USER: xray
JADE: WPF Refinement Report
DATE: Tuesday, February 08, 2022, 11:51 AM
FILE: \\CCMR-XRD-Server\Share\ecf56\BC-9_new.brml
IDEN: Commander Sample ID
SCAN: 5.0°/65.047°/0.01946°/64(s), I(p)=3030.0/97.0, Cu(40kV,25mA), Thursday, January 13, 2022, 4:30 PM

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 = 14.24   (9.91073) <1>  [x] c1 = 49.255  (12.6797) <1>
  [x] c2 =-69.7587 (11.4543) <1>  [x] c3 =-90.1032 (31.0677) <1>
  [x] c4 =-132.619 (23.9423) <1>  [x] c5 = 261.05  (39.2888) <1>
  [x] c-1= 3876.6  (310.991) <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 =-0.03491 (0.00127) <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 = 0.33194 (0.0    ) <3> Skew = s0 + s1 x 2θ + s2 x 2θ²
  [x] s1 =-0.43128 (0.0    ) <3>
  [x] s2 = 0.23983 (0.07805) <4>

  [x] p0 = 0.6414  (0.0    ) <3> Lorentzian Component = p0 + p1 x 2θ + p2 x 2θ²
  [x] p1 = 0.18608 (0.0    ) <3>
  [ ] p2 = 0.0     (0.0    ) <4>

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

  Fe+3: F'=-1.1438, 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"=2.8321

  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

  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

  Ti+4: F'=0.2433, F"=1.8681

  18.00, 17.81, 17.26, 16.40, 15.34, 14.17, 12.98, 11.84, 10.82, 9.917
  9.158, 8.529, 8.012, 7.588, 7.234, 6.949, 6.664, 6.427, 6.189, 5.967
  5.745, 5.526, 5.306, 5.088, 4.870, 4.657, 4.443, 4.239, 4.035

  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

  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 = 9.50%]: Actinolite

  Chemical Formula = Fe1.94Mn.046Mg2.964Al3.806Ti.012Ca1.898Na.212Si4.312K.066H1.844O23.802F.184Cl.014

  Reference: Evans B W Yang H, American Mineralogist v83 (1998) p458-475,
  Fe-Mg order-disorder in tremolite-actinolite-ferro-actinolite at ambient
  and high temperature Sample: C79, NMNH 156831, from Green Monster Mine,
  Alaska in uralite from cpx after heating at 700 C ● AMCSD#0001988

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC78.5 [PDF#98-000-3010] [CSD#3010]

  [x] a  = 9.87149 (0.00215) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.11931(0.00224) <2> [x] β  = 104.814 (0.008  ) <2>
  [x] c  = 5.29530 (0.00222) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 915.660 (448)(Å³), Density = 3.1824(g/cm³), Absorption(μ) = 241.7(1/cm)

  [x] SF = 97.887  (4.40326) <1> Intensity Scale Factor
  [x] TF =-1.3003  (0.47753) <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 = 0.12913 (0.01042) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.2021  (0.03897) <3>
  [x] f2 = 0.24912 (0.04189) <3>

  Asymmetry Atoms in Unit Cell = 30, General Site Multiplicity = 8

  [ ] x1 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe1 <Fe+3>
  [ ] y1 = 0.0885  (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] z1 = 0.5     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] B1 = 0.58586 (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] n1 = 0.375   (0.0    ) <4> {                } Fe1 <Fe+3>

  [ ] x2 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn1 <Mn+3>
  [ ] y2 = 0.0885  (0.0    ) <4> {                } Mn1 <Mn+3>
  [ ] z2 = 0.5     (0.0    ) <0> {                } Mn1 <Mn+3>
  [ ] B2 = 0.58586 (0.0    ) <4> {                } Mn1 <Mn+3>
  [ ] n2 = 0.006   (0.0    ) <4> {                } Mn1 <Mn+3>

  [ ] x3 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg1 <Mg+2>
  [ ] y3 = 0.0885  (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] z3 = 0.5     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] B3 = 0.58586 (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n3 = 0.619   (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x4 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe2 <Fe+3>
  [ ] y4 = 0.1776  (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] z4 = 0.0     (0.0    ) <0> {                } Fe2 <Fe+3>
  [ ] B4 = 0.57691 (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] n4 = 0.386   (0.0    ) <4> {                } Fe2 <Fe+3>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn2 <Mn+3>
  [ ] y5 = 0.1776  (0.0    ) <4> {                } Mn2 <Mn+3>
  [ ] z5 = 0.0     (0.0    ) <0> {                } Mn2 <Mn+3>
  [ ] B5 = 0.57691 (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 = 0.1776  (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] z6 = 0.0     (0.0    ) <0> {                } Mg2 <Mg+2>
  [ ] B6 = 0.57691 (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] n6 = 0.534   (0.0    ) <4> {                } Mg2 <Mg+2>

  [ ] x7 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y7 = 0.1776  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z7 = 0.0     (0.0    ) <0> {                } Al2 <Al+3>
  [ ] B7 = 0.57691 (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n7 = 0.059   (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x8 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Ti2 <Ti+4>
  [ ] y8 = 0.1776  (0.0    ) <4> {                } Ti2 <Ti+4>
  [ ] z8 = 0.0     (0.0    ) <0> {                } Ti2 <Ti+4>
  [ ] B8 = 0.57691 (0.0    ) <4> {                } Ti2 <Ti+4>
  [ ] n8 = 0.006   (0.0    ) <4> {                } Ti2 <Ti+4>

  [ ] x9 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Fe3 <Fe+3>
  [ ] y9 = 0.0     (0.0    ) <0> {                } Fe3 <Fe+3>
  [ ] z9 = 0.0     (0.0    ) <0> {                } Fe3 <Fe+3>
  [ ] B9 = 0.45427 (0.0    ) <4> {                } Fe3 <Fe+3>
  [ ] n9 = 0.344   (0.0    ) <4> {                } Fe3 <Fe+3>

  [ ] x10= 0.0     (0.0    ) <0> {Wyckoff = 2     } Mg3 <Mg+2>
  [ ] y10= 0.0     (0.0    ) <0> {                } Mg3 <Mg+2>
  [ ] z10= 0.0     (0.0    ) <0> {                } Mg3 <Mg+2>
  [ ] B10= 0.45427 (0.0    ) <4> {                } Mg3 <Mg+2>
  [ ] n10= 0.656   (0.0    ) <4> {                } Mg3 <Mg+2>

  [ ] x11= 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe4 <Fe+3>
  [ ] y11= 0.2778  (0.0    ) <4> {                } Fe4 <Fe+3>
  [ ] z11= 0.5     (0.0    ) <0> {                } Fe4 <Fe+3>
  [ ] B11= 0.92169 (0.0    ) <4> {                } Fe4 <Fe+3>
  [ ] n11= 0.037   (0.0    ) <4> {                } Fe4 <Fe+3>

  [ ] x12= 0.0     (0.0    ) <0> {Wyckoff = 4     } Mn4 <Mn+3>
  [ ] y12= 0.2778  (0.0    ) <4> {                } Mn4 <Mn+3>
  [ ] z12= 0.5     (0.0    ) <0> {                } Mn4 <Mn+3>
  [ ] B12= 0.92169 (0.0    ) <4> {                } Mn4 <Mn+3>
  [ ] n12= 0.002   (0.0    ) <4> {                } Mn4 <Mn+3>

  [ ] x13= 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg4 <Mg+2>
  [ ] y13= 0.2778  (0.0    ) <4> {                } Mg4 <Mg+2>
  [ ] z13= 0.5     (0.0    ) <0> {                } Mg4 <Mg+2>
  [ ] B13= 0.92169 (0.0    ) <4> {                } Mg4 <Mg+2>
  [ ] n13= 0.001   (0.0    ) <4> {                } Mg4 <Mg+2>

  [ ] x14= 0.0     (0.0    ) <0> {Wyckoff = 4     } Ca4 <Ca+2>
  [ ] y14= 0.2778  (0.0    ) <4> {                } Ca4 <Ca+2>
  [ ] z14= 0.5     (0.0    ) <0> {                } Ca4 <Ca+2>
  [ ] B14= 0.92169 (0.0    ) <4> {                } Ca4 <Ca+2>
  [ ] n14= 0.949   (0.0    ) <4> {                } Ca4 <Ca+2>

  [ ] x15= 0.0     (0.0    ) <0> {Wyckoff = 4     } Na4 <Na+1>
  [ ] y15= 0.2778  (0.0    ) <4> {                } Na4 <Na+1>
  [ ] z15= 0.5     (0.0    ) <0> {                } Na4 <Na+1>
  [ ] B15= 0.92169 (0.0    ) <4> {                } Na4 <Na+1>
  [ ] n15= 0.011   (0.0    ) <4> {                } Na4 <Na+1>

  [ ] x16= 0.28    (0.0    ) <4> {Wyckoff = 8     } Si1 <Si+4>
  [ ] y16= 0.0841  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z16= 0.2961  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B16= 0.44611 (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n16= 0.078   (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x17= 0.28    (0.0    ) <4> {Wyckoff = 8     } Al1 <Al+3>
  [ ] y17= 0.0841  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z17= 0.2961  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B17= 0.44611 (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n17= 0.922   (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x18= 0.2891  (0.0    ) <4> {Wyckoff = 8     } Si2 <Si+4>
  [ ] y18= 0.1709  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z18= 0.8043  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B18= 0.47585 (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n18= 1.0     (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x19= 0.026   (0.0    ) <4> {Wyckoff = 4     } NaA( <Na+1>
  [ ] y19= 0.5     (0.0    ) <0> {                } NaA( <Na+1>
  [ ] z19= 0.066   (0.0    ) <4> {                } NaA( <Na+1>
  [ ] B19= 0.5     (0.0    ) <4> {                } NaA( <Na+1>
  [ ] n19= 0.095   (0.0    ) <4> {                } NaA( <Na+1>

  [ ] x20= 0.026   (0.0    ) <4> {Wyckoff = 4     } KA(m <K +1>
  [ ] y20= 0.5     (0.0    ) <0> {                } KA(m <K +1>
  [ ] z20= 0.066   (0.0    ) <4> {                } KA(m <K +1>
  [ ] B20= 0.5     (0.0    ) <4> {                } KA(m <K +1>
  [ ] n20= 0.033   (0.0    ) <4> {                } KA(m <K +1>

  [ ] x21= 0.172   (0.0    ) <0> {Wyckoff = 4     } H <H +1>
  [ ] y21= 0.0     (0.0    ) <0> {                } H <H +1>
  [ ] z21= 0.744   (0.0    ) <0> {                } H <H +1>
  [ ] B21= 0.5     (0.0    ) <0> {                } H <H +1>
  [ ] n21= 0.922   (0.0    ) <0> {                } H <H +1>

  [ ] x22= 0.1117  (0.0    ) <4> {Wyckoff = 8     } O1 <O -2>
  [ ] y22= 0.0867  (0.0    ) <4> {                } O1 <O -2>
  [ ] z22= 0.216   (0.0    ) <4> {                } O1 <O -2>
  [ ] B22= 0.60139 (0.0    ) <4> {                } O1 <O -2>
  [ ] n22= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x23= 0.12    (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y23= 0.1724  (0.0    ) <4> {                } O2 <O -2>
  [ ] z23= 0.7242  (0.0    ) <4> {                } O2 <O -2>
  [ ] B23= 0.58428 (0.0    ) <4> {                } O2 <O -2>
  [ ] n23= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x24= 0.1089  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y24= 0.0     (0.0    ) <0> {                } O3 <O -2>
  [ ] z24= 0.7142  (0.0    ) <4> {                } O3 <O -2>
  [ ] B24= 0.83773 (0.0    ) <4> {                } O3 <O -2>
  [ ] n24= 0.901   (0.0    ) <4> {                } O3 <O -2>

  [ ] x25= 0.1089  (0.0    ) <4> {Wyckoff = 4     } F3 <F -1>
  [ ] y25= 0.0     (0.0    ) <0> {                } F3 <F -1>
  [ ] z25= 0.7142  (0.0    ) <4> {                } F3 <F -1>
  [ ] B25= 0.83773 (0.0    ) <4> {                } F3 <F -1>
  [ ] n25= 0.092   (0.0    ) <4> {                } F3 <F -1>

  [ ] x26= 0.1089  (0.0    ) <4> {Wyckoff = 4     } Cl3 <Cl-1>
  [ ] y26= 0.0     (0.0    ) <0> {                } Cl3 <Cl-1>
  [ ] z26= 0.7142  (0.0    ) <4> {                } Cl3 <Cl-1>
  [ ] B26= 0.83773 (0.0    ) <4> {                } Cl3 <Cl-1>
  [ ] n26= 0.007   (0.0    ) <4> {                } Cl3 <Cl-1>

  [ ] x27= 0.3664  (0.0    ) <4> {Wyckoff = 8     } O4 <O -2>
  [ ] y27= 0.247   (0.0    ) <4> {                } O4 <O -2>
  [ ] z27= 0.792   (0.0    ) <4> {                } O4 <O -2>
  [ ] B27= 0.84457 (0.0    ) <4> {                } O4 <O -2>
  [ ] n27= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x28= 0.3464  (0.0    ) <4> {Wyckoff = 8     } O5 <O -2>
  [ ] y28= 0.1345  (0.0    ) <4> {                } O5 <O -2>
  [ ] z28= 0.0987  (0.0    ) <4> {                } O5 <O -2>
  [ ] B28= 0.76641 (0.0    ) <4> {                } O5 <O -2>
  [ ] n28= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x29= 0.3443  (0.0    ) <4> {Wyckoff = 8     } O6 <O -2>
  [ ] y29= 0.1186  (0.0    ) <4> {                } O6 <O -2>
  [ ] z29= 0.5887  (0.0    ) <4> {                } O6 <O -2>
  [ ] B29= 0.76272 (0.0    ) <4> {                } O6 <O -2>
  [ ] n29= 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x30= 0.336   (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y30= 0.0     (0.0    ) <0> {                } O7 <O -2>
  [ ] z30= 0.2902  (0.0    ) <4> {                } O7 <O -2>
  [ ] B30= 0.97564 (0.0    ) <4> {                } O7 <O -2>
  [ ] n30= 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   (-0.112,0.087,0.784)     2.0800
  Fe1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.216)      2.0800
  Fe1  (0.0,0.089,0.5)          O3   (-0.109,0.0,0.286)       2.0952
  Fe1  (0.0,0.089,0.5)          O3   (0.109,0.0,0.714)        2.0952
  Fe1  (0.0,0.089,0.5)          O2   (-0.12,0.172,0.276)      2.0987
  Fe1  (0.0,0.089,0.5)          O2   (0.12,0.172,0.724)       2.0987
  Fe1  (0.0,0.089,0.5)          H    (0.172,0.0,0.744)        2.4499
  Fe1  (0.0,0.089,0.5)          H    (-0.172,0.0,0.256)       2.4499
  Mn1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.216)      2.0800
  Mn1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.784)     2.0800
  Mn1  (0.0,0.089,0.5)          O3   (0.109,0.0,0.714)        2.0952
  Mn1  (0.0,0.089,0.5)          O3   (-0.109,0.0,0.286)       2.0952
  Mn1  (0.0,0.089,0.5)          O2   (-0.12,0.172,0.276)      2.0987
  Mn1  (0.0,0.089,0.5)          O2   (0.12,0.172,0.724)       2.0987
  Mn1  (0.0,0.089,0.5)          H    (0.172,0.0,0.744)        2.4499
  Mn1  (0.0,0.089,0.5)          H    (-0.172,0.0,0.256)       2.4499
  Mg1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.216)      2.0800
  Mg1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.784)     2.0800
  Mg1  (0.0,0.089,0.5)          O3   (0.109,0.0,0.714)        2.0952
  Mg1  (0.0,0.089,0.5)          O3   (-0.109,0.0,0.286)       2.0952
  Mg1  (0.0,0.089,0.5)          O2   (-0.12,0.172,0.276)      2.0987
  Mg1  (0.0,0.089,0.5)          O2   (0.12,0.172,0.724)       2.0987
  Mg1  (0.0,0.089,0.5)          H    (-0.172,0.0,0.256)       2.4499
  Mg1  (0.0,0.089,0.5)          H    (0.172,0.0,0.744)        2.4499
  Fe2  (0.0,0.178,0.0)          O4   (0.134,0.253,0.208)      2.0189
  Fe2  (0.0,0.178,0.0)          O4   (-0.134,0.253,-0.208)    2.0189
  Fe2  (0.0,0.178,0.0)          O2   (-0.12,0.172,0.276)      2.1047
  Fe2  (0.0,0.178,0.0)          O2   (0.12,0.172,-0.276)      2.1047
  Fe2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.216)    2.1429
  Fe2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.216)      2.1429
  Mn2  (0.0,0.178,0.0)          O4   (-0.134,0.253,-0.208)    2.0189
  Mn2  (0.0,0.178,0.0)          O4   (0.134,0.253,0.208)      2.0189
  Mn2  (0.0,0.178,0.0)          O2   (-0.12,0.172,0.276)      2.1047
  Mn2  (0.0,0.178,0.0)          O2   (0.12,0.172,-0.276)      2.1047
  Mn2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.216)    2.1429
  Mn2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.216)      2.1429
  Mg2  (0.0,0.178,0.0)          O4   (-0.134,0.253,-0.208)    2.0189
  Mg2  (0.0,0.178,0.0)          O4   (0.134,0.253,0.208)      2.0189
  Mg2  (0.0,0.178,0.0)          O2   (0.12,0.172,-0.276)      2.1047
  Mg2  (0.0,0.178,0.0)          O2   (-0.12,0.172,0.276)      2.1047
  Mg2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.216)    2.1429
  Mg2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.216)      2.1429
  Al2  (0.0,0.178,0.0)          O4   (-0.134,0.253,-0.208)    2.0189
  Al2  (0.0,0.178,0.0)          O4   (0.134,0.253,0.208)      2.0189
  Al2  (0.0,0.178,0.0)          O2   (-0.12,0.172,0.276)      2.1047
  Al2  (0.0,0.178,0.0)          O2   (0.12,0.172,-0.276)      2.1047
  Al2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.216)    2.1429
  Al2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.216)      2.1429
  Ti2  (0.0,0.178,0.0)          O4   (0.134,0.253,0.208)      2.0189
  Ti2  (0.0,0.178,0.0)          O4   (-0.134,0.253,-0.208)    2.0189
  Ti2  (0.0,0.178,0.0)          O2   (-0.12,0.172,0.276)      2.1047
  Ti2  (0.0,0.178,0.0)          O2   (0.12,0.172,-0.276)      2.1047
  Ti2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.216)    2.1429
  Ti2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.216)      2.1429
  Fe3  (0.0,0.0,0.0)            O3   (0.109,0.0,-0.286)       2.0683
  Fe3  (0.0,0.0,0.0)            O3   (-0.109,0.0,0.286)       2.0683
  Fe3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.216)      2.0849
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.216)    2.0849
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.216)   2.0849
  Fe3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.216)     2.0849
  Fe3  (0.0,0.0,0.0)            H    (-0.172,0.0,0.256)       2.4285
  Fe3  (0.0,0.0,0.0)            H    (0.172,0.0,-0.256)       2.4285
  Mg3  (0.0,0.0,0.0)            O3   (0.109,0.0,-0.286)       2.0683
  Mg3  (0.0,0.0,0.0)            O3   (-0.109,0.0,0.286)       2.0683
  Mg3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.216)      2.0849
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.216)    2.0849
  Mg3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.216)     2.0849
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.216)   2.0849
  Mg3  (0.0,0.0,0.0)            H    (0.172,0.0,-0.256)       2.4285
  Mg3  (0.0,0.0,0.0)            H    (-0.172,0.0,0.256)       2.4285
  Fe4  (0.0,0.278,0.5)          O4   (-0.134,0.253,0.792)     2.3184
  Fe4  (0.0,0.278,0.5)          O4   (0.134,0.253,0.208)      2.3184
  Fe4  (0.0,0.278,0.5)          O2   (0.12,0.172,0.724)       2.3960
  Fe4  (0.0,0.278,0.5)          O2   (-0.12,0.172,0.276)      2.3960
  Fe4  (0.0,0.278,0.5)          O6   (0.156,0.381,0.411)      2.5448
  Fe4  (0.0,0.278,0.5)          O6   (-0.156,0.381,0.589)     2.5448
  Fe4  (0.0,0.278,0.5)          O5   (-0.154,0.366,0.099)     2.7735
  Fe4  (0.0,0.278,0.5)          O5   (0.154,0.366,0.901)      2.7735
  Mn4  (0.0,0.278,0.5)          O4   (-0.134,0.253,0.792)     2.3184
  Mn4  (0.0,0.278,0.5)          O4   (0.134,0.253,0.208)      2.3184
  Mn4  (0.0,0.278,0.5)          O2   (-0.12,0.172,0.276)      2.3960
  Mn4  (0.0,0.278,0.5)          O2   (0.12,0.172,0.724)       2.3960
  Mn4  (0.0,0.278,0.5)          O6   (0.156,0.381,0.411)      2.5448
  Mn4  (0.0,0.278,0.5)          O6   (-0.156,0.381,0.589)     2.5448
  Mn4  (0.0,0.278,0.5)          O5   (-0.154,0.366,0.099)     2.7735
  Mn4  (0.0,0.278,0.5)          O5   (0.154,0.366,0.901)      2.7735
  Mg4  (0.0,0.278,0.5)          O4   (-0.134,0.253,0.792)     2.3184
  Mg4  (0.0,0.278,0.5)          O4   (0.134,0.253,0.208)      2.3184
  Mg4  (0.0,0.278,0.5)          O2   (0.12,0.172,0.724)       2.3960
  Mg4  (0.0,0.278,0.5)          O2   (-0.12,0.172,0.276)      2.3960
  Mg4  (0.0,0.278,0.5)          O6   (0.156,0.381,0.411)      2.5448
  Mg4  (0.0,0.278,0.5)          O6   (-0.156,0.381,0.589)     2.5448
  Mg4  (0.0,0.278,0.5)          O5   (-0.154,0.366,0.099)     2.7735
  Mg4  (0.0,0.278,0.5)          O5   (0.154,0.366,0.901)      2.7735
  Ca4  (0.0,0.278,0.5)          O4   (-0.134,0.253,0.792)     2.3184
  Ca4  (0.0,0.278,0.5)          O4   (0.134,0.253,0.208)      2.3184
  Ca4  (0.0,0.278,0.5)          O2   (-0.12,0.172,0.276)      2.3960
  Ca4  (0.0,0.278,0.5)          O2   (0.12,0.172,0.724)       2.3960
  Ca4  (0.0,0.278,0.5)          O6   (0.156,0.381,0.411)      2.5448
  Ca4  (0.0,0.278,0.5)          O6   (-0.156,0.381,0.589)     2.5448
  Ca4  (0.0,0.278,0.5)          O5   (-0.154,0.366,0.099)     2.7735
  Ca4  (0.0,0.278,0.5)          O5   (0.154,0.366,0.901)      2.7735
  Na4  (0.0,0.278,0.5)          O4   (-0.134,0.253,0.792)     2.3184
  Na4  (0.0,0.278,0.5)          O4   (0.134,0.253,0.208)      2.3184
  Na4  (0.0,0.278,0.5)          O2   (0.12,0.172,0.724)       2.3960
  Na4  (0.0,0.278,0.5)          O2   (-0.12,0.172,0.276)      2.3960
  Na4  (0.0,0.278,0.5)          O6   (0.156,0.381,0.411)      2.5448
  Na4  (0.0,0.278,0.5)          O6   (-0.156,0.381,0.589)     2.5448
  Na4  (0.0,0.278,0.5)          O5   (-0.154,0.366,0.099)     2.7735
  Na4  (0.0,0.278,0.5)          O5   (0.154,0.366,0.901)      2.7735
  Si1  (0.28,0.084,0.296)       O1   (0.112,0.087,0.216)      1.6068
  Si1  (0.28,0.084,0.296)       O7   (0.336,0.0,0.29)         1.6240
  Si1  (0.28,0.084,0.296)       O6   (0.344,0.119,0.589)      1.6406
  Si1  (0.28,0.084,0.296)       O5   (0.346,0.135,0.099)      1.6452
  Al1  (0.28,0.084,0.296)       O1   (0.112,0.087,0.216)      1.6068
  Al1  (0.28,0.084,0.296)       O7   (0.336,0.0,0.29)         1.6240
  Al1  (0.28,0.084,0.296)       O6   (0.344,0.119,0.589)      1.6406
  Al1  (0.28,0.084,0.296)       O5   (0.346,0.135,0.099)      1.6452
  Si2  (0.289,0.171,0.804)      O4   (0.366,0.247,0.792)      1.5853
  Si2  (0.289,0.171,0.804)      O2   (0.12,0.172,0.724)       1.6140
  Si2  (0.289,0.171,0.804)      O5   (0.346,0.135,1.099)      1.6536
  Si2  (0.289,0.171,0.804)      O6   (0.344,0.119,0.589)      1.6782
  NaA( (0.026,0.5,0.066)        NaA( (-0.026,0.5,-0.066)      *0.7540
  NaA( (0.026,0.5,0.066)        O7   (-0.164,0.5,0.29)        2.4629
  NaA( (0.026,0.5,0.066)        O7   (0.164,0.5,-0.29)        2.5937
  NaA( (0.026,0.5,0.066)        H    (0.328,0.5,0.256)        2.8924
  NaA( (0.026,0.5,0.066)        O6   (0.156,0.619,0.411)      2.8989
  NaA( (0.026,0.5,0.066)        O6   (0.156,0.381,0.411)      2.8989
  NaA( (0.026,0.5,0.066)        O5   (0.154,0.635,-0.099)     2.9746
  NaA( (0.026,0.5,0.066)        O5   (0.154,0.366,-0.099)     2.9746
  KA(m (0.026,0.5,0.066)        NaA( (-0.026,0.5,-0.066)      *0.7540
  KA(m (0.026,0.5,0.066)        O7   (-0.164,0.5,0.29)        2.4629
  KA(m (0.026,0.5,0.066)        O7   (0.164,0.5,-0.29)        2.5937
  KA(m (0.026,0.5,0.066)        H    (0.328,0.5,0.256)        2.8924
  KA(m (0.026,0.5,0.066)        O6   (0.156,0.619,0.411)      2.8989
  KA(m (0.026,0.5,0.066)        O6   (0.156,0.381,0.411)      2.8989
  KA(m (0.026,0.5,0.066)        O5   (0.154,0.635,-0.099)     2.9746
  KA(m (0.026,0.5,0.066)        O5   (0.154,0.366,-0.099)     2.9746
  H    (0.172,0.0,0.744)        O3   (0.109,0.0,0.714)        *0.6022
  H    (0.172,0.0,0.744)        Fe3  (0.0,0.0,1.0)            2.4285
  H    (0.172,0.0,0.744)        Fe1  (0.0,0.089,0.5)          2.4499
  H    (0.172,0.0,0.744)        Fe1  (0.0,-0.089,0.5)         2.4499
  H    (0.172,0.0,0.744)        NaA( (0.474,0.0,0.934)        2.8924
  H    (0.172,0.0,0.744)        O7   (0.336,0.0,1.29)         2.9312
  H    (0.172,0.0,0.744)        O6   (0.344,-0.119,0.589)     2.9837
  H    (0.172,0.0,0.744)        O6   (0.344,0.119,0.589)      2.9837
  O1   (0.112,0.087,0.216)      Si1  (0.28,0.084,0.296)       1.6068
  O1   (0.112,0.087,0.216)      Fe1  (0.0,0.089,0.5)          2.0800
  O1   (0.112,0.087,0.216)      Fe3  (0.0,0.0,0.0)            2.0849
  O1   (0.112,0.087,0.216)      Fe2  (0.0,0.178,0.0)          2.1429
  O1   (0.112,0.087,0.216)      O7   (0.336,0.0,0.29)         2.6608
  O1   (0.112,0.087,0.216)      O6   (0.344,0.119,0.589)      2.6803
  O1   (0.112,0.087,0.216)      O5   (0.346,0.135,0.099)      2.6906
  O1   (0.112,0.087,0.216)      O1   (-0.112,0.087,-0.216)    2.7416
  O1   (0.112,0.087,0.216)      O3   (-0.109,0.0,0.286)       2.7854
  O1   (0.112,0.087,0.216)      O2   (-0.12,0.172,0.276)      2.8484
  O2   (0.12,0.172,0.724)       Si2  (0.289,0.171,0.804)      1.6140
  O2   (0.12,0.172,0.724)       Fe1  (0.0,0.089,0.5)          2.0987
  O2   (0.12,0.172,0.724)       Fe2  (0.0,0.178,1.0)          2.1047
  O2   (0.12,0.172,0.724)       Fe4  (0.0,0.278,0.5)          2.3960
  O2   (0.12,0.172,0.724)       O5   (0.346,0.135,1.099)      2.6707
  O2   (0.12,0.172,0.724)       O6   (0.344,0.119,0.589)      2.6796
  O2   (0.12,0.172,0.724)       O4   (0.366,0.247,0.792)      2.7250
  O2   (0.12,0.172,0.724)       O1   (-0.112,0.087,0.784)     2.8484
  O2   (0.12,0.172,0.724)       O2   (-0.12,0.172,0.276)      2.8938
  O2   (0.12,0.172,0.724)       O4   (0.134,0.253,1.208)      2.9220
  O2   (0.12,0.172,0.724)       O4   (-0.134,0.253,0.792)     2.9981
  O3   (0.109,0.0,0.714)        H    (0.172,0.0,0.744)        *0.6022
  O3   (0.109,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0683
  O3   (0.109,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.0952
  O3   (0.109,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.0952
  O3   (0.109,0.0,0.714)        O3   (-0.109,0.0,0.286)       2.6971
  O3   (0.109,0.0,0.714)        O1   (-0.112,-0.087,0.784)    2.7854
  O3   (0.109,0.0,0.714)        O1   (-0.112,0.087,0.784)     2.7854
  F3   (0.109,0.0,0.714)        H    (0.172,0.0,0.744)        *0.6022
  F3   (0.109,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0683
  F3   (0.109,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.0952
  F3   (0.109,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.0952
  F3   (0.109,0.0,0.714)        O3   (-0.109,0.0,0.286)       2.6971
  F3   (0.109,0.0,0.714)        O1   (-0.112,0.087,0.784)     2.7854
  F3   (0.109,0.0,0.714)        O1   (-0.112,-0.087,0.784)    2.7854
  Cl3  (0.109,0.0,0.714)        H    (0.172,0.0,0.744)        *0.6022
  Cl3  (0.109,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0683
  Cl3  (0.109,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.0952
  Cl3  (0.109,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.0952
  Cl3  (0.109,0.0,0.714)        O3   (-0.109,0.0,0.286)       2.6971
  Cl3  (0.109,0.0,0.714)        O1   (-0.112,0.087,0.784)     2.7854
  Cl3  (0.109,0.0,0.714)        O1   (-0.112,-0.087,0.784)    2.7854
  O4   (0.366,0.247,0.792)      Si2  (0.289,0.171,0.804)      1.5853
  O4   (0.366,0.247,0.792)      Fe2  (0.5,0.322,1.0)          2.0189
  O4   (0.366,0.247,0.792)      Fe4  (0.5,0.222,0.5)          2.3184
  O4   (0.366,0.247,0.792)      O6   (0.344,0.119,0.589)      2.5493
  O4   (0.366,0.247,0.792)      O5   (0.346,0.135,1.099)      2.6449
  O4   (0.366,0.247,0.792)      O2   (0.12,0.172,0.724)       2.7250
  O4   (0.366,0.247,0.792)      O2   (0.38,0.328,1.276)       2.9220
  O4   (0.366,0.247,0.792)      O4   (0.634,0.247,1.208)      2.9730
  O4   (0.366,0.247,0.792)      O2   (0.62,0.328,0.724)       2.9981
  O5   (0.346,0.135,0.099)      Si1  (0.28,0.084,0.296)       1.6452
  O5   (0.346,0.135,0.099)      Si2  (0.289,0.171,-0.196)     1.6536
  O5   (0.346,0.135,0.099)      O6   (0.344,0.119,0.589)      2.6160
  O5   (0.346,0.135,0.099)      O4   (0.366,0.247,-0.208)     2.6449
  O5   (0.346,0.135,0.099)      O7   (0.336,0.0,0.29)         2.6517
  O5   (0.346,0.135,0.099)      O2   (0.12,0.172,-0.276)      2.6707
  O5   (0.346,0.135,0.099)      O1   (0.112,0.087,0.216)      2.6906
  O5   (0.346,0.135,0.099)      O6   (0.344,0.119,-0.411)     2.7107
  O5   (0.346,0.135,0.099)      Fe4  (0.5,0.222,0.5)          2.7735
  O5   (0.346,0.135,0.099)      NaA( (0.474,0.0,-0.066)       2.9746
  O6   (0.344,0.119,0.589)      Si1  (0.28,0.084,0.296)       1.6406
  O6   (0.344,0.119,0.589)      Si2  (0.289,0.171,0.804)      1.6782
  O6   (0.344,0.119,0.589)      Fe4  (0.5,0.222,0.5)          2.5448
  O6   (0.344,0.119,0.589)      O4   (0.366,0.247,0.792)      2.5493
  O6   (0.344,0.119,0.589)      O5   (0.346,0.135,0.099)      2.6160
  O6   (0.344,0.119,0.589)      O7   (0.336,0.0,0.29)         2.6565
  O6   (0.344,0.119,0.589)      O2   (0.12,0.172,0.724)       2.6796
  O6   (0.344,0.119,0.589)      O1   (0.112,0.087,0.216)      2.6803
  O6   (0.344,0.119,0.589)      O5   (0.346,0.135,1.099)      2.7107
  O6   (0.344,0.119,0.589)      NaA( (0.474,0.0,0.934)        2.8989
  O6   (0.344,0.119,0.589)      H    (0.172,0.0,0.744)        2.9837
  O7   (0.336,0.0,0.29)         Si1  (0.28,0.084,0.296)       1.6240
  O7   (0.336,0.0,0.29)         Si1  (0.28,-0.084,0.296)      1.6240
  O7   (0.336,0.0,0.29)         NaA( (0.526,0.0,0.066)        2.4629
  O7   (0.336,0.0,0.29)         NaA( (0.474,0.0,-0.066)       2.5937
  O7   (0.336,0.0,0.29)         O5   (0.346,0.135,0.099)      2.6517
  O7   (0.336,0.0,0.29)         O5   (0.346,-0.135,0.099)     2.6517
  O7   (0.336,0.0,0.29)         O6   (0.344,-0.119,0.589)     2.6565
  O7   (0.336,0.0,0.29)         O6   (0.344,0.119,0.589)      2.6565
  O7   (0.336,0.0,0.29)         O1   (0.112,0.087,0.216)      2.6608
  O7   (0.336,0.0,0.29)         O1   (0.112,-0.087,0.216)     2.6608
  O7   (0.336,0.0,0.29)         H    (0.172,0.0,-0.256)       2.9312

