9.430, 9.010, 8.520, 7.980, 7.400, 6.820, 6.255
  5.690, 5.190, 4.690, 4.275, 3.860, 3.530, 3.200, 2.950, 2.700, 2.510
  2.320, 2.180, 2.040, 1.940, 1.840, 1.765, 1.690, 1.615, 1.540

  K +1: F'=0.4158, F"=1.1038

  18.00, 17.65, 16.68, 15.30, 13.76, 12.27, 10.96, 9.890, 9.040, 8.450
  7.860, 7.485, 7.110, 6.810, 6.510, 6.225, 5.940, 5.665, 5.390, 5.115
  4.840, 4.580, 4.320, 4.075, 3.830, 3.615, 3.400, 3.225, 3.050

  H +1: F'=0.0, F"=0.0

  0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000
  0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000
  0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000, 0.000

  O -2: F'=0.0523, F"=0.0337

  10.00, 9.551, 8.475, 7.159, 5.908, 4.857, 4.028, 3.394, 2.916, 2.602
  2.287, 2.108, 1.929, 1.822, 1.714, 1.644, 1.574, 1.522, 1.469, 1.425
  1.381, 1.340, 1.299, 1.260, 1.220, 1.182, 1.143, 1.105, 1.066

  F -1: F'=0.0752, F"=0.055

  10.00, 9.763, 9.108, 8.174, 7.126, 6.103, 5.188, 4.416, 3.786, 3.336
  2.885, 2.604, 2.323, 2.148, 1.972, 1.860, 1.747, 1.672, 1.596, 1.541
  1.486, 1.443, 1.399, 1.361, 1.322, 1.287, 1.252, 1.218, 1.183

  Cl-1: F'=0.3682, F"=0.6982

  18.00, 17.46, 16.02, 14.12, 12.20, 10.60, 9.400, 8.590, 8.030, 7.655
  7.280, 6.960, 6.640, 6.305, 5.970, 5.620, 5.270, 4.940, 4.610, 4.305
  4.000, 3.735, 3.470, 3.250, 3.030, 2.840, 2.650, 2.500, 2.350

Phase #1 [Bragg-R = 5.96%]: Tremolite

  Chemical Formula = Ca2Mg5Si8O22(OH)2

  Reference: Stemple, Brindley., J. Am. Ceram. Soc., v43 p34 (1960) ●
  Additional Patterns: To replace 00-009-0437, 00-020-1310, 00-023-0666 and
  00-031-1285. See PDF 00-044-1402. General Comments: Intensities may be
  affected by preferred orientation of powder fragments. Sample Source or
  Locality: Specimen as white radiating, fine fibrous masses from St.
  Gotthard, Switzerland. Warning: Lines with abs(delta 2Theta)>0.06 DEG.

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC82 [PDF#00-013-0437]

  [x] a  = 9.85341 (0.00262) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.09282(0.00249) <2> [x] β  = 104.907 (0.010  ) <2>
  [x] c  = 5.28301 (0.00242) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 910.137 (498)(Å³), Density = 2.9641(g/cm³), Absorption(μ) = 130.3(1/cm)

  [x] SF = 7.31643 (2.11064) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.11026 (0.06875) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.00582 (0.22982) <3>
  [x] f2 =-0.02256 (0.19219) <3>

  39 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)     I%(f) (esd)  I(f)-I(r)   Area
  1   ( 0 2 0)     9.780  9.0464     9.05 (3.28)      -6.95   15.7
  2   ( 1 1 0)    10.502  8.4262    42.20 (0.00)     -57.80   73.2
  3   ( 1 3 0)    17.403  5.0949    10.59 (6.50)      -5.41   18.4
  4   (-1 1 1)    18.148  4.8871     8.32 (3.90)      -1.68   14.4
  5   ( 2 0 0)    18.634  4.7609     0.00 (?.??)     -20.00    0.0
  6   ( 0 4 0)    19.622  4.5232    11.70 (6.31)      -8.30   20.3
  7   ( 2 2 0)    21.081  4.2131     7.08 (4.51)     -27.92   12.3
  8   (-1 3 1)    22.893  3.8835    16.73 (9.82)       0.73   29.0
  9   ( 0 4 1)    26.314  3.3855    14.79 (9.98)     -25.21   25.6
  10  ( 2 4 0)    27.183  3.2792   31.39 (19.94)     -43.61   54.4
  11  ( 3 1 0)    28.540  3.1262  100.00 (60.13)       0.00  173.4
  12  (-3 1 1)    29.469  3.0298     0.00 (?.??)     -10.00    0.0
  13  (-1 5 1)    30.321  2.9465   32.77 (21.45)      -7.23   56.8
  14  ( 3 3 0)    31.846  2.8087    11.28 (7.65)     -33.72   19.6
  15  (-3 3 1)    32.689  2.7382    14.63 (9.14)      -1.37   25.4
  16  ( 1 5 1)    33.062  2.7081   41.60 (24.16)     -48.40   72.1
  17  ( 0 6 1)    34.528  2.5964   28.46 (18.42)      -1.54   49.3
  18  (-2 0 2)    35.349  2.5379     0.00 (?.??)     -40.00    0.0
  19  (-2 6 1)    37.193  2.4162     0.00 (?.??)      -8.00    0.0
  20  ( 3 5 0)    37.679  2.3861   16.93 (11.50)     -13.07   29.4
  21  (-3 5 1)    38.409  2.3424   16.92 (10.82)     -13.08   29.3
  22  (-4 2 1)    38.679  2.3267     1.90 (2.88)     -38.10    3.3
  23  ( 4 2 0)    39.109  2.3021    13.38 (9.51)       1.38   23.2
  24  (-3 1 2)    39.495  2.2804     9.54 (6.29)      -6.46   16.5
  25  (-2 4 2)    40.745  2.2133     0.00 (?.??)      -6.00    0.0
  26  ( 1 7 1)    41.318  2.1839     3.12 (2.69)      -2.88    5.4
  27  ( 1 3 2)    41.677  2.1659   23.73 (16.28)     -11.27   41.1
  28  ( 2 0 2)    44.345  2.0416     3.91 (3.55)     -14.09    6.8
  29  (-4 0 2)    44.863  2.0192   19.67 (13.55)     -25.33   34.1
  30  ( 3 7 0)    45.217  2.0042     3.54 (3.57)     -12.46    6.1
  31  (-2 8 1)    45.967  1.9732     1.53 (2.05)      -4.47    2.7
  32  ( 4 2 1)    47.144  1.9267     0.00 (?.??)      -6.00    0.0
  33  ( 5 1 0)    48.010  1.8939     3.48 (3.42)     -46.52    6.0
  34  ( 4 6 0)    48.706  1.8684     0.00 (?.??)     -16.00    0.0
  35  ( 5 3 0)    50.208  1.8160     3.82 (3.48)     -12.18    6.6
  36  (-5 1 2)    52.232  1.7503     0.11 (?.??)      -5.89    0.2
  37  ( 2 6 2)    54.225  1.6905     0.00 (?.??)     -10.00    0.0
  38  ( 4 6 1)    55.658  1.6504     4.69 (5.30)     -35.31    8.1
  39  (-6 0 1)    56.051  1.6397     4.43 (5.35)      -5.57    7.7

  * Individual I% values of d-I List are refined in this phase.

Phase #2 [Bragg-R = 6.09%]: Actinolite

  Chemical Formula = Ca2(Mg,Fe2+)5Si8O22(OH)2

  Reference: Evans B W, Yang H, American Mineralogist 83 (1998) 458-475

  Note: PDF 23-0118; ICSD 86584-601; LP 1503430. [Actinolite.csf] 

  Monoclinic: C2/m (12) ● b-unique, Z=1, mC78.2 [PDF#98-000-0008] [CSD#8]

  [x] a  = 9.86264 (0.00375) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.08392(0.00388) <2> [x] β  = 104.834 (0.015  ) <2>
  [x] c  = 5.30132 (0.00381) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 914.007 (769)(Å³), Density = 3.2643(g/cm³), Absorption(μ) = 287.8(1/cm)

  [x] SF = 95.6628 (12.3133) <1> Intensity Scale Factor
  [x] TF =-1.19132 (1.04949) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.11021 (0.02742) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.04623 (0.10969) <3>
  [x] f2 = 0.08066 (0.10702) <3>

  Asymmetry Atoms in Unit Cell = 28, General Site Multiplicity = 8

  [ ] x1 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe1 <Fe+3>
  [ ] y1 = 0.0886  (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] z1 = 0.5     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] B1 = 0.6     (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] n1 = 0.522   (0.0    ) <4> {                } Fe1 <Fe+3>

  [ ] x2 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn1 <Mn+3>
  [ ] y2 = 0.0886  (0.0    ) <4> {                } Mn1 <Mn+3>
  [ ] z2 = 0.5     (0.0    ) <0> {                } Mn1 <Mn+3>
  [ ] B2 = 0.6     (0.0    ) <4> {                } Mn1 <Mn+3>
  [ ] n2 = 0.005   (0.0    ) <4> {                } Mn1 <Mn+3>

  [ ] x3 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg1 <Mg+2>
  [ ] y3 = 0.0886  (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] z3 = 0.5     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] B3 = 0.6     (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n3 = 0.473   (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x4 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe2 <Fe+3>
  [ ] y4 = 0.1784  (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] z4 = 0.0     (0.0    ) <0> {                } Fe2 <Fe+3>
  [ ] B4 = 0.6     (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] n4 = 0.532   (0.0    ) <4> {                } Fe2 <Fe+3>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn2 <Mn+3>
  [ ] y5 = 0.1784  (0.0    ) <4> {                } Mn2 <Mn+3>
  [ ] z5 = 0.0     (0.0    ) <0> {                } Mn2 <Mn+3>
  [ ] B5 = 0.6     (0.0    ) <4> {                } Mn2 <Mn+3>
  [ ] n5 = 0.015   (0.0    ) <4> {                } Mn2 <Mn+3>

  [ ] x6 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg2 <Mg+2>
  [ ] y6 = 0.1784  (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] z6 = 0.0     (0.0    ) <0> {                } Mg2 <Mg+2>
  [ ] B6 = 0.6     (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] n6 = 0.452   (0.0    ) <4> {                } Mg2 <Mg+2>

  [ ] x7 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Fe3 <Fe+3>
  [ ] y7 = 0.0     (0.0    ) <0> {                } Fe3 <Fe+3>
  [ ] z7 = 0.0     (0.0    ) <0> {                } Fe3 <Fe+3>
  [ ] B7 = 0.6     (0.0    ) <4> {                } Fe3 <Fe+3>
  [ ] n7 = 0.495   (0.0    ) <4> {                } Fe3 <Fe+3>

  [ ] x8 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Mg3 <Mg+2>
  [ ] y8 = 0.0     (0.0    ) <0> {                } Mg3 <Mg+2>
  [ ] z8 = 0.0     (0.0    ) <0> {                } Mg3 <Mg+2>
  [ ] B8 = 0.6     (0.0    ) <4> {                } Mg3 <Mg+2>
  [ ] n8 = 0.505   (0.0    ) <4> {                } Mg3 <Mg+2>

  [ ] x9 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe4 <Fe+3>
  [ ] y9 = 0.2769  (0.0    ) <4> {                } Fe4 <Fe+3>
  [ ] z9 = 0.5     (0.0    ) <0> {                } Fe4 <Fe+3>
  [ ] B9 = 1.0     (0.0    ) <4> {                } Fe4 <Fe+3>
  [ ] n9 = 0.035   (0.0    ) <4> {                } Fe4 <Fe+3>

  [ ] x10= 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn4 <Mn+3>
  [ ] y10= 0.2769  (0.0    ) <4> {                } Mn4 <Mn+3>
  [ ] z10= 0.5     (0.0    ) <0> {                } Mn4 <Mn+3>
  [ ] B10= 1.0     (0.0    ) <4> {                } Mn4 <Mn+3>
  [ ] n10= 0.001   (0.0    ) <4> {                } Mn4 <Mn+3>

  [ ] x11= 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg4 <Mg+2>
  [ ] y11= 0.2769  (0.0    ) <4> {                } Mg4 <Mg+2>
  [ ] z11= 0.5     (0.0    ) <0> {                } Mg4 <Mg+2>
  [ ] B11= 1.0     (0.0    ) <4> {                } Mg4 <Mg+2>
  [ ] n11= 0.025   (0.0    ) <4> {                } Mg4 <Mg+2>

  [ ] x12= 0.0     (0.0    ) <0> {Wyckoff = 4     } Ca4 <Ca+2>
  [ ] y12= 0.2769  (0.0    ) <4> {                } Ca4 <Ca+2>
  [ ] z12= 0.5     (0.0    ) <0> {                } Ca4 <Ca+2>
  [ ] B12= 1.0     (0.0    ) <4> {                } Ca4 <Ca+2>
  [ ] n12= 0.936   (0.0    ) <4> {                } Ca4 <Ca+2>

  [ ] x13= 0.0     (0.0    ) <0> {Wyckoff = 4     } Na4 <Na+1>
  [ ] y13= 0.2769  (0.0    ) <4> {                } Na4 <Na+1>
  [ ] z13= 0.5     (0.0    ) <0> {                } Na4 <Na+1>
  [ ] B13= 1.0     (0.0    ) <4> {                } Na4 <Na+1>
  [ ] n13= 0.003   (0.0    ) <4> {                } Na4 <Na+1>

  [ ] x14= 0.28    (0.0    ) <4> {Wyckoff = 8     } Si1 <Si+4>
  [ ] y14= 0.0838  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z14= 0.2938  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B14= 0.5     (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n14= 0.982   (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x15= 0.28    (0.0    ) <4> {Wyckoff = 8     } Al1 <Al+3>
  [ ] y15= 0.0838  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z15= 0.2938  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B15= 0.5     (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n15= 0.018   (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x16= 0.289   (0.0    ) <4> {Wyckoff = 8     } Si2 <Si+4>
  [ ] y16= 0.1703  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z16= 0.8014  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B16= 0.5     (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n16= 1.0     (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x17= 0.034   (0.0    ) <4> {Wyckoff = 4     } NaA( <Na+1>
  [ ] y17= 0.5     (0.0    ) <0> {                } NaA( <Na+1>
  [ ] z17= 0.09    (0.0    ) <4> {                } NaA( <Na+1>
  [ ] B17= 0.5     (0.0    ) <4> {                } NaA( <Na+1>
  [ ] n17= 0.045   (0.0    ) <4> {                } NaA( <Na+1>

  [ ] x18= 0.034   (0.0    ) <4> {Wyckoff = 4     } KA(m <K +1>
  [ ] y18= 0.5     (0.0    ) <0> {                } KA(m <K +1>
  [ ] z18= 0.09    (0.0    ) <4> {                } KA(m <K +1>
  [ ] B18= 0.5     (0.0    ) <4> {                } KA(m <K +1>
  [ ] n18= 0.002   (0.0    ) <4> {                } KA(m <K +1>

  [ ] x19= 0.206   (0.0    ) <0> {Wyckoff = 4     } H <H +1>
  [ ] y19= 0.0     (0.0    ) <0> {                } H <H +1>
  [ ] z19= 0.765   (0.0    ) <0> {                } H <H +1>
  [ ] B19= 0.5     (0.0    ) <0> {                } H <H +1>
  [ ] n19= 0.943   (0.0    ) <0> {                } H <H +1>

  [ ] x20= 0.112   (0.0    ) <4> {Wyckoff = 8     } O1 <O -2>
  [ ] y20= 0.0868  (0.0    ) <4> {                } O1 <O -2>
  [ ] z20= 0.2149  (0.0    ) <4> {                } O1 <O -2>
  [ ] B20= 0.6     (0.0    ) <4> {                } O1 <O -2>
  [ ] n20= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x21= 0.1206  (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y21= 0.1726  (0.0    ) <4> {                } O2 <O -2>
  [ ] z21= 0.7212  (0.0    ) <4> {                } O2 <O -2>
  [ ] B21= 0.7     (0.0    ) <4> {                } O2 <O -2>
  [ ] n21= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x22= 0.1107  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y22= 0.0     (0.0    ) <0> {                } O3 <O -2>
  [ ] z22= 0.7142  (0.0    ) <4> {                } O3 <O -2>
  [ ] B22= 0.9     (0.0    ) <4> {                } O3 <O -2>
  [ ] n22= 0.966   (0.0    ) <4> {                } O3 <O -2>

  [ ] x23= 0.1107  (0.0    ) <4> {Wyckoff = 4     } F3 <F -1>
  [ ] y23= 0.0     (0.0    ) <0> {                } F3 <F -1>
  [ ] z23= 0.7142  (0.0    ) <4> {                } F3 <F -1>
  [ ] B23= 0.9     (0.0    ) <4> {                } F3 <F -1>
  [ ] n23= 0.024   (0.0    ) <4> {                } F3 <F -1>

  [ ] x24= 0.1107  (0.0    ) <4> {Wyckoff = 4     } Cl3 <Cl-1>
  [ ] y24= 0.0     (0.0    ) <0> {                } Cl3 <Cl-1>
  [ ] z24= 0.7142  (0.0    ) <4> {                } Cl3 <Cl-1>
  [ ] B24= 0.9     (0.0    ) <4> {                } Cl3 <Cl-1>
  [ ] n24= 0.01    (0.0    ) <4> {                } Cl3 <Cl-1>

  [ ] x25= 0.3668  (0.0    ) <4> {Wyckoff = 8     } O4 <O -2>
  [ ] y25= 0.2461  (0.0    ) <4> {                } O4 <O -2>
  [ ] z25= 0.7916  (0.0    ) <4> {                } O4 <O -2>
  [ ] B25= 0.9     (0.0    ) <4> {                } O4 <O -2>
  [ ] n25= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x26= 0.3453  (0.0    ) <4> {Wyckoff = 8     } O5 <O -2>
  [ ] y26= 0.1329  (0.0    ) <4> {                } O5 <O -2>
  [ ] z26= 0.0943  (0.0    ) <4> {                } O5 <O -2>
  [ ] B26= 0.8     (0.0    ) <4> {                } O5 <O -2>
  [ ] n26= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x27= 0.3428  (0.0    ) <4> {Wyckoff = 8     } O6 <O -2>
  [ ] y27= 0.1186  (0.0    ) <4> {                } O6 <O -2>
  [ ] z27= 0.5846  (0.0    ) <4> {                } O6 <O -2>
  [ ] B27= 0.8     (0.0    ) <4> {                } O6 <O -2>
  [ ] n27= 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x28= 0.3346  (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y28= 0.0     (0.0    ) <0> {                } O7 <O -2>
  [ ] z28= 0.292   (0.0    ) <4> {                } O7 <O -2>
  [ ] B28= 0.8     (0.0    ) <4> {                } O7 <O -2>
  [ ] n28= 1.0     (0.0    ) <4> {                } O7 <O -2>

  Symmetry Operators [M=8]

  01:  x,  y,  z | -x, -y, -z         02:  x, -y,  z

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Fe1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0882
  Fe1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0882
  Fe1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0936
  Fe1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0936
  Fe1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1009
  Fe1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1009
  Fe1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6846
  Fe1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6846
  Mn1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0882
  Mn1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0882
  Mn1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0936
  Mn1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0936
  Mn1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1009
  Mn1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1009
  Mn1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6846
  Mn1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6846
  Mg1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0882
  Mg1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0882
  Mg1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0936
  Mg1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0936
  Mg1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1009
  Mg1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1009
  Mg1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6846
  Mg1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6846
  Fe2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0168
  Fe2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0168
  Fe2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1238
  Fe2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1238
  Fe2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1489
  Fe2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1489
  Mn2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0168
  Mn2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0168
  Mn2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1238
  Mn2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1238
  Mn2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1489
  Mn2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1489
  Mg2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0168
  Mg2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0168
  Mg2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1238
  Mg2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1238
  Mg2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1489
  Mg2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1489
  Fe3  (0.0,0.0,0.0)            O3   (-0.111,0.0,0.286)       2.0820
  Fe3  (0.0,0.0,0.0)            O3   (0.111,0.0,-0.286)       2.0820
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.215)    2.0827
  Fe3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.215)     2.0827
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.215)   2.0827
  Fe3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.215)      2.0827
  Fe3  (0.0,0.0,0.0)            H    (-0.206,0.0,0.235)       2.6412
  Fe3  (0.0,0.0,0.0)            H    (0.206,0.0,-0.235)       2.6412
  Mg3  (0.0,0.0,0.0)            O3   (0.111,0.0,-0.286)       2.0820
  Mg3  (0.0,0.0,0.0)            O3   (-0.111,0.0,0.286)       2.0820
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.215)   2.0827
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.215)    2.0827
  Mg3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.215)     2.0827
  Mg3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.215)      2.0827
  Mg3  (0.0,0.0,0.0)            H    (-0.206,0.0,0.235)       2.6412
  Mg3  (0.0,0.0,0.0)            H    (0.206,0.0,-0.235)       2.6412
  Fe4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3083
  Fe4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3083
  Fe4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3735
  Fe4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3735
  Fe4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5558
  Fe4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5558
  Fe4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8168
  Fe4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8168
  Mn4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3083
  Mn4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3083
  Mn4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3735
  Mn4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3735
  Mn4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5558
  Mn4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5558
  Mn4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8168
  Mn4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8168
  Mg4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3083
  Mg4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3083
  Mg4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3735
  Mg4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3735
  Mg4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5558
  Mg4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5558
  Mg4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8168
  Mg4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8168
  Ca4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3083
  Ca4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3083
  Ca4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3735
  Ca4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3735
  Ca4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5558
  Ca4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5558
  Ca4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8168
  Ca4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8168
  Na4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3083
  Na4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3083
  Na4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3735
  Na4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3735
  Na4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5558
  Na4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5558
  Na4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8168
  Na4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8168
  Si1  (0.28,0.084,0.294)       O1   (0.112,0.087,0.215)      1.6026
  Si1  (0.28,0.084,0.294)       O7   (0.335,0.0,0.292)        1.6091
  Si1  (0.28,0.084,0.294)       O6   (0.343,0.119,0.585)      1.6332
  Si1  (0.28,0.084,0.294)       O5   (0.345,0.133,0.094)      1.6342
  Al1  (0.28,0.084,0.294)       O1   (0.112,0.087,0.215)      1.6026
  Al1  (0.28,0.084,0.294)       O7   (0.335,0.0,0.292)        1.6091
  Al1  (0.28,0.084,0.294)       O6   (0.343,0.119,0.585)      1.6332
  Al1  (0.28,0.084,0.294)       O5   (0.345,0.133,0.094)      1.6342
  Si2  (0.289,0.17,0.801)       O4   (0.367,0.246,0.792)      1.5782
  Si2  (0.289,0.17,0.801)       O2   (0.121,0.173,0.721)      1.6061
  Si2  (0.289,0.17,0.801)       O5   (0.345,0.133,1.094)      1.6539
  Si2  (0.289,0.17,0.801)       O6   (0.343,0.119,0.585)      1.6700
  NaA( (0.034,0.5,0.09)         NaA( (-0.034,0.5,-0.09)       *1.0162
  NaA( (0.034,0.5,0.09)         O7   (-0.165,0.5,0.292)       2.4683
  NaA( (0.034,0.5,0.09)         H    (0.294,0.5,0.235)        2.4814
  NaA( (0.034,0.5,0.09)         O7   (0.165,0.5,-0.292)       2.6691
  NaA( (0.034,0.5,0.09)         O6   (0.157,0.619,0.415)      2.8247
  NaA( (0.034,0.5,0.09)         O6   (0.157,0.381,0.415)      2.8247
  NaA( (0.034,0.5,0.09)         O5   (0.155,0.367,-0.094)     2.9569
  NaA( (0.034,0.5,0.09)         O5   (0.155,0.633,-0.094)     2.9569
  KA(m (0.034,0.5,0.09)         NaA( (-0.034,0.5,-0.09)       *1.0162
  KA(m (0.034,0.5,0.09)         O7   (-0.165,0.5,0.292)       2.4683
  KA(m (0.034,0.5,0.09)         H    (0.294,0.5,0.235)        2.4814
  KA(m (0.034,0.5,0.09)         O7   (0.165,0.5,-0.292)       2.6691
  KA(m (0.034,0.5,0.09)         O6   (0.157,0.619,0.415)      2.8247
  KA(m (0.034,0.5,0.09)         O6   (0.157,0.381,0.415)      2.8247
  KA(m (0.034,0.5,0.09)         O5   (0.155,0.367,-0.094)     2.9569
  KA(m (0.034,0.5,0.09)         O5   (0.155,0.633,-0.094)     2.9569
  H    (0.206,0.0,0.765)        O3   (0.111,0.0,0.714)        0.9090
  H    (0.206,0.0,0.765)        NaA( (0.466,0.0,0.91)         2.4814
  H    (0.206,0.0,0.765)        Fe3  (0.0,0.0,1.0)            2.6412
  H    (0.206,0.0,0.765)        Fe1  (0.0,-0.089,0.5)         2.6846
  H    (0.206,0.0,0.765)        Fe1  (0.0,0.089,0.5)          2.6846
  H    (0.206,0.0,0.765)        O7   (0.335,0.0,1.292)        2.7567
  H    (0.206,0.0,0.765)        O6   (0.343,0.119,0.585)      2.8277
  H    (0.206,0.0,0.765)        O6   (0.343,-0.119,0.585)     2.8277
  O1   (0.112,0.087,0.215)      Si1  (0.28,0.084,0.294)       1.6026
  O1   (0.112,0.087,0.215)      Fe3  (0.0,0.0,0.0)            2.0827
  O1   (0.112,0.087,0.215)      Fe1  (0.0,0.089,0.5)          2.0882
  O1   (0.112,0.087,0.215)      Fe2  (0.0,0.178,0.0)          2.1489
  O1   (0.112,0.087,0.215)      O7   (0.335,0.0,0.292)        2.6441
  O1   (0.112,0.087,0.215)      O6   (0.343,0.119,0.585)      2.6588
  O1   (0.112,0.087,0.215)      O5   (0.345,0.133,0.094)      2.6742
  O1   (0.112,0.087,0.215)      O1   (-0.112,0.087,-0.215)    2.7377
  O1   (0.112,0.087,0.215)      O3   (-0.111,0.0,0.286)       2.8022
  O1   (0.112,0.087,0.215)      O2   (-0.121,0.173,0.279)     2.8606
  O2   (0.121,0.173,0.721)      Si2  (0.289,0.17,0.801)       1.6061
  O2   (0.121,0.173,0.721)      Fe1  (0.0,0.089,0.5)          2.0936
  O2   (0.121,0.173,0.721)      Fe2  (0.0,0.178,1.0)          2.1238
  O2   (0.121,0.173,0.721)      Fe4  (0.0,0.277,0.5)          2.3735
  O2   (0.121,0.173,0.721)      O6   (0.343,0.119,0.585)      2.6633
  O2   (0.121,0.173,0.721)      O5   (0.345,0.133,1.094)      2.6635
  O2   (0.121,0.173,0.721)      O4   (0.367,0.246,0.792)      2.7089
  O2   (0.121,0.173,0.721)      O1   (-0.112,0.087,0.785)     2.8606
  O2   (0.121,0.173,0.721)      O2   (-0.121,0.173,0.279)     2.8815
  O2   (0.121,0.173,0.721)      O4   (0.133,0.254,1.208)      2.9468
  O3   (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        0.9090
  O3   (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0820
  O3   (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1009
  O3   (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1009
  O3   (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7178
  O3   (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8022
  O3   (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8022
  F3   (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        0.9090
  F3   (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0820
  F3   (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1009
  F3   (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1009
  F3   (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7178
  F3   (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8022
  F3   (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8022
  Cl3  (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        *0.9090
  Cl3  (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0820
  Cl3  (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1009
  Cl3  (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1009
  Cl3  (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7178
  Cl3  (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8022
  Cl3  (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8022
  O4   (0.367,0.246,0.792)      Si2  (0.289,0.17,0.801)       1.5782
  O4   (0.367,0.246,0.792)      Fe2  (0.5,0.322,1.0)          2.0168
  O4   (0.367,0.246,0.792)      Fe4  (0.5,0.223,0.5)          2.3083
  O4   (0.367,0.246,0.792)      O6   (0.343,0.119,0.585)      2.5384
  O4   (0.367,0.246,0.792)      O5   (0.345,0.133,1.094)      2.6429
  O4   (0.367,0.246,0.792)      O2   (0.121,0.173,0.721)      2.7089
  O4   (0.367,0.246,0.792)      O2   (0.379,0.327,1.279)      2.9468
  O4   (0.367,0.246,0.792)      O4   (0.633,0.246,1.208)      2.9687
  O5   (0.345,0.133,0.094)      Si1  (0.28,0.084,0.294)       1.6342
  O5   (0.345,0.133,0.094)      Si2  (0.289,0.17,-0.199)      1.6539
  O5   (0.345,0.133,0.094)      O6   (0.343,0.119,0.585)      2.6185
  O5   (0.345,0.133,0.094)      O7   (0.335,0.0,0.292)        2.6348
  O5   (0.345,0.133,0.094)      O4   (0.367,0.246,-0.208)     2.6429
  O5   (0.345,0.133,0.094)      O2   (0.121,0.173,-0.279)     2.6635
  O5   (0.345,0.133,0.094)      O1   (0.112,0.087,0.215)      2.6742
  O5   (0.345,0.133,0.094)      O6   (0.343,0.119,-0.415)     2.7083
  O5   (0.345,0.133,0.094)      Fe4  (0.5,0.223,0.5)          2.8168
  O5   (0.345,0.133,0.094)      NaA( (0.466,0.0,-0.09)        2.9569
  O6   (0.343,0.119,0.585)      Si1  (0.28,0.084,0.294)       1.6332
  O6   (0.343,0.119,0.585)      Si2  (0.289,0.17,0.801)       1.6700
  O6   (0.343,0.119,0.585)      O4   (0.367,0.246,0.792)      2.5384
  O6   (0.343,0.119,0.585)      Fe4  (0.5,0.223,0.5)          2.5558
  O6   (0.343,0.119,0.585)      O5   (0.345,0.133,0.094)      2.6185
  O6   (0.343,0.119,0.585)      O7   (0.335,0.0,0.292)        2.6360
  O6   (0.343,0.119,0.585)      O1   (0.112,0.087,0.215)      2.6588
  O6   (0.343,0.119,0.585)      O2   (0.121,0.173,0.721)      2.6633
  O6   (0.343,0.119,0.585)      O5   (0.345,0.133,1.094)      2.7083
  O6   (0.343,0.119,0.585)      NaA( (0.466,0.0,0.91)         2.8247
  O6   (0.343,0.119,0.585)      H    (0.206,0.0,0.765)        2.8277
  O7   (0.335,0.0,0.292)        Si1  (0.28,0.084,0.294)       1.6091
  O7   (0.335,0.0,0.292)        Si1  (0.28,-0.084,0.294)      1.6091
  O7   (0.335,0.0,0.292)        NaA( (0.534,0.0,0.09)         2.4683
  O7   (0.335,0.0,0.292)        O5   (0.345,-0.133,0.094)     2.6348
  O7   (0.335,0.0,0.292)        O5   (0.345,0.133,0.094)      2.6348
  O7   (0.335,0.0,0.292)        O6   (0.343,-0.119,0.585)     2.6360
  O7   (0.335,0.0,0.292)        O6   (0.343,0.119,0.585)      2.6360
  O7   (0.335,0.0,0.292)        O1   (0.112,-0.087,0.215)     2.6441
  O7   (0.335,0.0,0.292)        O1   (0.112,0.087,0.215)      2.6441
  O7   (0.335,0.0,0.292)        NaA( (0.466,0.0,-0.09)        2.6691
  O7   (0.335,0.0,0.292)        H    (0.206,0.0,-0.235)       2.7567

  134 Reflections in Fitted Range: (I%(min) >= 0.1, m = Multiplicity)

  #    ( h k l)      Angle    d(Å)   I%(f)  | F |  m      Lp    Area
  1    ( 0 2 0)      9.785  9.0420   18.61   58.4  2  138.04   32.49
  2    ( 1 1 0)     10.492  8.4337  100.00  102.7  4  119.60  174.57
  3    ( 0 0 1)     17.301  5.1246    1.60   30.4  2   42.84    2.80
  4    ( 1 3 0)     17.403  5.0950    2.58   27.4  4   42.79    4.50
  5    (-1 1 1)     18.102  4.8995   16.49   72.1  4   38.98   28.78
  6    ( 2 0 0)     18.610  4.7670    1.61   32.7  2   37.20    2.81
  7    ( 0 4 0)     19.631  4.5210   13.72  100.8  2   33.42   23.95
  8    ( 0 2 1)     19.910  4.4584    1.60   24.7  4   32.17    2.80
  9    ( 2 2 0)     21.062  4.2168    4.02   41.4  4   28.82    7.02
  10   (-2 0 1)     21.969  4.0448    0.64   24.5  2   26.15    1.12
  11   ( 1 1 1)     22.238  3.9963    1.62   27.7  4   25.63    2.82
  12   (-1 3 1)     22.860  3.8890   10.71   73.4  4   24.16   18.70
  13   (-2 2 1)     24.095  3.6922    0.79   21.0  4   21.60    1.38
  14   ( 1 3 1)     26.289  3.3888   32.84  147.9  4   18.08   57.33
  15   ( 2 4 0)     27.174  3.2803   18.97  116.2  4   16.91   33.11
  16   ( 3 1 0)     28.505  3.1300   52.08  202.1  4   15.25   90.91
  17   ( 2 0 1)     28.643  3.1152    0.78   35.2  2   15.08    1.36
  18   (-3 1 1)     29.437  3.0329    1.03   29.3  4   14.15    1.80
  19   (-1 5 1)     30.302  2.9483    0.40   18.8  4   13.36    0.70
  20   ( 2 2 1)     30.333  2.9453   17.80  125.8  4   13.34   31.07
  21   ( 3 3 0)     31.817  2.8112    7.23   84.1  4   12.06   12.63
  22   (-3 3 1)     32.663  2.7403   14.88  123.9  4   11.34   25.97
  23   ( 1 5 1)     33.019  2.7116   78.18  287.1  4   11.12  136.48
  24   (-1 1 2)     34.175  2.6224    2.19   49.7  4   10.21    3.82
  25   ( 0 6 1)     34.506  2.5980   30.61  187.8  4   10.11   53.44
  26   ( 0 0 2)     35.001  2.5623    1.47   59.0  2    9.71    2.56
  27   (-2 0 2)     35.248  2.5449   45.66  331.3  2    9.53   79.70
  28   ( 0 2 2)     36.427  2.4652    0.79   31.8  4    8.90    1.37
  29   (-2 2 2)     36.665  2.4498    1.28   40.7  4    8.75    2.23
  30   (-2 6 1)     37.183  2.4168    0.33   20.9  4    8.57    0.57
  31   ( 3 1 1)     37.226  2.4141    0.75   31.7  4    8.56    1.31
  32   (-4 0 1)     37.293  2.4099    0.38   32.1  2    8.49    0.67
  33   ( 3 5 0)     37.659  2.3873    3.63   70.6  4    8.36    6.34
  34   ( 4 0 0)     37.722  2.3835    1.47   63.6  2    8.31    2.56
  35   (-3 5 1)     38.392  2.3434   28.76  202.6  4    7.98   50.20
  36   (-4 2 1)     38.645  2.3286    7.29  102.6  4    7.85   12.72
  37   ( 1 1 2)     38.961  2.3104    1.11   40.4  4    7.69    1.94
  38   ( 4 2 0)     39.061  2.3048    0.14   14.1  4    7.70    0.24
  39   (-1 7 1)     39.081  2.3037    6.81  100.4  4    7.69   11.89
  40   (-3 1 2)     39.411  2.2851   17.62  162.8  4    7.46   30.77
  41   ( 3 3 1)     39.895  2.2585    0.97   38.6  4    7.35    1.69
  42   (-2 4 2)     40.660  2.2177    3.68   76.8  4    6.98    6.43
  43   ( 1 7 1)     41.290  2.1853    4.45   85.7  4    6.81    7.77
  44   ( 1 3 2)     41.537  2.1729    0.57   31.0  4    6.68    1.00
  45   ( 2 6 1)     41.673  2.1661   28.14  217.5  4    6.67   49.12
  46   (-3 3 2)     41.963  2.1518    2.91   70.4  4    6.50    5.08
  47   (-1 5 2)     42.250  2.1378    1.30   47.4  4    6.42    2.27
  48   ( 0 8 1)     43.744  2.0682    0.29   23.2  4    5.99    0.51
  49   ( 2 0 2)     44.181  2.0488   14.89  237.1  2    5.82   26.00
  50   (-4 0 2)     44.788  2.0224    9.34  190.3  2    5.61   16.30
  51   ( 3 5 1)     44.835  2.0204   14.94  170.4  4    5.66   26.09
  52   ( 3 7 0)     45.207  2.0046    3.48   83.0  4    5.56    6.08
  53   ( 2 2 2)     45.362  1.9981    0.34   26.2  4    5.49    0.60
  54   (-3 7 1)     45.840  1.9784    2.07   64.8  4    5.38    3.61
  55   ( 4 0 1)     45.890  1.9763    0.24   31.4  2    5.37    0.42
  56   (-4 2 2)     45.957  1.9736    0.81   40.7  4    5.30    1.42
  57   ( 1 9 0)     46.142  1.9661    3.24   81.7  4    5.32    5.66
  58   ( 1 5 2)     46.333  1.9585    0.51   32.5  4    5.23    0.89
  59   (-5 1 1)     46.620  1.9471    0.48   31.7  4    5.16    0.84
  60   (-3 5 2)     46.725  1.9430    2.09   66.5  4    5.11    3.66
  61   ( 4 2 1)     47.038  1.9308    1.47   56.1  4    5.08    2.57
  62   ( 5 1 0)     47.946  1.8963    2.77   78.4  4    4.86    4.84
  63   (-4 6 1)     48.326  1.8822    4.01   95.1  4    4.77    7.01
  64   (-1 9 1)     48.691  1.8690    5.96  116.7  4    4.70   10.40
  65   ( 2 4 2)     48.771  1.8661    1.93   66.5  4    4.66    3.36
  66   (-5 3 1)     48.868  1.8626    0.35   28.3  4    4.64    0.61
  67   (-1 7 2)     49.224  1.8500    1.96   67.7  4    4.56    3.43
  68   (-4 4 2)     49.334  1.8461    2.21   72.0  4    4.52    3.86
  69   ( 5 3 0)     50.149  1.8180    2.07   70.8  4    4.39    3.62
  70   (0,10,0)     50.434  1.8084    2.44  109.3  2    4.35    4.26
  71   ( 1 9 1)     50.562  1.8041    0.77   43.5  4    4.32    1.35
  72   (-1 1 3)     52.136  1.7533    0.20   22.8  4    3.97    0.35
  73   (-5 1 2)     52.161  1.7525    5.75  122.6  4    3.98   10.04
  74   ( 1 7 2)     52.889  1.7300    0.19   22.7  4    3.88    0.33
  75   (-5 5 1)     53.150  1.7222    3.08   91.3  4    3.84    5.38
  76   (-3 7 2)     53.244  1.7193    0.79   46.3  4    3.81    1.37
  77   ( 3 3 2)     53.536  1.7107    0.28   27.9  4    3.77    0.49
  78   ( 0 0 3)     53.619  1.7082    0.26   38.2  2    3.73    0.46
  79   (0,10,1)     53.717  1.7053    1.10   55.2  4    3.76    1.93
  80   ( 3 9 0)     53.956  1.6983    0.18   22.5  4    3.73    0.32
  81   ( 0 8 2)     54.066  1.6951    0.68   43.6  4    3.69    1.18
  82   (-1 3 3)     54.215  1.6908    5.62  125.7  4    3.63    9.80
  83   (2,10,0)     54.215  1.6908    1.31   60.6  4    3.69    2.28
  84   (-2 8 2)     54.241  1.6901    5.67  126.3  4    3.66    9.90
  85   (-3 1 3)     54.271  1.6892    0.66   43.1  4    3.62    1.15
  86   (-3 9 1)     54.512  1.6823    1.12   56.3  4    3.63    1.95
  87   ( 0 2 3)     54.645  1.6785    3.07   93.6  4    3.57    5.36
  88   ( 4 6 1)     55.571  1.6527   22.72  258.7  4    3.48   39.66
  89   (-2,10,1)    55.638  1.6509    0.13   19.5  4    3.47    0.23
  90   ( 4 8 0)     56.034  1.6402    5.23  125.1  4    3.42    9.13
  91   (-3 3 3)     56.295  1.6332    0.36   33.0  4    3.33    0.63
  92   (1,11,0)     56.791  1.6201   12.94  199.2  4    3.32   22.59
  93   (-6 2 1)     56.993  1.6148    0.51   39.8  4    3.27    0.89
  94   ( 1 1 3)     57.374  1.6050    0.40   35.3  4    3.20    0.70
  95   ( 3 5 2)     57.572  1.5999    0.18   23.5  4    3.20    0.31
  96   ( 6 0 0)     58.006  1.5890    4.52  169.8  2    3.15    7.89
  97   (-1 5 3)     58.219  1.5837   20.63  257.3  4    3.10   36.02
  98   (-5 5 2)     58.242  1.5831    0.33   32.8  4    3.10    0.58
  99   ( 6 2 0)     58.982  1.5650    0.55   42.3  4    3.04    0.95
  100  (2,10,1)     59.025  1.5640    0.91   54.6  4    3.04    1.58
  101  (-5 7 1)     59.161  1.5607    0.52   41.4  4    3.01    0.91
  102  ( 4 0 2)     59.290  1.5576    4.84  179.2  2    3.00    8.45
  103  (-6 0 2)     60.111  1.5383    9.38  252.5  2    2.89   16.37
  104  (-3 5 3)     60.208  1.5360    1.39   68.8  4    2.87    2.42
  105  ( 4 2 2)     60.252  1.5350    0.61   45.5  4    2.89    1.06
  106  ( 5 7 0)     60.289  1.5342    0.40   36.8  4    2.89    0.69
  107  (1,11,1)     60.655  1.5258    0.16   23.6  4    2.86    0.28
  108  ( 1 9 2)     60.842  1.5215    2.88  100.0  4    2.83    5.02
  109  (-2 6 3)     60.994  1.5181   17.51  247.1  4    2.79   30.56
  110  ( 2 8 2)     60.996  1.5180    0.20   26.7  4    2.81    0.36
  111  (-3 9 2)     61.166  1.5142    0.49   41.3  4    2.79    0.85
  112  (-4 8 2)     61.482  1.5072    1.42   70.8  4    2.76    2.47
  113  (0,12,0)     61.492  1.5070    8.91  251.1  2    2.78   15.55
  114  ( 5 5 1)     61.618  1.5042    5.73  142.7  4    2.76   10.01
  115  ( 4 8 1)     62.370  1.4879    0.30   32.8  4    2.69    0.52
  116  ( 0 6 3)     62.451  1.4861    2.18   89.1  4    2.65    3.81
  117  (0,10,2)     62.858  1.4775    0.42   39.4  4    2.63    0.74
  118  (-2,10,2)    63.017  1.4741    2.04   86.8  4    2.62    3.56
  119  ( 4 4 2)     63.087  1.4727    2.56   97.3  4    2.61    4.46
  120  ( 1 5 3)     63.124  1.4719    1.37   71.2  4    2.59    2.39
  121  ( 2 2 3)     63.142  1.4715    1.47   73.7  4    2.59    2.56
  122  ( 3 7 2)     63.311  1.4680    0.77   53.4  4    2.59    1.34
  123  (3,11,0)     63.689  1.4602    5.13  138.9  4    2.57    8.96
  124  (-6 4 2)     63.880  1.4563    2.24   92.0  4    2.53    3.91
  125  (-1 7 3)     63.923  1.4554    2.95  105.7  4    2.52    5.15
  126  (-3,11,1)    64.192  1.4500    0.72   52.2  4    2.52    1.25
  127  (-4,10,1)    64.366  1.4464    0.61   48.5  4    2.50    1.07
  128  (0,12,1)     64.400  1.4458    0.28   32.5  4    2.51    0.48
  129  (-6 6 1)     64.620  1.4414   25.68  314.4  4    2.48   44.82
  130  (4,10,0)     64.656  1.4407    1.39   73.1  4    2.48    2.42
  131  (2,12,0)     64.846  1.4369    0.20   27.6  4    2.47    0.34
  132  (-5 3 3)     65.099  1.4319    1.40   73.8  4    2.41    2.44
  133  (-3 7 3)     65.707  1.4201    0.34   36.8  4    2.37    0.60
  134  (-2,12,1)    65.711  1.4201    0.26   32.0  4    2.37    0.45

Phase #3 [Bragg-R = 8.36%]: Labradorite

  Chemical Formula = (Ca,Na)(Si,Al)4O8

  Reference: AM 65 (1980) 81, Wenk, H.R.;Joswig, W.;Tagai, T.;Korekawa,
  M.;Smith, B.K.

  Note: See also PDF 18-1202, ICSD 100235. [Labradorite.csf] 

  Triclinic: C-1 (2), Z=4, aC52 [PDF#98-000-0272] [CSD#272]

  [x] a  = 8.17359 (0.00308) <2> [x] α  = 93.345  (0.019  ) <2>
  [x] b  = 12.88006(0.00336) <2> [x] β  = 116.037 (0.018  ) <2>
  [x] c  = 7.10012 (0.00299) <2> [x] γ  = 90.824  (0.016  ) <2>

  Unit Cell Volume = 669.803 (417)(Å³), Density = 2.6953(g/cm³), Absorption(μ) = 117.3(1/cm)

  [x] SF = 70.7428 (14.6914) <1> Intensity Scale Factor
  [x] TF =-0.26224 (2.52365) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.08974 (0.05175) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.01434 (0.15993) <3>
  [x] f2 = 0.05063 (0.13845) <3>

  Asymmetry Atoms in Unit Cell = 20, General Site Multiplicity = 4

  [ ] x1 = 0.269   (0.0    ) <4> {Wyckoff = 4     } Ca1 <Ca+2>
  [ ] y1 = 0.975   (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] z1 = 0.176   (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] B1 = 2.5     (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] n1 = 0.3     (0.0    ) <4> {                } Ca1 <Ca+2>

  [ ] x2 = 0.269   (0.0    ) <4> {Wyckoff = 4     } Na1 <Na+1>
  [ ] y2 = 0.975   (0.0    ) <4> {                } Na1 <Na+1>
  [ ] z2 = 0.176   (0.0    ) <4> {                } Na1 <Na+1>
  [ ] B2 = 2.5     (0.0    ) <4> {                } Na1 <Na+1>
  [ ] n2 = 0.2     (0.0    ) <4> {                } Na1 <Na+1>

  [ ] x3 = 0.273   (0.0    ) <4> {Wyckoff = 4     } Ca2 <Ca+2>
  [ ] y3 = 0.032   (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] z3 = 0.098   (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] B3 = 1.6     (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] n3 = 0.3     (0.0    ) <4> {                } Ca2 <Ca+2>

  [ ] x4 = 0.273   (0.0    ) <4> {Wyckoff = 4     } Na2 <Na+1>
  [ ] y4 = 0.032   (0.0    ) <4> {                } Na2 <Na+1>
  [ ] z4 = 0.098   (0.0    ) <4> {                } Na2 <Na+1>
  [ ] B4 = 1.6     (0.0    ) <4> {                } Na2 <Na+1>
  [ ] n4 = 0.2     (0.0    ) <4> {                } Na2 <Na+1>

  [ ] x5 = 0.005   (0.0    ) <4> {Wyckoff = 4     } Si1 <Si+4>
  [ ] y5 = 0.163   (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z5 = 0.215   (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B5 = 1.0     (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n5 = 0.6     (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x6 = 0.005   (0.0    ) <4> {Wyckoff = 4     } Al1 <Al+3>
  [ ] y6 = 0.163   (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z6 = 0.215   (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B6 = 1.0     (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n6 = 0.4     (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x7 = 0.003   (0.0    ) <4> {Wyckoff = 4     } Si2 <Si+4>
  [ ] y7 = 0.816   (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z7 = 0.231   (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B7 = 1.1     (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n7 = 0.6     (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x8 = 0.003   (0.0    ) <4> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y8 = 0.816   (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z8 = 0.231   (0.0    ) <4> {                } Al2 <Al+3>
  [ ] B8 = 1.1     (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n8 = 0.4     (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x9 = 0.683   (0.0    ) <4> {Wyckoff = 4     } Si3 <Si+4>
  [ ] y9 = 0.109   (0.0    ) <4> {                } Si3 <Si+4>
  [ ] z9 = 0.316   (0.0    ) <4> {                } Si3 <Si+4>
  [ ] B9 = 4.8     (0.0    ) <4> {                } Si3 <Si+4>
  [ ] n9 = 0.6     (0.0    ) <4> {                } Si3 <Si+4>

  [ ] x10= 0.683   (0.0    ) <4> {Wyckoff = 4     } Al3 <Al+3>
  [ ] y10= 0.109   (0.0    ) <4> {                } Al3 <Al+3>
  [ ] z10= 0.316   (0.0    ) <4> {                } Al3 <Al+3>
  [ ] B10= 4.8     (0.0    ) <4> {                } Al3 <Al+3>
  [ ] n10= 0.4     (0.0    ) <4> {                } Al3 <Al+3>

  [ ] x11= 0.68    (0.0    ) <4> {Wyckoff = 4     } Si4 <Si+4>
  [ ] y11= 0.879   (0.0    ) <4> {                } Si4 <Si+4>
  [ ] z11= 0.358   (0.0    ) <4> {                } Si4 <Si+4>
  [ ] B11= 0.9     (0.0    ) <4> {                } Si4 <Si+4>
  [ ] n11= 0.6     (0.0    ) <4> {                } Si4 <Si+4>

  [ ] x12= 0.68    (0.0    ) <4> {Wyckoff = 4     } Al4 <Al+3>
  [ ] y12= 0.879   (0.0    ) <4> {                } Al4 <Al+3>
  [ ] z12= 0.358   (0.0    ) <4> {                } Al4 <Al+3>
  [ ] B12= 0.9     (0.0    ) <4> {                } Al4 <Al+3>
  [ ] n12= 0.4     (0.0    ) <4> {                } Al4 <Al+3>

  [ ] x13= 0.003   (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y13= 0.128   (0.0    ) <4> {                } O1 <O -2>
  [ ] z13= 0.979   (0.0    ) <4> {                } O1 <O -2>
  [ ] B13= 1.8     (0.0    ) <4> {                } O1 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x14= 0.579   (0.0    ) <4> {Wyckoff = 4     } O2 <O -2>
  [ ] y14= 0.991   (0.0    ) <4> {                } O2 <O -2>
  [ ] z14= 0.278   (0.0    ) <4> {                } O2 <O -2>
  [ ] B14= 1.3     (0.0    ) <4> {                } O2 <O -2>
  [ ] n14= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x15= 0.812   (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y15= 0.103   (0.0    ) <4> {                } O3 <O -2>
  [ ] z15= 0.188   (0.0    ) <4> {                } O3 <O -2>
  [ ] B15= 2.0     (0.0    ) <4> {                } O3 <O -2>
  [ ] n15= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x16= 0.816   (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y16= 0.854   (0.0    ) <4> {                } O4 <O -2>
  [ ] z16= 0.244   (0.0    ) <4> {                } O4 <O -2>
  [ ] B16= 2.7     (0.0    ) <4> {                } O4 <O -2>
  [ ] n16= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x17= 0.015   (0.0    ) <4> {Wyckoff = 4     } O5 <O -2>
  [ ] y17= 0.287   (0.0    ) <4> {                } O5 <O -2>
  [ ] z17= 0.282   (0.0    ) <4> {                } O5 <O -2>
  [ ] B17= 1.8     (0.0    ) <4> {                } O5 <O -2>
  [ ] n17= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x18= 0.012   (0.0    ) <4> {Wyckoff = 4     } O6 <O -2>
  [ ] y18= 0.687   (0.0    ) <4> {                } O6 <O -2>
  [ ] z18= 0.213   (0.0    ) <4> {                } O6 <O -2>
  [ ] B18= 2.1     (0.0    ) <4> {                } O6 <O -2>
  [ ] n18= 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x19= 0.197   (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y19= 0.107   (0.0    ) <4> {                } O7 <O -2>
  [ ] z19= 0.382   (0.0    ) <4> {                } O7 <O -2>
  [ ] B19= 1.6     (0.0    ) <4> {                } O7 <O -2>
  [ ] n19= 1.0     (0.0    ) <4> {                } O7 <O -2>

  [ ] x20= 0.191   (0.0    ) <4> {Wyckoff = 4     } O8 <O -2>
  [ ] y20= 0.866   (0.0    ) <4> {                } O8 <O -2>
  [ ] z20= 0.43    (0.0    ) <4> {                } O8 <O -2>
  [ ] B20= 1.9     (0.0    ) <4> {                } O8 <O -2>
  [ ] n20= 1.0     (0.0    ) <4> {                } O8 <O -2>

  Symmetry Operators [M=4]