  140 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)      9.720  9.0597   26.62   58.8  2  137.31   35.07
  2    ( 1 1 0)     10.433  8.4438  100.00   86.5  4  119.06  131.76
  3    ( 0 0 1)     17.273  5.1193    1.99   28.6  2   42.79    2.62
  4    ( 1 3 0)     17.327  5.1036    3.95   28.6  4   42.57    5.20
  5    (-1 1 1)     18.069  4.8961   20.77   68.3  4   39.01   27.37
  6    ( 2 0 0)     18.545  4.7717    1.32   25.0  2   37.03    1.73
  7    ( 0 4 0)     19.546  4.5298   17.11   94.8  2   33.24   22.55
  8    ( 0 2 1)     19.870  4.4570    1.45   19.9  4   32.10    1.91
  9    ( 2 2 0)     20.990  4.2219    4.45   36.7  4   28.68    5.86
  10   (-2 0 1)     21.926  4.0441    0.99   25.6  2   26.17    1.30
  11   ( 1 1 1)     22.198  3.9952    2.67   30.1  4   25.52    3.52
  12   (-1 3 1)     22.807  3.8900   12.70   67.4  4   24.12   16.73
  13   (-2 2 1)     24.044  3.6929    0.34   11.6  4   21.60    0.45
  14   ( 1 3 1)     26.233  3.3900   46.89  149.0  4   18.00   61.78
  15   ( 2 4 0)     27.086  3.2852   27.62  118.1  4   16.83   36.39
  16   ( 3 1 0)     28.429  3.1332   62.90  187.1  4   15.18   82.89
  17   ( 2 0 1)     28.592  3.1157    1.18   36.5  2   14.99    1.56
  18   (-3 1 1)     29.379  3.0342    1.76   32.4  4   14.14    2.32
  19   (-1 5 1)     30.225  2.9512    1.20   27.5  4   13.32    1.58
  20   ( 2 2 1)     30.276  2.9463   27.81  132.5  4   13.27   36.64
  21   ( 3 3 0)     31.732  2.8146   10.01   83.3  4   12.00   13.19
  22   (-3 3 1)     32.594  2.7422   21.88  126.5  4   11.32   28.84
  23   ( 1 5 1)     32.941  2.7141   96.53  268.5  4   11.07  127.19
  24   (-1 1 2)     34.166  2.6196    1.55   35.3  4   10.21    2.04
  25   ( 0 6 1)     34.418  2.6010   40.54  181.8  4   10.06   53.41
  26   ( 0 0 2)     34.993  2.5596    2.90   69.9  2    9.69    3.82
  27   (-2 0 2)     35.235  2.5426   58.24  315.4  2    9.55   76.74
  28   ( 0 2 2)     36.411  2.4632    1.01   30.4  4    8.89    1.33
  29   (-2 2 2)     36.646  2.4480    1.79   40.7  4    8.76    2.36
  30   (-2 6 1)     37.091  2.4197    0.88   28.9  4    8.54    1.17
  31   ( 3 1 1)     37.161  2.4153    0.86   28.6  4    8.51    1.13
  32   (-4 0 1)     37.222  2.4114    0.64   35.0  2    8.47    0.85
  33   ( 3 5 0)     37.558  2.3907    5.71   74.4  4    8.31    7.53
  34   ( 4 0 0)     37.637  2.3858    1.26   49.5  2    8.27    1.66
  35   (-3 5 1)     38.305  2.3458   35.81  190.1  4    7.96   47.19
  36   (-4 2 1)     38.570  2.3303   11.55  108.6  4    7.83   15.21
  37   ( 1 1 2)     38.943  2.3088    0.82   29.3  4    7.67    1.08
  38   ( 4 2 0)     38.973  2.3072    0.19   13.9  4    7.66    0.25
  39   (-1 7 1)     38.979  2.3068   10.99  107.1  4    7.66   14.48
  40   (-3 1 2)     39.385  2.2840   21.29  150.6  4    7.47   28.05
  41   ( 0 8 0)     39.731  2.2649    0.16   18.4  2    7.34    0.21
  42   ( 3 3 1)     39.821  2.2600    1.58   41.5  4    7.30    2.08
  43   ( 0 4 2)     40.409  2.2285    0.14   12.6  4    7.06    0.19
  44   (-2 4 2)     40.624  2.2172    6.00   82.5  4    6.98    7.91
  45   ( 1 7 1)     41.188  2.1882    4.60   73.2  4    6.77    6.07
  46   ( 1 3 2)     41.507  2.1721    0.77   30.1  4    6.65    1.01
  47   ( 2 6 1)     41.580  2.1685   36.68  208.6  4    6.63   48.33
  48   (-3 3 2)     41.926  2.1514    4.24   71.5  4    6.50    5.59
  49   (-1 5 2)     42.206  2.1377    2.55   55.9  4    6.41    3.37
  50   ( 0 8 1)     43.631  2.0713    0.28   19.1  4    5.95    0.37
  51   ( 2 0 2)     44.152  2.0480   19.22  226.5  2    5.79   25.33
  52   ( 2 8 0)     44.195  2.0461    0.18   15.6  4    5.79    0.24
  53   ( 3 5 1)     44.745  2.0223   18.50  159.2  4    5.63   24.37
  54   (-4 0 2)     44.749  2.0221   12.62  186.0  2    5.62   16.63
  55   ( 3 7 0)     45.086  2.0078    5.30   85.9  4    5.53    6.99
  56   ( 2 2 2)     45.328  1.9976    0.55   27.8  4    5.46    0.73
  57   (-3 7 1)     45.731  1.9810    1.93   52.5  4    5.36    2.54
  58   ( 4 0 1)     45.814  1.9776    0.28   28.5  2    5.33    0.37
  59   (-4 2 2)     45.913  1.9735    0.92   36.4  4    5.30    1.21
  60   ( 1 9 0)     46.003  1.9699    4.95   84.6  4    5.29    6.52
  61   ( 1 5 2)     46.285  1.9586    0.43   25.2  4    5.21    0.57
  62   (-5 1 1)     46.536  1.9486    0.48   26.6  4    5.15    0.63
  63   (-3 5 2)     46.669  1.9433    3.36   70.7  4    5.11    4.43
  64   ( 4 2 1)     46.957  1.9321    1.58   48.8  4    5.04    2.09
  65   ( 5 1 0)     47.849  1.8982    4.68   85.5  4    4.83    6.17
  66   (-4 6 1)     48.221  1.8844    4.63   85.7  4    4.75    6.11
  67   (-1 9 1)     48.564  1.8719    8.52  117.0  4    4.67   11.23
  68   ( 2 4 2)     48.724  1.8661    2.68   65.8  4    4.64    3.53
  69   (-5 3 1)     48.776  1.8643    0.53   29.4  4    4.63    0.70
  70   (-1 7 2)     49.154  1.8508    3.19   72.5  4    4.54    4.21
  71   (-4 4 2)     49.278  1.8465    3.32   74.0  4    4.52    4.37
  72   ( 5 3 0)     50.045  1.8200    3.01   71.6  4    4.37    3.97
  73   (0,10,0)     50.282  1.8119    3.15  104.0  2    4.32    4.15
  74   ( 1 9 1)     50.435  1.8068    1.02   42.0  4    4.29    1.34
  75   (-5 1 2)     52.106  1.7528    6.56  109.7  4    3.98    8.64
  76   (-1 1 3)     52.152  1.7513    0.28   22.7  4    3.97    0.37
  77   ( 1 7 2)     52.816  1.7309    0.24   21.4  4    3.86    0.32
  78   (-5 5 1)     53.044  1.7240    3.01   75.6  4    3.82    3.97
  79   (-3 7 2)     53.166  1.7203    1.06   44.9  4    3.80    1.39
  80   ( 3 3 2)     53.485  1.7108    0.55   32.7  4    3.75    0.73
  81   (0,10,1)     53.576  1.7081    1.78   58.7  4    3.74    2.35
  82   ( 0 0 3)     53.633  1.7064    0.47   42.7  2    3.72    0.62
  83   ( 3 9 0)     53.812  1.7012    0.46   30.1  4    3.70    0.61
  84   ( 0 8 2)     53.983  1.6962    0.90   42.1  4    3.67    1.19
  85   (2,10,0)     54.062  1.6939    1.65   57.1  4    3.66    2.18
  86   (-2 8 2)     54.155  1.6912    7.27  119.8  4    3.65    9.57
  87   (-1 3 3)     54.221  1.6893    7.76  123.9  4    3.63   10.23
  88   ( 5 5 0)     54.241  1.6888    0.21   20.6  4    3.64    0.28
  89   (-3 1 3)     54.277  1.6877    0.77   39.1  4    3.62    1.01
  90   (-3 9 1)     54.379  1.6848    1.75   58.9  4    3.61    2.30
  91   ( 0 2 3)     54.655  1.6769    5.09  101.1  4    3.57    6.71
  92   ( 4 6 1)     55.464  1.6544   29.60  247.1  4    3.46   39.00
  93   (-2,10,1)    55.495  1.6536    0.15   17.8  4    3.45    0.20
  94   ( 4 8 0)     55.896  1.6426    7.06  121.6  4    3.40    9.31
  95   (-3 3 3)     56.292  1.6320    0.38   28.4  4    3.34    0.50
  96   (1,11,0)     56.625  1.6232   15.90  184.6  4    3.30   20.95
  97   (-6 2 1)     56.892  1.6162    0.51   33.1  4    3.26    0.67
  98   ( 1 1 3)     57.380  1.6037    0.52   33.7  4    3.20    0.68
  99   ( 3 5 2)     57.505  1.6005    0.32   26.5  4    3.18    0.42
  100  ( 5 3 1)     57.666  1.5964    0.14   17.3  4    3.16    0.18
  101  ( 6 0 0)     57.897  1.5906    5.74  160.0  2    3.14    7.56
  102  (-5 5 2)     58.164  1.5839    0.36   28.6  4    3.10    0.48
  103  (-1 5 3)     58.207  1.5828   26.48  244.2  4    3.09   34.90
  104  ( 6 2 0)     58.870  1.5666    0.82   43.4  4    3.02    1.08
  105  (2,10,1)     58.881  1.5663    1.09   50.0  4    3.02    1.43
  106  (-5 7 1)     59.037  1.5626    0.95   46.7  4    3.00    1.25
  107  ( 4 0 2)     59.233  1.5579    6.76  177.1  2    2.98    8.90
  108  ( 3 9 1)     59.474  1.5521    0.14   17.9  4    2.95    0.18
  109  (-6 0 2)     60.041  1.5388   12.99  248.5  2    2.89   17.11
  110  ( 5 7 0)     60.154  1.5362    0.65   39.4  4    2.88    0.86
  111  (-3 5 3)     60.188  1.5354    1.59   61.6  4    2.87    2.09
  112  ( 4 2 2)     60.192  1.5353    0.91   46.5  4    2.87    1.19
  113  (1,11,1)     60.499  1.5283    0.21   22.5  4    2.84    0.28
  114  ( 1 9 2)     60.742  1.5228    4.40  103.3  4    2.82    5.80
  115  ( 2 8 2)     60.905  1.5191    0.17   20.1  4    2.80    0.22
  116  (-2 6 3)     60.969  1.5176   24.55  244.8  4    2.79   32.34
  117  (-3 9 2)     61.061  1.5156    0.96   48.4  4    2.78    1.26
  118  (0,12,0)     61.312  1.5099   12.06  243.8  2    2.76   15.89
  119  (-4 8 2)     61.382  1.5084    2.34   76.0  4    2.75    3.08
  120  ( 5 5 1)     61.508  1.5056    7.15  133.1  4    2.74    9.42
  121  ( 4 8 1)     62.241  1.4897    0.33   28.8  4    2.67    0.43
  122  ( 0 6 3)     62.427  1.4857    2.27   76.0  4    2.65    3.00
  123  (0,10,2)     62.745  1.4789    0.47   34.6  4    2.62    0.62
  124  (-2,10,2)    62.902  1.4756    2.87   85.9  4    2.61    3.78
  125  ( 4 4 2)     63.017  1.4732    3.44   94.2  4    2.60    4.53
  126  ( 1 5 3)     63.106  1.4713    1.64   65.1  4    2.59    2.16
  127  ( 2 2 3)     63.134  1.4707    1.87   69.5  4    2.58    2.46
  128  ( 3 7 2)     63.224  1.4688    1.04   51.9  4    2.58    1.37
  129  (3,11,0)     63.518  1.4627    6.21  127.4  4    2.55    8.18
  130  (-6 4 2)     63.796  1.4570    3.01   89.1  4    2.53    3.97
  131  (-1 7 3)     63.888  1.4552    3.54   96.6  4    2.52    4.66
  132  (-3,11,1)    64.030  1.4523    1.10   53.9  4    2.51    1.45
  133  (-4,10,1)    64.214  1.4486    0.78   45.4  4    2.49    1.02
  134  (0,12,1)     64.230  1.4483    0.65   41.5  4    2.49    0.85
  135  (4,10,0)     64.494  1.4430    1.98   72.8  4    2.47    2.60
  136  (-6 6 1)     64.495  1.4430   35.02  306.4  4    2.47   46.15
  137  (2,12,0)     64.664  1.4396    0.34   30.1  4    2.45    0.44
  138  (-5 3 3)     65.025  1.4325    2.13   76.0  4    2.42    2.80
  139  (-3 7 3)     65.686  1.4197    0.53   38.1  4    2.36    0.69
  140  (-2,12,1)    65.833  1.4168    0.48   36.4  4    2.35    0.63

Phase #2 [Bragg-R = 12.09%]: Biotite

  Chemical Formula = Si2.72Al1.78Fe1.48Mg.7Ti.16(Na.02K.98)O11.8F.16Cl.04H1.56

  Reference: Brigatti M F Frigieri P Ghezzo c Poppi L, American Mineralogist
  v85 (2000) p436-448, Crystal chemistry of Al-rich biotites coexisting with
  muscovites in peraluminous granites Sample: H87 ● AMCSD#0002387

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC39.7 [PDF#98-000-3409] [CSD#3409]

  [x] a  = 5.34702 (0.00334) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 9.25514 (0.00340) <2> [x] β  = 100.288 (0.027  ) <2>
  [x] c  = 10.25446(0.00367) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 499.308 (404)(Å³), Density = 3.0845(g/cm³), Absorption(μ) = 282.9(1/cm)

  [x] SF = 70.3641 (1.94345) <1> Intensity Scale Factor
  [x] TF =-0.26996 (0.40779) <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 = 0.08364 (0.00924) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.36802 (0.0591 ) <3>
  [x] f2 =-0.18595 (0.06958) <3>

  Asymmetry Atoms in Unit Cell = 17, General Site Multiplicity = 8

  [ ] x1 = 0.0755  (0.0    ) <4> {Wyckoff = 8     } SiT <Si+4>
  [ ] y1 = 0.16709 (0.0    ) <4> {                } SiT <Si+4>
  [ ] z1 = 0.22608 (0.0    ) <4> {                } SiT <Si+4>
  [ ] B1 = 0.30583 (0.0    ) <4> {                } SiT <Si+4>
  [ ] n1 = 0.68    (0.0    ) <4> {                } SiT <Si+4>

  [ ] x2 = 0.0755  (0.0    ) <4> {Wyckoff = 8     } AlT <Al+3>
  [ ] y2 = 0.16709 (0.0    ) <4> {                } AlT <Al+3>
  [ ] z2 = 0.22608 (0.0    ) <4> {                } AlT <Al+3>
  [ ] B2 = 0.30583 (0.0    ) <4> {                } AlT <Al+3>
  [ ] n2 = 0.32    (0.0    ) <4> {                } AlT <Al+3>

  [ ] x3 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Fe1 <Fe+3>
  [ ] y3 = 0.0     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] z3 = 0.5     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] B3 = 0.32214 (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] n3 = 0.68    (0.0    ) <4> {                } Fe1 <Fe+3>

  [ ] x4 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Mg1 <Mg+2>
  [ ] y4 = 0.0     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] z4 = 0.5     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] B4 = 0.32214 (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n4 = 0.16    (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe2 <Fe+3>
  [ ] y5 = 0.33309 (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] z5 = 0.5     (0.0    ) <0> {                } Fe2 <Fe+3>
  [ ] B5 = 0.31399 (0.0    ) <4> {                } Fe2 <Fe+3>
  [ ] n5 = 0.4     (0.0    ) <4> {                } Fe2 <Fe+3>

  [ ] x6 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg2 <Mg+2>
  [ ] y6 = 0.33309 (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] z6 = 0.5     (0.0    ) <0> {                } Mg2 <Mg+2>
  [ ] B6 = 0.31399 (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] n6 = 0.27    (0.0    ) <4> {                } Mg2 <Mg+2>

  [ ] x7 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Ti2 <Ti+4>
  [ ] y7 = 0.33309 (0.0    ) <4> {                } Ti2 <Ti+4>
  [ ] z7 = 0.5     (0.0    ) <0> {                } Ti2 <Ti+4>
  [ ] B7 = 0.31399 (0.0    ) <4> {                } Ti2 <Ti+4>
  [ ] n7 = 0.08    (0.0    ) <4> {                } Ti2 <Ti+4>

  [ ] x8 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y8 = 0.33309 (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z8 = 0.5     (0.0    ) <0> {                } Al2 <Al+3>
  [ ] B8 = 0.31399 (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n8 = 0.25    (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x9 = 0.0     (0.0    ) <0> {Wyckoff = 2     } NaA <Na+1>
  [ ] y9 = 0.5     (0.0    ) <0> {                } NaA <Na+1>
  [ ] z9 = 0.0     (0.0    ) <0> {                } NaA <Na+1>
  [ ] B9 = 1.00012 (0.0    ) <4> {                } NaA <Na+1>
  [ ] n9 = 0.02    (0.0    ) <4> {                } NaA <Na+1>

  [ ] x10= 0.0     (0.0    ) <0> {Wyckoff = 2     } KA <K +1>
  [ ] y10= 0.5     (0.0    ) <0> {                } KA <K +1>
  [ ] z10= 0.0     (0.0    ) <0> {                } KA <K +1>
  [ ] B10= 1.00012 (0.0    ) <4> {                } KA <K +1>
  [ ] n10= 0.98    (0.0    ) <4> {                } KA <K +1>

  [ ] x11= 0.016   (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y11= 0.0     (0.0    ) <0> {                } O1 <O -2>
  [ ] z11= 0.1705  (0.0    ) <4> {                } O1 <O -2>
  [ ] B11= 0.73956 (0.0    ) <4> {                } O1 <O -2>
  [ ] n11= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x12= 0.327   (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y12= 0.2296  (0.0    ) <4> {                } O2 <O -2>
  [ ] z12= 0.169   (0.0    ) <4> {                } O2 <O -2>
  [ ] B12= 0.68956 (0.0    ) <4> {                } O2 <O -2>
  [ ] n12= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x13= 0.133   (0.0    ) <4> {Wyckoff = 8     } O3 <O -2>
  [ ] y13= 0.169   (0.0    ) <4> {                } O3 <O -2>
  [ ] z13= 0.3923  (0.0    ) <4> {                } O3 <O -2>
  [ ] B13= 0.5527  (0.0    ) <4> {                } O3 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x14= 0.1263  (0.0    ) <4> {Wyckoff = 4     } O-H4 <O -2>
  [ ] y14= 0.5     (0.0    ) <0> {                } O-H4 <O -2>
  [ ] z14= 0.397   (0.0    ) <4> {                } O-H4 <O -2>
  [ ] B14= 0.55533 (0.0    ) <4> {                } O-H4 <O -2>
  [ ] n14= 0.78    (0.0    ) <4> {                } O-H4 <O -2>

  [ ] x15= 0.1263  (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y15= 0.5     (0.0    ) <0> {                } O4 <O -2>
  [ ] z15= 0.397   (0.0    ) <4> {                } O4 <O -2>
  [ ] B15= 0.55533 (0.0    ) <4> {                } O4 <O -2>
  [ ] n15= 0.12    (0.0    ) <4> {                } O4 <O -2>

  [ ] x16= 0.1263  (0.0    ) <4> {Wyckoff = 4     } F4 <F -1>
  [ ] y16= 0.5     (0.0    ) <0> {                } F4 <F -1>
  [ ] z16= 0.397   (0.0    ) <4> {                } F4 <F -1>
  [ ] B16= 0.55533 (0.0    ) <4> {                } F4 <F -1>
  [ ] n16= 0.08    (0.0    ) <4> {                } F4 <F -1>

  [ ] x17= 0.1263  (0.0    ) <4> {Wyckoff = 4     } Cl4 <Cl-1>
  [ ] y17= 0.5     (0.0    ) <0> {                } Cl4 <Cl-1>
  [ ] z17= 0.397   (0.0    ) <4> {                } Cl4 <Cl-1>
  [ ] B17= 0.55533 (0.0    ) <4> {                } Cl4 <Cl-1>
  [ ] n17= 0.02    (0.0    ) <4> {                } Cl4 <Cl-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)
  SiT  (0.076,0.167,0.226)      O2   (-0.173,0.27,0.169)      1.6567
  SiT  (0.076,0.167,0.226)      O1   (0.016,0.0,0.171)        1.6591
  SiT  (0.076,0.167,0.226)      O2   (0.327,0.23,0.169)       1.6634
  SiT  (0.076,0.167,0.226)      O3   (0.133,0.169,0.392)      1.6772
  AlT  (0.076,0.167,0.226)      O2   (-0.173,0.27,0.169)      1.6567
  AlT  (0.076,0.167,0.226)      O1   (0.016,0.0,0.171)        1.6591
  AlT  (0.076,0.167,0.226)      O2   (0.327,0.23,0.169)       1.6634
  AlT  (0.076,0.167,0.226)      O3   (0.133,0.169,0.392)      1.6772
  Fe1  (0.0,0.0,0.5)            O-H4 (-0.374,0.0,0.397)       2.0867
  Fe1  (0.0,0.0,0.5)            O-H4 (0.374,0.0,0.603)        2.0867
  Fe1  (0.0,0.0,0.5)            O3   (0.133,0.169,0.392)      2.1101
  Fe1  (0.0,0.0,0.5)            O3   (0.133,-0.169,0.392)     2.1101
  Fe1  (0.0,0.0,0.5)            O3   (-0.133,0.169,0.608)     2.1101
  Fe1  (0.0,0.0,0.5)            O3   (-0.133,-0.169,0.608)    2.1101
  Mg1  (0.0,0.0,0.5)            O-H4 (-0.374,0.0,0.397)       2.0867
  Mg1  (0.0,0.0,0.5)            O-H4 (0.374,0.0,0.603)        2.0867
  Mg1  (0.0,0.0,0.5)            O3   (0.133,0.169,0.392)      2.1101
  Mg1  (0.0,0.0,0.5)            O3   (0.133,-0.169,0.392)     2.1101
  Mg1  (0.0,0.0,0.5)            O3   (-0.133,0.169,0.608)     2.1101
  Mg1  (0.0,0.0,0.5)            O3   (-0.133,-0.169,0.608)    2.1101
  Fe2  (0.0,0.333,0.5)          O-H4 (-0.126,0.5,0.603)       2.0525
  Fe2  (0.0,0.333,0.5)          O-H4 (0.126,0.5,0.397)        2.0525
  Fe2  (0.0,0.333,0.5)          O3   (-0.367,0.331,0.392)     2.0729
  Fe2  (0.0,0.333,0.5)          O3   (0.367,0.331,0.608)      2.0729
  Fe2  (0.0,0.333,0.5)          O3   (-0.133,0.169,0.608)     2.0766
  Fe2  (0.0,0.333,0.5)          O3   (0.133,0.169,0.392)      2.0766
  Mg2  (0.0,0.333,0.5)          O-H4 (0.126,0.5,0.397)        2.0525
  Mg2  (0.0,0.333,0.5)          O-H4 (-0.126,0.5,0.603)       2.0525
  Mg2  (0.0,0.333,0.5)          O3   (0.367,0.331,0.608)      2.0729
  Mg2  (0.0,0.333,0.5)          O3   (-0.367,0.331,0.392)     2.0729
  Mg2  (0.0,0.333,0.5)          O3   (-0.133,0.169,0.608)     2.0766
  Mg2  (0.0,0.333,0.5)          O3   (0.133,0.169,0.392)      2.0766
  Ti2  (0.0,0.333,0.5)          O-H4 (-0.126,0.5,0.603)       2.0525
  Ti2  (0.0,0.333,0.5)          O-H4 (0.126,0.5,0.397)        2.0525
  Ti2  (0.0,0.333,0.5)          O3   (-0.367,0.331,0.392)     2.0729
  Ti2  (0.0,0.333,0.5)          O3   (0.367,0.331,0.608)      2.0729
  Ti2  (0.0,0.333,0.5)          O3   (0.133,0.169,0.392)      2.0766
  Ti2  (0.0,0.333,0.5)          O3   (-0.133,0.169,0.608)     2.0766
  Al2  (0.0,0.333,0.5)          O-H4 (0.126,0.5,0.397)        2.0525
  Al2  (0.0,0.333,0.5)          O-H4 (-0.126,0.5,0.603)       2.0525
  Al2  (0.0,0.333,0.5)          O3   (0.367,0.331,0.608)      2.0729
  Al2  (0.0,0.333,0.5)          O3   (-0.367,0.331,0.392)     2.0729
  Al2  (0.0,0.333,0.5)          O3   (0.133,0.169,0.392)      2.0766
  Al2  (0.0,0.333,0.5)          O3   (-0.133,0.169,0.608)     2.0766
  NaA  (0.0,0.5,0.0)            O1   (-0.516,0.5,-0.171)      2.9910
  NaA  (0.0,0.5,0.0)            O1   (0.516,0.5,0.171)        2.9910
  NaA  (0.0,0.5,0.0)            O2   (-0.173,0.27,0.169)      2.9912
  NaA  (0.0,0.5,0.0)            O2   (0.173,0.73,-0.169)      2.9912
  NaA  (0.0,0.5,0.0)            O2   (-0.173,0.73,0.169)      2.9912
  NaA  (0.0,0.5,0.0)            O2   (0.173,0.27,-0.169)      2.9912
  KA   (0.0,0.5,0.0)            O1   (0.516,0.5,0.171)        2.9910
  KA   (0.0,0.5,0.0)            O1   (-0.516,0.5,-0.171)      2.9910
  KA   (0.0,0.5,0.0)            O2   (-0.173,0.27,0.169)      2.9912
  KA   (0.0,0.5,0.0)            O2   (-0.173,0.73,0.169)      2.9912
  KA   (0.0,0.5,0.0)            O2   (0.173,0.73,-0.169)      2.9912
  KA   (0.0,0.5,0.0)            O2   (0.173,0.27,-0.169)      2.9912
  O1   (0.016,0.0,0.171)        SiT  (0.076,0.167,0.226)      1.6591
  O1   (0.016,0.0,0.171)        SiT  (0.076,-0.167,0.226)     1.6591
  O1   (0.016,0.0,0.171)        O2   (-0.173,-0.27,0.169)     2.6979
  O1   (0.016,0.0,0.171)        O2   (-0.173,0.27,0.169)      2.6979
  O1   (0.016,0.0,0.171)        O2   (0.327,-0.23,0.169)      2.7000
  O1   (0.016,0.0,0.171)        O2   (0.327,0.23,0.169)       2.7000
  O1   (0.016,0.0,0.171)        O3   (0.133,-0.169,0.392)     2.7391
  O1   (0.016,0.0,0.171)        O3   (0.133,0.169,0.392)      2.7391
  O1   (0.016,0.0,0.171)        NaA  (-0.5,0.0,0.0)           2.9910
  O2   (0.327,0.23,0.169)       SiT  (0.576,0.333,0.226)      1.6567
  O2   (0.327,0.23,0.169)       SiT  (0.076,0.167,0.226)      1.6634
  O2   (0.327,0.23,0.169)       O1   (0.516,0.5,0.171)        2.6979
  O2   (0.327,0.23,0.169)       O1   (0.016,0.0,0.171)        2.7000
  O2   (0.327,0.23,0.169)       O2   (-0.173,0.27,0.169)      2.7000
  O2   (0.327,0.23,0.169)       O2   (0.827,0.27,0.169)       2.7000
  O2   (0.327,0.23,0.169)       O3   (0.633,0.331,0.392)      2.7318
  O2   (0.327,0.23,0.169)       O3   (0.133,0.169,0.392)      2.7354
  O2   (0.327,0.23,0.169)       NaA  (0.5,0.0,0.0)            2.9912
  O3   (0.133,0.169,0.392)      SiT  (0.076,0.167,0.226)      1.6772
  O3   (0.133,0.169,0.392)      Fe2  (0.5,0.167,0.5)          2.0729
  O3   (0.133,0.169,0.392)      Fe2  (0.0,0.333,0.5)          2.0766
  O3   (0.133,0.169,0.392)      Fe1  (0.0,0.0,0.5)            2.1101
  O3   (0.133,0.169,0.392)      O2   (-0.173,0.27,0.169)      2.7318
  O3   (0.133,0.169,0.392)      O2   (0.327,0.23,0.169)       2.7354
  O3   (0.133,0.169,0.392)      O1   (0.016,0.0,0.171)        2.7391
  O3   (0.133,0.169,0.392)      O3   (0.367,0.331,0.608)      2.7758
  O3   (0.133,0.169,0.392)      O-H4 (0.374,0.0,0.603)        2.7889
  O3   (0.133,0.169,0.392)      O3   (-0.133,0.169,0.608)     2.8327
  O-H4 (0.126,0.5,0.397)        Fe2  (0.0,0.333,0.5)          2.0525
  O-H4 (0.126,0.5,0.397)        Fe2  (0.0,0.667,0.5)          2.0525
  O-H4 (0.126,0.5,0.397)        Fe1  (0.5,0.5,0.5)            2.0867
  O-H4 (0.126,0.5,0.397)        O-H4 (-0.126,0.5,0.603)       2.7029
  O-H4 (0.126,0.5,0.397)        O3   (0.367,0.331,0.608)      2.7889
  O-H4 (0.126,0.5,0.397)        O3   (0.367,0.669,0.608)      2.7889
  O4   (0.126,0.5,0.397)        Fe2  (0.0,0.667,0.5)          2.0525
  O4   (0.126,0.5,0.397)        Fe2  (0.0,0.333,0.5)          2.0525
  O4   (0.126,0.5,0.397)        Fe1  (0.5,0.5,0.5)            2.0867
  O4   (0.126,0.5,0.397)        O-H4 (-0.126,0.5,0.603)       2.7029
  O4   (0.126,0.5,0.397)        O3   (0.367,0.331,0.608)      2.7889
  O4   (0.126,0.5,0.397)        O3   (0.367,0.669,0.608)      2.7889
  F4   (0.126,0.5,0.397)        Fe2  (0.0,0.333,0.5)          2.0525
  F4   (0.126,0.5,0.397)        Fe2  (0.0,0.667,0.5)          2.0525
  F4   (0.126,0.5,0.397)        Fe1  (0.5,0.5,0.5)            2.0867
  F4   (0.126,0.5,0.397)        O-H4 (-0.126,0.5,0.603)       2.7029
  F4   (0.126,0.5,0.397)        O3   (0.367,0.331,0.608)      2.7889
  F4   (0.126,0.5,0.397)        O3   (0.367,0.669,0.608)      2.7889
  Cl4  (0.126,0.5,0.397)        Fe2  (0.0,0.333,0.5)          2.0525
  Cl4  (0.126,0.5,0.397)        Fe2  (0.0,0.667,0.5)          2.0525
  Cl4  (0.126,0.5,0.397)        Fe1  (0.5,0.5,0.5)            2.0867
  Cl4  (0.126,0.5,0.397)        O-H4 (-0.126,0.5,0.603)       2.7029
  Cl4  (0.126,0.5,0.397)        O3   (0.367,0.331,0.608)      2.7889
  Cl4  (0.126,0.5,0.397)        O3   (0.367,0.669,0.608)      2.7889

  89 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)     8.722  10.0896  100.00   81.7  2  169.51  210.28
  2   ( 0 0 2)    17.531   5.0448    1.64   21.2  2   41.28    3.45
  3   ( 0 2 0)    19.129   4.6275    4.22   37.2  2   34.64    8.87
  4   ( 1 1 0)    19.357   4.5738    5.57   30.6  4   33.77   11.72
  5   (-1 1 1)    19.981   4.4326    1.11   14.1  4   31.61    2.33
  6   ( 0 2 1)    21.070   4.2062    0.51   10.1  4   28.35    1.08
  7   ( 1 1 1)    22.503   3.9419    7.16   40.5  4   24.71   15.05
  8   (-1 1 2)    24.096   3.6851   16.06   65.1  4   21.40   33.76
  9   ( 0 2 2)    26.075   3.4102   23.17   84.9  4   18.14   48.73
  10  ( 0 0 3)    26.446   3.3632   30.36  139.5  2   17.57   63.84
  11  ( 1 1 2)    28.242   3.1536   21.21   88.3  4   15.32   44.60
  12  (-1 1 3)    30.388   2.9358   16.70   84.6  4   13.08   35.11
  13  ( 0 2 3)    32.860   2.7206    8.21   64.5  4   11.06   17.26
  14  (-2 0 1)    33.576   2.6643    0.87   30.4  2   10.57    1.83
  15  ( 1 3 0)    33.615   2.6612    1.81   31.0  4   10.55    3.81
  16  (-1 3 1)    33.993   2.6326   38.14  144.1  4   10.30   80.21
  17  ( 2 0 0)    34.020   2.6305   19.19  144.7  2   10.27   40.34
  18  ( 1 1 3)    35.437   2.5286    3.59   46.2  4    9.39    7.54
  19  (-2 0 2)    35.494   2.5247    0.25   17.2  2    9.36    0.52
  20  ( 0 0 4)    35.527   2.5224    4.89   76.6  2    9.32   10.29
  21  ( 1 3 1)    35.595   2.5178    0.47   16.9  4    9.31    1.00
  22  (-1 3 2)    36.665   2.4468   21.54  117.5  4    8.72   45.29
  23  ( 2 0 1)    36.751   2.4412   10.95  118.7  2    8.68   23.02
  24  (-1 1 4)    37.901   2.3699    0.56   19.6  4    8.09    1.17
  25  ( 0 4 0)    38.857   2.3138    2.05   54.6  2    7.68    4.31
  26  (-2 2 1)    38.942   2.3089    2.88   45.8  4    7.64    6.05
  27  ( 2 2 0)    39.333   2.2869    3.65   52.2  4    7.47    7.67
  28  (-2 0 3)    39.476   2.2789    2.62   62.7  2    7.40    5.50
  29  ( 1 3 2)    39.626   2.2707    5.15   62.5  4    7.35   10.82
  30  ( 0 4 1)    39.909   2.2552    2.54   44.2  4    7.24    5.34
  31  (-2 2 2)    40.642   2.2163    2.82   47.5  4    6.94    5.92
  32  (-1 3 3)    41.246   2.1852   21.10  132.1  4    6.72   44.38
  33  ( 2 0 2)    41.381   2.1784   10.45  131.9  2    6.67   21.97
  34  ( 2 2 1)    41.767   2.1592    1.65   37.4  4    6.54    3.47
  35  ( 0 4 2)    42.936   2.1031    1.16   32.4  4    6.15    2.45
  36  (-2 2 3)    44.233   2.0445    0.35   18.2  4    5.74    0.73
  37  ( 0 0 5)    44.846   2.0179    3.84   87.3  2    5.55    8.08
  38  (-2 0 4)    45.065   2.0087    5.37  103.8  2    5.50   11.30
  39  ( 1 3 3)    45.251   2.0008   10.62  103.7  4    5.46   22.34
  40  (-1 3 4)    47.288   1.9193    4.16   68.1  4    4.94    8.74
  41  ( 2 0 3)    47.458   1.9129    2.00   67.1  2    4.90    4.20
  42  ( 0 4 3)    47.634   1.9062    0.15   13.0  4    4.86    0.31
  43  (-2 2 4)    49.389   1.8426    0.48   24.4  4    4.47    1.02
  44  ( 2 2 3)    51.630   1.7678    0.58   28.1  4    4.04    1.23
  45  (-2 0 5)    51.873   1.7601    0.23   25.2  2    3.99    0.49
  46  ( 1 3 4)    52.087   1.7533    0.40   23.4  4    3.96    0.83
  47  (-3 1 1)    52.189   1.7502    0.39   23.2  4    3.95    0.82
  48  (-2 4 1)    52.292   1.7470    0.50   26.5  4    3.93    1.06
  49  ( 1 5 0)    52.320   1.7461    0.21   17.0  4    3.93    0.44
  50  (-1 5 1)    52.585   1.7379    0.26   19.1  4    3.89    0.54
  51  (-3 1 2)    52.983   1.7258    0.26   19.3  4    3.81    0.55
  52  (-2 4 2)    53.655   1.7058    0.13   14.1  4    3.71    0.28
  53  ( 0 4 4)    53.679   1.7051    0.42   25.0  4    3.70    0.89
  54  ( 1 5 1)    53.728   1.7036    1.46   46.4  4    3.70    3.07
  55  (-1 3 5)    54.449   1.6828   16.23  157.1  4    3.58   34.12
  56  ( 0 0 6)    54.491   1.6816    1.32   63.4  2    3.57    2.77
  57  (-1 5 2)    54.507   1.6811    0.81   35.0  4    3.58    1.69
  58  ( 2 4 1)    54.570   1.6793    2.16   57.4  4    3.57    4.53
  59  ( 2 0 4)    54.648   1.6771    8.09  157.5  2    3.55   17.02
  60  (-3 1 3)    55.407   1.6559    3.54   74.8  4    3.44    7.45
  61  ( 3 1 1)    55.586   1.6511    1.34   46.2  4    3.42    2.83
  62  (-2 2 5)    55.805   1.6451    0.11   13.5  4    3.38    0.24
  63  (-2 4 3)    56.609   1.6236    1.82   54.9  4    3.28    3.83
  64  ( 1 5 2)    56.724   1.6206    2.95   70.0  4    3.27    6.19
  65  (-1 5 3)    57.972   1.5887    1.56   52.2  4    3.11    3.29
  66  ( 2 4 2)    58.077   1.5861    2.31   63.6  4    3.10    4.86
  67  ( 0 2 6)    58.302   1.5805    0.36   25.1  4    3.06    0.75
  68  (-3 1 4)    59.328   1.5556    0.89   40.4  4    2.95    1.88
  69  ( 3 1 2)    59.585   1.5495    1.15   46.1  4    2.92    2.42
  70  (-2 0 6)    59.656   1.5478    4.74  132.6  2    2.91    9.97
  71  (-3 3 1)    59.850   1.5433   18.35  185.1  4    2.90   38.59
  72  ( 0 6 0)    59.883   1.5425    9.15  184.9  2    2.90   19.24
  73  ( 1 3 5)    59.894   1.5423    9.33  132.1  4    2.89   19.62
  74  (-3 3 2)    60.576   1.5265    2.71   72.0  4    2.82    5.69
  75  ( 0 6 1)    60.652   1.5248    2.71   72.2  4    2.81    5.71
  76  ( 3 3 0)    60.661   1.5246    2.68   71.7  4    2.81    5.64
  77  ( 0 4 5)    60.828   1.5208    0.24   21.3  4    2.79    0.50
  78  (-2 4 4)    61.005   1.5168    0.52   31.8  4    2.77    1.09
  79  ( 1 5 3)    61.156   1.5134    0.29   23.8  4    2.76    0.61
  80  ( 1 1 6)    61.560   1.5045    0.60   34.4  4    2.71    1.25
  81  (-1 3 6)    62.533   1.4834    2.32   68.9  4    2.62    4.88
  82  ( 2 0 5)    62.757   1.4786    1.12   68.1  2    2.60    2.36
  83  (-3 3 3)    62.810   1.4775    0.63   36.1  4    2.60    1.33
  84  (-1 5 4)    62.823   1.4772    0.18   19.2  4    2.60    0.38
  85  ( 0 6 2)    62.925   1.4751    0.61   35.4  4    2.59    1.27
  86  ( 3 3 1)    62.975   1.4740    0.60   35.3  4    2.59    1.26
  87  (-2 2 6)    63.269   1.4679    0.67   37.5  4    2.55    1.41
  88  ( 0 0 7)    64.574   1.4414    1.46   80.0  2    2.44    3.08
  89  (-1 1 7)    64.627   1.4403    0.87   43.7  4    2.44    1.83

Phase #3 [Bragg-R = 18.00%]: Anorthite

  Chemical Formula = Na.48Ca.52(Si2.5Al1.5)O8

  Reference: Klein S Korekawa M, Neues Jahrbuch fur Mineralogie, Monatshefte
  v1976 (1976) p66-69, Die gemittelte Struktur des Labradorits
  _cod_database_code 1008757 ● AMCSD#0016634