  01:  x,  y,  z | -x, -y, -z         

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Ca1  (0.269,0.975,0.176)      Ca2  (0.273,1.032,0.098)      *0.9536
  Ca1  (0.269,0.975,0.176)      O2   (0.579,0.991,0.278)      2.3117
  Ca1  (0.269,0.975,0.176)      O1   (-0.003,0.872,0.021)     2.3475
  Ca1  (0.269,0.975,0.176)      O7   (0.197,1.107,0.382)      2.4229
  Ca1  (0.269,0.975,0.176)      O3   (0.188,0.897,-0.188)     2.5105
  Ca1  (0.269,0.975,0.176)      O8   (0.191,0.866,0.43)       2.6285
  Ca1  (0.269,0.975,0.176)      O1   (0.003,1.128,-0.021)     2.8883
  Na1  (0.269,0.975,0.176)      Ca2  (0.273,1.032,0.098)      *0.9536
  Na1  (0.269,0.975,0.176)      O2   (0.579,0.991,0.278)      2.3117
  Na1  (0.269,0.975,0.176)      O1   (-0.003,0.872,0.021)     2.3475
  Na1  (0.269,0.975,0.176)      O7   (0.197,1.107,0.382)      2.4229
  Na1  (0.269,0.975,0.176)      O3   (0.188,0.897,-0.188)     2.5105
  Na1  (0.269,0.975,0.176)      O8   (0.191,0.866,0.43)       2.6285
  Na1  (0.269,0.975,0.176)      O1   (0.003,1.128,-0.021)     2.8883
  Ca2  (0.273,0.032,0.098)      Ca1  (0.269,-0.025,0.176)     *0.9536
  Ca2  (0.273,0.032,0.098)      O2   (0.579,-0.009,0.278)     2.3406
  Ca2  (0.273,0.032,0.098)      O1   (0.003,0.128,-0.021)     2.3825
  Ca2  (0.273,0.032,0.098)      O3   (0.188,-0.103,-0.188)    2.4381
  Ca2  (0.273,0.032,0.098)      O7   (0.197,0.107,0.382)      2.5049
  Ca2  (0.273,0.032,0.098)      O6   (0.512,0.187,0.213)      2.6011
  Ca2  (0.273,0.032,0.098)      O4   (0.184,0.146,-0.244)     2.7345
  Ca2  (0.273,0.032,0.098)      O1   (-0.003,-0.128,0.021)    2.8787
  Na2  (0.273,0.032,0.098)      Ca1  (0.269,-0.025,0.176)     *0.9536
  Na2  (0.273,0.032,0.098)      O2   (0.579,-0.009,0.278)     2.3406
  Na2  (0.273,0.032,0.098)      O1   (0.003,0.128,-0.021)     2.3825
  Na2  (0.273,0.032,0.098)      O3   (0.188,-0.103,-0.188)    2.4381
  Na2  (0.273,0.032,0.098)      O7   (0.197,0.107,0.382)      2.5049
  Na2  (0.273,0.032,0.098)      O6   (0.512,0.187,0.213)      2.6011
  Na2  (0.273,0.032,0.098)      O4   (0.184,0.146,-0.244)     2.7345
  Na2  (0.273,0.032,0.098)      O1   (-0.003,-0.128,0.021)    2.8787
  Si1  (0.005,0.163,0.215)      O5   (0.015,0.287,0.282)      1.6301
  Si1  (0.005,0.163,0.215)      O3   (-0.188,0.103,0.188)     1.6747
  Si1  (0.005,0.163,0.215)      O7   (0.197,0.107,0.382)      1.6993
  Si1  (0.005,0.163,0.215)      O1   (0.003,0.128,-0.021)     1.7026
  Al1  (0.005,0.163,0.215)      O5   (0.015,0.287,0.282)      1.6301
  Al1  (0.005,0.163,0.215)      O3   (-0.188,0.103,0.188)     1.6747
  Al1  (0.005,0.163,0.215)      O7   (0.197,0.107,0.382)      1.6993
  Al1  (0.005,0.163,0.215)      O1   (0.003,0.128,-0.021)     1.7026
  Si2  (0.003,0.816,0.231)      O4   (-0.184,0.854,0.244)     1.6506
  Si2  (0.003,0.816,0.231)      O8   (0.191,0.866,0.43)       1.6528
  Si2  (0.003,0.816,0.231)      O6   (0.012,0.687,0.213)      1.6642
  Si2  (0.003,0.816,0.231)      O1   (-0.003,0.872,0.021)     1.6758
  Al2  (0.003,0.816,0.231)      O4   (-0.184,0.854,0.244)     1.6506
  Al2  (0.003,0.816,0.231)      O8   (0.191,0.866,0.43)       1.6528
  Al2  (0.003,0.816,0.231)      O6   (0.012,0.687,0.213)      1.6642
  Al2  (0.003,0.816,0.231)      O1   (-0.003,0.872,0.021)     1.6758
  Si3  (0.683,0.109,0.316)      O8   (0.809,0.134,0.57)       1.6459
  Si3  (0.683,0.109,0.316)      O6   (0.512,0.187,0.213)      1.6512
  Si3  (0.683,0.109,0.316)      O3   (0.812,0.103,0.188)      1.6671
  Si3  (0.683,0.109,0.316)      O2   (0.579,-0.009,0.278)     1.6790
  Si3  (0.683,0.109,0.316)      Si4  (0.68,-0.121,0.358)      2.9955
  Al3  (0.683,0.109,0.316)      O8   (0.809,0.134,0.57)       1.6459
  Al3  (0.683,0.109,0.316)      O6   (0.512,0.187,0.213)      1.6512
  Al3  (0.683,0.109,0.316)      O3   (0.812,0.103,0.188)      1.6671
  Al3  (0.683,0.109,0.316)      O2   (0.579,-0.009,0.278)     1.6790
  Al3  (0.683,0.109,0.316)      Si4  (0.68,-0.121,0.358)      2.9955
  Si4  (0.68,0.879,0.358)       O5   (0.515,0.787,0.282)      1.6597
  Si4  (0.68,0.879,0.358)       O4   (0.816,0.854,0.244)      1.6626
  Si4  (0.68,0.879,0.358)       O7   (0.803,0.893,0.618)      1.6666
  Si4  (0.68,0.879,0.358)       O2   (0.579,0.991,0.278)      1.6743
  Si4  (0.68,0.879,0.358)       Si3  (0.683,1.109,0.316)      2.9955
  Al4  (0.68,0.879,0.358)       O5   (0.515,0.787,0.282)      1.6597
  Al4  (0.68,0.879,0.358)       O4   (0.816,0.854,0.244)      1.6626
  Al4  (0.68,0.879,0.358)       O7   (0.803,0.893,0.618)      1.6666
  Al4  (0.68,0.879,0.358)       O2   (0.579,0.991,0.278)      1.6743
  Al4  (0.68,0.879,0.358)       Si3  (0.683,1.109,0.316)      2.9955
  O1   (0.003,0.128,0.979)      Si2  (-0.003,0.184,0.769)     1.6758
  O1   (0.003,0.128,0.979)      Si1  (0.005,0.163,1.215)      1.7026
  O1   (0.003,0.128,0.979)      Ca1  (-0.269,0.025,0.824)     2.3475
  O1   (0.003,0.128,0.979)      Ca2  (0.273,0.032,1.098)      2.3825
  O1   (0.003,0.128,0.979)      O3   (-0.188,0.103,1.188)     2.6111
  O1   (0.003,0.128,0.979)      O4   (0.184,0.146,0.756)      2.6151
  O1   (0.003,0.128,0.979)      O7   (0.197,0.107,1.382)      2.6257
  O1   (0.003,0.128,0.979)      O8   (-0.191,0.134,0.57)      2.6345
  O1   (0.003,0.128,0.979)      O6   (-0.012,0.313,0.787)     2.7914
  O1   (0.003,0.128,0.979)      O5   (0.015,0.287,1.282)      2.8507
  O1   (0.003,0.128,0.979)      Ca2  (-0.273,-0.032,0.902)    2.8787
  O1   (0.003,0.128,0.979)      Ca1  (0.269,-0.025,1.176)     2.8883
  O2   (0.579,0.991,0.278)      Si4  (0.68,0.879,0.358)       1.6743
  O2   (0.579,0.991,0.278)      Si3  (0.683,1.109,0.316)      1.6790
  O2   (0.579,0.991,0.278)      Ca1  (0.269,0.975,0.176)      2.3117
  O2   (0.579,0.991,0.278)      Ca2  (0.273,1.032,0.098)      2.3406
  O2   (0.579,0.991,0.278)      O6   (0.512,1.187,0.213)      2.6153
  O2   (0.579,0.991,0.278)      O5   (0.515,0.787,0.282)      2.6759
  O2   (0.579,0.991,0.278)      O3   (0.812,1.103,0.188)      2.6857
  O2   (0.579,0.991,0.278)      O8   (0.809,1.134,0.57)       2.6941
  O2   (0.579,0.991,0.278)      O7   (0.803,0.893,0.618)      2.7046
  O2   (0.579,0.991,0.278)      O4   (0.816,0.854,0.244)      2.7173
  O3   (0.812,0.103,0.188)      Si3  (0.683,0.109,0.316)      1.6671
  O3   (0.812,0.103,0.188)      Si1  (1.005,0.163,0.215)      1.6747
  O3   (0.812,0.103,0.188)      Ca2  (0.727,-0.032,-0.098)    2.4381
  O3   (0.812,0.103,0.188)      Ca1  (0.731,0.025,-0.176)     2.5105
  O3   (0.812,0.103,0.188)      O1   (1.003,0.128,-0.021)     2.6111
  O3   (0.812,0.103,0.188)      O2   (0.579,-0.009,0.278)     2.6857
  O3   (0.812,0.103,0.188)      O8   (0.809,0.134,0.57)       2.7292
  O3   (0.812,0.103,0.188)      O5   (1.015,0.287,0.282)      2.7469
  O3   (0.812,0.103,0.188)      O6   (0.512,0.187,0.213)      2.7660
  O3   (0.812,0.103,0.188)      O7   (1.197,0.107,0.382)      2.8256
  O4   (0.816,0.854,0.244)      Si2  (1.003,0.816,0.231)      1.6506
  O4   (0.816,0.854,0.244)      Si4  (0.68,0.879,0.358)       1.6626
  O4   (0.816,0.854,0.244)      O1   (0.997,0.872,0.021)      2.6151
  O4   (0.816,0.854,0.244)      O2   (0.579,0.991,0.278)      2.7173
  O4   (0.816,0.854,0.244)      O7   (0.803,0.893,0.618)      2.7219
  O4   (0.816,0.854,0.244)      O5   (0.515,0.787,0.282)      2.7238
  O4   (0.816,0.854,0.244)      Ca2  (0.727,0.968,-0.098)     2.7345
  O4   (0.816,0.854,0.244)      O8   (1.191,0.866,0.43)       2.7517
  O4   (0.816,0.854,0.244)      O6   (1.012,0.687,0.213)      2.7559
  O5   (0.015,0.287,0.282)      Si1  (0.005,0.163,0.215)      1.6301
  O5   (0.015,0.287,0.282)      Si4  (0.18,0.379,0.358)       1.6597
  O5   (0.015,0.287,0.282)      O2   (0.079,0.491,0.278)      2.6759
  O5   (0.015,0.287,0.282)      O4   (0.316,0.354,0.244)      2.7238
  O5   (0.015,0.287,0.282)      O7   (0.197,0.107,0.382)      2.7306
  O5   (0.015,0.287,0.282)      O3   (-0.188,0.103,0.188)     2.7469
  O5   (0.015,0.287,0.282)      O7   (0.303,0.393,0.618)      2.7738
  O5   (0.015,0.287,0.282)      O1   (0.003,0.128,-0.021)     2.8507
  O6   (0.012,0.687,0.213)      Si3  (0.183,0.609,0.316)      1.6512
  O6   (0.012,0.687,0.213)      Si2  (0.003,0.816,0.231)      1.6642
  O6   (0.012,0.687,0.213)      Ca2  (-0.227,0.532,0.098)     2.6011
  O6   (0.012,0.687,0.213)      O2   (0.079,0.491,0.278)      2.6153
  O6   (0.012,0.687,0.213)      O8   (0.191,0.866,0.43)       2.7091
  O6   (0.012,0.687,0.213)      O4   (-0.184,0.854,0.244)     2.7559
  O6   (0.012,0.687,0.213)      O8   (0.309,0.634,0.57)       2.7625
  O6   (0.012,0.687,0.213)      O3   (0.312,0.603,0.188)      2.7660
  O6   (0.012,0.687,0.213)      O1   (-0.003,0.872,0.021)     2.7914
  O7   (0.197,0.107,0.382)      Si4  (0.32,0.121,0.642)       1.6666
  O7   (0.197,0.107,0.382)      Si1  (0.005,0.163,0.215)      1.6993
  O7   (0.197,0.107,0.382)      Ca1  (0.269,-0.025,0.176)     2.4229
  O7   (0.197,0.107,0.382)      Ca2  (0.273,0.032,0.098)      2.5049
  O7   (0.197,0.107,0.382)      O1   (0.003,0.128,-0.021)     2.6257
  O7   (0.197,0.107,0.382)      O2   (0.421,0.009,0.722)      2.7046
  O7   (0.197,0.107,0.382)      O4   (0.184,0.146,0.756)      2.7219
  O7   (0.197,0.107,0.382)      O5   (0.015,0.287,0.282)      2.7306
  O7   (0.197,0.107,0.382)      O5   (0.485,0.213,0.718)      2.7738
  O7   (0.197,0.107,0.382)      O3   (-0.188,0.103,0.188)     2.8256
  O8   (0.191,0.866,0.43)       Si3  (0.317,0.891,0.684)      1.6459
  O8   (0.191,0.866,0.43)       Si2  (0.003,0.816,0.231)      1.6528
  O8   (0.191,0.866,0.43)       Ca1  (0.269,0.975,0.176)      2.6285
  O8   (0.191,0.866,0.43)       O1   (-0.003,0.872,0.021)     2.6345
  O8   (0.191,0.866,0.43)       O2   (0.421,1.009,0.722)      2.6941
  O8   (0.191,0.866,0.43)       O6   (0.012,0.687,0.213)      2.7091
  O8   (0.191,0.866,0.43)       O3   (0.188,0.897,0.812)      2.7292
  O8   (0.191,0.866,0.43)       O4   (-0.184,0.854,0.244)     2.7517
  O8   (0.191,0.866,0.43)       O6   (0.488,0.813,0.787)      2.7625

  213 Reflections in Fitted Range: (I%(min) >= 0.1, m = Multiplicity)

  #    ( h k l)     Angle    d(Å)   I%(f)  | F |  m     Lp   Area
  1    (-1 1 0)    13.630  6.4968    6.31   21.8  2  69.31   3.90
  2    ( 0 0 1)    13.918  6.3630    0.29    4.8  2  66.73   0.18
  3    ( 1 1 0)    14.166  6.2519    0.31    5.0  2  64.64   0.19
  4    (-1-1 1)    15.255  5.8078    0.56    7.3  2  55.57   0.34
  5    (-1 1 1)    15.671  5.6545    0.24    4.9  2  52.25   0.15
  6    ( 0-2 1)    18.908  4.6923    5.64   28.8  2  35.60   3.48
  7    (-2 0 1)    21.993  4.0403   72.65  120.8  2  26.08  44.85
  8    ( 1-1 1)    22.752  3.9072   13.81   54.6  2  24.22   8.53
  9    (-1 3 0)    23.578  3.7720   40.31   96.7  2  22.41  24.88
  10   ( 1 1 1)    23.686  3.7550   22.24   72.2  2  22.34  13.73
  11   ( 1 3 0)    24.526  3.6283   31.39   88.9  2  20.82  19.38
  12   (-1-3 1)    24.614  3.6155   13.80   59.2  2  20.66   8.52
  13   (-1 3 1)    25.401  3.5052    0.74   14.2  2  19.19   0.46
  14   (-1-1 2)    25.672  3.4688   10.84   54.8  2  18.87   6.69
  15   (-2 2 1)    26.004  3.4252    1.01   16.9  2  18.25   0.62
  16   (-2-2 1)    26.086  3.4147    3.51   31.7  2  18.32   2.16
  17   (-1 1 2)    26.469  3.3661   23.46   83.2  2  17.65  14.48
  18   (-2 2 0)    27.446  3.2484   54.77  132.1  2  16.28  33.81
  19   ( 0 4 0)    27.769  3.2113   58.33  138.0  2  15.94  36.01
  20   (-2 0 2)    27.862  3.2008   92.72  174.6  2  15.86  57.24
  21   ( 0 0 2)    28.034  3.1815  100.00  182.5  2  15.63  61.73
  22   ( 2 2 0)    28.543  3.1259   40.60  118.5  2  15.11  25.06
  23   ( 1-3 1)    29.418  3.0348   23.55   93.2  2  14.05  14.54
  24   ( 0-4 1)    30.245  2.9537   20.56   89.6  2  13.28  12.70
  25   ( 0-2 2)    30.430  2.9362   16.45   80.7  2  13.11  10.16
  26   (-2-2 2)    30.776  2.9039   10.80   66.2  2  12.86   6.67
  27   ( 1 3 1)    31.595  2.8305   20.75   94.3  2  12.13  12.81
  28   (-2 2 2)    31.632  2.8272    0.93   20.0  2  12.04   0.57
  29   (-1-3 2)    31.805  2.8123    8.46   60.6  2  11.96   5.22
  30   ( 0 4 1)    32.097  2.7873    0.38   13.0  2  11.69   0.24
  31   (-3 1 1)    33.545  2.6702    0.61   17.2  2  10.61   0.37
  32   (-1 3 2)    33.747  2.6547   15.49   87.4  2  10.47   9.56
  33   (-3-1 1)    33.810  2.6499    0.68   18.4  2  10.48   0.42
  34   ( 2-2 1)    35.165  2.5508    2.07   33.4  2   9.56   1.28
  35   ( 1-1 2)    35.520  2.5261    4.21   48.2  2   9.37   2.60
  36   (-2 4 1)    35.636  2.5182   19.16  103.1  2   9.26  11.83
  37   (-3-1 2)    35.684  2.5148    2.85   39.8  2   9.32   1.76
  38   (-2-4 1)    35.758  2.5098   25.91  120.3  2   9.30  16.00
  39   (-3 1 2)    35.843  2.5040    0.82   21.4  2   9.19   0.50
  40   (-2 4 0)    36.331  2.4715    2.50   38.0  2   8.87   1.54
  41   (-1 5 0)    36.520  2.4592    2.18   35.7  2   8.79   1.35
  42   ( 2 2 1)    36.856  2.4375    4.46   51.5  2   8.68   2.75
  43   (-3 1 0)    37.095  2.4224    3.46   45.7  2   8.51   2.14
  44   (-1-5 1)    37.254  2.4123    4.50   52.4  2   8.47   2.78
  45   ( 1 5 0)    37.588  2.3917    0.41   16.1  2   8.31   0.26
  46   ( 3 1 0)    37.730  2.3830    2.58   40.2  2   8.24   1.59
  47   ( 2 4 0)    38.035  2.3646    3.84   49.5  2   8.11   2.37
  48   (-1 5 1)    38.160  2.3571    1.69   33.0  2   7.98   1.04
  49   ( 0-4 2)    38.346  2.3461    0.38   15.8  2   7.92   0.24
  50   (-1-1 3)    38.813  2.3189    0.24   12.8  2   7.72   0.15
  51   (-3 3 1)    38.881  2.3151    4.44   54.5  2   7.65   2.74
  52   (-2-4 2)    39.040  2.3060    0.13    9.3  2   7.66   0.08
  53   (-3-3 1)    39.576  2.2760    8.30   76.0  2   7.44   5.13
  54   (-1 1 3)    39.745  2.2667    4.14   53.9  2   7.32   2.55
  55   ( 1-3 2)    39.918  2.2573    1.48   32.3  2   7.23   0.91
  56   ( 1-5 1)    40.326  2.2354    3.32   49.1  2   7.06   2.05
  57   (-2 4 2)    40.427  2.2300    2.46   42.3  2   7.02   1.52
  58   (-3-3 2)    40.860  2.2074    0.84   25.1  2   6.92   0.52
  59   (-3 3 2)    41.284  2.1856    1.26   31.0  2   6.70   0.78
  60   ( 0 4 2)    41.337  2.1829    1.04   28.2  2   6.71   0.64
  61   (-3 3 0)    41.683  2.1656    1.13   29.6  2   6.55   0.69
  62   (-2 2 3)    41.800  2.1598    2.71   46.1  2   6.53   1.67
  63   ( 0 6 0)    42.187  2.1409    8.71   83.5  2   6.40   5.38
  64   (-1-5 2)    42.195  2.1405    1.31   32.4  2   6.42   0.81
  65   ( 2-4 1)    42.282  2.1363   12.60  100.6  2   6.34   7.78
  66   ( 0 0 3)    42.602  2.1210    0.19   12.5  2   6.27   0.12
  67   ( 1 3 2)    42.681  2.1173    0.30   15.7  2   6.25   0.19
  68   (-3-1 3)    42.696  2.1165    0.10    9.2  2   6.26   0.06
  69   (-1-3 3)    42.951  2.1046    0.62   22.7  2   6.17   0.38
  70   ( 1 5 1)    43.093  2.0979    7.60   79.8  2   6.12   4.69
  71   (-3 1 3)    43.184  2.0937    1.65   37.2  2   6.08   1.02
  72   ( 3 3 0)    43.397  2.0840    1.28   33.0  2   6.05   0.79
  73   ( 0-2 3)    43.959  2.0586    0.11    9.8  2   5.84   0.07
  74   (-1 5 2)    44.742  2.0244    1.91   41.6  2   5.60   1.18
  75   (-4 0 2)    44.840  2.0202    2.03   43.0  2   5.59   1.25
  76   (-4 0 1)    44.976  2.0144    4.59   65.0  2   5.55   2.83
  77   ( 2 4 1)    45.158  2.0067    0.94   29.5  2   5.52   0.58
  78   ( 2 0 2)    45.184  2.0056    0.87   28.5  2   5.49   0.54
  79   ( 3-1 1)    45.316  2.0001    2.22   45.6  2   5.45   1.37
  80   (-1 3 3)    45.489  1.9928    2.92   52.5  2   5.40   1.80
  81   ( 0 6 1)    45.646  1.9864    4.20   63.1  2   5.36   2.59
  82   ( 0 2 3)    45.992  1.9722    0.60   24.1  2   5.28   0.37
  83   ( 3 1 1)    46.189  1.9642    2.86   52.8  2   5.23   1.77
  84   ( 2-2 2)    46.456  1.9536    3.33   57.3  2   5.15   2.05
  85   (-2-4 3)    46.898  1.9362    0.96   31.2  2   5.07   0.59
  86   (-3-3 3)    46.904  1.9359    0.43   20.7  2   5.07   0.26
  87   (-4 2 2)    47.084  1.9290   10.05  101.1  2   4.99   6.20
  88   (-4-2 2)    47.182  1.9252    3.34   58.5  2   5.00   2.06
  89   (-4-2 1)    47.637  1.9079    1.32   37.1  2   4.89   0.81
  90   (-2 6 1)    47.996  1.8944    0.16   13.1  2   4.76   0.10
  91   (-2-6 1)    48.140  1.8891    0.38   20.2  2   4.78   0.24
  92   (-2 6 0)    48.223  1.8860    6.05   80.6  2   4.71   3.74
  93   (-3 5 1)    48.247  1.8851    0.94   31.7  2   4.70   0.58
  94   ( 2 2 2)    48.455  1.8775    8.60   96.5  2   4.70   5.31
  95   ( 3-3 1)    48.961  1.8593    0.97   32.8  2   4.56   0.60
  96   (-3-5 1)    49.222  1.8500    0.86   31.0  2   4.55   0.53
  97   (-4 0 3)    49.299  1.8473   13.06  121.2  2   4.51   8.06
  98   (-2 4 3)    49.375  1.8447    0.82   30.5  2   4.48   0.51
  99   ( 0-6 2)    49.551  1.8385    4.83   74.1  2   4.45   2.98
  100  ( 4 0 0)    49.676  1.8342   14.69  129.7  2   4.43   9.07
  101  ( 1-1 3)    49.683  1.8339    1.85   46.0  2   4.43   1.14
  102  ( 0-4 3)    49.755  1.8315    1.61   42.9  2   4.41   0.99
  103  ( 2 6 0)    50.262  1.8142    4.61   73.6  2   4.33   2.85
  104  (-2-6 2)    50.453  1.8077    2.43   53.7  2   4.29   1.50
  105  (-3 5 2)    50.600  1.8028    1.29   39.3  2   4.22   0.80
  106  (-1 7 0)    50.710  1.7992    1.43   41.3  2   4.21   0.88
  107  ( 1 1 3)    50.786  1.7967    8.93  103.6  2   4.21   5.51
  108  (-4 2 0)    51.147  1.7848    0.45   23.5  2   4.13   0.28
  109  (-1-5 3)    51.161  1.7844    0.27   18.1  2   4.15   0.17
  110  (-4-2 3)    51.179  1.7838    0.41   22.4  2   4.16   0.25
  111  (-1-7 1)    51.300  1.7799    1.67   45.3  2   4.12   1.03
  112  ( 3 3 1)    51.405  1.7765    1.31   40.1  2   4.11   0.81
  113  (-2 0 4)    51.546  1.7720   21.94  165.0  2   4.08  13.54
  114  (-4 2 3)    51.700  1.7670    0.40   22.3  2   4.04   0.25
  115  ( 1 7 0)    51.864  1.7618    0.43   23.4  2   4.02   0.27
  116  ( 2-4 2)    52.015  1.7570    5.06   80.1  2   3.97   3.12
  117  (-2 6 2)    52.157  1.7526    2.70   58.7  2   3.95   1.67
  118  (-1 7 1)    52.287  1.7486    1.57   44.9  2   3.93   0.97
  119  ( 1 5 2)    52.451  1.7435    2.19   53.1  2   3.92   1.35
  120  ( 4 2 0)    52.457  1.7433    1.86   49.0  2   3.93   1.15
  121  (-2-2 4)    52.746  1.7344    3.67   69.3  2   3.87   2.27
  122  ( 2-6 1)    52.796  1.7329    1.19   39.4  2   3.83   0.73
  123  ( 1-3 3)    52.825  1.7320    2.20   53.7  2   3.84   1.36
  124  (-4 4 1)    52.992  1.7269    2.99   62.8  2   3.80   1.85
  125  ( 0 6 2)    53.230  1.7198    2.43   56.9  2   3.78   1.50
  126  (-1-1 4)    53.239  1.7195    0.13   13.3  2   3.79   0.08
  127  ( 1-7 1)    53.404  1.7146    0.86   33.9  2   3.74   0.53
  128  ( 0 4 3)    53.424  1.7140    1.84   49.7  2   3.75   1.14
  129  (-4 4 2)    53.471  1.7126    3.36   67.3  2   3.73   2.08
  130  (-4-4 2)    53.649  1.7073    5.96   89.9  2   3.74   3.68
  131  (-1 1 4)    54.268  1.6893    0.59   28.6  2   3.62   0.36
  132  (-4-4 1)    54.359  1.6867    1.20   40.9  2   3.63   0.74
  133  (-2 2 4)    54.487  1.6830    3.60   71.1  2   3.59   2.22
  134  (-1 5 3)    54.854  1.6726    0.11   12.8  2   3.53   0.07
  135  (-1-7 2)    54.947  1.6700    0.26   19.3  2   3.53   0.16
  136  (-3-5 3)    54.975  1.6692    0.80   33.9  2   3.54   0.50
  137  ( 2 4 2)    55.665  1.6502    2.73   63.4  2   3.43   1.69
  138  (-1-3 4)    56.261  1.6341    1.28   43.8  2   3.34   0.79
  139  ( 2 6 1)    56.454  1.6290    1.04   39.7  2   3.32   0.64
  140  ( 3-5 1)    56.468  1.6286    1.28   44.0  2   3.29   0.79
  141  (-3-3 4)    56.531  1.6269    1.80   52.3  2   3.31   1.11
  142  ( 1 7 1)    56.552  1.6264    0.41   24.9  2   3.30   0.25
  143  (-5 1 2)    56.655  1.6236    0.16   15.4  2   3.28   0.10
  144  (-5-1 2)    56.852  1.6185    0.16   15.5  2   3.27   0.10
  145  (-3 5 3)    56.981  1.6151    3.92   77.9  2   3.23   2.42
  146  (-4-4 3)    57.034  1.6137    1.31   45.1  2   3.25   0.81
  147  ( 0 8 0)    57.348  1.6057    1.58   49.8  2   3.19   0.98
  148  (-4 0 4)    57.553  1.6004    0.40   25.0  2   3.17   0.24
  149  (-2-4 4)    57.909  1.5914    0.26   20.4  2   3.13   0.16
  150  ( 0 0 4)    57.936  1.5907    0.70   33.5  2   3.12   0.43
  151  (-4 4 3)    58.001  1.5891    0.18   17.1  2   3.10   0.11
  152  ( 4 0 1)    58.117  1.5862    0.86   37.3  2   3.10   0.53
  153  (-5 1 1)    58.150  1.5854    1.10   42.2  2   3.09   0.68
  154  ( 0-8 1)    58.200  1.5841    1.40   47.7  2   3.09   0.87
  155  (-3 3 4)    58.564  1.5752    0.15   15.9  2   3.04   0.09
  156  (-5-1 1)    58.625  1.5737    0.62   31.8  2   3.05   0.38
  157  ( 0-2 4)    58.747  1.5707    2.68   66.5  2   3.03   1.65
  158  (-4-2 4)    58.970  1.5653    1.42   48.6  2   3.01   0.88
  159  ( 0-6 3)    59.020  1.5641    0.19   17.6  2   2.99   0.11
  160  ( 2 0 3)    59.106  1.5620    0.62   32.1  2   2.98   0.38
  161  (-5 1 3)    59.134  1.5613    0.35   24.1  2   2.98   0.21
  162  (-1 3 4)    59.204  1.5597    1.14   43.8  2   2.97   0.70
  163  ( 3-3 2)    59.490  1.5528    1.77   54.8  2   2.93   1.09
  164  ( 1-5 3)    59.738  1.5470    0.16   16.7  2   2.91   0.10
  165  ( 2-2 3)    59.886  1.5435    1.03   42.0  2   2.89   0.63
  166  ( 1-7 2)    59.970  1.5416    0.39   25.9  2   2.88   0.24
  167  (-4 2 4)    59.999  1.5409    2.45   65.1  2   2.88   1.51
  168  (-2 6 3)    60.054  1.5396    0.50   29.4  2   2.87   0.31
  169  ( 3 5 1)    60.145  1.5375    2.39   64.4  2   2.88   1.47
  170  (-3 7 1)    60.275  1.5345    0.12   14.6  2   2.84   0.08
  171  (-5 3 2)    60.330  1.5332    1.51   51.4  2   2.84   0.93
  172  ( 0 8 1)    60.429  1.5309    0.25   20.9  2   2.84   0.15
  173  (-5-3 2)    60.896  1.5203    0.93   40.6  2   2.81   0.57
  174  ( 0 2 4)    60.963  1.5188    0.82   38.2  2   2.79   0.50
  175  ( 2-6 2)    61.024  1.5174    1.22   46.8  2   2.77   0.75
  176  (-2 4 4)    61.161  1.5143    1.45   51.0  2   2.76   0.89
  177  (-3-7 1)    61.449  1.5079    0.25   21.2  2   2.75   0.15
  178  (-5 3 1)    61.497  1.5069    1.18   46.3  2   2.72   0.73
  179  (-3 7 0)    61.798  1.5003    0.83   39.0  2   2.68   0.51
  180  (-3-7 2)    61.847  1.4992    0.19   18.6  2   2.71   0.12
  181  (-2 8 0)    62.010  1.4956    4.26   88.8  2   2.67   2.63
  182  ( 2 2 3)    62.118  1.4933    0.90   41.0  2   2.67   0.56
  183  (-2-8 1)    62.252  1.4904    5.72  103.4  2   2.67   3.53
  184  (-1-7 3)    62.303  1.4893    0.38   26.6  2   2.66   0.23
  185  (-4 6 1)    62.428  1.4866    5.66  103.1  2   2.63   3.49
  186  ( 3 3 2)    62.458  1.4860    1.03   44.0  2   2.65   0.63
  187  (-3 7 2)    62.582  1.4833    0.31   24.1  2   2.61   0.19
  188  (-5-3 3)    62.735  1.4801    3.47   81.2  2   2.63   2.14
  189  (-5-3 1)    62.867  1.4773    0.67   35.7  2   2.61   0.41
  190  ( 0-8 2)    62.888  1.4768    1.39   51.5  2   2.60   0.86
  191  (-1-5 4)    62.948  1.4756    0.28   23.0  2   2.60   0.17
  192  (-5 3 3)    62.988  1.4747    2.27   66.0  2   2.58   1.40
  193  (-4 6 2)    63.128  1.4718    3.20   78.5  2   2.56   1.98
  194  ( 0-4 4)    63.306  1.4681    0.86   40.7  2   2.56   0.53
  195  (-4-6 2)    63.368  1.4668    1.42   52.4  2   2.57   0.87
  196  (-5 1 0)    63.443  1.4653    0.20   19.7  2   2.55   0.12
  197  (-3-5 4)    63.488  1.4643    0.59   33.9  2   2.56   0.36
  198  ( 0 6 3)    63.928  1.4553    5.94  108.3  2   2.51   3.67
  199  ( 4-4 1)    63.933  1.4552    0.81   40.1  2   2.50   0.50
  200  (-2-8 2)    63.949  1.4549    0.37   27.1  2   2.52   0.23
  201  (-4-4 4)    64.093  1.4519    0.51   31.9  2   2.51   0.32
  202  ( 5 1 0)    64.160  1.4506    0.24   21.7  2   2.49   0.15
  203  ( 2 8 0)    64.318  1.4474    3.25   80.7  2   2.48   2.01
  204  ( 2-4 3)    64.378  1.4462    2.88   76.0  2   2.46   1.78
  205  ( 1 7 2)    64.773  1.4383    0.22   21.2  2   2.44   0.14
  206  ( 3 7 0)    64.823  1.4373    0.67   36.8  2   2.45   0.41
  207  (-5-1 4)    64.960  1.4346    0.86   41.8  2   2.43   0.53
  208  ( 1-1 4)    65.102  1.4319    0.79   40.2  2   2.41   0.49
  209  (-5 1 4)    65.323  1.4276    1.64   58.2  2   2.40   1.01
  210  (-4 6 0)    65.686  1.4205    0.86   42.3  2   2.37   0.53
  211  (-3-7 3)    65.844  1.4175    1.19   50.0  2   2.36   0.74
  212  ( 2-8 1)    65.847  1.4175    1.72   60.1  2   2.35   1.06
  213  ( 2 6 2)    65.896  1.4165    3.97   91.3  2   2.35   2.45

Phase #4 [Bragg-R = 6.42%]: Fluoro-edenite

  Chemical Formula = O24(Si7.68Al.32)Mg4.5Fe.66Ca1.28Na1.27Mn.08K.21

  Reference: Andreozzi G B Ballirano P Gianfagna A Mazziotti-Tagliani S
  Pacella A, American Mineralogist v94 (2009) p1333-1340, Structural and
  spectroscopic characterization of a suite of fibrous amphiboles with high
  environmental and health relevance from Biancaville (Sicily, Italy) Sample
  Name: Sample 1 ● AMCSD#0004975

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC80 [PDF#98-000-6391] [CSD#6391]

  [x] a  = 9.82331 (0.00247) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.08765(0.00250) <2> [x] β  = 104.652 (0.010  ) <2>
  [x] c  = 5.29208 (0.00252) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 909.722 (507)(Å³), Density = 3.0943(g/cm³), Absorption(μ) = 164.6(1/cm)

  [x] SF = 79.9407 (14.3185) <1> Intensity Scale Factor
  [x] TF =-0.92836 (1.31516) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.08061 (0.03659) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.00937 (0.11051) <3>
  [x] f2 = 0.03295 (0.0872 ) <3>

  Asymmetry Atoms in Unit Cell = 23, General Site Multiplicity = 8

  [ ] x1 = 0.1105  (0.0    ) <4> {Wyckoff = 8     } O1 <O -2>
  [ ] y1 = 0.0865  (0.0    ) <4> {                } O1 <O -2>
  [ ] z1 = 0.2174  (0.0    ) <4> {                } O1 <O -2>
  [ ] B1 = 0.78957 (0.0    ) <4> {                } O1 <O -2>
  [ ] n1 = 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x2 = 0.118   (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y2 = 0.1703  (0.0    ) <4> {                } O2 <O -2>
  [ ] z2 = 0.725   (0.0    ) <4> {                } O2 <O -2>
  [ ] B2 = 0.78957 (0.0    ) <4> {                } O2 <O -2>
  [ ] n2 = 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x3 = 0.1014  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y3 = 0.0     (0.0    ) <0> {                } O3 <O -2>
  [ ] z3 = 0.709   (0.0    ) <4> {                } O3 <O -2>
  [ ] B3 = 0.78957 (0.0    ) <4> {                } O3 <O -2>
  [ ] n3 = 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x4 = 0.3681  (0.0    ) <4> {Wyckoff = 8     } O4 <O -2>
  [ ] y4 = 0.2477  (0.0    ) <4> {                } O4 <O -2>
  [ ] z4 = 0.7997  (0.0    ) <4> {                } O4 <O -2>
  [ ] B4 = 0.78957 (0.0    ) <4> {                } O4 <O -2>
  [ ] n4 = 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x5 = 0.3459  (0.0    ) <4> {Wyckoff = 8     } O5 <O -2>
  [ ] y5 = 0.1328  (0.0    ) <4> {                } O5 <O -2>
  [ ] z5 = 0.0976  (0.0    ) <4> {                } O5 <O -2>
  [ ] B5 = 0.78957 (0.0    ) <4> {                } O5 <O -2>
  [ ] n5 = 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x6 = 0.3442  (0.0    ) <4> {Wyckoff = 8     } O6 <O -2>
  [ ] y6 = 0.1139  (0.0    ) <4> {                } O6 <O -2>
  [ ] z6 = 0.5987  (0.0    ) <4> {                } O6 <O -2>
  [ ] B6 = 0.78957 (0.0    ) <4> {                } O6 <O -2>
  [ ] n6 = 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x7 = 0.3451  (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y7 = 0.0     (0.0    ) <0> {                } O7 <O -2>
  [ ] z7 = 0.2745  (0.0    ) <4> {                } O7 <O -2>
  [ ] B7 = 0.78957 (0.0    ) <4> {                } O7 <O -2>
  [ ] n7 = 1.0     (0.0    ) <4> {                } O7 <O -2>

  [ ] x8 = 0.2772  (0.0    ) <4> {Wyckoff = 8     } SiT1 <Si+4>
  [ ] y8 = 0.08347 (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] z8 = 0.2926  (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] B8 = 0.39478 (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] n8 = 0.96    (0.0    ) <4> {                } SiT1 <Si+4>

  [ ] x9 = 0.2772  (0.0    ) <4> {Wyckoff = 8     } AlT1 <Al+3>
  [ ] y9 = 0.08347 (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] z9 = 0.2926  (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] B9 = 0.39478 (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] n9 = 0.04    (0.0    ) <4> {                } AlT1 <Al+3>

  [ ] x10= 0.2917  (0.0    ) <4> {Wyckoff = 8     } SiT2 <Si+4>
  [ ] y10= 0.16898 (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] z10= 0.805   (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] B10= 0.39478 (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] n10= 0.96    (0.0    ) <4> {                } SiT2 <Si+4>

  [ ] x11= 0.2917  (0.0    ) <4> {Wyckoff = 8     } AlT2 <Al+3>
  [ ] y11= 0.16898 (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] z11= 0.805   (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] B11= 0.39478 (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] n11= 0.04    (0.0    ) <4> {                } AlT2 <Al+3>

  [ ] x12= 0.0     (0.0    ) <0> {Wyckoff = 4     } MgM1 <Mg+2>
  [ ] y12= 0.0884  (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] z12= 0.5     (0.0    ) <0> {                } MgM1 <Mg+2>
  [ ] B12= 0.47374 (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] n12= 0.95    (0.0    ) <4> {                } MgM1 <Mg+2>

  [ ] x13= 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe2+ <Fe+3>
  [ ] y13= 0.0884  (0.0    ) <4> {                } Fe2+ <Fe+3>
  [ ] z13= 0.5     (0.0    ) <0> {                } Fe2+ <Fe+3>
  [ ] B13= 0.47374 (0.0    ) <4> {                } Fe2+ <Fe+3>
  [ ] n13= 0.05    (0.0    ) <4> {                } Fe2+ <Fe+3>

  [ ] x14= 0.0     (0.0    ) <0> {Wyckoff = 4     } MgM2 <Mg+2>
  [ ] y14= 0.177   (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] z14= 0.0     (0.0    ) <0> {                } MgM2 <Mg+2>
  [ ] B14= 0.47374 (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] n14= 0.8     (0.0    ) <4> {                } MgM2 <Mg+2>

  [ ] x15= 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe2+ <Fe+3>
  [ ] y15= 0.177   (0.0    ) <4> {                } Fe2+ <Fe+3>
  [ ] z15= 0.0     (0.0    ) <0> {                } Fe2+ <Fe+3>
  [ ] B15= 0.47374 (0.0    ) <4> {                } Fe2+ <Fe+3>
  [ ] n15= 0.02    (0.0    ) <4> {                } Fe2+ <Fe+3>

  [ ] x16= 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe3+ <Fe+3>
  [ ] y16= 0.177   (0.0    ) <4> {                } Fe3+ <Fe+3>
  [ ] z16= 0.0     (0.0    ) <0> {                } Fe3+ <Fe+3>
  [ ] B16= 0.47374 (0.0    ) <4> {                } Fe3+ <Fe+3>
  [ ] n16= 0.18    (0.0    ) <4> {                } Fe3+ <Fe+3>

  [ ] x17= 0.0     (0.0    ) <0> {Wyckoff = 2     } MgM3 <Mg+2>
  [ ] y17= 0.0     (0.0    ) <0> {                } MgM3 <Mg+2>
  [ ] z17= 0.0     (0.0    ) <0> {                } MgM3 <Mg+2>
  [ ] B17= 0.47374 (0.0    ) <4> {                } MgM3 <Mg+2>
  [ ] n17= 1.0     (0.0    ) <4> {                } MgM3 <Mg+2>

  [ ] x18= 0.0     (0.0    ) <0> {Wyckoff = 4     } CaM4 <Ca+2>
  [ ] y18= 0.27571 (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] z18= 0.5     (0.0    ) <0> {                } CaM4 <Ca+2>
  [ ] B18= 0.86853 (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] n18= 0.64    (0.0    ) <4> {                } CaM4 <Ca+2>

  [ ] x19= 0.0     (0.0    ) <0> {Wyckoff = 4     } NaM4 <Na+1>
  [ ] y19= 0.27571 (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] z19= 0.5     (0.0    ) <0> {                } NaM4 <Na+1>
  [ ] B19= 0.86853 (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] n19= 0.24    (0.0    ) <4> {                } NaM4 <Na+1>

  [ ] x20= 0.0     (0.0    ) <0> {Wyckoff = 4     } MnM4 <Mn+3>
  [ ] y20= 0.27571 (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] z20= 0.5     (0.0    ) <0> {                } MnM4 <Mn+3>
  [ ] B20= 0.86853 (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] n20= 0.04    (0.0    ) <4> {                } MnM4 <Mn+3>

  [ ] x21= 0.0     (0.0    ) <0> {Wyckoff = 4     } FeM4 <Fe+3>
  [ ] y21= 0.27571 (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] z21= 0.5     (0.0    ) <0> {                } FeM4 <Fe+3>
  [ ] B21= 0.86853 (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] n21= 0.08    (0.0    ) <4> {                } FeM4 <Fe+3>

  [ ] x22= 0.0     (0.0    ) <0> {Wyckoff = 2     } KA <K +1>
  [ ] y22= 0.5     (0.0    ) <0> {                } KA <K +1>
  [ ] z22= 0.0     (0.0    ) <0> {                } KA <K +1>
  [ ] B22= 1.97392 (0.0    ) <4> {                } KA <K +1>
  [ ] n22= 0.21    (0.0    ) <4> {                } KA <K +1>

  [ ] x23= 0.0     (0.0    ) <0> {Wyckoff = 2     } NaA <Na+1>
  [ ] y23= 0.5     (0.0    ) <0> {                } NaA <Na+1>
  [ ] z23= 0.0     (0.0    ) <0> {                } NaA <Na+1>
  [ ] B23= 1.97392 (0.0    ) <4> {                } NaA <Na+1>
  [ ] n23= 0.79    (0.0    ) <4> {                } NaA <Na+1>

  Symmetry Operators [M=8]

  01:  x,  y,  z | -x, -y, -z         02:  x, -y,  z

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  O1   (0.111,0.087,0.217)      SiT1 (0.277,0.083,0.293)      1.5853
  O1   (0.111,0.087,0.217)      MgM1 (0.0,0.088,0.5)          2.0585
  O1   (0.111,0.087,0.217)      MgM3 (0.0,0.0,0.0)            2.0780
  O1   (0.111,0.087,0.217)      MgM2 (0.0,0.177,0.0)          2.1330
  O1   (0.111,0.087,0.217)      O5   (0.346,0.133,0.098)      2.6818
  O1   (0.111,0.087,0.217)      O6   (0.344,0.114,0.599)      2.6915
  O1   (0.111,0.087,0.217)      O3   (-0.101,0.0,0.291)       2.7097
  O1   (0.111,0.087,0.217)      O1   (-0.111,0.086,-0.217)    2.7351
  O1   (0.111,0.087,0.217)      O7   (0.345,0.0,0.275)        2.7382
  O1   (0.111,0.087,0.217)      O2   (-0.118,0.17,0.275)      2.7883
  O2   (0.118,0.17,0.725)       SiT2 (0.292,0.169,0.805)      1.6510
  O2   (0.118,0.17,0.725)       MgM1 (0.0,0.088,0.5)          2.0634
  O2   (0.118,0.17,0.725)       MgM2 (0.0,0.177,1.0)          2.0808
  O2   (0.118,0.17,0.725)       CaM4 (0.0,0.276,0.5)          2.3871
  O2   (0.118,0.17,0.725)       O5   (0.346,0.133,1.098)      2.6696
  O2   (0.118,0.17,0.725)       O6   (0.344,0.114,0.599)      2.6788
  O2   (0.118,0.17,0.725)       O4   (0.368,0.248,0.8)        2.7678
  O2   (0.118,0.17,0.725)       O1   (-0.111,0.086,0.783)     2.7883
  O2   (0.118,0.17,0.725)       O2   (-0.118,0.17,0.275)      2.8728
  O2   (0.118,0.17,0.725)       O4   (0.132,0.252,1.2)        2.8934
  O2   (0.118,0.17,0.725)       O4   (-0.132,0.252,0.8)       2.9788
  O3   (0.101,0.0,0.709)        MgM3 (0.0,0.0,1.0)            2.0346
  O3   (0.101,0.0,0.709)        MgM1 (0.0,-0.088,0.5)         2.0530
  O3   (0.101,0.0,0.709)        MgM1 (0.0,0.088,0.5)          2.0530
  O3   (0.101,0.0,0.709)        O3   (-0.101,0.0,0.291)       2.5754
  O3   (0.101,0.0,0.709)        O1   (-0.111,0.086,0.783)     2.7097
  O3   (0.101,0.0,0.709)        O1   (-0.111,-0.086,0.783)    2.7097
  O4   (0.368,0.248,0.8)        SiT2 (0.292,0.169,0.805)      1.6131
  O4   (0.368,0.248,0.8)        MgM2 (0.5,0.323,1.0)          1.9906
  O4   (0.368,0.248,0.8)        CaM4 (0.5,0.224,0.5)          2.3266
  O4   (0.368,0.248,0.8)        O6   (0.344,0.114,0.599)      2.6301
  O4   (0.368,0.248,0.8)        O5   (0.346,0.133,1.098)      2.6507
  O4   (0.368,0.248,0.8)        O2   (0.118,0.17,0.725)       2.7678
  O4   (0.368,0.248,0.8)        O2   (0.382,0.33,1.275)       2.8934
  O4   (0.368,0.248,0.8)        O4   (0.632,0.248,1.2)        2.9035
  O4   (0.368,0.248,0.8)        O2   (0.618,0.33,0.725)       2.9788
  O5   (0.346,0.133,0.098)      SiT1 (0.277,0.083,0.293)      1.6337
  O5   (0.346,0.133,0.098)      SiT2 (0.292,0.169,-0.195)     1.6408
  O5   (0.346,0.133,0.098)      O7   (0.345,0.0,0.275)        2.5788
  O5   (0.346,0.133,0.098)      O4   (0.368,0.248,-0.2)       2.6507
  O5   (0.346,0.133,0.098)      O6   (0.344,0.114,-0.401)     2.6581
  O5   (0.346,0.133,0.098)      O2   (0.118,0.17,-0.275)      2.6696
  O5   (0.346,0.133,0.098)      O6   (0.344,0.114,0.599)      2.6780
  O5   (0.346,0.133,0.098)      O1   (0.111,0.087,0.217)      2.6818
  O5   (0.346,0.133,0.098)      CaM4 (0.5,0.224,0.5)          2.8168
  O5   (0.346,0.133,0.098)      KA   (0.5,0.0,0.0)            2.9536
  O6   (0.344,0.114,0.599)      SiT2 (0.292,0.169,0.805)      1.6539
  O6   (0.344,0.114,0.599)      SiT1 (0.277,0.083,0.293)      1.6795
  O6   (0.344,0.114,0.599)      O4   (0.368,0.248,0.8)        2.6301
  O6   (0.344,0.114,0.599)      CaM4 (0.5,0.224,0.5)          2.6470
  O6   (0.344,0.114,0.599)      O5   (0.346,0.133,1.098)      2.6581
  O6   (0.344,0.114,0.599)      O5   (0.346,0.133,0.098)      2.6780
  O6   (0.344,0.114,0.599)      O2   (0.118,0.17,0.725)       2.6788
  O6   (0.344,0.114,0.599)      O7   (0.345,0.0,0.275)        2.6825
  O6   (0.344,0.114,0.599)      O1   (0.111,0.087,0.217)      2.6915
  O7   (0.345,0.0,0.275)        SiT1 (0.277,-0.083,0.293)     1.6631
  O7   (0.345,0.0,0.275)        SiT1 (0.277,0.083,0.293)      1.6631
  O7   (0.345,0.0,0.275)        KA   (0.5,0.0,0.0)            2.3545
  O7   (0.345,0.0,0.275)        O5   (0.346,-0.133,0.098)     2.5788
  O7   (0.345,0.0,0.275)        O5   (0.346,0.133,0.098)      2.5788
  O7   (0.345,0.0,0.275)        O6   (0.344,-0.114,0.599)     2.6825
  O7   (0.345,0.0,0.275)        O6   (0.344,0.114,0.599)      2.6825
  O7   (0.345,0.0,0.275)        O1   (0.111,0.087,0.217)      2.7382
  O7   (0.345,0.0,0.275)        O1   (0.111,-0.086,0.217)     2.7382
  SiT1 (0.277,0.083,0.293)      O1   (0.111,0.087,0.217)      1.5853
  SiT1 (0.277,0.083,0.293)      O5   (0.346,0.133,0.098)      1.6337
  SiT1 (0.277,0.083,0.293)      O7   (0.345,0.0,0.275)        1.6631
  SiT1 (0.277,0.083,0.293)      O6   (0.344,0.114,0.599)      1.6795
  AlT1 (0.277,0.083,0.293)      O1   (0.111,0.087,0.217)      1.5853
  AlT1 (0.277,0.083,0.293)      O5   (0.346,0.133,0.098)      1.6337
  AlT1 (0.277,0.083,0.293)      O7   (0.345,0.0,0.275)        1.6631
  AlT1 (0.277,0.083,0.293)      O6   (0.344,0.114,0.599)      1.6795
  SiT2 (0.292,0.169,0.805)      O4   (0.368,0.248,0.8)        1.6131
  SiT2 (0.292,0.169,0.805)      O5   (0.346,0.133,1.098)      1.6408
  SiT2 (0.292,0.169,0.805)      O2   (0.118,0.17,0.725)       1.6510
  SiT2 (0.292,0.169,0.805)      O6   (0.344,0.114,0.599)      1.6539
  AlT2 (0.292,0.169,0.805)      O4   (0.368,0.248,0.8)        1.6131
  AlT2 (0.292,0.169,0.805)      O5   (0.346,0.133,1.098)      1.6408
  AlT2 (0.292,0.169,0.805)      O2   (0.118,0.17,0.725)       1.6510
  AlT2 (0.292,0.169,0.805)      O6   (0.344,0.114,0.599)      1.6539
  MgM1 (0.0,0.088,0.5)          O3   (0.101,0.0,0.709)        2.0530
  MgM1 (0.0,0.088,0.5)          O3   (-0.101,0.0,0.291)       2.0530
  MgM1 (0.0,0.088,0.5)          O1   (-0.111,0.086,0.783)     2.0585
  MgM1 (0.0,0.088,0.5)          O1   (0.111,0.087,0.217)      2.0585
  MgM1 (0.0,0.088,0.5)          O2   (0.118,0.17,0.725)       2.0634
  MgM1 (0.0,0.088,0.5)          O2   (-0.118,0.17,0.275)      2.0634
  Fe2+ (0.0,0.088,0.5)          O3   (0.101,0.0,0.709)        2.0530
  Fe2+ (0.0,0.088,0.5)          O3   (-0.101,0.0,0.291)       2.0530
  Fe2+ (0.0,0.088,0.5)          O1   (-0.111,0.086,0.783)     2.0585
  Fe2+ (0.0,0.088,0.5)          O1   (0.111,0.087,0.217)      2.0585
  Fe2+ (0.0,0.088,0.5)          O2   (-0.118,0.17,0.275)      2.0634
  Fe2+ (0.0,0.088,0.5)          O2   (0.118,0.17,0.725)       2.0634
  MgM2 (0.0,0.177,0.0)          O4   (0.132,0.252,0.2)        1.9906
  MgM2 (0.0,0.177,0.0)          O4   (-0.132,0.252,-0.2)      1.9906
  MgM2 (0.0,0.177,0.0)          O2   (0.118,0.17,-0.275)      2.0808
  MgM2 (0.0,0.177,0.0)          O2   (-0.118,0.17,0.275)      2.0808
  MgM2 (0.0,0.177,0.0)          O1   (-0.111,0.086,-0.217)    2.1330
  MgM2 (0.0,0.177,0.0)          O1   (0.111,0.087,0.217)      2.1330
  Fe2+ (0.0,0.177,0.0)          O4   (0.132,0.252,0.2)        1.9906
  Fe2+ (0.0,0.177,0.0)          O4   (-0.132,0.252,-0.2)      1.9906
  Fe2+ (0.0,0.177,0.0)          O2   (0.118,0.17,-0.275)      2.0808
  Fe2+ (0.0,0.177,0.0)          O2   (-0.118,0.17,0.275)      2.0808
  Fe2+ (0.0,0.177,0.0)          O1   (0.111,0.087,0.217)      2.1330
  Fe2+ (0.0,0.177,0.0)          O1   (-0.111,0.086,-0.217)    2.1330
  Fe3+ (0.0,0.177,0.0)          O4   (-0.132,0.252,-0.2)      1.9906
  Fe3+ (0.0,0.177,0.0)          O4   (0.132,0.252,0.2)        1.9906
  Fe3+ (0.0,0.177,0.0)          O2   (0.118,0.17,-0.275)      2.0808
  Fe3+ (0.0,0.177,0.0)          O2   (-0.118,0.17,0.275)      2.0808
  Fe3+ (0.0,0.177,0.0)          O1   (0.111,0.087,0.217)      2.1330
  Fe3+ (0.0,0.177,0.0)          O1   (-0.111,0.086,-0.217)    2.1330
  MgM3 (0.0,0.0,0.0)            O3   (0.101,0.0,-0.291)       2.0346
  MgM3 (0.0,0.0,0.0)            O3   (-0.101,0.0,0.291)       2.0346
  MgM3 (0.0,0.0,0.0)            O1   (0.111,-0.086,0.217)     2.0780
  MgM3 (0.0,0.0,0.0)            O1   (-0.111,-0.086,-0.217)   2.0780
  MgM3 (0.0,0.0,0.0)            O1   (-0.111,0.086,-0.217)    2.0780
  MgM3 (0.0,0.0,0.0)            O1   (0.111,0.087,0.217)      2.0780
  CaM4 (0.0,0.276,0.5)          O4   (0.132,0.252,0.2)        2.3266
  CaM4 (0.0,0.276,0.5)          O4   (-0.132,0.252,0.8)       2.3266
  CaM4 (0.0,0.276,0.5)          O2   (0.118,0.17,0.725)       2.3871
  CaM4 (0.0,0.276,0.5)          O2   (-0.118,0.17,0.275)      2.3871
  CaM4 (0.0,0.276,0.5)          O6   (0.156,0.386,0.401)      2.6470
  CaM4 (0.0,0.276,0.5)          O6   (-0.156,0.386,0.599)     2.6470
  CaM4 (0.0,0.276,0.5)          O5   (0.154,0.367,0.902)      2.8168
  CaM4 (0.0,0.276,0.5)          O5   (-0.154,0.367,0.098)     2.8168
  NaM4 (0.0,0.276,0.5)          O4   (0.132,0.252,0.2)        2.3266
  NaM4 (0.0,0.276,0.5)          O4   (-0.132,0.252,0.8)       2.3266
  NaM4 (0.0,0.276,0.5)          O2   (0.118,0.17,0.725)       2.3871
  NaM4 (0.0,0.276,0.5)          O2   (-0.118,0.17,0.275)      2.3871
  NaM4 (0.0,0.276,0.5)          O6   (0.156,0.386,0.401)      2.6470
  NaM4 (0.0,0.276,0.5)          O6   (-0.156,0.386,0.599)     2.6470
  NaM4 (0.0,0.276,0.5)          O5   (0.154,0.367,0.902)      2.8168
  NaM4 (0.0,0.276,0.5)          O5   (-0.154,0.367,0.098)     2.8168
  MnM4 (0.0,0.276,0.5)          O4   (0.132,0.252,0.2)        2.3266
  MnM4 (0.0,0.276,0.5)          O4   (-0.132,0.252,0.8)       2.3266
  MnM4 (0.0,0.276,0.5)          O2   (-0.118,0.17,0.275)      2.3871
  MnM4 (0.0,0.276,0.5)          O2   (0.118,0.17,0.725)       2.3871
  MnM4 (0.0,0.276,0.5)          O6   (0.156,0.386,0.401)      2.6470
  MnM4 (0.0,0.276,0.5)          O6   (-0.156,0.386,0.599)     2.6470
  MnM4 (0.0,0.276,0.5)          O5   (0.154,0.367,0.902)      2.8168
  MnM4 (0.0,0.276,0.5)          O5   (-0.154,0.367,0.098)     2.8168
  FeM4 (0.0,0.276,0.5)          O4   (0.132,0.252,0.2)        2.3266
  FeM4 (0.0,0.276,0.5)          O4   (-0.132,0.252,0.8)       2.3266
  FeM4 (0.0,0.276,0.5)          O2   (0.118,0.17,0.725)       2.3871
  FeM4 (0.0,0.276,0.5)          O2   (-0.118,0.17,0.275)      2.3871
  FeM4 (0.0,0.276,0.5)          O6   (0.156,0.386,0.401)      2.6470
  FeM4 (0.0,0.276,0.5)          O6   (-0.156,0.386,0.599)     2.6470
  FeM4 (0.0,0.276,0.5)          O5   (0.154,0.367,0.902)      2.8168
  FeM4 (0.0,0.276,0.5)          O5   (-0.154,0.367,0.098)     2.8168
  KA   (0.0,0.5,0.0)            O7   (-0.155,0.5,0.275)       2.3545
  KA   (0.0,0.5,0.0)            O7   (0.155,0.5,-0.275)       2.3545
  KA   (0.0,0.5,0.0)            O5   (0.154,0.633,-0.098)     2.9536
  KA   (0.0,0.5,0.0)            O5   (-0.154,0.633,0.098)     2.9536
  KA   (0.0,0.5,0.0)            O5   (0.154,0.367,-0.098)     2.9536
  KA   (0.0,0.5,0.0)            O5   (-0.154,0.367,0.098)     2.9536
  NaA  (0.0,0.5,0.0)            O7   (0.155,0.5,-0.275)       2.3545
  NaA  (0.0,0.5,0.0)            O7   (-0.155,0.5,0.275)       2.3545
  NaA  (0.0,0.5,0.0)            O5   (-0.154,0.633,0.098)     2.9536
  NaA  (0.0,0.5,0.0)            O5   (0.154,0.633,-0.098)     2.9536
  NaA  (0.0,0.5,0.0)            O5   (0.154,0.367,-0.098)     2.9536
  NaA  (0.0,0.5,0.0)            O5   (-0.154,0.367,0.098)     2.9536