  Note: U(i,j) -> B(i,j) by Jade 

  Triclinic: C-1 (2), Z=8, aC104 [PDF#98-001-8871] [CSD#18871]

  [x] a  = 8.16453 (0.00188) <2> [x] α  = 93.577  (0.014  ) <2>
  [x] b  = 12.85551(0.00205) <2> [x] β  = 116.230 (0.010  ) <2>
  [x] c  = 14.22612(0.00199) <2> [x] γ  = 89.719  (0.011  ) <2>

  Unit Cell Volume = 1336.374 (418)(Å³), Density = 2.6893(g/cm³), Absorption(μ) = 113.3(1/cm)

  [x] SF = 120.317 (5.88516) <1> Intensity Scale Factor
  [x] TF =-5.0     (0.93132) <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 = 0.47035 (0.05318) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-1.62894 (0.2207 ) <3>
  [x] f2 = 1.67484 (0.23142) <3>

  Asymmetry Atoms in Unit Cell = 36, General Site Multiplicity = 4

  [ ] x1 = 0.2675  (0.0    ) <4> {Wyckoff = 4     } Na1 <Na+1>
  [ ] y1 = 0.9728  (0.0    ) <4> {                } Na1 <Na+1>
  [ ] z1 = 0.0867  (0.0    ) <4> {                } Na1 <Na+1>
  [ ] B1 = 9.00481 (0.0    ) <4> {                } Na1 <Na+1>
  [ ] n1 = 0.48    (0.0    ) <4> {                } Na1 <Na+1>

  [ ] x2 = 0.2675  (0.0    ) <4> {Wyckoff = 4     } Na2 <Na+1>
  [ ] y2 = 0.9728  (0.0    ) <4> {                } Na2 <Na+1>
  [ ] z2 = 0.5867  (0.0    ) <4> {                } Na2 <Na+1>
  [ ] B2 = 9.00481 (0.0    ) <4> {                } Na2 <Na+1>
  [ ] n2 = 0.48    (0.0    ) <4> {                } Na2 <Na+1>

  [ ] x3 = 0.2696  (0.0    ) <4> {Wyckoff = 4     } Ca1 <Ca+2>
  [ ] y3 = 0.0268  (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] z3 = 0.052   (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] B3 = 14.3791 (0.0    ) <4> {                } Ca1 <Ca+2>
  [ ] n3 = 0.52    (0.0    ) <4> {                } Ca1 <Ca+2>

  [ ] x4 = 0.2696  (0.0    ) <4> {Wyckoff = 4     } Ca2 <Ca+2>
  [ ] y4 = 0.0268  (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] z4 = 0.552   (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] B4 = 14.3791 (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] n4 = 0.52    (0.0    ) <4> {                } Ca2 <Ca+2>

  [ ] x5 = 0.6823  (0.0    ) <4> {Wyckoff = 4     } Si1 <Si+4>
  [ ] y5 = 0.8797  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z5 = 0.1738  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B5 = 3.48033 (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n5 = 0.625   (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x6 = 0.6823  (0.0    ) <4> {Wyckoff = 4     } Si2 <Si+4>
  [ ] y6 = 0.8797  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z6 = 0.6738  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B6 = 3.48033 (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n6 = 0.625   (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x7 = 0.6823  (0.0    ) <4> {Wyckoff = 4     } Al1 <Al+3>
  [ ] y7 = 0.8797  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z7 = 0.1738  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B7 = 3.48033 (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n7 = 0.375   (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x8 = 0.6823  (0.0    ) <4> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y8 = 0.8797  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z8 = 0.6738  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] B8 = 3.48033 (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n8 = 0.375   (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x9 = 0.6862  (0.0    ) <4> {Wyckoff = 4     } Si3 <Si+4>
  [ ] y9 = 0.1095  (0.0    ) <4> {                } Si3 <Si+4>
  [ ] z9 = 0.1585  (0.0    ) <4> {                } Si3 <Si+4>
  [ ] B9 = 3.17555 (0.0    ) <4> {                } Si3 <Si+4>
  [ ] n9 = 0.625   (0.0    ) <4> {                } Si3 <Si+4>

  [ ] x10= 0.6862  (0.0    ) <4> {Wyckoff = 4     } Si4 <Si+4>
  [ ] y10= 0.1095  (0.0    ) <4> {                } Si4 <Si+4>
  [ ] z10= 0.6585  (0.0    ) <4> {                } Si4 <Si+4>
  [ ] B10= 3.17555 (0.0    ) <4> {                } Si4 <Si+4>
  [ ] n10= 0.625   (0.0    ) <4> {                } Si4 <Si+4>

  [ ] x11= 0.6862  (0.0    ) <4> {Wyckoff = 4     } Al3 <Al+3>
  [ ] y11= 0.1095  (0.0    ) <4> {                } Al3 <Al+3>
  [ ] z11= 0.1585  (0.0    ) <4> {                } Al3 <Al+3>
  [ ] B11= 3.17555 (0.0    ) <4> {                } Al3 <Al+3>
  [ ] n11= 0.375   (0.0    ) <4> {                } Al3 <Al+3>

  [ ] x12= 0.6862  (0.0    ) <4> {Wyckoff = 4     } Al4 <Al+3>
  [ ] y12= 0.1095  (0.0    ) <4> {                } Al4 <Al+3>
  [ ] z12= 0.6585  (0.0    ) <4> {                } Al4 <Al+3>
  [ ] B12= 3.17555 (0.0    ) <4> {                } Al4 <Al+3>
  [ ] n12= 0.375   (0.0    ) <4> {                } Al4 <Al+3>

  [ ] x13= 0.0036  (0.0    ) <4> {Wyckoff = 4     } Si5 <Si+4>
  [ ] y13= 0.8177  (0.0    ) <4> {                } Si5 <Si+4>
  [ ] z13= 0.1159  (0.0    ) <4> {                } Si5 <Si+4>
  [ ] B13= 4.24968 (0.0    ) <4> {                } Si5 <Si+4>
  [ ] n13= 0.625   (0.0    ) <4> {                } Si5 <Si+4>

  [ ] x14= 0.0036  (0.0    ) <4> {Wyckoff = 4     } Si6 <Si+4>
  [ ] y14= 0.8177  (0.0    ) <4> {                } Si6 <Si+4>
  [ ] z14= 0.6159  (0.0    ) <4> {                } Si6 <Si+4>
  [ ] B14= 4.24968 (0.0    ) <4> {                } Si6 <Si+4>
  [ ] n14= 0.625   (0.0    ) <4> {                } Si6 <Si+4>

  [ ] x15= 0.0036  (0.0    ) <4> {Wyckoff = 4     } Al5 <Al+3>
  [ ] y15= 0.8177  (0.0    ) <4> {                } Al5 <Al+3>
  [ ] z15= 0.1159  (0.0    ) <4> {                } Al5 <Al+3>
  [ ] B15= 4.24968 (0.0    ) <4> {                } Al5 <Al+3>
  [ ] n15= 0.375   (0.0    ) <4> {                } Al5 <Al+3>

  [ ] x16= 0.0036  (0.0    ) <4> {Wyckoff = 4     } Al6 <Al+3>
  [ ] y16= 0.8177  (0.0    ) <4> {                } Al6 <Al+3>
  [ ] z16= 0.6159  (0.0    ) <4> {                } Al6 <Al+3>
  [ ] B16= 4.24968 (0.0    ) <4> {                } Al6 <Al+3>
  [ ] n16= 0.375   (0.0    ) <4> {                } Al6 <Al+3>

  [ ] x17= 0.006   (0.0    ) <4> {Wyckoff = 4     } Si7 <Si+4>
  [ ] y17= 0.1647  (0.0    ) <4> {                } Si7 <Si+4>
  [ ] z17= 0.1069  (0.0    ) <4> {                } Si7 <Si+4>
  [ ] B17= 5.02137 (0.0    ) <4> {                } Si7 <Si+4>
  [ ] n17= 0.625   (0.0    ) <4> {                } Si7 <Si+4>

  [ ] x18= 0.006   (0.0    ) <4> {Wyckoff = 4     } Si8 <Si+4>
  [ ] y18= 0.1647  (0.0    ) <4> {                } Si8 <Si+4>
  [ ] z18= 0.6069  (0.0    ) <4> {                } Si8 <Si+4>
  [ ] B18= 5.02137 (0.0    ) <4> {                } Si8 <Si+4>
  [ ] n18= 0.625   (0.0    ) <4> {                } Si8 <Si+4>

  [ ] x19= 0.006   (0.0    ) <4> {Wyckoff = 4     } Al7 <Al+3>
  [ ] y19= 0.1647  (0.0    ) <4> {                } Al7 <Al+3>
  [ ] z19= 0.1069  (0.0    ) <4> {                } Al7 <Al+3>
  [ ] B19= 5.02137 (0.0    ) <4> {                } Al7 <Al+3>
  [ ] n19= 0.375   (0.0    ) <4> {                } Al7 <Al+3>

  [ ] x20= 0.006   (0.0    ) <4> {Wyckoff = 4     } Al8 <Al+3>
  [ ] y20= 0.1647  (0.0    ) <4> {                } Al8 <Al+3>
  [ ] z20= 0.6069  (0.0    ) <4> {                } Al8 <Al+3>
  [ ] B20= 5.02137 (0.0    ) <4> {                } Al8 <Al+3>
  [ ] n20= 0.375   (0.0    ) <4> {                } Al8 <Al+3>

  [ ] x21= 0.1884  (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y21= 0.867   (0.0    ) <4> {                } O1 <O -2>
  [ ] z21= 0.2158  (0.0    ) <4> {                } O1 <O -2>
  [ ] B21= 10.1484 (0.0    ) <4> {                } O1 <O -2>
  [ ] n21= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x22= 0.1884  (0.0    ) <4> {Wyckoff = 4     } O2 <O -2>
  [ ] y22= 0.867   (0.0    ) <4> {                } O2 <O -2>
  [ ] z22= 0.7158  (0.0    ) <4> {                } O2 <O -2>
  [ ] B22= 10.1484 (0.0    ) <4> {                } O2 <O -2>
  [ ] n22= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x23= 0.1987  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y23= 0.1077  (0.0    ) <4> {                } O3 <O -2>
  [ ] z23= 0.1918  (0.0    ) <4> {                } O3 <O -2>
  [ ] B23= 9.10227 (0.0    ) <4> {                } O3 <O -2>
  [ ] n23= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x24= 0.1987  (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y24= 0.1077  (0.0    ) <4> {                } O4 <O -2>
  [ ] z24= 0.6918  (0.0    ) <4> {                } O4 <O -2>
  [ ] B24= 9.10227 (0.0    ) <4> {                } O4 <O -2>
  [ ] n24= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x25= 0.0149  (0.0    ) <4> {Wyckoff = 4     } O5 <O -2>
  [ ] y25= 0.6888  (0.0    ) <4> {                } O5 <O -2>
  [ ] z25= 0.1085  (0.0    ) <4> {                } O5 <O -2>
  [ ] B25= 12.1601 (0.0    ) <4> {                } O5 <O -2>
  [ ] n25= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x26= 0.0149  (0.0    ) <4> {Wyckoff = 4     } O6 <O -2>
  [ ] y26= 0.6888  (0.0    ) <4> {                } O6 <O -2>
  [ ] z26= 0.6085  (0.0    ) <4> {                } O6 <O -2>
  [ ] B26= 12.1601 (0.0    ) <4> {                } O6 <O -2>
  [ ] n26= 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x27= 0.014   (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y27= 0.2919  (0.0    ) <4> {                } O7 <O -2>
  [ ] z27= 0.139   (0.0    ) <4> {                } O7 <O -2>
  [ ] B27= 11.1939 (0.0    ) <4> {                } O7 <O -2>
  [ ] n27= 1.0     (0.0    ) <4> {                } O7 <O -2>

  [ ] x28= 0.014   (0.0    ) <4> {Wyckoff = 4     } O8 <O -2>
  [ ] y28= 0.2919  (0.0    ) <4> {                } O8 <O -2>
  [ ] z28= 0.639   (0.0    ) <4> {                } O8 <O -2>
  [ ] B28= 11.1939 (0.0    ) <4> {                } O8 <O -2>
  [ ] n28= 1.0     (0.0    ) <4> {                } O8 <O -2>

  [ ] x29= 0.3111  (0.0    ) <4> {Wyckoff = 4     } O9 <O -2>
  [ ] y29= 0.3537  (0.0    ) <4> {                } O9 <O -2>
  [ ] z29= 0.1232  (0.0    ) <4> {                } O9 <O -2>
  [ ] B29= 14.819  (0.0    ) <4> {                } O9 <O -2>
  [ ] n29= 1.0     (0.0    ) <4> {                } O9 <O -2>

  [ ] x30= 0.3111  (0.0    ) <4> {Wyckoff = 4     } O10 <O -2>
  [ ] y30= 0.3537  (0.0    ) <4> {                } O10 <O -2>
  [ ] z30= 0.6232  (0.0    ) <4> {                } O10 <O -2>
  [ ] B30= 14.819  (0.0    ) <4> {                } O10 <O -2>
  [ ] n30= 1.0     (0.0    ) <4> {                } O10 <O -2>

  [ ] x31= 0.3121  (0.0    ) <4> {Wyckoff = 4     } O11 <O -2>
  [ ] y31= 0.6066  (0.0    ) <4> {                } O11 <O -2>
  [ ] z31= 0.0949  (0.0    ) <4> {                } O11 <O -2>
  [ ] B31= 10.3549 (0.0    ) <4> {                } O11 <O -2>
  [ ] n31= 1.0     (0.0    ) <4> {                } O11 <O -2>

  [ ] x32= 0.3121  (0.0    ) <4> {Wyckoff = 4     } O12 <O -2>
  [ ] y32= 0.6066  (0.0    ) <4> {                } O12 <O -2>
  [ ] z32= 0.5949  (0.0    ) <4> {                } O12 <O -2>
  [ ] B32= 10.3549 (0.0    ) <4> {                } O12 <O -2>
  [ ] n32= 1.0     (0.0    ) <4> {                } O12 <O -2>

  [ ] x33= 0.0821  (0.0    ) <4> {Wyckoff = 4     } O13 <O -2>
  [ ] y33= 0.4936  (0.0    ) <4> {                } O13 <O -2>
  [ ] z33= 0.139   (0.0    ) <4> {                } O13 <O -2>
  [ ] B33= 7.0558  (0.0    ) <4> {                } O13 <O -2>
  [ ] n33= 1.0     (0.0    ) <4> {                } O13 <O -2>

  [ ] x34= 0.0821  (0.0    ) <4> {Wyckoff = 4     } O14 <O -2>
  [ ] y34= 0.4936  (0.0    ) <4> {                } O14 <O -2>
  [ ] z34= 0.639   (0.0    ) <4> {                } O14 <O -2>
  [ ] B34= 7.0558  (0.0    ) <4> {                } O14 <O -2>
  [ ] n34= 1.0     (0.0    ) <4> {                } O14 <O -2>

  [ ] x35= 0.0037  (0.0    ) <4> {Wyckoff = 4     } O15 <O -2>
  [ ] y35= 0.1297  (0.0    ) <4> {                } O15 <O -2>
  [ ] z35= 0.9896  (0.0    ) <4> {                } O15 <O -2>
  [ ] B35= 11.5522 (0.0    ) <4> {                } O15 <O -2>
  [ ] n35= 1.0     (0.0    ) <4> {                } O15 <O -2>

  [ ] x36= 0.0037  (0.0    ) <4> {Wyckoff = 4     } O16 <O -2>
  [ ] y36= 0.1297  (0.0    ) <4> {                } O16 <O -2>
  [ ] z36= 0.4896  (0.0    ) <4> {                } O16 <O -2>
  [ ] B36= 11.5522 (0.0    ) <4> {                } O16 <O -2>
  [ ] n36= 1.0     (0.0    ) <4> {                } O16 <O -2>

  Symmetry Operators [M=4]

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

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Na1  (0.268,0.973,0.087)      Ca1  (0.27,1.027,0.052)       *0.8810
  Na1  (0.268,0.973,0.087)      O13  (0.582,0.994,0.139)      2.3485
  Na1  (0.268,0.973,0.087)      O15  (-0.004,0.87,0.01)       2.3544
  Na1  (0.268,0.973,0.087)      O3   (0.199,1.108,0.192)      2.4429
  Na1  (0.268,0.973,0.087)      O11  (0.188,0.893,-0.095)     2.5163
  Na1  (0.268,0.973,0.087)      O1   (0.188,0.867,0.216)      2.6474
  Na1  (0.268,0.973,0.087)      O15  (0.004,1.13,-0.01)       2.8793
  Na1  (0.268,0.973,0.087)      O7   (0.514,0.792,0.139)      2.9763
  Na2  (0.268,0.973,0.587)      Ca2  (0.27,1.027,0.552)       *0.8811
  Na2  (0.268,0.973,0.587)      O14  (0.582,0.994,0.639)      2.3485
  Na2  (0.268,0.973,0.587)      O16  (-0.004,0.87,0.51)       2.3544
  Na2  (0.268,0.973,0.587)      O4   (0.199,1.108,0.692)      2.4429
  Na2  (0.268,0.973,0.587)      O12  (0.188,0.893,0.405)      2.5163
  Na2  (0.268,0.973,0.587)      O2   (0.188,0.867,0.716)      2.6474
  Na2  (0.268,0.973,0.587)      O16  (0.004,1.13,0.49)        2.8793
  Na2  (0.268,0.973,0.587)      O8   (0.514,0.792,0.639)      2.9763
  Ca1  (0.27,0.027,0.052)       Na1  (0.268,-0.027,0.087)     *0.8810
  Ca1  (0.27,0.027,0.052)       O13  (0.582,-0.006,0.139)     2.3426
  Ca1  (0.27,0.027,0.052)       O15  (0.004,0.13,-0.01)       2.3803
  Ca1  (0.27,0.027,0.052)       O11  (0.188,-0.107,-0.095)    2.4668
  Ca1  (0.27,0.027,0.052)       O3   (0.199,0.108,0.192)      2.4750
  Ca1  (0.27,0.027,0.052)       O5   (0.515,0.189,0.109)      2.7209
  Ca1  (0.27,0.027,0.052)       O9   (0.189,0.146,-0.123)     2.8324
  Ca1  (0.27,0.027,0.052)       O15  (-0.004,-0.13,0.01)      2.8470
  Ca2  (0.27,0.027,0.552)       Na2  (0.268,-0.027,0.587)     *0.8810
  Ca2  (0.27,0.027,0.552)       O14  (0.582,-0.006,0.639)     2.3426
  Ca2  (0.27,0.027,0.552)       O16  (0.004,0.13,0.49)        2.3803
  Ca2  (0.27,0.027,0.552)       O12  (0.188,-0.107,0.405)     2.4668
  Ca2  (0.27,0.027,0.552)       O4   (0.199,0.108,0.692)      2.4750
  Ca2  (0.27,0.027,0.552)       O6   (0.515,0.189,0.609)      2.7209
  Ca2  (0.27,0.027,0.552)       O10  (0.189,0.146,0.377)      2.8324
  Ca2  (0.27,0.027,0.552)       O16  (-0.004,-0.13,0.51)      2.8470
  Si1  (0.682,0.88,0.174)       O9   (0.811,0.854,0.123)      1.5399
  Si1  (0.682,0.88,0.174)       O7   (0.514,0.792,0.139)      1.6587
  Si1  (0.682,0.88,0.174)       O13  (0.582,0.994,0.139)      1.6670
  Si1  (0.682,0.88,0.174)       O4   (0.801,0.892,0.308)      1.7166
  Si1  (0.682,0.88,0.174)       Si3  (0.686,1.11,0.159)       2.9771
  Si2  (0.682,0.88,0.674)       O10  (0.811,0.854,0.623)      1.5399
  Si2  (0.682,0.88,0.674)       O8   (0.514,0.792,0.639)      1.6587
  Si2  (0.682,0.88,0.674)       O14  (0.582,0.994,0.639)      1.6670
  Si2  (0.682,0.88,0.674)       O3   (0.801,0.892,0.808)      1.7166
  Si2  (0.682,0.88,0.674)       Si4  (0.686,1.11,0.659)       2.9771
  Al1  (0.682,0.88,0.174)       O9   (0.811,0.854,0.123)      1.5399
  Al1  (0.682,0.88,0.174)       O7   (0.514,0.792,0.139)      1.6587
  Al1  (0.682,0.88,0.174)       O13  (0.582,0.994,0.139)      1.6670
  Al1  (0.682,0.88,0.174)       O4   (0.801,0.892,0.308)      1.7166
  Al1  (0.682,0.88,0.174)       Si3  (0.686,1.11,0.159)       2.9771
  Al2  (0.682,0.88,0.674)       O10  (0.811,0.854,0.623)      1.5399
  Al2  (0.682,0.88,0.674)       O8   (0.514,0.792,0.639)      1.6587
  Al2  (0.682,0.88,0.674)       O14  (0.582,0.994,0.639)      1.6670
  Al2  (0.682,0.88,0.674)       O3   (0.801,0.892,0.808)      1.7166
  Al2  (0.682,0.88,0.674)       Si4  (0.686,1.11,0.659)       2.9771
  Si3  (0.686,0.11,0.159)       O2   (0.812,0.133,0.284)      1.6293
  Si3  (0.686,0.11,0.159)       O11  (0.812,0.107,0.095)      1.6414
  Si3  (0.686,0.11,0.159)       O5   (0.515,0.189,0.109)      1.6427
  Si3  (0.686,0.11,0.159)       O13  (0.582,-0.006,0.139)     1.6649
  Si3  (0.686,0.11,0.159)       Si1  (0.682,-0.12,0.174)      2.9771
  Si4  (0.686,0.11,0.659)       O1   (0.812,0.133,0.784)      1.6293
  Si4  (0.686,0.11,0.659)       O12  (0.812,0.107,0.595)      1.6414
  Si4  (0.686,0.11,0.659)       O6   (0.515,0.189,0.609)      1.6427
  Si4  (0.686,0.11,0.659)       O14  (0.582,-0.006,0.639)     1.6649
  Si4  (0.686,0.11,0.659)       Si2  (0.682,-0.12,0.674)      2.9771
  Al3  (0.686,0.11,0.159)       O2   (0.812,0.133,0.284)      1.6293
  Al3  (0.686,0.11,0.159)       O11  (0.812,0.107,0.095)      1.6414
  Al3  (0.686,0.11,0.159)       O5   (0.515,0.189,0.109)      1.6427
  Al3  (0.686,0.11,0.159)       O13  (0.582,-0.006,0.139)     1.6649
  Al3  (0.686,0.11,0.159)       Si1  (0.682,-0.12,0.174)      2.9771
  Al4  (0.686,0.11,0.659)       O1   (0.812,0.133,0.784)      1.6293
  Al4  (0.686,0.11,0.659)       O12  (0.812,0.107,0.595)      1.6414
  Al4  (0.686,0.11,0.659)       O6   (0.515,0.189,0.609)      1.6427
  Al4  (0.686,0.11,0.659)       O14  (0.582,-0.006,0.639)     1.6649
  Al4  (0.686,0.11,0.659)       Si2  (0.682,-0.12,0.674)      2.9771
  Si5  (0.004,0.818,0.116)      O1   (0.188,0.867,0.216)      1.6430
  Si5  (0.004,0.818,0.116)      O5   (0.015,0.689,0.109)      1.6586
  Si5  (0.004,0.818,0.116)      O15  (-0.004,0.87,0.01)       1.6615
  Si5  (0.004,0.818,0.116)      O9   (-0.189,0.854,0.123)     1.6811
  Si6  (0.004,0.818,0.616)      O2   (0.188,0.867,0.716)      1.6430
  Si6  (0.004,0.818,0.616)      O6   (0.015,0.689,0.609)      1.6586
  Si6  (0.004,0.818,0.616)      O16  (-0.004,0.87,0.51)       1.6615
  Si6  (0.004,0.818,0.616)      O10  (-0.189,0.854,0.623)     1.6811
  Al5  (0.004,0.818,0.116)      O1   (0.188,0.867,0.216)      1.6430
  Al5  (0.004,0.818,0.116)      O5   (0.015,0.689,0.109)      1.6586
  Al5  (0.004,0.818,0.116)      O15  (-0.004,0.87,0.01)       1.6615
  Al5  (0.004,0.818,0.116)      O9   (-0.189,0.854,0.123)     1.6811
  Al6  (0.004,0.818,0.616)      O2   (0.188,0.867,0.716)      1.6430
  Al6  (0.004,0.818,0.616)      O6   (0.015,0.689,0.609)      1.6586
  Al6  (0.004,0.818,0.616)      O16  (-0.004,0.87,0.51)       1.6615
  Al6  (0.004,0.818,0.616)      O10  (-0.189,0.854,0.623)     1.6811
  Si7  (0.006,0.165,0.107)      O7   (0.014,0.292,0.139)      1.6638
  Si7  (0.006,0.165,0.107)      O11  (-0.188,0.107,0.095)     1.6882
  Si7  (0.006,0.165,0.107)      O15  (0.004,0.13,-0.01)       1.6930
  Si7  (0.006,0.165,0.107)      O3   (0.199,0.108,0.192)      1.7001
  Si8  (0.006,0.165,0.607)      O8   (0.014,0.292,0.639)      1.6638
  Si8  (0.006,0.165,0.607)      O12  (-0.188,0.107,0.595)     1.6882
  Si8  (0.006,0.165,0.607)      O16  (0.004,0.13,0.49)        1.6930
  Si8  (0.006,0.165,0.607)      O4   (0.199,0.108,0.692)      1.7001
  Al7  (0.006,0.165,0.107)      O7   (0.014,0.292,0.139)      1.6638
  Al7  (0.006,0.165,0.107)      O11  (-0.188,0.107,0.095)     1.6882
  Al7  (0.006,0.165,0.107)      O15  (0.004,0.13,-0.01)       1.6930
  Al7  (0.006,0.165,0.107)      O3   (0.199,0.108,0.192)      1.7001
  Al8  (0.006,0.165,0.607)      O8   (0.014,0.292,0.639)      1.6638
  Al8  (0.006,0.165,0.607)      O12  (-0.188,0.107,0.595)     1.6882
  Al8  (0.006,0.165,0.607)      O16  (0.004,0.13,0.49)        1.6930
  Al8  (0.006,0.165,0.607)      O4   (0.199,0.108,0.692)      1.7001
  O1   (0.188,0.867,0.216)      Si4  (0.314,0.891,0.342)      1.6293
  O1   (0.188,0.867,0.216)      Si5  (0.004,0.818,0.116)      1.6430
  O1   (0.188,0.867,0.216)      O15  (-0.004,0.87,0.01)       2.6389
  O1   (0.188,0.867,0.216)      Na1  (0.268,0.973,0.087)      2.6474
  O1   (0.188,0.867,0.216)      O14  (0.418,1.006,0.361)      2.6719
  O1   (0.188,0.867,0.216)      O12  (0.188,0.893,0.405)      2.6950
  O1   (0.188,0.867,0.216)      O5   (0.015,0.689,0.109)      2.6961
  O1   (0.188,0.867,0.216)      O6   (0.485,0.811,0.392)      2.7358
  O1   (0.188,0.867,0.216)      O9   (-0.189,0.854,0.123)     2.7648
  O2   (0.188,0.867,0.716)      Si3  (0.314,0.891,0.842)      1.6293
  O2   (0.188,0.867,0.716)      Si6  (0.004,0.818,0.616)      1.6430
  O2   (0.188,0.867,0.716)      O16  (-0.004,0.87,0.51)       2.6389
  O2   (0.188,0.867,0.716)      Na2  (0.268,0.973,0.587)      2.6474
  O2   (0.188,0.867,0.716)      O13  (0.418,1.006,0.861)      2.6719
  O2   (0.188,0.867,0.716)      O11  (0.188,0.893,0.905)      2.6950
  O2   (0.188,0.867,0.716)      O6   (0.015,0.689,0.609)      2.6961
  O2   (0.188,0.867,0.716)      O5   (0.485,0.811,0.892)      2.7358
  O2   (0.188,0.867,0.716)      O10  (-0.189,0.854,0.623)     2.7648
  O3   (0.199,0.108,0.192)      Si7  (0.006,0.165,0.107)      1.7001
  O3   (0.199,0.108,0.192)      Si2  (0.318,0.12,0.326)       1.7166
  O3   (0.199,0.108,0.192)      Na1  (0.268,-0.027,0.087)     2.4429
  O3   (0.199,0.108,0.192)      Ca1  (0.27,0.027,0.052)       2.4750
  O3   (0.199,0.108,0.192)      O15  (0.004,0.13,-0.01)       2.6340
  O3   (0.199,0.108,0.192)      O10  (0.189,0.146,0.377)      2.6836
  O3   (0.199,0.108,0.192)      O14  (0.418,0.006,0.361)      2.6932
  O3   (0.199,0.108,0.192)      O8   (0.486,0.208,0.361)      2.7592
  O3   (0.199,0.108,0.192)      O7   (0.014,0.292,0.139)      2.7625
  O3   (0.199,0.108,0.192)      O11  (-0.188,0.107,0.095)     2.8311
  O4   (0.199,0.108,0.692)      Si8  (0.006,0.165,0.607)      1.7001
  O4   (0.199,0.108,0.692)      Si1  (0.318,0.12,0.826)       1.7166
  O4   (0.199,0.108,0.692)      Na2  (0.268,-0.027,0.587)     2.4429
  O4   (0.199,0.108,0.692)      Ca2  (0.27,0.027,0.552)       2.4750
  O4   (0.199,0.108,0.692)      O16  (0.004,0.13,0.49)        2.6340
  O4   (0.199,0.108,0.692)      O9   (0.189,0.146,0.877)      2.6836
  O4   (0.199,0.108,0.692)      O13  (0.418,0.006,0.861)      2.6932
  O4   (0.199,0.108,0.692)      O7   (0.486,0.208,0.861)      2.7592
  O4   (0.199,0.108,0.692)      O8   (0.014,0.292,0.639)      2.7625
  O4   (0.199,0.108,0.692)      O12  (-0.188,0.107,0.595)     2.8311
  O5   (0.015,0.689,0.109)      Si3  (0.186,0.61,0.159)       1.6427
  O5   (0.015,0.689,0.109)      Si5  (0.004,0.818,0.116)      1.6586
  O5   (0.015,0.689,0.109)      O13  (0.082,0.494,0.139)      2.5881
  O5   (0.015,0.689,0.109)      O1   (0.188,0.867,0.216)      2.6961
  O5   (0.015,0.689,0.109)      Ca1  (-0.23,0.527,0.052)      2.7209
  O5   (0.015,0.689,0.109)      O11  (0.312,0.607,0.095)      2.7214
  O5   (0.015,0.689,0.109)      O2   (0.312,0.633,0.284)      2.7358
  O5   (0.015,0.689,0.109)      O9   (-0.189,0.854,0.123)     2.7430
  O5   (0.015,0.689,0.109)      O15  (-0.004,0.87,0.01)       2.7623
  O6   (0.015,0.689,0.609)      Si4  (0.186,0.61,0.659)       1.6427
  O6   (0.015,0.689,0.609)      Si6  (0.004,0.818,0.616)      1.6586
  O6   (0.015,0.689,0.609)      O14  (0.082,0.494,0.639)      2.5881
  O6   (0.015,0.689,0.609)      O2   (0.188,0.867,0.716)      2.6961
  O6   (0.015,0.689,0.609)      Ca2  (-0.23,0.527,0.552)      2.7209
  O6   (0.015,0.689,0.609)      O12  (0.312,0.607,0.595)      2.7214
  O6   (0.015,0.689,0.609)      O1   (0.312,0.633,0.784)      2.7358
  O6   (0.015,0.689,0.609)      O10  (-0.189,0.854,0.623)     2.7430
  O6   (0.015,0.689,0.609)      O16  (-0.004,0.87,0.51)       2.7623
  O7   (0.014,0.292,0.139)      Si1  (0.182,0.38,0.174)       1.6587
  O7   (0.014,0.292,0.139)      Si7  (0.006,0.165,0.107)      1.6638
  O7   (0.014,0.292,0.139)      O13  (0.082,0.494,0.139)      2.6546
  O7   (0.014,0.292,0.139)      O9   (0.311,0.354,0.123)      2.6625
  O7   (0.014,0.292,0.139)      O4   (0.301,0.392,0.308)      2.7592
  O7   (0.014,0.292,0.139)      O3   (0.199,0.108,0.192)      2.7625
  O7   (0.014,0.292,0.139)      O11  (-0.188,0.107,0.095)     2.7791
  O7   (0.014,0.292,0.139)      O15  (0.004,0.13,-0.01)       2.8571
  O7   (0.014,0.292,0.139)      Na1  (-0.233,0.473,0.087)     2.9763
  O8   (0.014,0.292,0.639)      Si2  (0.182,0.38,0.674)       1.6587
  O8   (0.014,0.292,0.639)      Si8  (0.006,0.165,0.607)      1.6638
  O8   (0.014,0.292,0.639)      O14  (0.082,0.494,0.639)      2.6546
  O8   (0.014,0.292,0.639)      O10  (0.311,0.354,0.623)      2.6625
  O8   (0.014,0.292,0.639)      O3   (0.301,0.392,0.808)      2.7592
  O8   (0.014,0.292,0.639)      O4   (0.199,0.108,0.692)      2.7625
  O8   (0.014,0.292,0.639)      O12  (-0.188,0.107,0.595)     2.7791
  O8   (0.014,0.292,0.639)      O16  (0.004,0.13,0.49)        2.8571
  O8   (0.014,0.292,0.639)      Na2  (-0.233,0.473,0.587)     2.9763
  O9   (0.311,0.354,0.123)      Si1  (0.182,0.38,0.174)       1.5399
  O9   (0.311,0.354,0.123)      Si5  (0.504,0.318,0.116)      1.6811
  O9   (0.311,0.354,0.123)      O13  (0.082,0.494,0.139)      2.6587
  O9   (0.311,0.354,0.123)      O7   (0.014,0.292,0.139)      2.6625
  O9   (0.311,0.354,0.123)      O15  (0.496,0.37,0.01)        2.6642
  O9   (0.311,0.354,0.123)      O4   (0.301,0.392,0.308)      2.6836
  O9   (0.311,0.354,0.123)      O5   (0.515,0.189,0.109)      2.7430
  O9   (0.311,0.354,0.123)      O1   (0.688,0.367,0.216)      2.7648
  O9   (0.311,0.354,0.123)      Ca1  (0.23,0.473,-0.052)      2.8324
  O10  (0.311,0.354,0.623)      Si2  (0.182,0.38,0.674)       1.5399
  O10  (0.311,0.354,0.623)      Si6  (0.504,0.318,0.616)      1.6811
  O10  (0.311,0.354,0.623)      O14  (0.082,0.494,0.639)      2.6587
  O10  (0.311,0.354,0.623)      O8   (0.014,0.292,0.639)      2.6625
  O10  (0.311,0.354,0.623)      O16  (0.496,0.37,0.51)        2.6642
  O10  (0.311,0.354,0.623)      O3   (0.301,0.392,0.808)      2.6836
  O10  (0.311,0.354,0.623)      O6   (0.515,0.189,0.609)      2.7430
  O10  (0.311,0.354,0.623)      O2   (0.688,0.367,0.716)      2.7648
  O10  (0.311,0.354,0.623)      Ca2  (0.23,0.473,0.448)       2.8324
  O11  (0.312,0.607,0.095)      Si3  (0.186,0.61,0.159)       1.6414
  O11  (0.312,0.607,0.095)      Si7  (0.506,0.665,0.107)      1.6882
  O11  (0.312,0.607,0.095)      Ca1  (0.23,0.473,-0.052)      2.4668
  O11  (0.312,0.607,0.095)      Na1  (0.233,0.527,-0.087)     2.5163
  O11  (0.312,0.607,0.095)      O15  (0.504,0.63,-0.01)       2.6288
  O11  (0.312,0.607,0.095)      O13  (0.082,0.494,0.139)      2.6855
  O11  (0.312,0.607,0.095)      O2   (0.312,0.633,0.284)      2.6950
  O11  (0.312,0.607,0.095)      O5   (0.015,0.689,0.109)      2.7214
  O11  (0.312,0.607,0.095)      O7   (0.514,0.792,0.139)      2.7791
  O11  (0.312,0.607,0.095)      O3   (0.699,0.608,0.192)      2.8311
  O12  (0.312,0.607,0.595)      Si4  (0.186,0.61,0.659)       1.6414
  O12  (0.312,0.607,0.595)      Si8  (0.506,0.665,0.607)      1.6882
  O12  (0.312,0.607,0.595)      Ca2  (0.23,0.473,0.448)       2.4668
  O12  (0.312,0.607,0.595)      Na2  (0.233,0.527,0.413)      2.5163
  O12  (0.312,0.607,0.595)      O16  (0.504,0.63,0.49)        2.6288
  O12  (0.312,0.607,0.595)      O14  (0.082,0.494,0.639)      2.6855
  O12  (0.312,0.607,0.595)      O1   (0.312,0.633,0.784)      2.6950
  O12  (0.312,0.607,0.595)      O6   (0.015,0.689,0.609)      2.7214
  O12  (0.312,0.607,0.595)      O8   (0.514,0.792,0.639)      2.7791
  O12  (0.312,0.607,0.595)      O4   (0.699,0.608,0.692)      2.8311
  O13  (0.082,0.494,0.139)      Si3  (0.186,0.61,0.159)       1.6649
  O13  (0.082,0.494,0.139)      Si1  (0.182,0.38,0.174)       1.6670
  O13  (0.082,0.494,0.139)      Ca1  (-0.23,0.527,0.052)      2.3426
  O13  (0.082,0.494,0.139)      Na1  (-0.233,0.473,0.087)     2.3485
  O13  (0.082,0.494,0.139)      O5   (0.015,0.689,0.109)      2.5881
  O13  (0.082,0.494,0.139)      O7   (0.014,0.292,0.139)      2.6546
  O13  (0.082,0.494,0.139)      O9   (0.311,0.354,0.123)      2.6587
  O13  (0.082,0.494,0.139)      O2   (0.312,0.633,0.284)      2.6719
  O13  (0.082,0.494,0.139)      O11  (0.312,0.607,0.095)      2.6855
  O13  (0.082,0.494,0.139)      O4   (0.301,0.392,0.308)      2.6932
  O14  (0.082,0.494,0.639)      Si4  (0.186,0.61,0.659)       1.6649
  O14  (0.082,0.494,0.639)      Si2  (0.182,0.38,0.674)       1.6670
  O14  (0.082,0.494,0.639)      Ca2  (-0.23,0.527,0.552)      2.3426
  O14  (0.082,0.494,0.639)      Na2  (-0.233,0.473,0.587)     2.3485
  O14  (0.082,0.494,0.639)      O6   (0.015,0.689,0.609)      2.5881
  O14  (0.082,0.494,0.639)      O8   (0.014,0.292,0.639)      2.6546
  O14  (0.082,0.494,0.639)      O10  (0.311,0.354,0.623)      2.6587
  O14  (0.082,0.494,0.639)      O1   (0.312,0.633,0.784)      2.6719
  O14  (0.082,0.494,0.639)      O12  (0.312,0.607,0.595)      2.6855
  O14  (0.082,0.494,0.639)      O3   (0.301,0.392,0.808)      2.6932
  O15  (0.004,0.13,0.99)        Si5  (-0.004,0.182,0.884)     1.6615
  O15  (0.004,0.13,0.99)        Si7  (0.006,0.165,1.107)      1.6930
  O15  (0.004,0.13,0.99)        Na1  (-0.268,0.027,0.913)     2.3544
  O15  (0.004,0.13,0.99)        Ca1  (0.27,0.027,1.052)       2.3803
  O15  (0.004,0.13,0.99)        O11  (-0.188,0.107,1.095)     2.6288
  O15  (0.004,0.13,0.99)        O3   (0.199,0.108,1.192)      2.6340
  O15  (0.004,0.13,0.99)        O1   (-0.188,0.133,0.784)     2.6389
  O15  (0.004,0.13,0.99)        O9   (0.189,0.146,0.877)      2.6641
  O15  (0.004,0.13,0.99)        O5   (-0.015,0.311,0.892)     2.7623
  O15  (0.004,0.13,0.99)        Ca1  (-0.27,-0.027,0.948)     2.8470
  O15  (0.004,0.13,0.99)        O7   (0.014,0.292,1.139)      2.8571
  O15  (0.004,0.13,0.99)        Na1  (0.268,-0.027,1.087)     2.8793
  O16  (0.004,0.13,0.49)        Si6  (-0.004,0.182,0.384)     1.6615
  O16  (0.004,0.13,0.49)        Si8  (0.006,0.165,0.607)      1.6930
  O16  (0.004,0.13,0.49)        Na2  (-0.268,0.027,0.413)     2.3544
  O16  (0.004,0.13,0.49)        Ca2  (0.27,0.027,0.552)       2.3803
  O16  (0.004,0.13,0.49)        O12  (-0.188,0.107,0.595)     2.6288
  O16  (0.004,0.13,0.49)        O4   (0.199,0.108,0.692)      2.6340
  O16  (0.004,0.13,0.49)        O2   (-0.188,0.133,0.284)     2.6389
  O16  (0.004,0.13,0.49)        O10  (0.189,0.146,0.377)      2.6642
  O16  (0.004,0.13,0.49)        O6   (-0.015,0.311,0.392)     2.7623
  O16  (0.004,0.13,0.49)        Ca2  (-0.27,-0.027,0.448)     2.8470
  O16  (0.004,0.13,0.49)        O8   (0.014,0.292,0.639)      2.8571
  O16  (0.004,0.13,0.49)        Na2  (0.268,-0.027,0.587)     2.8793