  141 Reflections in Fitted Range: (I%(min) >= 0.1, m = Multiplicity)

  #    ( h k l)      Angle    d(Å)   I%(f)  | F |  m      Lp   Area
  1    ( 0 2 0)      9.783  9.0438   15.95   35.2  2  135.18  10.67
  2    ( 1 1 0)     10.518  8.4132   47.34   46.1  4  117.45  31.68
  3    ( 1 3 0)     17.416  5.0912    0.22    5.3  4   41.93   0.15
  4    (-1 1 1)     18.151  4.8866   15.68   45.9  4   38.42  10.49
  5    ( 2 0 0)     18.669  4.7519    0.42   10.9  2   36.54   0.28
  6    ( 0 4 0)     19.627  4.5219   21.88   83.0  2   32.71  14.64
  7    ( 0 2 1)     19.923  4.4555    0.26    6.5  4   31.80   0.17
  8    ( 2 2 0)     21.114  4.2066    3.54   25.4  4   28.28   2.37
  9    ( 1 1 1)     22.248  3.9945   12.60   50.6  4   25.40   8.43
  10   (-1 3 1)     22.897  3.8828   15.52   57.8  4   23.74  10.38
  11   ( 0 4 1)     26.284  3.3893    0.11    5.6  4   17.80   0.07
  12   ( 1 3 1)     26.295  3.3879   91.08  161.1  4   17.85  60.95
  13   ( 1 5 0)     26.351  3.3809    0.49   11.8  4   17.69   0.32
  14   ( 2 4 0)     27.212  3.2758   65.39  141.4  4   16.57  43.75
  15   ( 3 1 0)     28.594  3.1205   72.89  157.0  4   14.97  48.78
  16   ( 2 0 1)     28.669  3.1125    1.15   27.9  2   14.92   0.77
  17   (-3 1 1)     29.568  3.0198    5.08   42.9  4   13.85   3.40
  18   (-2 4 1)     29.690  3.0077    0.17    7.9  4   13.71   0.12
  19   (-1 5 1)     30.328  2.9458    9.74   60.9  4   13.10   6.52
  20   ( 2 2 1)     30.357  2.9431   55.23  145.2  4   13.18  36.96
  21   ( 3 3 0)     31.896  2.8044   21.56   95.4  4   11.82  14.43
  22   (-3 3 1)     32.781  2.7307   39.12  132.2  4   11.09  26.17
  23   ( 1 5 1)     33.022  2.7113  100.00  213.0  4   10.94  66.92
  24   (-1 1 2)     34.237  2.6178    0.26   11.3  4   10.09   0.17
  25   ( 0 6 1)     34.509  2.5978   60.85  173.8  4    9.91  40.72
  26   ( 2 4 1)     34.980  2.5638    0.23   10.8  4    9.68   0.15
  27   ( 0 0 2)     35.034  2.5600    8.00   90.5  2    9.62   5.36
  28   ( 2 6 0)     35.239  2.5456    0.43   14.9  4    9.48   0.29
  29   (-2 0 2)     35.353  2.5376   82.67  293.6  2    9.39  55.32
  30   ( 1 7 0)     36.001  2.4934    0.28   12.3  4    9.03   0.19
  31   ( 0 2 2)     36.458  2.4632    1.26   26.5  4    8.81   0.85
  32   (-2 2 2)     36.766  2.4433    2.74   39.3  4    8.62   1.83
  33   (-2 6 1)     37.236  2.4135    2.85   40.7  4    8.38   1.91
  34   ( 3 1 1)     37.276  2.4110    0.68   19.8  4    8.45   0.45
  35   (-4 0 1)     37.463  2.3994    1.11   36.1  2    8.30   0.74
  36   ( 3 5 0)     37.725  2.3833   11.67   83.4  4    8.18   7.81
  37   ( 4 0 0)     37.846  2.3760    0.90   32.8  2    8.15   0.60
  38   (-3 5 1)     38.492  2.3375   36.71  151.0  4    7.80  24.56
  39   (-4 2 1)     38.810  2.3191   21.66  117.0  4    7.67  14.50
  40   (-1 7 1)     39.098  2.3027   31.19  141.4  4    7.52  20.87
  41   (-3 1 2)     39.561  2.2768   18.66  110.7  4    7.32  12.49
  42   ( 0 8 0)     39.850  2.2610    1.22   40.3  2    7.21   0.81
  43   ( 3 3 1)     39.942  2.2560    5.30   59.6  4    7.24   3.55
  44   ( 0 4 2)     40.469  2.2278    2.07   37.8  4    6.99   1.39
  45   (-2 4 2)     40.751  2.2130   11.44   89.4  4    6.86   7.66
  46   ( 1 7 1)     41.289  2.1854    4.20   54.9  4    6.68   2.81
  47   ( 2 6 1)     41.687  2.1654   53.01  196.8  4    6.55  35.47
  48   (-3 3 2)     42.104  2.1449    8.54   79.8  4    6.37   5.72
  49   (-1 5 2)     42.299  2.1355    5.36   63.5  4    6.32   3.58
  50   ( 4 4 0)     42.978  2.1033    0.50   19.7  4    6.13   0.34
  51   ( 2 0 2)     44.203  2.0478   27.72  213.7  2    5.77  18.55
  52   ( 2 8 0)     44.343  2.0416    1.69   37.5  4    5.68   1.13
  53   ( 3 5 1)     44.875  2.0187   15.01  112.9  4    5.57  10.04
  54   (-4 0 2)     44.987  2.0139   18.04  175.6  2    5.49  12.07
  55   ( 3 7 0)     45.261  2.0023    5.75   70.5  4    5.44   3.85
  56   (-3 7 1)     45.923  1.9750    2.59   48.0  4    5.25   1.73
  57   ( 1 9 0)     46.139  1.9663   10.73   98.2  4    5.19   7.18
  58   (-4 2 2)     46.151  1.9658    0.54   22.1  4    5.18   0.36
  59   ( 1 5 2)     46.347  1.9579    0.38   18.5  4    5.16   0.25
  60   (-5 1 1)     46.828  1.9389    0.25   15.3  4    5.04   0.17
  61   (-3 5 2)     46.853  1.9379    7.35   82.6  4    5.01   4.92
  62   ( 4 2 1)     47.116  1.9277    0.73   26.2  4    5.00   0.49
  63   ( 5 1 0)     48.105  1.8904   12.40  110.2  4    4.76   8.30
  64   (-4 6 1)     48.460  1.8773    4.23   64.8  4    4.65   2.83
  65   (-1 9 1)     48.702  1.8686   10.41  102.2  4    4.59   6.97
  66   ( 2 4 2)     48.789  1.8654    3.56   59.9  4    4.60   2.38
  67   (-5 3 1)     49.068  1.8555    1.94   44.4  4    4.53   1.30
  68   (-1 7 2)     49.264  1.8486    3.22   57.5  4    4.47   2.16
  69   (-4 4 2)     49.517  1.8397    7.49   88.2  4    4.42   5.01
  70   ( 5 3 0)     50.302  1.8128    3.93   64.9  4    4.30   2.63
  71   (0,10,0)     50.423  1.8088    3.63   88.5  2    4.24   2.43
  72   ( 1 9 1)     50.558  1.8042    2.85   55.5  4    4.22   1.91
  73   ( 3 1 2)     51.474  1.7742    2.19   49.6  4    4.09   1.47
  74   ( 3 7 1)     51.568  1.7712    0.11   11.1  4    4.05   0.07
  75   (-1 1 3)     52.218  1.7507    1.45   40.8  4    3.92   0.97
  76   (-5 1 2)     52.407  1.7448    5.58   80.6  4    3.89   3.74
  77   ( 1 7 2)     52.900  1.7297    0.55   25.4  4    3.82   0.37
  78   (-2 2 3)     53.175  1.7214    0.30   19.0  4    3.76   0.20
  79   (-5 5 1)     53.336  1.7166    0.67   28.5  4    3.74   0.45
  80   (-3 7 2)     53.358  1.7159    0.50   24.6  4    3.73   0.34
  81   ( 3 3 2)     53.570  1.7097    0.27   18.0  4    3.73   0.18
  82   ( 0 0 3)     53.672  1.7067    0.35   29.3  2    3.69   0.24
  83   (0,10,1)     53.712  1.7055    1.89   48.1  4    3.67   1.27
  84   ( 3 9 0)     54.000  1.6971    1.29   39.9  4    3.64   0.86
  85   ( 0 8 2)     54.083  1.6946    2.34   53.8  4    3.62   1.57
  86   (2,10,0)     54.228  1.6904    1.97   49.6  4    3.60   1.32
  87   (-1 3 3)     54.293  1.6886   14.29  133.5  4    3.59   9.56
  88   (-2 8 2)     54.309  1.6881    7.86   99.1  4    3.58   5.26
  89   (-3 1 3)     54.438  1.6844    0.62   27.9  4    3.56   0.42
  90   (-5 3 2)     54.477  1.6833    0.21   16.2  4    3.56   0.14
  91   ( 5 5 0)     54.500  1.6826    0.40   22.3  4    3.58   0.27
  92   (-3 9 1)     54.583  1.6803    3.02   61.7  4    3.54   2.02
  93   ( 0 2 3)     54.697  1.6771   10.38  114.6  4    3.54   6.95
  94   ( 4 6 1)     55.638  1.6509   45.77  244.8  4    3.41  30.63
  95   ( 5 1 1)     55.889  1.6441    0.16   14.7  4    3.39   0.11
  96   ( 4 8 0)     56.119  1.6379    8.46  106.1  4    3.34   5.66
  97   (-2 4 3)     56.231  1.6349    0.22   17.3  4    3.31   0.15
  98   (-3 3 3)     56.457  1.6289    0.11   12.4  4    3.28   0.08
  99   (1,11,0)     56.784  1.6203   15.19  143.8  4    3.24  10.17
  100  (-6 2 1)     57.242  1.6084    0.24   18.0  4    3.19   0.16
  101  ( 1 1 3)     57.410  1.6041    0.63   29.7  4    3.18   0.42
  102  ( 3 5 2)     57.602  1.5992    0.87   34.9  4    3.16   0.58
  103  ( 5 3 1)     57.875  1.5923    0.23   17.9  4    3.13   0.15
  104  ( 6 0 0)     58.207  1.5840    6.56  136.9  2    3.09   4.39
  105  (-1 5 3)     58.292  1.5819   30.59  209.4  4    3.05  20.47
  106  (-5 5 2)     58.467  1.5776    0.40   24.0  4    3.03   0.27
  107  (2,10,1)     59.029  1.5639    2.79   64.0  4    2.97   1.87
  108  ( 6 2 0)     59.180  1.5602    1.23   42.7  4    2.97   0.83
  109  (-5 7 1)     59.333  1.5566    3.95   76.5  4    2.94   2.64
  110  ( 4 0 2)     59.347  1.5562    8.42  158.0  2    2.96   5.64
  111  ( 4 2 2)     60.309  1.5337    1.41   46.4  4    2.85   0.94
  112  (-3 5 3)     60.362  1.5325    0.26   20.1  4    2.82   0.18
  113  (-6 0 2)     60.408  1.5314   18.15  235.9  2    2.82  12.14
  114  ( 5 7 0)     60.420  1.5311    0.40   24.6  4    2.83   0.26
  115  (1,11,1)     60.647  1.5259    0.80   35.1  4    2.79   0.53
  116  ( 1 9 2)     60.848  1.5214    9.60  122.1  4    2.78   6.43
  117  (-2 6 3)     61.099  1.5157   35.46  235.6  4    2.75  23.73
  118  (-3 9 2)     61.268  1.5120    2.02   56.4  4    2.73   1.35
  119  (0,12,0)     61.478  1.5073   20.12  252.4  2    2.71  13.46
  120  (-4 8 2)     61.635  1.5038    5.89   96.8  4    2.69   3.94
  121  ( 5 5 1)     61.724  1.5019    7.85  111.9  4    2.71   5.26
  122  ( 6 4 0)     62.043  1.4949    0.23   19.3  4    2.67   0.15
  123  ( 4 8 1)     62.429  1.4866    0.28   21.4  4    2.63   0.19
  124  ( 0 6 3)     62.496  1.4852    2.57   64.7  4    2.62   1.72
  125  (0,10,2)     62.869  1.4772    0.65   32.7  4    2.58   0.43
  126  (-2,10,2)    63.076  1.4729    1.66   52.5  4    2.56   1.11
  127  ( 4 4 2)     63.141  1.4715    6.20  101.5  4    2.58   4.15
  128  ( 1 5 3)     63.156  1.4712    0.80   36.5  4    2.56   0.54
  129  ( 2 2 3)     63.172  1.4709    1.80   54.8  4    2.57   1.21
  130  ( 3 7 2)     63.337  1.4674    0.56   30.5  4    2.55   0.37
  131  (-5 1 3)     63.553  1.4630    0.17   16.9  4    2.51   0.11
  132  (3,11,0)     63.725  1.4594    7.03  109.0  4    2.51   4.70
  133  (-1 7 3)     63.990  1.4540    5.02   92.5  4    2.48   3.36
  134  (-6 4 2)     64.165  1.4505    3.73   79.9  4    2.47   2.50
  135  (-3,11,1)    64.252  1.4488    3.14   73.4  4    2.46   2.10
  136  (0,12,1)     64.391  1.4459    0.91   39.5  4    2.45   0.61
  137  (-4,10,1)    64.471  1.4443    2.04   59.4  4    2.44   1.37
  138  (4,10,0)     64.730  1.4392    1.93   57.9  4    2.43   1.29
  139  (-6 6 1)     65.038  1.4331   52.40  303.1  4    2.42  35.06
  140  (2,12,0)     65.141  1.4311    0.63   33.3  4    2.41   0.42
  141  (-5 3 3)     65.729  1.4197    3.07   74.0  4    2.36   2.05

Phase #5 [Bragg-R = 7.99%]: Anorthite

  Chemical Formula = Ca.325Na.16(Si1.19Al.81)O4

  Reference: Wenk H R Joswig W Tagai T Korekawa M Smith B K, American
  Mineralogist v65 (1980) p81-95, The average structure of An 62-66
  labradorite Note: studied with neutrons ● AMCSD#0019663

  Triclinic: C-1 (2), Z=8, aC51.9 [PDF#98-000-1005] [CSD#1005]

  [x] a  = 8.17092 (0.00425) <2> [x] α  = 93.508  (0.026  ) <2>
  [x] b  = 12.86456(0.00457) <2> [x] β  = 116.175 (0.024  ) <2>
  [x] c  = 7.10764 (0.00411) <2> [x] γ  = 90.220  (0.023  ) <2>

  Unit Cell Volume = 668.855 (572)(Å³), Density = 2.7005(g/cm³), Absorption(μ) = 120.0(1/cm)

  [x] SF = 61.5216 (13.4988) <1> Intensity Scale Factor
  [x] TF =-1.10434 (2.62236) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.07665 (0.06143) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.01399 (0.23226) <3>
  [x] f2 = 0.12901 (0.24061) <3>

  Asymmetry Atoms in Unit Cell = 20, General Site Multiplicity = 4

  [ ] x1 = 0.2666  (0.0    ) <4> {Wyckoff = 4     } Ca1 <Ca+2>
  [ ] y1 = 0.987   (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] z1 = 0.162   (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] B1 = 3.58622 (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] n1 = 0.325   (0.0    ) <4> {                } Ca1 <Ca+2>

  [ ] x2 = 0.2666  (0.0    ) <4> {Wyckoff = 4     } Na1 <Na+1>
  [ ] y2 = 0.987   (0.0    ) <4> {                } Na1 <Na+1>
  [ ] z2 = 0.162   (0.0    ) <4> {                } Na1 <Na+1>
  [ ] B2 = 3.58622 (0.0    ) <4> {                } Na1 <Na+1>
  [ ] n2 = 0.16    (0.0    ) <4> {                } Na1 <Na+1>

  [ ] x3 = 0.2733  (0.0    ) <4> {Wyckoff = 4     } Ca2 <Ca+2>
  [ ] y3 = 0.0309  (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] z3 = 0.095   (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] B3 = 1.38306 (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] n3 = 0.325   (0.0    ) <4> {                } Ca2 <Ca+2>

  [ ] x4 = 0.2733  (0.0    ) <4> {Wyckoff = 4     } Na2 <Na+1>
  [ ] y4 = 0.0309  (0.0    ) <4> {                } Na2 <Na+1>
  [ ] z4 = 0.095   (0.0    ) <4> {                } Na2 <Na+1>
  [ ] B4 = 1.38306 (0.0    ) <4> {                } Na2 <Na+1>
  [ ] n4 = 0.16    (0.0    ) <4> {                } Na2 <Na+1>

  [ ] x5 = 0.0062  (0.0    ) <4> {Wyckoff = 4     } Si1 <Si+4>
  [ ] y5 = 0.1632  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z5 = 0.2153  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B5 = 1.07697 (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n5 = 0.595   (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x6 = 0.0062  (0.0    ) <4> {Wyckoff = 4     } Al1 <Al+3>
  [ ] y6 = 0.1632  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z6 = 0.2153  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B6 = 1.07697 (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n6 = 0.405   (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x7 = 0.0026  (0.0    ) <4> {Wyckoff = 4     } Si2 <Si+4>
  [ ] y7 = 0.8163  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z7 = 0.2306  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B7 = 1.14645 (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n7 = 0.595   (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x8 = 0.0026  (0.0    ) <4> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y8 = 0.8163  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z8 = 0.2306  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] B8 = 1.14645 (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n8 = 0.405   (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x9 = 0.6848  (0.0    ) <4> {Wyckoff = 4     } Si3 <Si+4>
  [ ] y9 = 0.1088  (0.0    ) <4> {                } Si3 <Si+4>
  [ ] z9 = 0.3177  (0.0    ) <4> {                } Si3 <Si+4>
  [ ] B9 = 1.05434 (0.0    ) <4> {                } Si3 <Si+4>
  [ ] n9 = 0.595   (0.0    ) <4> {                } Si3 <Si+4>

  [ ] x10= 0.6848  (0.0    ) <4> {Wyckoff = 4     } Al3 <Al+3>
  [ ] y10= 0.1088  (0.0    ) <4> {                } Al3 <Al+3>
  [ ] z10= 0.3177  (0.0    ) <4> {                } Al3 <Al+3>
  [ ] B10= 1.05434 (0.0    ) <4> {                } Al3 <Al+3>
  [ ] n10= 0.405   (0.0    ) <4> {                } Al3 <Al+3>

  [ ] x11= 0.6806  (0.0    ) <4> {Wyckoff = 4     } Si4 <Si+4>
  [ ] y11= 0.879   (0.0    ) <4> {                } Si4 <Si+4>
  [ ] z11= 0.3571  (0.0    ) <4> {                } Si4 <Si+4>
  [ ] B11= 1.02854 (0.0    ) <4> {                } Si4 <Si+4>
  [ ] n11= 0.595   (0.0    ) <4> {                } Si4 <Si+4>

  [ ] x12= 0.6806  (0.0    ) <4> {Wyckoff = 4     } Al4 <Al+3>
  [ ] y12= 0.879   (0.0    ) <4> {                } Al4 <Al+3>
  [ ] z12= 0.3517  (0.0    ) <4> {                } Al4 <Al+3>
  [ ] B12= 1.02854 (0.0    ) <4> {                } Al4 <Al+3>
  [ ] n12= 0.405   (0.0    ) <4> {                } Al4 <Al+3>

  [ ] x13= 0.0039  (0.0    ) <4> {Wyckoff = 4     } Oa1 <O -2>
  [ ] y13= 0.129   (0.0    ) <4> {                } Oa1 <O -2>
  [ ] z13= 0.9808  (0.0    ) <4> {                } Oa1 <O -2>
  [ ] B13= 2.13841 (0.0    ) <4> {                } Oa1 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } Oa1 <O -2>

  [ ] x14= 0.5799  (0.0    ) <4> {Wyckoff = 4     } Oa2 <O -2>
  [ ] y14= 0.9912  (0.0    ) <4> {                } Oa2 <O -2>
  [ ] z14= 0.2786  (0.0    ) <4> {                } Oa2 <O -2>
  [ ] B14= 1.43017 (0.0    ) <4> {                } Oa2 <O -2>
  [ ] n14= 1.0     (0.0    ) <4> {                } Oa2 <O -2>

  [ ] x15= 0.813   (0.0    ) <4> {Wyckoff = 4     } Obo <O -2>
  [ ] y15= 0.1036  (0.0    ) <4> {                } Obo <O -2>
  [ ] z15= 0.1892  (0.0    ) <4> {                } Obo <O -2>
  [ ] B15= 2.07472 (0.0    ) <4> {                } Obo <O -2>
  [ ] n15= 1.0     (0.0    ) <4> {                } Obo <O -2>

  [ ] x16= 0.8158  (0.0    ) <4> {Wyckoff = 4     } Obm <O -2>
  [ ] y16= 0.853   (0.0    ) <4> {                } Obm <O -2>
  [ ] z16= 0.2444  (0.0    ) <4> {                } Obm <O -2>
  [ ] B16= 2.59636 (0.0    ) <4> {                } Obm <O -2>
  [ ] n16= 1.0     (0.0    ) <4> {                } Obm <O -2>

  [ ] x17= 0.0143  (0.0    ) <4> {Wyckoff = 4     } Oco <O -2>
  [ ] y17= 0.2895  (0.0    ) <4> {                } Oco <O -2>
  [ ] z17= 0.2817  (0.0    ) <4> {                } Oco <O -2>
  [ ] B17= 1.89944 (0.0    ) <4> {                } Oco <O -2>
  [ ] n17= 1.0     (0.0    ) <4> {                } Oco <O -2>

  [ ] x18= 0.0122  (0.0    ) <4> {Wyckoff = 4     } Ocm <O -2>
  [ ] y18= 0.6866  (0.0    ) <4> {                } Ocm <O -2>
  [ ] z18= 0.213   (0.0    ) <4> {                } Ocm <O -2>
  [ ] B18= 1.75916 (0.0    ) <4> {                } Ocm <O -2>
  [ ] n18= 1.0     (0.0    ) <4> {                } Ocm <O -2>

  [ ] x19= 0.1972  (0.0    ) <4> {Wyckoff = 4     } Odo <O -2>
  [ ] y19= 0.1074  (0.0    ) <4> {                } Odo <O -2>
  [ ] z19= 0.3816  (0.0    ) <4> {                } Odo <O -2>
  [ ] B19= 1.69915 (0.0    ) <4> {                } Odo <O -2>
  [ ] n19= 1.0     (0.0    ) <4> {                } Odo <O -2>

  [ ] x20= 0.1902  (0.0    ) <4> {Wyckoff = 4     } Odm <O -2>
  [ ] y20= 0.866   (0.0    ) <4> {                } Odm <O -2>
  [ ] z20= 0.4293  (0.0    ) <4> {                } Odm <O -2>
  [ ] B20= 2.01972 (0.0    ) <4> {                } Odm <O -2>
  [ ] n20= 1.0     (0.0    ) <4> {                } Odm <O -2>

  Symmetry Operators [M=4]

  01:  x,  y,  z | -x, -y, -z         

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Ca1  (0.267,0.987,0.162)      Ca2  (0.273,1.031,0.095)      *0.7774
  Ca1  (0.267,0.987,0.162)      Oa2  (0.58,0.991,0.279)       2.3162
  Ca1  (0.267,0.987,0.162)      Odo  (0.197,1.107,0.382)      2.3767
  Ca1  (0.267,0.987,0.162)      Oa1  (-0.004,0.871,0.019)     2.4398
  Ca1  (0.267,0.987,0.162)      Obo  (0.187,0.896,-0.189)     2.4937
  Ca1  (0.267,0.987,0.162)      Oa1  (0.004,1.129,-0.019)     2.7354
  Ca1  (0.267,0.987,0.162)      Odm  (0.19,0.866,0.429)       2.7970
  Na1  (0.267,0.987,0.162)      Ca2  (0.273,1.031,0.095)      *0.7774
  Na1  (0.267,0.987,0.162)      Oa2  (0.58,0.991,0.279)       2.3162
  Na1  (0.267,0.987,0.162)      Odo  (0.197,1.107,0.382)      2.3767
  Na1  (0.267,0.987,0.162)      Oa1  (-0.004,0.871,0.019)     2.4398
  Na1  (0.267,0.987,0.162)      Obo  (0.187,0.896,-0.189)     2.4937
  Na1  (0.267,0.987,0.162)      Oa1  (0.004,1.129,-0.019)     2.7354
  Na1  (0.267,0.987,0.162)      Odm  (0.19,0.866,0.429)       2.7970
  Ca2  (0.273,0.031,0.095)      Ca1  (0.267,-0.013,0.162)     *0.7774
  Ca2  (0.273,0.031,0.095)      Oa2  (0.58,-0.009,0.279)      2.3339
  Ca2  (0.273,0.031,0.095)      Oa1  (0.004,0.129,-0.019)     2.3806
  Ca2  (0.273,0.031,0.095)      Obo  (0.187,-0.104,-0.189)    2.4244
  Ca2  (0.273,0.031,0.095)      Odo  (0.197,0.107,0.382)      2.5262
  Ca2  (0.273,0.031,0.095)      Ocm  (0.512,0.187,0.213)      2.6165
  Ca2  (0.273,0.031,0.095)      Obm  (0.184,0.147,-0.244)     2.7350
  Ca2  (0.273,0.031,0.095)      Oa1  (-0.004,-0.129,0.019)    2.8989
  Na2  (0.273,0.031,0.095)      Ca1  (0.267,-0.013,0.162)     *0.7774
  Na2  (0.273,0.031,0.095)      Oa2  (0.58,-0.009,0.279)      2.3339
  Na2  (0.273,0.031,0.095)      Oa1  (0.004,0.129,-0.019)     2.3806
  Na2  (0.273,0.031,0.095)      Obo  (0.187,-0.104,-0.189)    2.4244
  Na2  (0.273,0.031,0.095)      Odo  (0.197,0.107,0.382)      2.5262
  Na2  (0.273,0.031,0.095)      Ocm  (0.512,0.187,0.213)      2.6165
  Na2  (0.273,0.031,0.095)      Obm  (0.184,0.147,-0.244)     2.7350
  Na2  (0.273,0.031,0.095)      Oa1  (-0.004,-0.129,0.019)    2.8989
  Si1  (0.006,0.163,0.215)      Oco  (0.014,0.29,0.282)       1.6568
  Si1  (0.006,0.163,0.215)      Obo  (-0.187,0.104,0.189)     1.6820
  Si1  (0.006,0.163,0.215)      Odo  (0.197,0.107,0.382)      1.6832
  Si1  (0.006,0.163,0.215)      Oa1  (0.004,0.129,-0.019)     1.6895
  Al1  (0.006,0.163,0.215)      Oco  (0.014,0.29,0.282)       1.6568
  Al1  (0.006,0.163,0.215)      Obo  (-0.187,0.104,0.189)     1.6820
  Al1  (0.006,0.163,0.215)      Odo  (0.197,0.107,0.382)      1.6832
  Al1  (0.006,0.163,0.215)      Oa1  (0.004,0.129,-0.019)     1.6895
  Si2  (0.003,0.816,0.231)      Obm  (-0.184,0.853,0.244)     1.6414
  Si2  (0.003,0.816,0.231)      Odm  (0.19,0.866,0.429)       1.6508
  Si2  (0.003,0.816,0.231)      Ocm  (0.012,0.687,0.213)      1.6703
  Si2  (0.003,0.816,0.231)      Oa1  (-0.004,0.871,0.019)     1.6778
  Al2  (0.003,0.816,0.231)      Obm  (-0.184,0.853,0.244)     1.6414
  Al2  (0.003,0.816,0.231)      Odm  (0.19,0.866,0.429)       1.6508
  Al2  (0.003,0.816,0.231)      Ocm  (0.012,0.687,0.213)      1.6703
  Al2  (0.003,0.816,0.231)      Oa1  (-0.004,0.871,0.019)     1.6778
  Si3  (0.685,0.109,0.318)      Odm  (0.81,0.134,0.571)       1.6394
  Si3  (0.685,0.109,0.318)      Ocm  (0.512,0.187,0.213)      1.6494
  Si3  (0.685,0.109,0.318)      Obo  (0.813,0.104,0.189)      1.6652
  Si3  (0.685,0.109,0.318)      Oa2  (0.58,-0.009,0.279)      1.6820
  Si3  (0.685,0.109,0.318)      Al4  (0.681,-0.121,0.352)     2.9821
  Si3  (0.685,0.109,0.318)      Si4  (0.681,-0.121,0.357)     2.9880
  Al3  (0.685,0.109,0.318)      Odm  (0.81,0.134,0.571)       1.6394
  Al3  (0.685,0.109,0.318)      Ocm  (0.512,0.187,0.213)      1.6494
  Al3  (0.685,0.109,0.318)      Obo  (0.813,0.104,0.189)      1.6652
  Al3  (0.685,0.109,0.318)      Oa2  (0.58,-0.009,0.279)      1.6820
  Al3  (0.685,0.109,0.318)      Al4  (0.681,-0.121,0.352)     2.9821
  Al3  (0.685,0.109,0.318)      Si4  (0.681,-0.121,0.357)     2.9880
  Si4  (0.681,0.879,0.357)      Al4  (0.681,0.879,0.352)      *0.0384
  Si4  (0.681,0.879,0.357)      Obm  (0.816,0.853,0.244)      1.6506
  Si4  (0.681,0.879,0.357)      Oco  (0.514,0.79,0.282)       1.6521
  Si4  (0.681,0.879,0.357)      Oa2  (0.58,0.991,0.279)       1.6657
  Si4  (0.681,0.879,0.357)      Odo  (0.803,0.893,0.618)      1.6733
  Si4  (0.681,0.879,0.357)      Si3  (0.685,1.109,0.318)      2.9880
  Al4  (0.681,0.879,0.352)      Si4  (0.681,0.879,0.357)      *0.0384
  Al4  (0.681,0.879,0.352)      Obm  (0.816,0.853,0.244)      1.6214
  Al4  (0.681,0.879,0.352)      Oco  (0.514,0.79,0.282)       1.6556
  Al4  (0.681,0.879,0.352)      Oa2  (0.58,0.991,0.279)       1.6596
  Al4  (0.681,0.879,0.352)      Odo  (0.803,0.893,0.618)      1.7056
  Al4  (0.681,0.879,0.352)      Si3  (0.685,1.109,0.318)      2.9821
  Oa1  (0.004,0.129,0.981)      Si2  (-0.003,0.184,0.769)     1.6778
  Oa1  (0.004,0.129,0.981)      Si1  (0.006,0.163,1.215)      1.6895
  Oa1  (0.004,0.129,0.981)      Ca2  (0.273,0.031,1.095)      2.3806
  Oa1  (0.004,0.129,0.981)      Ca1  (-0.267,0.013,0.838)     2.4398
  Oa1  (0.004,0.129,0.981)      Odo  (0.197,0.107,1.382)      2.6111
  Oa1  (0.004,0.129,0.981)      Obo  (-0.187,0.104,1.189)     2.6130
  Oa1  (0.004,0.129,0.981)      Obm  (0.184,0.147,0.756)      2.6285
  Oa1  (0.004,0.129,0.981)      Odm  (-0.19,0.134,0.571)      2.6384
  Oa1  (0.004,0.129,0.981)      Ca1  (0.267,-0.013,1.162)     2.7354
  Oa1  (0.004,0.129,0.981)      Ocm  (-0.012,0.313,0.787)     2.7901
  Oa1  (0.004,0.129,0.981)      Oco  (0.014,0.29,1.282)       2.8535
  Oa1  (0.004,0.129,0.981)      Ca2  (-0.273,-0.031,0.905)    2.8989
  Oa2  (0.58,0.991,0.279)       Al4  (0.681,0.879,0.352)      1.6596
  Oa2  (0.58,0.991,0.279)       Si4  (0.681,0.879,0.357)      1.6657
  Oa2  (0.58,0.991,0.279)       Si3  (0.685,1.109,0.318)      1.6820
  Oa2  (0.58,0.991,0.279)       Ca1  (0.267,0.987,0.162)      2.3162
  Oa2  (0.58,0.991,0.279)       Ca2  (0.273,1.031,0.095)      2.3339
  Oa2  (0.58,0.991,0.279)       Ocm  (0.512,1.187,0.213)      2.6017
  Oa2  (0.58,0.991,0.279)       Oco  (0.514,0.79,0.282)       2.6509
  Oa2  (0.58,0.991,0.279)       Odo  (0.803,0.893,0.618)      2.6965
  Oa2  (0.58,0.991,0.279)       Odm  (0.81,1.134,0.571)       2.6982
  Oa2  (0.58,0.991,0.279)       Obo  (0.813,1.104,0.189)      2.6984
  Oa2  (0.58,0.991,0.279)       Obm  (0.816,0.853,0.244)      2.7059
  Obo  (0.813,0.104,0.189)      Si3  (0.685,0.109,0.318)      1.6652
  Obo  (0.813,0.104,0.189)      Si1  (1.006,0.163,0.215)      1.6820
  Obo  (0.813,0.104,0.189)      Ca2  (0.727,-0.031,-0.095)    2.4244
  Obo  (0.813,0.104,0.189)      Ca1  (0.733,0.013,-0.162)     2.4937
  Obo  (0.813,0.104,0.189)      Oa1  (1.004,0.129,-0.019)     2.6130
  Obo  (0.813,0.104,0.189)      Oa2  (0.58,-0.009,0.279)      2.6984
  Obo  (0.813,0.104,0.189)      Odm  (0.81,0.134,0.571)       2.7275
  Obo  (0.813,0.104,0.189)      Ocm  (0.512,0.187,0.213)      2.7522
  Obo  (0.813,0.104,0.189)      Oco  (1.014,0.29,0.282)       2.7713
  Obo  (0.813,0.104,0.189)      Odo  (1.197,0.107,0.382)      2.8162
  Obm  (0.816,0.853,0.244)      Al4  (0.681,0.879,0.352)      1.6214
  Obm  (0.816,0.853,0.244)      Si2  (1.003,0.816,0.231)      1.6414
  Obm  (0.816,0.853,0.244)      Si4  (0.681,0.879,0.357)      1.6506
  Obm  (0.816,0.853,0.244)      Oa1  (0.996,0.871,0.019)      2.6285
  Obm  (0.816,0.853,0.244)      Oa2  (0.58,0.991,0.279)       2.7059
  Obm  (0.816,0.853,0.244)      Oco  (0.514,0.79,0.282)       2.7192
  Obm  (0.816,0.853,0.244)      Odo  (0.803,0.893,0.618)      2.7241
  Obm  (0.816,0.853,0.244)      Ca2  (0.727,0.969,-0.095)     2.7350
  Obm  (0.816,0.853,0.244)      Ocm  (1.012,0.687,0.213)      2.7370
  Obm  (0.816,0.853,0.244)      Odm  (1.19,0.866,0.429)       2.7452
  Oco  (0.014,0.29,0.282)       Si4  (0.181,0.379,0.357)      1.6521
  Oco  (0.014,0.29,0.282)       Al4  (0.181,0.379,0.352)      1.6556
  Oco  (0.014,0.29,0.282)       Si1  (0.006,0.163,0.215)      1.6568
  Oco  (0.014,0.29,0.282)       Oa2  (0.08,0.491,0.279)       2.6509
  Oco  (0.014,0.29,0.282)       Obm  (0.316,0.353,0.244)      2.7192
  Oco  (0.014,0.29,0.282)       Odo  (0.197,0.107,0.382)      2.7422
  Oco  (0.014,0.29,0.282)       Odo  (0.303,0.393,0.618)      2.7666
  Oco  (0.014,0.29,0.282)       Obo  (-0.187,0.104,0.189)     2.7713
  Oco  (0.014,0.29,0.282)       Oa1  (0.004,0.129,-0.019)     2.8535
  Ocm  (0.012,0.687,0.213)      Si3  (0.185,0.609,0.318)      1.6494
  Ocm  (0.012,0.687,0.213)      Si2  (0.003,0.816,0.231)      1.6703
  Ocm  (0.012,0.687,0.213)      Oa2  (0.08,0.491,0.279)       2.6017
  Ocm  (0.012,0.687,0.213)      Ca2  (-0.227,0.531,0.095)     2.6165
  Ocm  (0.012,0.687,0.213)      Odm  (0.19,0.866,0.429)       2.7153
  Ocm  (0.012,0.687,0.213)      Obm  (-0.184,0.853,0.244)     2.7370
  Ocm  (0.012,0.687,0.213)      Obo  (0.313,0.604,0.189)      2.7522
  Ocm  (0.012,0.687,0.213)      Odm  (0.31,0.634,0.571)       2.7575
  Ocm  (0.012,0.687,0.213)      Oa1  (-0.004,0.871,0.019)     2.7901
  Odo  (0.197,0.107,0.382)      Si4  (0.319,0.121,0.643)      1.6733
  Odo  (0.197,0.107,0.382)      Si1  (0.006,0.163,0.215)      1.6832
  Odo  (0.197,0.107,0.382)      Al4  (0.319,0.121,0.648)      1.7056
  Odo  (0.197,0.107,0.382)      Ca1  (0.267,-0.013,0.162)     2.3767
  Odo  (0.197,0.107,0.382)      Ca2  (0.273,0.031,0.095)      2.5262
  Odo  (0.197,0.107,0.382)      Oa1  (0.004,0.129,-0.019)     2.6111
  Odo  (0.197,0.107,0.382)      Oa2  (0.42,0.009,0.721)       2.6965
  Odo  (0.197,0.107,0.382)      Obm  (0.184,0.147,0.756)      2.7241
  Odo  (0.197,0.107,0.382)      Oco  (0.014,0.29,0.282)       2.7422
  Odo  (0.197,0.107,0.382)      Oco  (0.486,0.211,0.718)      2.7666
  Odo  (0.197,0.107,0.382)      Obo  (-0.187,0.104,0.189)     2.8162
  Odm  (0.19,0.866,0.429)       Si3  (0.315,0.891,0.682)      1.6394
  Odm  (0.19,0.866,0.429)       Si2  (0.003,0.816,0.231)      1.6508
  Odm  (0.19,0.866,0.429)       Oa1  (-0.004,0.871,0.019)     2.6384
  Odm  (0.19,0.866,0.429)       Oa2  (0.42,1.009,0.721)       2.6982
  Odm  (0.19,0.866,0.429)       Ocm  (0.012,0.687,0.213)      2.7153
  Odm  (0.19,0.866,0.429)       Obo  (0.187,0.896,0.811)      2.7275
  Odm  (0.19,0.866,0.429)       Obm  (-0.184,0.853,0.244)     2.7452
  Odm  (0.19,0.866,0.429)       Ocm  (0.488,0.813,0.787)      2.7575
  Odm  (0.19,0.866,0.429)       Ca1  (0.267,0.987,0.162)      2.7970

  202 Reflections in Fitted Range: (I%(min) >= 0.1, m = Multiplicity)

  #    ( h k l)     Angle    d(Å)   I%(f)  | F |  m     Lp   Area
  1    (-1 1 0)    13.707  6.4605    7.13   23.6  2  69.29   3.94
  2    ( 1 1 0)    14.121  6.2717    0.10    2.9  2  64.71   0.06
  3    (-1-1 1)    15.201  5.8281    1.38   11.5  2  55.58   0.76
  4    (-1 1 1)    15.704  5.6425    0.32    5.7  2  52.23   0.18
  5    ( 0-2 1)    18.937  4.6852    8.26   35.1  2  35.61   4.56
  6    (-2 0 1)    21.990  4.0408   73.12  121.4  2  26.07  40.36
  7    ( 1-1 1)    22.822  3.8953   15.99   58.9  2  24.23   8.83
  8    ( 1 1 1)    23.666  3.7582   23.16   73.5  2  22.37  12.78
  9    (-1 3 0)    23.712  3.7510   36.72   92.8  2  22.40  20.27
  10   ( 2 0 0)    24.281  3.6643    0.20    7.0  2  21.25   0.11
  11   ( 1 3 0)    24.444  3.6402   32.99   90.7  2  20.85  18.21
  12   (-1-3 1)    24.541  3.6262   12.59   56.3  2  20.67   6.95
  13   (-1 3 1)    25.490  3.4931    1.45   19.8  2  19.19   0.80
  14   (-1-1 2)    25.632  3.4741   13.73   61.4  2  18.88   7.58
  15   (-2-2 1)    25.972  3.4294    4.81   36.8  2  18.32   2.66
  16   (-2 2 1)    26.128  3.4092    0.72   14.4  2  18.24   0.40
  17   (-1 1 2)    26.469  3.3661   24.91   85.4  2  17.65  13.75
  18   (-2 2 0)    27.603  3.2302   54.37  131.6  2  16.27  30.01
  19   ( 0 4 0)    27.796  3.2082   59.47  138.6  2  15.95  32.82
  20   (-2 0 2)    27.833  3.2040   96.83  177.1  2  15.85  53.44
  21   ( 0 0 2)    28.034  3.1816  100.00  181.3  2  15.65  55.19
  22   ( 2 2 0)    28.451  3.1359   43.53  121.4  2  15.13  24.03
  23   ( 1-3 1)    29.558  3.0208   23.16   92.0  2  14.05  12.78
  24   ( 0-4 1)    30.295  2.9490   27.55  102.9  2  13.28  15.21
  25   ( 0-2 2)    30.460  2.9334   17.87   83.3  2  13.12   9.86
  26   (-2-2 2)    30.667  2.9140    9.89   62.4  2  12.86   5.46
  27   ( 1 3 1)    31.524  2.8367   23.97  100.0  2  12.15  13.23
  28   (-2 2 2)    31.701  2.8213    0.44   13.7  2  12.03   0.25
  29   (-1-3 2)    31.752  2.8168    9.51   63.4  2  11.96   5.25
  30   ( 0 4 1)    32.098  2.7873    0.25   10.3  2  11.70   0.14
  31   (-3 1 1)    33.633  2.6634    0.67   17.9  2  10.61   0.37
  32   (-3-1 1)    33.750  2.6544    0.35   12.9  2  10.48   0.19
  33   (-1 3 2)    33.788  2.6515   14.70   84.0  2  10.47   8.11
  34   ( 2-2 1)    35.323  2.5398    3.87   45.0  2   9.56   2.14
  35   ( 1-1 2)    35.582  2.5218    5.03   51.8  2   9.38   2.78
  36   (-2-4 1)    35.600  2.5206   32.76  132.1  2   9.31  18.08
  37   (-3-1 2)    35.602  2.5205    4.07   46.5  2   9.32   2.24
  38   (-2 4 1)    35.835  2.5046   20.52  105.3  2   9.26  11.32
  39   (-3 1 2)    35.890  2.5009    0.98   23.0  2   9.18   0.54
  40   ( 1 1 2)    36.545  2.4576    0.11    7.9  2   8.83   0.06
  41   (-2 4 0)    36.568  2.4561    2.28   35.9  2   8.87   1.26
  42   (-1 5 0)    36.681  2.4488    1.27   26.8  2   8.79   0.70
  43   ( 2 2 1)    36.792  2.4416    3.92   47.3  2   8.69   2.17
  44   (-1-5 1)    37.187  2.4166    5.25   55.3  2   8.48   2.90
  45   (-3 1 0)    37.210  2.4151    3.94   47.9  2   8.52   2.18
  46   ( 1 5 0)    37.506  2.3967    0.81   21.8  2   8.32   0.44
  47   ( 3 1 0)    37.701  2.3848    2.99   42.3  2   8.24   1.65
  48   ( 2 4 0)    37.884  2.3737    4.17   50.2  2   8.12   2.30
  49   (-1 5 1)    38.280  2.3500    3.03   43.2  2   7.98   1.67
  50   (-1-1 3)    38.781  2.3208    0.83   22.9  2   7.73   0.46
  51   (-2-4 2)    38.893  2.3144    0.34   14.7  2   7.66   0.19
  52   (-3 3 1)    39.097  2.3027    6.25   63.5  2   7.64   3.45
  53   (-3-3 1)    39.406  2.2854    7.17   68.5  2   7.44   3.96
  54   (-1 1 3)    39.730  2.2675    4.49   54.6  2   7.33   2.48
  55   ( 1-3 2)    40.048  2.2502    1.30   29.6  2   7.24   0.71
  56   ( 1-5 1)    40.506  2.2258    4.52   55.9  2   7.06   2.50
  57   (-2 4 2)    40.568  2.2226    2.65   42.9  2   7.02   1.46
  58   (-3-3 2)    40.681  2.2167    0.62   20.8  2   6.93   0.34
  59   ( 0 4 2)    41.319  2.1839    1.77   35.7  2   6.72   0.98
  60   (-3 3 2)    41.449  2.1773    0.90   25.5  2   6.69   0.50
  61   (-2 2 3)    41.827  2.1585    2.71   44.7  2   6.53   1.50
  62   (-3 3 0)    41.929  2.1535    1.35   31.7  2   6.55   0.75
  63   (-1-5 2)    42.148  2.1428    1.13   29.1  2   6.42   0.62
  64   ( 0 6 0)    42.230  2.1388   10.69   89.6  2   6.41   5.90
  65   ( 2-4 1)    42.526  2.1246   15.38  108.3  2   6.34   8.49
  66   ( 0 0 3)    42.601  2.1210    0.62   21.7  2   6.28   0.34
  67   ( 1 3 2)    42.621  2.1201    0.53   20.2  2   6.26   0.29
  68   (-1-3 3)    42.915  2.1063    0.13   10.1  2   6.17   0.07
  69   ( 1 5 1)    43.006  2.1020    9.91   87.9  2   6.13   5.47
  70   (-3 1 3)    43.192  2.0934    1.87   38.3  2   6.08   1.03
  71   ( 3 3 0)    43.253  2.0906    1.31   32.2  2   6.05   0.72
  72   (-1 5 2)    44.817  2.0212    1.56   36.3  2   5.60   0.86
  73   (-4 0 2)    44.835  2.0204    3.06   50.9  2   5.59   1.69
  74   (-4 0 1)    45.005  2.0132    3.89   57.6  2   5.55   2.14
  75   ( 2 4 1)    45.027  2.0122    0.54   21.4  2   5.53   0.30
  76   ( 2 0 2)    45.233  2.0035    1.15   31.5  2   5.50   0.63
  77   ( 3-1 1)    45.443  1.9947    2.08   42.6  2   5.45   1.15
  78   (-1 3 3)    45.499  1.9924    2.56   47.3  2   5.41   1.41
  79   ( 0 6 1)    45.660  1.9858    5.27   68.1  2   5.37   2.91
  80   ( 0 2 3)    45.970  1.9731    0.85   27.5  2   5.28   0.47
  81   ( 3 1 1)    46.185  1.9644    2.13   43.8  2   5.24   1.18
  82   ( 2-2 2)    46.606  1.9477    3.47   56.4  2   5.15   1.92
  83   (-3-3 3)    46.732  1.9427    1.15   32.5  2   5.07   0.63
  84   (-2-4 3)    46.771  1.9411    0.59   23.4  2   5.07   0.33
  85   (-4-2 2)    47.038  1.9307    4.12   62.0  2   5.00   2.28
  86   (-4 2 2)    47.225  1.9235   11.56  104.3  2   4.99   6.38
  87   (-4-2 1)    47.519  1.9123    1.08   32.0  2   4.90   0.60
  88   (-2-6 1)    47.968  1.8955    0.97   30.7  2   4.79   0.54
  89   ( 2 2 2)    48.412  1.8791    8.73   92.9  2   4.70   4.82
  90   (-2 6 0)    48.511  1.8755    5.60   74.5  2   4.71   3.09
  91   (-3 5 1)    48.555  1.8739    1.24   35.1  2   4.70   0.68
  92   (-3-5 1)    48.989  1.8583    0.84   29.1  2   4.56   0.46
  93   ( 3-3 1)    49.213  1.8504    1.60   40.4  2   4.56   0.88
  94   (-4 0 3)    49.262  1.8486   12.61  113.5  2   4.51   6.96
  95   (-2 4 3)    49.464  1.8416    1.47   39.0  2   4.48   0.81
  96   ( 0-6 2)    49.637  1.8355    3.81   62.8  2   4.45   2.10
  97   ( 4 0 0)    49.734  1.8322   15.96  128.9  2   4.43   8.81
  98   ( 1-1 3)    49.742  1.8319    3.62   61.4  2   4.43   2.00
  99   ( 0-4 3)    49.819  1.8293    2.92   55.2  2   4.41   1.61
  100  ( 2 6 0)    50.087  1.8201    5.99   79.5  2   4.34   3.31
  101  (-2-6 2)    50.294  1.8131    4.09   66.0  2   4.30   2.26
  102  ( 1 1 3)    50.782  1.7968   10.83  108.4  2   4.22   5.98
  103  (-3 5 2)    50.854  1.7944    0.94   32.0  2   4.22   0.52
  104  (-1 7 0)    50.896  1.7931    2.91   56.3  2   4.21   1.61
  105  (-4-2 3)    51.020  1.7890    1.11   34.8  2   4.16   0.61
  106  (-1-7 1)    51.243  1.7817    1.31   38.0  2   4.13   0.72
  107  ( 3 3 1)    51.289  1.7802    1.34   38.4  2   4.12   0.74
  108  (-4 2 0)    51.358  1.7780    0.75   28.9  2   4.13   0.42
  109  (-2 0 4)    51.497  1.7735   27.14  174.0  2   4.08  14.98
  110  (-4 2 3)    51.793  1.7641    0.61   26.2  2   4.03   0.34
  111  ( 2-4 2)    52.255  1.7496    6.94   89.2  2   3.97   3.83
  112  (-2 6 2)    52.352  1.7465    2.13   49.6  2   3.95   1.18
  113  ( 1 5 2)    52.364  1.7462    1.94   47.3  2   3.93   1.07
  114  ( 4 2 0)    52.371  1.7460    1.64   43.4  2   3.93   0.90
  115  (-1 7 1)    52.434  1.7440    1.74   44.8  2   3.93   0.96
  116  (-2-2 4)    52.660  1.7370    3.52   64.1  2   3.87   1.94
  117  ( 1-3 3)    52.949  1.7282    1.52   42.3  2   3.85   0.84
  118  ( 2-6 1)    53.104  1.7236    1.32   39.6  2   3.83   0.73
  119  ( 0 6 2)    53.220  1.7201    3.54   64.8  2   3.79   1.95
  120  (-4 4 1)    53.310  1.7174    4.08   69.8  2   3.80   2.25
  121  ( 0 4 3)    53.393  1.7149    2.62   56.0  2   3.76   1.44
  122  (-4-4 2)    53.400  1.7147    6.79   90.1  2   3.74   3.75
  123  ( 1-7 1)    53.618  1.7082    0.77   30.5  2   3.74   0.42
  124  (-4 4 2)    53.741  1.7046    4.04   70.0  2   3.72   2.23
  125  (-4-4 1)    54.128  1.6933    2.15   51.4  2   3.63   1.19
  126  (-1 1 4)    54.244  1.6900    0.64   28.1  2   3.62   0.35
  127  (-2 2 4)    54.486  1.6831    4.45   74.4  2   3.59   2.46
  128  (-3-5 3)    54.753  1.6755    1.91   49.0  2   3.54   1.05
  129  (-1-7 2)    54.911  1.6710    0.71   29.9  2   3.53   0.39
  130  ( 2 4 2)    55.551  1.6533    3.93   71.2  2   3.43   2.17
  131  ( 1 3 3)    55.899  1.6438    0.27   18.6  2   3.39   0.15
  132  (-1-3 4)    56.235  1.6348    1.11   38.3  2   3.34   0.61
  133  ( 2 6 1)    56.284  1.6335    1.00   36.3  2   3.33   0.55
  134  (-3-3 4)    56.368  1.6312    1.93   50.7  2   3.31   1.07
  135  ( 1 7 1)    56.462  1.6287    0.29   19.8  2   3.31   0.16
  136  (-4-4 3)    56.782  1.6203    1.54   45.6  2   3.26   0.85
  137  ( 3-5 1)    56.824  1.6192    1.89   50.5  2   3.29   1.04
  138  (-3 5 3)    57.175  1.6101    5.13   83.6  2   3.23   2.83
  139  ( 0 8 0)    57.408  1.6041    2.63   60.1  2   3.19   1.45
  140  (-2-4 4)    57.800  1.5942    0.36   22.3  2   3.13   0.20
  141  ( 0 0 4)    57.935  1.5908    0.63   29.6  2   3.13   0.35
  142  ( 4 0 1)    58.198  1.5842    1.58   47.2  2   3.10   0.87
  143  (-5 1 1)    58.280  1.5822    1.88   51.5  2   3.09   1.03
  144  ( 0-8 1)    58.290  1.5819    1.56   47.0  2   3.09   0.86
  145  (-5-1 1)    58.590  1.5745    0.64   30.2  2   3.05   0.35
  146  (-3 3 4)    58.627  1.5736    0.53   27.4  2   3.04   0.29
  147  ( 0-2 4)    58.778  1.5699    2.95   65.1  2   3.03   1.63
  148  (-4-2 4)    58.805  1.5693    2.18   56.0  2   3.01   1.20
  149  ( 2 0 3)    59.160  1.5607    1.01   38.2  2   2.99   0.56
  150  (-5 1 3)    59.185  1.5601    0.71   32.2  2   2.98   0.39
  151  (-1 3 4)    59.195  1.5599    0.62   30.1  2   2.98   0.34
  152  ( 4-2 1)    59.391  1.5552    0.34   22.3  2   2.97   0.19
  153  ( 3-3 2)    59.742  1.5469    1.84   52.1  2   2.93   1.01
  154  ( 1-5 3)    59.922  1.5427    0.17   15.7  2   2.91   0.09
  155  ( 3 5 1)    59.948  1.5421    3.84   75.6  2   2.89   2.12
  156  ( 2-2 3)    60.033  1.5401    1.63   49.3  2   2.90   0.90
  157  (-4 2 4)    60.048  1.5397    2.57   62.0  2   2.88   1.42
  158  (-2 6 3)    60.195  1.5363    0.45   26.0  2   2.87   0.25
  159  ( 1-7 2)    60.200  1.5362    1.38   45.4  2   2.88   0.76
  160  ( 0 8 1)    60.459  1.5302    0.20   17.5  2   2.84   0.11
  161  (-5 3 2)    60.579  1.5275    0.99   38.8  2   2.84   0.55
  162  (-5-3 2)    60.686  1.5251    1.33   45.0  2   2.81   0.73
  163  ( 0 2 4)    60.937  1.5194    1.50   48.0  2   2.79   0.83
  164  (-3-7 1)    61.178  1.5140    0.15   15.2  2   2.76   0.08
  165  (-2 4 4)    61.210  1.5133    2.28   59.4  2   2.76   1.26
  166  ( 2-6 2)    61.339  1.5104    2.18   58.2  2   2.77   1.20
  167  (-3-7 2)    61.580  1.5051    0.28   20.8  2   2.72   0.15
  168  (-5 3 1)    61.788  1.5005    1.11   41.7  2   2.72   0.61
  169  (-2-8 1)    62.073  1.4943    6.36  100.3  2   2.67   3.51
  170  ( 2 2 3)    62.088  1.4939    0.61   31.1  2   2.68   0.34
  171  (-3 7 0)    62.218  1.4911    0.62   31.5  2   2.68   0.34
  172  (-1-7 3)    62.287  1.4897    0.42   26.0  2   2.66   0.23
  173  (-2 8 0)    62.344  1.4884    7.36  108.3  2   2.67   4.06
  174  ( 3 3 2)    62.366  1.4879    1.72   52.4  2   2.65   0.95
  175  (-5-3 3)    62.504  1.4850    4.96   89.1  2   2.63   2.74
  176  (-5-3 1)    62.684  1.4812    1.40   47.5  2   2.62   0.77
  177  (-4 6 1)    62.856  1.4775    6.83  105.1  2   2.62   3.77
  178  (-3 7 2)    62.910  1.4764    0.65   32.5  2   2.61   0.36
  179  (-1-5 4)    62.933  1.4759    0.74   34.5  2   2.60   0.41
  180  ( 0-8 2)    63.001  1.4745    1.93   56.0  2   2.60   1.07
  181  (-4-6 2)    63.046  1.4735    1.32   46.3  2   2.58   0.73
  182  (-5 3 3)    63.187  1.4706    3.26   72.9  2   2.58   1.80
  183  (-3-5 4)    63.280  1.4686    0.35   24.0  2   2.56   0.19
  184  ( 0-4 4)    63.374  1.4667    0.84   37.0  2   2.56   0.46
  185  (-4 6 2)    63.507  1.4639    4.96   90.4  2   2.56   2.74
  186  (-5 1 0)    63.603  1.4620    0.18   17.2  2   2.55   0.10
  187  (-2-8 2)    63.786  1.4582    0.18   17.2  2   2.52   0.10
  188  (-4-4 4)    63.844  1.4570    0.86   37.8  2   2.51   0.47
  189  ( 0 6 3)    63.898  1.4559    7.70  113.2  2   2.51   4.25
  190  (-4-6 1)    63.962  1.4546    0.60   31.8  2   2.50   0.33
  191  ( 2 8 0)    64.128  1.4512    4.55   87.3  2   2.49   2.51
  192  ( 4-4 1)    64.296  1.4479    0.91   39.0  2   2.50   0.50
  193  ( 3 7 0)    64.556  1.4427    1.27   46.3  2   2.45   0.70
  194  ( 2-4 3)    64.614  1.4415    4.49   87.2  2   2.47   2.48
  195  (-5-1 4)    64.837  1.4371    1.32   47.5  2   2.43   0.73
  196  ( 1-1 4)    65.071  1.4325    1.23   46.0  2   2.42   0.68
  197  (-5 1 4)    65.341  1.4272    2.75   68.9  2   2.39   1.52
  198  (-4 6 0)    65.701  1.4203    1.96   58.5  2   2.37   1.08
  199  (-3-7 3)    65.825  1.4179    1.15   44.9  2   2.36   0.64
  200  ( 2 6 2)    65.845  1.4175    4.79   91.6  2   2.35   2.64
  201  ( 2-8 1)    65.849  1.4174    1.71   54.8  2   2.35   0.95
  202  (-4-6 3)    65.995  1.4146    0.53   30.6  2   2.34   0.29

Phase #6 [Bragg-R = 10.82%]: Clinochlore

  Chemical Formula = (Mg2.782Fe.219)(Si1.279Al.721)O9H4

  Reference: Zanazzi P F Comodi P Nazzareni S Andreozzi G B, European
  Journal of Mineralogy v21 (2009) p581-589, Thermal behaviour of chlorite:
  an in situ single-crystal and powder diffraction study Note: T = 399 C ●
  AMCSD#0007300

  Triclinic: C-1 (2), Z=4, aC56 [PDF#98-000-8957] [CSD#8957]

  [x] a  = 5.30486 (0.00673) <2> [x] α  = 90.310  (0.135  ) <2>
  [x] b  = 9.18723 (0.00722) <2> [x] β  = 97.290  (0.108  ) <2>
  [x] c  = 14.32404(0.00781) <2> [x] γ  = 90.000  (0.133  ) <2>

  Unit Cell Volume = 692.457 (100)(Å³), Density = 2.6777(g/cm³), Absorption(μ) = 106.9(1/cm)

  [x] SF = 73.7974 (3.7359 ) <1> Intensity Scale Factor
  [x] TF = 2.81849 (1.00216) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.2986  (0.02885) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.48731 (0.16264) <3>
  [x] f2 = 1.07461 (0.266  ) <3>

  Asymmetry Atoms in Unit Cell = 21, General Site Multiplicity = 4

  [ ] x1 = 0.0     (0.0    ) <4> {Wyckoff = 2     } MgM1 <Mg+2>
  [ ] y1 = 0.0     (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] z1 = 0.0     (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] B1 = 1.42122 (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] n1 = 0.913   (0.0    ) <4> {                } MgM1 <Mg+2>

  [ ] x2 = 0.0     (0.0    ) <4> {Wyckoff = 2     } FeM1 <Fe+3>
  [ ] y2 = 0.0     (0.0    ) <4> {                } FeM1 <Fe+3>
  [ ] z2 = 0.0     (0.0    ) <4> {                } FeM1 <Fe+3>
  [ ] B2 = 1.42122 (0.0    ) <4> {                } FeM1 <Fe+3>
  [ ] n2 = 0.087   (0.0    ) <4> {                } FeM1 <Fe+3>

  [ ] x3 = 0.0013  (0.0    ) <4> {Wyckoff = 4     } MgM2 <Mg+2>
  [ ] y3 = 0.3337  (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] z3 = 0.0     (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] B3 = 1.50018 (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] n3 = 0.912   (0.0    ) <4> {                } MgM2 <Mg+2>

  [ ] x4 = 0.0013  (0.0    ) <4> {Wyckoff = 4     } FeM2 <Fe+3>
  [ ] y4 = 0.3337  (0.0    ) <4> {                } FeM2 <Fe+3>
  [ ] z4 = 0.0     (0.0    ) <4> {                } FeM2 <Fe+3>
  [ ] B4 = 1.50018 (0.0    ) <4> {                } FeM2 <Fe+3>
  [ ] n4 = 0.088   (0.0    ) <4> {                } FeM2 <Fe+3>

  [ ] x5 =-0.0003  (0.0    ) <4> {Wyckoff = 4     } MgM3 <Mg+2>
  [ ] y5 = 0.167   (0.0    ) <4> {                } MgM3 <Mg+2>
  [ ] z5 = 0.5     (0.0    ) <4> {                } MgM3 <Mg+2>
  [ ] B5 = 2.05288 (0.0    ) <4> {                } MgM3 <Mg+2>
  [ ] n5 = 0.94    (0.0    ) <4> {                } MgM3 <Mg+2>

  [ ] x6 =-0.0003  (0.0    ) <4> {Wyckoff = 4     } FeM3 <Fe+3>
  [ ] y6 = 0.167   (0.0    ) <4> {                } FeM3 <Fe+3>
  [ ] z6 = 0.5     (0.0    ) <4> {                } FeM3 <Fe+3>
  [ ] B6 = 2.05288 (0.0    ) <4> {                } FeM3 <Fe+3>
  [ ] n6 = 0.06    (0.0    ) <4> {                } FeM3 <Fe+3>

  [ ] x7 = 0.0     (0.0    ) <4> {Wyckoff = 2     } MgM4 <Mg+2>
  [ ] y7 = 0.5     (0.0    ) <4> {                } MgM4 <Mg+2>
  [ ] z7 = 0.5     (0.0    ) <4> {                } MgM4 <Mg+2>
  [ ] B7 = 1.81601 (0.0    ) <4> {                } MgM4 <Mg+2>
  [ ] n7 = 0.946   (0.0    ) <4> {                } MgM4 <Mg+2>

  [ ] x8 = 0.0     (0.0    ) <4> {Wyckoff = 2     } FeM4 <Fe+3>
  [ ] y8 = 0.5     (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] z8 = 0.5     (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] B8 = 1.81601 (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] n8 = 0.054   (0.0    ) <4> {                } FeM4 <Fe+3>

  [ ] x9 = 0.2322  (0.0    ) <4> {Wyckoff = 4     } SiT1 <Si+4>
  [ ] y9 = 0.1678  (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] z9 = 0.1918  (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] B9 = 1.65809 (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] n9 = 0.64    (0.0    ) <4> {                } SiT1 <Si+4>

  [ ] x10= 0.2322  (0.0    ) <4> {Wyckoff = 4     } AlT1 <Al+3>
  [ ] y10= 0.1678  (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] z10= 0.1918  (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] B10= 1.65809 (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] n10= 0.36    (0.0    ) <4> {                } AlT1 <Al+3>

  [ ] x11= 0.7324  (0.0    ) <4> {Wyckoff = 4     } SiT2 <Si+4>
  [ ] y11= 0.0019  (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] z11= 0.1917  (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] B11= 1.65809 (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] n11= 0.639   (0.0    ) <4> {                } SiT2 <Si+4>

  [ ] x12= 0.7324  (0.0    ) <4> {Wyckoff = 4     } AlT2 <Al+3>
  [ ] y12= 0.0019  (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] z12= 0.1917  (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] B12= 1.65809 (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] n12= 0.361   (0.0    ) <4> {                } AlT2 <Al+3>

  [ ] x13= 0.1929  (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y13= 0.1666  (0.0    ) <4> {                } O1 <O -2>
  [ ] z13= 0.0769  (0.0    ) <4> {                } O1 <O -2>
  [ ] B13= 1.57914 (0.0    ) <4> {                } O1 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x14= 0.6926  (0.0    ) <4> {Wyckoff = 4     } O2 <O -2>
  [ ] y14= 0.0008  (0.0    ) <4> {                } O2 <O -2>
  [ ] z14= 0.077   (0.0    ) <4> {                } O2 <O -2>
  [ ] B14= 1.50018 (0.0    ) <4> {                } O2 <O -2>
  [ ] n14= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x15= 0.2276  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y15= 0.3354  (0.0    ) <4> {                } O3 <O -2>
  [ ] z15= 0.2326  (0.0    ) <4> {                } O3 <O -2>
  [ ] B15= 2.52662 (0.0    ) <4> {                } O3 <O -2>
  [ ] n15= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x16= 0.5062  (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y16= 0.0949  (0.0    ) <4> {                } O4 <O -2>
  [ ] z16= 0.2326  (0.0    ) <4> {                } O4 <O -2>
  [ ] B16= 2.13184 (0.0    ) <4> {                } O4 <O -2>
  [ ] n16= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x17= 0.0062  (0.0    ) <4> {Wyckoff = 4     } O5 <O -2>
  [ ] y17= 0.0761  (0.0    ) <4> {                } O5 <O -2>
  [ ] z17= 0.2325  (0.0    ) <4> {                } O5 <O -2>
  [ ] B17= 2.21079 (0.0    ) <4> {                } O5 <O -2>
  [ ] n17= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x18= 0.6915  (0.0    ) <4> {Wyckoff = 4     } O-H1 <O -2>
  [ ] y18= 0.3334  (0.0    ) <4> {                } O-H1 <O -2>
  [ ] z18= 0.0744  (0.0    ) <4> {                } O-H1 <O -2>
  [ ] B18= 1.65809 (0.0    ) <4> {                } O-H1 <O -2>
  [ ] n18= 1.0     (0.0    ) <4> {                } O-H1 <O -2>

  [ ] x19= 0.151   (0.0    ) <4> {Wyckoff = 4     } O-H2 <O -2>
  [ ] y19=-0.0014  (0.0    ) <4> {                } O-H2 <O -2>
  [ ] z19= 0.4297  (0.0    ) <4> {                } O-H2 <O -2>
  [ ] B19= 2.13184 (0.0    ) <4> {                } O-H2 <O -2>
  [ ] n19= 1.0     (0.0    ) <4> {                } O-H2 <O -2>

  [ ] x20= 0.1374  (0.0    ) <4> {Wyckoff = 4     } O-H3 <O -2>
  [ ] y20= 0.3364  (0.0    ) <4> {                } O-H3 <O -2>
  [ ] z20= 0.4297  (0.0    ) <4> {                } O-H3 <O -2>
  [ ] B20= 2.28975 (0.0    ) <4> {                } O-H3 <O -2>
  [ ] n20= 1.0     (0.0    ) <4> {                } O-H3 <O -2>

  [ ] x21= 0.6365  (0.0    ) <4> {Wyckoff = 4     } O-H4 <O -2>
  [ ] y21= 0.1619  (0.0    ) <4> {                } O-H4 <O -2>
  [ ] z21= 0.4301  (0.0    ) <4> {                } O-H4 <O -2>
  [ ] B21= 2.05288 (0.0    ) <4> {                } O-H4 <O -2>
  [ ] n21= 1.0     (0.0    ) <4> {                } O-H4 <O -2>

  Symmetry Operators [M=4]

  01:  x,  y,  z | -x, -y, -z         

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  MgM1 (0.0,0.0,0.0)            O-H1 (0.191,-0.167,0.074)     2.0624
  MgM1 (0.0,0.0,0.0)            O-H1 (-0.191,0.167,-0.074)    2.0624
  MgM1 (0.0,0.0,0.0)            O1   (0.193,0.167,0.077)      2.0734
  MgM1 (0.0,0.0,0.0)            O1   (-0.193,-0.167,-0.077)   2.0734
  MgM1 (0.0,0.0,0.0)            O2   (-0.307,0.001,0.077)     2.0814
  MgM1 (0.0,0.0,0.0)            O2   (0.307,-0.001,-0.077)    2.0814
  FeM1 (0.0,0.0,0.0)            O-H1 (0.191,-0.167,0.074)     2.0624
  FeM1 (0.0,0.0,0.0)            O-H1 (-0.191,0.167,-0.074)    2.0624
  FeM1 (0.0,0.0,0.0)            O1   (0.193,0.167,0.077)      2.0734
  FeM1 (0.0,0.0,0.0)            O1   (-0.193,-0.167,-0.077)   2.0734
  FeM1 (0.0,0.0,0.0)            O2   (-0.307,0.001,0.077)     2.0814
  FeM1 (0.0,0.0,0.0)            O2   (0.307,-0.001,-0.077)    2.0814
  MgM2 (0.001,0.334,0.0)        O-H1 (-0.191,0.167,-0.074)    2.0602
  MgM2 (0.001,0.334,0.0)        O-H1 (-0.309,0.333,0.074)     2.0691
  MgM2 (0.001,0.334,0.0)        O1   (0.307,0.333,-0.077)     2.0733
  MgM2 (0.001,0.334,0.0)        O2   (0.193,0.501,0.077)      2.0738
  MgM2 (0.001,0.334,0.0)        O2   (-0.193,0.499,-0.077)    2.0777
  MgM2 (0.001,0.334,0.0)        O1   (0.193,0.167,0.077)      2.0826
  FeM2 (0.001,0.334,0.0)        O-H1 (-0.191,0.167,-0.074)    2.0602
  FeM2 (0.001,0.334,0.0)        O-H1 (-0.309,0.333,0.074)     2.0691
  FeM2 (0.001,0.334,0.0)        O1   (0.307,0.333,-0.077)     2.0733
  FeM2 (0.001,0.334,0.0)        O2   (0.193,0.501,0.077)      2.0738
  FeM2 (0.001,0.334,0.0)        O2   (-0.193,0.499,-0.077)    2.0777
  FeM2 (0.001,0.334,0.0)        O1   (0.193,0.167,0.077)      2.0826
  MgM3 (0.0,0.167,0.5)          O-H4 (-0.137,0.338,0.57)      2.0401
  MgM3 (0.0,0.167,0.5)          O-H3 (0.137,0.336,0.43)       2.0429
  MgM3 (0.0,0.167,0.5)          O-H2 (-0.151,0.001,0.57)      2.0466
  MgM3 (0.0,0.167,0.5)          O-H4 (-0.364,0.162,0.43)      2.0559
  MgM3 (0.0,0.167,0.5)          O-H3 (0.363,0.164,0.57)       2.0566
  MgM3 (0.0,0.167,0.5)          O-H2 (0.151,-0.001,0.43)      2.0591
  FeM3 (0.0,0.167,0.5)          O-H4 (-0.137,0.338,0.57)      2.0401
  FeM3 (0.0,0.167,0.5)          O-H3 (0.137,0.336,0.43)       2.0429
  FeM3 (0.0,0.167,0.5)          O-H2 (-0.151,0.001,0.57)      2.0466
  FeM3 (0.0,0.167,0.5)          O-H4 (-0.364,0.162,0.43)      2.0559
  FeM3 (0.0,0.167,0.5)          O-H3 (0.363,0.164,0.57)       2.0566
  FeM3 (0.0,0.167,0.5)          O-H2 (0.151,-0.001,0.43)      2.0591
  MgM4 (0.0,0.5,0.5)            O-H4 (0.137,0.662,0.43)       1.9848
  MgM4 (0.0,0.5,0.5)            O-H4 (-0.137,0.338,0.57)      1.9848
  MgM4 (0.0,0.5,0.5)            O-H2 (0.349,0.501,0.57)       1.9921
  MgM4 (0.0,0.5,0.5)            O-H2 (-0.349,0.499,0.43)      1.9921
  MgM4 (0.0,0.5,0.5)            O-H3 (-0.137,0.664,0.57)      1.9936
  MgM4 (0.0,0.5,0.5)            O-H3 (0.137,0.336,0.43)       1.9936
  FeM4 (0.0,0.5,0.5)            O-H4 (0.137,0.662,0.43)       1.9848
  FeM4 (0.0,0.5,0.5)            O-H4 (-0.137,0.338,0.57)      1.9848
  FeM4 (0.0,0.5,0.5)            O-H2 (0.349,0.501,0.57)       1.9921
  FeM4 (0.0,0.5,0.5)            O-H2 (-0.349,0.499,0.43)      1.9921
  FeM4 (0.0,0.5,0.5)            O-H3 (-0.137,0.664,0.57)      1.9936
  FeM4 (0.0,0.5,0.5)            O-H3 (0.137,0.336,0.43)       1.9936
  SiT1 (0.232,0.168,0.192)      O1   (0.193,0.167,0.077)      1.6325
  SiT1 (0.232,0.168,0.192)      O5   (0.006,0.076,0.233)      1.6339
  SiT1 (0.232,0.168,0.192)      O4   (0.506,0.095,0.233)      1.6406
  SiT1 (0.232,0.168,0.192)      O3   (0.228,0.335,0.233)      1.6453
  AlT1 (0.232,0.168,0.192)      O1   (0.193,0.167,0.077)      1.6325
  AlT1 (0.232,0.168,0.192)      O5   (0.006,0.076,0.233)      1.6339
  AlT1 (0.232,0.168,0.192)      O4   (0.506,0.095,0.233)      1.6406
  AlT1 (0.232,0.168,0.192)      O3   (0.228,0.335,0.233)      1.6453
  SiT2 (0.732,0.002,0.192)      O2   (0.693,0.001,0.077)      1.6297
  SiT2 (0.732,0.002,0.192)      O4   (0.506,0.095,0.233)      1.6389
  SiT2 (0.732,0.002,0.192)      O5   (1.006,0.076,0.233)      1.6420
  SiT2 (0.732,0.002,0.192)      O3   (0.728,-0.165,0.233)     1.6423
  AlT2 (0.732,0.002,0.192)      O2   (0.693,0.001,0.077)      1.6297
  AlT2 (0.732,0.002,0.192)      O4   (0.506,0.095,0.233)      1.6389
  AlT2 (0.732,0.002,0.192)      O5   (1.006,0.076,0.233)      1.6420
  AlT2 (0.732,0.002,0.192)      O3   (0.728,-0.165,0.233)     1.6423
  O1   (0.193,0.167,0.077)      SiT1 (0.232,0.168,0.192)      1.6325
  O1   (0.193,0.167,0.077)      MgM2 (0.499,0.166,0.0)        2.0733
  O1   (0.193,0.167,0.077)      MgM1 (0.0,0.0,0.0)            2.0734
  O1   (0.193,0.167,0.077)      MgM2 (0.001,0.334,0.0)        2.0826
  O1   (0.193,0.167,0.077)      O5   (0.006,0.076,0.233)      2.6870
  O1   (0.193,0.167,0.077)      O4   (0.506,0.095,0.233)      2.6917
  O1   (0.193,0.167,0.077)      O3   (0.228,0.335,0.233)      2.6965
  O1   (0.193,0.167,0.077)      O-H1 (-0.191,0.167,-0.074)    2.7809
  O1   (0.193,0.167,0.077)      O2   (0.307,-0.001,-0.077)    2.8102
  O1   (0.193,0.167,0.077)      O1   (0.307,0.333,-0.077)     2.8185
  O2   (0.693,0.001,0.077)      SiT2 (0.732,0.002,0.192)      1.6297
  O2   (0.693,0.001,0.077)      MgM2 (0.501,-0.166,0.0)       2.0738
  O2   (0.693,0.001,0.077)      MgM2 (0.499,0.166,0.0)        2.0777
  O2   (0.693,0.001,0.077)      MgM1 (1.0,0.0,0.0)            2.0814
  O2   (0.693,0.001,0.077)      O4   (0.506,0.095,0.233)      2.6891
  O2   (0.693,0.001,0.077)      O3   (0.728,-0.165,0.233)     2.6913
  O2   (0.693,0.001,0.077)      O5   (1.006,0.076,0.233)      2.6926
  O2   (0.693,0.001,0.077)      O-H1 (0.809,0.167,-0.074)     2.7885
  O2   (0.693,0.001,0.077)      O1   (0.807,-0.167,-0.077)    2.8102
  O2   (0.693,0.001,0.077)      O2   (0.307,-0.001,-0.077)    2.8103
  O3   (0.228,0.335,0.233)      SiT2 (0.232,0.502,0.192)      1.6423
  O3   (0.228,0.335,0.233)      SiT1 (0.232,0.168,0.192)      1.6453
  O3   (0.228,0.335,0.233)      O5   (0.006,0.076,0.233)      2.6560
  O3   (0.228,0.335,0.233)      O4   (0.006,0.595,0.233)      2.6577
  O3   (0.228,0.335,0.233)      O4   (0.506,0.095,0.233)      2.6583
  O3   (0.228,0.335,0.233)      O5   (0.506,0.576,0.233)      2.6599
  O3   (0.228,0.335,0.233)      O2   (0.193,0.501,0.077)      2.6913
  O3   (0.228,0.335,0.233)      O1   (0.193,0.167,0.077)      2.6965
  O3   (0.228,0.335,0.233)      O-H3 (0.137,0.336,0.43)       2.9227
  O4   (0.506,0.095,0.233)      SiT2 (0.732,0.002,0.192)      1.6389
  O4   (0.506,0.095,0.233)      SiT1 (0.232,0.168,0.192)      1.6406
  O4   (0.506,0.095,0.233)      O3   (0.728,-0.165,0.233)     2.6577
  O4   (0.506,0.095,0.233)      O5   (0.006,0.076,0.233)      2.6579
  O4   (0.506,0.095,0.233)      O5   (1.006,0.076,0.233)      2.6582
  O4   (0.506,0.095,0.233)      O3   (0.228,0.335,0.233)      2.6583
  O4   (0.506,0.095,0.233)      O2   (0.693,0.001,0.077)      2.6891
  O4   (0.506,0.095,0.233)      O1   (0.193,0.167,0.077)      2.6917
  O4   (0.506,0.095,0.233)      O-H4 (0.637,0.162,0.43)       2.8887
  O5   (0.006,0.076,0.233)      SiT1 (0.232,0.168,0.192)      1.6339
  O5   (0.006,0.076,0.233)      SiT2 (-0.268,0.002,0.192)     1.6420
  O5   (0.006,0.076,0.233)      O3   (0.228,0.335,0.233)      2.6560
  O5   (0.006,0.076,0.233)      O4   (0.506,0.095,0.233)      2.6579
  O5   (0.006,0.076,0.233)      O4   (-0.494,0.095,0.233)     2.6582
  O5   (0.006,0.076,0.233)      O3   (-0.272,-0.165,0.233)    2.6599
  O5   (0.006,0.076,0.233)      O1   (0.193,0.167,0.077)      2.6870
  O5   (0.006,0.076,0.233)      O2   (-0.307,0.001,0.077)     2.6926
  O5   (0.006,0.076,0.233)      O-H2 (0.151,-0.001,0.43)      2.9235
  O-H1 (0.692,0.333,0.074)      MgM2 (0.499,0.166,0.0)        2.0602
  O-H1 (0.692,0.333,0.074)      MgM1 (0.5,0.5,0.0)            2.0624
  O-H1 (0.692,0.333,0.074)      MgM2 (1.001,0.334,0.0)        2.0691
  O-H1 (0.692,0.333,0.074)      O-H1 (0.809,0.167,-0.074)     2.7526
  O-H1 (0.692,0.333,0.074)      O1   (0.307,0.333,-0.077)     2.7809
  O-H1 (0.692,0.333,0.074)      O2   (0.807,0.499,-0.077)     2.7885
  O-H2 (0.151,-0.001,0.43)      MgM4 (0.5,0.0,0.5)            1.9921
  O-H2 (0.151,-0.001,0.43)      MgM3 (0.0,-0.167,0.5)         2.0466
  O-H2 (0.151,-0.001,0.43)      MgM3 (0.0,0.167,0.5)          2.0591
  O-H2 (0.151,-0.001,0.43)      O-H4 (0.364,-0.162,0.57)      2.6335
  O-H2 (0.151,-0.001,0.43)      O-H3 (0.363,0.164,0.57)       2.6471
  O-H2 (0.151,-0.001,0.43)      O-H2 (-0.151,0.001,0.57)      2.7279
  O-H2 (0.151,-0.001,0.43)      O5   (0.006,0.076,0.233)      2.9235
  O-H2 (0.151,-0.001,0.43)      O-H3 (0.637,-0.164,0.43)      2.9797
  O-H2 (0.151,-0.001,0.43)      O-H4 (0.637,0.162,0.43)       2.9800
  O-H3 (0.137,0.336,0.43)       MgM4 (0.0,0.5,0.5)            1.9936
  O-H3 (0.137,0.336,0.43)       MgM3 (0.0,0.167,0.5)          2.0429
  O-H3 (0.137,0.336,0.43)       MgM3 (0.5,0.333,0.5)          2.0566
  O-H3 (0.137,0.336,0.43)       O-H4 (-0.137,0.338,0.57)      2.6239
  O-H3 (0.137,0.336,0.43)       O-H2 (0.349,0.501,0.57)       2.6471
  O-H3 (0.137,0.336,0.43)       O-H3 (0.363,0.164,0.57)       2.7254
  O-H3 (0.137,0.336,0.43)       O3   (0.228,0.335,0.233)      2.9227
  O-H3 (0.137,0.336,0.43)       O-H2 (-0.349,0.499,0.43)      2.9797
  O-H3 (0.137,0.336,0.43)       O-H4 (0.137,0.662,0.43)       2.9904
  O-H4 (0.637,0.162,0.43)       MgM4 (0.5,0.0,0.5)            1.9848
  O-H4 (0.637,0.162,0.43)       MgM3 (0.5,0.333,0.5)          2.0401
  O-H4 (0.637,0.162,0.43)       MgM3 (1.0,0.167,0.5)          2.0559
  O-H4 (0.637,0.162,0.43)       O-H3 (0.363,0.164,0.57)       2.6239
  O-H4 (0.637,0.162,0.43)       O-H2 (0.849,0.001,0.57)       2.6335
  O-H4 (0.637,0.162,0.43)       O-H4 (0.864,0.338,0.57)       2.7265
  O-H4 (0.637,0.162,0.43)       O4   (0.506,0.095,0.233)      2.8887
  O-H4 (0.637,0.162,0.43)       O-H2 (0.151,-0.001,0.43)      2.9800
  O-H4 (0.637,0.162,0.43)       O-H3 (0.637,-0.164,0.43)      2.9904

  214 Reflections in Fitted Range: (I%(min) >= 0.1, m = Multiplicity)

  #    ( h k l)     Angle     d(Å)   I%(f)  | F |  m      Lp   Area
  1    ( 0 0 1)     6.227  14.2080   81.32   42.1  2  338.72  70.20
  2    ( 0 0 2)    12.461   7.1040  100.00   95.0  2   83.57  86.32
  3    ( 0 0 3)    18.732   4.7360   56.19  109.9  2   36.34  48.51
  4    ( 0 2 0)    19.318   4.5935    5.99   37.1  2   34.10   5.17
  5    (-1 1 0)    19.430   4.5674   12.98   55.0  2   33.70  11.21
  6    ( 1 1 0)    19.442   4.5647   18.88   66.3  2   33.66  16.29
  7    (-1-1 1)    19.741   4.4961    7.74   43.2  2   32.61   6.68
  8    (-1 1 1)    19.763   4.4911    1.85   21.1  2   32.53   1.60
  9    ( 0-2 1)    20.280   4.3778   17.17   66.3  2   30.84  14.82
  10   ( 0 2 1)    20.345   4.3638   11.15   53.6  2   30.64   9.63
  11   ( 1-1 1)    21.055   4.2182   10.69   54.5  2   28.53   9.23
  12   ( 1 1 1)    21.097   4.2098    1.00   16.7  2   28.42   0.87
  13   (-1-1 2)    21.919   4.0538    4.20   35.8  2   26.25   3.63
  14   (-1 1 2)    21.969   4.0446   16.00   69.9  2   26.12  13.81
  15   ( 0 2 2)    23.107   3.8478    9.01   55.6  2   23.51   7.78
  16   ( 1-1 2)    24.264   3.6669    2.18   28.9  2   21.22   1.88
  17   ( 1 1 2)    24.329   3.6572   10.25   62.9  2   21.10   8.85
  18   ( 0 0 4)    25.061   3.5520   61.48  159.4  2   19.83  53.08
  19   (-1-1 3)    25.520   3.4891    8.30   59.8  2   19.09   7.17
  20   (-1 1 3)    25.590   3.4797    0.19    9.1  2   18.98   0.16
  21   ( 0-2 3)    26.956   3.3064    7.02   58.7  2   17.00   6.06
  22   ( 0 2 3)    27.106   3.2884    0.51   16.0  2   16.80   0.44
  23   ( 1-1 3)    28.559   3.1242    5.70   56.7  2   15.04   4.92
  24   ( 1 1 3)    28.638   3.1157    0.68   19.6  2   14.95   0.59
  25   (-1 1 4)    30.154   2.9624    3.68   48.6  2   13.39   3.17
  26   ( 0 0 5)    31.468   2.8416   13.93   99.8  2   12.21  12.03
  27   ( 0-2 4)    31.746   2.8174    1.24   30.1  2   11.98   1.07
  28   ( 0 2 4)    31.918   2.8025    3.64   51.9  2   11.84   3.14
  29   ( 1 1 4)    33.657   2.6616    1.76   38.6  2   10.56   1.52
  30   (-2 0 1)    33.836   2.6479    0.53   21.3  2   10.44   0.46
  31   (-1 3 0)    33.840   2.6476    0.56   21.9  2   10.43   0.48
  32   ( 1 3 0)    33.861   2.6460    0.85   27.0  2   10.42   0.73
  33   (-2 0 2)    34.810   2.5760   10.41   98.0  2    9.81   8.99
  34   ( 1-3 1)    34.817   2.5755   10.44   98.2  2    9.81   9.02
  35   ( 1 3 1)    34.897   2.5697   10.48   98.7  2    9.76   9.05
  36   (-1-1 5)    35.254   2.5446    2.24   46.2  2    9.54   1.93
  37   (-1 1 5)    35.345   2.5382    1.11   32.7  2    9.49   0.96
  38   (-1-3 2)    35.361   2.5371   15.65  122.7  2    9.48  13.51
  39   (-1 3 2)    35.459   2.5303   15.81  123.8  2    9.42  13.65
  40   ( 2 0 1)    35.461   2.5302   15.97  124.4  2    9.42  13.78
  41   (-2 0 3)    36.898   2.4348   18.33  140.4  2    8.63  15.82
  42   ( 1-3 2)    36.907   2.4342   18.41  140.8  2    8.63  15.89
  43   ( 1 3 2)    37.040   2.4258   17.98  139.8  2    8.56  15.52
  44   ( 0-2 5)    37.092   2.4225    0.81   29.8  2    8.54   0.70
  45   ( 0 2 5)    37.280   2.4107    0.20   14.9  2    8.44   0.17
  46   (-1-3 3)    37.773   2.3804    7.55   93.0  2    8.20   6.52
  47   (-1 3 3)    37.920   2.3715    8.37   98.5  2    8.13   7.23
  48   ( 2 0 2)    37.925   2.3712    8.40   98.7  2    8.13   7.26
  49   ( 0 0 6)    37.978   2.3680    0.36   20.4  2    8.10   0.31
  50   ( 1-1 5)    39.070   2.3043    1.01   35.6  2    7.61   0.87
  51   ( 1 1 5)    39.166   2.2988    0.94   34.4  2    7.57   0.81
  52   ( 0 4 0)    39.203   2.2968    0.24   17.5  2    7.55   0.21
  53   (-2-2 1)    39.246   2.2943    0.52   25.8  2    7.53   0.45
  54   (-2 2 1)    39.257   2.2937    0.28   18.8  2    7.53   0.24
  55   (-2 2 0)    39.436   2.2837    0.11   12.0  2    7.45   0.10
  56   ( 0-4 1)    39.697   2.2693    0.57   27.2  2    7.35   0.49
  57   ( 0 4 1)    39.768   2.2654    0.21   16.7  2    7.32   0.18
  58   (-2 0 4)    39.950   2.2555    6.83   95.5  2    7.24   5.90
  59   ( 1-3 3)    39.962   2.2549    6.77   95.1  2    7.24   5.84
  60   (-2-2 2)    40.088   2.2481    0.32   20.8  2    7.19   0.28
  61   ( 1 3 3)    40.139   2.2453    6.47   93.5  2    7.17   5.58
  62   ( 2-2 1)    40.660   2.2177    0.34   21.7  2    6.96   0.29
  63   ( 2 2 1)    40.718   2.2147    0.48   26.0  2    6.94   0.41
  64   (-1-1 6)    40.883   2.2062    0.26   19.3  2    6.88   0.23
  65   (-1 1 6)    40.981   2.2011    0.20   16.7  2    6.84   0.17
  66   (-1-3 4)    41.096   2.1952    0.53   27.5  2    6.80   0.45
  67   (-1 3 4)    41.285   2.1856    0.50   27.0  2    6.73   0.43
  68   ( 2 0 3)    41.292   2.1852    0.51   27.4  2    6.73   0.44
  69   ( 0 4 2)    41.358   2.1819    0.35   22.8  2    6.70   0.31
  70   (-2-2 3)    41.934   2.1532    0.24   19.3  2    6.50   0.21
  71   (-2 2 3)    42.013   2.1494    0.75   34.0  2    6.47   0.65
  72   ( 0-2 6)    42.846   2.1095    0.66   32.8  2    6.19   0.57
  73   ( 2-2 2)    42.854   2.1091    0.55   29.9  2    6.19   0.47
  74   ( 0 2 6)    43.046   2.1001    0.58   31.0  2    6.13   0.50
  75   ( 0-4 3)    43.682   2.0710    0.74   35.6  2    5.93   0.64
  76   (-2 0 5)    43.801   2.0656    1.17   45.0  2    5.89   1.01
  77   ( 1-3 4)    43.815   2.0651    1.12   44.0  2    5.89   0.97
  78   ( 0 4 3)    43.879   2.0622    0.30   22.8  2    5.87   0.26
  79   ( 1 3 4)    44.028   2.0555    0.96   41.0  2    5.83   0.83
  80   ( 0 0 7)    44.618   2.0297    2.65   69.5  2    5.65   2.29
  81   (-2-2 4)    44.683   2.0269    0.44   28.3  2    5.64   0.38
  82   ( 1-1 6)    44.946   2.0156    0.34   25.1  2    5.56   0.29
  83   (-1-3 5)    45.169   2.0062   13.17  157.8  2    5.50  11.37
  84   (-1 3 5)    45.392   1.9969   12.47  154.6  2    5.44  10.76
  85   ( 2 0 4)    45.401   1.9965   12.51  155.0  2    5.44  10.80
  86   ( 2-2 3)    45.906   1.9757    0.39   27.8  2    5.30   0.34
  87   ( 2 2 3)    46.023   1.9710    0.87   41.7  2    5.27   0.75
  88   (-1-1 7)    46.863   1.9375    0.16   18.6  2    5.06   0.14
  89   (-1 1 7)    46.967   1.9335    0.50   32.6  2    5.03   0.43
  90   ( 0 4 4)    47.215   1.9239    0.48   32.0  2    4.97   0.41
  91   (-2-2 5)    48.214   1.8863    0.47   32.9  2    4.74   0.41
  92   (-2 0 6)    48.308   1.8829    3.57   90.8  2    4.72   3.08
  93   ( 1-3 5)    48.323   1.8824    3.65   91.8  2    4.72   3.15
  94   (-2 2 5)    48.346   1.8815    0.82   43.5  2    4.71   0.70
  95   ( 1 3 5)    48.566   1.8735    3.88   95.4  2    4.67   3.35
  96   ( 0 2 7)    49.143   1.8528    0.22   23.4  2    4.54   0.19
  97   ( 2-2 4)    49.698   1.8334    0.37   30.4  2    4.43   0.32
  98   ( 2 2 4)    49.838   1.8286    0.09   15.2  2    4.40   0.08
  99   (-1-3 6)    49.859   1.8279    2.81   84.6  2    4.40   2.43
  100  (-1 3 6)    50.111   1.8193    2.87   86.0  2    4.35   2.48
  101  ( 2 0 5)    50.122   1.8189    2.83   85.5  2    4.34   2.45
  102  ( 0-4 5)    50.957   1.7910    0.55   38.7  2    4.18   0.48
  103  ( 1-1 7)    51.141   1.7850    0.07   14.1  2    4.15   0.06
  104  ( 1 1 7)    51.248   1.7815    0.27   27.3  2    4.13   0.23
  105  ( 0 4 5)    51.249   1.7815    0.50   37.3  2    4.13   0.43
  106  ( 0 0 8)    51.419   1.7760    0.13   18.9  2    4.10   0.11
  107  (-2-2 6)    52.416   1.7446    0.15   21.3  2    3.92   0.13
  108  (-2 2 6)    52.568   1.7399    0.11   18.3  2    3.90   0.10
  109  (-3 1 1)    52.681   1.7364    0.24   27.1  2    3.88   0.21
  110  (-3-1 1)    52.681   1.7364    0.09   16.6  2    3.88   0.08
  111  (-2-4 1)    52.717   1.7353    0.27   28.8  2    3.87   0.24
  112  (-1 5 0)    52.724   1.7351    0.45   36.9  2    3.87   0.39
  113  (-2 4 1)    52.735   1.7347    0.57   41.4  2    3.87   0.49
  114  ( 1 5 0)    52.749   1.7343    0.60   42.6  2    3.87   0.52
  115  (-2 4 0)    52.863   1.7308    0.21   25.1  2    3.85   0.18
  116  (-1 5 1)    52.893   1.7299    0.35   32.6  2    3.84   0.30
  117  ( 2 4 0)    52.903   1.7296    0.21   25.0  2    3.84   0.18
  118  (-3-1 2)    53.073   1.7245    0.30   30.2  2    3.81   0.25
  119  (-3 1 2)    53.087   1.7241    0.57   41.8  2    3.81   0.49
  120  (-3 1 0)    53.119   1.7231    0.25   27.8  2    3.80   0.22
  121  ( 3 1 0)    53.134   1.7227    0.58   42.3  2    3.80   0.50
  122  (-1-1 8)    53.153   1.7221    0.23   26.6  2    3.80   0.20
  123  (-2 0 7)    53.363   1.7158    0.83   51.1  2    3.77   0.72
  124  (-2-4 2)    53.376   1.7154    0.53   40.6  2    3.76   0.45
  125  ( 1-3 6)    53.378   1.7153    0.84   51.4  2    3.76   0.73
  126  ( 1 5 1)    53.494   1.7119    0.20   25.3  2    3.74   0.17
  127  ( 1 3 6)    53.647   1.7074    0.85   52.0  2    3.72   0.73
  128  (-1-5 2)    53.783   1.7034    0.65   45.6  2    3.70   0.56
  129  ( 2-4 1)    53.831   1.7020    0.27   29.8  2    3.69   0.24
  130  (-1 5 2)    53.900   1.7000    0.10   18.3  2    3.68   0.09
  131  ( 2 4 1)    53.925   1.6992    0.43   37.5  2    3.68   0.37
  132  ( 2-2 5)    54.123   1.6935    0.43   37.7  2    3.65   0.37
  133  ( 2 2 5)    54.283   1.6889    0.59   44.2  2    3.62   0.51
  134  (-3-1 3)    54.297   1.6885    0.41   36.7  2    3.62   0.35
  135  ( 3-1 1)    54.389   1.6858    0.42   37.3  2    3.61   0.36
  136  ( 1-5 2)    54.896   1.6715    0.51   42.0  2    3.53   0.44
  137  (-2 4 3)    54.985   1.6689    0.47   40.3  2    3.52   0.41
  138  ( 1 5 2)    55.058   1.6669    0.08   17.0  2    3.51   0.07
  139  (-1-3 7)    55.071   1.6666    1.65   75.7  2    3.50   1.42
  140  ( 0-2 8)    55.323   1.6596    0.20   26.3  2    3.47   0.17
  141  (-1 3 7)    55.347   1.6589    1.64   76.1  2    3.47   1.42
  142  ( 2 0 6)    55.359   1.6585    1.61   75.3  2    3.46   1.39
  143  (-1-5 3)    55.530   1.6538    0.07   16.0  2    3.44   0.06
  144  ( 0-4 6)    55.554   1.6532    0.24   29.2  2    3.44   0.21
  145  ( 2-4 2)    55.606   1.6518    0.28   31.8  2    3.43   0.24
  146  (-1 5 3)    55.713   1.6488    0.57   45.2  2    3.41   0.49
  147  ( 0 4 6)    55.884   1.6442    0.18   25.7  2    3.39   0.16
  148  (-3 1 4)    56.356   1.6315    0.26   31.0  2    3.33   0.22
  149  ( 3 1 2)    56.492   1.6279    0.46   41.4  2    3.31   0.39
  150  (-2-4 4)    57.117   1.6116    0.38   38.5  2    3.23   0.33
  151  (-2-2 7)    57.197   1.6095    0.53   45.7  2    3.22   0.46
  152  (-2 4 4)    57.297   1.6070    0.17   25.6  2    3.20   0.14
  153  (-2 2 7)    57.368   1.6052    0.33   36.0  2    3.19   0.28
  154  ( 1 5 3)    57.396   1.6044    0.32   35.6  2    3.19   0.28
  155  ( 1-1 8)    57.637   1.5983    0.13   23.3  2    3.16   0.12
  156  (-1-5 4)    58.039   1.5882    0.18   27.1  2    3.11   0.15
  157  ( 2 4 3)    58.339   1.5807    0.25   32.5  2    3.08   0.22
  158  ( 0 0 9)    58.422   1.5787    0.29   35.1  2    3.07   0.25
  159  (-2 0 8)    58.894   1.5671    6.11  162.4  2    3.01   5.28
  160  ( 1-3 7)    58.911   1.5667    6.10  162.3  2    3.01   5.26
  161  (-3-1 5)    59.077   1.5627    0.18   27.7  2    2.99   0.15
  162  ( 2-2 6)    59.102   1.5621    0.06   16.2  2    2.99   0.05
  163  (-3 1 5)    59.129   1.5615    0.09   19.8  2    2.98   0.08
  164  ( 1 3 7)    59.203   1.5597    5.96  161.7  2    2.98   5.14
  165  ( 3-1 3)    59.251   1.5585    0.41   42.3  2    2.97   0.35
  166  ( 2 2 6)    59.279   1.5579    0.13   23.5  2    2.97   0.11
  167  ( 3 1 3)    59.305   1.5573    0.13   23.5  2    2.96   0.11
  168  (-1 1 9)    59.858   1.5442    0.08   18.6  2    2.90   0.07
  169  (-2-4 5)    60.102   1.5385    0.08   18.8  2    2.88   0.07
  170  ( 1-5 4)    60.169   1.5369    0.09   20.1  2    2.87   0.07
  171  (-2 4 5)    60.328   1.5333    0.17   28.4  2    2.85   0.15
  172  (-3 3 1)    60.411   1.5313    8.27  197.1  2    2.84   7.14
  173  (-3-3 1)    60.413   1.5313    8.24  196.8  2    2.84   7.12
  174  ( 0 6 0)    60.418   1.5312    8.18  196.1  2    2.84   7.06
  175  ( 0-4 7)    60.686   1.5251    0.27   35.9  2    2.82   0.23
  176  (-1-3 8)    60.745   1.5237    0.26   35.2  2    2.81   0.22
  177  (-3-3 2)    60.758   1.5234    0.13   25.0  2    2.81   0.11
  178  ( 0-6 1)    60.766   1.5233    0.13   24.8  2    2.81   0.11
  179  (-3 3 2)    60.796   1.5226    0.11   23.3  2    2.80   0.10
  180  (-3 3 0)    60.800   1.5225    0.12   23.5  2    2.80   0.10
  181  ( 3 3 0)    60.840   1.5216    0.10   21.8  2    2.80   0.09
  182  ( 0 6 1)    60.844   1.5215    0.10   21.7  2    2.80   0.08
  183  (-1 3 8)    61.044   1.5170    0.33   40.3  2    2.78   0.29
  184  ( 0 4 7)    61.051   1.5168    0.35   41.2  2    2.78   0.30
  185  ( 2 0 7)    61.057   1.5167    0.33   40.4  2    2.78   0.29
  186  (-1-5 5)    61.252   1.5123    0.26   35.6  2    2.76   0.22
  187  ( 2-4 4)    61.380   1.5095    0.17   28.9  2    2.75   0.15
  188  (-1 5 5)    61.554   1.5056    0.19   30.5  2    2.73   0.16
  189  (-3-3 3)    61.869   1.4987    1.71   93.2  2    2.70   1.47
  190  ( 0-6 2)    61.879   1.4985    1.72   93.6  2    2.70   1.49
  191  (-3 3 3)    61.945   1.4970    1.57   89.6  2    2.69   1.36
  192  ( 3-3 1)    61.953   1.4969    1.54   88.8  2    2.69   1.33
  193  ( 3 3 1)    62.032   1.4952    1.43   85.6  2    2.68   1.23
  194  ( 0 6 2)    62.033   1.4951    1.47   86.9  2    2.68   1.27
  195  ( 0 2 9)    62.249   1.4905    0.10   22.5  2    2.66   0.08
  196  (-3 1 6)    62.586   1.4832    0.07   19.0  2    2.63   0.06
  197  (-2 2 8)    62.683   1.4812    0.22   34.3  2    2.62   0.19
  198  (-3-3 4)    63.723   1.4595    0.37   45.7  2    2.53   0.32
  199  ( 0-6 3)    63.734   1.4593    0.36   45.0  2    2.53   0.31
  200  (-2-4 6)    63.753   1.4589    0.14   28.2  2    2.53   0.12
  201  ( 1-5 5)    63.832   1.4573    0.09   23.1  2    2.52   0.08
  202  (-3 3 4)    63.836   1.4572    0.34   44.1  2    2.52   0.30
  203  ( 3-3 2)    63.847   1.4569    0.34   43.6  2    2.52   0.29
  204  ( 0 6 3)    63.962   1.4546    0.31   42.0  2    2.51   0.27
  205  ( 3 3 2)    63.962   1.4546    0.31   41.9  2    2.51   0.27
  206  (-2 4 6)    64.022   1.4534    0.13   26.9  2    2.50   0.11
  207  ( 1 5 5)    64.170   1.4504    0.08   21.8  2    2.49   0.07
  208  ( 2-2 7)    64.582   1.4421    0.38   47.4  2    2.46   0.33
  209  ( 2 2 7)    64.775   1.4383    0.17   31.9  2    2.44   0.15
  210  (-2 0 9)    64.867   1.4365    0.12   26.5  2    2.43   0.10
  211  ( 1-3 8)    64.884   1.4361    0.13   27.6  2    2.43   0.11
  212  ( 1 3 8)    65.198   1.4300    0.16   31.6  2    2.41   0.14
  213  (-1 5 6)    65.469   1.4247    0.08   22.5  2    2.38   0.07
  214  (0,0,10)    65.672   1.4208    1.50   96.5  2    2.37   1.29

Phase #7 [Bragg-R = 8.30%]: Calcium Magnesium Silicate | diopside

  Chemical Formula = MgCa(Si2O6)

  Reference: Thompson, R.M., Downs, R.T., Am. Mineral., v59 p614 (2004) ●
  ANX: ABC2X6. Analysis: Ca1 Mg1 O6 Si2. Formula from original source: Mg Ca
  (Si2 O6). ICSD Collection Code: 159520. Hypothetical Structure: Structure
  calculated theoretically. Calculated Pattern Original Remarks: O3-O3-O3
  angle =166.4, r(O)=1.318. Wyckoff Sequence: f4 e2 (C12/C1).

  Monoclinic: C2/c (15) ● b-unique, Z=4, mC40 [PDF#01-076-6731] [CSD#159520]

  [x] a  = 9.77026 (0.00256) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 9.09698 (0.00281) <2> [x] β  = 108.581 (0.010  ) <2>
  [x] c  = 5.21370 (0.00265) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 439.239 (286)(Å³), Density = 3.2745(g/cm³), Absorption(μ) = 180.5(1/cm)

  [x] SF = 0.52965 (0.11808) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 = 0.06171 (0.00641) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 = 0.0     (0.0    ) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  76 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)      I%(f) (esd)  I(f)-I(r)   Area
  1   ( 1 1 0)    13.645  6.4897     4.14 (23.76)       4.04   2.57
  2   ( 2 0 0)    19.163  4.6305     8.56 (34.68)       3.66   5.32
  3   ( 0 2 0)    19.512  4.5485      0.00 (?.??)      -7.90   0.00
  4   (-1 1 1)    20.000  4.4383     3.15 (20.72)     -10.05   1.96
  5   ( 1 1 1)    24.957  3.5666     7.89 (32.32)       7.59   4.91
  6   ( 0 2 1)    26.625  3.3467  100.00 (247.46)      26.40  62.19
  7   ( 2 2 0)    27.476  3.2449      0.00 (?.??)     -62.00   0.00
  8   (-2 2 1)    29.348  3.0419     2.58 (23.22)     -97.42   1.61
  9   (-3 1 1)    30.457  2.9337    26.24 (76.32)     -54.96  16.32
  10  ( 3 1 0)    30.568  2.9233      0.05 (?.??)     -82.15   0.03
  11  ( 1 3 0)    31.018  2.8818      0.00 (?.??)      -7.60   0.00
  12  (-1 3 1)    34.419  2.6044     5.29 (36.44)     -66.61   3.29
  13  (-2 0 2)    35.286  2.5423     6.24 (69.86)       2.34   3.88
  14  (-1 1 2)    35.865  2.5025     6.18 (29.79)       3.58   3.84
  15  ( 2 2 1)    36.338  2.4711      0.62 (?.??)     -26.48   0.39
  16  ( 0 0 2)    36.339  2.4710      0.00 (?.??)     -76.50   0.00
  17  ( 1 3 1)    37.640  2.3885      0.00 (?.??)      -6.20   0.00
  18  ( 4 0 0)    38.877  2.3152      0.00 (?.??)      -1.60   0.00
  19  ( 0 4 0)    39.607  2.2742      0.00 (?.??)      -7.70   0.00
  20  ( 3 1 1)    40.285  2.2375     5.79 (24.15)     -23.21   3.60
  21  (-2 2 2)    40.633  2.2192     4.85 (24.34)       0.25   3.02
  22  ( 0 2 2)    41.570  2.1713      1.59 (?.??)      -8.01   0.99
  23  (-3 3 1)    41.646  2.1675      0.00 (?.??)     -48.30   0.00
  24  ( 3 3 0)    41.731  2.1632      0.00 (?.??)     -22.30   0.00
  25  ( 1 1 2)    41.903  2.1548      0.00 (?.??)     -22.30   0.00
  26  (-4 2 1)    42.385  2.1313      0.00 (?.??)      -7.00   0.00
  27  ( 0 4 1)    43.794  2.0660     2.35 (20.93)     -13.95   1.46
  28  ( 4 2 0)    43.853  2.0633      1.42 (?.??)     -14.88   0.88
  29  (-4 0 2)    44.249  2.0458     9.30 (40.10)     -13.80   5.78
  30  ( 2 4 0)    44.351  2.0413      0.00 (?.??)     -10.70   0.00
  31  (-2 4 1)    45.611  1.9878      0.80 (?.??)     -19.30   0.50
  32  ( 2 0 2)    46.839  1.9385      0.00 (?.??)     -11.70   0.00
  33  (-5 1 1)    47.652  1.9073      0.00 (?.??)      -0.10   0.00
  34  (-4 2 2)    48.781  1.8657    13.39 (41.76)      13.09   8.32
  35  (-3 3 2)    49.380  1.8445      1.25 (?.??)      -1.45   0.78
  36  ( 3 3 1)    49.602  1.8368    15.20 (44.87)      12.10   9.45
  37  ( 5 1 0)    50.238  1.8150      0.00 (?.??)      -1.90   0.00
  38  ( 2 4 1)    50.697  1.7996      0.00 (?.??)     -10.30   0.00
  39  ( 1 3 2)    50.984  1.7902      0.00 (?.??)      -2.90   0.00
  40  ( 1 5 0)    51.133  1.7853      0.00 (?.??)      -5.20   0.00
  41  ( 2 2 2)    51.194  1.7833      0.00 (?.??)     -13.80   0.00
  42  (-5 1 2)    52.376  1.7458      0.01 (?.??)      -0.79   0.01
  43  ( 4 2 1)    52.670  1.7367      0.00 (?.??)      -5.70   0.00
  44  (-1 5 1)    53.456  1.7130      1.37 (?.??)       1.17   0.85
  45  (-2 4 2)    54.070  1.6950      0.93 (?.??)      -9.97   0.58
  46  (-1 1 3)    54.273  1.6892      0.00 (?.??)     -10.90   0.00
  47  ( 0 4 2)    54.828  1.6734     3.15 (20.73)      -4.65   1.96
  48  (-3 1 3)    55.084  1.6662     3.12 (19.73)      -4.68   1.94
  49  ( 3 1 2)    55.427  1.6567     7.40 (31.69)      -1.10   4.60
  50  (-4 4 1)    55.492  1.6549    13.78 (46.59)      10.78   8.57
  51  (-5 3 1)    56.021  1.6405      1.76 (?.??)     -26.44   1.09
  52  ( 4 4 0)    56.701  1.6224      0.00 (?.??)      -0.70   0.00
  53  (-2 2 3)    56.704  1.6224      0.00 (?.??)     -19.90   0.00
  54  ( 5 3 0)    58.341  1.5807      1.77 (?.??)       1.37   1.10
  55  (-3 5 1)    58.816  1.5690     7.61 (28.77)       0.91   4.73
  56  ( 5 1 1)    59.445  1.5539      0.00 (?.??)     -13.40   0.00
  57  (-6 0 2)    59.626  1.5496      0.00 (?.??)     -13.40   0.00
  58  ( 6 0 0)    59.887  1.5435      0.00 (?.??)     -13.40   0.00
  59  (-6 2 1)    60.336  1.5331      0.00 (?.??)      -0.60   0.00
  60  (-4 4 2)    60.867  1.5210      0.63 (?.??)      -1.47   0.39
  61  ( 1 1 3)    61.003  1.5179     5.12 (32.16)       3.02   3.18
  62  ( 0 6 0)    61.080  1.5162      0.00 (?.??)     -19.00   0.00
  63  (-1 3 3)    62.018  1.4955      0.00 (?.??)     -15.60   0.00
  64  (-3 3 3)    62.765  1.4794      0.00 (?.??)      -4.30   0.00
  65  ( 2 4 2)    62.962  1.4753      0.00 (?.??)      -3.50   0.00
  66  ( 3 3 2)    63.081  1.4728      0.00 (?.??)      -2.40   0.00
  67  ( 4 0 2)    63.135  1.4717      0.00 (?.??)      -2.40   0.00
  68  (-5 1 3)    63.249  1.4693      0.00 (?.??)      -3.50   0.00
  69  (-6 2 2)    63.367  1.4668     2.40 (21.91)      -0.70   1.49
  70  ( 6 2 0)    63.619  1.4616      0.00 (?.??)      -0.10   0.00
  71  ( 0 6 1)    64.215  1.4495      0.00 (?.??)      -2.50   0.00
  72  ( 4 4 1)    64.259  1.4486      1.27 (?.??)      -1.23   0.79
  73  ( 2 6 0)    64.644  1.4409    10.01 (48.76)       9.41   6.22
  74  (-3 5 2)    65.136  1.4312      0.42 (0.00)      -4.48   0.26
  75  ( 3 5 1)    65.431  1.4255      0.51 (0.00)      -5.49   0.32
  76  (-2 6 1)    65.825  1.4179      0.03 (0.00)      -0.37   0.02

  * Individual I% values of d-I List are refined in this phase.