  198 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)    13.728  6.4290    5.75   40.8  2  68.29    6.08
  2    ( 0 2 0)    13.762  6.4132    0.23    8.1  2  67.68    0.24
  3    ( 0 0 2)    13.864  6.3662    0.40   10.9  2  66.60    0.43
  4    ( 1 1 0)    14.033  6.2903    0.35   10.3  2  65.24    0.37
  5    (-1-1 2)    15.122  5.8407    2.94   32.0  2  55.95    3.10
  6    (-1 1 2)    15.687  5.6322    1.56   24.1  2  51.99    1.64
  7    ( 0-2 2)    18.921  4.6779    5.15   52.2  2  35.30    5.44
  8    (-2 0 2)    21.957  4.0384   85.38  243.0  2  26.11   90.17
  9    ( 1-1 2)    22.830  3.8863   19.25  119.4  2  23.97   20.33
  10   ( 1 1 2)    23.582  3.7641   26.70  144.7  2  22.40   28.20
  11   (-1 3 0)    23.779  3.7334   37.74  173.3  2  22.04   39.86
  12   ( 2 0 0)    24.259  3.6608    0.13   10.2  2  21.19    0.13
  13   ( 1 3 0)    24.318  3.6520   31.68  161.9  2  21.00   33.46
  14   (-1-3 2)    24.442  3.6338   11.14   96.4  2  20.76   11.76
  15   (-1 3 2)    25.508  3.4845    0.95   29.2  2  19.02    1.01
  16   (-1-1 4)    25.562  3.4773   14.64  114.9  2  18.89   15.47
  17   (-2-2 2)    25.843  3.4401    3.67   58.0  2  18.52    3.87
  18   (-2 2 2)    26.194  3.3949    0.11   10.0  2  18.03    0.11
  19   (-1 1 4)    26.414  3.3672   21.80  144.1  2  17.64   23.02
  20   (-2 2 0)    27.695  3.2145   46.52  219.0  2  16.02   49.13
  21   ( 0 4 0)    27.764  3.2066   63.00  255.4  2  15.87   66.54
  22   (-2 0 4)    27.780  3.2048   85.82  298.2  2  15.89   90.63
  23   ( 0 0 4)    27.974  3.1831  100.00  323.8  2  15.60  105.61
  24   ( 2 2 0)    28.319  3.1452   35.94  196.0  2  15.26   37.95
  25   ( 1-3 2)    29.634  3.0087   19.75  150.8  2  13.82   20.86
  26   ( 0-4 2)    30.297  2.9443   22.82  164.9  2  13.17   24.10
  27   ( 0-2 4)    30.442  2.9307   14.02  129.8  2  13.02   14.81
  28   (-2-2 4)    30.553  2.9203    8.90  103.7  2  12.95    9.40
  29   ( 1 3 2)    31.387  2.8447   20.16  159.4  2  12.22   21.29
  30   (-1-3 4)    31.680  2.8191    6.87   93.7  2  11.96    7.25
  31   (-2 2 4)    31.714  2.8161    0.82   32.4  2  11.97    0.86
  32   ( 0 4 2)    32.024  2.7896    0.45   24.1  2  11.70    0.47
  33   ( 0 2 4)    32.162  2.7779    0.15   13.8  2  11.58    0.15
  34   ( 2 0 2)    33.130  2.6991    0.22   17.3  2  10.89    0.23
  35   (-3-1 2)    33.671  2.6569    0.55   27.7  2  10.54    0.58
  36   (-3 1 2)    33.678  2.6564    0.18   15.9  2  10.55    0.19
  37   (-1 3 4)    33.753  2.6507   11.91  129.5  2  10.44   12.58
  38   ( 2-2 2)    35.407  2.5307    3.26   70.1  2   9.42    3.44
  39   (-2-4 2)    35.426  2.5293   26.80  201.2  2   9.40   28.31
  40   (-3-1 4)    35.515  2.5232    5.73   93.2  2   9.38    6.05
  41   ( 1-1 4)    35.575  2.5191    3.43   72.2  2   9.30    3.63
  42   (-3 1 4)    35.904  2.4968    3.17   69.8  2   9.16    3.35
  43   (-2 4 2)    35.954  2.4935   20.60  178.3  2   9.12   21.76
  44   ( 1 1 4)    36.459  2.4601    0.65   32.1  2   8.82    0.69
  45   ( 2 2 2)    36.664  2.4468    2.54   63.5  2   8.73    2.68
  46   (-2 4 0)    36.725  2.4429    4.27   82.4  2   8.70    4.51
  47   (-1 5 0)    36.766  2.4403    0.14   15.2  2   8.67    0.15
  48   (-1-5 2)    37.088  2.4198    4.37   83.9  2   8.49    4.61
  49   (-3 1 0)    37.266  2.4087    5.71   96.3  2   8.45    6.03
  50   ( 3 1 0)    37.628  2.3864    5.10   91.6  2   8.26    5.39
  51   ( 2 4 0)    37.694  2.3824    4.39   85.1  2   8.21    4.64
  52   (-1 5 2)    38.316  2.3451    4.10   83.1  2   7.91    4.33
  53   (-2 0 6)    38.418  2.3392    1.72   53.9  2   7.86    1.82
  54   (-3-3 2)    39.228  2.2928    6.42  105.6  2   7.53    6.78
  55   (-3 3 2)    39.245  2.2918    5.03   93.5  2   7.53    5.31
  56   (-1 1 6)    39.655  2.2691    1.70   54.7  2   7.32    1.79
  57   ( 1-3 4)    40.113  2.2442    3.93   83.8  2   7.14    4.15
  58   (-3-3 4)    40.513  2.2230    3.42   78.6  2   7.00    3.61
  59   ( 1-5 2)    40.618  2.2175    5.19   97.1  2   6.95    5.48
  60   (-2 4 4)    40.628  2.2170    1.82   57.5  2   6.96    1.92
  61   ( 0 4 4)    41.214  2.1868    3.09   75.6  2   6.72    3.27
  62   (-3 3 4)    41.551  2.1699    0.19   18.7  2   6.63    0.20
  63   (-2 2 6)    41.795  2.1578    1.30   49.5  2   6.52    1.38
  64   (-1-5 4)    42.081  2.1438    3.82   85.1  2   6.41    4.03
  65   (-3 3 0)    42.098  2.1430    3.85   85.5  2   6.44    4.07
  66   ( 0 6 0)    42.206  2.1377    7.36  118.3  2   6.37    7.77
  67   (-3-1 6)    42.509  2.1232    0.81   39.3  2   6.29    0.85
  68   ( 0 0 6)    42.533  2.1221    1.42   52.3  2   6.26    1.50
  69   ( 2-4 2)    42.691  2.1146    6.15  109.0  2   6.22    6.50
  70   ( 1 5 2)    42.847  2.1073    7.02  116.7  2   6.16    7.41
  71   ( 3 3 0)    43.072  2.0968    4.85   97.2  2   6.11    5.12
  72   (-3 1 6)    43.172  2.0922    2.05   63.4  2   6.08    2.17
  73   (-4 0 4)    44.817  2.0192    1.84   61.2  2   5.60    1.94
  74   ( 2 4 2)    44.831  2.0186    0.30   24.5  2   5.57    0.31
  75   (-4 0 2)    45.003  2.0113    0.62   35.7  2   5.55    0.66
  76   ( 2 0 4)    45.201  2.0029    1.03   46.0  2   5.47    1.08
  77   (-1 3 6)    45.428  1.9935    2.97   78.3  2   5.40    3.13
  78   ( 3-1 2)    45.495  1.9907    0.31   25.5  2   5.40    0.33
  79   ( 0 6 2)    45.592  1.9867    4.87  100.6  2   5.36    5.15
  80   ( 0 2 6)    45.865  1.9755    1.34   52.9  2   5.28    1.41
  81   ( 3 1 2)    46.114  1.9654    0.55   34.0  2   5.24    0.58
  82   (-3-3 6)    46.579  1.9469    0.64   37.0  2   5.11    0.68
  83   ( 2-2 4)    46.674  1.9431    3.69   88.7  2   5.09    3.90
  84   (-4-2 4)    46.905  1.9341    3.10   81.4  2   5.05    3.27
  85   (-4 2 4)    47.325  1.9179    8.33  134.1  2   4.95    8.80
  86   (-4-2 2)    47.389  1.9155    0.24   22.7  2   4.93    0.25
  87   (-2-6 2)    47.776  1.9009    0.42   30.4  2   4.82    0.45
  88   ( 2 2 4)    48.285  1.8821    6.36  118.3  2   4.71    6.72
  89   (-2 6 0)    48.708  1.8667    8.46  137.0  2   4.62    8.94
  90   (-3-5 2)    48.749  1.8652    0.31   26.2  2   4.61    0.33
  91   (-3 5 2)    48.773  1.8644    0.45   31.7  2   4.62    0.48
  92   (-4 0 6)    49.222  1.8484    8.95  141.6  2   4.52    9.45
  93   ( 3-3 2)    49.381  1.8429    1.82   64.0  2   4.49    1.92
  94   (-2 4 6)    49.468  1.8398    3.01   82.3  2   4.46    3.18
  95   ( 0-6 4)    49.678  1.8325    4.15   96.8  2   4.41    4.38
  96   ( 1-1 6)    49.723  1.8310    2.62   77.0  2   4.40    2.77
  97   ( 4 0 0)    49.740  1.8304   11.06  158.1  2   4.42   11.68
  98   ( 0-4 6)    49.839  1.8270    4.13   96.8  2   4.37    4.36
  99   ( 2 6 0)    49.868  1.8260    6.93  125.4  2   4.38    7.32
  100  (-2-6 4)    50.135  1.8169    3.76   92.6  2   4.32    3.97
  101  ( 1 1 6)    50.691  1.7983    8.75  141.9  2   4.21    9.25
  102  (-4-2 6)    50.885  1.7919    0.92   46.1  2   4.19    0.97
  103  (-1 7 0)    50.997  1.7882    0.98   47.7  2   4.16    1.04
  104  ( 3 3 2)    51.111  1.7845    0.90   45.6  2   4.14    0.95
  105  (-1-7 2)    51.148  1.7833    0.93   46.4  2   4.13    0.98
  106  (-2 0 8)    51.413  1.7747   24.18  237.1  2   4.08   25.54
  107  (-4 2 0)    51.499  1.7720    1.15   51.7  2   4.09    1.21
  108  (-4 2 6)    51.851  1.7608    0.42   31.3  2   4.02    0.44
  109  ( 1 5 4)    52.185  1.7503    0.67   39.8  2   3.94    0.71
  110  ( 4 2 0)    52.244  1.7485    1.83   65.6  2   3.95    1.93
  111  ( 3 5 0)    52.316  1.7462    0.19   21.4  2   3.93    0.21
  112  ( 2-4 4)    52.411  1.7433    5.57  114.7  2   3.91    5.89
  113  (-2 6 4)    52.445  1.7422    2.84   81.9  2   3.91    3.00
  114  (-1 7 2)    52.485  1.7410    0.33   28.0  2   3.90    0.35
  115  (-2-2 8)    52.562  1.7386    2.61   78.6  2   3.88    2.76
  116  ( 1-3 6)    53.002  1.7252    1.94   68.0  2   3.80    2.05
  117  ( 0 6 4)    53.111  1.7220    1.95   68.2  2   3.79    2.06
  118  (-4-4 4)    53.174  1.7201    6.42  123.7  2   3.79    6.78
  119  ( 0 4 6)    53.264  1.7174    2.28   73.8  2   3.76    2.41
  120  ( 2-6 2)    53.324  1.7156    0.51   34.8  2   3.76    0.53
  121  (-4 4 2)    53.548  1.7089    3.89   96.6  2   3.74    4.11
  122  ( 1-7 2)    53.756  1.7028    0.94   47.5  2   3.69    0.99
  123  (-4-4 2)    53.893  1.6988    3.45   91.2  2   3.68    3.65
  124  (-4 4 4)    53.939  1.6975    2.79   82.0  2   3.68    2.94
  125  (-1 1 8)    54.153  1.6913    1.20   53.8  2   3.62    1.27
  126  (-2 2 8)    54.421  1.6836    2.03   70.2  2   3.58    2.15
  127  (-3-5 6)    54.559  1.6797    2.89   83.8  2   3.57    3.05
  128  (-1 5 6)    54.828  1.6721    0.20   22.1  2   3.52    0.21
  129  (-1-7 4)    54.852  1.6714    0.91   47.0  2   3.52    0.96
  130  ( 2 4 4)    55.351  1.6575    3.92   97.9  2   3.45    4.14
  131  ( 1 3 6)    55.748  1.6467    0.81   44.7  2   3.39    0.86
  132  ( 2 6 2)    56.045  1.6386    0.56   37.1  2   3.35    0.59
  133  (-1-3 8)    56.180  1.6350    0.60   38.3  2   3.33    0.63
  134  (-3-3 8)    56.226  1.6338    1.76   66.0  2   3.33    1.86
  135  ( 1 7 2)    56.292  1.6320    0.70   41.8  2   3.32    0.74
  136  (-4-4 6)    56.568  1.6247    0.38   30.8  2   3.29    0.40
  137  ( 3-1 4)    56.801  1.6186    0.52   35.9  2   3.26    0.55
  138  ( 3-5 2)    57.084  1.6113    2.39   77.2  2   3.22    2.53
  139  (-4 4 0)    57.240  1.6072    0.49   35.1  2   3.21    0.52
  140  (-3 5 6)    57.280  1.6062    4.74  108.8  2   3.20    5.01
  141  ( 0 8 0)    57.394  1.6033    1.74   65.9  2   3.18    1.84
  142  ( 3 1 4)    57.594  1.5982    0.35   29.7  2   3.16    0.37
  143  (-2-4 8)    57.695  1.5957    1.93   69.5  2   3.14    2.04
  144  ( 0 0 8)    57.857  1.5916    0.53   36.5  2   3.12    0.56
  145  ( 4 0 2)    58.204  1.5829    2.49   79.2  2   3.09    2.63
  146  ( 0-8 2)    58.319  1.5801    2.05   71.9  2   3.06    2.17
  147  (-5 1 2)    58.366  1.5789    2.14   73.4  2   3.08    2.26
  148  (-5-1 2)    58.534  1.5748    1.12   53.1  2   3.06    1.18
  149  (-3 3 8)    58.627  1.5725    0.84   46.2  2   3.03    0.89
  150  (-4-2 8)    58.668  1.5715    1.40   59.5  2   3.03    1.48
  151  ( 0-2 8)    58.749  1.5695    1.54   62.3  2   3.01    1.63
  152  (-5-1 6)    58.870  1.5666    0.33   28.9  2   3.02    0.35
  153  (-1 3 8)    59.095  1.5612    0.78   44.4  2   2.97    0.82
  154  ( 2 0 6)    59.120  1.5606    1.89   69.2  2   2.97    2.00
  155  (-5 1 6)    59.224  1.5581    2.61   81.3  2   2.98    2.76
  156  ( 3 5 2)    59.688  1.5471    3.07   88.4  2   2.91    3.25
  157  ( 3-3 4)    59.900  1.5421    2.13   73.6  2   2.89    2.25
  158  (-4 2 8)    60.065  1.5383    2.15   74.0  2   2.88    2.27
  159  ( 2-2 6)    60.088  1.5377    1.33   58.1  2   2.87    1.40
  160  (-2 6 6)    60.229  1.5345    0.39   31.5  2   2.85    0.41
  161  ( 1-7 4)    60.360  1.5315    0.75   43.8  2   2.84    0.79
  162  ( 0 8 2)    60.397  1.5306    0.41   32.5  2   2.83    0.44
  163  (-5-3 4)    60.496  1.5283    1.54   62.6  2   2.84    1.62
  164  (-5 3 4)    60.774  1.5220    0.88   47.3  2   2.81    0.93
  165  ( 0 2 8)    60.818  1.5210    0.92   48.4  2   2.79    0.97
  166  (-2 4 8)    61.168  1.5132    2.84   85.2  2   2.76    3.00
  167  (-3-7 4)    61.328  1.5096    0.41   32.4  2   2.74    0.43
  168  ( 2-6 4)    61.566  1.5043    2.98   87.4  2   2.72    3.15
  169  (-2-8 2)    61.869  1.4977    6.14  125.4  2   2.69    6.48
  170  (-5 3 2)    62.012  1.4946    1.72   66.5  2   2.69    1.82
  171  ( 3 3 4)    62.187  1.4908    2.57   81.3  2   2.66    2.72
  172  (-5-3 6)    62.315  1.4881    5.19  115.4  2   2.65    5.48
  173  (-5-3 2)    62.496  1.4842    1.41   60.3  2   2.64    1.49
  174  (-3 7 0)    62.530  1.4834    0.81   45.7  2   2.63    0.86
  175  (-2 8 2)    62.565  1.4827    0.52   36.4  2   2.62    0.55
  176  (-2 8 0)    62.576  1.4825    7.15  135.6  2   2.62    7.56
  177  (-4-6 4)    62.751  1.4788    2.46   79.5  2   2.61    2.60
  178  (-1-5 8)    62.900  1.4756    1.54   63.0  2   2.59    1.63
  179  ( 0-8 4)    63.065  1.4722    1.02   51.1  2   2.57    1.07
  180  (-3-5 8)    63.108  1.4713    0.85   46.6  2   2.57    0.89
  181  (-3 7 4)    63.125  1.4709    0.43   33.1  2   2.58    0.45
  182  (-4 6 2)    63.182  1.4697    5.15  115.1  2   2.58    5.44
  183  (-5 3 6)    63.341  1.4664    3.28   91.9  2   2.56    3.46
  184  ( 0-4 8)    63.393  1.4653    1.12   53.8  2   2.54    1.19
  185  (-4-4 8)    63.644  1.4602    1.44   61.0  2   2.53    1.52
  186  (-4-6 2)    63.650  1.4600    0.40   31.9  2   2.53    0.42
  187  ( 0 6 6)    63.755  1.4579    6.07  125.1  2   2.51    6.42
  188  (-4 6 4)    63.785  1.4573    4.19  103.8  2   2.52    4.42
  189  ( 2 8 0)    63.890  1.4551    4.12  103.0  2   2.50    4.35
  190  ( 3 7 0)    64.252  1.4478    0.89   48.0  2   2.48    0.94
  191  ( 4-4 2)    64.561  1.4416    1.79   68.0  2   2.46    1.89
  192  (-5-1 8)    64.743  1.4380    0.89   48.0  2   2.44    0.94
  193  ( 2-4 6)    64.761  1.4377    3.24   91.4  2   2.43    3.42
  194  ( 1-1 8)    65.211  1.4288    1.46   61.2  2   2.40    1.54
  195  (-5 1 8)    65.285  1.4274    3.31   92.3  2   2.39    3.49
  196  (-3-7 6)    65.584  1.4216    1.60   64.2  2   2.37    1.69
  197  ( 2 6 4)    65.613  1.4211    5.39  117.8  2   2.37    5.69
  198  (-4-6 6)    65.629  1.4207    0.50   35.9  2   2.37    0.53

Phase #4 [Bragg-R = 17.24%]: Orthoclase

  Chemical Formula = KAlSi3O8

  Reference: Tseng H-Y Heaney P J Onstott T C, Physics and Chemistry of
  Minerals v22 (1995) p399-405, Characterization of lattice strain induced
  by neutron irradiation Sample: Unirradiated ● AMCSD#0007928

  Monoclinic: C2/m (12) ● b-unique, Z=4, mC52 [PDF#98-000-9727] [CSD#9727]

  [x] a  = 8.65800 (0.01068) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 12.98835(0.01258) <2> [x] β  = 116.251 (0.066  ) <2>
  [x] c  = 7.19342 (0.01106) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 725.493 (593)(Å³), Density = 2.548(g/cm³), Absorption(μ) = 123.4(1/cm)

  [x] SF = 46.703  (5.88767) <1> Intensity Scale Factor
  [x] TF = 3.01889 (2.0677 ) <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 = 0.55127 (0.07309) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.39653 (0.10627) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  Asymmetry Atoms in Unit Cell = 9, General Site Multiplicity = 8

  [ ] x1 = 0.2832  (0.0    ) <4> {Wyckoff = 4     } K <K +1>
  [ ] y1 = 0.0     (0.0    ) <0> {                } K <K +1>
  [ ] z1 = 0.1358  (0.0    ) <4> {                } K <K +1>
  [ ] B1 = 0.47374 (0.0    ) <4> {                } K <K +1>
  [ ] n1 = 1.0     (0.0    ) <4> {                } K <K +1>

  [ ] x2 = 0.009   (0.0    ) <4> {Wyckoff = 8     } Al1 <Al+3>
  [ ] y2 = 0.1842  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z2 = 0.2226  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B2 = 0.15791 (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n2 = 0.5     (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x3 = 0.009   (0.0    ) <4> {Wyckoff = 8     } Si1 <Si+4>
  [ ] y3 = 0.1842  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z3 = 0.2226  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B3 = 0.15791 (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n3 = 0.5     (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x4 = 0.7078  (0.0    ) <4> {Wyckoff = 8     } Si2 <Si+4>
  [ ] y4 = 0.11848 (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z4 = 0.3395  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B4 = 0.15791 (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n4 = 1.0     (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 4     } OA1 <O -2>
  [ ] y5 = 0.1487  (0.0    ) <4> {                } OA1 <O -2>
  [ ] z5 = 0.0     (0.0    ) <0> {                } OA1 <O -2>
  [ ] B5 = 0.94748 (0.0    ) <4> {                } OA1 <O -2>
  [ ] n5 = 1.0     (0.0    ) <4> {                } OA1 <O -2>

  [ ] x6 = 0.6328  (0.0    ) <4> {Wyckoff = 4     } OA2 <O -2>
  [ ] y6 = 0.0     (0.0    ) <0> {                } OA2 <O -2>
  [ ] z6 = 0.2782  (0.0    ) <4> {                } OA2 <O -2>
  [ ] B6 = 0.94748 (0.0    ) <4> {                } OA2 <O -2>
  [ ] n6 = 1.0     (0.0    ) <4> {                } OA2 <O -2>

  [ ] x7 = 0.8307  (0.0    ) <4> {Wyckoff = 8     } OB <O -2>
  [ ] y7 = 0.1466  (0.0    ) <4> {                } OB <O -2>
  [ ] z7 = 0.2218  (0.0    ) <4> {                } OB <O -2>
  [ ] B7 = 0.94748 (0.0    ) <4> {                } OB <O -2>
  [ ] n7 = 1.0     (0.0    ) <4> {                } OB <O -2>

  [ ] x8 = 0.0364  (0.0    ) <4> {Wyckoff = 8     } OC <O -2>
  [ ] y8 = 0.3126  (0.0    ) <4> {                } OC <O -2>
  [ ] z8 = 0.2546  (0.0    ) <4> {                } OC <O -2>
  [ ] B8 = 0.94748 (0.0    ) <4> {                } OC <O -2>
  [ ] n8 = 1.0     (0.0    ) <4> {                } OC <O -2>

  [ ] x9 = 0.1821  (0.0    ) <4> {Wyckoff = 8     } OD <O -2>
  [ ] y9 = 0.1254  (0.0    ) <4> {                } OD <O -2>
  [ ] z9 = 0.4063  (0.0    ) <4> {                } OD <O -2>
  [ ] B9 = 0.94748 (0.0    ) <4> {                } OD <O -2>
  [ ] n9 = 1.0     (0.0    ) <4> {                } OD <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)
  K    (0.283,0.0,0.136)        OA2  (0.633,0.0,0.278)        2.7328
  K    (0.283,0.0,0.136)        OA1  (0.0,-0.149,0.0)         2.9288
  K    (0.283,0.0,0.136)        OA1  (0.0,0.149,0.0)          2.9288
  K    (0.283,0.0,0.136)        OD   (0.182,-0.125,0.406)     2.9516
  K    (0.283,0.0,0.136)        OD   (0.182,0.125,0.406)      2.9516
  K    (0.283,0.0,0.136)        OB   (0.169,0.147,-0.222)     2.9952
  K    (0.283,0.0,0.136)        OB   (0.169,-0.147,-0.222)    2.9952
  Al1  (0.009,0.184,0.223)      OB   (-0.169,0.147,0.222)     1.6167
  Al1  (0.009,0.184,0.223)      OA1  (0.0,0.149,0.0)          1.6347
  Al1  (0.009,0.184,0.223)      OD   (0.182,0.125,0.406)      1.6804
  Al1  (0.009,0.184,0.223)      OC   (0.036,0.313,0.255)      1.6859
  Al1  (0.009,0.184,0.223)      Si2  (0.208,0.382,0.34)       2.9929
  Si1  (0.009,0.184,0.223)      OB   (-0.169,0.147,0.222)     1.6167
  Si1  (0.009,0.184,0.223)      OA1  (0.0,0.149,0.0)          1.6347
  Si1  (0.009,0.184,0.223)      OD   (0.182,0.125,0.406)      1.6804
  Si1  (0.009,0.184,0.223)      OC   (0.036,0.313,0.255)      1.6859
  Si1  (0.009,0.184,0.223)      Si2  (0.208,0.382,0.34)       2.9929
  Si2  (0.708,0.118,0.34)       OC   (0.536,0.187,0.255)      1.6046
  Si2  (0.708,0.118,0.34)       OD   (0.818,0.125,0.594)      1.6488
  Si2  (0.708,0.118,0.34)       OA2  (0.633,0.0,0.278)        1.6525
  Si2  (0.708,0.118,0.34)       OB   (0.831,0.147,0.222)      1.6672
  Si2  (0.708,0.118,0.34)       Al1  (0.509,0.316,0.223)      2.9929
  OA1  (0.0,0.149,0.0)          Al1  (-0.009,0.184,-0.223)    1.6347
  OA1  (0.0,0.149,0.0)          Al1  (0.009,0.184,0.223)      1.6347
  OA1  (0.0,0.149,0.0)          OB   (0.169,0.147,-0.222)     2.6007
  OA1  (0.0,0.149,0.0)          OB   (-0.169,0.147,0.222)     2.6007
  OA1  (0.0,0.149,0.0)          OD   (0.182,0.125,0.406)      2.6539
  OA1  (0.0,0.149,0.0)          OD   (-0.182,0.125,-0.406)    2.6539
  OA1  (0.0,0.149,0.0)          OC   (0.036,0.313,0.255)      2.7340
  OA1  (0.0,0.149,0.0)          OC   (-0.036,0.313,-0.255)    2.7340
  OA1  (0.0,0.149,0.0)          K    (0.283,0.0,0.136)        2.9288
  OA1  (0.0,0.149,0.0)          K    (-0.283,0.0,-0.136)      2.9288
  OA2  (0.633,0.0,0.278)        Si2  (0.708,-0.118,0.34)      1.6525
  OA2  (0.633,0.0,0.278)        Si2  (0.708,0.118,0.34)       1.6525
  OA2  (0.633,0.0,0.278)        OC   (0.536,-0.187,0.255)     2.5543
  OA2  (0.633,0.0,0.278)        OC   (0.536,0.187,0.255)      2.5543
  OA2  (0.633,0.0,0.278)        OD   (0.818,-0.125,0.594)     2.6748
  OA2  (0.633,0.0,0.278)        OD   (0.818,0.125,0.594)      2.6748
  OA2  (0.633,0.0,0.278)        OB   (0.831,0.147,0.222)      2.7094
  OA2  (0.633,0.0,0.278)        OB   (0.831,-0.147,0.222)     2.7094
  OA2  (0.633,0.0,0.278)        K    (0.283,0.0,0.136)        2.7328
  OB   (0.831,0.147,0.222)      Al1  (1.009,0.184,0.223)      1.6167
  OB   (0.831,0.147,0.222)      Si2  (0.708,0.118,0.34)       1.6672
  OB   (0.831,0.147,0.222)      OA1  (1.0,0.149,0.0)          2.6007
  OB   (0.831,0.147,0.222)      OA2  (0.633,0.0,0.278)        2.7094
  OB   (0.831,0.147,0.222)      OC   (0.536,0.187,0.255)      2.7131
  OB   (0.831,0.147,0.222)      OC   (1.036,0.313,0.255)      2.7394
  OB   (0.831,0.147,0.222)      OD   (0.818,0.125,0.594)      2.7399
  OB   (0.831,0.147,0.222)      OD   (1.182,0.125,0.406)      2.7426
  OB   (0.831,0.147,0.222)      K    (0.717,0.0,-0.136)       2.9952
  OC   (0.036,0.313,0.255)      Si2  (0.208,0.382,0.34)       1.6046
  OC   (0.036,0.313,0.255)      Al1  (0.009,0.184,0.223)      1.6859
  OC   (0.036,0.313,0.255)      OA2  (0.133,0.5,0.278)        2.5543
  OC   (0.036,0.313,0.255)      OD   (0.318,0.375,0.594)      2.6981
  OC   (0.036,0.313,0.255)      OB   (0.331,0.353,0.222)      2.7131
  OC   (0.036,0.313,0.255)      OA1  (0.0,0.149,0.0)          2.7340
  OC   (0.036,0.313,0.255)      OD   (0.182,0.125,0.406)      2.7343
  OC   (0.036,0.313,0.255)      OB   (-0.169,0.147,0.222)     2.7394
  OD   (0.182,0.125,0.406)      Si2  (0.292,0.118,0.661)      1.6488
  OD   (0.182,0.125,0.406)      Al1  (0.009,0.184,0.223)      1.6804
  OD   (0.182,0.125,0.406)      OA1  (0.0,0.149,0.0)          2.6539
  OD   (0.182,0.125,0.406)      OA2  (0.367,0.0,0.722)        2.6748
  OD   (0.182,0.125,0.406)      OC   (0.464,0.187,0.745)      2.6981
  OD   (0.182,0.125,0.406)      OC   (0.036,0.313,0.255)      2.7343
  OD   (0.182,0.125,0.406)      OB   (0.169,0.147,0.778)      2.7399
  OD   (0.182,0.125,0.406)      OB   (-0.169,0.147,0.222)     2.7426
  OD   (0.182,0.125,0.406)      K    (0.283,0.0,0.136)        2.9516