Phase #8 [Bragg-R = 9.44%]: Iron Oxide | magnetite high

  Chemical Formula = Fe2.942O4

  Reference: Okudera, H., Kihara, K., Matsumoto, T., Acta Crystallogr.,
  Sect. B: Struct. Sci., v52 p450 (1996) ● ANX: AB2X4. Analysis: Fe2.942 O4.
  Formula from original source: Fe2.942 O4. ICSD Collection Code: 82449.
  Calculated Pattern Original Remarks: After heating to 773 K. Sample Source
  or Locality: Specimen from Nagatoro, Saitama Prefecture, Japan.
  Temperature of Data Collection: 623 K. Wyckoff Sequence: e d a(FD3-MZ).

  Cubic: Fd-3m (227) ● origin at -43m, Z=8, cF55.5 [PDF#01-086-1355] [CSD#82449]

  [x] a  = 8.47458 (0.00361) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 8.47458 (0.00361) <2> [ ] β  = 90.0    (0.0    ) <2>
  [ ] c  = 8.47458 (0.00361) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 608.631 (449)(Å³), Density = 4.9826(g/cm³), Absorption(μ) = 1120.5(1/cm)

  [x] SF = 0.77401 (0.18895) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [x] f0 =-0.00254 (0.97334) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.66815 (2.86141) <3>
  [x] f2 =-0.38444 (2.0351 ) <3>

  10 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)   I%(f)   Area
  1   ( 1 1 1)    18.127  4.8928    0.00   0.00
  2   ( 2 2 0)    29.806  2.9962   55.25  10.89
  3   ( 3 1 1)    35.102  2.5552    0.00   0.00
  4   ( 2 2 2)    36.717  2.4464  100.00  19.71
  5   ( 4 0 0)    42.652  2.1186    0.00   0.00
  6   ( 3 3 1)    46.693  1.9442   25.07   4.94
  7   ( 4 2 2)    52.895  1.7299   30.33   5.98
  8   ( 5 1 1)    56.379  1.6309    1.72   0.34
  9   ( 4 4 0)    61.896  1.4981    0.00   0.00
  10  ( 5 3 1)    65.492  1.4243    0.31   0.06

Phase #9 [Bragg-R = 8.12%]: Calcium Magnesium Silicate | diopside

  Chemical Formula = CaMg(Si2O6)

  Reference: Thompson, R.M., Downs, R.T., Am. Mineral., v93 p177 (2008) ●
  ANX: ABC2X6. Analysis: Ca1 Mg1 O6 Si2. Formula from original source: Ca Mg
  (Si2 O6). ICSD Collection Code: 159064. General Comments: 3rd order
  Birch-Murnaghan EOS values: V0 = 438.66 A3 K0 = 118(1) GPa K = 3.8. In
  Situ Condition: Atmosphere:A 15:4:1 methanol:ethanol: water mixture.. A
  single crystal was placed in a hole of a stainless steel gasket of a 4-pin
  Merrill-Bassett diamond anvil cell. A 15:4:1 methanol:ethanol:water
  mixture was used as pressure-transmitting medium. Ruby crystal was used as
  pressure calibrant. Pressure of Datacollection: 9500 MPa. Sample Source or
  Locality: De Kalb, New York, USA. Temperature of Data Collection: 298 K.
  Wyckoff Sequence: f4 e2 (C12/C1).

  Monoclinic: C2/c (15) ● b-unique, Z=4, mC40 [PDF#01-076-6319] [CSD#159064]

  [ ] a  = 9.527   (0.0    ) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 8.6587  (0.0    ) <2> [ ] β  = 105.067 (0.0    ) <2>
  [ ] c  = 5.1306  (0.0    ) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 408.68(Å³), Density = 3.5193(g/cm³), Absorption(μ) = 194.0(1/cm)

  [x] SF = 0.73602 (0.0262 ) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [ ] f0 = 0.32836 (0.0    ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 = 0.0     (0.0    ) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  69 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)   I%(f)   Area
  1   ( 1 1 0)    14.046  6.3051    0.00   0.00
  2   ( 2 0 0)    19.292  4.5997   13.59   8.10
  3   ( 0 2 0)    20.509  4.3294    0.00   0.00
  4   (-1 1 1)    20.729  4.2839   17.46  10.41
  5   ( 1 1 1)    24.745  3.5967   22.53  13.43
  6   ( 0 2 1)    27.346  3.2600    3.48   2.07
  7   ( 2 2 0)    28.297  3.1526    8.42   5.02
  8   (-2 2 1)    30.771  2.9044   27.09  16.14
  9   ( 3 1 0)    30.922  2.8906    0.00   0.00
  10  (-3 1 1)    31.774  2.8149   15.28   9.10
  11  ( 1 3 0)    32.497  2.7539    0.00   0.00
  12  (-1 3 1)    36.041  2.4907    6.49   3.87
  13  ( 0 0 2)    36.246  2.4771    0.00   0.00
  14  (-2 0 2)    36.384  2.4680    0.00   0.00
  15  ( 2 2 1)    36.384  2.4680    0.00   0.00
  16  ( 1 3 1)    38.601  2.3312   63.89  38.08
  17  ( 4 0 0)    39.148  2.2999    0.00   0.00
  18  ( 3 1 1)    39.746  2.2666   21.30  12.70
  19  ( 1 1 2)    41.449  2.1773    0.00   0.00
  20  ( 0 4 0)    41.702  2.1647    0.00   0.00
  21  (-3 1 2)    41.784  2.1606    0.00   0.00
  22  ( 0 2 2)    41.999  2.1501    0.00   0.00
  23  (-2 2 2)    42.165  2.1420   24.14  14.39
  24  ( 3 3 0)    43.012  2.1017   22.44  13.37
  25  (-3 3 1)    43.658  2.0721    5.24   3.12
  26  (-4 2 1)    44.111  2.0519    0.93   0.55
  27  ( 4 2 0)    44.586  2.0311    0.00   0.00
  28  ( 0 4 1)    45.713  1.9836   11.05   6.58
  29  ( 2 0 2)    45.875  1.9770    0.00   0.00
  30  (-4 0 2)    46.338  1.9583    0.00   0.00
  31  ( 2 4 0)    46.338  1.9583    0.00   0.00
  32  (-1 3 2)    47.386  1.9174    5.72   3.41
  33  (-2 4 1)    47.992  1.8946   68.10  40.59
  34  (-5 1 1)    49.247  1.8492   19.31  11.51
  35  ( 3 3 1)    50.042  1.8216   21.68  12.92
  36  ( 5 1 0)    50.694  1.7997    2.60   1.55
  37  ( 2 2 2)    50.694  1.7997    2.60   1.55
  38  (-4 2 2)    51.165  1.7842    0.00   0.00
  39  ( 1 3 2)    51.472  1.7743    0.00   0.00
  40  (-3 3 2)    51.756  1.7652    6.73   4.01
  41  ( 2 4 1)    52.043  1.7562    3.19   1.90
  42  ( 4 2 1)    52.434  1.7440   30.92  18.43
  43  ( 1 5 0)    53.835  1.7019    9.06   5.40
  44  ( 3 1 2)    54.325  1.6877    0.00   0.00
  45  (-1 1 3)    54.871  1.6722    0.71   0.42
  46  (-5 1 2)    54.871  1.6722    0.71   0.42
  47  (-1 5 1)    56.270  1.6339    3.74   2.23
  48  ( 0 4 2)    56.414  1.6300    0.00   0.00
  49  (-3 1 3)    57.010  1.6144    0.00   0.00
  50  (-5 3 1)    58.230  1.5834    0.00   0.00
  51  (-2 2 3)    58.230  1.5834    0.00   0.00
  52  ( 4 4 0)    58.518  1.5763    0.00   0.00
  53  ( 5 3 0)    59.548  1.5515    0.00   0.00
  54  ( 0 2 3)    59.909  1.5430  100.00  59.60
  55  ( 6 0 0)    60.328  1.5333    0.80   0.47
  56  ( 1 1 3)    60.328  1.5333    0.80   0.47
  57  ( 3 5 0)    61.451  1.5079   11.13   6.63
  58  ( 4 0 2)    61.720  1.5020   50.28  29.96
  59  (-6 0 2)    62.350  1.4883    7.07   4.21
  60  (-6 2 1)    62.350  1.4883    7.07   4.21
  61  ( 3 3 2)    62.835  1.4780    0.00   0.00
  62  (-1 3 3)    63.333  1.4675    5.79   3.45
  63  (-5 3 2)    63.333  1.4675    5.79   3.45
  64  ( 2 4 2)    63.709  1.4598   21.85  13.02
  65  (-4 2 3)    63.931  1.4552   26.17  15.60
  66  ( 0 6 0)    64.532  1.4431   24.37  14.52
  67  (-1 5 2)    64.927  1.4353    9.36   5.58
  68  ( 4 4 1)    65.183  1.4303    0.16   0.10
  69  ( 4 2 2)    65.767  1.4190    0.16   0.10

Phase #10 [Bragg-R = 8.14%]: Fluororichterite

  Chemical Formula = Na(NaCa)Mg5(Si8O22)F2

  Reference: Cameron, M., Sueno, S., Papike, J.J., Prewitt, C.T., Am.
  Mineral., v68 p924 (1983) ● ANX: A3B5C8X2Y22. Analysis: Ca1 F2 Mg5 Na2 O22
  Si8. Formula from original source: Na (Na Ca) Mg5 (Si8 O22) F2. ICSD
  Collection Code: 31221. Calculated Pattern Original Remarks: Thermal
  expans. coeff. (*105/C) for a= 1.23, b= 1.27, c= 0.62. AE (X= Na1, Ca): X:
  O8; Na2: O5; Mg1,3: O4 F2; Mg2: O6; Si1,2: O4; O1: Mg3 Si; O2: X Mg2 Si;
  O3: X Mg Si; O4; X Na Si2; O5: X Si2; O6: Na Si2; F: Mg3. C2/m: a= 9.842,
  beta= 104.22, mean M-O: 2.050, 2.087, 2.041, 2.544. R(isotropic)= 0.047,
  mean T-O: 1.622, 1.632. Anisotropic thermal parameters: AM-83-230 Business
  Office, M Mineralogical Society of America, 2000 Florida Ave., N.W., M
  Washington D.C. 20009. Sample Source or Locality: synthetic at 1123 K, 1
  kbar for 20-57 d. Temperature of Data Collection: 297 K. Wyckoff Sequence:
  j8 i2 h2 g a (I12/M1).

  Monoclinic: I2/m (12) ● b-unique, Z=2, mI80 [PDF#01-075-1666] [CSD#31221]

  [ ] a  = 9.95119 (0.0    ) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 17.94042(0.0    ) <2> [ ] β  = 106.636 (0.0    ) <2>
  [ ] c  = 5.26632 (0.0    ) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 900.84(Å³), Density = 3.0312(g/cm³), Absorption(μ) = 113.7(1/cm)

  [x] SF = 1.82655 (0.05487) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [ ] f0 = 0.21567 (0.0    ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 =-0.04686 (0.0    ) <3>
  [ ] f2 = 0.05235 (0.0    ) <3>

  136 Reflections in Fitted Range:

  #    ( h k l)      Angle    d(Å)   I%(f)    Area
  1    ( 0 2 0)      9.864  8.9702    0.00    0.00
  2    ( 1 1 0)     10.510  8.4195    0.00    0.00
  3    ( 1 3 0)     17.503  5.0661    6.41    7.14
  4    ( 0 1 1)     18.260  4.8574    9.29   10.34
  5    ( 2 0 0)     18.608  4.7673    3.93    4.37
  6    ( 0 4 0)     19.790  4.4851    0.10    0.11
  7    (-1 2 1)     20.008  4.4367    0.00    0.00
  8    ( 2 2 0)     21.098  4.2097    9.97   11.09
  9    ( 1 0 1)     22.159  4.0104    0.00    0.00
  10   (-2 1 1)     22.232  3.9974    0.00    0.00
  11   ( 0 3 1)     23.055  3.8565    0.00    0.00
  12   ( 1 2 1)     24.303  3.6611    4.89    5.44
  13   (-2 3 1)     26.343  3.3819    9.70   10.80
  14   ( 2 4 0)     27.289  3.2667   17.79   19.79
  15   (-3 0 1)     28.576  3.1224   42.36   47.12
  16   ( 3 1 0)     28.510  3.1295   21.26   23.65
  17   ( 2 1 1)     29.641  3.0126    0.72    0.81
  18   (-3 2 1)     30.296  2.9489    0.00    0.00
  19   ( 0 5 1)     30.558  2.9242    0.34    0.38
  20   ( 3 3 0)     31.872  2.8065    0.00    0.00
  21   ( 2 3 1)     32.898  2.7212    0.00    0.00
  22   (-2 5 1)     33.161  2.7003    0.00    0.00
  23   (-1 6 1)     34.753  2.5801    0.00    0.00
  24   (-2 0 2)     35.142  2.5524   26.58   29.57
  25   ( 0 0 2)     35.566  2.5229    0.00    0.00
  26   ( 1 7 0)     36.277  2.4751    0.00    0.00
  27   (-2 2 2)     36.585  2.4550   11.91   13.25
  28   ( 0 2 2)     36.994  2.4287    0.00    0.00
  29   (-4 1 1)     37.135  2.4198    0.00    0.00
  30   ( 1 6 1)     37.499  2.3971    4.41    4.91
  31   ( 3 0 1)     37.494  2.3975    3.52    3.92
  32   ( 4 0 0)     37.719  2.3837    9.18   10.21
  33   ( 3 5 0)     37.794  2.3791    0.00    0.00
  34   ( 2 5 1)     38.682  2.3265   14.33   15.94
  35   ( 3 2 1)     38.861  2.3162    6.89    7.66
  36   ( 4 2 0)     39.080  2.3037    0.00    0.00
  37   ( 0 7 1)     39.412  2.2851    1.44    1.60
  38   (-4 3 1)     39.851  2.2609    0.00    0.00
  39   ( 1 1 2)     39.785  2.2645    1.78    1.99
  40   ( 0 8 0)     40.191  2.2426    0.00    0.00
  41   (-2 4 2)     40.648  2.2183    2.81    3.13
  42   ( 0 4 2)     41.023  2.1989    1.13    1.26
  43   (-2 7 1)     41.528  2.1733    5.94    6.60
  44   (-3 6 1)     41.805  2.1596   11.54   12.84
  45   ( 1 3 2)     42.358  2.1326    0.00    0.00
  46   (-1 5 2)     42.570  2.1225    1.77    1.97
  47   ( 4 4 0)     42.945  2.1049    0.00    0.00
  48   (-4 0 2)     44.147  2.0503    0.00    0.00
  49   ( 2 8 0)     44.629  2.0293    5.38    5.99
  50   (-4 5 1)     44.870  2.0189   21.09   23.46
  51   ( 2 0 2)     45.193  2.0052   24.67   27.45
  52   (-4 2 2)     45.348  1.9987    0.00    0.00
  53   ( 3 7 0)     45.436  1.9951    0.00    0.00
  54   (-5 0 1)     45.771  1.9812    0.00    0.00
  55   ( 2 7 1)     46.202  1.9637    6.46    7.19
  56   (-3 5 2)     46.488  1.9523    0.00    0.00
  57   ( 1 9 0)     46.516  1.9512    0.00    0.00
  58   (-5 2 1)     46.939  1.9346    4.58    5.10
  59   ( 1 5 2)     47.161  1.9260    0.00    0.00
  60   ( 0 6 2)     47.103  1.9282    4.93    5.48
  61   ( 5 1 0)     47.947  1.8963    0.00    0.00
  62   ( 3 6 1)     48.650  1.8705    8.93    9.93
  63   ( 4 6 0)     48.833  1.8639    5.52    6.14
  64   (-4 4 2)     48.811  1.8647    7.12    7.92
  65   ( 0 9 1)     49.111  1.8540    0.00    0.00
  66   ( 4 3 1)     49.103  1.8543    0.00    0.00
  67   (-1 7 2)     49.613  1.8364    0.00    0.00
  68   ( 2 4 2)     49.781  1.8306    3.45    3.84
  69   ( 5 3 0)     50.184  1.8168    5.84    6.50
  70   (-5 4 1)     50.318  1.8123    4.79    5.33
  71   (0,10,0)     50.866  1.7940    9.67   10.76
  72   (-2 9 1)     50.904  1.7928    0.00    0.00
  73   (-5 1 2)     51.346  1.7784    5.24    5.82
  74   (-4 7 1)     51.669  1.7680    0.00    0.00
  75   ( 3 1 2)     52.591  1.7392    6.87    7.65
  76   (-3 7 2)     53.130  1.7228    3.70    4.12
  77   (-5 3 2)     53.479  1.7123    0.00    0.00
  78   (-1 2 3)     53.492  1.7120    0.00    0.00
  79   ( 1 7 2)     53.741  1.7046    1.29    1.43
  80   (-3 0 3)     53.844  1.7016    0.00    0.00
  81   (-1,10,1)    54.155  1.6926    0.00    0.00
  82   ( 3 9 0)     54.288  1.6887    1.83    2.04
  83   (-4 6 2)     54.211  1.6909    0.00    0.00
  84   ( 5 5 0)     54.456  1.6839    3.62    4.02
  85   (-2 8 2)     54.429  1.6847    5.70    6.34
  86   (2,10,0)     54.625  1.6791    1.52    1.70
  87   (-2 3 3)     54.570  1.6806    1.50    1.66
  88   ( 0 8 2)     54.730  1.6761    0.01    0.02
  89   ( 3 3 2)     54.690  1.6772    2.14    2.39
  90   ( 2 9 1)     54.962  1.6696    4.77    5.31
  91   (-3 2 3)     54.884  1.6718    0.00    0.00
  92   (-5 6 1)     55.614  1.6516   28.84   32.08
  93   (-6 1 1)     55.643  1.6508    3.45    3.84
  94   ( 5 0 1)     56.202  1.6357    3.24    3.60
  95   ( 4 8 0)     56.289  1.6333    0.00    0.00
  96   (-1 4 3)     56.586  1.6254   18.17   20.21
  97   ( 0 3 3)     56.827  1.6191    5.81    6.46
  98   ( 5 2 1)     57.213  1.6091    1.19    1.32
  99   (1,11,0)     57.272  1.6076    1.42    1.58
  100  (-5 5 2)     57.581  1.5997    4.87    5.41
  101  (-4 1 3)     57.501  1.6017    0.69    0.76
  102  (-3 4 3)     57.928  1.5910    0.00    0.00
  103  ( 6 0 0)     58.001  1.5891   18.74   20.85
  104  (-2 5 3)     58.621  1.5738   16.84   18.73
  105  ( 6 2 0)     58.993  1.5647   18.63   20.72
  106  (-6 0 2)     59.140  1.5612    0.00    0.00
  107  (-3,10,1)    59.376  1.5556    6.73    7.48
  108  ( 1 2 3)     59.324  1.5568    7.56    8.41
  109  ( 4 7 1)     59.522  1.5521    0.00    0.00
  110  (-4 3 3)     59.483  1.5530    0.00    0.00
  111  (-4 9 1)     59.854  1.5443    0.00    0.00
  112  ( 5 4 1)     60.181  1.5367    0.00    0.00
  113  (-6 2 2)     60.120  1.5381   13.28   14.77
  114  ( 4 0 2)     60.558  1.5280    0.00    0.00
  115  (-3 9 2)     61.184  1.5138    8.71    9.69
  116  (-4 8 2)     61.213  1.5132    6.44    7.17
  117  (-1 6 3)     61.515  1.5065    6.62    7.36
  118  (-6 5 1)     61.585  1.5049    4.75    5.28
  119  ( 6 4 0)     61.907  1.4979    0.00    0.00
  120  (0,12,0)     62.038  1.4950    0.00    0.00
  121  (-5 8 1)     62.515  1.4848    0.37    0.41
  122  (-3 6 3)     62.791  1.4789    0.68    0.76
  123  (-6 4 2)     63.003  1.4744   10.33   11.50
  124  (-5 2 3)     63.186  1.4706    5.75    6.40
  125  (-2,10,2)    63.323  1.4677    0.18    0.20
  126  (-4 5 3)     63.334  1.4675    0.56    0.63
  127  (-5 7 2)     63.409  1.4660    1.67    1.85
  128  (0,10,2)     63.597  1.4621    1.36    1.51
  129  (3,11,0)     64.138  1.4510    4.53    5.04
  130  (-2 7 3)     64.393  1.4459    0.18    0.20
  131  ( 4 4 2)     64.371  1.4464    3.54    3.94
  132  (2,11,1)     64.747  1.4389  100.00  111.24
  133  (4,10,0)     65.023  1.4334    5.32    5.92
  134  ( 5 6 1)     64.943  1.4350    0.00    0.00
  135  (2,12,0)     65.341  1.4272    0.20    0.22
  136  ( 2 3 3)     65.876  1.4169    0.26    0.29

Phase #11 [Bragg-R = 10.23%]: Analcime-1O | sodium Aluminum catena-disilicate hydrate

  Chemical Formula = NaAl(Si2O6)(H2O)

  Reference: Pechar, F., Zeolites, v8 p247 (1988) ● Analysis: H2 Al1 Na1 O7
  Si2. Formula from original source: Na Al (Si2 O6) (H2 O). ICSD Collection
  Code: 65552. Calculated Pattern Original Remarks: Mean T-O: 1.657, 1.652,
  1.629. Sample Source or Locality: Specimen from Vlci Hora, Bohemia, Czech
  Republic. Significant Warning: Density calculated using chemical formula
  and reported structure differ by 8.2488%. Wyckoff Sequence: f10 d c(IBCA).

  Orthorhombic: Ibca (73), Z=16, oI-334633 [PDF#01-073-9599] [CSD#65552]

  [ ] a  = 13.72   (0.0    ) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 13.715  (0.0    ) <2> [ ] β  = 90.0    (0.0    ) <2>
  [ ] c  = 13.708  (0.0    ) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 2579.4(Å³), Density = 2.2675(g/cm³), Absorption(μ) = 69.0(1/cm)

  [x] SF = 2.39911 (0.05839) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [ ] f0 = 0.13028 (0.0    ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 = 0.0     (0.0    ) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  76 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)   I%(f)   Area
  1   ( 2 0 0)    12.906  6.8600    2.68   0.87
  2   ( 0 2 0)    12.906  6.8600    2.68   0.87
  3   ( 1 2 1)    15.831  5.5976   73.59  23.99
  4   ( 1 1 2)    15.831  5.5976   35.03  11.42
  5   ( 2 0 2)    18.297  4.8478    6.42   2.09
  6   ( 0 2 2)    18.297  4.8478    6.42   2.09
  7   ( 2 2 2)    22.450  3.9590    6.77   2.21
  8   ( 1 2 3)    24.281  3.6644    0.01   0.00
  9   ( 2 1 3)    24.281  3.6644    0.01   0.00
  10  ( 0 0 4)    25.977  3.4288  100.00  32.60
  11  ( 0 4 0)    25.977  3.4288  100.00  32.60
  12  ( 1 4 1)    27.574  3.2336    0.01   0.00
  13  ( 4 1 1)    27.574  3.2336    0.01   0.00
  14  ( 2 0 4)    29.115  3.0657    0.77   0.25
  15  ( 2 4 0)    29.115  3.0657    0.77   0.25
  16  ( 3 2 3)    30.561  2.9239   33.56  10.94
  17  ( 2 3 3)    30.561  2.9239   33.56  10.94
  18  ( 4 2 2)    31.948  2.8000    0.70   0.23
  19  ( 2 4 2)    31.948  2.8000    0.70   0.23
  20  ( 1 4 3)    33.300  2.6893   17.17   5.60
  21  ( 3 1 4)    33.300  2.6893   17.17   5.60
  22  ( 2 5 1)    35.833  2.5047    0.01   0.00
  23  ( 5 2 1)    35.833  2.5047    0.01   0.00
  24  ( 0 4 4)    37.071  2.4239    0.01   0.00
  25  ( 4 0 4)    37.071  2.4239    0.01   0.00
  26  ( 4 3 3)    38.243  2.3522    3.75   1.22
  27  ( 3 4 3)    38.243  2.3522    3.75   1.22
  28  ( 4 2 4)    39.401  2.2857    0.01   0.00
  29  ( 2 4 4)    39.401  2.2857    0.01   0.00
  30  ( 1 1 6)    40.544  2.2238    2.72   0.89
  31  ( 1 6 1)    40.544  2.2238    2.72   0.89
  32  ( 0 6 2)    41.610  2.1692    0.01   0.00
  33  ( 6 2 0)    41.610  2.1692    0.01   0.00
  34  ( 5 4 1)    42.693  2.1167    5.79   1.89
  35  ( 1 4 5)    42.693  2.1167    5.79   1.89
  36  ( 2 2 6)    43.775  2.0668    0.01   0.00
  37  ( 2 6 2)    43.775  2.0668    0.01   0.00
  38  ( 6 1 3)    44.785  2.0225    0.01   0.00
  39  ( 1 6 3)    44.785  2.0225    0.01   0.00
  40  ( 4 4 4)    45.813  1.9795    0.01   0.00
  41  ( 4 5 3)    46.818  1.9393    0.01   0.00
  42  ( 4 3 5)    46.818  1.9393    0.01   0.00
  43  ( 4 0 6)    47.807  1.9015    6.26   2.04
  44  ( 0 4 6)    47.807  1.9015    6.26   2.04
  45  ( 3 6 3)    48.764  1.8663    0.01   0.00
  46  ( 6 3 3)    48.764  1.8663    0.01   0.00
  47  ( 6 2 4)    49.713  1.8329    0.01   0.00
  48  ( 2 6 4)    49.713  1.8329    0.01   0.00
  49  ( 3 7 2)    52.504  1.7418    2.06   0.67
  50  ( 2 3 7)    52.504  1.7418    2.06   0.67
  51  ( 8 0 0)    53.390  1.7150   23.65   7.71
  52  ( 0 0 8)    53.390  1.7150   23.65   7.71
  53  ( 1 7 4)    54.313  1.6880    0.01   0.00
  54  ( 1 4 7)    54.313  1.6880    0.01   0.00
  55  ( 2 0 8)    55.219  1.6624   11.62   3.79
  56  ( 0 2 8)    55.219  1.6624   11.62   3.79
  57  ( 5 3 6)    56.076  1.6390    1.17   0.38
  58  ( 3 5 6)    56.076  1.6390    1.17   0.38
  59  ( 0 6 6)    56.950  1.6159    3.75   1.22
  60  ( 6 0 6)    56.950  1.6159    3.75   1.22
  61  ( 1 3 8)    57.797  1.5943    7.67   2.50
  62  ( 1 8 3)    57.797  1.5943    7.67   2.50
  63  ( 5 7 2)    59.481  1.5531    0.01   0.00
  64  ( 7 2 5)    59.481  1.5531    0.01   0.00
  65  ( 4 0 8)    60.303  1.5338   12.98   4.23
  66  ( 8 4 0)    60.303  1.5338   12.98   4.23
  67  ( 8 3 3)    61.136  1.5149    0.01   0.00
  68  ( 3 8 3)    61.136  1.5149    0.01   0.00
  69  ( 8 4 2)    61.956  1.4968    6.31   2.06
  70  ( 4 8 2)    61.956  1.4968    6.31   2.06
  71  ( 1 2 9)    62.791  1.4789   11.21   3.65
  72  ( 1 9 2)    62.791  1.4789   11.21   3.65
  73  ( 4 6 6)    63.604  1.4619    0.01   0.00
  74  ( 6 4 6)    63.604  1.4619    0.01   0.00
  75  ( 5 4 7)    64.419  1.4454    0.01   0.00
  76  ( 4 5 7)    64.419  1.4454    0.01   0.00

Quantitative Analysis:

  Phase ID                            Wt% (ESD)     Vol% (ESD)   RIR   Density   MAC
  Tremolite ● Ca2Mg5Si8O22(OH)2        9.4 (2.8)     9.1 (2.7)   0.00   2.9641
  Actinolite ● Ca2(Mg,Fe2+)5Si8O22    19.3 (2.2)    17.0 (2.1)   1.17   3.2643
  Labradorite ● (Ca,Na)(Si,Al)4O8     14.3 (1.8)    15.2 (2.1)   0.55   2.6953
  Fluoro-edenite ● O24(Si7.68Al.32    16.1 (1.9)    15.0 (1.9)   0.50   3.0943
  Anorthite ● Ca.325Na.16(Si1.19Al    12.4 (1.7)    13.2 (1.9)   0.54   2.7005
  Clinochlore ● (Mg2.782Fe.219)(Si    14.9 (1.0)    16.0 (1.3)   0.77   2.6777
  Calcium Magnesium Silicate | dio     1.1 (0.2)     0.9 (0.2)   0.64   3.2745
  Iron Oxide | magnetite high ● Fe     0.2 (0.1)     0.1 (0.0)   4.80   4.9826
  Calcium Magnesium Silicate | dio     0.9 (0.1)     0.7 (0.1)   1.13   3.5193
  Fluororichterite ● Na(NaCa)Mg5(S     5.5 (0.3)     5.2 (0.4)   0.57   3.0312
  Analcime-1O | sodium Aluminum ca     5.9 (0.3)     7.5 (0.5)   1.05   2.2675

  XRF(Wt%): Fe2O3=6.7%, MnO2=0.2%, CaO=9.2%, K2O=0.2%, SiO2=50.3%, Al2O3=11.8%, MgO=15.6%, Na2O=3.2%
  Density of Specimen = 2.874(g/cm³), Absorption(μ) of Specimen = 151.8(1/cm)

Refinement Halted (R/E=1.52), ♣ Round=4, Iter=6, P=146, R=7.51% (E=4.94%, EPS=0.5)