  129 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)    13.239  6.6648    4.37   14.7  4  72.75   2.17
  2    ( 0 2 0)    13.589  6.4941    5.07   23.1  2  69.78   2.52
  3    (-1 1 1)    15.008  5.8846    7.54   22.1  4  56.54   3.74
  4    ( 0 2 1)    19.343  4.5769    1.92   14.7  4  33.95   0.95
  5    (-2 0 1)    20.789  4.2623   59.49  125.2  2  28.69  29.54
  6    ( 1 1 1)    22.475  3.9467   16.82   51.4  4  24.79   8.35
  7    ( 2 0 0)    22.852  3.8825    4.79   39.5  2  23.65   2.38
  8    ( 1 3 0)    23.473  3.7814   75.03  114.1  4  22.63  37.25
  9    (-1 3 1)    24.535  3.6202   15.74   55.0  4  20.64   7.81
  10   (-2 2 1)    24.934  3.5634   12.03   49.0  4  19.75   5.97
  11   (-1 1 2)    25.655  3.4649   47.89  101.0  4  18.81  23.78
  12   ( 2 2 0)    26.695  3.3324  100.00  153.0  4  17.13  49.65
  13   (-2 0 2)    26.958  3.3005   57.28  165.7  2  16.79  28.44
  14   ( 0 4 0)    27.411  3.2471   28.95  120.2  2  16.39  14.37
  15   ( 0 0 2)    27.596  3.2257   78.08  199.0  2  16.18  38.77
  16   ( 1 3 1)    29.791  2.9931   60.18  135.6  4  13.70  29.88
  17   (-2 2 2)    30.319  2.9423    6.72   46.3  4  13.10   3.34
  18   ( 0 4 1)    30.768  2.9004   23.21   87.7  4  12.82  11.52
  19   ( 0 2 2)    30.893  2.8890    9.12   55.2  4  12.71   4.53
  20   ( 2 0 1)    31.661  2.8207    0.17   11.0  2  11.95   0.08
  21   (-3 1 1)    31.732  2.8145    0.44   12.5  4  11.76   0.22
  22   (-1 3 2)    32.306  2.7659   21.79   90.3  4  11.52  10.82
  23   (-3 1 2)    34.119  2.6231   18.26   88.7  4  10.07   9.07
  24   ( 2 2 1)    34.608  2.5872    4.14   43.0  4   9.87   2.06
  25   (-2 4 1)    34.667  2.5829   33.82  123.3  4   9.82  16.79
  26   ( 1 1 2)    35.148  2.5487    6.60   55.5  4   9.60   3.28
  27   ( 3 1 0)    35.295  2.5384    7.96   61.3  4   9.37   3.95
  28   ( 2 4 0)    35.994  2.4908    2.70   36.6  4   9.06   1.34
  29   (-1 5 1)    37.130  2.4172    8.06   65.9  4   8.50   4.00
  30   (-3 3 1)    37.412  2.3997    9.45   72.1  4   8.25   4.69
  31   (-2 0 3)    37.741  2.3795    0.23   16.2  2   8.17   0.12
  32   (-1 1 3)    38.746  2.3202    7.30   66.5  4   7.75   3.63
  33   ( 0 4 2)    39.305  2.2884    0.17   10.3  4   7.52   0.08
  34   (-3 3 2)    39.498  2.2777    2.73   41.7  4   7.33   1.35
  35   (-2 2 3)    40.300  2.2343    1.08   27.1  4   7.07   0.54
  36   ( 1 3 2)    40.409  2.2285    0.72   22.1  4   7.06   0.36
  37   ( 3 3 0)    40.540  2.2216    0.85   24.2  4   6.92   0.42
  38   ( 1 5 1)    40.941  2.2008    3.63   50.7  4   6.85   1.80
  39   (-3 1 3)    41.561  2.1694    0.25   13.4  4   6.55   0.12
  40   ( 0 6 0)    41.655  2.1647   23.19  185.5  2   6.60  11.51
  41   ( 0 0 3)    41.944  2.1505    0.15   15.2  2   6.51   0.08
  42   (-4 0 1)    42.198  2.1381    3.26   70.9  2   6.28   1.62
  43   (-4 0 2)    42.343  2.1312    5.27   90.5  2   6.23   2.62
  44   ( 2 4 1)    42.379  2.1294    8.96   83.6  4   6.32   4.45
  45   ( 3 1 1)    43.542  2.0752    2.84   48.9  4   5.91   1.41
  46   ( 2 0 2)    43.630  2.0713    2.04   58.9  2   5.93   1.01
  47   (-1 3 3)    43.640  2.0708    0.84   26.7  4   5.94   0.42
  48   ( 0 6 1)    44.056  2.0523    5.17   67.1  4   5.82   2.57
  49   (-4 2 1)    44.545  2.0309    0.10    9.7  4   5.57   0.05
  50   (-4 2 2)    44.683  2.0249   10.61   98.2  4   5.53   5.27
  51   ( 2 2 2)    45.918  1.9733    8.97   94.1  4   5.28   4.45
  52   (-3 3 3)    46.210  1.9615    3.72   61.1  4   5.17   1.85
  53   ( 4 0 0)    46.722  1.9413    8.97  136.6  2   5.01   4.46
  54   (-2 6 1)    47.009  1.9301    0.60   25.2  4   5.01   0.30
  55   (-3 5 1)    47.015  1.9299    2.56   52.0  4   4.98   1.27
  56   (-4 0 3)    47.122  1.9257    4.34   96.2  2   4.91   2.16
  57   ( 3 3 1)    48.039  1.8911    1.67   43.4  4   4.74   0.83
  58   ( 2 6 0)    48.050  1.8907    1.86   45.9  4   4.76   0.93
  59   (-3 5 2)    48.764  1.8647    0.52   24.9  4   4.58   0.26
  60   ( 4 2 0)    48.897  1.8599    1.58   43.4  4   4.52   0.78
  61   ( 1 1 3)    49.136  1.8514    6.40   88.1  4   4.55   3.18
  62   (-4 2 3)    49.284  1.8462    1.22   38.6  4   4.44   0.60
  63   ( 1 5 2)    49.537  1.8374    1.64   45.2  4   4.46   0.82
  64   ( 3 5 0)    49.649  1.8335    2.87   59.9  4   4.40   1.42
  65   (-2 6 2)    50.336  1.8101    3.58   68.4  4   4.29   1.78
  66   (-2 0 4)    50.712  1.7976   17.73  217.8  2   4.22   8.80
  67   ( 0 6 2)    50.715  1.7975    7.17   98.0  4   4.23   3.56
  68   ( 0 4 3)    50.853  1.7929    7.60  101.3  4   4.21   3.77
  69   (-1 7 1)    51.057  1.7862    0.10   11.7  4   4.16   0.05
  70   (-4 4 1)    51.072  1.7858    5.90   89.9  4   4.10   2.93
  71   (-4 4 2)    51.198  1.7817    1.87   50.8  4   4.08   0.93
  72   (-3 1 4)    52.293  1.7469    0.14   14.2  4   3.92   0.07
  73   ( 2 4 2)    52.315  1.7463    3.22   69.0  4   3.93   1.60
  74   (-1 1 4)    53.029  1.7244    0.74   33.8  4   3.82   0.37
  75   ( 1 3 3)    53.272  1.7171    1.24   44.1  4   3.78   0.62
  76   (-5 1 2)    53.348  1.7149    1.81   53.4  4   3.69   0.90
  77   ( 1 7 1)    54.081  1.6934    0.40   25.5  4   3.65   0.20
  78   (-3 5 3)    54.584  1.6790    4.33   85.6  4   3.55   2.15
  79   (-5 1 1)    54.711  1.6754    0.34   24.2  4   3.49   0.17
  80   ( 3 1 2)    54.793  1.6730    0.46   28.0  4   3.53   0.23
  81   ( 4 4 0)    55.037  1.6662    0.24   20.4  4   3.47   0.12
  82   (-4 0 4)    55.616  1.6502    0.54   44.2  2   3.39   0.27
  83   (-1 7 2)    55.667  1.6488    2.69   69.7  4   3.42   1.34
  84   (-5 1 3)    56.000  1.6398    0.81   38.5  4   3.31   0.40
  85   ( 3 5 1)    56.212  1.6341    5.64  102.6  4   3.33   2.80
  86   (-3 3 4)    56.264  1.6328    1.04   44.2  4   3.32   0.52
  87   ( 0 8 0)    56.613  1.6235    1.49   75.5  2   3.30   0.74
  88   (-1 3 4)    56.964  1.6144    0.50   31.3  4   3.25   0.25
  89   ( 4 2 1)    56.967  1.6143    0.32   24.8  4   3.21   0.16
  90   ( 0 0 4)    57.022  1.6129    0.14   23.3  2   3.25   0.07
  91   ( 2 0 3)    57.355  1.6043    0.44   42.1  2   3.19   0.22
  92   (-2 6 3)    57.474  1.6013    0.16   17.7  4   3.18   0.08
  93   (-4 2 4)    57.547  1.5994    4.18   91.8  4   3.14   2.07
  94   ( 0 8 1)    58.547  1.5744    0.55   34.3  4   3.06   0.27
  95   (-5 3 1)    58.570  1.5739    0.44   30.6  4   2.99   0.22
  96   (-2 4 4)    58.620  1.5727    0.38   28.7  4   3.04   0.19
  97   ( 3 3 2)    58.649  1.5720    0.20   20.7  4   3.02   0.10
  98   ( 0 2 4)    58.923  1.5653    4.24   96.2  4   3.02   2.11
  99   ( 2 2 3)    59.250  1.5575    1.31   54.0  4   2.97   0.65
  100  (-5 3 3)    59.805  1.5443    5.81  115.5  4   2.86   2.89
  101  ( 5 1 0)    59.904  1.5420    0.21   21.8  4   2.85   0.10
  102  ( 0 6 3)    60.615  1.5256    1.81   65.9  4   2.83   0.90
  103  (-3 7 2)    60.633  1.5252    0.41   31.4  4   2.81   0.20
  104  (-4 6 1)    60.810  1.5212    5.59  116.5  4   2.77   2.78
  105  ( 1 5 3)    60.955  1.5179    0.50   34.9  4   2.79   0.25
  106  (-2 8 1)    60.988  1.5172    0.19   21.7  4   2.78   0.10
  107  ( 1 7 2)    61.302  1.5102    0.23   24.1  4   2.76   0.12
  108  ( 3 7 0)    61.399  1.5080    0.13   17.8  4   2.73   0.06
  109  ( 2 8 0)    61.862  1.4979   14.87  195.7  4   2.69   7.38
  110  ( 2 6 2)    61.921  1.4966    0.25   25.3  4   2.69   0.12
  111  (-5 1 4)    62.326  1.4878    1.93   71.4  4   2.61   0.96
  112  ( 4 4 1)    62.565  1.4827    0.50   36.6  4   2.61   0.25
  113  ( 5 3 0)    63.564  1.4618    2.09   76.8  4   2.50   1.04
  114  (-3 5 4)    63.714  1.4587    0.07   13.9  4   2.52   0.03
  115  (-1 7 3)    63.741  1.4582    1.73   70.2  4   2.53   0.86
  116  (-2 8 2)    63.807  1.4568    0.62   42.2  4   2.52   0.31
  117  ( 0 8 2)    64.133  1.4502    0.63   42.8  4   2.50   0.31
  118  ( 1 1 4)    64.291  1.4470    2.32   82.7  4   2.48   1.15
  119  (-1 5 4)    64.365  1.4456    0.75   47.0  4   2.48   0.37
  120  ( 4 6 0)    64.380  1.4452    1.51   66.7  4   2.45   0.75
  121  (-4 6 3)    64.704  1.4388    1.30   62.5  4   2.42   0.65
  122  ( 2 4 3)    64.728  1.4383    5.56  129.4  4   2.44   2.76
  123  (-5 5 2)    65.031  1.4324    1.45   66.7  4   2.42   0.72
  124  (-6 0 2)    65.158  1.4299    4.28  162.3  2   2.40   2.12
  125  (-2 0 5)    65.204  1.4290    0.60   61.1  2   2.40   0.30
  126  (-3 1 5)    65.345  1.4262    0.51   39.9  4   2.39   0.25
  127  ( 1 9 0)    65.652  1.4203    1.15   60.2  4   2.37   0.57
  128  (-3 7 3)    65.818  1.4171    0.10   18.1  4   2.35   0.05
  129  ( 3 5 2)    65.991  1.4138    0.27   29.5  4   2.34   0.13

Phase #5 [Bragg-R = 9.56%]: Ilmenite

  Chemical Formula = Fe1.04Ti0.96O3

  Reference: Raymond, K.N., Wenk, H.R., Contrib. Mineral. Petrol., v30 p135
  (1971) ● ANX: ABX3. Analysis: Fe1.04 O3 Ti0.96. Formula from original
  source: Fe1.04 Ti.96 O3. ICSD Collection Code: 23729. Sample Source or
  Locality: Specimen from Mare Tranquillitatis, Moon. Wyckoff Sequence: f
  c2(R3-H).

  Hexagonal: R-3 (148) ● 1/3,2/3,2/3, Z=6, hR10 [PDF#01-073-1255] [CSD#23729]

  [x] a  = 5.01851 (0.03158) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 5.01851 (0.03158) <2> [ ] β  = 90.0    (0.0    ) <2>
  [x] c  = 14.11735(0.00710) <2> [ ] γ  = 120.0   (0.0    ) <2>

  Unit Cell Volume = 307.917 (744)(Å³), Density = 4.9199(g/cm³), Absorption(μ) = 906.1(1/cm)

  [x] SF = 0.01058 (0.24029) <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 = 0.08666 (0.46774) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.1104  (0.54292) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  22 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1   ( 0 0 3)    18.807  4.7058    0.00 (?.??)      -0.20   0.00
  2   ( 1 0 1)    21.347  4.1522    0.00 (?.??)      -0.20   0.00
  3   ( 0 1 2)    23.999  3.6998    0.00 (?.??)     -32.20   0.00
  4   ( 1 0 4)    32.629  2.7393    1.06 (0.00)     -98.94   0.11
  5   ( 1 1 0)    35.735  2.5082    0.00 (?.??)     -68.50   0.00
  6   ( 0 1 5)    37.941  2.3674    0.00 (?.??)      -0.10   0.00
  7   ( 0 0 6)    38.185  2.3529   74.92 (?.??)      73.12   7.50
  8   ( 1 1-3)    40.696  2.2134    0.00 (?.??)     -22.20   0.00
  9   ( 0 2 1)    42.017  2.1469    0.00 (?.??)      -1.10   0.00
  10  ( 2 0 2)    43.524  2.0761    0.00 (?.??)      -1.70   0.00
  11  ( 0 2 4)    49.180  1.8499    0.00 (?.??)     -34.60   0.00
  12  ( 1 0 7)    49.772  1.8293   58.24 (?.??)      57.74   5.83
  13  ( 2 0 5)    53.122  1.7216    0.00 (?.??)      -0.80   0.00
  14  ( 1 1-6)    53.309  1.7160    0.00 (?.??)     -45.90   0.00
  15  ( 0 1 8)    56.182  1.6349    0.00 (?.??)      -7.50   0.00
  16  ( 1 2-1)    56.330  1.6310    0.00 (?.??)      -0.60   0.00
  17  ( 2 1-2)    57.551  1.5993    0.00 (?.??)      -2.50   0.00
  18  ( 0 0 9)    58.787  1.5686  100.00 (?.??)      99.90  10.01
  19  ( 1 2-4)    62.282  1.4888    0.00 (?.??)     -26.40   0.00
  20  ( 0 2 7)    62.789  1.4780    0.00 (?.??)      -0.10   0.00
  21  ( 3 0 0)    64.237  1.4481    0.00 (?.??)     -25.90   0.00
  22  ( 2 1-5)    65.698  1.4194    0.00 (?.??)      -0.30   0.00

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

Phase #6 [Bragg-R = 8.93%]: Titanite

  Chemical Formula = CaTiSiO5

  Reference: Zachariasen, W.H., Z. Kristallogr., Kristallgeom.,
  Kristallphys., Kristallchem., v73 p7 (1930) ● ANX: ABCX5. Analysis: Ca1 O5
  Si1 Ti1. Formula from original source: Ca Ti (Si O4) O. ICSD Collection
  Code: 36184. Calculated Pattern Original Remarks: Stable above 850 K (2nd
  ref., Tomaszewski), 496-850 K: P21/n, below P21/a. Cell in other
  C12/c1-setting: c=7.060, beta=113.95. Sample Source or Locality: Specimen
  from Lindvikskollen, Krageroe, Norway. Minor Warning: No R factors
  reported/abstracted. Magnitude of e.s.d. on cell dimension is >1000 ppm.
  Wyckoff Sequence: f2 e3 d(C12/C1).

  Monoclinic: C2/c (15) ● b-unique, Z=4, mC32 [PDF#01-076-1744] [CSD#36184]

  [x] a  = 6.54801 (0.00601) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 8.70074 (0.00650) <2> [x] β  = 119.818 (0.028  ) <2>
  [x] c  = 7.43835 (0.00563) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 367.675 (516)(Å³), Density = 3.5417(g/cm³), Absorption(μ) = 344.6(1/cm)

  [x] SF = 3.62211 (0.45012) <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 = 0.30158 (0.2454 ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.96961 (0.78209) <3>
  [x] f2 = 1.05761 (0.59486) <3>

  65 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1   (-1 1 1)    17.929  4.9339   15.29 (6.80)      -2.81   5.54
  2   ( 1 1 0)    18.603  4.7568    0.01 (?.??)      -0.19   0.00
  3   ( 0 2 0)    20.363  4.3504    0.01 (?.??)      -1.29   0.00
  4   ( 0 2 1)    24.625  3.6073    3.05 (?.??)       2.75   1.10
  5   (-1 1 2)    26.074  3.4103    0.01 (?.??)      -0.89   0.00
  6   ( 1 1 1)    27.482  3.2388  100.00 (0.00)       0.00  36.22
  7   (-2 0 2)    29.771  2.9951   55.64 (7.39)     -14.56  20.15
  8   ( 2 0 0)    31.434  2.8405    8.45 (4.80)       2.65   3.06
  9   (-2 2 1)    34.264  2.6123    0.01 (?.??)     -62.69   0.00
  10  (-1 3 1)    34.291  2.6104  74.07 (12.72)      11.37  26.83
  11  ( 0 2 2)    34.546  2.5917    0.08 (?.??)     -31.12   0.03
  12  (-2 2 2)    36.354  2.4670    8.55 (4.73)       8.45   3.10
  13  ( 2 2 0)    37.759  2.3784    0.01 (?.??)      -3.69   0.00
  14  (-1 1 3)    37.995  2.3642    0.01 (?.??)      -5.09   0.00
  15  (-1 3 2)    39.381  2.2842   15.05 (7.02)       1.45   5.45
  16  ( 1 1 2)    39.683  2.2675    0.01 (?.??)      -8.89   0.00
  17  ( 1 3 1)    40.372  2.2305    0.01 (?.??)      -6.09   0.00
  18  ( 0 4 0)    41.445  2.1752    0.01 (?.??)      -1.59   0.00
  19  (-3 1 2)    42.863  2.1065    0.01 (?.??)      -8.79   0.00
  20  (-2 2 3)    43.336  2.0846    7.57 (4.72)       2.57   2.74
  21  (-3 1 1)    43.789  2.0642   27.25 (7.07)      11.55   9.87
  22  ( 0 4 1)    43.854  2.0612    0.69 (?.??)      -9.21   0.25
  23  ( 2 2 1)    45.751  1.9802    0.01 (?.??)      -1.39   0.00
  24  (-3 1 3)    46.598  1.9461    9.05 (5.85)       3.35   3.28
  25  ( 0 2 3)    47.054  1.9283    4.90 (?.??)       4.50   1.77
  26  (-1 3 3)    48.491  1.8745   27.88 (8.18)      26.28  10.10
  27  (-2 0 4)    49.079  1.8535    0.31 (?.??)      -1.59   0.11
  28  ( 3 1 0)    49.167  1.8504   11.76 (6.90)       9.86   4.26
  29  ( 1 3 2)    49.890  1.8252    0.01 (?.??)      -0.09   0.00
  30  (-2 4 1)    50.323  1.8106    0.01 (?.??)      -0.69   0.00
  31  ( 0 4 2)    50.529  1.8036    0.23 (?.??)      -8.77   0.08
  32  (-1 1 4)    51.618  1.7682    0.39 (?.??)      -2.11   0.14
  33  (-2 4 2)    51.875  1.7600    0.01 (?.??)      -1.49   0.00
  34  ( 2 0 2)    52.362  1.7448  50.98 (11.94)      36.88  18.46
  35  (-3 3 2)    52.581  1.7381    0.58 (?.??)      -0.42   0.21
  36  ( 2 4 0)    52.944  1.7270  35.53 (11.21)      23.53  12.87
  37  (-3 3 1)    53.376  1.7140    0.01 (?.??)      -2.99   0.00
  38  ( 1 1 3)    53.485  1.7108    0.01 (?.??)      -3.39   0.00
  39  (-2 2 4)    53.677  1.7052   25.94 (9.27)      11.44   9.40
  40  (-3 1 4)    54.247  1.6886    0.01 (?.??)      -0.09   0.00
  41  (-1 5 1)    54.863  1.6711    0.01 (?.??)      -0.79   0.00
  42  ( 1 5 0)    55.122  1.6638  33.36 (11.62)      32.36  12.08
  43  (-3 3 3)    55.822  1.6446  57.88 (16.20)      38.48  20.96
  44  ( 2 2 2)    56.770  1.6194    0.01 (?.??)      -0.19   0.00
  45  ( 0 0 4)    57.001  1.6134   23.67 (9.36)      19.97   8.57
  46  (-2 4 3)    57.362  1.6041  46.33 (14.22)      46.03  16.78
  47  ( 3 1 1)    58.072  1.5862    0.01 (?.??)      -0.09   0.00
  48  ( 3 3 0)    58.095  1.5856    0.01 (?.??)      -0.09   0.00
  49  (-1 5 2)    58.516  1.5752    0.01 (?.??)      -0.09   0.00
  50  ( 1 5 1)    59.258  1.5573    0.01 (?.??)      -9.79   0.00
  51  ( 2 4 1)    59.352  1.5550  19.59 (15.67)       9.79   7.10
  52  ( 0 4 3)    60.444  1.5295  51.13 (17.92)      45.03  18.52
  53  (-4 2 2)    60.458  1.5292    0.01 (?.??)      -6.09   0.00
  54  ( 0 2 4)    61.188  1.5127    0.01 (?.??)      -0.39   0.00
  55  (-4 2 3)    61.356  1.5090    3.82 (?.??)       3.62   1.38
  56  (-4 0 4)    61.876  1.4975  42.28 (16.66)      27.18  15.31
  57  ( 1 3 3)    61.987  1.4951    0.01 (?.??)     -15.09   0.00
  58  (-3 3 4)    62.682  1.4802    0.01 (?.??)      -1.29   0.00
  59  (-4 2 1)    63.269  1.4679    0.01 (?.??)      -0.09   0.00
  60  ( 0 6 0)    64.137  1.4501    0.01 (?.??)      -1.89   0.00
  61  (-3 1 5)    64.882  1.4353    0.01 (?.??)      -3.19   0.00
  62  ( 4 0 0)    65.559  1.4221    9.50 (0.00)       0.00   3.44
  63  (-1 5 3)    65.696  1.4195    7.10 (0.00)       0.00   2.57
  64  (-4 2 4)    65.925  1.4151    1.10 (0.00)       0.00   0.40
  65  ( 0 6 1)    65.925  1.4151    1.10 (0.00)       0.00   0.40

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

Phase #7 [Bragg-R = 7.10%]: Fluoro-richterite | sodium potassium calcium magnesium iron titanium lithium catena-alumosilicate hydroxide fluoride *

  Chemical Formula = (Na,K)(NaCa)(Mg,Fe,Ti)5Si8O22(F,OH)2

  Reference: Hawthorne, F.C., Oberti, R., Zanetti, A., Czamanske, G.K., Eur.
  J. Mineral., v4 p425 (1992) ● ANX: AB5C10D16X4Y44. Analysis: H0.74 Al0.048
  Ca0.9 F1.26 Fe0.77 K0.34 Li0.01 Mg4.1 Na1.68 O22.74 Si7.95 Ti0.12. Formula
  from original source: Na0.58 K0.34 (Ca0.9 Na1.1) (Mg4.1 Fe0.77 Ti0.12
  Li0.01) (Si7.95 Al0.048 O22) ((O H)0.74 F1.26). ICSD Collection Code:
  76899. Calculated Pattern Original Remarks: Atomic parameters from author,
  sample 763. Mean T-O: 1.623, 1.634, M-O: 2.062, 2.090, 2.050, 2.559(CN=8).
  Sample Source or Locality: Specimen from Coyote Peak, 20 km SE Orick,
  California, USA. Significant Warning: Density calculated using chemical
  formula and reported structure differ by 3.436%. Wyckoff Sequence: j7 i3
  h2 g2 b a(C12/M1).

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC80 [PDF#01-089-7336] [CSD#76899]

  [x] a  = 9.85275 (0.00237) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.00902(0.00262) <2> [x] β  = 104.477 (0.011  ) <2>
  [x] c  = 5.26480 (0.00236) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 904.515 (479)(Å³), Density = 3.3785(g/cm³), Absorption(μ) = 276.5(1/cm)

  [x] SF = 1.93358 (0.18464) <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 = 0.01815 (0.01753) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 = 0.25224 (0.09143) <3>
  [x] f2 =-0.20587 (0.08303) <3>

  137 Reflections in Fitted Range:

  #    ( h k l)      Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1    ( 0 2 0)      9.780  9.0045    0.00 (?.??)      -7.20   0.00
  2    ( 1 1 0)     10.450  8.4302  100.00 (0.00)      40.20  84.22
  3    ( 0 0 1)     17.347  5.0976    6.44 (7.43)       6.24   5.43
  4    ( 1 3 0)     17.405  5.0808    0.00 (?.??)      -0.10   0.00
  5    (-1 1 1)     18.190  4.8637    0.14 (?.??)     -13.66   0.12
  6    ( 2 0 0)     18.552  4.7700    0.00 (?.??)      -2.00   0.00
  7    ( 0 4 0)     19.668  4.5023    0.00 (?.??)     -24.20   0.00
  8    ( 0 2 1)     19.964  4.4361    0.00 (?.??)      -3.20   0.00
  9    ( 2 2 0)     21.025  4.2151   10.02 (9.20)       9.32   8.43
  10   ( 1 1 1)     22.231  3.9893    0.00 (?.??)      -9.50   0.00
  11   (-1 3 1)     22.957  3.8651    1.18 (?.??)     -14.22   0.99
  12   (-2 2 1)     24.190  3.6710   3.66 (10.08)       3.16   3.08
  13   ( 1 3 1)     26.307  3.3806    0.00 (?.??)     -73.40   0.00
  14   ( 2 4 0)     27.180  3.2741    0.00 (?.??)     -44.50   0.00
  15   ( 3 1 0)     28.445  3.1315  70.42 (34.48)       7.12  59.31
  16   (-3 1 1)     29.516  3.0204    6.64 (9.31)       0.24   5.59
  17   ( 0 6 0)     29.706  3.0015    0.00 (?.??)      -0.50   0.00
  18   (-2 4 1)     29.734  2.9987    0.00 (?.??)      -0.50   0.00
  19   ( 2 2 1)     30.294  2.9446   6.88 (14.79)     -29.52   5.80
  20   (-1 5 1)     30.421  2.9327    0.00 (?.??)      -8.80   0.00
  21   ( 3 3 0)     31.784  2.8101  18.54 (12.69)       0.04  15.62
  22   (-3 3 1)     32.756  2.7289    0.00 (?.??)     -33.30   0.00
  23   ( 1 5 1)     33.076  2.7034   6.50 (11.47)     -93.50   5.48
  24   ( 0 6 1)     34.618  2.5865    0.00 (?.??)     -39.10   0.00
  25   ( 0 0 2)     35.147  2.5488   5.88 (12.66)      -1.22   4.95
  26   (-2 0 2)     35.479  2.5257    0.00 (?.??)     -67.20   0.00
  27   ( 1 7 0)     36.096  2.4840    0.00 (?.??)      -0.40   0.00
  28   ( 0 2 2)     36.577  2.4525  19.73 (14.95)      19.13  16.62
  29   (-2 2 2)     36.898  2.4319    0.00 (?.??)      -1.40   0.00
  30   ( 3 1 1)     37.147  2.4161    0.00 (?.??)      -0.90   0.00
  31   (-1 3 2)     37.238  2.4105    0.00 (?.??)      -0.70   0.00
  32   (-2 6 1)     37.324  2.4051    0.00 (?.??)      -1.70   0.00
  33   (-4 0 1)     37.356  2.4031    0.00 (?.??)      -0.70   0.00
  34   ( 4 0 0)     37.651  2.3850    1.91 (?.??)       0.11   1.61
  35   ( 3 5 0)     37.670  2.3838    0.00 (?.??)      -6.80   0.00
  36   (-3 5 1)     38.511  2.3337    2.94 (9.28)     -27.86   2.48
  37   (-4 2 1)     38.716  2.3218    0.00 (?.??)     -16.50   0.00
  38   ( 1 1 2)     39.048  2.3029    0.00 (?.??)      -0.70   0.00
  39   (-1 7 1)     39.232  2.2925    0.00 (?.??)     -19.80   0.00
  40   (-3 1 2)     39.654  2.2691    5.29 (8.79)     -13.71   4.45
  41   ( 0 8 0)     39.985  2.2511    0.00 (?.??)      -0.60   0.00
  42   ( 0 4 2)     40.608  2.2181    0.00 (?.??)      -0.50   0.00
  43   (-2 4 2)     40.902  2.2028    0.63 (?.??)      -7.17   0.53
  44   ( 1 7 1)     41.392  2.1779    0.00 (?.??)      -6.70   0.00
  45   ( 2 6 1)     41.716  2.1617    0.00 (?.??)     -35.30   0.00
  46   (-3 3 2)     42.212  2.1374   8.71 (10.39)       1.31   7.33
  47   (-1 5 2)     42.470  2.1251    1.08 (?.??)      -1.42   0.91
  48   (-4 4 1)     42.577  2.1200    5.11 (9.92)       2.61   4.30
  49   ( 4 4 0)     42.841  2.1075    8.07 (9.18)       7.87   6.79
  50   ( 2 0 2)     44.209  2.0455    0.00 (?.??)     -17.60   0.00
  51   ( 2 8 0)     44.431  2.0358    0.08 (?.??)      -0.62   0.07
  52   ( 3 5 1)     44.819  2.0191   8.96 (12.07)      -2.34   7.54
  53   (-4 0 2)     45.030  2.0101    6.70 (9.96)      -3.50   5.65
  54   ( 3 7 0)     45.268  2.0001    0.00 (?.??)      -3.30   0.00
  55   ( 2 2 2)     45.399  1.9947    0.00 (?.??)      -3.30   0.00
  56   (-3 7 1)     45.995  1.9702    0.00 (?.??)      -1.00   0.00
  57   ( 1 9 0)     46.289  1.9584    0.00 (?.??)      -5.90   0.00
  58   ( 1 5 2)     46.460  1.9516    0.10 (?.??)      -5.80   0.08
  59   ( 0 6 2)     46.682  1.9428    0.00 (?.??)      -2.60   0.00
  60   ( 4 2 1)     46.944  1.9326    0.00 (?.??)      -2.60   0.00
  61   (-2 6 2)     46.945  1.9325    0.00 (?.??)      -3.80   0.00
  62   (-3 5 2)     46.988  1.9309    0.00 (?.??)      -3.80   0.00
  63   ( 5 1 0)     47.870  1.8974    5.03 (7.53)      -3.17   4.23
  64   (-4 6 1)     48.453  1.8759    0.00 (?.??)      -4.10   0.00
  65   ( 2 4 2)     48.831  1.8623    0.00 (?.??)      -3.80   0.00
  66   (-1 9 1)     48.885  1.8604    0.00 (?.??)      -8.30   0.00
  67   (-5 3 1)     48.938  1.8585    0.00 (?.??)      -3.80   0.00
  68   (-1 7 2)     49.469  1.8398    0.00 (?.??)      -4.90   0.00
  69   (-4 4 2)     49.592  1.8355    0.00 (?.??)      -4.90   0.00
  70   ( 2 8 1)     49.905  1.8247    0.00 (?.??)      -2.20   0.00
  71   ( 5 3 0)     50.092  1.8183    4.80 (8.13)       2.60   4.04
  72   ( 4 4 1)     50.296  1.8115    0.00 (?.??)      -0.40   0.00
  73   (0,10,0)     50.612  1.8009    0.00 (?.??)      -4.00   0.00
  74   ( 1 9 1)     50.715  1.7975  79.61 (39.72)      75.61  67.04
  75   ( 3 1 2)     51.421  1.7745  14.02 (12.17)      13.62  11.81
  76   ( 3 7 1)     51.570  1.7697    0.00 (?.??)      -0.10   0.00
  77   (-2 0 3)     52.373  1.7445    0.00 (?.??)      -4.30   0.00
  78   (-5 1 2)     52.398  1.7437    0.00 (?.??)      -4.30   0.00
  79   (-1 1 3)     52.455  1.7419    0.00 (?.??)      -0.90   0.00
  80   ( 1 7 2)     53.052  1.7237   7.34 (11.57)       6.34   6.18
  81   (-5 5 1)     53.247  1.7179    6.27 (8.65)       5.47   5.28
  82   (-2 2 3)     53.424  1.7126    0.00 (?.??)      -0.30   0.00
  83   (-3 7 2)     53.532  1.7094    0.00 (?.??)      -0.50   0.00
  84   ( 3 3 2)     53.535  1.7093    0.00 (?.??)      -0.30   0.00
  85   ( 0 0 3)     53.879  1.6992    0.00 (?.??)      -0.20   0.00
  86   (0,10,1)     53.919  1.6981    0.00 (?.??)      -1.10   0.00
  87   ( 3 9 0)     54.073  1.6936    2.78 (8.22)       1.68   2.34
  88   ( 0 8 2)     54.292  1.6873    0.00 (?.??)      -1.60   0.00
  89   (-2 8 2)     54.529  1.6805    0.00 (?.??)      -9.80   0.00
  90   (-1 3 3)     54.541  1.6802    0.00 (?.??)      -9.80   0.00
  91   (-3 9 1)     54.711  1.6753    0.00 (?.??)      -3.10   0.00
  92   (-4 6 2)     54.895  1.6702    0.09 (?.??)      -5.61   0.08
  93   ( 0 2 3)     54.910  1.6697    2.51 (8.01)      -3.19   2.11
  94   ( 4 6 1)     55.550  1.6520    0.65 (?.??)     -25.55   0.55
  95   ( 5 1 1)     55.654  1.6492    0.00 (?.??)     -26.20   0.00
  96   ( 4 8 0)     56.103  1.6371    2.34 (7.37)      -5.76   1.97
  97   (-2 4 3)     56.495  1.6266    5.65 (8.12)       5.35   4.76
  98   (-3 3 3)     56.700  1.6213    0.00 (?.??)      -0.40   0.00
  99   (1,11,0)     56.994  1.6136    0.00 (?.??)     -11.40   0.00
  100  (-6 2 1)     57.044  1.6123    0.01 (?.??)      -0.79   0.01
  101  ( 1 1 3)     57.574  1.5987    0.00 (?.??)      -0.80   0.00
  102  ( 3 5 2)     57.601  1.5980    0.00 (?.??)      -0.80   0.00
  103  ( 6 0 0)     57.920  1.5900    4.75 (7.95)       0.85   4.00
  104  (-1 5 3)     58.560  1.5741    2.27 (7.91)     -18.53   1.91
  105  (2,10,1)     59.176  1.5592    0.39 (?.??)      -2.41   0.33
  106  ( 4 0 2)     59.228  1.5580    3.15 (9.55)      -1.45   2.65
  107  (-5 7 1)     59.297  1.5563    0.00 (?.??)      -2.80   0.00
  108  ( 3 9 1)     59.700  1.5468   3.87 (10.56)       3.57   3.26
  109  ( 4 2 2)     60.199  1.5352    0.00 (?.??)      -1.00   0.00
  110  ( 5 7 0)     60.313  1.5325    0.00 (?.??)     -11.60   0.00
  111  (-6 0 2)     60.340  1.5319    1.09 (?.??)     -10.51   0.92
  112  (-3 5 3)     60.627  1.5254    0.10 (?.??)      -0.50   0.08
  113  ( 1 9 2)     61.050  1.5158    0.00 (?.??)      -4.40   0.00
  114  ( 2 8 2)     61.136  1.5139    0.00 (?.??)      -4.40   0.00
  115  (-2 6 3)     61.390  1.5082    2.01 (?.??)     -20.09   1.69
  116  ( 5 5 1)     61.549  1.5047    0.00 (?.??)     -22.10   0.00
  117  (0,12,0)     61.729  1.5008    0.00 (?.??)     -12.00   0.00
  118  (-4 8 2)     61.793  1.4994    0.00 (?.??)     -12.00   0.00
  119  ( 4 8 1)     62.402  1.4862    0.04 (?.??)      -0.46   0.04
  120  ( 0 6 3)     62.754  1.4787    0.00 (?.??)      -1.80   0.00
  121  ( 4 4 2)     63.057  1.4723    0.00 (?.??)      -3.70   0.00
  122  (0,10,2)     63.130  1.4708    1.46 (6.36)      -0.94   1.23
  123  ( 2 2 3)     63.286  1.4676    0.00 (?.??)      -2.40   0.00
  124  (-2,10,2)    63.345  1.4663    0.00 (?.??)      -1.90   0.00
  125  ( 1 5 3)     63.357  1.4661    0.00 (?.??)      -1.60   0.00
  126  ( 3 7 2)     63.383  1.4655    0.00 (?.??)      -1.60   0.00
  127  (-5 1 3)     63.711  1.4588    4.50 (8.46)       4.00   3.79
  128  (3,11,0)     63.867  1.4556    0.00 (?.??)      -5.30   0.00
  129  (-6 4 2)     64.130  1.4503    0.00 (?.??)      -3.90   0.00
  130  (-1 7 3)     64.290  1.4470    0.00 (?.??)      -4.10   0.00
  131  (-4,10,1)    64.586  1.4411    1.01 (?.??)     -27.49   0.85
  132  (0,12,1)     64.660  1.4397    1.25 (?.??)      -1.45   1.05
  133  (-6 6 1)     64.726  1.4384    0.00 (?.??)     -28.50   0.00
  134  (4,10,0)     64.785  1.4372    0.00 (?.??)      -2.70   0.00
  135  (2,12,0)     65.052  1.4319    0.16 (0.00)      -0.54   0.14
  136  (-5 3 3)     65.399  1.4252    0.48 (0.00)      -1.62   0.41
  137  ( 2 4 3)     65.829  1.4169    0.02 (0.00)      -0.08   0.02

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

Quantitative Analysis:

  Phase ID                            Wt% (ESD)     Vol% (ESD)   RIR   Density   MAC
  Actinolite ● Fe1.94Mn.046Mg2.964    26.3 (1.4)    24.1 (1.5)   0.85   3.1824
  Biotite ● Si2.72Al1.78Fe1.48Mg.7    18.9 (0.7)    17.9 (0.9)   1.88   3.0845
  Anorthite ● Na.48Ca.52(Si2.5Al1.    32.3 (1.8)    35.1 (2.2)   0.65   2.6893
  Orthoclase ● KAlSi3O8               12.5 (1.6)    14.4 (1.9)   0.77   2.5480
  Ilmenite ● Fe1.04Ti0.96O3            0.0 (0.1)     0.0 (0.0)   2.93   4.9199
  Titanite ● CaTiSiO5                  4.8 (0.6)     3.9 (0.5)   1.63   3.5417
  Fluoro-richterite | sodium potas     5.2 (0.5)     4.5 (0.5)   0.64   3.3785

  XRF(Wt%): Fe2O3=10.2%, MnO2=0.1%, TiO2=3.2%, CaO=8.4%, K2O=4.2%, SiO2=44.7%, Al2O3=20.9%, MgO=5.1%, Na2O=2.3%
  Density of Specimen = 2.9234(g/cm³), Absorption(μ) of Specimen = 192.6(1/cm)