Individual Data Points in Fitted-Range: 5.0° - 65.0°

     #:     Angle    I(obs)    I(cal)    I(o-c)    I(bkg)
     1:   5.00000     847.0     873.3     -26.3     871.3
     2:   5.01946     831.0     867.5     -36.5     865.4
     3:   5.03892     881.0     861.8      19.2     859.7
     4:   5.05837     874.0     856.2      17.8     854.0
     5:   5.07783     889.0     850.7      38.3     848.4
     6:   5.09729     848.0     845.2       2.8     842.9
     7:   5.11675     791.0     839.8     -48.8     837.4
     8:   5.13620     865.0     834.6      30.4     832.0
     9:   5.15566     835.0     829.4       5.6     826.7
    10:   5.17512     819.0     824.2      -5.2     821.5
    11:   5.19458     864.0     819.2      44.8     816.4
    12:   5.21404     828.0     814.2      13.8     811.3
    13:   5.23349     842.0     809.3      32.7     806.3
    14:   5.25295     756.0     804.4     -48.4     801.3
    15:   5.27241     798.0     799.7      -1.7     796.4
    16:   5.29187     802.0     795.0       7.0     791.6
    17:   5.31132     836.0     790.4      45.6     786.8
    18:   5.33078     776.0     785.8      -9.8     782.1
    19:   5.35024     758.0     781.3     -23.3     777.5
    20:   5.36970     797.0     776.9      20.1     772.9
    21:   5.38915     773.0     772.6       0.4     768.4
    22:   5.40861     745.0     768.3     -23.3     763.9
    23:   5.42807     811.0     764.1      46.9     759.5
    24:   5.44753     769.0     760.0       9.0     755.2
    25:   5.46699     742.0     755.9     -13.9     750.9
    26:   5.48644     721.0     752.0     -31.0     746.6
    27:   5.50590     775.0     748.0      27.0     742.4
    28:   5.52536     768.0     744.2      23.8     738.3
    29:   5.54482     727.0     740.4     -13.4     734.2
    30:   5.56427     749.0     736.7      12.3     730.2
    31:   5.58373     760.0     733.1      26.9     726.2
    32:   5.60319     787.0     729.6      57.4     722.3
    33:   5.62265     753.0     726.2      26.8     718.4
    34:   5.64211     766.0     722.8      43.2     714.5
    35:   5.66156     713.0     719.6      -6.6     710.7
    36:   5.68102     695.0     716.4     -21.4     707.0
    37:   5.70048     716.0     713.4       2.6     703.3
    38:   5.71994     752.0     710.5      41.5     699.6
    39:   5.73939     673.0     707.7     -34.7     696.0
    40:   5.75885     693.0     705.1     -12.1     692.4
    41:   5.77831     712.0     702.7       9.3     688.8
    42:   5.79777     708.0     700.6       7.4     685.4
    43:   5.81722     738.0     698.7      39.3     681.9
    44:   5.83668     706.0     697.4       8.6     678.5
    45:   5.85614     699.0     696.5       2.5     675.1
    46:   5.87560     702.0     696.3       5.7     671.8
    47:   5.89506     706.0     697.0       9.0     668.5
    48:   5.91451     722.0     699.0      23.0     665.2
    49:   5.93397     705.0     702.2       2.8     662.0
    50:   5.95343     698.0     707.0      -9.0     658.8
    51:   5.97289     742.0     713.8      28.2     655.6
    52:   5.99234     700.0     722.7     -22.7     652.5
    53:   6.01180     686.0     734.1     -48.1     649.4
    54:   6.03126     693.0     748.0     -55.0     646.4
    55:   6.05072     673.0     764.5     -91.5     643.3
    56:   6.07017     748.0     783.4     -35.4     640.4
    57:   6.08963     737.0     804.4     -67.4     637.4
    58:   6.10909     737.0     826.9     -89.9     634.5
    59:   6.12855     797.0     850.0     -53.0     631.6
    60:   6.14801     785.0     872.6     -87.6     628.7
    61:   6.16746     846.0     893.2     -47.2     625.9
    62:   6.18692     855.0     909.9     -54.9     623.1
    63:   6.20638     826.0     920.9     -94.9     620.3
    64:   6.22584     907.0     924.8     -17.8     617.6
    65:   6.24529     931.0     918.7      12.3     614.9
    66:   6.26475     857.0     900.0     -43.0     612.2
    67:   6.28421     834.0     870.8     -36.8     609.5
    68:   6.30367     779.0     835.6     -56.6     606.9
    69:   6.32312     796.0     798.3      -2.3     604.3
    70:   6.34258     775.0     762.0      13.0     601.7
    71:   6.36204     690.0     728.6     -38.6     599.2
    72:   6.38150     719.0     699.3      19.7     596.6
    73:   6.40096     677.0     674.5       2.5     594.1
    74:   6.42041     671.0     654.2      16.8     591.7
    75:   6.43987     646.0     637.9       8.1     589.2
    76:   6.45933     685.0     625.0      60.0     586.8
    77:   6.47879     639.0     614.9      24.1     584.4
    78:   6.49824     605.0     606.9      -1.9     582.0
    79:   6.51770     589.0     600.4     -11.4     579.7
    80:   6.53716     585.0     595.1     -10.1     577.3
    81:   6.55662     557.0     590.5     -33.5     575.0
    82:   6.57608     605.0     586.5      18.5     572.7
    83:   6.59553     595.0     582.8      12.2     570.5
    84:   6.61499     575.0     579.4      -4.4     568.2
    85:   6.63445     555.0     576.2     -21.2     566.0
    86:   6.65391     574.0     573.1       0.9     563.8
    87:   6.67336     578.0     570.2       7.8     561.6
    88:   6.69282     589.0     567.4      21.6     559.5
    89:   6.71228     549.0     564.7     -15.7     557.3
    90:   6.73174     571.0     562.1       8.9     555.2
    91:   6.75119     562.0     559.5       2.5     553.1
    92:   6.77065     583.0     557.0      26.0     551.0
    93:   6.79011     506.0     554.7     -48.7     549.0
    94:   6.80957     557.0     552.3       4.7     546.9
    95:   6.82903     556.0     550.0       6.0     544.9
    96:   6.84848     586.0     547.7      38.3     542.9
    97:   6.86794     576.0     545.5      30.5     540.9
    98:   6.88740     540.0     543.3      -3.3     539.0
    99:   6.90686     579.0     541.1      37.9     537.0
   100:   6.92631     549.0     539.0      10.0     535.1
   101:   6.94577     575.0     536.9      38.1     533.2
   102:   6.96523     535.0     534.8       0.2     531.3
   103:   6.98469     505.0     532.8     -27.8     529.4
   104:   7.00414     534.0     530.8       3.2     527.5
   105:   7.02360     543.0     528.8      14.2     525.7
   106:   7.04306     532.0     526.9       5.1     523.9
   107:   7.06252     559.0     524.9      34.1     522.0
   108:   7.08198     516.0     523.0      -7.0     520.2
   109:   7.10143     564.0     521.1      42.9     518.5
   110:   7.12089     525.0     519.3       5.7     516.7
   111:   7.14035     549.0     517.5      31.5     514.9
   112:   7.15981     550.0     515.6      34.4     513.2
   113:   7.17926     477.0     513.8     -36.8     511.5
   114:   7.19872     532.0     512.1      19.9     509.8
   115:   7.21818     562.0     510.4      51.6     508.1
   116:   7.23764     499.0     508.6      -9.6     506.4
   117:   7.25710     455.0     506.9     -51.9     504.7
   118:   7.27655     528.0     505.2      22.8     503.1
   119:   7.29601     516.0     503.5      12.5     501.4
   120:   7.31547     518.0     501.8      16.2     499.8
   121:   7.33493     498.0     500.2      -2.2     498.2
   122:   7.35438     472.0     498.5     -26.5     496.6
   123:   7.37384     512.0     496.9      15.1     495.0
   124:   7.39330     493.0     495.3      -2.3     493.4
   125:   7.41276     491.0     493.7      -2.7     491.9
   126:   7.43221     498.0     492.1       5.9     490.3
   127:   7.45167     517.0     490.6      26.4     488.8
   128:   7.47113     504.0     489.0      15.0     487.3
   129:   7.49059     452.0     487.5     -35.5     485.8
   130:   7.51005     491.0     486.0       5.0     484.3
   131:   7.52950     523.0     484.5      38.5     482.8
   132:   7.54896     474.0     483.0      -9.0     481.3
   133:   7.56842     478.0     481.5      -3.5     479.8
   134:   7.58788     465.0     480.0     -15.0     478.4
   135:   7.60733     474.0     478.6      -4.6     477.0
   136:   7.62679     488.0     477.1      10.9     475.5
   137:   7.64625     523.0     475.7      47.3     474.1
   138:   7.66571     445.0     474.3     -29.3     472.7
   139:   7.68516     483.0     472.9      10.1     471.3
   140:   7.70462     492.0     471.5      20.5     469.9
   141:   7.72408     512.0     470.1      41.9     468.6
   142:   7.74354     467.0     468.7      -1.7     467.2
   143:   7.76300     502.0     467.4      34.6     465.8
   144:   7.78245     503.0     466.0      37.0     464.5
   145:   7.80191     515.0     464.7      50.3     463.2
   146:   7.82137     469.0     463.3       5.7     461.8
   147:   7.84083     465.0     462.0       3.0     460.5
   148:   7.86028     452.0     460.7      -8.7     459.2
   149:   7.87974     464.0     459.4       4.6     457.9
   150:   7.89920     428.0     458.2     -30.2     456.6
   151:   7.91866     421.0     456.9     -35.9     455.4
   152:   7.93812     463.0     455.7       7.3     454.1
   153:   7.95757     491.0     454.4      36.6     452.8
   154:   7.97703     477.0     453.2      23.8     451.6
   155:   7.99649     440.0     452.0     -12.0     450.4
   156:   8.01595     408.0     450.8     -42.8     449.1
   157:   8.03540     423.0     449.6     -26.6     447.9
   158:   8.05486     473.0     448.4      24.6     446.7
   159:   8.07432     504.0     447.2      56.8     445.5
   160:   8.09378     447.0     446.0       1.0     444.3
   161:   8.11323     394.0     444.9     -50.9     443.1
   162:   8.13269     455.0     443.7      11.3     441.9
   163:   8.15215     464.0     442.5      21.5     440.8
   164:   8.17161     441.0     441.4      -0.4     439.6
   165:   8.19107     425.0     440.3     -15.3     438.5
   166:   8.21052     422.0     439.1     -17.1     437.3
   167:   8.22998     425.0     438.0     -13.0     436.2
   168:   8.24944     460.0     436.9      23.1     435.1
   169:   8.26890     456.0     435.8      20.2     433.9
   170:   8.28835     452.0     434.7      17.3     432.8
   171:   8.30781     448.0     433.7      14.3     431.7
   172:   8.32727     449.0     432.6      16.4     430.6
   173:   8.34673     410.0     431.6     -21.6     429.5
   174:   8.36618     413.0     430.5     -17.5     428.5
   175:   8.38564     407.0     429.5     -22.5     427.4
   176:   8.40510     445.0     428.5      16.5     426.3
   177:   8.42456     439.0     427.4      11.6     425.3
   178:   8.44402     462.0     426.4      35.6     424.2
   179:   8.46347     437.0     425.4      11.6     423.2
   180:   8.48293     454.0     424.4      29.6     422.1
   181:   8.50239     459.0     423.4      35.6     421.1
   182:   8.52185     451.0     422.4      28.6     420.1
   183:   8.54130     437.0     421.5      15.5     419.0
   184:   8.56076     407.0     420.5     -13.5     418.0
   185:   8.58022     422.0     419.6       2.4     417.0
   186:   8.59968     439.0     418.7      20.3     416.0
   187:   8.61914     451.0     417.7      33.3     415.0
   188:   8.63859     412.0     416.8      -4.8     414.1
   189:   8.65805     420.0     415.9       4.1     413.1
   190:   8.67751     460.0     415.0      45.0     412.1
   191:   8.69697     425.0     414.1      10.9     411.1
   192:   8.71642     405.0     413.2      -8.2     410.2
   193:   8.73588     439.0     412.3      26.7     409.2
   194:   8.75534     444.0     411.4      32.6     408.3
   195:   8.77480     398.0     410.5     -12.5     407.3
   196:   8.79425     384.0     409.7     -25.7     406.4
   197:   8.81371     438.0     408.8      29.2     405.5
   198:   8.83317     413.0     408.0       5.0     404.5
   199:   8.85263     419.0     407.2      11.8     403.6
   200:   8.87209     456.0     406.3      49.7     402.7
   201:   8.89154     388.0     405.5     -17.5     401.8
   202:   8.91100     392.0     404.7     -12.7     400.9
   203:   8.93046     406.0     404.0       2.0     400.0
   204:   8.94992     361.0     403.2     -42.2     399.1
   205:   8.96937     367.0     402.5     -35.5     398.2
   206:   8.98883     383.0     401.7     -18.7     397.4
   207:   9.00829     433.0     401.0      32.0     396.5
   208:   9.02775     423.0     400.3      22.7     395.6
   209:   9.04720     403.0     399.6       3.4     394.8
   210:   9.06666     372.0     399.0     -27.0     393.9
   211:   9.08612     389.0     398.3      -9.3     393.0
   212:   9.10558     389.0     397.6      -8.6     392.2
   213:   9.12504     373.0     397.0     -24.0     391.4
   214:   9.14449     377.0     396.4     -19.4     390.5
   215:   9.16395     397.0     395.8       1.2     389.7
   216:   9.18341     349.0     395.2     -46.2     388.9
   217:   9.20287     413.0     394.7      18.3     388.0
   218:   9.22232     362.0     394.2     -32.2     387.2
   219:   9.24178     387.0     393.7      -6.7     386.4
   220:   9.26124     359.0     393.2     -34.2     385.6
   221:   9.28070     386.0     392.8      -6.8     384.8
   222:   9.30016     370.0     392.4     -22.4     384.0
   223:   9.31961     378.0     392.1     -14.1     383.2
   224:   9.33907     382.0     391.9      -9.9     382.4
   225:   9.35853     407.0     391.7      15.3     381.7
   226:   9.37799     385.0     391.6      -6.6     380.9
   227:   9.39744     401.0     391.6       9.4     380.1
   228:   9.41690     380.0     391.7     -11.7     379.3
   229:   9.43636     378.0     391.9     -13.9     378.6
   230:   9.45582     408.0     392.2      15.8     377.8
   231:   9.47527     394.0     392.8       1.2     377.0
   232:   9.49473     403.0     393.6       9.4     376.3
   233:   9.51419     392.0     394.6      -2.6     375.5
   234:   9.53365     413.0     396.1      16.9     374.8
   235:   9.55310     411.0     398.1      12.9     374.1
   236:   9.57256     394.0     400.8      -6.8     373.3
   237:   9.59202     431.0     404.8      26.2     372.6
   238:   9.61148     421.0     410.9      10.1     371.9
   239:   9.63094     438.0     421.0      17.0     371.2
   240:   9.65039     453.0     438.2      14.8     370.4
   241:   9.66985     489.0     467.2      21.8     369.7
   242:   9.68931     488.0     514.4     -26.4     369.0
   243:   9.70877     593.0     586.0       7.0     368.3
   244:   9.72822     677.0     684.4      -7.4     367.6
   245:   9.74768     862.0     801.9      60.1     366.9
   246:   9.76714     912.0     912.5      -0.5     366.2
   247:   9.78660     967.0     971.2      -4.2     365.5
   248:   9.80606     850.0     923.9     -73.9     364.8
   249:   9.82551     795.0     795.3      -0.3     364.2
   250:   9.84497     708.0     651.3      56.7     363.5
   251:   9.86443     545.0     540.8       4.2     362.8
   252:   9.88389     480.0     471.7       8.3     362.1
   253:   9.90334     432.0     433.6      -1.6     361.5
   254:   9.92280     383.0     413.9     -30.9     360.8
   255:   9.94226     387.0     403.8     -16.8     360.1
   256:   9.96172     377.0     398.2     -21.2     359.5
   257:   9.98117     389.0     394.9      -5.9     358.8
   258:  10.00063     371.0     392.8     -21.8     358.2
   259:  10.02009     370.0     391.6     -21.6     357.5
   260:  10.03955     333.0     391.1     -58.1     356.9
   261:  10.05901     348.0     391.2     -43.2     356.3
   262:  10.07846     388.0     391.8      -3.8     355.6
   263:  10.09792     392.0     393.0      -1.0     355.0
   264:  10.11738     386.0     394.7      -8.7     354.4
   265:  10.13684     375.0     397.0     -22.0     353.7
   266:  10.15629     378.0     400.0     -22.0     353.1
   267:  10.17575     377.0     403.8     -26.8     352.5
   268:  10.19521     388.0     408.6     -20.6     351.9
   269:  10.21467     416.0     414.6       1.4     351.3
   270:  10.23413     432.0     422.0      10.0     350.7
   271:  10.25358     424.0     431.5      -7.5     350.1
   272:  10.27304     447.0     443.9       3.1     349.5
   273:  10.29250     511.0     460.8      50.2     348.9
   274:  10.31196     523.0     485.6      37.4     348.3
   275:  10.33141     579.0     524.5      54.5     347.7
   276:  10.35087     628.0     588.6      39.4     347.1
   277:  10.37033     805.0     694.6     110.4     346.5
   278:  10.38979    1008.0     864.8     143.2     345.9
   279:  10.40924    1174.0    1122.1      51.9     345.3
   280:  10.42870    1465.0    1480.7     -15.7     344.7
   281:  10.44816    1788.0    1932.3    -144.3     344.2
   282:  10.46762    2424.0    2425.0      -1.0     343.6
   283:  10.48707    2936.0    2844.9      91.1     343.0
   284:  10.50653    2992.0    3014.2     -22.2     342.5
   285:  10.52599    2738.0    2772.4     -34.4     341.9
   286:  10.54545    2312.0    2201.8     110.2     341.3
   287:  10.56491    1551.0    1564.2     -13.2     340.8
   288:  10.58436    1025.0    1064.4     -39.4     340.2
   289:  10.60382     708.0     754.2     -46.2     339.7
   290:  10.62328     555.0     588.2     -33.2     339.1
   291:  10.64274     487.0     504.4     -17.4     338.6
   292:  10.66219     460.0     460.1      -0.1     338.0
   293:  10.68165     470.0     433.5      36.5     337.5
   294:  10.70111     374.0     415.5     -41.5     337.0
   295:  10.72057     400.0     402.1      -2.1     336.4
   296:  10.74003     362.0     391.8     -29.8     335.9
   297:  10.75948     357.0     383.4     -26.4     335.4
   298:  10.77894     381.0     376.7       4.3     334.9
   299:  10.79840     340.0     371.1     -31.1     334.3
   300:  10.81786     364.0     366.5      -2.5     333.8
   301:  10.83731     354.0     362.5      -8.5     333.3
   302:  10.85677     334.0     359.1     -25.1     332.8
   303:  10.87623     318.0     356.1     -38.1     332.3
   304:  10.89569     309.0     353.5     -44.5     331.7
   305:  10.91514     341.0     351.2     -10.2     331.2
   306:  10.93460     338.0     349.1     -11.1     330.7
   307:  10.95406     306.0     347.2     -41.2     330.2
   308:  10.97352     351.0     345.5       5.5     329.7
   309:  10.99298     308.0     344.0     -36.0     329.2
   310:  11.01243     305.0     342.5     -37.5     328.7
   311:  11.03189     336.0     341.2      -5.2     328.2
   312:  11.05135     347.0     340.0       7.0     327.8
   313:  11.07081     330.0     338.9      -8.9     327.3
   314:  11.09026     316.0     337.8     -21.8     326.8
   315:  11.10972     320.0     336.8     -16.8     326.3
   316:  11.12918     302.0     335.8     -33.8     325.8
   317:  11.14864     309.0     334.9     -25.9     325.3
   318:  11.16809     294.0     334.0     -40.0     324.9
   319:  11.18755     310.0     333.2     -23.2     324.4
   320:  11.20701     356.0     332.4      23.6     323.9
   321:  11.22647     321.0     331.6     -10.6     323.4
   322:  11.24593     333.0     330.9       2.1     323.0
   323:  11.26538     318.0     330.2     -12.2     322.5
   324:  11.28484     343.0     329.6      13.4     322.0
   325:  11.30430     280.0     329.0     -49.0     321.6
   326:  11.32376     326.0     328.4      -2.4     321.1
   327:  11.34321     310.0     327.8     -17.8     320.7
   328:  11.36267     320.0     327.2      -7.2     320.2
   329:  11.38213     298.0     326.7     -28.7     319.8
   330:  11.40159     295.0     326.2     -31.2     319.3
   331:  11.42105     315.0     325.7     -10.7     318.9
   332:  11.44050     311.0     325.2     -14.2     318.4
   333:  11.45996     344.0     324.7      19.3     318.0
   334:  11.47942     298.0     324.2     -26.2     317.5
   335:  11.49888     317.0     323.8      -6.8     317.1
   336:  11.51833     296.0     323.4     -27.4     316.7
   337:  11.53779     321.0     323.0      -2.0     316.2
   338:  11.55725     332.0     322.6       9.4     315.8
   339:  11.57671     336.0     322.3      13.7     315.4
   340:  11.59616     305.0     321.9     -16.9     314.9
   341:  11.61562     280.0     321.6     -41.6     314.5
   342:  11.63508     294.0     321.3     -27.3     314.1
   343:  11.65454     330.0     321.0       9.0     313.7
   344:  11.67400     338.0     320.7      17.3     313.2
   345:  11.69345     352.0     320.5      31.5     312.8
   346:  11.71291     334.0     320.2      13.8     312.4
   347:  11.73237     289.0     320.0     -31.0     312.0
   348:  11.75183     322.0     319.9       2.1     311.6
   349:  11.77128     323.0     319.8       3.2     311.2
   350:  11.79074     308.0     319.6     -11.6     310.8
   351:  11.81020     370.0     319.5      50.5     310.4
   352:  11.82966     332.0     319.5      12.5     310.0
   353:  11.84912     319.0     319.5      -0.5     309.6
   354:  11.86857     303.0     319.6     -16.6     309.2
   355:  11.88803     317.0     319.7      -2.7     308.8
   356:  11.90749     322.0     319.9       2.1     308.4
   357:  11.92695     308.0     320.2     -12.2     308.0
   358:  11.94640     307.0     320.5     -13.5     307.6
   359:  11.96586     337.0     320.9      16.1     307.2
   360:  11.98532     333.0     321.5      11.5     306.8
   361:  12.00478     317.0     322.1      -5.1     306.4
   362:  12.02423     328.0     323.0       5.0     306.0
   363:  12.04369     358.0     324.0      34.0     305.6
   364:  12.06315     339.0     325.4      13.6     305.2
   365:  12.08261     330.0     327.1       2.9     304.9
   366:  12.10207     369.0     329.4      39.6     304.5
   367:  12.12152     355.0     332.4      22.6     304.1
   368:  12.14098     323.0     336.4     -13.4     303.7
   369:  12.16044     346.0     341.7       4.3     303.4
   370:  12.17990     367.0     348.5      18.5     303.0
   371:  12.19935     400.0     357.6      42.4     302.6
   372:  12.21881     364.0     369.2      -5.2     302.2
   373:  12.23827     351.0     383.9     -32.9     301.9
   374:  12.25773     365.0     402.0     -37.0     301.5
   375:  12.27718     415.0     423.9      -8.9     301.1
   376:  12.29664     398.0     449.8     -51.8     300.8
   377:  12.31610     423.0     479.5     -56.5     300.4
   378:  12.33556     445.0     512.5     -67.5     300.1
   379:  12.35502     516.0     548.0     -32.0     299.7
   380:  12.37447     535.0     584.5     -49.5     299.4
   381:  12.39393     600.0     620.3     -20.3     299.0
   382:  12.41339     689.0     652.6      36.4     298.6
   383:  12.43285     747.0     678.7      68.3     298.3
   384:  12.45230     821.0     695.5     125.5     297.9
   385:  12.47176     874.0     700.2     173.8     297.6
   386:  12.49122     797.0     688.1     108.9     297.3
   387:  12.51068     769.0     660.2     108.8     296.9
   388:  12.53014     721.0     620.3     100.7     296.6
   389:  12.54959     618.0     574.3      43.7     296.2
   390:  12.56905     580.0     527.3      52.7     295.9
   391:  12.58851     510.0     483.0      27.0     295.5
   392:  12.60797     456.0     443.8      12.2     295.2
   393:  12.62742     430.0     410.9      19.1     294.9
   394:  12.64688     433.0     384.2      48.8     294.5
   395:  12.66634     398.0     363.4      34.6     294.2
   396:  12.68580     417.0     347.8      69.2     293.9
   397:  12.70525     377.0     336.2      40.8     293.5
   398:  12.72471     376.0     327.9      48.1     293.2
   399:  12.74417     357.0     322.0      35.0     292.9
   400:  12.76363     367.0     317.9      49.1     292.6
   401:  12.78308     312.0     315.2      -3.2     292.2
   402:  12.80254     326.0     313.7      12.3     291.9
   403:  12.82200     286.0     313.2     -27.2     291.6
   404:  12.84146     307.0     313.5      -6.5     291.3
   405:  12.86092     353.0     314.4      38.6     291.0
   406:  12.88037     322.0     315.3       6.7     290.6
   407:  12.89983     288.0     315.8     -27.8     290.3
   408:  12.91929     321.0     314.9       6.1     290.0
   409:  12.93875     313.0     312.4       0.6     289.7
   410:  12.95820     291.0     308.7     -17.7     289.4
   411:  12.97766     323.0     304.7      18.3     289.1
   412:  12.99712     301.0     301.3      -0.3     288.8
   413:  13.01658     320.0     298.7      21.3     288.5
   414:  13.03604     302.0     296.9       5.1     288.2
   415:  13.05549     287.0     295.5      -8.5     287.9
   416:  13.07495     298.0     294.5       3.5     287.6
   417:  13.09441     289.0     293.7      -4.7     287.3
   418:  13.11387     289.0     293.0      -4.0     287.0
   419:  13.13332     279.0     292.4     -13.4     286.7
   420:  13.15278     277.0     291.8     -14.8     286.4
   421:  13.17224     297.0     291.3       5.7     286.1
   422:  13.19170     326.0     290.7      35.3     285.8
   423:  13.21115     323.0     290.2      32.8     285.5
   424:  13.23061     330.0     289.8      40.2     285.2
   425:  13.25007     305.0     289.4      15.6     284.9
   426:  13.26953     293.0     288.9       4.1     284.6
   427:  13.28899     291.0     288.5       2.5     284.3
   428:  13.30844     294.0     288.3       5.7     284.0
   429:  13.32790     261.0     288.0     -27.0     283.7
   430:  13.34736     277.0     287.7     -10.7     283.5
   431:  13.36682     298.0     287.4      10.6     283.2
   432:  13.38627     281.0     287.2      -6.2     282.9
   433:  13.40573     246.0     287.1     -41.1     282.6
   434:  13.42519     292.0     287.0       5.0     282.3
   435:  13.44465     307.0     287.1      19.9     282.1
   436:  13.46410     278.0     287.2      -9.2     281.8
   437:  13.48356     289.0     287.6       1.4     281.5
   438:  13.50302     293.0     288.4       4.6     281.2
   439:  13.52248     276.0     290.1     -14.1     281.0
   440:  13.54194     309.0     293.5      15.5     280.7
   441:  13.56139     299.0     300.1      -1.1     280.4
   442:  13.58085     327.0     311.9      15.1     280.1
   443:  13.60031     377.0     330.8      46.2     279.9
   444:  13.61977     346.0     356.0     -10.0     279.6
   445:  13.63922     395.0     377.9      17.1     279.3
   446:  13.65868     338.0     380.3     -42.3     279.1
   447:  13.67814     397.0     369.4      27.6     278.8
   448:  13.69760     371.0     355.7      15.3     278.5
   449:  13.71706     329.0     342.0     -13.0     278.3
   450:  13.73651     298.0     326.6     -28.6     278.0
   451:  13.75597     288.0     311.2     -23.2     277.8
   452:  13.77543     297.0     297.8      -0.8     277.5
   453:  13.79489     294.0     289.1       4.9     277.2
   454:  13.81434     316.0     284.5      31.5     277.0
   455:  13.83380     296.0     282.3      13.7     276.7
   456:  13.85326     313.0     281.2      31.8     276.5
   457:  13.87272     281.0     280.8       0.2     276.2
   458:  13.89217     257.0     280.6     -23.6     276.0
   459:  13.91163     312.0     280.4      31.6     275.7
   460:  13.93109     314.0     280.0      34.0     275.5
   461:  13.95055     282.0     279.1       2.9     275.2
   462:  13.97001     275.0     278.2      -3.2     275.0
   463:  13.98946     278.0     277.3       0.7     274.7
   464:  14.00892     278.0     276.6       1.4     274.5
   465:  14.02838     269.0     276.2      -7.2     274.2
   466:  14.04784     246.0     275.9     -29.9     274.0
   467:  14.06729     269.0     275.7      -6.7     273.8
   468:  14.08675     280.0     275.7       4.3     273.5
   469:  14.10621     274.0     275.8      -1.8     273.3
   470:  14.12567     286.0     276.1       9.9     273.0
   471:  14.14513     266.0     276.3     -10.3     272.8
   472:  14.16458     277.0     276.3       0.7     272.6
   473:  14.18404     267.0     275.7      -8.7     272.3
   474:  14.20350     272.0     274.9      -2.9     272.1
   475:  14.22296     263.0     274.0     -11.0     271.9
   476:  14.24241     260.0     273.1     -13.1     271.6
   477:  14.26187     256.0     272.6     -16.6     271.4
   478:  14.28133     254.0     272.3     -18.3     271.2
   479:  14.30079     270.0     272.0      -2.0     270.9
   480:  14.32024     298.0     271.6      26.4     270.7
   481:  14.33970     271.0     271.4      -0.4     270.5
   482:  14.35916     242.0     271.2     -29.2     270.2
   483:  14.37862     286.0     270.9      15.1     270.0
   484:  14.39808     303.0     270.7      32.3     269.8
   485:  14.41753     276.0     270.5       5.5     269.6
   486:  14.43699     293.0     270.3      22.7     269.3
   487:  14.45645     228.0     270.0     -42.0     269.1
   488:  14.47591     273.0     269.8       3.2     268.9
   489:  14.49536     287.0     269.6      17.4     268.7
   490:  14.51482     285.0     269.4      15.6     268.5
   491:  14.53428     266.0     269.2      -3.2     268.2
   492:  14.55374     281.0     268.9      12.1     268.0
   493:  14.57319     262.0     268.7      -6.7     267.8
   494:  14.59265     258.0     268.5     -10.5     267.6
   495:  14.61211     269.0     268.3       0.7     267.4
   496:  14.63157     260.0     268.1      -8.1     267.2
   497:  14.65103     260.0     267.9      -7.9     266.9
   498:  14.67048     241.0     267.7     -26.7     266.7
   499:  14.68994     285.0     267.5      17.5     266.5
   500:  14.70940     246.0     267.3     -21.3     266.3
   501:  14.72886     256.0     267.1     -11.1     266.1
   502:  14.74831     253.0     266.9     -13.9     265.9
   503:  14.76777     249.0     266.8     -17.8     265.7
   504:  14.78723     278.0     266.6      11.4     265.5
   505:  14.80669     253.0     266.4     -13.4     265.3
   506:  14.82615     237.0     266.2     -29.2     265.1
   507:  14.84560     296.0     266.0      30.0     264.9
   508:  14.86506     268.0     265.9       2.1     264.7
   509:  14.88452     261.0     265.7      -4.7     264.4
   510:  14.90398     272.0     265.6       6.4     264.2
   511:  14.92343     275.0     265.4       9.6     264.0
   512:  14.94289     255.0     265.3     -10.3     263.8
   513:  14.96235     258.0     265.1      -7.1     263.6
   514:  14.98181     242.0     265.0     -23.0     263.4
   515:  15.00126     247.0     264.9     -17.9     263.2
   516:  15.02072     273.0     264.8       8.2     263.1
   517:  15.04018     261.0     264.8      -3.8     262.9
   518:  15.05964     274.0     264.7       9.3     262.7
   519:  15.07909     260.0     264.8      -4.8     262.5
   520:  15.09855     264.0     265.0      -1.0     262.3
   521:  15.11801     283.0     265.6      17.4     262.1
   522:  15.13747     259.0     266.7      -7.7     261.9
   523:  15.15693     291.0     268.5      22.5     261.7
   524:  15.17638     273.0     270.9       2.1     261.5
   525:  15.19584     277.0     273.2       3.8     261.3
   526:  15.21530     285.0     274.2      10.8     261.1
   527:  15.23476     296.0     273.7      22.3     260.9
   528:  15.25421     255.0     272.2     -17.2     260.8
   529:  15.27367     292.0     269.9      22.1     260.6
   530:  15.29313     286.0     267.7      18.3     260.4
   531:  15.31259     290.0     266.0      24.0     260.2
   532:  15.33205     274.0     264.7       9.3     260.0
   533:  15.35150     304.0     264.1      39.9     259.8
   534:  15.37096     245.0     263.8     -18.8     259.6
   535:  15.39042     250.0     263.7     -13.7     259.5
   536:  15.40988     263.0     263.7      -0.7     259.3
   537:  15.42933     273.0     263.8       9.2     259.1
   538:  15.44879     269.0     263.8       5.2     258.9
   539:  15.46825     233.0     264.1     -31.1     258.7
   540:  15.48771     270.0     264.4       5.6     258.6
   541:  15.50716     243.0     264.8     -21.8     258.4
   542:  15.52662     272.0     265.5       6.5     258.2
   543:  15.54608     236.0     266.2     -30.2     258.0
   544:  15.56554     252.0     267.2     -15.2     257.9
   545:  15.58500     262.0     268.5      -6.5     257.7
   546:  15.60445     276.0     270.4       5.6     257.5
   547:  15.62391     274.0     273.1       0.9     257.3
   548:  15.64337     256.0     277.1     -21.1     257.2
   549:  15.66283     262.0     283.0     -21.0     257.0
   550:  15.68228     291.0     292.0      -1.0     256.8
   551:  15.70174     295.0     305.6     -10.6     256.7
   552:  15.72120     351.0     326.0      25.0     256.5
   553:  15.74066     399.0     355.4      43.6     256.3
   554:  15.76012     473.0     394.7      78.3     256.1
   555:  15.77957     523.0     442.0      81.0     256.0
   556:  15.79903     546.0     491.7      54.3     255.8
   557:  15.81849     571.0     532.8      38.2     255.6
   558:  15.83795     556.0     552.0       4.0     255.5
   559:  15.85740     523.0     535.4     -12.4     255.3
   560:  15.87686     410.0     492.5     -82.5     255.1
   561:  15.89632     370.0     435.5     -65.5     255.0
   562:  15.91578     320.0     379.9     -59.9     254.8
   563:  15.93524     308.0     336.0     -28.0     254.7
   564:  15.95469     274.0     305.9     -31.9     254.5
   565:  15.97415     299.0     287.4      11.6     254.3
   566:  15.99361     271.0     276.7      -5.7     254.2
   567:  16.01307     266.0     270.6      -4.6     254.0
   568:  16.03252     280.0     266.9      13.1     253.9
   569:  16.05198     261.0     264.4      -3.4     253.7
   570:  16.07144     270.0     262.7       7.3     253.5
   571:  16.09090     242.0     261.3     -19.3     253.4
   572:  16.11035     260.0     260.1      -0.1     253.2
   573:  16.12981     251.0     259.2      -8.2     253.1
   574:  16.14927     252.0     258.4      -6.4     252.9
   575:  16.16873     264.0     257.8       6.2     252.8
   576:  16.18818     265.0     257.2       7.8     252.6
   577:  16.20764     270.0     256.7      13.3     252.5
   578:  16.22710     258.0     256.2       1.8     252.3
   579:  16.24656     260.0     255.8       4.2     252.2
   580:  16.26602     260.0     255.4       4.6     252.0
   581:  16.28547     250.0     255.0      -5.0     251.9
   582:  16.30493     239.0     254.7     -15.7     251.7
   583:  16.32439     289.0     254.4      34.6     251.6
   584:  16.34385     246.0     254.1      -8.1     251.4
   585:  16.36330     246.0     253.9      -7.9     251.3
   586:  16.38276     251.0     253.6      -2.6     251.1
   587:  16.40222     257.0     253.5       3.5     251.0
   588:  16.42168     254.0     253.4       0.6     250.8
   589:  16.44114     265.0     253.2      11.8     250.7
   590:  16.46059     284.0     253.0      31.0     250.5
   591:  16.48005     262.0     252.9       9.1     250.4
   592:  16.49951     226.0     252.7     -26.7     250.2
   593:  16.51897     247.0     252.5      -5.5     250.1
   594:  16.53842     279.0     252.4      26.6     250.0
   595:  16.55788     267.0     252.4      14.6     249.8
   596:  16.57734     262.0     252.2       9.8     249.7
   597:  16.59680     256.0     252.1       3.9     249.5
   598:  16.61625     246.0     252.0      -6.0     249.4
   599:  16.63571     251.0     251.9      -0.9     249.2
   600:  16.65517     256.0     251.8       4.2     249.1
   601:  16.67463     232.0     251.7     -19.7     249.0
   602:  16.69409     249.0     251.6      -2.6     248.8
   603:  16.71354     256.0     251.5       4.5     248.7
   604:  16.73300     268.0     251.4      16.6     248.6
   605:  16.75246     243.0     251.4      -8.4     248.4
   606:  16.77192     240.0     251.3     -11.3     248.3
   607:  16.79137     256.0     251.3       4.7     248.1
   608:  16.81083     258.0     251.3       6.7     248.0
   609:  16.83029     230.0     251.3     -21.3     247.9
   610:  16.84975     246.0     251.3      -5.3     247.7
   611:  16.86921     266.0     251.3      14.7     247.6
   612:  16.88866     232.0     251.4     -19.4     247.5
   613:  16.90812     271.0     251.5      19.5     247.3
   614:  16.92758     274.0     251.5      22.5     247.2
   615:  16.94703     277.0     251.7      25.3     247.1
   616:  16.96649     266.0     251.8      14.2     246.9
   617:  16.98595     255.0     252.0       3.0     246.8
   618:  17.00541     274.0     252.3      21.7     246.7
   619:  17.02487     231.0     252.6     -21.6     246.6
   620:  17.04432     233.0     252.9     -19.9     246.4
   621:  17.06378     251.0     253.4      -2.4     246.3
   622:  17.08324     271.0     253.9      17.1     246.2
   623:  17.10270     263.0     254.5       8.5     246.0
   624:  17.12215     237.0     255.3     -18.3     245.9
   625:  17.14161     282.0     256.5      25.5     245.8
   626:  17.16107     264.0     258.2       5.8     245.7
   627:  17.18053     266.0     260.6       5.4     245.5
   628:  17.19999     276.0     264.0      12.0     245.4
   629:  17.21944     264.0     268.8      -4.8     245.3
   630:  17.23890     255.0     275.3     -20.3     245.2
   631:  17.25836     308.0     284.3      23.7     245.0
   632:  17.27782     311.0     296.5      14.5     244.9
   633:  17.29727     326.0     313.1      12.9     244.8
   634:  17.31673     355.0     335.6      19.4     244.7
   635:  17.33619     375.0     365.3       9.7     244.6
   636:  17.35565     428.0     402.5      25.5     244.4
   637:  17.37510     465.0     443.2      21.8     244.3
   638:  17.39456     499.0     477.3      21.7     244.2
   639:  17.41402     479.0     490.4     -11.4     244.1
   640:  17.43348     444.0     473.3     -29.3     244.0
   641:  17.45294     415.0     439.3     -24.3     243.8
   642:  17.47239     363.0     397.6     -34.6     243.7
   643:  17.49185     373.0     359.8      13.2     243.6
   644:  17.51131     343.0     332.2      10.8     243.5
   645:  17.53077     324.0     313.6      10.4     243.4
   646:  17.55022     298.0     301.0      -3.0     243.3
   647:  17.56968     301.0     291.7       9.3     243.1
   648:  17.58914     258.0     283.9     -25.9     243.0
   649:  17.60860     259.0     277.2     -18.2     242.9
   650:  17.62806     311.0     271.7      39.3     242.8
   651:  17.64751     255.0     267.0     -12.0     242.7
   652:  17.66697     295.0     263.5      31.5     242.6
   653:  17.68643     273.0     261.0      12.0     242.4
   654:  17.70589     281.0     259.3      21.7     242.3
   655:  17.72534     256.0     258.2      -2.2     242.2
   656:  17.74480     275.0     257.6      17.4     242.1
   657:  17.76426     278.0     257.6      20.4     242.0
   658:  17.78372     276.0     257.8      18.2     241.9
   659:  17.80317     261.0     258.3       2.7     241.8
   660:  17.82263     252.0     259.1      -7.1     241.7
   661:  17.84209     264.0     260.4       3.6     241.6
   662:  17.86155     272.0     261.9      10.1     241.4
   663:  17.88101     250.0     264.1     -14.1     241.3
   664:  17.90046     258.0     267.0      -9.0     241.2
   665:  17.91992     301.0     271.1      29.9     241.1
   666:  17.93938     255.0     277.2     -22.2     241.0
   667:  17.95884     269.0     286.8     -17.8     240.9
   668:  17.97829     303.0     301.7       1.3     240.8
   669:  17.99775     323.0     323.9      -0.9     240.7
   670:  18.01721     333.0     355.9     -22.9     240.6
   671:  18.03667     357.0     399.8     -42.8     240.5
   672:  18.05613     434.0     456.7     -22.7     240.4
   673:  18.07558     514.0     525.3     -11.3     240.3
   674:  18.09504     631.0     600.1      30.9     240.2
   675:  18.11450     686.0     668.7      17.3     240.1
   676:  18.13396     699.0     712.9     -13.9     240.0
   677:  18.15341     742.0     718.6      23.4     239.9
   678:  18.17287     656.0     669.4     -13.4     239.8
   679:  18.19233     606.0     593.5      12.5     239.7
   680:  18.21179     520.0     515.9       4.1     239.5
   681:  18.23125     442.0     450.1      -8.1     239.4
   682:  18.25070     400.0     407.2      -7.2     239.3
   683:  18.27016     378.0     383.9      -5.9     239.2
   684:  18.28962     351.0     370.9     -19.9     239.1
   685:  18.30908     329.0     360.5     -31.5     239.0
   686:  18.32853     361.0     348.0      13.0     238.9
   687:  18.34799     376.0     334.1      41.9     238.8
   688:  18.36745     325.0     320.0       5.0     238.7
   689:  18.38691     300.0     307.8      -7.8     238.6
   690:  18.40636     304.0     298.9       5.1     238.5
   691:  18.42582     277.0     294.0     -17.0     238.4
   692:  18.44528     288.0     293.0      -5.0     238.3
   693:  18.46474     308.0     295.6      12.4     238.3
   694:  18.48420     338.0     301.6      36.4     238.2
   695:  18.50365     328.0     311.0      17.0     238.1
   696:  18.52311     280.0     323.7     -43.7     238.0
   697:  18.54257     313.0     339.6     -26.6     237.9
   698:  18.56203     312.0     358.4     -46.4     237.8
   699:  18.58148     351.0     379.1     -28.1     237.7
   700:  18.60094     353.0     400.5     -47.5     237.6
   701:  18.62040     366.0     421.1     -55.1     237.5
   702:  18.63986     405.0     439.0     -34.0     237.4
   703:  18.65932     416.0     454.1     -38.1     237.3
   704:  18.67877     467.0     466.0       1.0     237.2
   705:  18.69823     496.0     474.3      21.7     237.1
   706:  18.71769     467.0     479.0     -12.0     237.0
   707:  18.73714     508.0     479.6      28.4     236.9
   708:  18.75660     454.0     474.3     -20.3     236.8
   709:  18.77606     446.0     463.0     -17.0     236.7
   710:  18.79552     490.0     447.2      42.8     236.6
   711:  18.81498     465.0     428.7      36.3     236.6
   712:  18.83443     436.0     411.0      25.0     236.5
   713:  18.85389     460.0     397.4      62.6     236.4
   714:  18.87335     415.0     390.6      24.4     236.3
   715:  18.89281     534.0     389.7     144.3     236.2
   716:  18.91226     529.0     389.6     139.4     236.1
   717:  18.93172     505.0     382.9     122.1     236.0
   718:  18.95118     457.0     367.7      89.3     235.9
   719:  18.97064     376.0     346.0      30.0     235.8
   720:  18.99010     384.0     323.7      60.3     235.7
   721:  19.00955     359.0     304.7      54.3     235.7
   722:  19.02901     292.0     291.5       0.5     235.6
   723:  19.04847     310.0     284.7      25.3     235.5
   724:  19.06793     306.0     282.9      23.1     235.4
   725:  19.08738     319.0     285.9      33.1     235.3
   726:  19.10684     321.0     295.7      25.3     235.2
   727:  19.12630     326.0     316.6       9.4     235.1
   728:  19.14576     335.0     347.4     -12.4     235.1
   729:  19.16521     299.0     370.3     -71.3     235.0
   730:  19.18467     395.0     364.6      30.4     234.9
   731:  19.20413     409.0     357.2      51.8     234.8
   732:  19.22359     420.0     351.1      68.9     234.7
   733:  19.24305     414.0     343.2      70.8     234.6
   734:  19.26250     410.0     343.8      66.2     234.5
   735:  19.28196     388.0     351.4      36.6     234.5
   736:  19.30142     373.0     361.7      11.3     234.4
   737:  19.32088     395.0     372.5      22.5     234.3
   738:  19.34033     373.0     382.9      -9.9     234.2
   739:  19.35979     358.0     392.5     -34.5     234.1
   740:  19.37925     331.0     400.9     -69.9     234.0
   741:  19.39871     388.0     407.8     -19.8     234.0
   742:  19.41817     342.0     413.1     -71.1     233.9
   743:  19.43762     325.0     416.7     -91.7     233.8
   744:  19.45708     369.0     418.7     -49.7     233.7
   745:  19.47654     344.0     420.7     -76.7     233.6
   746:  19.49600     381.0     426.0     -45.0     233.6
   747:  19.51545     422.0     439.6     -17.6     233.5
   748:  19.53491     503.0     468.8      34.2     233.4
   749:  19.55437     552.0     520.8      31.2     233.3
   750:  19.57383     620.0     599.2      20.8     233.2
   751:  19.59328     736.0     697.0      39.0     233.1
   752:  19.61274     729.0     789.6     -60.6     233.1
   753:  19.63220     797.0     835.8     -38.8     233.0
   754:  19.65166     821.0     802.1      18.9     232.9
   755:  19.67112     737.0     721.3      15.7     232.8
   756:  19.69057     637.0     619.9      17.1     232.8
   757:  19.71003     533.0     515.7      17.3     232.7
   758:  19.72949     444.0     432.9      11.1     232.6
   759:  19.74895     389.0     377.4      11.6     232.5
   760:  19.76840     333.0     343.4     -10.4     232.4
   761:  19.78786     306.0     323.4     -17.4     232.4
   762:  19.80732     315.0     311.4       3.6     232.3
   763:  19.82678     293.0     303.9     -10.9     232.2
   764:  19.84624     320.0     299.3      20.7     232.1
   765:  19.86569     337.0     296.5      40.5     232.1
   766:  19.88515     296.0     294.7       1.3     232.0
   767:  19.90461     312.0     293.3      18.7     231.9
   768:  19.92407     291.0     291.3      -0.3     231.8
   769:  19.94352     332.0     289.4      42.6     231.8
   770:  19.96298     328.0     290.2      37.8     231.7
   771:  19.98244     275.0     294.4     -19.4     231.6
   772:  20.00190     321.0     296.3      24.7     231.5
   773:  20.02135     275.0     289.0     -14.0     231.5
   774:  20.04081     262.0     282.5     -20.5     231.4
   775:  20.06027     301.0     278.5      22.5     231.3
   776:  20.07973     299.0     274.2      24.8     231.2
   777:  20.09919     286.0     273.6      12.4     231.2
   778:  20.11864     275.0     276.9      -1.9     231.1
   779:  20.13810     275.0     282.3      -7.3     231.0
   780:  20.15756     260.0     288.9     -28.9     230.9
   781:  20.17702     277.0     296.5     -19.5     230.9
   782:  20.19647     256.0     304.7     -48.7     230.8
   783:  20.21593     261.0     313.1     -52.1     230.7
   784:  20.23539     270.0     321.4     -51.4     230.7
   785:  20.25485     253.0     329.0     -76.0     230.6
   786:  20.27431     286.0     335.3     -49.3     230.5
   787:  20.29376     307.0     339.7     -32.7     230.4
   788:  20.31322     262.0     341.3     -79.3     230.4
   789:  20.33268     267.0     340.3     -73.3     230.3
   790:  20.35213     281.0     336.7     -55.7     230.2
   791:  20.37159     261.0     330.6     -69.6     230.2
   792:  20.39105     290.0     322.8     -32.8     230.1
   793:  20.41051     292.0     314.0     -22.0     230.0
   794:  20.42997     271.0     304.9     -33.9     229.9
   795:  20.44942     243.0     296.2     -53.2     229.9
   796:  20.46888     283.0     288.4      -5.4     229.8
   797:  20.48834     275.0     281.8      -6.8     229.7
   798:  20.50780     270.0     276.7      -6.7     229.7
   799:  20.52725     280.0     272.9       7.1     229.6
   800:  20.54671     274.0     270.5       3.5     229.5
   801:  20.56617     256.0     269.3     -13.3     229.5
   802:  20.58563     274.0     269.1       4.9     229.4
   803:  20.60509     245.0     269.7     -24.7     229.3
   804:  20.62454     257.0     270.9     -13.9     229.3
   805:  20.64400     275.0     272.5       2.5     229.2
   806:  20.66346     261.0     274.3     -13.3     229.1
   807:  20.68292     276.0     276.1      -0.1     229.1
   808:  20.70237     249.0     277.9     -28.9     229.0
   809:  20.72183     259.0     279.2     -20.2     228.9
   810:  20.74129     277.0     280.3      -3.3     228.9
   811:  20.76075     280.0     280.8      -0.8     228.8
   812:  20.78020     292.0     280.8      11.2     228.7
   813:  20.79966     311.0     280.7      30.3     228.7
   814:  20.81912     298.0     280.5      17.5     228.6
   815:  20.83858     301.0     280.7      20.3     228.5
   816:  20.85804     303.0     281.6      21.4     228.5
   817:  20.87749     312.0     283.6      28.4     228.4
   818:  20.89695     331.0     287.2      43.8     228.3
   819:  20.91641     327.0     293.1      33.9     228.3
   820:  20.93587     309.0     302.1       6.9     228.2
   821:  20.95532     314.0     315.3      -1.3     228.1
   822:  20.97478     293.0     334.1     -41.1     228.1
   823:  20.99424     376.0     359.8      16.2     228.0
   824:  21.01370     318.0     393.1     -75.1     227.9
   825:  21.03316     402.0     432.6     -30.6     227.9
   826:  21.05261     480.0     473.6       6.4     227.8
   827:  21.07207     498.0     507.2      -9.2     227.7
   828:  21.09153     526.0     521.3       4.7     227.7
   829:  21.11099     540.0     509.9      30.1     227.6
   830:  21.13044     488.0     479.0       9.0     227.6
   831:  21.14990     427.0     436.2      -9.2     227.5
   832:  21.16936     410.0     391.0      19.0     227.4
   833:  21.18882     349.0     350.4      -1.4     227.4
   834:  21.20827     300.0     318.3     -18.3     227.3
   835:  21.22773     305.0     295.1       9.9     227.2
   836:  21.24719     297.0     279.0      18.0     227.2
   837:  21.26665     268.0     267.8       0.2     227.1
   838:  21.28611     275.0     259.8      15.2     227.1
   839:  21.30556     238.0     254.0     -16.0     227.0
   840:  21.32502     232.0     249.9     -17.9     226.9
   841:  21.34448     248.0     246.8       1.2     226.9
   842:  21.36394     258.0     244.6      13.4     226.8
   843:  21.38339     265.0     243.1      21.9     226.7
   844:  21.40285     274.0     242.1      31.9     226.7
   845:  21.42231     281.0     241.3      39.7     226.6
   846:  21.44177     266.0     240.8      25.2     226.6
   847:  21.46123     280.0     240.5      39.5     226.5
   848:  21.48068     261.0     240.5      20.5     226.4
   849:  21.50014     258.0     240.5      17.5     226.4
   850:  21.51960     287.0     240.5      46.5     226.3
   851:  21.53906     264.0     240.9      23.1     226.3
   852:  21.55851     263.0     241.3      21.7     226.2
   853:  21.57797     255.0     242.0      13.0     226.1
   854:  21.59743     237.0     242.8      -5.8     226.1
   855:  21.61689     251.0     243.9       7.1     226.0
   856:  21.63634     261.0     245.5      15.5     226.0
   857:  21.65580     281.0     247.5      33.5     225.9
   858:  21.67526     256.0     250.0       6.0     225.8
   859:  21.69472     255.0     253.1       1.9     225.8
   860:  21.71418     265.0     257.0       8.0     225.7
   861:  21.73363     257.0     261.8      -4.8     225.7
   862:  21.75309     241.0     267.6     -26.6     225.6
   863:  21.77255     279.0     274.6       4.4     225.5
   864:  21.79201     250.0     283.1     -33.1     225.5
   865:  21.81146     269.0     293.4     -24.4     225.4
   866:  21.83092     290.0     306.5     -16.5     225.4
   867:  21.85038     303.0     324.1     -21.1     225.3
   868:  21.86984     335.0     350.7     -15.7     225.3
   869:  21.88930     404.0     395.4       8.6     225.2
   870:  21.90875     491.0     472.4      18.6     225.1
   871:  21.92821     686.0     596.8      89.2     225.1
   872:  21.94767     726.0     772.4     -46.4     225.0
   873:  21.96712     930.0     975.0     -45.0     225.0
   874:  21.98658    1206.0    1136.0      70.0     224.9
   875:  22.00604    1237.0    1161.7      75.3     224.8
   876:  22.02550    1041.0    1051.6     -10.6     224.8
   877:  22.04496     866.0     901.3     -35.3     224.7
   878:  22.06441     790.0     731.5      58.5     224.7
   879:  22.08387     557.0     564.7      -7.7     224.6
   880:  22.10333     420.0     440.9     -20.9     224.6
   881:  22.12279     345.0     365.7     -20.7     224.5
   882:  22.14224     339.0     327.4      11.6     224.4
   883:  22.16170     342.0     312.4      29.6     224.4
   884:  22.18116     315.0     312.5       2.5     224.3
   885:  22.20062     296.0     323.8     -27.8     224.3
   886:  22.22008     344.0     342.1       1.9     224.2
   887:  22.23953     307.0     359.0     -52.0     224.2
   888:  22.25899     336.0     361.2     -25.2     224.1
   889:  22.27845     325.0     345.9     -20.9     224.1
   890:  22.29791     325.0     326.3      -1.3     224.0
   891:  22.31736     294.0     305.5     -11.5     223.9
   892:  22.33682     307.0     284.6      22.4     223.9
   893:  22.35628     264.0     269.1      -5.1     223.8
   894:  22.37574     265.0     260.7       4.3     223.8
   895:  22.39520     270.0     257.6      12.4     223.7
   896:  22.41465     266.0     257.6       8.4     223.7
   897:  22.43411     249.0     258.7      -9.7     223.6
   898:  22.45357     253.0     259.5      -6.5     223.6
   899:  22.47303     244.0     258.8     -14.8     223.5
   900:  22.49248     230.0     257.1     -27.1     223.4
   901:  22.51194     257.0     254.7       2.3     223.4
   902:  22.53140     305.0     252.2      52.8     223.3
   903:  22.55086     266.0     250.1      15.9     223.3
   904:  22.57031     267.0     249.0      18.0     223.2
   905:  22.58977     267.0     249.1      17.9     223.2
   906:  22.60923     247.0     250.4      -3.4     223.1
   907:  22.62869     279.0     253.4      25.6     223.1
   908:  22.64815     288.0     258.8      29.2     223.0
   909:  22.66760     286.0     268.8      17.2     222.9
   910:  22.68706     287.0     285.8       1.2     222.9
   911:  22.70652     342.0     312.3      29.7     222.8
   912:  22.72598     358.0     348.3       9.7     222.8
   913:  22.74543     367.0     389.8     -22.8     222.7
   914:  22.76489     444.0     429.5      14.5     222.7
   915:  22.78435     478.0     469.6       8.4     222.6
   916:  22.80381     518.0     522.4      -4.4     222.6
   917:  22.82327     642.0     586.4      55.6     222.5
   918:  22.84272     812.0     654.1     157.9     222.5
   919:  22.86218     878.0     723.6     154.4     222.4
   920:  22.88164     721.0     777.0     -56.0     222.4
   921:  22.90110     750.0     782.6     -32.6     222.3
   922:  22.92055     752.0     724.3      27.7     222.2
   923:  22.94001     570.0     638.2     -68.2     222.2
   924:  22.95947     474.0     548.2     -74.2     222.1
   925:  22.97893     447.0     458.4     -11.4     222.1
   926:  22.99838     377.0     384.8      -7.8     222.0
   927:  23.01784     301.0     335.0     -34.0     222.0
   928:  23.03730     295.0     305.8     -10.8     221.9
   929:  23.05676     294.0     290.7       3.3     221.9
   930:  23.07622     257.0     283.3     -26.3     221.8
   931:  23.09567     271.0     279.2      -8.2     221.8
   932:  23.11513     255.0     276.4     -21.4     221.7
   933:  23.13459     274.0     273.7       0.3     221.7
   934:  23.15405     267.0     270.8      -3.8     221.6
   935:  23.17350     275.0     267.5       7.5     221.6
   936:  23.19296     256.0     264.0      -8.0     221.5
   937:  23.21242     243.0     260.3     -17.3     221.5
   938:  23.23188     256.0     256.8      -0.8     221.4
   939:  23.25134     257.0     253.5       3.5     221.3
   940:  23.27079     244.0     250.6      -6.6     221.3
   941:  23.29025     239.0     248.2      -9.2     221.2
   942:  23.30971     247.0     246.3       0.7     221.2
   943:  23.32916     237.0     245.1      -8.1     221.1
   944:  23.34862     235.0     244.4      -9.4     221.1
   945:  23.36808     247.0     244.4       2.6     221.0
   946:  23.38754     253.0     245.1       7.9     221.0
   947:  23.40700     228.0     246.5     -18.5     220.9
   948:  23.42645     278.0     249.1      28.9     220.9
   949:  23.44591     279.0     253.5      25.5     220.8
   950:  23.46537     320.0     261.4      58.6     220.8
   951:  23.48483     309.0     276.8      32.2     220.7
   952:  23.50428     341.0     305.1      35.9     220.7
   953:  23.52374     387.0     351.4      35.6     220.6
   954:  23.54320     415.0     415.5      -0.5     220.6
   955:  23.56266     403.0     485.9     -82.9     220.5
   956:  23.58212     426.0     538.9    -112.9     220.5
   957:  23.60157     454.0     557.5    -103.5     220.4
   958:  23.62103     508.0     574.4     -66.4     220.4
   959:  23.64049     584.0     610.2     -26.2     220.3
   960:  23.65995     672.0     650.9      21.1     220.3
   961:  23.67941     632.0     681.3     -49.3     220.2
   962:  23.69886     647.0     683.0     -36.0     220.2
   963:  23.71832     637.0     650.2     -13.2     220.1
   964:  23.73778     599.0     589.4       9.6     220.1
   965:  23.75723     539.0     514.8      24.2     220.0
   966:  23.77669     421.0     438.9     -17.9     220.0
   967:  23.79615     346.0     370.6     -24.6     219.9
   968:  23.81561     326.0     318.4       7.6     219.8
   969:  23.83507     277.0     284.3      -7.3     219.8
   970:  23.85452     300.0     264.6      35.4     219.7
   971:  23.87398     253.0     253.9      -0.9     219.7
   972:  23.89344     291.0     248.2      42.8     219.6
   973:  23.91290     256.0     245.1      10.9     219.6
   974:  23.93235     241.0     243.2      -2.2     219.5
   975:  23.95181     269.0     242.3      26.7     219.5
   976:  23.97127     258.0     242.1      15.9     219.4
   977:  23.99073     236.0     242.7      -6.7     219.4
   978:  24.01019     224.0     244.0     -20.0     219.3
   979:  24.02964     273.0     246.1      26.9     219.3
   980:  24.04910     231.0     248.8     -17.8     219.2
   981:  24.06856     263.0     252.1      10.9     219.2
   982:  24.08802     262.0     255.6       6.4     219.1
   983:  24.10747     263.0     258.9       4.1     219.1
   984:  24.12693     250.0     262.1     -12.1     219.0
   985:  24.14639     248.0     265.7     -17.7     219.0
   986:  24.16585     239.0     269.8     -30.8     218.9
   987:  24.18530     240.0     274.6     -34.6     218.9
   988:  24.20476     308.0     280.3      27.7     218.8
   989:  24.22422     265.0     286.9     -21.9     218.8
   990:  24.24368     235.0     294.2     -59.2     218.7
   991:  24.26314     257.0     301.9     -44.9     218.7
   992:  24.28259     284.0     309.5     -25.5     218.6
   993:  24.30205     304.0     316.9     -12.9     218.6
   994:  24.32151     329.0     324.5       4.5     218.5
   995:  24.34097     294.0     334.2     -40.2     218.5
   996:  24.36042     378.0     348.7      29.3     218.4
   997:  24.37988     403.0     370.8      32.2     218.4
   998:  24.39934     457.0     401.9      55.1     218.3
   999:  24.41880     447.0     440.1       6.9     218.3
  1000:  24.43826     478.0     479.1      -1.1     218.2
  1001:  24.45771     535.0     511.2      23.8     218.2
  1002:  24.47717     537.0     538.4      -1.4     218.1
  1003:  24.49663     607.0     572.2      34.8     218.1
  1004:  24.51609     626.0     602.5      23.5     218.0
  1005:  24.53554     605.0     604.5       0.5     218.0
  1006:  24.55500     595.0     574.3      20.7     217.9
  1007:  24.57446     578.0     540.7      37.3     217.9
  1008:  24.59392     558.0     513.2      44.8     217.8
  1009:  24.61337     470.0     478.7      -8.7     217.8
  1010:  24.63283     434.0     434.8      -0.8     217.7
  1011:  24.65229     379.0     394.0     -15.0     217.7
  1012:  24.67175     376.0     365.5      10.5     217.6
  1013:  24.69121     347.0     344.8       2.2     217.6
  1014:  24.71066     312.0     328.3     -16.3     217.5
  1015:  24.73012     313.0     317.5      -4.5     217.5
  1016:  24.74958     293.0     312.3     -19.3     217.4
  1017:  24.76904     283.0     311.2     -28.2     217.4
  1018:  24.78849     290.0     312.5     -22.5     217.3
  1019:  24.80795     289.0     315.5     -26.5     217.3
  1020:  24.82741     282.0     319.7     -37.7     217.2
  1021:  24.84687     321.0     325.3      -4.3     217.2
  1022:  24.86633     319.0     332.9     -13.9     217.1
  1023:  24.88578     318.0     343.8     -25.8     217.1
  1024:  24.90524     352.0     362.0     -10.0     217.0
  1025:  24.92470     373.0     391.6     -18.6     217.0
  1026:  24.94415     350.0     428.1     -78.1     216.9
  1027:  24.96361     385.0     448.9     -63.9     216.9
  1028:  24.98307     416.0     445.5     -29.5     216.8
  1029:  25.00253     430.0     449.1     -19.1     216.8
  1030:  25.02199     509.0     457.8      51.2     216.7
  1031:  25.04144     535.0     454.3      80.7     216.7
  1032:  25.06090     555.0     447.3     107.7     216.6
  1033:  25.08036     646.0     442.1     203.9     216.6
  1034:  25.09982     623.0     435.5     187.5     216.5
  1035:  25.11927     585.0     425.4     159.6     216.5
  1036:  25.13873     562.0     411.9     150.1     216.4
  1037:  25.15819     504.0     395.3     108.7     216.4
  1038:  25.17765     406.0     377.0      29.0     216.3
  1039:  25.19711     416.0     358.2      57.8     216.3
  1040:  25.21656     390.0     340.1      49.9     216.2
  1041:  25.23602     385.0     323.4      61.6     216.2
  1042:  25.25548     338.0     308.5      29.5     216.1
  1043:  25.27494     345.0     296.0      49.0     216.1
  1044:  25.29439     284.0     286.0      -2.0     216.0
  1045:  25.31385     296.0     278.4      17.6     216.0
  1046:  25.33331     270.0     273.0      -3.0     215.9
  1047:  25.35277     301.0     270.0      31.0     215.9
  1048:  25.37222     312.0     268.8      43.2     215.8
  1049:  25.39168     292.0     269.1      22.9     215.8
  1050:  25.41114     294.0     270.1      23.9     215.7
  1051:  25.43060     264.0     271.5      -7.5     215.6
  1052:  25.45006     277.0     273.7       3.3     215.6
  1053:  25.46951     290.0     276.5      13.5     215.5
  1054:  25.48897     293.0     279.3      13.7     215.5
  1055:  25.50843     288.0     281.9       6.1     215.4
  1056:  25.52789     297.0     285.7      11.3     215.4
  1057:  25.54734     269.0     291.9     -22.9     215.3
  1058:  25.56680     316.0     302.0      14.0     215.3
  1059:  25.58626     314.0     317.1      -3.1     215.2
  1060:  25.60572     336.0     337.3      -1.3     215.2
  1061:  25.62518     350.0     359.2      -9.2     215.1
  1062:  25.64463     389.0     376.3      12.7     215.1
  1063:  25.66409     430.0     382.6      47.4     215.0
  1064:  25.68355     425.0     375.7      49.3     215.0
  1065:  25.70301     381.0     357.5      23.5     214.9
  1066:  25.72246     404.0     336.8      67.2     214.9
  1067:  25.74192     366.0     318.0      48.0     214.8
  1068:  25.76138     349.0     301.1      47.9     214.8
  1069:  25.78084     321.0     289.2      31.8     214.7
  1070:  25.80029     326.0     285.1      40.9     214.7
  1071:  25.81975     316.0     289.7      26.3     214.6
  1072:  25.83921     308.0     304.4       3.6     214.6
  1073:  25.85867     268.0     331.8     -63.8     214.5
  1074:  25.87813     328.0     375.6     -47.6     214.5
  1075:  25.89758     376.0     438.8     -62.8     214.4
  1076:  25.91704     458.0     520.9     -62.9     214.4
  1077:  25.93650     534.0     615.7     -81.7     214.3
  1078:  25.95596     702.0     707.0      -5.0     214.3
  1079:  25.97541     780.0     770.9       9.1     214.2
  1080:  25.99487     820.0     783.7      36.3     214.2
  1081:  26.01433     778.0     748.9      29.1     214.1
  1082:  26.03379     791.0     691.2      99.8     214.1
  1083:  26.05325     697.0     623.5      73.5     214.0
  1084:  26.07270     595.0     550.6      44.4     214.0
  1085:  26.09216     545.0     485.6      59.4     213.9
  1086:  26.11162     510.0     437.2      72.8     213.9
  1087:  26.13108     427.0     411.4      15.6     213.8
  1088:  26.15053     407.0     409.7      -2.7     213.8
  1089:  26.16999     434.0     433.0       1.0     213.7
  1090:  26.18945     480.0     486.6      -6.6     213.7
  1091:  26.20891     586.0     582.8       3.2     213.6
  1092:  26.22836     735.0     735.6      -0.6     213.6
  1093:  26.24782    1034.0     950.1      83.9     213.5
  1094:  26.26728    1305.0    1203.3     101.7     213.4
  1095:  26.28674    1393.0    1426.3     -33.3     213.4
  1096:  26.30620    1511.0    1517.0      -6.0     213.3
  1097:  26.32565    1460.0    1446.1      13.9     213.3
  1098:  26.34511    1319.0    1309.9       9.1     213.2
  1099:  26.36457    1099.0    1159.4     -60.4     213.2
  1100:  26.38403     958.0     987.5     -29.5     213.1
  1101:  26.40348     822.0     826.5      -4.5     213.1
  1102:  26.42294     674.0     717.2     -43.2     213.0
  1103:  26.44240     641.0     664.9     -23.9     213.0
  1104:  26.46186     598.0     643.5     -45.5     212.9
  1105:  26.48132     598.0     614.8     -16.8     212.9
  1106:  26.50077     567.0     567.1      -0.1     212.8
  1107:  26.52023     545.0     523.4      21.6     212.8
  1108:  26.53969     476.0     494.2     -18.2     212.7
  1109:  26.55914     515.0     494.4      20.6     212.7
  1110:  26.57860     501.0     585.5     -84.5     212.6
  1111:  26.59806     812.0     817.4      -5.4     212.6
  1112:  26.61752    1189.0    1074.5     114.5     212.5
  1113:  26.63698     968.0    1031.1     -63.1     212.5
  1114:  26.65644     715.0     791.1     -76.1     212.4
  1115:  26.67589     798.0     715.2      82.8     212.3
  1116:  26.69535     738.0     695.7      42.3     212.3
  1117:  26.71481     516.0     537.3     -21.3     212.2
  1118:  26.73426     376.0     383.3      -7.3     212.2
  1119:  26.75372     319.0     311.8       7.2     212.1
  1120:  26.77318     284.0     288.5      -4.5     212.1
  1121:  26.79264     263.0     280.4     -17.4     212.0
  1122:  26.81210     252.0     277.0     -25.0     212.0
  1123:  26.83155     250.0     275.9     -25.9     211.9
  1124:  26.85101     242.0     276.3     -34.3     211.9
  1125:  26.87047     274.0     277.8      -3.8     211.8
  1126:  26.88993     255.0     280.2     -25.2     211.8
  1127:  26.90938     257.0     283.3     -26.3     211.7
  1128:  26.92884     256.0     287.2     -31.2     211.7
  1129:  26.94830     245.0     291.8     -46.8     211.6
  1130:  26.96776     304.0     297.7       6.3     211.6
  1131:  26.98722     301.0     305.5      -4.5     211.5
  1132:  27.00667     321.0     316.3       4.7     211.4
  1133:  27.02613     323.0     332.3      -9.3     211.4
  1134:  27.04559     377.0     357.3      19.7     211.3
  1135:  27.06505     401.0     396.8       4.2     211.3
  1136:  27.08450     483.0     459.4      23.6     211.2
  1137:  27.10396     622.0     555.9      66.1     211.2
  1138:  27.12342     753.0     696.2      56.8     211.1
  1139:  27.14288     910.0     882.4      27.6     211.1
  1140:  27.16233    1004.0    1096.9     -92.9     211.0
  1141:  27.18179    1308.0    1291.2      16.8     211.0
  1142:  27.20125    1459.0    1393.9      65.1     210.9
  1143:  27.22071    1338.0    1371.2     -33.2     210.9
  1144:  27.24017    1212.0    1250.7     -38.7     210.8
  1145:  27.25962    1031.0    1103.9     -72.9     210.7
  1146:  27.27908     946.0     951.9      -5.9     210.7
  1147:  27.29854     741.0     796.4     -55.4     210.6
  1148:  27.31800     692.0     654.7      37.3     210.6
  1149:  27.33745     561.0     553.5       7.5     210.5
  1150:  27.35691     539.0     500.9      38.1     210.5
  1151:  27.37637     484.0     493.8      -9.8     210.4
  1152:  27.39583     508.0     524.7     -16.7     210.4
  1153:  27.41529     550.0     580.8     -30.8     210.3
  1154:  27.43474     636.0     635.7       0.3     210.3
  1155:  27.45420     606.0     651.3     -45.3     210.2
  1156:  27.47366     570.0     616.3     -46.3     210.1
  1157:  27.49312     589.0     576.3      12.7     210.1
  1158:  27.51257     573.0     552.4      20.6     210.0
  1159:  27.53203     514.0     535.5     -21.5     210.0
  1160:  27.55149     501.0     526.8     -25.8     209.9
  1161:  27.57095     498.0     537.0     -39.0     209.9
  1162:  27.59040     470.0     558.5     -88.5     209.8
  1163:  27.60986     471.0     571.7    -100.7     209.8
  1164:  27.62932     475.0     563.0     -88.0     209.7
  1165:  27.64878     506.0     547.3     -41.3     209.7
  1166:  27.66824     527.0     542.0     -15.0     209.6
  1167:  27.68769     570.0     558.3      11.7     209.5
  1168:  27.70715     662.0     611.5      50.5     209.5
  1169:  27.72661     714.0     719.8      -5.8     209.4
  1170:  27.74607     947.0     883.4      63.6     209.4
  1171:  27.76552    1140.0    1074.1      65.9     209.3
  1172:  27.78498    1354.0    1248.9     105.1     209.3
  1173:  27.80444    1450.0    1402.5      47.5     209.2
  1174:  27.82390    1521.0    1541.3     -20.3     209.2
  1175:  27.84336    1568.0    1628.5     -60.5     209.1
  1176:  27.86281    1645.0    1594.5      50.5     209.0
  1177:  27.88227    1427.0    1434.9      -7.9     209.0
  1178:  27.90173    1239.0    1238.7       0.3     208.9
  1179:  27.92119    1022.0    1080.7     -58.7     208.9
  1180:  27.94064     962.0     972.3     -10.3     208.8
  1181:  27.96010     919.0     922.2      -3.2     208.8
  1182:  27.97956     968.0     965.8       2.2     208.7
  1183:  27.99902    1106.0    1102.5       3.5     208.7
  1184:  28.01847    1355.0    1271.6      83.4     208.6
  1185:  28.03793    1280.0    1363.3     -83.3     208.5
  1186:  28.05739    1188.0    1298.9    -110.9     208.5
  1187:  28.07685    1197.0    1161.5      35.5     208.4
  1188:  28.09631    1083.0    1026.9      56.1     208.4
  1189:  28.11576     915.0     884.6      30.4     208.3
  1190:  28.13522     683.0     719.0     -36.0     208.3
  1191:  28.15468     610.0     571.5      38.5     208.2
  1192:  28.17414     511.0     467.3      43.7     208.1
  1193:  28.19359     399.0     406.2      -7.2     208.1
  1194:  28.21305     380.0     376.4       3.6     208.0
  1195:  28.23251     396.0     365.2      30.8     208.0
  1196:  28.25197     345.0     364.6     -19.6     207.9
  1197:  28.27143     359.0     371.1     -12.1     207.9
  1198:  28.29088     366.0     384.2     -18.2     207.8
  1199:  28.31034     431.0     405.7      25.3     207.7
  1200:  28.32980     425.0     439.6     -14.6     207.7
  1201:  28.34925     489.0     491.5      -2.5     207.6
  1202:  28.36871     545.0     569.0     -24.0     207.6
  1203:  28.38817     719.0     681.0      38.0     207.5
  1204:  28.40763     862.0     836.5      25.5     207.5
  1205:  28.42709     943.0    1045.0    -102.0     207.4
  1206:  28.44654    1355.0    1315.7      39.3     207.3
  1207:  28.46600    1693.0    1655.7      37.3     207.3
  1208:  28.48546    2108.0    2068.4      39.6     207.2
  1209:  28.50492    2576.0    2532.8      43.2     207.2
  1210:  28.52437    2912.0    2960.1     -48.1     207.1
  1211:  28.54383    3222.0    3209.7      12.3     207.1
  1212:  28.56329    3105.0    3184.4     -79.4     207.0
  1213:  28.58275    2891.0    2984.7     -93.7     206.9
  1214:  28.60221    2685.0    2688.3      -3.3     206.9
  1215:  28.62166    2529.0    2290.9     238.1     206.8
  1216:  28.64112    1785.0    1845.0     -60.0     206.8
  1217:  28.66058    1327.0    1442.2    -115.2     206.7
  1218:  28.68004    1175.0    1107.1      67.9     206.6
  1219:  28.69949     882.0     838.9      43.1     206.6
  1220:  28.71895     693.0     647.3      45.7     206.5
  1221:  28.73841     535.0     521.7      13.3     206.5
  1222:  28.75787     434.0     441.8      -7.8     206.4
  1223:  28.77732     392.0     389.7       2.3     206.3
  1224:  28.79678     319.0     353.9     -34.9     206.3
  1225:  28.81624     280.0     328.0     -48.0     206.2
  1226:  28.83570     319.0     308.8      10.2     206.2
  1227:  28.85516     274.0     294.4     -20.4     206.1
  1228:  28.87461     286.0     283.0       3.0     206.1
  1229:  28.89407     248.0     274.3     -26.3     206.0
  1230:  28.91353     267.0     267.2      -0.2     205.9
  1231:  28.93299     239.0     261.5     -22.5     205.9
  1232:  28.95244     232.0     256.6     -24.6     205.8
  1233:  28.97190     249.0     252.6      -3.6     205.8
  1234:  28.99136     246.0     249.2      -3.2     205.7
  1235:  29.01082     257.0     246.5      10.5     205.6
  1236:  29.03028     219.0     244.4     -25.4     205.6
  1237:  29.04973     219.0     242.7     -23.7     205.5
  1238:  29.06919     252.0     241.5      10.5     205.5
  1239:  29.08865     231.0     240.3      -9.3     205.4
  1240:  29.10811     236.0     239.4      -3.4     205.3
  1241:  29.12756     243.0     238.4       4.6     205.3
  1242:  29.14702     242.0     237.4       4.6     205.2
  1243:  29.16648     235.0     236.6      -1.6     205.2
  1244:  29.18594     242.0     235.6       6.4     205.1
  1245:  29.20539     232.0     235.0      -3.0     205.0
  1246:  29.22485     245.0     234.7      10.3     205.0
  1247:  29.24431     257.0     234.8      22.2     204.9
  1248:  29.26377     252.0     236.0      16.0     204.9
  1249:  29.28323     284.0     239.0      45.0     204.8
  1250:  29.30268     245.0     246.3      -1.3     204.7
  1251:  29.32214     264.0     260.9       3.1     204.7
  1252:  29.34160     299.0     282.6      16.4     204.6
  1253:  29.36106     299.0     305.2      -6.2     204.5
  1254:  29.38051     336.0     331.7       4.3     204.5
  1255:  29.39997     308.0     364.9     -56.9     204.4
  1256:  29.41943     356.0     388.7     -32.7     204.4
  1257:  29.43889     410.0     385.5      24.5     204.3
  1258:  29.45835     371.0     371.1      -0.1     204.2
  1259:  29.47780     346.0     365.4     -19.4     204.2
  1260:  29.49726     364.0     368.5      -4.5     204.1
  1261:  29.51672     361.0     372.9     -11.9     204.1
  1262:  29.53618     371.0     378.8      -7.8     204.0
  1263:  29.55563     383.0     383.4      -0.4     203.9
  1264:  29.57509     366.0     378.3     -12.3     203.9
  1265:  29.59455     341.0     362.6     -21.6     203.8
  1266:  29.61401     303.0     345.6     -42.6     203.7
  1267:  29.63346     333.0     330.6       2.4     203.7
  1268:  29.65292     295.0     314.8     -19.8     203.6
  1269:  29.67238     287.0     298.1     -11.1     203.6
  1270:  29.69184     278.0     284.6      -6.6     203.5
  1271:  29.71130     256.0     276.0     -20.0     203.4
  1272:  29.73075     274.0     272.4       1.6     203.4
  1273:  29.75021     230.0     272.1     -42.1     203.3
  1274:  29.76967     302.0     273.6      28.4     203.3
  1275:  29.78913     295.0     275.3      19.7     203.2
  1276:  29.80858     331.0     276.5      54.5     203.1
  1277:  29.82804     284.0     276.6       7.4     203.1
  1278:  29.84750     281.0     275.6       5.4     203.0
  1279:  29.86696     273.0     273.3      -0.3     202.9
  1280:  29.88642     273.0     270.2       2.8     202.9
  1281:  29.90587     301.0     266.6      34.4     202.8
  1282:  29.92533     303.0     262.9      40.1     202.7
  1283:  29.94479     277.0     259.3      17.7     202.7
  1284:  29.96424     253.0     256.5      -3.5     202.6
  1285:  29.98370     260.0     254.6       5.4     202.6
  1286:  30.00316     243.0     253.7     -10.7     202.5
  1287:  30.02262     243.0     253.9     -10.9     202.4
  1288:  30.04208     264.0     255.3       8.7     202.4
  1289:  30.06153     249.0     258.3      -9.3     202.3
  1290:  30.08099     261.0     262.5      -1.5     202.2
  1291:  30.10045     268.0     268.8      -0.8     202.2
  1292:  30.11991     287.0     277.9       9.1     202.1
  1293:  30.13936     306.0     292.1      13.9     202.0
  1294:  30.15882     311.0     315.6      -4.6     202.0
  1295:  30.17828     371.0     354.1      16.9     201.9
  1296:  30.19774     429.0     414.6      14.4     201.9
  1297:  30.21720     488.0     503.7     -15.7     201.8
  1298:  30.23665     618.0     622.8      -4.8     201.7
  1299:  30.25611     748.0     768.8     -20.8     201.7
  1300:  30.27557     882.0     943.3     -61.3     201.6
  1301:  30.29503    1050.0    1144.7     -94.7     201.5
  1302:  30.31448    1265.0    1332.7     -67.7     201.5
  1303:  30.33394    1454.0    1442.5      11.5     201.4
  1304:  30.35340    1445.0    1441.5       3.5     201.3
  1305:  30.37286    1439.0    1360.2      78.8     201.3
  1306:  30.39231    1392.0    1253.7     138.3     201.2
  1307:  30.41177    1274.0    1172.6     101.4     201.1
  1308:  30.43123    1138.0    1120.5      17.5     201.1
  1309:  30.45069    1004.0    1053.7     -49.7     201.0
  1310:  30.47015     835.0     903.1     -68.1     200.9
  1311:  30.48960     795.0     739.0      56.0     200.9
  1312:  30.50906     771.0     663.8     107.2     200.8
  1313:  30.52852     604.0     648.1     -44.1     200.8
  1314:  30.54798     588.0     611.3     -23.3     200.7
  1315:  30.56743     581.0     549.3      31.7     200.6
  1316:  30.58689     505.0     498.5       6.5     200.6
  1317:  30.60635     472.0     465.2       6.8     200.5
  1318:  30.62581     401.0     443.0     -42.0     200.4
  1319:  30.64527     386.0     424.9     -38.9     200.4
  1320:  30.66472     396.0     406.2     -10.2     200.3
  1321:  30.68418     398.0     387.3      10.7     200.2
  1322:  30.70364     368.0     372.2      -4.2     200.2
  1323:  30.72310     374.0     365.1       8.9     200.1
  1324:  30.74255     364.0     365.4      -1.4     200.0
  1325:  30.76201     357.0     367.5     -10.5     200.0
  1326:  30.78147     378.0     363.5      14.5     199.9
  1327:  30.80093     408.0     349.7      58.3     199.8
  1328:  30.82038     333.0     333.7      -0.7     199.8
  1329:  30.83984     331.0     320.3      10.7     199.7
  1330:  30.85930     307.0     308.0      -1.0     199.6
  1331:  30.87876     303.0     293.5       9.5     199.6
  1332:  30.89822     238.0     278.7     -40.7     199.5
  1333:  30.91767     266.0     266.1      -0.1     199.4
  1334:  30.93713     238.0     256.5     -18.5     199.4
  1335:  30.95659     232.0     249.2     -17.2     199.3
  1336:  30.97605     213.0     243.4     -30.4     199.2
  1337:  30.99550     221.0     238.7     -17.7     199.2
  1338:  31.01496     231.0     234.7      -3.7     199.1
  1339:  31.03442     220.0     231.5     -11.5     199.0
  1340:  31.05388     217.0     228.8     -11.8     199.0
  1341:  31.07334     230.0     226.8       3.2     198.9
  1342:  31.09279     210.0     225.2     -15.2     198.8
  1343:  31.11225     223.0     224.1      -1.1     198.8
  1344:  31.13171     241.0     223.5      17.5     198.7
  1345:  31.15117     217.0     223.5      -6.5     198.6
  1346:  31.17062     225.0     223.7       1.3     198.6
  1347:  31.19008     198.0     224.3     -26.3     198.5
  1348:  31.20954     237.0     225.4      11.6     198.4
  1349:  31.22900     213.0     226.9     -13.9     198.3
  1350:  31.24846     229.0     228.8       0.2     198.3
  1351:  31.26791     221.0     231.0     -10.0     198.2
  1352:  31.28737     222.0     233.7     -11.7     198.1
  1353:  31.30683     235.0     236.8      -1.8     198.1
  1354:  31.32629     262.0     240.3      21.7     198.0
  1355:  31.34574     227.0     244.4     -17.4     197.9
  1356:  31.36520     251.0     249.3       1.7     197.9
  1357:  31.38466     231.0     255.1     -24.1     197.8
  1358:  31.40412     285.0     263.2      21.8     197.7
  1359:  31.42357     285.0     274.2      10.8     197.7
  1360:  31.44303     345.0     289.2      55.8     197.6
  1361:  31.46249     352.0     308.9      43.1     197.5
  1362:  31.48195     340.0     332.9       7.1     197.5
  1363:  31.50141     408.0     359.9      48.1     197.4
  1364:  31.52086     462.0     386.8      75.2     197.3
  1365:  31.54032     478.0     410.9      67.1     197.2
  1366:  31.55978     506.0     432.1      73.9     197.2
  1367:  31.57924     482.0     449.9      32.1     197.1
  1368:  31.59869     503.0     454.4      48.6     197.0
  1369:  31.61815     489.0     437.7      51.3     197.0
  1370:  31.63761     429.0     413.4      15.6     196.9
  1371:  31.65707     418.0     395.7      22.3     196.8
  1372:  31.67653     399.0     386.2      12.8     196.8
  1373:  31.69598     386.0     380.3       5.7     196.7
  1374:  31.71544     350.0     380.9     -30.9     196.6
  1375:  31.73490     355.0     393.4     -38.4     196.5
  1376:  31.75435     417.0     419.5      -2.5     196.5
  1377:  31.77381     398.0     458.2     -60.2     196.4
  1378:  31.79327     478.0     506.3     -28.3     196.3
  1379:  31.81273     560.0     556.2       3.8     196.3
  1380:  31.83219     667.0     598.0      69.0     196.2
  1381:  31.85164     589.0     623.5     -34.5     196.1
  1382:  31.87110     581.0     627.4     -46.4     196.1
  1383:  31.89056     622.0     612.1       9.9     196.0
  1384:  31.91002     603.0     573.6      29.4     195.9
  1385:  31.92947     538.0     517.3      20.7     195.8
  1386:  31.94893     471.0     459.3      11.7     195.8
  1387:  31.96839     436.0     408.7      27.3     195.7
  1388:  31.98785     360.0     363.7      -3.7     195.6
  1389:  32.00731     297.0     321.9     -24.9     195.6
  1390:  32.02676     325.0     288.3      36.7     195.5
  1391:  32.04622     227.0     265.2     -38.2     195.4
  1392:  32.06568     233.0     250.9     -17.9     195.3
  1393:  32.08514     244.0     242.3       1.7     195.3
  1394:  32.10460     240.0     236.5       3.5     195.2
  1395:  32.12405     225.0     232.2      -7.2     195.1
  1396:  32.14351     238.0     228.8       9.2     195.1
  1397:  32.16297     238.0     226.1      11.9     195.0
  1398:  32.18243     214.0     224.0     -10.0     194.9
  1399:  32.20188     215.0     222.2      -7.2     194.8
  1400:  32.22134     214.0     220.8      -6.8     194.8
  1401:  32.24080     221.0     219.8       1.2     194.7
  1402:  32.26025     218.0     219.1      -1.1     194.6
  1403:  32.27971     223.0     218.8       4.2     194.6
  1404:  32.29917     212.0     218.9      -6.9     194.5
  1405:  32.31863     229.0     219.1       9.9     194.4
  1406:  32.33809     222.0     219.8       2.2     194.3
  1407:  32.35754     207.0     220.6     -13.6     194.3
  1408:  32.37700     219.0     221.7      -2.7     194.2
  1409:  32.39646     225.0     223.2       1.8     194.1
  1410:  32.41592     207.0     225.0     -18.0     194.0
  1411:  32.43538     229.0     227.5       1.5     194.0
  1412:  32.45483     219.0     230.7     -11.7     193.9
  1413:  32.47429     222.0     235.2     -13.2     193.8
  1414:  32.49375     242.0     241.7       0.3     193.8
  1415:  32.51321     259.0     250.9       8.1     193.7
  1416:  32.53267     238.0     264.1     -26.1     193.6
  1417:  32.55212     279.0     282.5      -3.5     193.5
  1418:  32.57158     322.0     308.6      13.4     193.5
  1419:  32.59104     336.0     344.7      -8.7     193.4
  1420:  32.61049     423.0     393.5      29.5     193.3
  1421:  32.62995     469.0     455.3      13.7     193.2
  1422:  32.64941     511.0     525.1     -14.1     193.2
  1423:  32.66887     586.0     591.3      -5.3     193.1
  1424:  32.68832     674.0     636.5      37.5     193.0
  1425:  32.70778     588.0     653.4     -65.4     192.9
  1426:  32.72724     704.0     662.0      42.0     192.9
  1427:  32.74670     735.0     682.0      53.0     192.8
  1428:  32.76616     683.0     702.9     -19.9     192.7
  1429:  32.78561     663.0     691.5     -28.5     192.7
  1430:  32.80507     616.0     636.1     -20.1     192.6
  1431:  32.82453     550.0     576.9     -26.9     192.5
  1432:  32.84399     586.0     545.9      40.1     192.4
  1433:  32.86345     546.0     543.5       2.5     192.4
  1434:  32.88290     548.0     558.6     -10.6     192.3
  1435:  32.90236     581.0     598.2     -17.2     192.2
  1436:  32.92182     654.0     683.3     -29.3     192.1
  1437:  32.94128     791.0     833.6     -42.6     192.1
  1438:  32.96073    1043.0    1062.5     -19.5     192.0
  1439:  32.98019    1361.0    1366.2      -5.2     191.9
  1440:  32.99965    1710.0    1704.9       5.1     191.8
  1441:  33.01911    1976.0    1989.6     -13.6     191.8
  1442:  33.03856    2148.0    2120.4      27.6     191.7
  1443:  33.05802    2122.0    2093.0      29.0     191.6
  1444:  33.07748    1970.0    1958.1      11.9     191.5
  1445:  33.09694    1758.0    1762.3      -4.3     191.5
  1446:  33.11639    1549.0    1538.4      10.6     191.4
  1447:  33.13585    1256.0    1294.0     -38.0     191.3
  1448:  33.15531    1115.0    1050.5      64.5     191.2
  1449:  33.17477     784.0     823.7     -39.7     191.2
  1450:  33.19423     630.0     640.2     -10.2     191.1
  1451:  33.21368     500.0     511.3     -11.3     191.0
  1452:  33.23314     404.0     431.5     -27.5     190.9
  1453:  33.25260     399.0     388.4      10.6     190.9
  1454:  33.27206     360.0     368.0      -8.0     190.8
  1455:  33.29152     355.0     357.2      -2.2     190.7
  1456:  33.31097     354.0     346.8       7.2     190.6
  1457:  33.33043     316.0     333.0     -17.0     190.6
  1458:  33.34989     339.0     318.0      21.0     190.5
  1459:  33.36935     287.0     303.8     -16.8     190.4
  1460:  33.38880     265.0     290.0     -25.0     190.3
  1461:  33.40826     254.0     275.8     -21.8     190.3
  1462:  33.42772     251.0     262.2     -11.2     190.2
  1463:  33.44718     268.0     250.7      17.3     190.1
  1464:  33.46663     245.0     242.0       3.0     190.0
  1465:  33.48609     247.0     236.0      11.0     189.9
  1466:  33.50555     260.0     232.4      27.6     189.9
  1467:  33.52501     240.0     230.7       9.3     189.8
  1468:  33.54446     262.0     229.8      32.2     189.7
  1469:  33.56392     230.0     229.3       0.7     189.6
  1470:  33.58338     256.0     229.2      26.8     189.6
  1471:  33.60284     266.0     230.0      36.0     189.5
  1472:  33.62230     225.0     232.0      -7.0     189.4
  1473:  33.64175     245.0     236.2       8.8     189.3
  1474:  33.66121     265.0     244.3      20.7     189.3
  1475:  33.68067     268.0     258.9       9.1     189.2
  1476:  33.70013     301.0     281.3      19.7     189.1
  1477:  33.71959     308.0     309.5      -1.5     189.0
  1478:  33.73904     332.0     335.3      -3.3     188.9
  1479:  33.75850     372.0     348.1      23.9     188.9
  1480:  33.77796     358.0     346.5      11.5     188.8
  1481:  33.79742     356.0     339.1      16.9     188.7
  1482:  33.81687     358.0     329.6      28.4     188.6
  1483:  33.83633     356.0     317.0      39.0     188.6
  1484:  33.85579     341.0     299.7      41.3     188.5
  1485:  33.87524     309.0     280.7      28.3     188.4
  1486:  33.89470     254.0     263.0      -9.0     188.3
  1487:  33.91416     261.0     248.1      12.9     188.3
  1488:  33.93362     246.0     236.9       9.1     188.2
  1489:  33.95308     242.0     229.3      12.7     188.1
  1490:  33.97253     239.0     224.2      14.8     188.0
  1491:  33.99199     226.0     221.2       4.8     187.9
  1492:  34.01145     200.0     219.9     -19.9     187.9
  1493:  34.03091     239.0     219.7      19.3     187.8
  1494:  34.05037     220.0     220.5      -0.5     187.7
  1495:  34.06982     213.0     222.1      -9.1     187.6
  1496:  34.08928     213.0     224.9     -11.9     187.5
  1497:  34.10874     239.0     228.3      10.7     187.5
  1498:  34.12820     216.0     232.4     -16.4     187.4
  1499:  34.14766     230.0     236.4      -6.4     187.3
  1500:  34.16711     221.0     240.2     -19.2     187.2
  1501:  34.18657     220.0     243.1     -23.1     187.2
  1502:  34.20603     254.0     245.2       8.8     187.1
  1503:  34.22548     235.0     246.7     -11.7     187.0
  1504:  34.24494     251.0     248.0       3.0     186.9
  1505:  34.26440     257.0     249.7       7.3     186.8
  1506:  34.28386     283.0     252.5      30.5     186.8
  1507:  34.30331     291.0     257.5      33.5     186.7
  1508:  34.32277     295.0     266.0      29.0     186.6
  1509:  34.34223     319.0     280.2      38.8     186.5
  1510:  34.36169     335.0     304.5      30.5     186.4
  1511:  34.38115     347.0     346.2       0.8     186.4
  1512:  34.40060     387.0     412.0     -25.0     186.3
  1513:  34.42006     520.0     500.0      20.0     186.2
  1514:  34.43952     605.0     608.8      -3.8     186.1
  1515:  34.45898     757.0     766.1      -9.1     186.1
  1516:  34.47844     942.0     973.4     -31.4     186.0
  1517:  34.49789    1332.0    1179.3     152.7     185.9
  1518:  34.51735    1257.0    1292.5     -35.5     185.8
  1519:  34.53681    1150.0    1265.4    -115.4     185.7
  1520:  34.55627    1013.0    1157.4    -144.4     185.7
  1521:  34.57572    1081.0    1048.3      32.7     185.6
  1522:  34.59518    1004.0     956.9      47.1     185.5
  1523:  34.61464     937.0     853.6      83.4     185.4
  1524:  34.63410     770.0     724.4      45.6     185.3
  1525:  34.65355     626.0     592.6      33.4     185.3
  1526:  34.67301     551.0     484.6      66.4     185.2
  1527:  34.69247     476.0     409.5      66.5     185.1
  1528:  34.71193     436.0     363.4      72.6     185.0
  1529:  34.73138     374.0     337.5      36.5     184.9
  1530:  34.75084     352.0     323.8      28.2     184.9
  1531:  34.77030     338.0     317.0      21.0     184.8
  1532:  34.78976     314.0     314.0       0.0     184.7
  1533:  34.80922     304.0     313.1      -9.1     184.6
  1534:  34.82867     293.0     313.4     -20.4     184.5
  1535:  34.84813     303.0     314.4     -11.4     184.5
  1536:  34.86759     273.0     316.0     -43.0     184.4
  1537:  34.88705     253.0     318.4     -65.4     184.3
  1538:  34.90651     297.0     322.0     -25.0     184.2
  1539:  34.92596     320.0     327.5      -7.5     184.1
  1540:  34.94542     341.0     336.0       5.0     184.1
  1541:  34.96488     323.0     349.2     -26.2     184.0
  1542:  34.98434     380.0     367.3      12.7     183.9
  1543:  35.00379     353.0     389.7     -36.7     183.8
  1544:  35.02325     407.0     413.6      -6.6     183.7
  1545:  35.04271     414.0     434.6     -20.6     183.7
  1546:  35.06217     425.0     453.3     -28.3     183.6
  1547:  35.08162     475.0     477.2      -2.2     183.5
  1548:  35.10108     494.0     511.3     -17.3     183.4
  1549:  35.12054     601.0     555.0      46.1     183.3
  1550:  35.14000     619.0     604.6      14.4     183.2
  1551:  35.15945     697.0     658.6      38.4     183.2
  1552:  35.17891     706.0     716.9     -10.9     183.1
  1553:  35.19837     725.0     778.8     -53.8     183.0
  1554:  35.21783     775.0     841.4     -66.4     182.9
  1555:  35.23729     910.0     901.0       9.0     182.8
  1556:  35.25674     939.0     957.4     -18.4     182.8
  1557:  35.27620    1034.0    1012.3      21.7     182.7
  1558:  35.29566    1159.0    1060.4      98.6     182.6
  1559:  35.31512    1110.0    1107.2       2.8     182.5
  1560:  35.33458    1121.0    1155.9     -34.9     182.4
  1561:  35.35403    1125.0    1159.2     -34.2     182.4
  1562:  35.37349    1087.0    1075.4      11.6     182.3
  1563:  35.39295     902.0     945.1     -43.1     182.2
  1564:  35.41241     877.0     835.1      41.9     182.1
  1565:  35.43186     723.0     762.9     -39.9     182.0
  1566:  35.45132     636.0     699.2     -63.2     181.9
  1567:  35.47078     664.0     624.3      39.7     181.9
  1568:  35.49023     575.0     556.1      18.9     181.8
  1569:  35.50969     594.0     511.4      82.6     181.7
  1570:  35.52915     532.0     492.6      39.4     181.6
  1571:  35.54861     498.0     495.6       2.4     181.5
  1572:  35.56807     508.0     514.9      -6.9     181.5
  1573:  35.58752     469.0     541.8     -72.8     181.4
  1574:  35.60698     520.0     564.3     -44.3     181.3
  1575:  35.62644     497.0     570.6     -73.6     181.2
  1576:  35.64590     491.0     556.5     -65.5     181.1
  1577:  35.66536     498.0     530.6     -32.6     181.0
  1578:  35.68481     505.0     509.9      -4.9     181.0
  1579:  35.70427     487.0     501.8     -14.8     180.9
  1580:  35.72373     509.0     503.8       5.2     180.8
  1581:  35.74319     497.0     505.2      -8.2     180.7
  1582:  35.76265     476.0     493.2     -17.2     180.6
  1583:  35.78210     453.0     465.8     -12.8     180.5
  1584:  35.80156     453.0     440.7      12.3     180.5
  1585:  35.82102     411.0     431.9     -20.9     180.4
  1586:  35.84047     428.0     437.0      -9.0     180.3
  1587:  35.85993     395.0     434.9     -39.9     180.2
  1588:  35.87939     406.0     401.4       4.6     180.1
  1589:  35.89885     347.0     354.7      -7.7     180.1
  1590:  35.91830     344.0     322.6      21.4     180.0
  1591:  35.93776     306.0     307.1      -1.1     179.9
  1592:  35.95722     293.0     295.5      -2.5     179.8
  1593:  35.97668     306.0     275.5      30.5     179.7
  1594:  35.99614     284.0     255.1      28.9     179.6
  1595:  36.01559     268.0     241.2      26.8     179.6
  1596:  36.03505     228.0     232.6      -4.6     179.5
  1597:  36.05451     222.0     227.3      -5.3     179.4
  1598:  36.07397     233.0     223.6       9.4     179.3
  1599:  36.09343     220.0     221.1      -1.1     179.2
  1600:  36.11288     199.0     218.7     -19.7     179.1
  1601:  36.13234     206.0     216.7     -10.7     179.1
  1602:  36.15180     215.0     214.9       0.1     179.0
  1603:  36.17126     187.0     213.2     -26.2     178.9
  1604:  36.19071     201.0     211.9     -10.9     178.8
  1605:  36.21017     188.0     210.9     -22.9     178.7
  1606:  36.22963     209.0     210.4      -1.4     178.6
  1607:  36.24909     193.0     211.1     -18.1     178.6
  1608:  36.26854     212.0     212.9      -0.9     178.5
  1609:  36.28800     220.0     216.5       3.5     178.4
  1610:  36.30746     223.0     221.8       1.2     178.3
  1611:  36.32692     238.0     227.2      10.8     178.2
  1612:  36.34637     217.0     229.3     -12.3     178.1
  1613:  36.36583     228.0     229.0      -1.0     178.1
  1614:  36.38529     213.0     230.6     -17.6     178.0
  1615:  36.40475     235.0     236.0      -1.0     177.9
  1616:  36.42421     261.0     243.9      17.1     177.8
  1617:  36.44366     268.0     252.1      15.9     177.7
  1618:  36.46312     245.0     260.5     -15.5     177.6
  1619:  36.48258     281.0     270.7      10.3     177.6
  1620:  36.50204     300.0     283.3      16.7     177.5
  1621:  36.52150     340.0     297.6      42.4     177.4
  1622:  36.54095     358.0     311.6      46.4     177.3
  1623:  36.56041     338.0     325.0      13.0     177.2
  1624:  36.57987     316.0     337.5     -21.5     177.1
  1625:  36.59933     358.0     349.1       8.9     177.1
  1626:  36.61878     356.0     359.2      -3.2     177.0
  1627:  36.63824     368.0     367.9       0.1     176.9
  1628:  36.65770     416.0     375.3      40.7     176.8
  1629:  36.67715     397.0     381.6      15.4     176.7
  1630:  36.69661     441.0     386.9      54.1     176.6
  1631:  36.71607     449.0     392.1      56.9     176.5
  1632:  36.73553     445.0     396.9      48.1     176.5
  1633:  36.75499     411.0     400.6      10.4     176.4
  1634:  36.77444     448.0     401.9      46.1     176.3
  1635:  36.79390     447.0     400.7      46.3     176.2
  1636:  36.81336     503.0     399.0     104.0     176.1
  1637:  36.83282     477.0     397.7      79.3     176.0
  1638:  36.85228     422.0     394.7      27.3     176.0
  1639:  36.87173     410.0     387.6      22.4     175.9
  1640:  36.89119     384.0     376.9       7.1     175.8
  1641:  36.91065     366.0     366.7      -0.7     175.7
  1642:  36.93011     320.0     358.2     -38.2     175.6
  1643:  36.94957     286.0     351.0     -65.0     175.5
  1644:  36.96902     291.0     343.7     -52.7     175.5
  1645:  36.98848     276.0     336.2     -60.2     175.4
  1646:  37.00794     266.0     329.9     -63.9     175.3
  1647:  37.02739     257.0     325.9     -68.9     175.2
  1648:  37.04685     265.0     324.0     -59.0     175.1
  1649:  37.06631     257.0     324.0     -67.0     175.0
  1650:  37.08577     242.0     324.3     -82.3     174.9
  1651:  37.10522     254.0     323.4     -69.4     174.9
  1652:  37.12468     285.0     321.4     -36.4     174.8
  1653:  37.14414     283.0     321.1     -38.1     174.7
  1654:  37.16360     295.0     323.6     -28.6     174.6
  1655:  37.18306     317.0     328.5     -11.5     174.5
  1656:  37.20251     341.0     333.1       7.9     174.4
  1657:  37.22197     312.0     335.3     -23.3     174.4
  1658:  37.24143     305.0     333.2     -28.2     174.3
  1659:  37.26089     314.0     324.8     -10.8     174.2
  1660:  37.28035     309.0     311.9      -2.9     174.1
  1661:  37.29980     283.0     298.9     -15.9     174.0
  1662:  37.31926     255.0     288.2     -33.2     173.9
  1663:  37.33872     297.0     279.7      17.3     173.8
  1664:  37.35818     292.0     271.7      20.3     173.8
  1665:  37.37763     298.0     264.6      33.4     173.7
  1666:  37.39709     267.0     259.9       7.1     173.6
  1667:  37.41655     236.0     258.9     -22.9     173.5
  1668:  37.43601     237.0     261.4     -24.4     173.4
  1669:  37.45546     251.0     266.2     -15.2     173.3
  1670:  37.47492     296.0     271.6      24.4     173.3
  1671:  37.49438     301.0     276.8      24.2     173.2
  1672:  37.51384     272.0     282.6     -10.6     173.1
  1673:  37.53329     308.0     289.8      18.2     173.0
  1674:  37.55275     336.0     300.2      35.8     172.9
  1675:  37.57221     346.0     316.8      29.2     172.8
  1676:  37.59167     369.0     343.9      25.1     172.7
  1677:  37.61113     387.0     386.9       0.1     172.7
  1678:  37.63058     453.0     448.4       4.6     172.6
  1679:  37.65004     493.0     522.3     -29.3     172.5
  1680:  37.66950     545.0     589.3     -44.3     172.4
  1681:  37.68896     617.0     622.7      -5.7     172.3
  1682:  37.70842     675.0     618.2      56.8     172.2
  1683:  37.72787     654.0     595.6      58.4     172.1
  1684:  37.74733     566.0     567.5      -1.5     172.1
  1685:  37.76679     529.0     539.4     -10.4     172.0
  1686:  37.78625     520.0     507.7      12.3     171.9
  1687:  37.80570     501.0     469.0      32.0     171.8
  1688:  37.82516     434.0     428.4       5.6     171.7
  1689:  37.84462     400.0     388.8      11.2     171.6
  1690:  37.86408     337.0     354.5     -17.5     171.6
  1691:  37.88353     312.0     327.9     -15.9     171.5
  1692:  37.90299     288.0     308.7     -20.7     171.4
  1693:  37.92245     282.0     295.2     -13.2     171.3
  1694:  37.94191     246.0     286.3     -40.3     171.2
  1695:  37.96136     230.0     280.6     -50.6     171.1
  1696:  37.98082     240.0     277.3     -37.3     171.0
  1697:  38.00028     260.0     275.7     -15.7     171.0
  1698:  38.01974     225.0     274.8     -49.8     170.9
  1699:  38.03920     248.0     272.0     -24.0     170.8
  1700:  38.05865     251.0     266.7     -15.7     170.7
  1701:  38.07811     252.0     261.7      -9.7     170.6
  1702:  38.09757     246.0     259.0     -13.0     170.5
  1703:  38.11703     322.0     259.2      62.8     170.4
  1704:  38.13649     261.0     260.8       0.2     170.4
  1705:  38.15594     288.0     262.8      25.2     170.3
  1706:  38.17540     254.0     265.4     -11.4     170.2
  1707:  38.19486     289.0     270.4      18.6     170.1
  1708:  38.21432     258.0     279.8     -21.8     170.0
  1709:  38.23377     323.0     294.5      28.5     169.9
  1710:  38.25323     320.0     314.2       5.8     169.8
  1711:  38.27269     338.0     339.8      -1.8     169.8
  1712:  38.29214     366.0     374.0      -8.0     169.7
  1713:  38.31160     408.0     421.0     -13.0     169.6
  1714:  38.33106     527.0     484.8      42.2     169.5
  1715:  38.35052     580.0     566.4      13.6     169.4
  1716:  38.36998     638.0     659.4     -21.4     169.3
  1717:  38.38943     683.0     747.8     -64.8     169.3
  1718:  38.40889     737.0     806.8     -69.8     169.2
  1719:  38.42835     803.0     825.7     -22.7     169.1
  1720:  38.44781     911.0     829.0      82.0     169.0
  1721:  38.46727     926.0     840.1      85.9     168.9
  1722:  38.48672     872.0     848.2      23.8     168.8
  1723:  38.50618     842.0     823.2      18.8     168.7
  1724:  38.52564     790.0     762.2      27.8     168.7
  1725:  38.54510     751.0     696.2      54.8     168.6
  1726:  38.56456     663.0     649.9      13.1     168.5
  1727:  38.58401     597.0     623.6     -26.6     168.4
  1728:  38.60347     564.0     603.1     -39.1     168.3
  1729:  38.62293     586.0     582.1       3.9     168.2
  1730:  38.64238     530.0     563.7     -33.7     168.1
  1731:  38.66184     566.0     548.9      17.1     168.1
  1732:  38.68130     528.0     534.6      -6.6     168.0
  1733:  38.70076     534.0     519.4      14.6     167.9
  1734:  38.72021     486.0     506.3     -20.3     167.8
  1735:  38.73967     502.0     500.4       1.6     167.7
  1736:  38.75913     476.0     503.6     -27.6     167.6
  1737:  38.77859     549.0     512.0      37.0     167.5
  1738:  38.79805     549.0     515.9      33.1     167.5
  1739:  38.81750     522.0     502.9      19.1     167.4
  1740:  38.83696     522.0     473.6      48.4     167.3
  1741:  38.85642     393.0     443.8     -50.8     167.2
  1742:  38.87588     439.0     422.1      16.9     167.1
  1743:  38.89534     395.0     406.2     -11.2     167.0
  1744:  38.91479     385.0     389.1      -4.1     166.9
  1745:  38.93425     366.0     368.9      -2.9     166.9
  1746:  38.95371     381.0     351.0      30.0     166.8
  1747:  38.97317     344.0     341.2       2.8     166.7
  1748:  38.99262     366.0     343.4      22.6     166.6
  1749:  39.01208     338.0     363.0     -25.0     166.5
  1750:  39.03154     426.0     406.6      19.4     166.4
  1751:  39.05100     478.0     476.7       1.3     166.4
  1752:  39.07045     507.0     563.6     -56.6     166.3
  1753:  39.08991     614.0     637.9     -23.9     166.2
  1754:  39.10937     771.0     658.7     112.3     166.1
  1755:  39.12883     651.0     619.1      31.9     166.0
  1756:  39.14828     529.0     560.0     -31.0     165.9
  1757:  39.16774     463.0     516.2     -53.2     165.8
  1758:  39.18720     478.0     492.2     -14.2     165.8
  1759:  39.20666     512.0     467.7      44.3     165.7
  1760:  39.22612     473.0     426.7      46.3     165.6
  1761:  39.24557     367.0     377.8     -10.8     165.5
  1762:  39.26503     303.0     337.2     -34.2     165.4
  1763:  39.28449     305.0     313.6      -8.6     165.3
  1764:  39.30395     286.0     307.8     -21.8     165.2
  1765:  39.32341     329.0     316.7      12.3     165.2
  1766:  39.34286     396.0     335.7      60.3     165.1
  1767:  39.36232     347.0     360.8     -13.8     165.0
  1768:  39.38178     384.0     388.2      -4.2     164.9
  1769:  39.40124     411.0     414.8      -3.8     164.8
  1770:  39.42069     424.0     439.3     -15.3     164.7
  1771:  39.44015     457.0     464.3      -7.3     164.7
  1772:  39.45961     487.0     492.4      -5.4     164.6
  1773:  39.47907     521.0     520.4       0.6     164.5
  1774:  39.49852     545.0     537.0       8.0     164.4
  1775:  39.51798     586.0     537.9      48.1     164.3
  1776:  39.53744     572.0     532.8      39.2     164.2
  1777:  39.55690     497.0     524.9     -27.9     164.1
  1778:  39.57635     433.0     504.5     -71.5     164.1
  1779:  39.59581     498.0     469.5      28.5     164.0
  1780:  39.61527     426.0     429.1      -3.1     163.9
  1781:  39.63473     413.0     395.7      17.3     163.8
  1782:  39.65419     391.0     373.8      17.2     163.7
  1783:  39.67365     366.0     357.4       8.6     163.6
  1784:  39.69310     333.0     341.7      -8.7     163.5
  1785:  39.71256     304.0     328.3     -24.3     163.5
  1786:  39.73202     316.0     318.5      -2.5     163.4
  1787:  39.75148     380.0     310.7      69.3     163.3
  1788:  39.77093     320.0     303.5      16.5     163.2
  1789:  39.79039     326.0     298.1      27.9     163.1
  1790:  39.80985     324.0     295.8      28.2     163.0
  1791:  39.82931     306.0     295.6      10.4     163.0
  1792:  39.84876     298.0     295.7       2.3     162.9
  1793:  39.86822     266.0     294.9     -28.9     162.8
  1794:  39.88768     310.0     294.4      15.6     162.7
  1795:  39.90714     301.0     295.0       6.0     162.6
  1796:  39.92659     317.0     294.8      22.2     162.5
  1797:  39.94605     278.0     290.5     -12.5     162.4
  1798:  39.96551     319.0     281.6      37.4     162.4
  1799:  39.98497     254.0     271.6     -17.6     162.3
  1800:  40.00443     229.0     263.9     -34.9     162.2
  1801:  40.02388     242.0     258.3     -16.3     162.1
  1802:  40.04334     255.0     252.9       2.1     162.0
  1803:  40.06280     226.0     245.8     -19.8     161.9
  1804:  40.08226     206.0     237.8     -31.8     161.9
  1805:  40.10172     197.0     230.3     -33.3     161.8
  1806:  40.12117     203.0     224.3     -21.3     161.7
  1807:  40.14063     214.0     219.6      -5.6     161.6
  1808:  40.16009     193.0     216.0     -23.0     161.5
  1809:  40.17955     200.0     213.2     -13.2     161.4
  1810:  40.19900     201.0     211.1     -10.1     161.4
  1811:  40.21846     223.0     211.1      11.9     161.3
  1812:  40.23792     208.0     216.6      -8.6     161.2
  1813:  40.25737     228.0     231.6      -3.6     161.1
  1814:  40.27683     241.0     250.2      -9.2     161.0
  1815:  40.29629     236.0     250.3     -14.3     160.9
  1816:  40.31575     224.0     234.7     -10.7     160.8
  1817:  40.33521     230.0     223.3       6.7     160.8
  1818:  40.35466     224.0     222.3       1.7     160.7
  1819:  40.37412     233.0     229.7       3.3     160.6
  1820:  40.39358     263.0     235.4      27.6     160.5
  1821:  40.41304     266.0     232.9      33.1     160.4
  1822:  40.43250     251.0     229.8      21.2     160.3
  1823:  40.45195     271.0     229.4      41.6     160.3
  1824:  40.47141     224.0     230.6      -6.6     160.2
  1825:  40.49087     259.0     232.6      26.4     160.1
  1826:  40.51033     263.0     235.5      27.5     160.0
  1827:  40.52979     226.0     239.4     -13.4     159.9
  1828:  40.54924     251.0     243.3       7.7     159.8
  1829:  40.56870     254.0     247.6       6.4     159.8
  1830:  40.58816     265.0     255.8       9.2     159.7
  1831:  40.60761     303.0     270.8      32.2     159.6
  1832:  40.62707     309.0     286.6      22.4     159.5
  1833:  40.64653     254.0     284.4     -30.4     159.4
  1834:  40.66599     258.0     272.7     -14.7     159.3
  1835:  40.68544     270.0     269.1       0.9     159.3
  1836:  40.70490     262.0     277.6     -15.6     159.2
  1837:  40.72436     308.0     292.6      15.4     159.1
  1838:  40.74382     293.0     298.8      -5.8     159.0
  1839:  40.76328     289.0     286.3       2.7     158.9
  1840:  40.78273     274.0     265.6       8.4     158.8
  1841:  40.80219     251.0     248.2       2.8     158.8
  1842:  40.82165     231.0     237.5      -6.5     158.7
  1843:  40.84111     233.0     231.5       1.5     158.6
  1844:  40.86057     220.0     225.3      -5.3     158.5
  1845:  40.88002     204.0     215.8     -11.8     158.4
  1846:  40.89948     207.0     205.2       1.8     158.3
  1847:  40.91894     216.0     196.3      19.7     158.3
  1848:  40.93840     194.0     190.0       4.0     158.2
  1849:  40.95785     190.0     186.8       3.2     158.1
  1850:  40.97731     166.0     185.0     -19.0     158.0
  1851:  40.99677     183.0     184.0      -1.0     157.9
  1852:  41.01623     191.0     183.5       7.5     157.8
  1853:  41.03568     210.0     183.3      26.7     157.8
  1854:  41.05514     184.0     183.5       0.5     157.7
  1855:  41.07460     206.0     183.8      22.2     157.6
  1856:  41.09406     181.0     184.6      -3.6     157.5
  1857:  41.11351     185.0     185.7      -0.7     157.4
  1858:  41.13297     187.0     187.7      -0.7     157.3
  1859:  41.15243     191.0     190.6       0.4     157.3
  1860:  41.17189     193.0     195.3      -2.3     157.2
  1861:  41.19135     216.0     202.1      13.9     157.1
  1862:  41.21080     223.0     212.2      10.8     157.0
  1863:  41.23026     234.0     226.9       7.1     156.9
  1864:  41.24972     260.0     246.5      13.5     156.9
  1865:  41.26918     283.0     268.7      14.3     156.8
  1866:  41.28864     316.0     288.9      27.1     156.7
  1867:  41.30809     291.0     300.4      -9.4     156.6
  1868:  41.32755     297.0     300.2      -3.2     156.5
  1869:  41.34701     317.0     292.1      24.9     156.4
  1870:  41.36647     282.0     283.9      -1.9     156.4
  1871:  41.38592     273.0     279.4      -6.4     156.3
  1872:  41.40538     270.0     277.9      -7.9     156.2
  1873:  41.42484     236.0     276.2     -40.2     156.1
  1874:  41.44430     273.0     273.0       0.0     156.0
  1875:  41.46375     264.0     270.3      -6.3     155.9
  1876:  41.48321     292.0     271.6      20.4     155.9
  1877:  41.50267     287.0     279.1       7.9     155.8
  1878:  41.52213     298.0     294.9       3.1     155.7
  1879:  41.54158     329.0     321.4       7.6     155.6
  1880:  41.56104     370.0     361.1       8.9     155.5
  1881:  41.58050     422.0     415.9       6.1     155.5
  1882:  41.59996     456.0     498.1     -42.1     155.4
  1883:  41.61942     561.0     624.4     -63.4     155.3
  1884:  41.63887     772.0     792.4     -20.4     155.2
  1885:  41.65833     965.0     967.2      -2.2     155.1
  1886:  41.67779    1221.0    1076.4     144.6     155.1
  1887:  41.69725    1092.0    1063.2      28.8     155.0
  1888:  41.71671     897.0     970.5     -73.5     154.9
  1889:  41.73616     812.0     878.9     -66.9     154.8
  1890:  41.75562     864.0     827.9      36.1     154.7
  1891:  41.77508     879.0     804.9      74.1     154.6
  1892:  41.79454     807.0     765.3      41.7     154.6
  1893:  41.81399     730.0     684.8      45.2     154.5
  1894:  41.83345     538.0     583.4     -45.4     154.4
  1895:  41.85291     510.0     489.7      20.3     154.3
  1896:  41.87236     413.0     418.0      -5.0     154.2
  1897:  41.89182     353.0     369.5     -16.5     154.2
  1898:  41.91128     298.0     337.9     -39.9     154.1
  1899:  41.93074     269.0     316.3     -47.3     154.0
  1900:  41.95020     267.0     300.0     -33.0     153.9
  1901:  41.96965     256.0     287.1     -31.1     153.8
  1902:  41.98911     237.0     277.6     -40.6     153.8
  1903:  42.00857     237.0     271.7     -34.7     153.7
  1904:  42.02803     236.0     270.4     -34.4     153.6
  1905:  42.04749     227.0     274.4     -47.4     153.5
  1906:  42.06694     258.0     283.6     -25.6     153.4
  1907:  42.08640     247.0     295.3     -48.3     153.4
  1908:  42.10586     271.0     305.3     -34.3     153.3
  1909:  42.12532     273.0     312.3     -39.3     153.2
  1910:  42.14478     331.0     320.3      10.7     153.1
  1911:  42.16423     331.0     332.4      -1.4     153.0
  1912:  42.18369     357.0     346.0      11.0     153.0
  1913:  42.20315     354.0     356.4      -2.4     152.9
  1914:  42.22260     364.0     363.1       0.9     152.8
  1915:  42.24206     371.0     369.5       1.5     152.7
  1916:  42.26152     382.0     376.7       5.3     152.6
  1917:  42.28098     421.0     378.7      42.3     152.6
  1918:  42.30043     434.0     366.6      67.4     152.5
  1919:  42.31989     337.0     342.3      -5.3     152.4
  1920:  42.33935     350.0     315.9      34.1     152.3
  1921:  42.35881     324.0     295.2      28.8     152.2
  1922:  42.37827     313.0     281.2      31.8     152.2
  1923:  42.39772     311.0     270.0      41.0     152.1
  1924:  42.41718     274.0     258.1      15.9     152.0
  1925:  42.43664     265.0     246.4      18.6     151.9
  1926:  42.45610     250.0     237.8      12.2     151.8
  1927:  42.47556     205.0     234.0     -29.0     151.8
  1928:  42.49501     234.0     233.8       0.2     151.7
  1929:  42.51447     227.0     235.3      -8.3     151.6
  1930:  42.53393     227.0     235.8      -8.8     151.5
  1931:  42.55339     226.0     234.8      -8.8     151.4
  1932:  42.57284     212.0     232.8     -20.8     151.4
  1933:  42.59230     266.0     230.8      35.2     151.3
  1934:  42.61176     222.0     229.7      -7.7     151.2
  1935:  42.63122     232.0     229.0       3.0     151.1
  1936:  42.65067     210.0     228.4     -18.4     151.0
  1937:  42.67013     207.0     227.2     -20.2     151.0
  1938:  42.68959     189.0     224.2     -35.2     150.9
  1939:  42.70905     193.0     218.8     -25.8     150.8
  1940:  42.72850     231.0     212.4      18.6     150.7
  1941:  42.74796     209.0     206.5       2.5     150.7
  1942:  42.76742     181.0     202.4     -21.4     150.6
  1943:  42.78688     189.0     200.0     -11.0     150.5
  1944:  42.80634     168.0     198.5     -30.5     150.4
  1945:  42.82579     170.0     197.4     -27.4     150.3
  1946:  42.84525     181.0     197.1     -16.1     150.3
  1947:  42.86471     165.0     198.1     -33.1     150.2
  1948:  42.88417     177.0     201.0     -24.0     150.1
  1949:  42.90363     203.0     206.0      -3.0     150.0
  1950:  42.92308     196.0     212.9     -16.9     150.0
  1951:  42.94254     223.0     221.2       1.8     149.9
  1952:  42.96200     217.0     229.7     -12.7     149.8
  1953:  42.98146     248.0     237.5      10.5     149.7
  1954:  43.00091     220.0     243.9     -23.9     149.6
  1955:  43.02037     258.0     249.8       8.2     149.6
  1956:  43.03983     228.0     256.0     -28.0     149.5
  1957:  43.05929     292.0     262.3      29.7     149.4
  1958:  43.07874     254.0     267.0     -13.0     149.3
  1959:  43.09820     315.0     266.4      48.6     149.3
  1960:  43.11766     319.0     259.7      59.3     149.2
  1961:  43.13712     262.0     250.6      11.4     149.1
  1962:  43.15657     244.0     242.8       1.2     149.0
  1963:  43.17603     234.0     237.1      -3.1     148.9
  1964:  43.19549     248.0     231.2      16.8     148.9
  1965:  43.21495     259.0     223.4      35.6     148.8
  1966:  43.23441     256.0     213.6      42.4     148.7
  1967:  43.25386     228.0     204.1      23.9     148.6
  1968:  43.27332     206.0     196.1       9.9     148.6
  1969:  43.29278     203.0     189.9      13.1     148.5
  1970:  43.31224     181.0     184.8      -3.8     148.4
  1971:  43.33170     185.0     180.9       4.1     148.3
  1972:  43.35115     169.0     178.2      -9.2     148.3
  1973:  43.37061     185.0     176.3       8.7     148.2
  1974:  43.39007     184.0     174.8       9.2     148.1
  1975:  43.40953     165.0     173.1      -8.1     148.0
  1976:  43.42898     181.0     171.0      10.0     148.0
  1977:  43.44844     176.0     169.2       6.8     147.9
  1978:  43.46790     191.0     168.3      22.7     147.8
  1979:  43.48735     166.0     168.0      -2.0     147.7
  1980:  43.50681     170.0     168.1       1.9     147.7
  1981:  43.52627     172.0     168.3       3.7     147.6
  1982:  43.54573     134.0     168.3     -34.3     147.5
  1983:  43.56519     153.0     168.5     -15.5     147.4
  1984:  43.58464     198.0     168.8      29.2     147.4
  1985:  43.60410     190.0     169.6      20.4     147.3
  1986:  43.62356     164.0     170.6      -6.6     147.2
  1987:  43.64302     169.0     171.5      -2.5     147.1
  1988:  43.66248     190.0     172.4      17.6     147.0
  1989:  43.68193     188.0     173.2      14.8     147.0
  1990:  43.70139     174.0     174.2      -0.2     146.9
  1991:  43.72085     202.0     175.3      26.7     146.8
  1992:  43.74031     163.0     177.5     -14.5     146.8
  1993:  43.75977     179.0     182.6      -3.6     146.7
  1994:  43.77922     203.0     190.5      12.5     146.6
  1995:  43.79868     187.0     194.1      -7.1     146.5
  1996:  43.81814     174.0     190.7     -16.7     146.5
  1997:  43.83759     192.0     188.8       3.2     146.4
  1998:  43.85705     181.0     188.1      -7.1     146.3
  1999:  43.87651     169.0     186.1     -17.1     146.2
  2000:  43.89597     179.0     185.6      -6.6     146.2
  2001:  43.91542     213.0     185.1      27.9     146.1
  2002:  43.93488     197.0     183.4      13.6     146.0
  2003:  43.95434     197.0     183.8      13.2     145.9
  2004:  43.97380     188.0     185.0       3.0     145.9
  2005:  43.99326     212.0     186.0      26.0     145.8
  2006:  44.01271     188.0     189.0      -1.0     145.7
  2007:  44.03217     221.0     195.6      25.4     145.6
  2008:  44.05163     211.0     205.7       5.3     145.6
  2009:  44.07109     224.0     219.7       4.3     145.5
  2010:  44.09055     229.0     238.7      -9.7     145.4
  2011:  44.11000     244.0     264.5     -20.5     145.3
  2012:  44.12946     280.0     299.1     -19.1     145.3
  2013:  44.14892     302.0     342.5     -40.5     145.2
  2014:  44.16838     397.0     389.8       7.2     145.1
  2015:  44.18783     423.0     431.2      -8.2     145.1
  2016:  44.20729     469.0     456.4      12.6     145.0
  2017:  44.22675     495.0     468.9      26.1     144.9
  2018:  44.24621     451.0     468.4     -17.4     144.8
  2019:  44.26566     441.0     437.2       3.8     144.8
  2020:  44.28512     421.0     403.4      17.6     144.7
  2021:  44.30458     370.0     390.2     -20.2     144.6
  2022:  44.32404     417.0     389.0      28.0     144.5
  2023:  44.34349     378.0     384.1      -6.1     144.5
  2024:  44.36295     340.0     362.6     -22.6     144.4
  2025:  44.38241     314.0     319.1      -5.1     144.3
  2026:  44.40187     310.0     275.8      34.2     144.3
  2027:  44.42133     276.0     249.0      27.0     144.2
  2028:  44.44078     222.0     237.2     -15.2     144.1
  2029:  44.46024     203.0     231.2     -28.2     144.0
  2030:  44.47970     248.0     224.3      23.7     144.0
  2031:  44.49916     218.0     216.8       1.2     143.9
  2032:  44.51862     225.0     211.1      13.9     143.8
  2033:  44.53807     208.0     208.8      -0.8     143.8
  2034:  44.55753     217.0     210.0       7.0     143.7
  2035:  44.57699     213.0     214.0      -1.0     143.6
  2036:  44.59645     233.0     220.4      12.6     143.5
  2037:  44.61590     227.0     228.7      -1.7     143.5
  2038:  44.63536     230.0     239.4      -9.4     143.4
  2039:  44.65482     248.0     253.5      -5.5     143.3
  2040:  44.67427     283.0     272.1      10.9     143.3
  2041:  44.69373     273.0     296.3     -23.3     143.2
  2042:  44.71319     340.0     326.9      13.1     143.1
  2043:  44.73265     316.0     364.3     -48.3     143.0
  2044:  44.75211     377.0     409.0     -32.0     143.0
  2045:  44.77156     433.0     464.8     -31.8     142.9
  2046:  44.79102     528.0     538.3     -10.3     142.8
  2047:  44.81048     602.0     633.0     -31.0     142.8
  2048:  44.82994     810.0     741.9      68.1     142.7
  2049:  44.84940     954.0     836.1     117.9     142.6
  2050:  44.86885     844.0     870.2     -26.2     142.6
  2051:  44.88831     758.0     834.7     -76.7     142.5
  2052:  44.90777     803.0     772.8      30.2     142.4
  2053:  44.92723     724.0     729.0      -5.0     142.3
  2054:  44.94669     725.0     718.3       6.7     142.3
  2055:  44.96614     722.0     724.5      -2.5     142.2
  2056:  44.98560     694.0     708.2     -14.2     142.1