Refinement Halted (R/E=1.94), ♣ Round=4, Iter=6, P=137, R=11.58% (E=5.96%, 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     386.0     367.4      18.6     367.0
     2:   5.01946     437.0     365.6      71.4     365.1
     3:   5.03892     409.0     363.7      45.3     363.3
     4:   5.05837     443.0     361.9      81.1     361.4
     5:   5.07783     397.0     360.1      36.9     359.6
     6:   5.09729     428.0     358.3      69.7     357.8
     7:   5.11675     409.0     356.5      52.5     356.1
     8:   5.13620     374.0     354.8      19.2     354.3
     9:   5.15566     429.0     353.1      75.9     352.6
    10:   5.17512     404.0     351.3      52.7     350.9
    11:   5.19458     397.0     349.7      47.3     349.2
    12:   5.21404     397.0     348.0      49.0     347.5
    13:   5.23349     379.0     346.3      32.7     345.8
    14:   5.25295     371.0     344.7      26.3     344.2
    15:   5.27241     350.0     343.1       6.9     342.6
    16:   5.29187     382.0     341.5      40.5     341.0
    17:   5.31132     365.0     339.9      25.1     339.4
    18:   5.33078     359.0     338.3      20.7     337.8
    19:   5.35024     343.0     336.8       6.2     336.3
    20:   5.36970     387.0     335.3      51.7     334.7
    21:   5.38915     333.0     333.7      -0.7     333.2
    22:   5.40861     369.0     332.2      36.8     331.7
    23:   5.42807     354.0     330.8      23.2     330.2
    24:   5.44753     350.0     329.3      20.7     328.7
    25:   5.46699     334.0     327.8       6.2     327.3
    26:   5.48644     348.0     326.4      21.6     325.8
    27:   5.50590     354.0     325.0      29.0     324.4
    28:   5.52536     350.0     323.6      26.4     323.0
    29:   5.54482     343.0     322.2      20.8     321.6
    30:   5.56427     301.0     320.8     -19.8     320.2
    31:   5.58373     308.0     319.5     -11.5     318.8
    32:   5.60319     349.0     318.1      30.9     317.5
    33:   5.62265     323.0     316.8       6.2     316.2
    34:   5.64211     313.0     315.5      -2.5     314.8
    35:   5.66156     324.0     314.2       9.8     313.5
    36:   5.68102     289.0     312.9     -23.9     312.2
    37:   5.70048     309.0     311.6      -2.6     310.9
    38:   5.71994     318.0     310.3       7.7     309.7
    39:   5.73939     308.0     309.1      -1.1     308.4
    40:   5.75885     312.0     307.8       4.2     307.2
    41:   5.77831     320.0     306.6      13.4     305.9
    42:   5.79777     325.0     305.4      19.6     304.7
    43:   5.81722     336.0     304.2      31.8     303.5
    44:   5.83668     326.0     303.0      23.0     302.3
    45:   5.85614     335.0     301.9      33.1     301.1
    46:   5.87560     306.0     300.7       5.3     299.9
    47:   5.89506     298.0     299.5      -1.5     298.8
    48:   5.91451     320.0     298.4      21.6     297.6
    49:   5.93397     312.0     297.3      14.7     296.5
    50:   5.95343     303.0     296.2       6.8     295.4
    51:   5.97289     278.0     295.1     -17.1     294.3
    52:   5.99234     291.0     294.0      -3.0     293.2
    53:   6.01180     259.0     292.9     -33.9     292.1
    54:   6.03126     277.0     291.8     -14.8     291.0
    55:   6.05072     292.0     290.8       1.2     289.9
    56:   6.07017     297.0     289.7       7.3     288.9
    57:   6.08963     311.0     288.7      22.3     287.8
    58:   6.10909     331.0     287.7      43.3     286.8
    59:   6.12855     288.0     286.7       1.3     285.8
    60:   6.14801     312.0     285.7      26.3     284.8
    61:   6.16746     308.0     284.7      23.3     283.8
    62:   6.18692     335.0     283.7      51.3     282.8
    63:   6.20638     310.0     282.7      27.3     281.8
    64:   6.22584     292.0     281.8      10.2     280.8
    65:   6.24529     300.0     280.8      19.2     279.8
    66:   6.26475     284.0     279.9       4.1     278.9
    67:   6.28421     288.0     279.0       9.0     277.9
    68:   6.30367     275.0     278.0      -3.0     277.0
    69:   6.32312     265.0     277.1     -12.1     276.1
    70:   6.34258     244.0     276.2     -32.2     275.2
    71:   6.36204     246.0     275.3     -29.3     274.3
    72:   6.38150     262.0     274.5     -12.5     273.4
    73:   6.40096     250.0     273.6     -23.6     272.5
    74:   6.42041     237.0     272.7     -35.7     271.6
    75:   6.43987     289.0     271.9      17.1     270.7
    76:   6.45933     268.0     271.0      -3.0     269.9
    77:   6.47879     231.0     270.2     -39.2     269.0
    78:   6.49824     239.0     269.4     -30.4     268.1
    79:   6.51770     271.0     268.6       2.4     267.3
    80:   6.53716     283.0     267.7      15.3     266.5
    81:   6.55662     226.0     266.9     -40.9     265.7
    82:   6.57608     272.0     266.2       5.8     264.8
    83:   6.59553     245.0     265.4     -20.4     264.0
    84:   6.61499     266.0     264.7       1.3     263.2
    85:   6.63445     251.0     264.0     -13.0     262.5
    86:   6.65391     253.0     263.3     -10.3     261.7
    87:   6.67336     246.0     262.5     -16.5     260.9
    88:   6.69282     205.0     261.8     -56.8     260.1
    89:   6.71228     240.0     261.1     -21.1     259.4
    90:   6.73174     262.0     260.3       1.7     258.6
    91:   6.75119     240.0     259.6     -19.6     257.9
    92:   6.77065     245.0     258.9     -13.9     257.1
    93:   6.79011     256.0     258.2      -2.2     256.4
    94:   6.80957     252.0     257.6      -5.6     255.7
    95:   6.82903     232.0     256.9     -24.9     255.0
    96:   6.84848     247.0     256.2      -9.2     254.3
    97:   6.86794     239.0     255.6     -16.6     253.6
    98:   6.88740     255.0     254.9       0.1     252.9
    99:   6.90686     251.0     254.3      -3.3     252.2
   100:   6.92631     230.0     253.6     -23.6     251.5
   101:   6.94577     221.0     253.0     -32.0     250.8
   102:   6.96523     234.0     252.4     -18.4     250.1
   103:   6.98469     227.0     251.8     -24.8     249.5
   104:   7.00414     239.0     251.2     -12.2     248.8
   105:   7.02360     249.0     250.6      -1.6     248.2
   106:   7.04306     217.0     250.0     -33.0     247.5
   107:   7.06252     244.0     249.4      -5.4     246.9
   108:   7.08198     228.0     248.8     -20.8     246.3
   109:   7.10143     232.0     248.3     -16.3     245.6
   110:   7.12089     219.0     247.7     -28.7     245.0
   111:   7.14035     217.0     247.1     -30.1     244.4
   112:   7.15981     236.0     246.6     -10.6     243.8
   113:   7.17926     210.0     246.1     -36.1     243.2
   114:   7.19872     254.0     245.5       8.5     242.6
   115:   7.21818     205.0     245.0     -40.0     242.0
   116:   7.23764     226.0     244.5     -18.5     241.4
   117:   7.25710     220.0     244.0     -24.0     240.9
   118:   7.27655     223.0     243.5     -20.5     240.3
   119:   7.29601     211.0     243.0     -32.0     239.7
   120:   7.31547     216.0     242.6     -26.6     239.1
   121:   7.33493     226.0     242.1     -16.1     238.6
   122:   7.35438     242.0     241.6       0.4     238.0
   123:   7.37384     208.0     241.2     -33.2     237.5
   124:   7.39330     231.0     240.7      -9.7     237.0
   125:   7.41276     223.0     240.3     -17.3     236.4
   126:   7.43221     192.0     239.9     -47.9     235.9
   127:   7.45167     214.0     239.5     -25.5     235.4
   128:   7.47113     223.0     239.1     -16.1     234.8
   129:   7.49059     201.0     238.7     -37.7     234.3
   130:   7.51005     202.0     238.3     -36.3     233.8
   131:   7.52950     236.0     237.9      -1.9     233.3
   132:   7.54896     228.0     237.6      -9.6     232.8
   133:   7.56842     201.0     237.2     -36.2     232.3
   134:   7.58788     218.0     236.9     -18.9     231.8
   135:   7.60733     220.0     236.6     -16.6     231.3
   136:   7.62679     240.0     236.3       3.7     230.8
   137:   7.64625     204.0     236.0     -32.0     230.4
   138:   7.66571     203.0     235.7     -32.7     229.9
   139:   7.68516     188.0     235.5     -47.5     229.4
   140:   7.70462     215.0     235.3     -20.3     229.0
   141:   7.72408     225.0     235.0     -10.0     228.5
   142:   7.74354     210.0     234.8     -24.8     228.0
   143:   7.76300     217.0     234.6     -17.6     227.6
   144:   7.78245     194.0     234.5     -40.5     227.1
   145:   7.80191     207.0     234.3     -27.3     226.7
   146:   7.82137     198.0     234.2     -36.2     226.3
   147:   7.84083     232.0     234.1      -2.1     225.8
   148:   7.86028     242.0     234.0       8.0     225.4
   149:   7.87974     191.0     234.0     -43.0     225.0
   150:   7.89920     207.0     233.9     -26.9     224.5
   151:   7.91866     214.0     234.0     -20.0     224.1
   152:   7.93812     195.0     234.0     -39.0     223.7
   153:   7.95757     221.0     234.1     -13.1     223.3
   154:   7.97703     225.0     234.2      -9.2     222.9
   155:   7.99649     201.0     234.4     -33.4     222.5
   156:   8.01595     230.0     234.6      -4.6     222.1
   157:   8.03540     189.0     234.9     -45.9     221.7
   158:   8.05486     183.0     235.2     -52.2     221.3
   159:   8.07432     213.0     235.6     -22.6     220.9
   160:   8.09378     203.0     236.1     -33.1     220.5
   161:   8.11323     195.0     236.7     -41.7     220.1
   162:   8.13269     208.0     237.4     -29.4     219.8
   163:   8.15215     226.0     238.1     -12.1     219.4
   164:   8.17161     189.0     239.0     -50.0     219.0
   165:   8.19107     259.0     240.1      18.9     218.6
   166:   8.21052     203.0     241.2     -38.2     218.3
   167:   8.22998     228.0     242.6     -14.6     217.9
   168:   8.24944     250.0     244.2       5.8     217.6
   169:   8.26890     235.0     246.0     -11.0     217.2
   170:   8.28835     238.0     248.3     -10.3     216.9
   171:   8.30781     245.0     250.8      -5.8     216.5
   172:   8.32727     232.0     253.6     -21.6     216.2
   173:   8.34673     253.0     256.9      -3.9     215.8
   174:   8.36618     235.0     260.8     -25.8     215.5
   175:   8.38564     269.0     265.4       3.6     215.1
   176:   8.40510     317.0     270.8      46.2     214.8
   177:   8.42456     306.0     277.3      28.7     214.5
   178:   8.44402     326.0     285.1      40.9     214.2
   179:   8.46347     337.0     294.7      42.3     213.8
   180:   8.48293     373.0     306.9      66.1     213.5
   181:   8.50239     415.0     322.9      92.1     213.2
   182:   8.52185     414.0     344.7      69.3     212.9
   183:   8.54130     483.0     376.0     107.0     212.6
   184:   8.56076     527.0     422.2     104.8     212.3
   185:   8.58022     557.0     491.0      66.0     212.0
   186:   8.59968     697.0     591.5     105.5     211.7
   187:   8.61914     784.0     732.7      51.3     211.4
   188:   8.63859     909.0     920.2     -11.2     211.1
   189:   8.65805    1175.0    1151.6      23.4     210.8
   190:   8.67751    1336.0    1410.1     -74.1     210.5
   191:   8.69697    1617.0    1655.2     -38.2     210.2
   192:   8.71642    1901.0    1821.3      79.7     209.9
   193:   8.73588    1937.0    1825.8     111.2     209.6
   194:   8.75534    1670.0    1622.2      47.8     209.3
   195:   8.77480    1263.0    1299.2     -36.2     209.0
   196:   8.79425     914.0     979.5     -65.5     208.8
   197:   8.81371     626.0     726.2    -100.2     208.5
   198:   8.83317     484.0     550.7     -66.7     208.2
   199:   8.85263     379.0     439.8     -60.8     207.9
   200:   8.87209     389.0     373.1      15.9     207.7
   201:   8.89154     347.0     332.9      14.1     207.4
   202:   8.91100     305.0     307.3      -2.3     207.1
   203:   8.93046     336.0     289.7      46.3     206.9
   204:   8.94992     256.0     276.6     -20.6     206.6
   205:   8.96937     281.0     266.6      14.4     206.4
   206:   8.98883     253.0     258.6      -5.6     206.1
   207:   9.00829     245.0     252.1      -7.1     205.9
   208:   9.02775     250.0     246.7       3.3     205.6
   209:   9.04720     243.0     242.3       0.7     205.4
   210:   9.06666     208.0     238.6     -30.6     205.1
   211:   9.08612     206.0     235.4     -29.4     204.9
   212:   9.10558     237.0     232.7       4.3     204.6
   213:   9.12504     213.0     230.4     -17.4     204.4
   214:   9.14449     221.0     228.5      -7.5     204.2
   215:   9.16395     207.0     226.7     -19.7     203.9
   216:   9.18341     256.0     225.3      30.7     203.7
   217:   9.20287     229.0     224.0       5.0     203.5
   218:   9.22232     220.0     222.9      -2.9     203.2
   219:   9.24178     220.0     221.9      -1.9     203.0
   220:   9.26124     206.0     221.1     -15.1     202.8
   221:   9.28070     234.0     220.5      13.5     202.6
   222:   9.30016     236.0     219.9      16.1     202.4
   223:   9.31961     205.0     219.5     -14.5     202.1
   224:   9.33907     203.0     219.2     -16.2     201.9
   225:   9.35853     218.0     219.1      -1.1     201.7
   226:   9.37799     203.0     219.1     -16.1     201.5
   227:   9.39744     209.0     219.3     -10.3     201.3
   228:   9.41690     236.0     219.6      16.4     201.1
   229:   9.43636     207.0     220.2     -13.2     200.9
   230:   9.45582     203.0     221.0     -18.0     200.7
   231:   9.47527     204.0     222.1     -18.1     200.5
   232:   9.49473     220.0     223.6      -3.6     200.3
   233:   9.51419     215.0     225.7     -10.7     200.1
   234:   9.53365     225.0     228.5      -3.5     199.9
   235:   9.55310     222.0     232.5     -10.5     199.7
   236:   9.57256     225.0     238.7     -13.7     199.5
   237:   9.59202     229.0     248.9     -19.9     199.3
   238:   9.61148     256.0     266.1     -10.1     199.1
   239:   9.63094     286.0     294.6      -8.6     198.9
   240:   9.65039     318.0     338.9     -20.9     198.7
   241:   9.66985     322.0     400.8     -78.8     198.5
   242:   9.68931     386.0     474.6     -88.6     198.3
   243:   9.70877     472.0     540.4     -68.4     198.1
   244:   9.72822     493.0     563.6     -70.6     198.0
   245:   9.74768     496.0     515.0     -19.0     197.8
   246:   9.76714     411.0     426.7     -15.7     197.6
   247:   9.78660     352.0     344.1       7.9     197.4
   248:   9.80606     257.0     288.4     -31.4     197.2
   249:   9.82551     239.0     257.2     -18.2     197.1
   250:   9.84497     213.0     241.2     -28.2     196.9
   251:   9.86443     218.0     232.9     -14.9     196.7
   252:   9.88389     204.0     228.3     -24.3     196.6
   253:   9.90334     238.0     225.5      12.5     196.4
   254:   9.92280     231.0     223.7       7.3     196.2
   255:   9.94226     260.0     222.7      37.3     196.1
   256:   9.96172     216.0     222.2      -6.2     195.9
   257:   9.98117     209.0     222.2     -13.2     195.7
   258:  10.00063     201.0     222.6     -21.6     195.6
   259:  10.02009     218.0     223.4      -5.4     195.4
   260:  10.03955     196.0     224.6     -28.6     195.2
   261:  10.05901     213.0     226.2     -13.2     195.1
   262:  10.07846     238.0     228.3       9.7     194.9
   263:  10.09792     220.0     230.8     -10.8     194.8
   264:  10.11738     238.0     234.0       4.0     194.6
   265:  10.13684     226.0     237.9     -11.9     194.5
   266:  10.15629     225.0     242.8     -17.8     194.3
   267:  10.17575     262.0     248.8      13.2     194.2
   268:  10.19521     277.0     256.3      20.7     194.0
   269:  10.21467     274.0     265.7       8.3     193.9
   270:  10.23413     262.0     277.9     -15.9     193.7
   271:  10.25358     291.0     294.1      -3.1     193.6
   272:  10.27304     300.0     316.7     -16.7     193.4
   273:  10.29250     364.0     350.4      13.6     193.3
   274:  10.31196     417.0     404.3      12.7     193.1
   275:  10.33141     497.0     493.4       3.6     193.0
   276:  10.35087     641.0     639.5       1.5     192.9
   277:  10.37033    1005.0     870.8     134.2     192.7
   278:  10.38979    1187.0    1226.9     -39.9     192.6
   279:  10.40924    1761.0    1752.9       8.1     192.4
   280:  10.42870    2419.0    2413.2       5.8     192.3
   281:  10.44816    2761.0    2862.3    -101.3     192.2
   282:  10.46762    2578.0    2491.2      86.8     192.0
   283:  10.48707    1698.0    1672.3      25.7     191.9
   284:  10.50653     995.0     958.7      36.3     191.8
   285:  10.52599     548.0     590.0     -42.0     191.7
   286:  10.54545     369.0     427.4     -58.4     191.5
   287:  10.56491     313.0     350.0     -37.0     191.4
   288:  10.58436     283.0     307.4     -24.4     191.3
   289:  10.60382     288.0     280.8       7.2     191.1
   290:  10.62328     259.0     262.7      -3.7     191.0
   291:  10.64274     246.0     249.5      -3.5     190.9
   292:  10.66219     259.0     239.7      19.3     190.8
   293:  10.68165     240.0     232.1       7.9     190.6
   294:  10.70111     220.0     226.1      -6.1     190.5
   295:  10.72057     206.0     221.3     -15.3     190.4
   296:  10.74003     230.0     217.4      12.6     190.3
   297:  10.75948     226.0     214.2      11.8     190.2
   298:  10.77894     213.0     211.5       1.5     190.0
   299:  10.79840     226.0     209.2      16.8     189.9
   300:  10.81786     225.0     207.2      17.8     189.8
   301:  10.83731     205.0     205.5      -0.5     189.7
   302:  10.85677     187.0     204.0     -17.0     189.6
   303:  10.87623     210.0     202.7       7.3     189.5
   304:  10.89569     210.0     201.5       8.5     189.3
   305:  10.91514     218.0     200.5      17.5     189.2
   306:  10.93460     220.0     199.6      20.4     189.1
   307:  10.95406     205.0     198.7       6.3     189.0
   308:  10.97352     205.0     198.0       7.0     188.9
   309:  10.99298     203.0     197.3       5.7     188.8
   310:  11.01243     196.0     196.6      -0.6     188.7
   311:  11.03189     200.0     196.0       4.0     188.6
   312:  11.05135     191.0     195.5      -4.5     188.5
   313:  11.07081     213.0     195.0      18.0     188.4
   314:  11.09026     194.0     194.5      -0.5     188.3
   315:  11.10972     186.0     194.1      -8.1     188.2
   316:  11.12918     188.0     193.7      -5.7     188.1
   317:  11.14864     216.0     193.3      22.7     188.0
   318:  11.16809     218.0     193.0      25.0     187.8
   319:  11.18755     223.0     192.6      30.4     187.7
   320:  11.20701     207.0     192.3      14.7     187.6
   321:  11.22647     211.0     192.0      19.0     187.5
   322:  11.24593     202.0     191.7      10.3     187.4
   323:  11.26538     209.0     191.4      17.6     187.3
   324:  11.28484     189.0     191.2      -2.2     187.2
   325:  11.30430     224.0     190.9      33.1     187.2
   326:  11.32376     205.0     190.6      14.4     187.1
   327:  11.34321     202.0     190.4      11.6     187.0
   328:  11.36267     203.0     190.2      12.8     186.9
   329:  11.38213     195.0     189.9       5.1     186.8
   330:  11.40159     173.0     189.7     -16.7     186.7
   331:  11.42105     208.0     189.5      18.5     186.6
   332:  11.44050     202.0     189.3      12.7     186.5
   333:  11.45996     214.0     189.1      24.9     186.4
   334:  11.47942     199.0     189.0      10.0     186.3
   335:  11.49888     214.0     188.8      25.2     186.2
   336:  11.51833     182.0     188.6      -6.6     186.1
   337:  11.53779     193.0     188.4       4.6     186.0
   338:  11.55725     205.0     188.3      16.7     185.9
   339:  11.57671     222.0     188.1      33.9     185.9
   340:  11.59616     206.0     188.0      18.0     185.8
   341:  11.61562     211.0     187.8      23.2     185.7
   342:  11.63508     194.0     187.7       6.3     185.6
   343:  11.65454     199.0     187.5      11.5     185.5
   344:  11.67400     206.0     187.4      18.6     185.4
   345:  11.69345     205.0     187.2      17.8     185.3
   346:  11.71291     189.0     187.1       1.9     185.2
   347:  11.73237     192.0     187.0       5.0     185.2
   348:  11.75183     189.0     186.9       2.1     185.1
   349:  11.77128     181.0     186.8      -5.8     185.0
   350:  11.79074     195.0     186.7       8.3     184.9
   351:  11.81020     192.0     186.5       5.5     184.8
   352:  11.82966     208.0     186.4      21.6     184.7
   353:  11.84912     208.0     186.3      21.7     184.7
   354:  11.86857     201.0     186.2      14.8     184.6
   355:  11.88803     206.0     186.1      19.9     184.5
   356:  11.90749     176.0     186.0     -10.0     184.4
   357:  11.92695     197.0     185.8      11.2     184.3
   358:  11.94640     189.0     185.7       3.3     184.3
   359:  11.96586     186.0     185.5       0.5     184.2
   360:  11.98532     202.0     185.3      16.7     184.1
   361:  12.00478     208.0     185.2      22.8     184.0
   362:  12.02423     180.0     185.1      -5.1     183.9
   363:  12.04369     187.0     185.0       2.0     183.9
   364:  12.06315     178.0     184.9      -6.9     183.8
   365:  12.08261     200.0     184.8      15.2     183.7
   366:  12.10207     224.0     184.7      39.3     183.6
   367:  12.12152     186.0     184.6       1.4     183.6
   368:  12.14098     196.0     184.6      11.4     183.5
   369:  12.16044     193.0     184.5       8.5     183.4
   370:  12.17990     187.0     184.4       2.6     183.3
   371:  12.19935     201.0     184.4      16.6     183.3
   372:  12.21881     200.0     184.3      15.7     183.2
   373:  12.23827     210.0     184.1      25.9     183.1
   374:  12.25773     225.0     183.9      41.1     183.0
   375:  12.27718     207.0     183.8      23.2     183.0
   376:  12.29664     191.0     183.8       7.2     182.9
   377:  12.31610     199.0     183.7      15.3     182.8
   378:  12.33556     250.0     183.6      66.4     182.8
   379:  12.35502     215.0     183.6      31.4     182.7
   380:  12.37447     234.0     183.5      50.5     182.6
   381:  12.39393     222.0     183.4      38.6     182.5
   382:  12.41339     230.0     183.4      46.6     182.5
   383:  12.43285     254.0     183.3      70.7     182.4
   384:  12.45230     274.0     183.3      90.7     182.3
   385:  12.47176     222.0     183.2      38.8     182.3
   386:  12.49122     196.0     183.2      12.8     182.2
   387:  12.51068     221.0     183.2      37.8     182.1
   388:  12.53014     213.0     183.1      29.9     182.1
   389:  12.54959     208.0     183.1      24.9     182.0
   390:  12.56905     203.0     183.0      20.0     181.9
   391:  12.58851     177.0     183.0      -6.0     181.9
   392:  12.60797     216.0     183.0      33.0     181.8
   393:  12.62742     189.0     182.9       6.1     181.7
   394:  12.64688     207.0     183.0      24.0     181.7
   395:  12.66634     175.0     183.0      -8.0     181.6
   396:  12.68580     238.0     183.0      55.0     181.5
   397:  12.70525     203.0     183.0      20.0     181.5
   398:  12.72471     199.0     183.0      16.0     181.4
   399:  12.74417     174.0     183.0      -9.0     181.3
   400:  12.76363     190.0     183.0       7.0     181.3
   401:  12.78308     187.0     183.1       3.9     181.2
   402:  12.80254     204.0     183.1      20.9     181.1
   403:  12.82200     197.0     183.2      13.8     181.1
   404:  12.84146     206.0     183.2      22.8     181.0
   405:  12.86092     167.0     183.3     -16.3     180.9
   406:  12.88037     201.0     183.4      17.6     180.9
   407:  12.89983     212.0     183.6      28.4     180.8
   408:  12.91929     215.0     183.7      31.3     180.8
   409:  12.93875     193.0     183.9       9.1     180.7
   410:  12.95820     185.0     184.0       1.0     180.6
   411:  12.97766     200.0     184.2      15.8     180.6
   412:  12.99712     203.0     184.5      18.5     180.5
   413:  13.01658     223.0     184.7      38.3     180.4
   414:  13.03604     211.0     185.0      26.0     180.4
   415:  13.05549     156.0     185.3     -29.3     180.3
   416:  13.07495     213.0     185.4      27.6     180.3
   417:  13.09441     202.0     185.6      16.4     180.2
   418:  13.11387     206.0     185.9      20.1     180.1
   419:  13.13332     207.0     186.2      20.8     180.1
   420:  13.15278     179.0     186.5      -7.5     180.0
   421:  13.17224     194.0     186.8       7.2     180.0
   422:  13.19170     188.0     187.0       1.0     179.9
   423:  13.21115     194.0     187.3       6.7     179.8
   424:  13.23061     179.0     187.5      -8.5     179.8
   425:  13.25007     196.0     187.7       8.3     179.7
   426:  13.26953     209.0     187.9      21.1     179.7
   427:  13.28899     217.0     188.0      29.0     179.6
   428:  13.30844     199.0     188.1      10.9     179.5
   429:  13.32790     214.0     188.1      25.9     179.5
   430:  13.34736     193.0     188.2       4.8     179.4
   431:  13.36682     222.0     188.2      33.8     179.4
   432:  13.38627     188.0     188.3      -0.3     179.3
   433:  13.40573     194.0     188.4       5.6     179.3
   434:  13.42519     196.0     188.6       7.4     179.2
   435:  13.44465     206.0     188.9      17.1     179.1
   436:  13.46410     178.0     189.2     -11.2     179.1
   437:  13.48356     186.0     189.7      -3.7     179.0
   438:  13.50302     211.0     190.2      20.8     179.0
   439:  13.52248     217.0     191.0      26.0     178.9
   440:  13.54194     183.0     192.1      -9.1     178.9
   441:  13.56139     203.0     193.6       9.4     178.8
   442:  13.58085     194.0     195.6      -1.6     178.7
   443:  13.60031     189.0     198.1      -9.1     178.7
   444:  13.61977     201.0     201.2      -0.2     178.6
   445:  13.63922     224.0     204.9      19.1     178.6
   446:  13.65868     232.0     209.1      22.9     178.5
   447:  13.67814     279.0     213.5      65.5     178.5
   448:  13.69760     245.0     217.4      27.6     178.4
   449:  13.71706     269.0     220.4      48.6     178.3
   450:  13.73651     255.0     221.5      33.5     178.3
   451:  13.75597     247.0     219.8      27.2     178.2
   452:  13.77543     286.0     215.8      70.2     178.2
   453:  13.79489     256.0     210.4      45.6     178.1
   454:  13.81434     258.0     204.7      53.3     178.1
   455:  13.83380     242.0     199.6      42.4     178.0
   456:  13.85326     233.0     195.4      37.6     178.0
   457:  13.87272     218.0     192.2      25.8     177.9
   458:  13.89217     215.0     189.6      25.4     177.9
   459:  13.91163     212.0     187.7      24.3     177.8
   460:  13.93109     209.0     186.2      22.8     177.7
   461:  13.95055     200.0     185.1      14.9     177.7
   462:  13.97001     194.0     184.4       9.6     177.6
   463:  13.98946     188.0     183.8       4.2     177.6
   464:  14.00892     184.0     183.4       0.6     177.5
   465:  14.02838     199.0     183.0      16.0     177.5
   466:  14.04784     181.0     182.7      -1.7     177.4
   467:  14.06729     227.0     182.2      44.8     177.4
   468:  14.08675     196.0     181.6      14.4     177.3
   469:  14.10621     200.0     181.0      19.0     177.3
   470:  14.12567     181.0     180.4       0.6     177.2
   471:  14.14513     189.0     179.9       9.1     177.1
   472:  14.16458     173.0     179.5      -6.5     177.1
   473:  14.18404     168.0     179.3     -11.3     177.0
   474:  14.20350     182.0     179.0       3.0     177.0
   475:  14.22296     196.0     178.8      17.2     176.9
   476:  14.24241     185.0     178.6       6.4     176.9
   477:  14.26187     171.0     178.5      -7.5     176.8
   478:  14.28133     168.0     178.4     -10.4     176.8
   479:  14.30079     199.0     178.3      20.7     176.7
   480:  14.32024     151.0     178.2     -27.2     176.7
   481:  14.33970     191.0     178.2      12.8     176.6
   482:  14.35916     183.0     178.1       4.9     176.6
   483:  14.37862     228.0     178.0      50.0     176.5
   484:  14.39808     193.0     178.1      14.9     176.5
   485:  14.41753     175.0     178.1      -3.1     176.4
   486:  14.43699     185.0     178.0       7.0     176.4
   487:  14.45645     203.0     178.0      25.0     176.3
   488:  14.47591     188.0     178.1       9.9     176.2
   489:  14.49536     208.0     178.1      29.9     176.2
   490:  14.51482     194.0     178.1      15.9     176.1
   491:  14.53428     201.0     178.2      22.8     176.1
   492:  14.55374     186.0     178.3       7.7     176.0
   493:  14.57319     202.0     178.4      23.6     176.0
   494:  14.59265     164.0     178.5     -14.5     175.9
   495:  14.61211     183.0     178.7       4.3     175.9
   496:  14.63157     199.0     178.8      20.2     175.8
   497:  14.65103     159.0     179.0     -20.0     175.8
   498:  14.67048     177.0     179.2      -2.2     175.7
   499:  14.68994     197.0     179.5      17.5     175.7
   500:  14.70940     190.0     179.8      10.2     175.6
   501:  14.72886     183.0     180.1       2.9     175.6
   502:  14.74831     181.0     180.5       0.5     175.5
   503:  14.76777     185.0     180.9       4.1     175.5
   504:  14.78723     183.0     181.3       1.7     175.4
   505:  14.80669     206.0     181.8      24.2     175.4
   506:  14.82615     159.0     182.3     -23.3     175.3
   507:  14.84560     179.0     182.8      -3.8     175.3
   508:  14.86506     186.0     183.3       2.7     175.2
   509:  14.88452     164.0     183.9     -19.9     175.2
   510:  14.90398     192.0     184.5       7.5     175.1
   511:  14.92343     179.0     185.3      -6.3     175.1
   512:  14.94289     193.0     186.1       6.9     175.0
   513:  14.96235     190.0     187.1       2.9     175.0
   514:  14.98181     174.0     188.3     -14.3     174.9
   515:  15.00126     178.0     189.8     -11.8     174.8
   516:  15.02072     191.0     191.6      -0.6     174.8
   517:  15.04018     213.0     193.8      19.2     174.7
   518:  15.05964     198.0     196.2       1.8     174.7
   519:  15.07909     211.0     198.7      12.3     174.6
   520:  15.09855     230.0     200.8      29.2     174.6
   521:  15.11801     194.0     202.0      -8.0     174.5
   522:  15.13747     187.0     201.7     -14.7     174.5
   523:  15.15693     179.0     199.5     -20.5     174.4
   524:  15.17638     197.0     196.1       0.9     174.4
   525:  15.19584     190.0     192.2      -2.2     174.3
   526:  15.21530     165.0     188.4     -23.4     174.3
   527:  15.23476     214.0     185.3      28.7     174.2
   528:  15.25421     182.0     182.9      -0.9     174.2
   529:  15.27367     176.0     181.1      -5.1     174.1
   530:  15.29313     197.0     179.8      17.2     174.1
   531:  15.31259     188.0     178.9       9.1     174.0
   532:  15.33205     188.0     178.2       9.8     174.0
   533:  15.35150     185.0     177.6       7.4     173.9
   534:  15.37096     193.0     177.2      15.8     173.9
   535:  15.39042     183.0     176.8       6.2     173.8
   536:  15.40988     183.0     176.6       6.4     173.8
   537:  15.42933     160.0     176.3     -16.3     173.7
   538:  15.44879     164.0     176.2     -12.2     173.7
   539:  15.46825     187.0     176.1      10.9     173.6
   540:  15.48771     197.0     176.1      20.9     173.6
   541:  15.50716     173.0     176.2      -3.2     173.5
   542:  15.52662     170.0     176.4      -6.4     173.5
   543:  15.54608     195.0     176.8      18.2     173.4
   544:  15.56554     180.0     177.4       2.6     173.4
   545:  15.58500     162.0     178.3     -16.3     173.3
   546:  15.60445     164.0     179.4     -15.4     173.3
   547:  15.62391     180.0     180.8      -0.8     173.2
   548:  15.64337     192.0     182.4       9.6     173.1
   549:  15.66283     188.0     183.9       4.1     173.1
   550:  15.68228     198.0     184.8      13.2     173.0
   551:  15.70174     203.0     184.9      18.1     173.0
   552:  15.72120     183.0     183.9      -0.9     172.9
   553:  15.74066     188.0     182.2       5.8     172.9
   554:  15.76012     188.0     180.2       7.8     172.8
   555:  15.77957     177.0     178.3      -1.3     172.8
   556:  15.79903     198.0     176.8      21.2     172.7
   557:  15.81849     186.0     175.7      10.3     172.7
   558:  15.83795     164.0     174.9     -10.9     172.6
   559:  15.85740     183.0     174.4       8.6     172.6
   560:  15.87686     170.0     174.0      -4.0     172.5
   561:  15.89632     179.0     173.7       5.3     172.5
   562:  15.91578     164.0     173.5      -9.5     172.4
   563:  15.93524     181.0     173.4       7.6     172.4
   564:  15.95469     175.0     173.2       1.8     172.3
   565:  15.97415     185.0     173.1      11.9     172.3
   566:  15.99361     182.0     173.0       9.0     172.2
   567:  16.01307     182.0     172.9       9.1     172.2
   568:  16.03252     197.0     172.8      24.2     172.1
   569:  16.05198     165.0     172.7      -7.7     172.1
   570:  16.07144     157.0     172.6     -15.6     172.0
   571:  16.09090     207.0     172.5      34.5     172.0
   572:  16.11035     160.0     172.4     -12.4     171.9
   573:  16.12981     185.0     172.4      12.6     171.9
   574:  16.14927     175.0     172.2       2.8     171.8
   575:  16.16873     157.0     172.1     -15.1     171.7
   576:  16.18818     173.0     172.1       0.9     171.7
   577:  16.20764     194.0     172.0      22.0     171.6
   578:  16.22710     167.0     171.9      -4.9     171.6
   579:  16.24656     195.0     171.9      23.1     171.5
   580:  16.26602     170.0     171.9      -1.9     171.5
   581:  16.28547     175.0     171.8       3.2     171.4
   582:  16.30493     174.0     171.7       2.3     171.4
   583:  16.32439     187.0     171.7      15.3     171.3
   584:  16.34385     168.0     171.7      -3.7     171.3
   585:  16.36330     174.0     171.7       2.3     171.2
   586:  16.38276     174.0     171.7       2.3     171.2
   587:  16.40222     172.0     171.7       0.3     171.1
   588:  16.42168     178.0     171.6       6.4     171.1
   589:  16.44114     178.0     171.6       6.4     171.0
   590:  16.46059     179.0     171.6       7.4     171.0
   591:  16.48005     183.0     171.5      11.5     170.9
   592:  16.49951     207.0     171.5      35.5     170.9
   593:  16.51897     172.0     171.5       0.5     170.8
   594:  16.53842     152.0     171.5     -19.5     170.7
   595:  16.55788     172.0     171.4       0.6     170.7
   596:  16.57734     173.0     171.3       1.7     170.6
   597:  16.59680     178.0     171.3       6.7     170.6
   598:  16.61625     159.0     171.4     -12.4     170.5
   599:  16.63571     177.0     171.3       5.7     170.5
   600:  16.65517     167.0     171.3      -4.3     170.4
   601:  16.67463     177.0     171.3       5.7     170.4
   602:  16.69409     171.0     171.3      -0.3     170.3
   603:  16.71354     176.0     171.3       4.7     170.3
   604:  16.73300     189.0     171.4      17.6     170.2
   605:  16.75246     162.0     171.4      -9.4     170.2
   606:  16.77192     186.0     171.5      14.5     170.1
   607:  16.79137     174.0     171.6       2.4     170.1
   608:  16.81083     173.0     171.6       1.4     170.0
   609:  16.83029     171.0     171.6      -0.6     170.0
   610:  16.84975     174.0     171.7       2.3     169.9
   611:  16.86921     170.0     171.7      -1.7     169.8
   612:  16.88866     145.0     171.8     -26.8     169.8
   613:  16.90812     160.0     171.9     -11.9     169.7
   614:  16.92758     171.0     172.0      -1.0     169.7
   615:  16.94703     156.0     172.1     -16.1     169.6
   616:  16.96649     163.0     172.3      -9.3     169.6
   617:  16.98595     156.0     172.5     -16.5     169.5
   618:  17.00541     161.0     172.7     -11.7     169.5
   619:  17.02487     154.0     173.0     -19.0     169.4
   620:  17.04432     183.0     173.3       9.7     169.4
   621:  17.06378     194.0     173.8      20.2     169.3
   622:  17.08324     174.0     174.3      -0.3     169.3
   623:  17.10270     179.0     175.1       3.9     169.2
   624:  17.12215     162.0     176.0     -14.0     169.1
   625:  17.14161     167.0     177.2     -10.2     169.1
   626:  17.16107     184.0     179.1       4.9     169.0
   627:  17.18053     186.0     181.9       4.1     169.0
   628:  17.19999     206.0     186.4      19.6     168.9
   629:  17.21944     229.0     193.6      35.4     168.9
   630:  17.23890     219.0     204.6      14.4     168.8
   631:  17.25836     221.0     219.7       1.3     168.8
   632:  17.27782     227.0     238.2     -11.2     168.7
   633:  17.29727     295.0     258.6      36.4     168.7
   634:  17.31673     271.0     281.7     -10.7     168.6
   635:  17.33619     325.0     298.3      26.7     168.6
   636:  17.35565     293.0     293.8      -0.8     168.5
   637:  17.37510     268.0     271.0      -3.0     168.4
   638:  17.39456     231.0     245.2     -14.2     168.4
   639:  17.41402     217.0     220.5      -3.5     168.3
   640:  17.43348     201.0     204.0      -3.0     168.3
   641:  17.45294     178.0     196.3     -18.3     168.2
   642:  17.47239     170.0     193.9     -23.9     168.2
   643:  17.49185     160.0     193.8     -33.8     168.1
   644:  17.51131     177.0     194.4     -17.4     168.1
   645:  17.53077     187.0     194.7      -7.7     168.0
   646:  17.55022     184.0     194.1     -10.1     168.0
   647:  17.56968     175.0     192.3     -17.3     167.9
   648:  17.58914     204.0     189.8      14.2     167.8
   649:  17.60860     190.0     186.9       3.1     167.8
   650:  17.62806     179.0     184.1      -5.1     167.7
   651:  17.64751     191.0     181.7       9.3     167.7
   652:  17.66697     167.0     179.9     -12.9     167.6
   653:  17.68643     198.0     178.8      19.2     167.6
   654:  17.70589     182.0     178.2       3.8     167.5
   655:  17.72534     176.0     178.1      -2.1     167.5
   656:  17.74480     169.0     178.3      -9.3     167.4
   657:  17.76426     166.0     179.0     -13.0     167.3
   658:  17.78372     177.0     180.3      -3.3     167.3
   659:  17.80317     165.0     182.3     -17.3     167.2
   660:  17.82263     168.0     185.6     -17.6     167.2
   661:  17.84209     187.0     190.7      -3.7     167.1
   662:  17.86155     220.0     198.4      21.6     167.1
   663:  17.88101     221.0     209.3      11.7     167.0
   664:  17.90046     236.0     222.6      13.4     167.0
   665:  17.91992     230.0     235.8      -5.8     166.9
   666:  17.93938     237.0     244.6      -7.6     166.8
   667:  17.95884     243.0     248.4      -5.4     166.8
   668:  17.97829     270.0     255.6      14.4     166.7
   669:  17.99775     265.0     273.4      -8.4     166.7
   670:  18.01721     308.0     309.7      -1.7     166.6
   671:  18.03667     325.0     365.8     -40.8     166.6
   672:  18.05613     438.0     426.3      11.7     166.5
   673:  18.07558     434.0     454.8     -20.8     166.5
   674:  18.09504     483.0     424.7      58.3     166.4
   675:  18.11450     429.0     373.1      55.9     166.3
   676:  18.13396     359.0     312.0      47.0     166.3
   677:  18.15341     274.0     257.0      17.0     166.2
   678:  18.17287     225.0     221.5       3.5     166.2
   679:  18.19233     221.0     201.8      19.2     166.1
   680:  18.21179     174.0     191.3     -17.3     166.1
   681:  18.23125     173.0     185.4     -12.4     166.0
   682:  18.25070     170.0     181.6     -11.6     165.9
   683:  18.27016     184.0     178.9       5.1     165.9
   684:  18.28962     167.0     177.0     -10.0     165.8
   685:  18.30908     173.0     175.6      -2.6     165.8
   686:  18.32853     141.0     174.6     -33.6     165.7
   687:  18.34799     179.0     173.8       5.2     165.7
   688:  18.36745     164.0     173.3      -9.3     165.6
   689:  18.38691     166.0     173.0      -7.0     165.6
   690:  18.40636     169.0     172.9      -3.9     165.5
   691:  18.42582     175.0     173.0       2.0     165.4
   692:  18.44528     172.0     173.6      -1.6     165.4
   693:  18.46474     197.0     174.8      22.2     165.3
   694:  18.48420     159.0     177.0     -18.0     165.3
   695:  18.50365     187.0     180.3       6.7     165.2
   696:  18.52311     177.0     184.5      -7.5     165.2
   697:  18.54257     191.0     187.7       3.3     165.1
   698:  18.56203     198.0     187.6      10.4     165.0
   699:  18.58148     195.0     184.8      10.2     165.0
   700:  18.60094     155.0     181.5     -26.5     164.9
   701:  18.62040     162.0     177.9     -15.9     164.9
   702:  18.63986     161.0     175.1     -14.1     164.8
   703:  18.65932     180.0     173.7       6.3     164.8
   704:  18.67877     180.0     173.1       6.9     164.7
   705:  18.69823     171.0     173.0      -2.0     164.6
   706:  18.71769     174.0     173.3       0.7     164.6
   707:  18.73714     169.0     173.9      -4.9     164.5
   708:  18.75660     168.0     174.7      -6.7     164.5
   709:  18.77606     159.0     176.0     -17.0     164.4
   710:  18.79552     158.0     177.9     -19.9     164.4
   711:  18.81498     145.0     181.0     -36.0     164.3
   712:  18.83443     172.0     185.5     -13.5     164.2
   713:  18.85389     188.0     192.0      -4.0     164.2
   714:  18.87335     200.0     200.3      -0.3     164.1
   715:  18.89281     203.0     209.9      -6.9     164.1
   716:  18.91226     209.0     218.3      -9.3     164.0
   717:  18.93172     217.0     222.4      -5.4     164.0
   718:  18.95118     204.0     220.6     -16.6     163.9
   719:  18.97064     212.0     216.2      -4.2     163.8
   720:  18.99010     165.0     211.0     -46.0     163.8
   721:  19.00955     186.0     206.9     -20.9     163.7
   722:  19.02901     189.0     205.8     -16.8     163.7
   723:  19.04847     208.0     207.6       0.4     163.6
   724:  19.06793     195.0     211.6     -16.6     163.5
   725:  19.08738     268.0     216.8      51.2     163.5
   726:  19.10684     262.0     221.9      40.1     163.4
   727:  19.12630     271.0     226.0      45.0     163.4
   728:  19.14576     296.0     228.0      68.0     163.3
   729:  19.16521     293.0     227.4      65.6     163.3
   730:  19.18467     293.0     225.2      67.8     163.2
   731:  19.20413     274.0     222.5      51.5     163.1
   732:  19.22359     236.0     220.3      15.7     163.1
   733:  19.24305     255.0     219.9      35.1     163.0
   734:  19.26250     254.0     221.5      32.5     163.0
   735:  19.28196     244.0     225.2      18.8     162.9
   736:  19.30142     247.0     230.5      16.5     162.9
   737:  19.32088     238.0     236.7       1.3     162.8
   738:  19.34033     276.0     242.3      33.7     162.7
   739:  19.35979     267.0     246.2      20.8     162.7
   740:  19.37925     268.0     246.9      21.1     162.6
   741:  19.39871     253.0     244.8       8.2     162.6
   742:  19.41817     263.0     241.9      21.1     162.5
   743:  19.43762     268.0     240.5      27.5     162.4
   744:  19.45708     241.0     245.1      -4.1     162.4
   745:  19.47654     273.0     261.0      12.0     162.3
   746:  19.49600     333.0     292.4      40.6     162.3
   747:  19.51545     370.0     339.2      30.8     162.2
   748:  19.53491     475.0     387.4      87.6     162.1
   749:  19.55437     490.0     406.2      83.8     162.1
   750:  19.57383     522.0     378.2     143.8     162.0
   751:  19.59328     444.0     337.5     106.5     162.0
   752:  19.61274     362.0     290.5      71.5     161.9
   753:  19.63220     291.0     245.1      45.9     161.9
   754:  19.65166     246.0     214.3      31.7     161.8
   755:  19.67112     206.0     196.9       9.1     161.7
   756:  19.69057     215.0     187.8      27.2     161.7
   757:  19.71003     199.0     183.0      16.0     161.6
   758:  19.72949     183.0     180.3       2.7     161.6
   759:  19.74895     169.0     178.7      -9.7     161.5
   760:  19.76840     191.0     178.2      12.8     161.4
   761:  19.78786     179.0     178.7       0.3     161.4
   762:  19.80732     186.0     180.7       5.3     161.3
   763:  19.82678     207.0     184.3      22.7     161.3
   764:  19.84624     198.0     189.1       8.9     161.2
   765:  19.86569     213.0     193.5      19.5     161.2
   766:  19.88515     201.0     194.5       6.5     161.1
   767:  19.90461     188.0     192.6      -4.6     161.0
   768:  19.92407     185.0     190.4      -5.4     161.0
   769:  19.94352     150.0     187.5     -37.5     160.9
   770:  19.96298     173.0     185.2     -12.2     160.9
   771:  19.98244     160.0     183.6     -23.6     160.8
   772:  20.00190     167.0     182.3     -15.3     160.7
   773:  20.02135     183.0     180.9       2.1     160.7
   774:  20.04081     174.0     179.2      -5.2     160.6
   775:  20.06027     171.0     177.4      -6.4     160.6
   776:  20.07973     153.0     175.7     -22.7     160.5
   777:  20.09919     151.0     174.1     -23.1     160.4
   778:  20.11864     175.0     172.8       2.2     160.4
   779:  20.13810     163.0     171.9      -8.9     160.3
   780:  20.15756     174.0     171.3       2.7     160.3
   781:  20.17702     182.0     170.9      11.1     160.2
   782:  20.19647     172.0     170.8       1.2     160.1
   783:  20.21593     174.0     170.9       3.1     160.1
   784:  20.23539     148.0     171.0     -23.0     160.0
   785:  20.25485     161.0     171.4     -10.4     160.0
   786:  20.27431     161.0     171.8     -10.8     159.9
   787:  20.29376     163.0     172.4      -9.4     159.8
   788:  20.31322     183.0     172.9      10.1     159.8
   789:  20.33268     179.0     173.7       5.3     159.7
   790:  20.35213     160.0     174.7     -14.7     159.7
   791:  20.37159     157.0     175.9     -18.9     159.6
   792:  20.39105     155.0     177.2     -22.2     159.5
   793:  20.41051     160.0     178.6     -18.6     159.5
   794:  20.42997     153.0     180.3     -27.3     159.4
   795:  20.44942     165.0     182.3     -17.3     159.4
   796:  20.46888     154.0     184.5     -30.5     159.3
   797:  20.48834     181.0     186.9      -5.9     159.3
   798:  20.50780     180.0     189.7      -9.7     159.2
   799:  20.52725     162.0     192.7     -30.7     159.1
   800:  20.54671     168.0     195.9     -27.9     159.1
   801:  20.56617     149.0     199.5     -50.5     159.0
   802:  20.58563     178.0     203.4     -25.4     159.0
   803:  20.60509     162.0     207.4     -45.4     158.9
   804:  20.62454     163.0     211.6     -48.6     158.8
   805:  20.64400     146.0     215.9     -69.9     158.8
   806:  20.66346     177.0     220.4     -43.4     158.7
   807:  20.68292     172.0     224.8     -52.8     158.7
   808:  20.70237     194.0     228.9     -34.9     158.6
   809:  20.72183     177.0     232.8     -55.8     158.5
   810:  20.74129     177.0     236.3     -59.3     158.5
   811:  20.76075     158.0     239.2     -81.2     158.4
   812:  20.78020     187.0     241.5     -54.5     158.4
   813:  20.79966     212.0     243.1     -31.1     158.3
   814:  20.81912     256.0     243.6      12.4     158.2
   815:  20.83858     262.0     243.3      18.7     158.2
   816:  20.85804     244.0     242.4       1.6     158.1
   817:  20.87749     232.0     241.6      -9.6     158.1
   818:  20.89695     238.0     241.9      -3.9     158.0
   819:  20.91641     234.0     245.4     -11.4     157.9
   820:  20.93587     288.0     254.3      33.7     157.9
   821:  20.95532     309.0     271.2      37.8     157.8
   822:  20.97478     367.0     295.6      71.4     157.8
   823:  20.99424     428.0     320.6     107.4     157.7
   824:  21.01370     328.0     333.9      -5.9     157.6
   825:  21.03316     350.0     329.1      20.9     157.6
   826:  21.05261     270.0     303.9     -33.9     157.5
   827:  21.07207     237.0     275.1     -38.1     157.5
   828:  21.09153     246.0     247.2      -1.2     157.4
   829:  21.11099     220.0     221.5      -1.5     157.3
   830:  21.13044     176.0     203.8     -27.8     157.3
   831:  21.14990     191.0     193.1      -2.1     157.2
   832:  21.16936     164.0     186.6     -22.6     157.2
   833:  21.18882     158.0     182.3     -24.3     157.1
   834:  21.20827     163.0     179.2     -16.2     157.0
   835:  21.22773     160.0     176.9     -16.9     157.0
   836:  21.24719     178.0     175.1       2.9     156.9
   837:  21.26665     167.0     173.8      -6.8     156.9
   838:  21.28611     171.0     172.7      -1.7     156.8
   839:  21.30556     152.0     171.8     -19.8     156.7
   840:  21.32502     153.0     171.3     -18.3     156.7
   841:  21.34448     161.0     170.9      -9.9     156.6
   842:  21.36394     165.0     170.5      -5.5     156.6
   843:  21.38339     160.0     170.4     -10.4     156.5
   844:  21.40285     170.0     170.3      -0.3     156.4
   845:  21.42231     145.0     170.3     -25.3     156.4
   846:  21.44177     181.0     170.5      10.5     156.3
   847:  21.46123     168.0     170.7      -2.7     156.3
   848:  21.48068     177.0     170.9       6.1     156.2
   849:  21.50014     182.0     171.3      10.7     156.1
   850:  21.51960     154.0     171.8     -17.8     156.1
   851:  21.53906     165.0     172.3      -7.3     156.0
   852:  21.55851     139.0     173.1     -34.1     156.0
   853:  21.57797     180.0     173.9       6.1     155.9
   854:  21.59743     179.0     175.0       4.0     155.8
   855:  21.61689     165.0     176.3     -11.3     155.8
   856:  21.63634     156.0     177.9     -21.9     155.7
   857:  21.65580     161.0     179.7     -18.7     155.7
   858:  21.67526     143.0     181.9     -38.9     155.6
   859:  21.69472     189.0     184.6       4.4     155.5
   860:  21.71418     164.0     188.0     -24.0     155.5
   861:  21.73363     173.0     192.2     -19.2     155.4
   862:  21.75309     171.0     197.6     -26.6     155.4
   863:  21.77255     183.0     204.6     -21.6     155.3
   864:  21.79201     200.0     213.9     -13.9     155.2
   865:  21.81146     199.0     227.2     -28.2     155.2
   866:  21.83092     172.0     247.5     -75.5     155.1
   867:  21.85038     226.0     281.8     -55.8     155.1
   868:  21.86984     299.0     341.9     -42.9     155.0
   869:  21.88930     387.0     443.2     -56.2     154.9
   870:  21.90875     501.0     597.6     -96.6     154.9
   871:  21.92821     717.0     796.4     -79.4     154.8
   872:  21.94767     808.0     980.5    -172.5     154.8
   873:  21.96712     817.0    1039.1    -222.1     154.7
   874:  21.98658     703.0     935.9    -232.9     154.6
   875:  22.00604     627.0     801.8    -174.8     154.6
   876:  22.02550     514.0     652.8    -138.8     154.5
   877:  22.04496     379.0     488.5    -109.5     154.5
   878:  22.06441     314.0     365.0     -51.0     154.4
   879:  22.08387     244.0     290.7     -46.7     154.4
   880:  22.10333     212.0     251.8     -39.8     154.3
   881:  22.12279     203.0     233.5     -30.5     154.2
   882:  22.14224     197.0     226.5     -29.5     154.2
   883:  22.16170     182.0     226.4     -44.4     154.1
   884:  22.18116     200.0     230.0     -30.0     154.1
   885:  22.20062     219.0     231.9     -12.9     154.0
   886:  22.22008     195.0     227.6     -32.6     153.9
   887:  22.23953     218.0     221.5      -3.5     153.9
   888:  22.25899     204.0     216.3     -12.3     153.8
   889:  22.27845     194.0     210.8     -16.8     153.8
   890:  22.29791     162.0     207.0     -45.0     153.7
   891:  22.31736     170.0     206.3     -36.3     153.6
   892:  22.33682     187.0     208.4     -21.4     153.6
   893:  22.35628     184.0     212.5     -28.5     153.5
   894:  22.37574     177.0     218.3     -41.3     153.5
   895:  22.39520     201.0     225.4     -24.4     153.4
   896:  22.41465     192.0     233.7     -41.7     153.3
   897:  22.43411     214.0     242.8     -28.8     153.3
   898:  22.45357     245.0     251.9      -6.9     153.2
   899:  22.47303     255.0     260.3      -5.3     153.2
   900:  22.49248     268.0     266.6       1.4     153.1
   901:  22.51194     278.0     269.8       8.2     153.0
   902:  22.53140     312.0     268.4      43.6     153.0
   903:  22.55086     307.0     263.3      43.7     152.9
   904:  22.57031     241.0     255.8     -14.8     152.9
   905:  22.58977     219.0     246.9     -27.9     152.8
   906:  22.60923     212.0     237.9     -25.9     152.7
   907:  22.62869     191.0     230.3     -39.3     152.7
   908:  22.64815     186.0     225.0     -39.0     152.6
   909:  22.66760     204.0     222.5     -18.5     152.6
   910:  22.68706     201.0     223.8     -22.8     152.5
   911:  22.70652     212.0     230.9     -18.9     152.5
   912:  22.72598     231.0     247.6     -16.6     152.4
   913:  22.74543     254.0     280.1     -26.1     152.3
   914:  22.76489     315.0     334.4     -19.4     152.3
   915:  22.78435     454.0     410.7      43.3     152.2
   916:  22.80381     543.0     489.9      53.1     152.2
   917:  22.82327     564.0     530.2      33.8     152.1
   918:  22.84272     544.0     510.6      33.4     152.0
   919:  22.86218     421.0     458.0     -37.0     152.0
   920:  22.88164     401.0     401.1      -0.1     151.9
   921:  22.90110     317.0     339.5     -22.5     151.9
   922:  22.92055     273.0     282.9      -9.9     151.8
   923:  22.94001     236.0     245.7      -9.7     151.7
   924:  22.95947     215.0     224.8      -9.8     151.7
   925:  22.97893     205.0     212.2      -7.2     151.6
   926:  22.99838     217.0     204.4      12.6     151.6
   927:  23.01784     238.0     199.4      38.6     151.5
   928:  23.03730     209.0     195.4      13.6     151.5
   929:  23.05676     201.0     192.7       8.3     151.4
   930:  23.07622     190.0     191.3      -1.3     151.3
   931:  23.09567     220.0     191.1      28.9     151.3
   932:  23.11513     201.0     191.7       9.3     151.2
   933:  23.13459     171.0     193.1     -22.1     151.2
   934:  23.15405     184.0     195.0     -11.0     151.1
   935:  23.17350     178.0     197.5     -19.5     151.0
   936:  23.19296     168.0     200.6     -32.6     151.0
   937:  23.21242     178.0     204.2     -26.2     150.9
   938:  23.23188     198.0     208.4     -10.4     150.9
   939:  23.25134     191.0     213.1     -22.1     150.8
   940:  23.27079     185.0     218.3     -33.3     150.7
   941:  23.29025     188.0     224.0     -36.0     150.7
   942:  23.30971     198.0     230.3     -32.3     150.6
   943:  23.32916     186.0     236.9     -50.9     150.6
   944:  23.34862     196.0     243.9     -47.9     150.5
   945:  23.36808     190.0     251.2     -61.2     150.5
   946:  23.38754     192.0     258.9     -66.9     150.4
   947:  23.40700     216.0     266.6     -50.6     150.3
   948:  23.42645     202.0     274.6     -72.6     150.3
   949:  23.44591     253.0     283.1     -30.1     150.2
   950:  23.46537     276.0     293.0     -17.0     150.2
   951:  23.48483     309.0     306.8       2.2     150.1
   952:  23.50428     372.0     329.1      42.9     150.1
   953:  23.52374     363.0     366.9      -3.9     150.0
   954:  23.54320     405.0     424.8     -19.8     149.9
   955:  23.56266     489.0     495.1      -6.1     149.9
   956:  23.58212     463.0     541.7     -78.7     149.8
   957:  23.60157     412.0     519.5    -107.5     149.8
   958:  23.62103     428.0     471.5     -43.5     149.7
   959:  23.64049     351.0     433.9     -82.9     149.6
   960:  23.65995     338.0     388.1     -50.1     149.6
   961:  23.67941     344.0     346.7      -2.7     149.5
   962:  23.69886     377.0     335.7      41.3     149.5
   963:  23.71832     464.0     363.8     100.2     149.4
   964:  23.73778     491.0     432.6      58.4     149.4
   965:  23.75723     480.0     529.2     -49.2     149.3
   966:  23.77669     475.0     603.5    -128.5     149.2
   967:  23.79615     466.0     583.7    -117.7     149.2
   968:  23.81561     419.0     515.5     -96.5     149.1
   969:  23.83507     386.0     462.7     -76.7     149.1
   970:  23.85452     314.0     398.7     -84.7     149.0
   971:  23.87398     289.0     326.0     -37.0     149.0
   972:  23.89344     278.0     277.0       1.0     148.9
   973:  23.91290     211.0     253.2     -42.2     148.8
   974:  23.93235     205.0     246.0     -41.0     148.8
   975:  23.95181     227.0     248.0     -21.0     148.7
   976:  23.97127     221.0     255.5     -34.5     148.7
   977:  23.99073     219.0     267.4     -48.4     148.6
   978:  24.01019     239.0     282.7     -43.7     148.6
   979:  24.02964     242.0     300.2     -58.2     148.5
   980:  24.04910     248.0     318.0     -70.0     148.4
   981:  24.06856     267.0     333.8     -66.8     148.4
   982:  24.08802     263.0     346.2     -83.2     148.3
   983:  24.10747     272.0     353.8     -81.8     148.3
   984:  24.12693     281.0     354.6     -73.6     148.2
   985:  24.14639     316.0     351.1     -35.1     148.2
   986:  24.16585     343.0     345.8      -2.8     148.1
   987:  24.18530     353.0     338.0      15.0     148.0
   988:  24.20476     375.0     327.0      48.0     148.0
   989:  24.22422     319.0     319.5      -0.5     147.9
   990:  24.24368     352.0     328.6      23.4     147.9
   991:  24.26314     418.0     362.8      55.2     147.8
   992:  24.28259     459.0     426.5      32.5     147.8
   993:  24.30205     499.0     507.7      -8.7     147.7
   994:  24.32151     587.0     551.9      35.1     147.6
   995:  24.34097     588.0     509.9      78.1     147.6
   996:  24.36042     489.0     460.7      28.3     147.5
   997:  24.37988     406.0     434.0     -28.0     147.5
   998:  24.39934     461.0     398.5      62.5     147.4
   999:  24.41880     429.0     369.7      59.3     147.4
  1000:  24.43826     341.0     356.5     -15.5     147.3
  1001:  24.45771     308.0     332.0     -24.0     147.3
  1002:  24.47717     299.0     301.4      -2.4     147.2
  1003:  24.49663     245.0     281.8     -36.8     147.1
  1004:  24.51609     272.0     261.6      10.4     147.1
  1005:  24.53554     250.0     236.9      13.1     147.0
  1006:  24.55500     221.0     219.3       1.7     147.0
  1007:  24.57446     252.0     210.0      42.0     146.9
  1008:  24.59392     194.0     206.4     -12.4     146.9
  1009:  24.61337     202.0     205.2      -3.2     146.8
  1010:  24.63283     188.0     203.0     -15.0     146.8
  1011:  24.65229     205.0     198.6       6.4     146.7
  1012:  24.67175     200.0     194.6       5.4     146.6
  1013:  24.69121     183.0     191.4      -8.4     146.6
  1014:  24.71066     185.0     187.7      -2.7     146.5
  1015:  24.73012     184.0     184.6      -0.6     146.5
  1016:  24.74958     181.0     182.3      -1.3     146.4
  1017:  24.76904     216.0     180.9      35.1     146.4
  1018:  24.78849     166.0     180.2     -14.2     146.3
  1019:  24.80795     219.0     179.7      39.3     146.3
  1020:  24.82741     192.0     179.5      12.5     146.2
  1021:  24.84687     154.0     179.5     -25.5     146.1
  1022:  24.86633     168.0     179.5     -11.5     146.1
  1023:  24.88578     173.0     179.7      -6.7     146.0
  1024:  24.90524     177.0     179.9      -2.9     146.0
  1025:  24.92470     171.0     179.9      -8.9     145.9
  1026:  24.94415     183.0     179.9       3.1     145.9
  1027:  24.96361     192.0     179.7      12.3     145.8
  1028:  24.98307     189.0     179.1       9.9     145.8
  1029:  25.00253     196.0     178.6      17.4     145.7
  1030:  25.02199     204.0     177.7      26.3     145.6
  1031:  25.04144     212.0     176.9      35.1     145.6
  1032:  25.06090     236.0     176.1      59.9     145.5
  1033:  25.08036     222.0     175.2      46.8     145.5
  1034:  25.09982     206.0     174.4      31.6     145.4
  1035:  25.11927     222.0     173.7      48.3     145.4
  1036:  25.13873     214.0     173.4      40.6     145.3
  1037:  25.15819     182.0     173.1       8.9     145.3
  1038:  25.17765     179.0     173.1       5.9     145.2
  1039:  25.19711     165.0     173.2      -8.2     145.2
  1040:  25.21656     144.0     173.6     -29.6     145.1
  1041:  25.23602     209.0     174.3      34.7     145.0
  1042:  25.25548     178.0     175.2       2.8     145.0
  1043:  25.27494     187.0     176.4      10.6     144.9
  1044:  25.29439     180.0     177.9       2.1     144.9
  1045:  25.31385     184.0     179.9       4.1     144.8
  1046:  25.33331     187.0     182.4       4.6     144.8
  1047:  25.35277     184.0     185.2      -1.2     144.7
  1048:  25.37222     206.0     188.6      17.4     144.7
  1049:  25.39168     202.0     192.6       9.4     144.6
  1050:  25.41114     226.0     197.6      28.4     144.6
  1051:  25.43060     224.0     204.0      20.0     144.5
  1052:  25.45006     215.0     212.7       2.3     144.5
  1053:  25.46951     266.0     225.6      40.4     144.4
  1054:  25.48897     281.0     245.7      35.3     144.3
  1055:  25.50843     274.0     276.3      -2.3     144.3
  1056:  25.52789     335.0     318.4      16.6     144.2
  1057:  25.54734     346.0     366.6     -20.6     144.2
  1058:  25.56680     354.0     391.0     -37.0     144.1
  1059:  25.58626     379.0     368.6      10.4     144.1
  1060:  25.60572     378.0     346.0      32.0     144.0
  1061:  25.62518     355.0     334.5      20.5     144.0
  1062:  25.64463     349.0     311.9      37.1     143.9
  1063:  25.66409     346.0     284.9      61.1     143.9
  1064:  25.68355     322.0     267.5      54.5     143.8
  1065:  25.70301     284.0     258.6      25.4     143.8
  1066:  25.72246     288.0     254.2      33.8     143.7
  1067:  25.74192     273.0     251.8      21.2     143.7
  1068:  25.76138     238.0     251.3     -13.3     143.6
  1069:  25.78084     212.0     253.5     -41.5     143.5
  1070:  25.80029     236.0     259.9     -23.9     143.5
  1071:  25.81975     253.0     270.6     -17.6     143.4
  1072:  25.83921     265.0     281.0     -16.0     143.4
  1073:  25.85867     303.0     281.9      21.1     143.3
  1074:  25.87813     294.0     279.2      14.8     143.3
  1075:  25.89758     263.0     283.0     -20.0     143.2
  1076:  25.91704     269.0     289.9     -20.9     143.2
  1077:  25.93650     268.0     296.8     -28.8     143.1
  1078:  25.95596     281.0     308.7     -27.7     143.1
  1079:  25.97541     270.0     327.1     -57.1     143.0
  1080:  25.99487     306.0     350.3     -44.3     143.0
  1081:  26.01433     313.0     376.4     -63.4     142.9
  1082:  26.03379     318.0     403.3     -85.3     142.9
  1083:  26.05325     332.0     428.4     -96.4     142.8
  1084:  26.07270     357.0     449.4     -92.4     142.8
  1085:  26.09216     348.0     464.1    -116.1     142.7
  1086:  26.11162     374.0     473.1     -99.1     142.7
  1087:  26.13108     381.0     484.5    -103.5     142.6
  1088:  26.15053     402.0     510.3    -108.3     142.6
  1089:  26.16999     464.0     564.0    -100.0     142.5
  1090:  26.18945     556.0     656.8    -100.8     142.5
  1091:  26.20891     707.0     780.8     -73.8     142.4
  1092:  26.22836     745.0     881.0    -136.0     142.4
  1093:  26.24782     762.0     870.8    -108.8     142.3
  1094:  26.26728     680.0     785.0    -105.0     142.2
  1095:  26.28674     693.0     725.0     -32.0     142.2
  1096:  26.30620     655.0     676.8     -21.8     142.1
  1097:  26.32565     572.0     608.5     -36.5     142.1
  1098:  26.34511     565.0     566.6      -1.6     142.0
  1099:  26.36457     612.0     578.9      33.1     142.0
  1100:  26.38403     760.0     641.9     118.1     141.9
  1101:  26.40348     905.0     724.5     180.5     141.9
  1102:  26.42294     979.0     758.9     220.1     141.8
  1103:  26.44240     987.0     727.4     259.6     141.8
  1104:  26.46186     858.0     702.2     155.8     141.7
  1105:  26.48132     745.0     679.8      65.2     141.7
  1106:  26.50077     711.0     626.1      84.9     141.6
  1107:  26.52023     582.0     562.1      19.9     141.6
  1108:  26.53969     517.0     510.4       6.6     141.5
  1109:  26.55914     518.0     471.3      46.7     141.5
  1110:  26.57860     565.0     441.3     123.7     141.4
  1111:  26.59806     768.0     418.4     349.6     141.4
  1112:  26.61752     835.0     401.6     433.4     141.3
  1113:  26.63698     620.0     389.9     230.1     141.3
  1114:  26.65644     599.0     382.3     216.7     141.2
  1115:  26.67589     584.0     377.5     206.5     141.2
  1116:  26.69535     433.0     374.5      58.5     141.1
  1117:  26.71481     325.0     371.8     -46.8     141.1
  1118:  26.73426     331.0     368.6     -37.6     141.0
  1119:  26.75372     313.0     364.7     -51.7     141.0
  1120:  26.77318     317.0     360.1     -43.1     140.9
  1121:  26.79264     410.0     354.9      55.1     140.9
  1122:  26.81210     459.0     349.3     109.7     140.8
  1123:  26.83155     432.0     343.9      88.1     140.8
  1124:  26.85101     406.0     339.0      67.0     140.7
  1125:  26.87047     412.0     334.8      77.2     140.7
  1126:  26.88993     382.0     331.7      50.3     140.6
  1127:  26.90938     310.0     329.6     -19.6     140.6
  1128:  26.92884     318.0     328.9     -10.9     140.5
  1129:  26.94830     259.0     330.1     -71.1     140.5
  1130:  26.96776     279.0     334.4     -55.4     140.4
  1131:  26.98722     272.0     344.7     -72.7     140.4
  1132:  27.00667     361.0     366.6      -5.6     140.3
  1133:  27.02613     407.0     407.0       0.0     140.3
  1134:  27.04559     524.0     469.8      54.2     140.2
  1135:  27.06505     691.0     545.4     145.6     140.2
  1136:  27.08450     683.0     596.1      86.9     140.1
  1137:  27.10396     746.0     574.1     171.9     140.1
  1138:  27.12342     650.0     517.0     133.0     140.1
  1139:  27.14288     598.0     475.8     122.2     140.0
  1140:  27.16233     537.0     435.7     101.3     140.0
  1141:  27.18179     457.0     377.8      79.2     139.9
  1142:  27.20125     330.0     327.1       2.9     139.9
  1143:  27.22071     351.0     295.3      55.7     139.8
  1144:  27.24017     247.0     279.3     -32.3     139.8
  1145:  27.25962     245.0     273.2     -28.2     139.7
  1146:  27.27908     259.0     272.8     -13.8     139.7
  1147:  27.29854     267.0     275.8      -8.8     139.6
  1148:  27.31800     262.0     281.7     -19.7     139.6
  1149:  27.33745     267.0     290.4     -23.4     139.5
  1150:  27.35691     318.0     302.4      15.6     139.5
  1151:  27.37637     340.0     319.5      20.5     139.4
  1152:  27.39583     333.0     346.3     -13.3     139.4
  1153:  27.41529     389.0     391.3      -2.3     139.3
  1154:  27.43474     503.0     464.3      38.7     139.3
  1155:  27.45420     579.0     566.3      12.7     139.2
  1156:  27.47366     639.0     665.5     -26.5     139.2
  1157:  27.49312     558.0     686.3    -128.3     139.1
  1158:  27.51257     555.0     630.0     -75.0     139.1
  1159:  27.53203     635.0     597.0      38.0     139.0
  1160:  27.55149     752.0     586.3     165.7     139.0
  1161:  27.57095     600.0     551.3      48.7     138.9
  1162:  27.59040     605.0     513.1      91.9     138.9
  1163:  27.60986     610.0     509.3     100.7     138.9
  1164:  27.62932     607.0     554.2      52.8     138.8
  1165:  27.64878     654.0     660.7      -6.7     138.8
  1166:  27.66824     699.0     836.1    -137.1     138.7
  1167:  27.68769     870.0    1043.8    -173.8     138.7
  1168:  27.70715    1006.0    1191.4    -185.4     138.6
  1169:  27.72661    1544.0    1367.4     176.6     138.6
  1170:  27.74607    2449.0    1741.4     707.6     138.5
  1171:  27.76552    3030.0    2114.9     915.1     138.5
  1172:  27.78498    2451.0    2043.5     407.5     138.4
  1173:  27.80444    2032.0    1638.8     393.2     138.4
  1174:  27.82390    2025.0    1388.8     636.2     138.3
  1175:  27.84336    1640.0    1268.3     371.7     138.3
  1176:  27.86281    1333.0    1045.5     287.5     138.2
  1177:  27.88227     977.0     793.6     183.4     138.2
  1178:  27.90173     901.0     685.1     215.9     138.2
  1179:  27.92119     891.0     752.9     138.1     138.1
  1180:  27.94064     982.0     979.4       2.6     138.1
  1181:  27.96010    1383.0    1274.8     108.2     138.0
  1182:  27.97956    1523.0    1375.2     147.8     138.0
  1183:  27.99902    1408.0    1144.7     263.3     137.9
  1184:  28.01847    1044.0     968.0      76.0     137.9
  1185:  28.03793     928.0     918.1       9.9     137.8
  1186:  28.05739     897.0     803.8      93.2     137.8
  1187:  28.07685     687.0     603.5      83.5     137.7
  1188:  28.09631     503.0     465.2      37.8     137.7
  1189:  28.11576     389.0     402.9     -13.9     137.7
  1190:  28.13522     418.0     385.7      32.3     137.6
  1191:  28.15468     359.0     389.8     -30.8     137.6
  1192:  28.17414     400.0     404.6      -4.6     137.5
  1193:  28.19359     410.0     426.1     -16.1     137.5
  1194:  28.21305     389.0     453.1     -64.1     137.4
  1195:  28.23251     440.0     487.7     -47.7     137.4
  1196:  28.25197     490.0     537.8     -47.8     137.3
  1197:  28.27143     583.0     615.7     -32.7     137.3
  1198:  28.29088     669.0     729.5     -60.5     137.2
  1199:  28.31034     755.0     848.0     -93.0     137.2
  1200:  28.32980     839.0     880.3     -41.3     137.2
  1201:  28.34925     919.0     858.8      60.2     137.1
  1202:  28.36871     932.0     940.9      -8.9     137.1
  1203:  28.38817    1103.0    1136.4     -33.4     137.0
  1204:  28.40763    1265.0    1357.5     -92.5     137.0
  1205:  28.42709    1429.0    1519.2     -90.2     136.9
  1206:  28.44654    1473.0    1495.4     -22.4     136.9
  1207:  28.46600    1285.0    1301.6     -16.6     136.8
  1208:  28.48546    1129.0    1124.4       4.6     136.8
  1209:  28.50492    1007.0     992.4      14.6     136.8
  1210:  28.52437     863.0     817.5      45.5     136.7
  1211:  28.54383     608.0     613.6      -5.6     136.7
  1212:  28.56329     536.0     453.7      82.3     136.6
  1213:  28.58275     363.0     353.6       9.4     136.6