  2057:  45.00506     646.0     650.0      -4.0     142.1
  2058:  45.02452     552.0     571.3     -19.3     142.0
  2059:  45.04397     510.0     501.1       8.9     141.9
  2060:  45.06343     510.0     454.5      55.5     141.9
  2061:  45.08289     467.0     431.8      35.2     141.8
  2062:  45.10234     482.0     423.9      58.1     141.7
  2063:  45.12180     416.0     421.8      -5.8     141.6
  2064:  45.14126     458.0     424.4      33.6     141.6
  2065:  45.16072     460.0     432.9      27.1     141.5
  2066:  45.18018     460.0     446.5      13.5     141.4
  2067:  45.19963     438.0     460.4     -22.4     141.4
  2068:  45.21909     456.0     467.5     -11.5     141.3
  2069:  45.23855     489.0     463.5      25.5     141.2
  2070:  45.25801     428.0     451.6     -23.6     141.2
  2071:  45.27747     448.0     435.7      12.3     141.1
  2072:  45.29692     409.0     419.7     -10.7     141.0
  2073:  45.31638     419.0     404.1      14.9     141.0
  2074:  45.33584     376.0     386.7     -10.7     140.9
  2075:  45.35530     358.0     366.3      -8.3     140.8
  2076:  45.37476     311.0     344.9     -33.9     140.8
  2077:  45.39421     321.0     324.4      -3.4     140.7
  2078:  45.41367     317.0     307.1       9.9     140.6
  2079:  45.43313     314.0     293.6      20.4     140.6
  2080:  45.45258     277.0     283.5      -6.5     140.5
  2081:  45.47204     295.0     275.5      19.5     140.4
  2082:  45.49150     279.0     268.0      11.0     140.4
  2083:  45.51096     298.0     260.3      37.7     140.3
  2084:  45.53041     281.0     253.8      27.2     140.2
  2085:  45.54987     267.0     249.9      17.1     140.2
  2086:  45.56933     262.0     249.9      12.1     140.1
  2087:  45.58879     234.0     254.3     -20.3     140.0
  2088:  45.60825     265.0     259.8       5.2     140.0
  2089:  45.62770     262.0     261.0       1.0     139.9
  2090:  45.64716     261.0     258.1       2.9     139.8
  2091:  45.66662     272.0     252.7      19.3     139.8
  2092:  45.68608     258.0     246.8      11.2     139.7
  2093:  45.70554     251.0     242.4       8.6     139.6
  2094:  45.72499     247.0     239.9       7.1     139.6
  2095:  45.74445     229.0     237.5      -8.5     139.5
  2096:  45.76391     234.0     234.5      -0.5     139.4
  2097:  45.78337     203.0     231.1     -28.1     139.4
  2098:  45.80282     223.0     227.6      -4.6     139.3
  2099:  45.82228     226.0     224.3       1.7     139.2
  2100:  45.84174     228.0     221.8       6.2     139.2
  2101:  45.86120     223.0     220.7       2.3     139.1
  2102:  45.88065     208.0     221.7     -13.7     139.0
  2103:  45.90011     227.0     224.6       2.4     139.0
  2104:  45.91957     208.0     228.6     -20.6     138.9
  2105:  45.93903     249.0     232.0      17.0     138.8
  2106:  45.95848     246.0     233.0      13.0     138.8
  2107:  45.97794     219.0     229.9     -10.9     138.7
  2108:  45.99740     226.0     224.6       1.4     138.7
  2109:  46.01686     225.0     220.8       4.2     138.6
  2110:  46.03632     232.0     221.3      10.7     138.5
  2111:  46.05577     220.0     227.2      -7.2     138.5
  2112:  46.07523     262.0     238.6      23.4     138.4
  2113:  46.09469     235.0     253.8     -18.8     138.3
  2114:  46.11415     283.0     270.0      13.0     138.3
  2115:  46.13361     254.0     282.0     -28.0     138.2
  2116:  46.15306     268.0     284.9     -16.9     138.1
  2117:  46.17252     288.0     280.5       7.5     138.1
  2118:  46.19198     296.0     272.9      23.1     138.0
  2119:  46.21144     304.0     265.1      38.9     137.9
  2120:  46.23089     278.0     259.1      18.9     137.9
  2121:  46.25035     276.0     254.0      22.0     137.8
  2122:  46.26981     249.0     247.2       1.8     137.8
  2123:  46.28926     221.0     237.5     -16.5     137.7
  2124:  46.30872     212.0     226.0     -14.0     137.6
  2125:  46.32818     217.0     214.4       2.6     137.6
  2126:  46.34764     203.0     203.6      -0.6     137.5
  2127:  46.36710     215.0     194.8      20.2     137.4
  2128:  46.38655     199.0     188.5      10.5     137.4
  2129:  46.40601     176.0     185.1      -9.1     137.3
  2130:  46.42547     188.0     183.9       4.1     137.3
  2131:  46.44493     161.0     183.4     -22.4     137.2
  2132:  46.46439     175.0     181.7      -6.7     137.1
  2133:  46.48384     197.0     179.0      18.0     137.1
  2134:  46.50330     205.0     176.7      28.3     137.0
  2135:  46.52276     177.0     176.1       0.9     136.9
  2136:  46.54222     167.0     177.6     -10.6     136.9
  2137:  46.56168     193.0     180.6      12.4     136.8
  2138:  46.58113     201.0     183.7      17.3     136.8
  2139:  46.60059     194.0     186.4       7.6     136.7
  2140:  46.62005     174.0     188.7     -14.7     136.6
  2141:  46.63950     198.0     190.7       7.3     136.6
  2142:  46.65896     194.0     193.0       1.0     136.5
  2143:  46.67842     238.0     195.6      42.4     136.5
  2144:  46.69788     218.0     198.0      20.0     136.4
  2145:  46.71733     193.0     200.0      -7.0     136.3
  2146:  46.73679     194.0     201.7      -7.7     136.3
  2147:  46.75625     234.0     203.6      30.4     136.2
  2148:  46.77571     232.0     206.9      25.1     136.2
  2149:  46.79517     231.0     212.6      18.4     136.1
  2150:  46.81462     210.0     220.4     -10.4     136.0
  2151:  46.83408     212.0     228.5     -16.5     136.0
  2152:  46.85354     239.0     233.1       5.9     135.9
  2153:  46.87300     236.0     232.4       3.6     135.9
  2154:  46.89246     224.0     228.8      -4.8     135.8
  2155:  46.91191     214.0     225.3     -11.3     135.7
  2156:  46.93137     221.0     224.4      -3.4     135.7
  2157:  46.95083     214.0     226.3     -12.3     135.6
  2158:  46.97029     209.0     229.9     -20.9     135.6
  2159:  46.98974     216.0     233.9     -17.9     135.5
  2160:  47.00920     258.0     239.0      19.0     135.4
  2161:  47.02866     244.0     246.3      -2.3     135.4
  2162:  47.04812     255.0     255.5      -0.5     135.3
  2163:  47.06757     261.0     264.3      -3.3     135.3
  2164:  47.08703     253.0     268.2     -15.2     135.2
  2165:  47.10649     273.0     265.8       7.2     135.1
  2166:  47.12595     282.0     261.2      20.8     135.1
  2167:  47.14540     267.0     258.4       8.6     135.0
  2168:  47.16486     256.0     258.2      -2.2     135.0
  2169:  47.18432     247.0     258.8     -11.8     134.9
  2170:  47.20378     243.0     256.7     -13.7     134.8
  2171:  47.22324     260.0     249.9      10.1     134.8
  2172:  47.24269     224.0     239.6     -15.6     134.7
  2173:  47.26215     211.0     228.8     -17.8     134.7
  2174:  47.28161     216.0     218.9      -2.9     134.6
  2175:  47.30107     227.0     210.4      16.6     134.6
  2176:  47.32053     217.0     203.0      14.0     134.5
  2177:  47.33998     202.0     196.1       5.9     134.4
  2178:  47.35944     168.0     189.5     -21.5     134.4
  2179:  47.37890     164.0     183.5     -19.5     134.3
  2180:  47.39836     179.0     178.4       0.6     134.3
  2181:  47.41781     163.0     174.2     -11.2     134.2
  2182:  47.43727     185.0     170.8      14.2     134.2
  2183:  47.45673     180.0     168.1      11.9     134.1
  2184:  47.47619     188.0     166.0      22.0     134.0
  2185:  47.49564     172.0     164.5       7.5     134.0
  2186:  47.51510     176.0     163.2      12.8     133.9
  2187:  47.53456     172.0     162.5       9.5     133.9
  2188:  47.55402     148.0     162.2     -14.2     133.8
  2189:  47.57347     174.0     162.3      11.7     133.8
  2190:  47.59293     153.0     163.1     -10.1     133.7
  2191:  47.61239     148.0     164.4     -16.4     133.7
  2192:  47.63185     162.0     165.8      -3.8     133.6
  2193:  47.65131     171.0     166.6       4.4     133.5
  2194:  47.67076     158.0     167.6      -9.6     133.5
  2195:  47.69022     190.0     169.7      20.3     133.4
  2196:  47.70968     197.0     173.8      23.2     133.4
  2197:  47.72914     172.0     180.3      -8.3     133.3
  2198:  47.74860     194.0     189.4       4.6     133.3
  2199:  47.76805     212.0     200.2      11.8     133.2
  2200:  47.78751     214.0     211.6       2.4     133.2
  2201:  47.80697     226.0     221.9       4.1     133.1
  2202:  47.82643     248.0     230.9      17.1     133.0
  2203:  47.84588     286.0     239.8      46.2     133.0
  2204:  47.86534     270.0     250.2      19.8     132.9
  2205:  47.88480     217.0     262.6     -45.6     132.9
  2206:  47.90425     281.0     277.1       3.9     132.8
  2207:  47.92371     260.0     293.1     -33.1     132.8
  2208:  47.94317     282.0     310.4     -28.4     132.7
  2209:  47.96263     316.0     329.1     -13.1     132.7
  2210:  47.98209     312.0     348.0     -36.0     132.6
  2211:  48.00154     389.0     362.7      26.3     132.6
  2212:  48.02100     397.0     368.0      29.0     132.5
  2213:  48.04046     400.0     367.2      32.8     132.5
  2214:  48.05992     359.0     367.5      -8.5     132.4
  2215:  48.07938     350.0     371.5     -21.5     132.3
  2216:  48.09883     342.0     374.9     -32.9     132.3
  2217:  48.11829     350.0     370.6     -20.6     132.2
  2218:  48.13775     379.0     357.9      21.1     132.2
  2219:  48.15721     351.0     341.1       9.9     132.1
  2220:  48.17667     362.0     327.2      34.8     132.1
  2221:  48.19612     348.0     319.3      28.7     132.0
  2222:  48.21558     299.0     314.8     -15.8     132.0
  2223:  48.23504     321.0     307.4      13.6     131.9
  2224:  48.25449     323.0     295.4      27.6     131.9
  2225:  48.27395     270.0     282.2     -12.2     131.8
  2226:  48.29341     314.0     271.5      42.5     131.8
  2227:  48.31287     309.0     265.1      43.9     131.7
  2228:  48.33232     307.0     262.8      44.2     131.7
  2229:  48.35178     281.0     263.1      17.9     131.6
  2230:  48.37124     327.0     265.6      61.4     131.6
  2231:  48.39070     386.0     270.9     115.1     131.5
  2232:  48.41016     390.0     279.8     110.2     131.5
  2233:  48.42962     392.0     289.8     102.2     131.4
  2234:  48.44907     309.0     296.8      12.2     131.4
  2235:  48.46853     370.0     295.3      74.7     131.3
  2236:  48.48799     296.0     287.8       8.2     131.3
  2237:  48.50745     309.0     279.7      29.3     131.2
  2238:  48.52691     296.0     275.1      20.9     131.2
  2239:  48.54636     330.0     275.8      54.2     131.1
  2240:  48.56582     311.0     280.6      30.4     131.1
  2241:  48.58528     312.0     286.9      25.1     131.0
  2242:  48.60473     247.0     293.2     -46.2     131.0
  2243:  48.62419     309.0     300.8       8.2     130.9
  2244:  48.64365     289.0     311.6     -22.6     130.9
  2245:  48.66311     337.0     325.8      11.2     130.8
  2246:  48.68256     351.0     340.9      10.1     130.8
  2247:  48.70202     363.0     351.9      11.1     130.7
  2248:  48.72148     337.0     360.3     -23.3     130.7
  2249:  48.74094     356.0     379.0     -23.0     130.6
  2250:  48.76040     406.0     419.0     -13.0     130.6
  2251:  48.77985     480.0     450.7      29.3     130.5
  2252:  48.79931     438.0     426.2      11.8     130.5
  2253:  48.81877     381.0     380.4       0.6     130.4
  2254:  48.83823     346.0     345.2       0.8     130.4
  2255:  48.85769     336.0     325.2      10.8     130.3
  2256:  48.87714     341.0     319.8      21.2     130.3
  2257:  48.89660     329.0     325.0       4.0     130.2
  2258:  48.91606     307.0     316.9      -9.9     130.2
  2259:  48.93552     279.0     287.0      -8.0     130.1
  2260:  48.95497     238.0     256.9     -18.9     130.1
  2261:  48.97443     251.0     235.7      15.3     130.0
  2262:  48.99389     232.0     222.3       9.7     130.0
  2263:  49.01335     216.0     213.7       2.3     129.9
  2264:  49.03280     230.0     208.4      21.6     129.9
  2265:  49.05226     156.0     205.7     -49.7     129.8
  2266:  49.07172     174.0     204.0     -30.0     129.8
  2267:  49.09118     170.0     203.3     -33.3     129.7
  2268:  49.11063     209.0     204.1       4.9     129.7
  2269:  49.13009     196.0     207.3     -11.3     129.6
  2270:  49.14955     217.0     214.1       2.9     129.6
  2271:  49.16901     241.0     224.3      16.7     129.5
  2272:  49.18847     233.0     238.0      -5.0     129.5
  2273:  49.20792     286.0     254.7      31.3     129.4
  2274:  49.22738     319.0     273.4      45.6     129.4
  2275:  49.24684     300.0     293.1       6.9     129.4
  2276:  49.26630     335.0     310.4      24.6     129.3
  2277:  49.28576     354.0     321.0      33.0     129.3
  2278:  49.30521     332.0     321.5      10.5     129.2
  2279:  49.32467     331.0     313.5      17.5     129.2
  2280:  49.34413     292.0     303.8     -11.8     129.1
  2281:  49.36359     284.0     297.1     -13.0     129.1
  2282:  49.38304     308.0     290.7      17.3     129.0
  2283:  49.40250     301.0     281.5      19.5     129.0
  2284:  49.42196     282.0     272.3       9.7     128.9
  2285:  49.44142     290.0     264.2      25.8     128.9
  2286:  49.46087     278.0     258.8      19.2     128.8
  2287:  49.48033     242.0     257.9     -15.9     128.8
  2288:  49.49979     243.0     260.8     -17.8     128.8
  2289:  49.51925     266.0     261.7       4.3     128.7
  2290:  49.53870     240.0     261.2     -21.2     128.7
  2291:  49.55816     271.0     272.4      -1.4     128.6
  2292:  49.57762     338.0     311.0      27.0     128.6
  2293:  49.59708     374.0     358.1      15.9     128.5
  2294:  49.61654     355.0     355.6      -0.6     128.5
  2295:  49.63599     351.0     330.7      20.3     128.4
  2296:  49.65545     271.0     320.9     -49.9     128.4
  2297:  49.67491     314.0     325.1     -11.1     128.4
  2298:  49.69437     342.0     334.4       7.6     128.3
  2299:  49.71383     348.0     350.0      -2.0     128.3
  2300:  49.73328     341.0     357.5     -16.5     128.2
  2301:  49.75274     324.0     337.5     -13.5     128.2
  2302:  49.77220     338.0     311.8      26.2     128.1
  2303:  49.79166     283.0     295.3     -12.3     128.1
  2304:  49.81111     267.0     284.9     -17.9     128.1
  2305:  49.83057     287.0     274.6      12.4     128.0
  2306:  49.85003     246.0     263.4     -17.4     128.0
  2307:  49.86948     228.0     252.5     -24.5     127.9
  2308:  49.88894     258.0     242.4      15.6     127.9
  2309:  49.90840     223.0     234.1     -11.1     127.8
  2310:  49.92786     214.0     227.7     -13.7     127.8
  2311:  49.94732     216.0     223.6      -7.6     127.8
  2312:  49.96677     226.0     221.7       4.3     127.7
  2313:  49.98623     227.0     221.7       5.3     127.7
  2314:  50.00569     248.0     223.3      24.7     127.6
  2315:  50.02515     208.0     226.5     -18.5     127.6
  2316:  50.04461     212.0     230.7     -18.7     127.5
  2317:  50.06406     246.0     235.8      10.2     127.5
  2318:  50.08352     251.0     241.2       9.8     127.5
  2319:  50.10298     211.0     247.1     -36.1     127.4
  2320:  50.12244     272.0     254.7      17.3     127.4
  2321:  50.14190     262.0     265.2      -3.2     127.3
  2322:  50.16135     321.0     280.2      40.8     127.3
  2323:  50.18081     326.0     298.2      27.8     127.2
  2324:  50.20027     317.0     313.7       3.3     127.2
  2325:  50.21972     287.0     318.8     -31.8     127.2
  2326:  50.23918     317.0     315.6       1.4     127.1
  2327:  50.25864     289.0     309.5     -20.5     127.1
  2328:  50.27810     278.0     304.1     -26.1     127.0
  2329:  50.29755     316.0     300.2      15.8     127.0
  2330:  50.31701     307.0     296.7      10.3     127.0
  2331:  50.33647     294.0     291.8       2.2     126.9
  2332:  50.35593     270.0     284.3     -14.3     126.9
  2333:  50.37539     302.0     276.9      25.1     126.8
  2334:  50.39484     298.0     270.8      27.2     126.8
  2335:  50.41430     269.0     265.3       3.7     126.8
  2336:  50.43376     271.0     257.7      13.3     126.7
  2337:  50.45322     242.0     247.2      -5.2     126.7
  2338:  50.47268     252.0     235.7      16.3     126.6
  2339:  50.49213     263.0     226.0      37.0     126.6
  2340:  50.51159     223.0     219.9       3.1     126.6
  2341:  50.53105     220.0     217.5       2.5     126.5
  2342:  50.55051     195.0     216.3     -21.3     126.5
  2343:  50.56996     199.0     213.5     -14.5     126.4
  2344:  50.58942     192.0     208.7     -16.7     126.4
  2345:  50.60888     197.0     202.7      -5.7     126.4
  2346:  50.62834     240.0     197.9      42.1     126.3
  2347:  50.64779     199.0     195.9       3.1     126.3
  2348:  50.66725     174.0     197.6     -23.6     126.2
  2349:  50.68671     186.0     202.6     -16.6     126.2
  2350:  50.70617     223.0     210.4      12.6     126.2
  2351:  50.72562     240.0     220.6      19.4     126.1
  2352:  50.74508     227.0     233.0      -6.0     126.1
  2353:  50.76454     274.0     245.4      28.6     126.1
  2354:  50.78400     280.0     253.8      26.2     126.0
  2355:  50.80346     278.0     256.5      21.5     126.0
  2356:  50.82291     284.0     255.2      28.8     125.9
  2357:  50.84237     269.0     252.6      16.4     125.9
  2358:  50.86183     259.0     249.9       9.1     125.9
  2359:  50.88129     223.0     247.6     -24.6     125.8
  2360:  50.90075     229.0     244.9     -15.9     125.8
  2361:  50.92020     253.0     240.0      13.0     125.8
  2362:  50.93966     235.0     232.3       2.7     125.7
  2363:  50.95912     236.0     222.6      13.4     125.7
  2364:  50.97858     201.0     212.3     -11.3     125.6
  2365:  50.99803     178.0     202.4     -24.4     125.6
  2366:  51.01749     203.0     193.1       9.9     125.6
  2367:  51.03695     169.0     184.8     -15.8     125.5
  2368:  51.05641     165.0     177.5     -12.5     125.5
  2369:  51.07586     172.0     171.6       0.4     125.5
  2370:  51.09532     160.0     167.1      -7.1     125.4
  2371:  51.11478     154.0     163.8      -9.8     125.4
  2372:  51.13424     164.0     161.6       2.4     125.4
  2373:  51.15369     146.0     160.3     -14.3     125.3
  2374:  51.17315     155.0     159.8      -4.8     125.3
  2375:  51.19261     145.0     159.8     -14.8     125.2
  2376:  51.21207     182.0     161.1      20.9     125.2
  2377:  51.23153     171.0     163.7       7.3     125.2
  2378:  51.25098     169.0     167.8       1.2     125.1
  2379:  51.27044     198.0     173.2      24.8     125.1
  2380:  51.28990     166.0     178.5     -12.5     125.1
  2381:  51.30936     177.0     183.4      -6.4     125.0
  2382:  51.32882     161.0     187.5     -26.5     125.0
  2383:  51.34827     186.0     191.9      -5.9     125.0
  2384:  51.36773     196.0     197.7      -1.7     124.9
  2385:  51.38719     192.0     205.4     -13.4     124.9
  2386:  51.40665     252.0     215.1      36.9     124.9
  2387:  51.42610     280.0     226.9      53.1     124.8
  2388:  51.44556     209.0     241.3     -32.3     124.8
  2389:  51.46502     261.0     258.3       2.7     124.7
  2390:  51.48447     276.0     277.1      -1.1     124.7
  2391:  51.50393     291.0     296.4      -5.4     124.7
  2392:  51.52339     284.0     312.7     -28.7     124.6
  2393:  51.54285     301.0     318.5     -17.5     124.6
  2394:  51.56231     296.0     309.4     -13.4     124.6
  2395:  51.58176     281.0     291.6     -10.6     124.5
  2396:  51.60122     272.0     272.9      -0.9     124.5
  2397:  51.62068     255.0     257.9      -2.9     124.5
  2398:  51.64014     267.0     248.3      18.7     124.4
  2399:  51.65960     234.0     242.7      -8.7     124.4
  2400:  51.67905     230.0     236.6      -6.6     124.4
  2401:  51.69851     213.0     225.9     -12.9     124.3
  2402:  51.71797     199.0     212.0     -13.0     124.3
  2403:  51.73743     191.0     197.6      -6.6     124.3
  2404:  51.75689     214.0     184.7      29.3     124.2
  2405:  51.77634     159.0     174.8     -15.8     124.2
  2406:  51.79580     177.0     167.7       9.3     124.2
  2407:  51.81526     175.0     163.1      11.9     124.1
  2408:  51.83471     169.0     160.2       8.8     124.1
  2409:  51.85417     143.0     158.5     -15.5     124.1
  2410:  51.87363     158.0     157.3       0.7     124.0
  2411:  51.89309     170.0     156.5      13.5     124.0
  2412:  51.91254     173.0     156.7      16.3     124.0
  2413:  51.93200     199.0     158.3      40.7     123.9
  2414:  51.95146     181.0     161.7      19.3     123.9
  2415:  51.97092     192.0     167.0      25.0     123.9
  2416:  51.99038     181.0     173.2       7.8     123.9
  2417:  52.00983     192.0     178.3      13.7     123.8
  2418:  52.02929     189.0     181.4       7.6     123.8
  2419:  52.04875     172.0     183.3     -11.3     123.8
  2420:  52.06821     190.0     186.0       4.0     123.7
  2421:  52.08767     207.0     191.1      15.9     123.7
  2422:  52.10712     203.0     199.1       3.9     123.7
  2423:  52.12658     196.0     208.8     -12.8     123.6
  2424:  52.14604     230.0     218.3      11.7     123.6
  2425:  52.16550     206.0     224.8     -18.8     123.6
  2426:  52.18495     201.0     228.9     -27.9     123.5
  2427:  52.20441     242.0     232.0      10.0     123.5
  2428:  52.22387     248.0     234.3      13.7     123.5
  2429:  52.24333     273.0     236.5      36.5     123.4
  2430:  52.26278     241.0     239.2       1.8     123.4
  2431:  52.28224     246.0     242.0       4.0     123.4
  2432:  52.30170     264.0     244.6      19.4     123.4
  2433:  52.32116     252.0     247.9       4.1     123.3
  2434:  52.34061     271.0     253.0      18.0     123.3
  2435:  52.36007     240.0     259.8     -19.8     123.3
  2436:  52.37953     261.0     268.0      -7.0     123.2
  2437:  52.39899     297.0     275.0      22.0     123.2
  2438:  52.41845     271.0     278.6      -7.6     123.2
  2439:  52.43790     261.0     278.7     -17.7     123.1
  2440:  52.45736     292.0     275.9      16.1     123.1
  2441:  52.47682     289.0     271.9      17.1     123.1
  2442:  52.49628     257.0     268.6     -11.6     123.1
  2443:  52.51574     290.0     266.2      23.8     123.0
  2444:  52.53519     277.0     264.3      12.7     123.0
  2445:  52.55465     265.0     261.8       3.2     123.0
  2446:  52.57411     247.0     258.1     -11.1     122.9
  2447:  52.59357     241.0     252.7     -11.7     122.9
  2448:  52.61302     247.0     246.1       0.9     122.9
  2449:  52.63248     243.0     238.8       4.2     122.8
  2450:  52.65194     224.0     231.8      -7.8     122.8
  2451:  52.67140     198.0     225.7     -27.7     122.8
  2452:  52.69085     240.0     221.4      18.6     122.8
  2453:  52.71031     225.0     218.8       6.2     122.7
  2454:  52.72977     229.0     217.2      11.8     122.7
  2455:  52.74923     205.0     215.1     -10.1     122.7
  2456:  52.76868     205.0     212.2      -7.2     122.6
  2457:  52.78814     213.0     209.5       3.5     122.6
  2458:  52.80760     220.0     206.6      13.4     122.6
  2459:  52.82706     196.0     203.5      -7.5     122.6
  2460:  52.84652     239.0     200.7      38.3     122.5
  2461:  52.86597     204.0     198.6       5.4     122.5
  2462:  52.88543     220.0     197.0      23.0     122.5
  2463:  52.90489     225.0     195.9      29.1     122.4
  2464:  52.92435     228.0     195.2      32.8     122.4
  2465:  52.94381     201.0     195.6       5.4     122.4
  2466:  52.96326     185.0     196.8     -11.8     122.4
  2467:  52.98272     192.0     197.6      -5.6     122.3
  2468:  53.00218     207.0     197.4       9.6     122.3
  2469:  53.02164     200.0     196.7       3.3     122.3
  2470:  53.04109     207.0     196.8      10.2     122.3
  2471:  53.06055     207.0     198.0       9.0     122.2
  2472:  53.08001     209.0     200.6       8.4     122.2
  2473:  53.09946     216.0     204.3      11.7     122.2
  2474:  53.11892     180.0     208.4     -28.4     122.1
  2475:  53.13838     187.0     211.6     -24.6     122.1
  2476:  53.15784     235.0     214.3      20.7     122.1
  2477:  53.17730     218.0     216.6       1.4     122.1
  2478:  53.19675     233.0     218.8      14.2     122.0
  2479:  53.21621     230.0     220.6       9.4     122.0
  2480:  53.23567     240.0     221.7      18.3     122.0
  2481:  53.25513     237.0     222.9      14.1     122.0
  2482:  53.27459     280.0     225.8      54.2     121.9
  2483:  53.29404     272.0     232.9      39.1     121.9
  2484:  53.31350     297.0     245.4      51.6     121.9
  2485:  53.33296     337.0     263.4      73.6     121.8
  2486:  53.35242     332.0     284.4      47.6     121.8
  2487:  53.37188     286.0     302.9     -16.9     121.8
  2488:  53.39133     279.0     310.6     -31.6     121.8
  2489:  53.41079     279.0     306.8     -27.8     121.7
  2490:  53.43025     281.0     298.1     -17.1     121.7
  2491:  53.44970     268.0     288.0     -20.0     121.7
  2492:  53.46916     299.0     275.1      23.9     121.7
  2493:  53.48862     297.0     262.5      34.5     121.6
  2494:  53.50808     260.0     254.2       5.8     121.6
  2495:  53.52753     246.0     248.0      -2.0     121.6
  2496:  53.54699     219.0     241.1     -22.1     121.6
  2497:  53.56645     242.0     234.8       7.2     121.5
  2498:  53.58591     228.0     230.1      -2.1     121.5
  2499:  53.60537     221.0     226.6      -5.6     121.5
  2500:  53.62482     242.0     222.7      19.3     121.5
  2501:  53.64428     229.0     219.0      10.0     121.4
  2502:  53.66374     216.0     215.1       0.9     121.4
  2503:  53.68320     221.0     211.6       9.4     121.4
  2504:  53.70266     234.0     208.2      25.8     121.4
  2505:  53.72211     201.0     205.2      -4.2     121.3
  2506:  53.74157     194.0     202.5      -8.5     121.3
  2507:  53.76103     217.0     200.9      16.1     121.3
  2508:  53.78049     185.0     199.7     -14.7     121.3
  2509:  53.79994     190.0     198.0      -8.0     121.2
  2510:  53.81940     200.0     195.4       4.6     121.2
  2511:  53.83886     191.0     192.3      -1.3     121.2
  2512:  53.85832     176.0     188.6     -12.6     121.2
  2513:  53.87777     183.0     184.8      -1.8     121.1
  2514:  53.89723     166.0     181.0     -15.0     121.1
  2515:  53.91669     199.0     178.1      20.9     121.1
  2516:  53.93615     182.0     176.2       5.8     121.1
  2517:  53.95560     171.0     175.6      -4.6     121.0
  2518:  53.97506     209.0     176.3      32.7     121.0
  2519:  53.99452     167.0     177.7     -10.7     121.0
  2520:  54.01398     185.0     180.2       4.8     121.0
  2521:  54.03344     179.0     185.2      -6.2     120.9
  2522:  54.05289     197.0     193.0       4.0     120.9
  2523:  54.07235     214.0     200.8      13.2     120.9
  2524:  54.09181     205.0     205.4      -0.4     120.9
  2525:  54.11127     199.0     210.3     -11.3     120.8
  2526:  54.13073     217.0     217.7      -0.7     120.8
  2527:  54.15018     255.0     228.1      26.9     120.8
  2528:  54.16964     237.0     242.0      -5.0     120.8
  2529:  54.18910     243.0     259.6     -16.6     120.7
  2530:  54.20856     289.0     280.0       9.0     120.7
  2531:  54.22801     329.0     300.9      28.1     120.7
  2532:  54.24747     304.0     322.4     -18.4     120.7
  2533:  54.26693     328.0     343.8     -15.8     120.7
  2534:  54.28638     335.0     359.6     -24.6     120.6
  2535:  54.30584     316.0     362.1     -46.1     120.6
  2536:  54.32530     333.0     353.1     -20.1     120.6
  2537:  54.34476     344.0     339.6       4.4     120.6
  2538:  54.36422     330.0     327.4       2.6     120.5
  2539:  54.38367     330.0     320.0      10.0     120.5
  2540:  54.40313     307.0     318.7     -11.7     120.5
  2541:  54.42259     328.0     321.1       6.9     120.5
  2542:  54.44205     299.0     321.6     -22.6     120.4
  2543:  54.46151     290.0     316.8     -26.8     120.4
  2544:  54.48096     313.0     307.1       5.9     120.4
  2545:  54.50042     293.0     294.5      -1.5     120.4
  2546:  54.51988     301.0     282.2      18.8     120.4
  2547:  54.53934     292.0     272.5      19.5     120.3
  2548:  54.55880     266.0     266.4      -0.4     120.3
  2549:  54.57825     266.0     263.0       3.0     120.3
  2550:  54.59771     236.0     261.0     -25.0     120.3
  2551:  54.61717     264.0     260.6       3.4     120.2
  2552:  54.63662     295.0     262.4      32.6     120.2
  2553:  54.65608     327.0     265.5      61.5     120.2
  2554:  54.67554     266.0     268.8      -2.8     120.2
  2555:  54.69500     243.0     267.6     -24.6     120.1
  2556:  54.71445     283.0     259.8      23.2     120.1
  2557:  54.73391     243.0     247.7      -4.7     120.1
  2558:  54.75337     256.0     235.1      20.9     120.1
  2559:  54.77283     246.0     225.8      20.2     120.1
  2560:  54.79229     229.0     224.0       5.0     120.0
  2561:  54.81174     223.0     230.6      -7.6     120.0
  2562:  54.83120     243.0     233.4       9.6     120.0
  2563:  54.85066     236.0     223.0      13.0     120.0
  2564:  54.87012     226.0     209.8      16.2     119.9
  2565:  54.88958     184.0     199.7     -15.7     119.9
  2566:  54.90903     192.0     193.4      -1.4     119.9
  2567:  54.92849     204.0     190.7      13.3     119.9
  2568:  54.94795     192.0     191.6       0.4     119.9
  2569:  54.96741     180.0     193.8     -13.8     119.8
  2570:  54.98687     189.0     190.8      -1.8     119.8
  2571:  55.00632     181.0     184.0      -3.0     119.8
  2572:  55.02578     177.0     179.1      -2.1     119.8
  2573:  55.04524     196.0     179.9      16.1     119.7
  2574:  55.06469     173.0     187.7     -14.7     119.7
  2575:  55.08415     215.0     193.9      21.1     119.7
  2576:  55.10361     202.0     188.5      13.5     119.7
  2577:  55.12307     160.0     181.4     -21.4     119.7
  2578:  55.14252     186.0     179.7       6.3     119.6
  2579:  55.16198     205.0     183.9      21.1     119.6
  2580:  55.18144     209.0     192.5      16.5     119.6
  2581:  55.20090     197.0     202.9      -5.9     119.6
  2582:  55.22036     196.0     210.6     -14.6     119.6
  2583:  55.23981     219.0     209.1       9.9     119.5
  2584:  55.25927     171.0     200.1     -29.1     119.5
  2585:  55.27873     215.0     190.9      24.1     119.5
  2586:  55.29819     197.0     186.0      11.0     119.5
  2587:  55.31765     215.0     185.9      29.1     119.4
  2588:  55.33710     199.0     189.7       9.3     119.4
  2589:  55.35656     211.0     196.5      14.5     119.4
  2590:  55.37602     217.0     208.1       8.9     119.4
  2591:  55.39548     227.0     232.3      -5.3     119.4
  2592:  55.41493     281.0     269.4      11.6     119.3
  2593:  55.43439     275.0     294.8     -19.8     119.3
  2594:  55.45385     315.0     316.9      -1.9     119.3
  2595:  55.47331     349.0     367.9     -18.9     119.3
  2596:  55.49276     401.0     420.6     -19.6     119.2
  2597:  55.51222     466.0     431.6      34.4     119.2
  2598:  55.53168     453.0     440.2      12.8     119.2
  2599:  55.55114     509.0     476.5      32.5     119.2
  2600:  55.57059     552.0     538.0      14.0     119.2
  2601:  55.59005     631.0     605.7      25.3     119.1
  2602:  55.60951     730.0     680.0      50.0     119.1
  2603:  55.62897     790.0     749.8      40.2     119.1
  2604:  55.64843     745.0     767.6     -22.6     119.1
  2605:  55.66788     730.0     721.3       8.7     119.1
  2606:  55.68734     650.0     647.9       2.1     119.0
  2607:  55.70680     566.0     579.1     -13.1     119.0
  2608:  55.72626     511.0     528.8     -17.8     119.0
  2609:  55.74572     517.0     499.1      17.9     119.0
  2610:  55.76517     454.0     483.8     -29.8     118.9
  2611:  55.78463     477.0     469.4       7.6     118.9
  2612:  55.80409     411.0     442.3     -31.3     118.9
  2613:  55.82355     398.0     401.0      -3.0     118.9
  2614:  55.84300     362.0     353.8       8.2     118.9
  2615:  55.86246     333.0     309.2      23.8     118.8
  2616:  55.88192     248.0     272.3     -24.3     118.8
  2617:  55.90137     276.0     244.8      31.2     118.8
  2618:  55.92083     229.0     226.2       2.8     118.8
  2619:  55.94029     231.0     215.2      15.8     118.8
  2620:  55.95975     202.0     211.2      -9.2     118.7
  2621:  55.97921     239.0     216.1      22.9     118.7
  2622:  55.99866     252.0     232.4      19.6     118.7
  2623:  56.01812     258.0     256.6       1.4     118.7
  2624:  56.03758     250.0     275.3     -25.3     118.7
  2625:  56.05704     276.0     280.0      -4.0     118.6
  2626:  56.07650     254.0     274.4     -20.4     118.6
  2627:  56.09595     300.0     265.7      34.3     118.6
  2628:  56.11541     339.0     257.2      81.8     118.6
  2629:  56.13487     304.0     250.7      53.3     118.5
  2630:  56.15433     253.0     249.8       3.2     118.5
  2631:  56.17379     248.0     252.2      -4.2     118.5
  2632:  56.19324     250.0     252.5      -2.5     118.5
  2633:  56.21270     237.0     247.5     -10.5     118.5
  2634:  56.23216     230.0     239.6      -9.6     118.4
  2635:  56.25161     219.0     231.0     -12.0     118.4
  2636:  56.27107     208.0     221.8     -13.8     118.4
  2637:  56.29053     219.0     212.1       6.9     118.4
  2638:  56.30999     212.0     203.1       8.9     118.4
  2639:  56.32944     192.0     195.6      -3.6     118.3
  2640:  56.34890     211.0     190.1      20.9     118.3
  2641:  56.36836     200.0     186.4      13.6     118.3
  2642:  56.38782     210.0     185.0      25.0     118.3
  2643:  56.40728     189.0     186.0       3.0     118.2
  2644:  56.42673     166.0     188.8     -22.8     118.2
  2645:  56.44619     200.0     193.2       6.8     118.2
  2646:  56.46565     207.0     198.9       8.1     118.2
  2647:  56.48511     182.0     205.7     -23.7     118.2
  2648:  56.50457     209.0     213.5      -4.5     118.1
  2649:  56.52402     228.0     222.0       6.0     118.1
  2650:  56.54348     246.0     230.1      15.9     118.1
  2651:  56.56294     295.0     237.1      57.9     118.1
  2652:  56.58240     277.0     242.3      34.7     118.1
  2653:  56.60185     246.0     245.7       0.3     118.0
  2654:  56.62131     247.0     248.9      -1.9     118.0
  2655:  56.64077     237.0     253.1     -16.1     118.0
  2656:  56.66023     243.0     259.2     -16.2     118.0
  2657:  56.67968     255.0     268.3     -13.3     117.9
  2658:  56.69914     247.0     281.5     -34.5     117.9
  2659:  56.71860     296.0     299.2      -3.2     117.9
  2660:  56.73806     326.0     320.1       5.9     117.9
  2661:  56.75751     315.0     340.7     -25.7     117.9
  2662:  56.77697     383.0     354.1      28.9     117.8
  2663:  56.79643     365.0     354.0      11.0     117.8
  2664:  56.81589     312.0     344.4     -32.4     117.8
  2665:  56.83535     342.0     330.1      11.9     117.8
  2666:  56.85480     333.0     316.5      16.5     117.7
  2667:  56.87426     298.0     306.8      -8.8     117.7
  2668:  56.89372     290.0     302.5     -12.5     117.7
  2669:  56.91318     303.0     302.0       1.0     117.7
  2670:  56.93264     273.0     300.7     -27.7     117.7
  2671:  56.95209     284.0     294.0     -10.0     117.6
  2672:  56.97155     290.0     282.1       7.9     117.6
  2673:  56.99101     277.0     266.0      11.0     117.6
  2674:  57.01047     253.0     248.3       4.7     117.6
  2675:  57.02992     218.0     231.6     -13.6     117.5
  2676:  57.04938     228.0     217.3      10.7     117.5
  2677:  57.06884     194.0     206.4     -12.4     117.5
  2678:  57.08830     184.0     198.7     -14.7     117.5
  2679:  57.10775     210.0     193.2      16.8     117.5
  2680:  57.12721     187.0     188.8      -1.8     117.4
  2681:  57.14667     187.0     184.4       2.6     117.4
  2682:  57.16613     174.0     180.5      -6.5     117.4
  2683:  57.18559     175.0     176.7      -1.7     117.4
  2684:  57.20504     184.0     173.1      10.9     117.3
  2685:  57.22450     188.0     170.2      17.8     117.3
  2686:  57.24396     169.0     167.8       1.2     117.3
  2687:  57.26342     172.0     166.3       5.7     117.3
  2688:  57.28288     181.0     165.4      15.6     117.3
  2689:  57.30233     157.0     165.5      -8.5     117.2
  2690:  57.32179     154.0     166.0     -12.0     117.2
  2691:  57.34125     166.0     166.4      -0.4     117.2
  2692:  57.36071     183.0     166.5      16.5     117.2
  2693:  57.38016     192.0     166.1      25.9     117.1
  2694:  57.39962     178.0     165.3      12.7     117.1
  2695:  57.41908     183.0     164.3      18.7     117.1
  2696:  57.43854     164.0     163.6       0.4     117.1
  2697:  57.45799     182.0     163.5      18.5     117.0
  2698:  57.47745     153.0     164.1     -11.1     117.0
  2699:  57.49691     165.0     165.4      -0.4     117.0
  2700:  57.51637     168.0     167.2       0.8     117.0
  2701:  57.53582     169.0     169.1      -0.1     117.0
  2702:  57.55528     202.0     170.5      31.5     116.9
  2703:  57.57474     181.0     171.1       9.9     116.9
  2704:  57.59420     175.0     170.5       4.5     116.9
  2705:  57.61366     180.0     168.9      11.1     116.9
  2706:  57.63311     176.0     166.9       9.1     116.8
  2707:  57.65257     146.0     165.3     -19.3     116.8
  2708:  57.67203     158.0     164.2      -6.2     116.8
  2709:  57.69149     182.0     164.5      17.5     116.8
  2710:  57.71095     195.0     166.5      28.5     116.7
  2711:  57.73040     168.0     170.5      -2.5     116.7
  2712:  57.74986     158.0     176.0     -18.0     116.7
  2713:  57.76932     203.0     182.3      20.7     116.7
  2714:  57.78878     187.0     186.9       0.1     116.6
  2715:  57.80823     202.0     188.7      13.3     116.6
  2716:  57.82769     209.0     189.0      20.0     116.6
  2717:  57.84715     176.0     190.4     -14.4     116.6
  2718:  57.86660     181.0     194.9     -13.9     116.5
  2719:  57.88606     180.0     202.8     -22.8     116.5
  2720:  57.90552     208.0     214.6      -6.6     116.5
  2721:  57.92498     212.0     228.9     -16.9     116.5
  2722:  57.94444     233.0     243.5     -10.5     116.4
  2723:  57.96389     234.0     256.2     -22.2     116.4
  2724:  57.98335     260.0     266.1      -6.1     116.4
  2725:  58.00281     252.0     272.4     -20.4     116.4
  2726:  58.02227     264.0     276.3     -12.3     116.3
  2727:  58.04173     297.0     280.3      16.7     116.3
  2728:  58.06118     300.0     285.8      14.2     116.3
  2729:  58.08064     326.0     294.0      32.0     116.3
  2730:  58.10010     328.0     305.3      22.7     116.2
  2731:  58.11956     307.0     319.8     -12.8     116.2
  2732:  58.13902     335.0     336.9      -1.9     116.2
  2733:  58.15847     371.0     355.3      15.7     116.2
  2734:  58.17793     394.0     374.4      19.6     116.1
  2735:  58.19739     391.0     392.9      -1.9     116.1
  2736:  58.21684     431.0     409.2      21.8     116.1
  2737:  58.23630     466.0     426.1      39.9     116.1
  2738:  58.25576     426.0     444.6     -18.6     116.0
  2739:  58.27522     415.0     458.4     -43.4     116.0
  2740:  58.29467     464.0     457.2       6.8     116.0
  2741:  58.31413     443.0     442.9       0.1     115.9
  2742:  58.33359     421.0     422.1      -1.1     115.9
  2743:  58.35305     391.0     393.7      -2.7     115.9
  2744:  58.37251     386.0     363.6      22.4     115.9
  2745:  58.39196     341.0     340.1       0.9     115.8
  2746:  58.41142     330.0     326.0       4.0     115.8
  2747:  58.43088     298.0     317.6     -19.6     115.8
  2748:  58.45034     304.0     307.8      -3.8     115.8
  2749:  58.46980     304.0     295.0       9.0     115.7
  2750:  58.48925     293.0     281.9      11.1     115.7
  2751:  58.50871     288.0     267.8      20.2     115.7
  2752:  58.52817     233.0     254.8     -21.8     115.6
  2753:  58.54763     252.0     246.1       5.9     115.6
  2754:  58.56708     215.0     242.1     -27.1     115.6
  2755:  58.58654     235.0     241.7      -6.7     115.6
  2756:  58.60600     219.0     242.1     -23.1     115.5
  2757:  58.62546     220.0     241.6     -21.6     115.5
  2758:  58.64491     227.0     240.4     -13.4     115.5
  2759:  58.66437     231.0     239.1      -8.1     115.4
  2760:  58.68383     250.0     238.2      11.8     115.4
  2761:  58.70329     229.0     238.3      -9.3     115.4
  2762:  58.72274     259.0     238.9      20.1     115.4
  2763:  58.74220     287.0     239.8      47.2     115.3
  2764:  58.76166     264.0     241.9      22.1     115.3
  2765:  58.78112     273.0     252.1      20.9     115.3
  2766:  58.80058     287.0     274.0      13.0     115.2
  2767:  58.82003     255.0     283.2     -28.2     115.2
  2768:  58.83949     264.0     266.1      -2.1     115.2
  2769:  58.85895     269.0     246.7      22.3     115.2
  2770:  58.87841     270.0     237.7      32.3     115.1
  2771:  58.89787     261.0     238.9      22.1     115.1
  2772:  58.91732     247.0     246.3       0.7     115.1
  2773:  58.93678     281.0     259.7      21.3     115.0
  2774:  58.95624     272.0     279.3      -7.3     115.0
  2775:  58.97570     267.0     295.2     -28.2     115.0
  2776:  58.99515     293.0     294.1      -1.1     114.9
  2777:  59.01461     309.0     285.2      23.8     114.9
  2778:  59.03407     281.0     276.2       4.8     114.9
  2779:  59.05353     305.0     269.6      35.4     114.9
  2780:  59.07298     286.0     265.1      20.9     114.8
  2781:  59.09244     287.0     262.5      24.5     114.8
  2782:  59.11190     282.0     261.6      20.4     114.8
  2783:  59.13136     259.0     261.6      -2.6     114.7
  2784:  59.15081     272.0     262.0      10.0     114.7
  2785:  59.17027     256.0     262.5      -6.5     114.7
  2786:  59.18973     268.0     262.5       5.5     114.6
  2787:  59.20919     276.0     262.6      13.4     114.6
  2788:  59.22865     258.0     264.1      -6.1     114.6
  2789:  59.24810     292.0     268.2      23.8     114.5
  2790:  59.26756     273.0     275.9      -2.9     114.5
  2791:  59.28702     318.0     287.0      31.0     114.5
  2792:  59.30648     312.0     299.6      12.4     114.4
  2793:  59.32594     368.0     309.7      58.3     114.4
  2794:  59.34539     332.0     312.1      19.9     114.4
  2795:  59.36485     318.0     306.5      11.5     114.3
  2796:  59.38431     296.0     295.8       0.2     114.3
  2797:  59.40377     252.0     283.7     -31.7     114.3
  2798:  59.42322     264.0     273.3      -9.3     114.2
  2799:  59.44268     241.0     265.9     -24.9     114.2
  2800:  59.46214     245.0     261.4     -16.4     114.2
  2801:  59.48159     264.0     257.5       6.5     114.1
  2802:  59.50105     247.0     251.8      -4.8     114.1
  2803:  59.52051     210.0     242.9     -32.9     114.1
  2804:  59.53997     259.0     232.0      27.0     114.0
  2805:  59.55943     227.0     220.9       6.1     114.0
  2806:  59.57888     210.0     211.1      -1.1     114.0
  2807:  59.59834     194.0     203.2      -9.2     113.9
  2808:  59.61780     194.0     198.0      -4.0     113.9
  2809:  59.63726     181.0     195.1     -14.1     113.8
  2810:  59.65672     206.0     194.2      11.8     113.8
  2811:  59.67617     195.0     195.8      -0.8     113.8
  2812:  59.69563     193.0     199.5      -6.5     113.7
  2813:  59.71509     225.0     205.6      19.4     113.7
  2814:  59.73455     205.0     213.6      -8.6     113.7
  2815:  59.75401     208.0     223.6     -15.6     113.6
  2816:  59.77346     232.0     235.9      -3.9     113.6
  2817:  59.79292     235.0     249.8     -14.8     113.6
  2818:  59.81238     276.0     265.2      10.8     113.5
  2819:  59.83183     246.0     281.7     -35.7     113.5
  2820:  59.85129     283.0     298.6     -15.6     113.4
  2821:  59.87075     285.0     314.6     -29.6     113.4
  2822:  59.89021     343.0     328.9      14.1     113.4
  2823:  59.90966     357.0     341.0      16.0     113.3
  2824:  59.92912     391.0     352.0      39.0     113.3
  2825:  59.94858     393.0     363.2      29.8     113.3
  2826:  59.96804     386.0     374.4      11.6     113.2
  2827:  59.98750     466.0     385.5      80.5     113.2
  2828:  60.00695     391.0     395.7      -4.7     113.1
  2829:  60.02641     429.0     404.9      24.1     113.1
  2830:  60.04587     428.0     413.1      14.9     113.1
  2831:  60.06533     443.0     419.6      23.4     113.0
  2832:  60.08479     468.0     423.7      44.3     113.0
  2833:  60.10424     408.0     424.8     -16.8     112.9
  2834:  60.12370     418.0     421.6      -3.6     112.9
  2835:  60.14316     411.0     414.9      -3.9     112.9
  2836:  60.16262     391.0     405.7     -14.7     112.8
  2837:  60.18207     430.0     395.1      34.9     112.8
  2838:  60.20153     355.0     385.1     -30.1     112.7
  2839:  60.22099     397.0     377.6      19.4     112.7
  2840:  60.24045     396.0     374.1      21.9     112.7
  2841:  60.25990     396.0     373.9      22.1     112.6
  2842:  60.27936     374.0     374.4      -0.4     112.6
  2843:  60.29882     343.0     371.6     -28.6     112.5
  2844:  60.31828     374.0     363.5      10.5     112.5
  2845:  60.33773     350.0     354.4      -4.4     112.4
  2846:  60.35719     356.0     347.5       8.5     112.4
  2847:  60.37665     351.0     344.0       7.0     112.4
  2848:  60.39611     363.0     340.4      22.6     112.3
  2849:  60.41557     331.0     330.5       0.5     112.3
  2850:  60.43502     302.0     315.8     -13.8     112.2
  2851:  60.45448     292.0     298.9      -6.9     112.2
  2852:  60.47394     270.0     280.8     -10.8     112.1
  2853:  60.49340     270.0     264.2       5.8     112.1
  2854:  60.51286     254.0     251.4       2.6     112.1
  2855:  60.53231     245.0     242.9       2.1     112.0
  2856:  60.55177     246.0     237.9       8.1     112.0
  2857:  60.57123     243.0     232.5      10.5     111.9
  2858:  60.59069     237.0     224.8      12.2     111.9
  2859:  60.61014     224.0     216.2       7.8     111.8
  2860:  60.62960     230.0     207.7      22.3     111.8
  2861:  60.64906     196.0     200.0      -4.0     111.7
  2862:  60.66852     223.0     193.5      29.5     111.7
  2863:  60.68797     192.0     189.0       3.0     111.6
  2864:  60.70743     211.0     187.0      24.0     111.6
  2865:  60.72689     179.0     187.2      -8.2     111.5
  2866:  60.74635     198.0     190.3       7.7     111.5
  2867:  60.76580     232.0     197.0      35.0     111.5
  2868:  60.78526     211.0     207.5       3.5     111.4
  2869:  60.80472     204.0     221.8     -17.8     111.4
  2870:  60.82418     217.0     237.8     -20.8     111.3
  2871:  60.84364     235.0     252.5     -17.5     111.3
  2872:  60.86309     258.0     263.2      -5.2     111.2
  2873:  60.88255     270.0     269.5       0.5     111.2
  2874:  60.90201     302.0     274.5      27.5     111.1
  2875:  60.92147     312.0     281.6      30.4     111.1
  2876:  60.94093     325.0     292.7      32.3     111.0
  2877:  60.96038     328.0     310.6      17.4     111.0
  2878:  60.97984     300.0     339.6     -39.6     110.9
  2879:  60.99930     352.0     371.2     -19.2     110.9
  2880:  61.01876     446.0     386.6      59.4     110.8
  2881:  61.03821     399.0     398.1       0.9     110.8
  2882:  61.05767     391.0     416.9     -25.9     110.7
  2883:  61.07713     427.0     440.4     -13.4     110.7
  2884:  61.09658     433.0     454.5     -21.5     110.6
  2885:  61.11604     437.0     451.8     -14.8     110.6
  2886:  61.13550     417.0     441.7     -24.7     110.5
  2887:  61.15496     439.0     429.8       9.2     110.5
  2888:  61.17442     424.0     413.7      10.3     110.4
  2889:  61.19387     414.0     393.9      20.1     110.3
  2890:  61.21333     363.0     379.2     -16.2     110.3
  2891:  61.23279     379.0     373.0       6.0     110.2
  2892:  61.25225     376.0     370.3       5.7     110.2
  2893:  61.27171     348.0     362.7     -14.7     110.1
  2894:  61.29116     373.0     350.0      23.0     110.1
  2895:  61.31062     310.0     335.2     -25.2     110.0
  2896:  61.33008     315.0     321.1      -6.1     110.0
  2897:  61.34954     290.0     310.5     -20.5     109.9
  2898:  61.36900     316.0     305.9      10.1     109.9
  2899:  61.38845     326.0     309.3      16.7     109.8
  2900:  61.40791     322.0     322.2      -0.2     109.7
  2901:  61.42737     363.0     343.4      19.6     109.7
  2902:  61.44682     394.0     368.7      25.3     109.6
  2903:  61.46628     368.0     390.8     -22.8     109.6
  2904:  61.48574     391.0     400.8      -9.8     109.5
  2905:  61.50520     436.0     401.2      34.8     109.5
  2906:  61.52465     438.0     397.0      41.0     109.4
  2907:  61.54411     415.0     393.4      21.6     109.3
  2908:  61.56357     383.0     393.6     -10.6     109.3
  2909:  61.58303     398.0     399.4      -1.4     109.2
  2910:  61.60249     434.0     409.9      24.1     109.2
  2911:  61.62194     416.0     421.5      -5.5     109.1
  2912:  61.64140     403.0     428.5     -25.5     109.0
  2913:  61.66086     420.0     428.6      -8.6     109.0
  2914:  61.68032     474.0     424.3      49.7     108.9
  2915:  61.69978     521.0     416.6     104.4     108.9
  2916:  61.71923     520.0     404.9     115.1     108.8
  2917:  61.73869     462.0     389.5      72.5     108.7
  2918:  61.75815     409.0     372.7      36.3     108.7
  2919:  61.77761     328.0     356.5     -28.5     108.6
  2920:  61.79706     325.0     340.6     -15.6     108.6
  2921:  61.81652     277.0     325.3     -48.3     108.5
  2922:  61.83598     295.0     311.9     -16.9     108.4
  2923:  61.85544     295.0     300.7      -5.7     108.4
  2924:  61.87489     287.0     291.5      -4.5     108.3
  2925:  61.89435     286.0     283.6       2.4     108.2
  2926:  61.91381     281.0     276.8       4.2     108.2
  2927:  61.93327     292.0     271.3      20.7     108.1
  2928:  61.95272     226.0     265.4     -39.4     108.1
  2929:  61.97218     207.0     257.6     -50.6     108.0
  2930:  61.99164     228.0     248.7     -20.7     107.9
  2931:  62.01110     216.0     238.8     -22.8     107.9
  2932:  62.03056     240.0     228.7      11.3     107.8
  2933:  62.05001     206.0     219.9     -13.9     107.7
  2934:  62.06947     223.0     212.9      10.1     107.7
  2935:  62.08893     178.0     208.1     -30.1     107.6
  2936:  62.10839     195.0     205.1     -10.1     107.5
  2937:  62.12785     181.0     202.9     -21.9     107.5
  2938:  62.14730     199.0     201.0      -2.0     107.4
  2939:  62.16676     187.0     200.4     -13.4     107.3
  2940:  62.18622     192.0     200.9      -8.9     107.3
  2941:  62.20568     205.0     202.8       2.2     107.2
  2942:  62.22513     202.0     205.6      -3.6     107.1
  2943:  62.24459     192.0     208.0     -16.0     107.0
  2944:  62.26405     204.0     208.7      -4.7     107.0
  2945:  62.28351     220.0     208.6      11.4     106.9
  2946:  62.30296     222.0     208.3      13.7     106.8
  2947:  62.32242     208.0     208.7      -0.7     106.8
  2948:  62.34188     228.0     210.7      17.3     106.7
  2949:  62.36134     188.0     214.6     -26.6     106.6
  2950:  62.38079     199.0     220.7     -21.7     106.5
  2951:  62.40025     221.0     228.0      -7.0     106.5
  2952:  62.41971     256.0     233.8      22.2     106.4
  2953:  62.43917     239.0     236.0       3.0     106.3
  2954:  62.45863     235.0     235.1      -0.1     106.3
  2955:  62.47808     235.0     231.5       3.5     106.2
  2956:  62.49754     219.0     225.9      -6.9     106.1
  2957:  62.51700     213.0     219.1      -6.1     106.0
  2958:  62.53646     234.0     212.4      21.6     106.0
  2959:  62.55592     187.0     206.9     -19.9     105.9
  2960:  62.57537     201.0     202.5      -1.5     105.8
  2961:  62.59483     191.0     198.6      -7.6     105.7
  2962:  62.61429     194.0     194.6      -0.6     105.7
  2963:  62.63375     206.0     191.2      14.8     105.6
  2964:  62.65320     199.0     188.7      10.3     105.5
  2965:  62.67266     207.0     187.4      19.6     105.4
  2966:  62.69212     200.0     188.2      11.8     105.3
  2967:  62.71157     199.0     191.7       7.3     105.3
  2968:  62.73103     236.0     197.8      38.2     105.2
  2969:  62.75049     194.0     205.0     -11.0     105.1
  2970:  62.76995     199.0     212.4     -13.4     105.0
  2971:  62.78941     231.0     216.0      15.0     105.0
  2972:  62.80886     222.0     215.6       6.4     104.9
  2973:  62.82832     232.0     213.7      18.3     104.8
  2974:  62.84778     211.0     212.4      -1.4     104.7
  2975:  62.86724     227.0     212.6      14.4     104.6
  2976:  62.88670     191.0     215.6     -24.6     104.5
  2977:  62.90615     215.0     221.5      -6.5     104.5
  2978:  62.92561     206.0     230.0     -24.0     104.4
  2979:  62.94507     220.0     240.0     -20.0     104.3
  2980:  62.96453     259.0     248.8      10.2     104.2
  2981:  62.98399     226.0     254.8     -28.8     104.1
  2982:  63.00344     250.0     258.4      -8.4     104.0
  2983:  63.02290     269.0     261.1       7.9     104.0
  2984:  63.04236     272.0     264.9       7.1     103.9
  2985:  63.06181     259.0     270.2     -11.2     103.8
  2986:  63.08127     262.0     277.5     -15.5     103.7
  2987:  63.10073     269.0     286.4     -17.4     103.6
  2988:  63.12019     253.0     294.9     -41.9     103.5
  2989:  63.13964     288.0     299.5     -11.5     103.4
  2990:  63.15910     286.0     298.1     -12.1     103.4
  2991:  63.17856     279.0     291.8     -12.8     103.3
  2992:  63.19802     292.0     282.8       9.2     103.2
  2993:  63.21748     269.0     273.9      -4.9     103.1
  2994:  63.23693     255.0     266.7     -11.7     103.0
  2995:  63.25639     248.0     261.7     -13.7     102.9
  2996:  63.27585     233.0     259.1     -26.1     102.8
  2997:  63.29531     253.0     257.8      -4.8     102.7
  2998:  63.31477     256.0     256.2      -0.2     102.6
  2999:  63.33422     255.0     256.0      -1.0     102.5
  3000:  63.35368     268.0     257.7      10.3     102.5
  3001:  63.37314     254.0     252.1       1.9     102.4
  3002:  63.39260     252.0     238.7      13.3     102.3
  3003:  63.41205     224.0     225.1      -1.1     102.2
  3004:  63.43151     223.0     214.9       8.1     102.1
  3005:  63.45097     231.0     208.5      22.5     102.0
  3006:  63.47043     224.0     204.9      19.1     101.9
  3007:  63.48988     222.0     203.5      18.5     101.8
  3008:  63.50934     199.0     204.5      -5.5     101.7
  3009:  63.52880     193.0     208.2     -15.2     101.6
  3010:  63.54826     202.0     210.1      -8.1     101.5
  3011:  63.56771     207.0     209.2      -2.2     101.4
  3012:  63.58717     227.0     208.5      18.5     101.3
  3013:  63.60663     204.0     210.2      -6.2     101.2
  3014:  63.62609     221.0     214.4       6.6     101.1
  3015:  63.64555     212.0     220.9      -8.9     101.0
  3016:  63.66500     233.0     229.1       3.9     100.9
  3017:  63.68446     212.0     238.2     -26.2     100.8
  3018:  63.70392     249.0     246.2       2.8     100.7
  3019:  63.72338     276.0     251.5      24.5     100.6
  3020:  63.74284     301.0     253.7      47.3     100.5
  3021:  63.76229     278.0     254.8      23.2     100.4
  3022:  63.78175     248.0     256.0      -8.0     100.3
  3023:  63.80121     259.0     258.4       0.6     100.2
  3024:  63.82067     262.0     262.8      -0.8     100.1
  3025:  63.84012     259.0     269.7     -10.7     100.0
  3026:  63.85958     249.0     278.4     -29.4      99.9
  3027:  63.87904     289.0     288.1       0.9      99.8
  3028:  63.89849     288.0     296.6      -8.6      99.7
  3029:  63.91795     280.0     302.0     -22.0      99.6
  3030:  63.93741     304.0     302.9       1.1      99.5
  3031:  63.95687     317.0     300.9      16.1      99.4
  3032:  63.97633     291.0     296.6      -5.6      99.3
  3033:  63.99578     322.0     289.7      32.3      99.2
  3034:  64.01524     324.0     282.0      42.0      99.1
  3035:  64.03470     301.0     275.1      25.9      98.9
  3036:  64.05416     272.0     270.1       1.9      98.8
  3037:  64.07362     288.0     267.2      20.8      98.7
  3038:  64.09307     267.0     265.6       1.4      98.6
  3039:  64.11253     229.0     264.1     -35.1      98.5
  3040:  64.13199     275.0     262.5      12.5      98.4
  3041:  64.15144     279.0     259.6      19.4      98.3
  3042:  64.17091     283.0     254.4      28.6      98.2
  3043:  64.19036     276.0     248.1      27.9      98.1
  3044:  64.20982     228.0     242.8     -14.8      97.9
  3045:  64.22928     251.0     240.9      10.1      97.8
  3046:  64.24873     263.0     241.9      21.1      97.7
  3047:  64.26820     248.0     240.3       7.7      97.6
  3048:  64.28765     204.0     237.3     -33.3      97.5
  3049:  64.30711     231.0     235.7      -4.7      97.4
  3050:  64.32657     243.0     236.0       7.0      97.3
  3051:  64.34602     248.0     237.7      10.3      97.1
  3052:  64.36548     224.0     239.8     -15.8      97.0
  3053:  64.38494     253.0     242.5      10.5      96.9
  3054:  64.40440     253.0     247.3       5.7      96.8
  3055:  64.42385     221.0     255.2     -34.2      96.7
  3056:  64.44331     301.0     264.2      36.8      96.6
  3057:  64.46277     281.0     274.0       7.0      96.4
  3058:  64.48223     258.0     286.0     -28.0      96.3
  3059:  64.50169     346.0     301.3      44.7      96.2
  3060:  64.52114     322.0     320.7       1.3      96.1
  3061:  64.54060     352.0     344.0       8.0      95.9
  3062:  64.56006     363.0     371.4      -8.4      95.8
  3063:  64.57951     419.0     403.6      15.4      95.7
  3064:  64.59898     464.0     446.3      17.7      95.6
  3065:  64.61843     480.0     508.9     -28.9      95.5
  3066:  64.63789     543.0     582.7     -39.7      95.3
  3067:  64.65735     620.0     624.1      -4.1      95.2
  3068:  64.67680     649.0     646.3       2.7      95.1
  3069:  64.69627     699.0     669.8      29.2      94.9
  3070:  64.71572     710.0     695.7      14.3      94.8
  3071:  64.73518     746.0     714.2      31.8      94.7
  3072:  64.75464     716.0     717.2      -1.2      94.6
  3073:  64.77409     677.0     712.3     -35.3      94.4
  3074:  64.79355     768.0     706.9      61.1      94.3
  3075:  64.81301     702.0     702.5      -0.5      94.2
  3076:  64.83247     709.0     683.7      25.3      94.0
  3077:  64.85192     689.0     651.5      37.5      93.9
  3078:  64.87138     628.0     619.2       8.8      93.8
  3079:  64.89084     626.0     592.2      33.8      93.7
  3080:  64.91030     539.0     569.2     -30.2      93.5
  3081:  64.92976     470.0     548.8     -78.8      93.4
  3082:  64.94921     447.0     534.9     -87.9      93.3
  3083:  64.96867     470.0     532.2     -62.2      93.1
  3084:  64.98813     403.0     540.1    -137.1      93.0
  3085:  65.00758     380.0     553.3    -173.3      92.8