  1214:  28.60221     328.0     295.6      32.4     136.5
  1215:  28.62166     295.0     260.2      34.8     136.5
  1216:  28.64112     279.0     237.8      41.2     136.4
  1217:  28.66058     233.0     222.3      10.7     136.4
  1218:  28.68004     245.0     210.1      34.9     136.4
  1219:  28.69949     199.0     199.8      -0.8     136.3
  1220:  28.71895     195.0     191.6       3.4     136.3
  1221:  28.73841     184.0     185.4      -1.4     136.2
  1222:  28.75787     199.0     180.5      18.5     136.2
  1223:  28.77732     188.0     176.7      11.3     136.1
  1224:  28.79678     191.0     173.6      17.4     136.1
  1225:  28.81624     189.0     170.9      18.1     136.1
  1226:  28.83570     183.0     168.7      14.3     136.0
  1227:  28.85516     199.0     166.8      32.2     136.0
  1228:  28.87461     164.0     165.1      -1.1     135.9
  1229:  28.89407     209.0     163.7      45.3     135.9
  1230:  28.91353     173.0     162.5      10.5     135.8
  1231:  28.93299     193.0     161.4      31.6     135.8
  1232:  28.95244     178.0     160.6      17.4     135.8
  1233:  28.97190     202.0     159.8      42.2     135.7
  1234:  28.99136     186.0     159.1      26.9     135.7
  1235:  29.01082     195.0     158.6      36.4     135.6
  1236:  29.03028     188.0     158.0      30.0     135.6
  1237:  29.04973     190.0     157.7      32.3     135.5
  1238:  29.06919     178.0     157.4      20.6     135.5
  1239:  29.08865     204.0     157.1      46.9     135.5
  1240:  29.10811     167.0     157.0      10.0     135.4
  1241:  29.12756     168.0     157.0      11.0     135.4
  1242:  29.14702     174.0     157.1      16.9     135.3
  1243:  29.16648     164.0     157.3       6.7     135.3
  1244:  29.18594     164.0     157.7       6.3     135.3
  1245:  29.20539     165.0     158.1       6.9     135.2
  1246:  29.22485     171.0     158.8      12.2     135.2
  1247:  29.24431     166.0     159.8       6.2     135.1
  1248:  29.26377     198.0     161.1      36.9     135.1
  1249:  29.28323     186.0     163.0      23.0     135.0
  1250:  29.30268     180.0     165.9      14.1     135.0
  1251:  29.32214     215.0     170.3      44.7     135.0
  1252:  29.34160     208.0     176.4      31.6     134.9
  1253:  29.36106     214.0     183.2      30.8     134.9
  1254:  29.38051     212.0     188.6      23.4     134.8
  1255:  29.39997     233.0     190.1      42.9     134.8
  1256:  29.41943     211.0     191.9      19.1     134.8
  1257:  29.43889     206.0     197.4       8.6     134.7
  1258:  29.45835     192.0     206.4     -14.4     134.7
  1259:  29.47780     224.0     218.0       6.0     134.6
  1260:  29.49726     232.0     231.7       0.3     134.6
  1261:  29.51672     260.0     243.6      16.4     134.5
  1262:  29.53618     259.0     249.7       9.3     134.5
  1263:  29.55563     297.0     260.0      37.0     134.5
  1264:  29.57509     288.0     286.8       1.2     134.4
  1265:  29.59455     283.0     334.3     -51.3     134.4
  1266:  29.61401     319.0     395.3     -76.3     134.3
  1267:  29.63346     299.0     436.7    -137.7     134.3
  1268:  29.65292     321.0     414.2     -93.2     134.3
  1269:  29.67238     340.0     381.1     -41.1     134.2
  1270:  29.69184     337.0     384.8     -47.8     134.2
  1271:  29.71130     371.0     407.5     -36.5     134.1
  1272:  29.73075     423.0     419.8       3.2     134.1
  1273:  29.75021     491.0     438.6      52.4     134.1
  1274:  29.76967     474.0     454.9      19.1     134.0
  1275:  29.78913     424.0     431.8      -7.8     134.0
  1276:  29.80858     386.0     392.4      -6.4     133.9
  1277:  29.82804     404.0     371.3      32.7     133.9
  1278:  29.84750     343.0     356.9     -13.9     133.9
  1279:  29.86696     308.0     326.0     -18.0     133.8
  1280:  29.88642     267.0     289.4     -22.4     133.8
  1281:  29.90587     249.0     261.9     -12.9     133.7
  1282:  29.92533     241.0     244.1      -3.1     133.7
  1283:  29.94479     196.0     232.3     -36.3     133.7
  1284:  29.96424     191.0     223.9     -32.9     133.6
  1285:  29.98370     219.0     217.5       1.5     133.6
  1286:  30.00316     218.0     212.6       5.4     133.5
  1287:  30.02262     218.0     209.4       8.6     133.5
  1288:  30.04208     214.0     207.8       6.2     133.5
  1289:  30.06153     225.0     207.9      17.1     133.4
  1290:  30.08099     211.0     209.9       1.1     133.4
  1291:  30.10045     204.0     214.1     -10.1     133.3
  1292:  30.11991     205.0     221.1     -16.1     133.3
  1293:  30.13936     247.0     232.4      14.6     133.3
  1294:  30.15882     256.0     250.4       5.6     133.2
  1295:  30.17828     308.0     279.6      28.4     133.2
  1296:  30.19774     343.0     327.5      15.5     133.2
  1297:  30.21720     428.0     403.9      24.1     133.1
  1298:  30.23665     598.0     517.0      81.0     133.1
  1299:  30.25611     688.0     663.4      24.6     133.0
  1300:  30.27557     849.0     803.4      45.6     133.0
  1301:  30.29503     911.0     854.0      57.0     133.0
  1302:  30.31448     828.0     791.9      36.1     132.9
  1303:  30.33394     678.0     718.0     -40.0     132.9
  1304:  30.35340     617.0     688.8     -71.8     132.8
  1305:  30.37286     644.0     660.5     -16.5     132.8
  1306:  30.39231     591.0     603.9     -12.9     132.8
  1307:  30.41177     494.0     555.1     -61.1     132.7
  1308:  30.43123     482.0     533.4     -51.4     132.7
  1309:  30.45069     445.0     503.5     -58.5     132.7
  1310:  30.47015     424.0     449.1     -25.1     132.6
  1311:  30.48960     375.0     413.6     -38.6     132.6
  1312:  30.50906     333.0     405.4     -72.4     132.5
  1313:  30.52852     335.0     402.2     -67.2     132.5
  1314:  30.54798     315.0     381.4     -66.4     132.5
  1315:  30.56743     317.0     340.9     -23.9     132.4
  1316:  30.58689     259.0     297.7     -38.7     132.4
  1317:  30.60635     237.0     274.1     -37.1     132.4
  1318:  30.62581     209.0     263.5     -54.5     132.3
  1319:  30.64527     205.0     248.3     -43.3     132.3
  1320:  30.66472     212.0     228.5     -16.5     132.2
  1321:  30.68418     226.0     214.6      11.4     132.2
  1322:  30.70364     199.0     207.3      -8.3     132.2
  1323:  30.72310     247.0     203.9      43.1     132.1
  1324:  30.74255     221.0     202.2      18.8     132.1
  1325:  30.76201     215.0     201.3      13.7     132.1
  1326:  30.78147     201.0     200.5       0.5     132.0
  1327:  30.80093     226.0     199.3      26.7     132.0
  1328:  30.82038     199.0     197.7       1.3     131.9
  1329:  30.83984     197.0     195.8       1.2     131.9
  1330:  30.85930     183.0     193.4     -10.4     131.9
  1331:  30.87876     194.0     190.7       3.3     131.8
  1332:  30.89822     180.0     187.7      -7.7     131.8
  1333:  30.91767     192.0     184.4       7.6     131.8
  1334:  30.93713     172.0     181.0      -9.0     131.7
  1335:  30.95659     180.0     177.6       2.4     131.7
  1336:  30.97605     157.0     174.3     -17.3     131.6
  1337:  30.99550     159.0     171.0     -12.0     131.6
  1338:  31.01496     175.0     168.1       6.9     131.6
  1339:  31.03442     159.0     165.3      -6.3     131.5
  1340:  31.05388     153.0     162.8      -9.8     131.5
  1341:  31.07334     160.0     160.6      -0.6     131.5
  1342:  31.09279     171.0     158.9      12.1     131.4
  1343:  31.11225     155.0     157.6      -2.6     131.4
  1344:  31.13171     134.0     156.6     -22.6     131.4
  1345:  31.15117     160.0     155.9       4.1     131.3
  1346:  31.17062     172.0     155.9      16.1     131.3
  1347:  31.19008     150.0     156.2      -6.2     131.2
  1348:  31.20954     181.0     157.1      23.9     131.2
  1349:  31.22900     182.0     158.7      23.3     131.2
  1350:  31.24846     175.0     161.3      13.7     131.1
  1351:  31.26791     179.0     165.4      13.6     131.1
  1352:  31.28737     198.0     173.1      24.9     131.1
  1353:  31.30683     226.0     187.6      38.4     131.0
  1354:  31.32629     279.0     214.6      64.4     131.0
  1355:  31.34574     312.0     259.1      52.9     131.0
  1356:  31.36520     296.0     317.6     -21.6     130.9
  1357:  31.38466     332.0     361.7     -29.7     130.9
  1358:  31.40412     319.0     349.6     -30.6     130.9
  1359:  31.42357     322.0     314.4       7.6     130.8
  1360:  31.44303     287.0     297.7     -10.7     130.8
  1361:  31.46249     277.0     289.2     -12.2     130.7
  1362:  31.48195     230.0     264.9     -34.9     130.7
  1363:  31.50141     230.0     229.8       0.2     130.7
  1364:  31.52086     230.0     203.7      26.3     130.6
  1365:  31.54032     202.0     187.6      14.4     130.6
  1366:  31.55978     185.0     179.6       5.4     130.6
  1367:  31.57924     205.0     178.2      26.8     130.5
  1368:  31.59869     218.0     182.7      35.3     130.5
  1369:  31.61815     215.0     194.5      20.5     130.5
  1370:  31.63761     221.0     216.2       4.8     130.4
  1371:  31.65707     286.0     249.0      37.0     130.4
  1372:  31.67653     293.0     286.7       6.3     130.4
  1373:  31.69598     319.0     317.1       1.9     130.3
  1374:  31.71544     387.0     344.7      42.3     130.3
  1375:  31.73490     378.0     372.2       5.8     130.3
  1376:  31.75435     399.0     386.9      12.1     130.2
  1377:  31.77381     382.0     389.9      -7.9     130.2
  1378:  31.79327     382.0     374.9       7.1     130.2
  1379:  31.81273     327.0     339.4     -12.4     130.1
  1380:  31.83219     301.0     300.7       0.3     130.1
  1381:  31.85164     245.0     270.3     -25.3     130.1
  1382:  31.87110     231.0     245.7     -14.7     130.0
  1383:  31.89056     182.0     218.0     -36.0     130.0
  1384:  31.91002     196.0     194.0       2.0     129.9
  1385:  31.92947     181.0     177.8       3.2     129.9
  1386:  31.94893     170.0     168.4       1.6     129.9
  1387:  31.96839     151.0     163.8     -12.8     129.8
  1388:  31.98785     165.0     161.9       3.1     129.8
  1389:  32.00731     176.0     161.5      14.5     129.8
  1390:  32.02676     166.0     161.4       4.6     129.7
  1391:  32.04622     184.0     160.7      23.3     129.7
  1392:  32.06568     178.0     160.2      17.8     129.7
  1393:  32.08514     172.0     160.7      11.3     129.6
  1394:  32.10460     169.0     161.9       7.1     129.6
  1395:  32.12405     181.0     163.2      17.8     129.6
  1396:  32.14351     184.0     164.7      19.3     129.5
  1397:  32.16297     212.0     166.6      45.4     129.5
  1398:  32.18243     218.0     168.6      49.4     129.5
  1399:  32.20188     202.0     170.7      31.3     129.4
  1400:  32.22134     177.0     173.2       3.8     129.4
  1401:  32.24080     195.0     175.8      19.2     129.4
  1402:  32.26025     171.0     178.3      -7.3     129.3
  1403:  32.27971     195.0     180.6      14.4     129.3
  1404:  32.29917     243.0     182.5      60.5     129.3
  1405:  32.31863     228.0     184.2      43.8     129.2
  1406:  32.33809     189.0     185.3       3.7     129.2
  1407:  32.35754     200.0     186.1      13.9     129.2
  1408:  32.37700     195.0     186.8       8.2     129.1
  1409:  32.39646     222.0     187.4      34.6     129.1
  1410:  32.41592     194.0     188.3       5.7     129.1
  1411:  32.43538     188.0     189.9      -1.9     129.0
  1412:  32.45483     220.0     192.9      27.1     129.0
  1413:  32.47429     224.0     198.7      25.3     129.0
  1414:  32.49375     231.0     209.7      21.3     128.9
  1415:  32.51321     258.0     229.9      28.1     128.9
  1416:  32.53267     280.0     263.3      16.7     128.9
  1417:  32.55212     350.0     312.1      37.9     128.8
  1418:  32.57158     395.0     369.4      25.6     128.8
  1419:  32.59104     413.0     410.1       2.9     128.8
  1420:  32.61049     379.0     402.5     -23.5     128.7
  1421:  32.62995     442.0     366.9      75.1     128.7
  1422:  32.64941     373.0     344.7      28.3     128.7
  1423:  32.66887     369.0     337.2      31.8     128.6
  1424:  32.68832     327.0     323.5       3.5     128.6
  1425:  32.70778     277.0     296.6     -19.6     128.6
  1426:  32.72724     282.0     275.2       6.8     128.6
  1427:  32.74670     300.0     267.0      33.0     128.5
  1428:  32.76616     276.0     271.1       4.9     128.5
  1429:  32.78561     303.0     285.5      17.5     128.5
  1430:  32.80507     371.0     310.0      61.0     128.4
  1431:  32.82453     362.0     348.4      13.6     128.4
  1432:  32.84399     424.0     410.8      13.2     128.4
  1433:  32.86345     580.0     513.1      66.9     128.3
  1434:  32.88290     765.0     671.8      93.2     128.3
  1435:  32.90236     966.0     890.6      75.4     128.3
  1436:  32.92182    1188.0    1128.5      59.5     128.2
  1437:  32.94128    1302.0    1264.1      37.9     128.2
  1438:  32.96073    1260.0    1175.5      84.5     128.2
  1439:  32.98019    1066.0    1000.8      65.2     128.1
  1440:  32.99965     973.0     895.2      77.8     128.1
  1441:  33.01911     886.0     840.7      45.3     128.1
  1442:  33.03856     768.0     744.6      23.4     128.0
  1443:  33.05802     653.0     592.0      61.0     128.0
  1444:  33.07748     457.0     456.8       0.2     128.0
  1445:  33.09694     312.0     358.8     -46.8     127.9
  1446:  33.11639     272.0     296.6     -24.6     127.9
  1447:  33.13585     258.0     261.1      -3.1     127.9
  1448:  33.15531     236.0     239.7      -3.7     127.8
  1449:  33.17477     214.0     222.5      -8.5     127.8
  1450:  33.19423     204.0     206.6      -2.6     127.8
  1451:  33.21368     195.0     194.2       0.8     127.8
  1452:  33.23314     177.0     185.3      -8.3     127.7
  1453:  33.25260     191.0     179.0      12.0     127.7
  1454:  33.27206     164.0     174.8     -10.8     127.7
  1455:  33.29152     207.0     171.9      35.1     127.6
  1456:  33.31097     177.0     170.0       7.0     127.6
  1457:  33.33043     178.0     168.6       9.4     127.6
  1458:  33.34989     178.0     167.9      10.1     127.5
  1459:  33.36935     151.0     167.7     -16.7     127.5
  1460:  33.38880     140.0     168.1     -28.1     127.5
  1461:  33.40826     185.0     168.9      16.1     127.4
  1462:  33.42772     153.0     170.2     -17.2     127.4
  1463:  33.44718     154.0     172.0     -18.0     127.4
  1464:  33.46663     183.0     174.3       8.7     127.3
  1465:  33.48609     189.0     177.2      11.8     127.3
  1466:  33.50555     181.0     180.7       0.3     127.3
  1467:  33.52501     191.0     184.6       6.4     127.3
  1468:  33.54446     195.0     188.9       6.1     127.2
  1469:  33.56392     211.0     193.6      17.4     127.2
  1470:  33.58338     231.0     198.8      32.2     127.2
  1471:  33.60284     223.0     204.7      18.3     127.1
  1472:  33.62230     259.0     211.4      47.6     127.1
  1473:  33.64175     248.0     219.6      28.4     127.1
  1474:  33.66121     251.0     230.5      20.5     127.0
  1475:  33.68067     251.0     245.3       5.7     127.0
  1476:  33.70013     256.0     266.0     -10.0     127.0
  1477:  33.71959     316.0     294.6      21.4     126.9
  1478:  33.73904     316.0     325.9      -9.9     126.9
  1479:  33.75850     352.0     344.9       7.1     126.9
  1480:  33.77796     345.0     342.3       2.7     126.9
  1481:  33.79742     337.0     340.6      -3.6     126.8
  1482:  33.81687     324.0     352.7     -28.7     126.8
  1483:  33.83633     343.0     374.2     -31.2     126.8
  1484:  33.85579     386.0     394.3      -8.3     126.7
  1485:  33.87524     366.0     414.2     -48.2     126.7
  1486:  33.89470     392.0     442.4     -50.4     126.7
  1487:  33.91416     483.0     479.7       3.3     126.6
  1488:  33.93362     580.0     523.0      57.0     126.6
  1489:  33.95308     679.0     567.6     111.4     126.6
  1490:  33.97253     756.0     608.4     147.6     126.5
  1491:  33.99199     832.0     640.5     191.5     126.5
  1492:  34.01145     839.0     658.8     180.2     126.5
  1493:  34.03091     789.0     660.5     128.5     126.5
  1494:  34.05037     758.0     647.1     110.9     126.4
  1495:  34.06982     742.0     622.6     119.4     126.4
  1496:  34.08928     685.0     591.0      94.0     126.4
  1497:  34.10874     523.0     554.4     -31.4     126.3
  1498:  34.12820     488.0     515.8     -27.8     126.3
  1499:  34.14766     412.0     478.4     -66.4     126.3
  1500:  34.16711     397.0     444.4     -47.4     126.2
  1501:  34.18657     363.0     416.1     -53.1     126.2
  1502:  34.20603     342.0     399.7     -57.7     126.2
  1503:  34.22548     343.0     400.6     -57.6     126.2
  1504:  34.24494     395.0     420.4     -25.4     126.1
  1505:  34.26440     530.0     453.5      76.5     126.1
  1506:  34.28386     581.0     482.8      98.2     126.1
  1507:  34.30331     472.0     486.0     -14.0     126.0
  1508:  34.32277     455.0     470.6     -15.6     126.0
  1509:  34.34223     462.0     479.0     -17.0     126.0
  1510:  34.36169     536.0     526.9       9.1     125.9
  1511:  34.38115     612.0     601.3      10.7     125.9
  1512:  34.40060     626.0     667.8     -41.8     125.9
  1513:  34.42006     635.0     684.3     -49.3     125.8
  1514:  34.43952     590.0     619.3     -29.3     125.8
  1515:  34.45898     485.0     535.5     -50.5     125.8
  1516:  34.47844     463.0     487.2     -24.2     125.8
  1517:  34.49789     481.0     464.4      16.6     125.7
  1518:  34.51735     411.0     429.3     -18.3     125.7
  1519:  34.53681     390.0     368.7      21.3     125.7
  1520:  34.55627     360.0     313.1      46.9     125.6
  1521:  34.57572     274.0     275.5      -1.5     125.6
  1522:  34.59518     274.0     253.8      20.2     125.6
  1523:  34.61464     233.0     242.6      -9.6     125.6
  1524:  34.63410     216.0     236.7     -20.7     125.5
  1525:  34.65355     230.0     232.9      -2.9     125.5
  1526:  34.67301     237.0     229.8       7.2     125.5
  1527:  34.69247     219.0     226.5      -7.5     125.4
  1528:  34.71193     219.0     222.7      -3.7     125.4
  1529:  34.73138     207.0     218.5     -11.5     125.4
  1530:  34.75084     207.0     213.8      -6.8     125.3
  1531:  34.77030     205.0     209.0      -4.0     125.3
  1532:  34.78976     214.0     204.2       9.8     125.3
  1533:  34.80922     180.0     199.5     -19.5     125.3
  1534:  34.82867     182.0     195.3     -13.3     125.2
  1535:  34.84813     179.0     192.0     -13.0     125.2
  1536:  34.86759     178.0     189.4     -11.4     125.2
  1537:  34.88705     173.0     188.3     -15.3     125.1
  1538:  34.90651     181.0     189.0      -8.0     125.1
  1539:  34.92596     185.0     192.1      -7.1     125.1
  1540:  34.94542     193.0     197.8      -4.8     125.0
  1541:  34.96488     220.0     205.9      14.1     125.0
  1542:  34.98434     237.0     214.1      22.9     125.0
  1543:  35.00379     252.0     218.5      33.5     125.0
  1544:  35.02325     244.0     219.4      24.6     124.9
  1545:  35.04271     257.0     222.9      34.1     124.9
  1546:  35.06217     242.0     232.0      10.0     124.9
  1547:  35.08162     289.0     246.7      42.3     124.8
  1548:  35.10108     301.0     266.9      34.1     124.8
  1549:  35.12054     329.0     296.4      32.6     124.8
  1550:  35.14000     369.0     340.2      28.8     124.7
  1551:  35.15945     400.0     402.4      -2.4     124.7
  1552:  35.17891     501.0     492.0       9.0     124.7
  1553:  35.19837     568.0     616.1     -48.1     124.7
  1554:  35.21783     697.0     749.2     -52.2     124.6
  1555:  35.23729     697.0     819.6    -122.6     124.6
  1556:  35.25674     673.0     765.3     -92.3     124.6
  1557:  35.27620     610.0     669.7     -59.7     124.5
  1558:  35.29566     574.0     616.8     -42.8     124.5
  1559:  35.31512     583.0     603.3     -20.3     124.5
  1560:  35.33458     545.0     583.4     -38.4     124.5
  1561:  35.35403     559.0     534.4      24.6     124.4
  1562:  35.37349     477.0     498.5     -21.5     124.4
  1563:  35.39295     499.0     495.4       3.6     124.4
  1564:  35.41241     501.0     510.3      -9.3     124.3
  1565:  35.43186     467.0     511.6     -44.6     124.3
  1566:  35.45132     494.0     483.4      10.6     124.3
  1567:  35.47078     436.0     454.6     -18.6     124.2
  1568:  35.49023     436.0     442.8      -6.8     124.2
  1569:  35.50969     411.0     437.5     -26.5     124.2
  1570:  35.52915     388.0     417.4     -29.4     124.2
  1571:  35.54861     360.0     379.1     -19.1     124.1
  1572:  35.56807     306.0     341.6     -35.6     124.1
  1573:  35.58752     320.0     310.4       9.6     124.1
  1574:  35.60698     289.0     283.7       5.3     124.0
  1575:  35.62644     247.0     260.4     -13.4     124.0
  1576:  35.64590     246.0     240.6       5.4     124.0
  1577:  35.66536     250.0     224.4      25.6     124.0
  1578:  35.68481     202.0     210.2      -8.2     123.9
  1579:  35.70427     179.0     197.8     -18.8     123.9
  1580:  35.72373     210.0     188.4      21.6     123.9
  1581:  35.74319     179.0     182.0      -3.0     123.8
  1582:  35.76265     197.0     178.1      18.9     123.8
  1583:  35.78210     195.0     176.6      18.4     123.8
  1584:  35.80156     212.0     177.7      34.3     123.7
  1585:  35.82102     217.0     182.1      34.9     123.7
  1586:  35.84047     240.0     190.9      49.1     123.7
  1587:  35.85993     233.0     205.7      27.3     123.7
  1588:  35.87939     246.0     227.9      18.1     123.6
  1589:  35.89885     262.0     256.6       5.4     123.6
  1590:  35.91830     230.0     288.1     -58.1     123.6
  1591:  35.93776     199.0     315.3    -116.3     123.5
  1592:  35.95722     244.0     326.7     -82.7     123.5
  1593:  35.97668     197.0     311.9    -114.9     123.5
  1594:  35.99614     208.0     287.9     -79.9     123.5
  1595:  36.01559     227.0     270.0     -43.0     123.4
  1596:  36.03505     226.0     258.1     -32.1     123.4
  1597:  36.05451     212.0     243.7     -31.7     123.4
  1598:  36.07397     175.0     221.4     -46.4     123.3
  1599:  36.09343     183.0     199.4     -16.4     123.3
  1600:  36.11288     161.0     182.8     -21.8     123.3
  1601:  36.13234     192.0     171.9      20.1     123.2
  1602:  36.15180     179.0     165.5      13.5     123.2
  1603:  36.17126     163.0     161.9       1.1     123.2
  1604:  36.19071     157.0     160.2      -3.2     123.2
  1605:  36.21017     164.0     159.6       4.4     123.1
  1606:  36.22963     160.0     160.0       0.0     123.1
  1607:  36.24909     168.0     161.5       6.5     123.1
  1608:  36.26854     171.0     164.2       6.8     123.0
  1609:  36.28800     186.0     168.6      17.4     123.0
  1610:  36.30746     169.0     174.6      -5.6     123.0
  1611:  36.32692     187.0     182.0       5.0     123.0
  1612:  36.34637     182.0     189.5      -7.5     122.9
  1613:  36.36583     199.0     195.8       3.2     122.9
  1614:  36.38529     210.0     200.5       9.5     122.9
  1615:  36.40475     192.0     205.9     -13.9     122.8
  1616:  36.42421     207.0     212.4      -5.4     122.8
  1617:  36.44366     210.0     220.1     -10.1     122.8
  1618:  36.46312     224.0     230.1      -6.1     122.7
  1619:  36.48258     246.0     244.4       1.6     122.7
  1620:  36.50204     287.0     266.8      20.2     122.7
  1621:  36.52150     299.0     299.9      -0.9     122.7
  1622:  36.54095     355.0     344.3      10.7     122.6
  1623:  36.56041     335.0     393.9     -58.9     122.6
  1624:  36.57987     365.0     431.3     -66.3     122.6
  1625:  36.59933     423.0     442.9     -19.9     122.5
  1626:  36.61878     460.0     450.0      10.0     122.5
  1627:  36.63824     521.0     467.7      53.3     122.5
  1628:  36.65770     537.0     489.4      47.6     122.5
  1629:  36.67715     551.0     499.6      51.4     122.4
  1630:  36.69661     570.0     490.9      79.1     122.4
  1631:  36.71607     487.0     474.7      12.3     122.4
  1632:  36.73553     511.0     455.9      55.1     122.3
  1633:  36.75499     465.0     432.9      32.1     122.3
  1634:  36.77444     470.0     406.4      63.6     122.3
  1635:  36.79390     433.0     378.3      54.7     122.2
  1636:  36.81336     391.0     350.2      40.8     122.2
  1637:  36.83282     368.0     322.4      45.6     122.2
  1638:  36.85228     338.0     295.3      42.7     122.2
  1639:  36.87173     318.0     270.4      47.6     122.1
  1640:  36.89119     298.0     248.6      49.4     122.1
  1641:  36.91065     253.0     230.4      22.6     122.1
  1642:  36.93011     242.0     215.8      26.2     122.0
  1643:  36.94957     237.0     204.7      32.3     122.0
  1644:  36.96902     193.0     196.7      -3.7     122.0
  1645:  36.98848     191.0     192.2      -1.2     121.9
  1646:  37.00794     223.0     190.9      32.1     121.9
  1647:  37.02739     248.0     192.9      55.1     121.9
  1648:  37.04685     244.0     197.9      46.1     121.9
  1649:  37.06631     276.0     204.5      71.5     121.8
  1650:  37.08577     259.0     209.7      49.3     121.8
  1651:  37.10522     224.0     210.2      13.8     121.8
  1652:  37.12468     230.0     207.5      22.5     121.7
  1653:  37.14414     251.0     206.2      44.8     121.7
  1654:  37.16360     232.0     207.3      24.7     121.7
  1655:  37.18306     240.0     208.8      31.2     121.6
  1656:  37.20251     201.0     209.9      -8.9     121.6
  1657:  37.22197     210.0     210.9      -0.9     121.6
  1658:  37.24143     188.0     212.4     -24.4     121.6
  1659:  37.26089     186.0     212.4     -26.4     121.5
  1660:  37.28035     157.0     208.5     -51.5     121.5
  1661:  37.29980     169.0     201.2     -32.2     121.5
  1662:  37.31926     197.0     194.8       2.2     121.4
  1663:  37.33872     186.0     190.4      -4.4     121.4
  1664:  37.35818     183.0     187.0      -4.0     121.4
  1665:  37.37763     142.0     183.1     -41.1     121.3
  1666:  37.39709     171.0     178.4      -7.4     121.3
  1667:  37.41655     154.0     174.7     -20.7     121.3
  1668:  37.43601     166.0     172.9      -6.9     121.2
  1669:  37.45546     166.0     173.6      -7.6     121.2
  1670:  37.47492     177.0     177.3      -0.3     121.2
  1671:  37.49438     215.0     184.8      30.2     121.2
  1672:  37.51384     195.0     196.5      -1.5     121.1
  1673:  37.53329     228.0     211.3      16.7     121.1
  1674:  37.55275     217.0     225.1      -8.1     121.1
  1675:  37.57221     218.0     232.3     -14.3     121.0
  1676:  37.59167     230.0     235.0      -5.0     121.0
  1677:  37.61113     254.0     240.5      13.5     121.0
  1678:  37.63058     252.0     248.3       3.7     120.9
  1679:  37.65004     235.0     250.9     -15.9     120.9
  1680:  37.66950     245.0     244.1       0.9     120.9
  1681:  37.68896     247.0     232.1      14.9     120.9
  1682:  37.70842     240.0     220.6      19.4     120.8
  1683:  37.72787     214.0     209.4       4.6     120.8
  1684:  37.74733     208.0     198.3       9.7     120.8
  1685:  37.76679     186.0     187.1      -1.1     120.7
  1686:  37.78625     155.0     177.2     -22.2     120.7
  1687:  37.80570     171.0     168.8       2.2     120.7
  1688:  37.82516     154.0     161.6      -7.6     120.6
  1689:  37.84462     163.0     156.3       6.7     120.6
  1690:  37.86408     135.0     152.6     -17.6     120.6
  1691:  37.88353     160.0     150.3       9.7     120.5
  1692:  37.90299     127.0     149.0     -22.0     120.5
  1693:  37.92245     145.0     148.4      -3.4     120.5
  1694:  37.94191     177.0     148.4      28.6     120.4
  1695:  37.96136     148.0     148.8      -0.8     120.4
  1696:  37.98082     144.0     149.5      -5.5     120.4
  1697:  38.00028     142.0     150.7      -8.7     120.4
  1698:  38.01974     168.0     152.6      15.4     120.3
  1699:  38.03920     138.0     155.4     -17.4     120.3
  1700:  38.05865     144.0     159.2     -15.2     120.3
  1701:  38.07811     172.0     164.4       7.6     120.2
  1702:  38.09757     165.0     171.2      -6.2     120.2
  1703:  38.11703     161.0     179.9     -18.9     120.2
  1704:  38.13649     187.0     190.6      -3.6     120.1
  1705:  38.15594     179.0     203.4     -24.4     120.1
  1706:  38.17540     202.0     218.9     -16.9     120.1
  1707:  38.19486     230.0     238.7      -8.7     120.0
  1708:  38.21432     263.0     266.5      -3.5     120.0
  1709:  38.23377     344.0     308.7      35.3     120.0
  1710:  38.25323     387.0     369.2      17.8     119.9
  1711:  38.27269     552.0     444.1     107.9     119.9
  1712:  38.29214     552.0     511.3      40.7     119.9
  1713:  38.31160     538.0     531.6       6.4     119.9
  1714:  38.33106     522.0     487.9      34.1     119.8
  1715:  38.35052     447.0     432.4      14.6     119.8
  1716:  38.36998     433.0     400.5      32.5     119.8
  1717:  38.38943     385.0     388.7      -3.7     119.7
  1718:  38.40889     360.0     373.0     -13.0     119.7
  1719:  38.42835     310.0     334.7     -24.7     119.7
  1720:  38.44781     296.0     290.9       5.1     119.6
  1721:  38.46727     259.0     260.4      -1.4     119.6
  1722:  38.48672     240.0     247.7      -7.7     119.6
  1723:  38.50618     253.0     249.3       3.7     119.5
  1724:  38.52564     229.0     259.0     -30.0     119.5
  1725:  38.54510     278.0     271.9       6.1     119.5
  1726:  38.56456     298.0     281.4      16.6     119.4
  1727:  38.58401     297.0     276.2      20.8     119.4
  1728:  38.60347     279.0     257.9      21.1     119.4
  1729:  38.62293     239.0     241.4      -2.4     119.3
  1730:  38.64238     226.0     232.1      -6.1     119.3
  1731:  38.66184     226.0     227.4      -1.4     119.3
  1732:  38.68130     226.0     219.6       6.4     119.2
  1733:  38.70076     207.0     206.6       0.4     119.2
  1734:  38.72021     192.0     194.4      -2.4     119.2
  1735:  38.73967     186.0     186.5      -0.5     119.1
  1736:  38.75913     175.0     182.9      -7.9     119.1
  1737:  38.77859     192.0     182.2       9.8     119.1
  1738:  38.79805     183.0     183.6      -0.6     119.0
  1739:  38.81750     176.0     186.4     -10.4     119.0
  1740:  38.83696     211.0     190.5      20.5     119.0
  1741:  38.85642     207.0     196.4      10.6     118.9
  1742:  38.87588     207.0     204.7       2.3     118.9
  1743:  38.89534     209.0     216.7      -7.7     118.9
  1744:  38.91479     251.0     233.4      17.6     118.8
  1745:  38.93425     258.0     254.4       3.6     118.8
  1746:  38.95371     293.0     276.1      16.9     118.8
  1747:  38.97317     299.0     289.6       9.4     118.7
  1748:  38.99262     244.0     285.5     -41.5     118.7
  1749:  39.01208     260.0     267.4      -7.4     118.7
  1750:  39.03154     253.0     251.7       1.3     118.6
  1751:  39.05100     220.0     243.6     -23.6     118.6
  1752:  39.07045     261.0     239.5      21.5     118.6
  1753:  39.08991     212.0     233.0     -21.0     118.5
  1754:  39.10937     206.0     222.0     -16.0     118.5
  1755:  39.12883     230.0     213.3      16.7     118.5
  1756:  39.14828     233.0     210.8      22.2     118.4
  1757:  39.16774     243.0     215.1      27.9     118.4
  1758:  39.18720     232.0     225.0       7.0     118.4
  1759:  39.20666     258.0     237.9      20.1     118.3
  1760:  39.22612     221.0     251.0     -30.0     118.3
  1761:  39.24557     244.0     261.4     -17.4     118.3
  1762:  39.26503     249.0     270.0     -21.0     118.2
  1763:  39.28449     282.0     282.0       0.0     118.2
  1764:  39.30395     264.0     302.9     -38.9     118.2
  1765:  39.32341     315.0     335.0     -20.0     118.1
  1766:  39.34286     360.0     376.2     -16.2     118.1
  1767:  39.36232     378.0     417.7     -39.7     118.1
  1768:  39.38178     431.0     441.1     -10.1     118.0
  1769:  39.40124     432.0     427.8       4.2     118.0
  1770:  39.42069     418.0     390.6      27.4     118.0
  1771:  39.44015     392.0     360.5      31.5     117.9
  1772:  39.45961     342.0     345.8      -3.8     117.9
  1773:  39.47907     342.0     337.9       4.1     117.9
  1774:  39.49852     356.0     322.0      34.0     117.8
  1775:  39.51798     339.0     294.0      45.0     117.8
  1776:  39.53744     284.0     267.1      16.9     117.8
  1777:  39.55690     256.0     248.3       7.7     117.7
  1778:  39.57635     240.0     238.4       1.6     117.7
  1779:  39.59581     249.0     236.0      13.0     117.7
  1780:  39.61527     239.0     239.0       0.0     117.6
  1781:  39.63473     248.0     243.9       4.1     117.6
  1782:  39.65419     222.0     244.7     -22.7     117.6
  1783:  39.67365     212.0     236.3     -24.3     117.5
  1784:  39.69310     225.0     224.2       0.8     117.5
  1785:  39.71256     210.0     215.3      -5.3     117.4
  1786:  39.73202     227.0     210.7      16.3     117.4
  1787:  39.75148     213.0     207.7       5.3     117.4
  1788:  39.77093     211.0     202.9       8.1     117.3
  1789:  39.79039     198.0     196.3       1.7     117.3
  1790:  39.80985     234.0     190.4      43.6     117.3
  1791:  39.82931     184.0     185.1      -1.1     117.2
  1792:  39.84876     209.0     179.3      29.7     117.2
  1793:  39.86822     176.0     174.7       1.3     117.2
  1794:  39.88768     180.0     171.6       8.4     117.1
  1795:  39.90714     185.0     169.9      15.1     117.1
  1796:  39.92659     170.0     168.2       1.8     117.1
  1797:  39.94605     142.0     165.5     -23.5     117.0
  1798:  39.96551     157.0     162.4      -5.4     117.0
  1799:  39.98497     158.0     160.0      -2.0     117.0
  1800:  40.00443     165.0     158.5       6.5     116.9
  1801:  40.02388     200.0     158.1      41.9     116.9
  1802:  40.04334     168.0     158.3       9.7     116.8
  1803:  40.06280     161.0     159.3       1.7     116.8
  1804:  40.08226     170.0     160.6       9.4     116.8
  1805:  40.10172     169.0     161.4       7.6     116.7
  1806:  40.12117     172.0     161.0      11.0     116.7
  1807:  40.14063     155.0     158.9      -3.9     116.7
  1808:  40.16009     178.0     156.2      21.8     116.6
  1809:  40.17955     181.0     153.7      27.3     116.6
  1810:  40.19900     166.0     151.7      14.3     116.6
  1811:  40.21846     151.0     150.0       1.0     116.5
  1812:  40.23792     144.0     148.0      -4.0     116.5
  1813:  40.25737     147.0     145.8       1.2     116.4
  1814:  40.27683     165.0     143.9      21.1     116.4
  1815:  40.29629     161.0     143.0      18.0     116.4
  1816:  40.31575     194.0     142.6      51.4     116.3
  1817:  40.33521     173.0     142.9      30.1     116.3
  1818:  40.35466     170.0     144.0      26.0     116.3
  1819:  40.37412     125.0     145.9     -20.9     116.2
  1820:  40.39358     150.0     148.4       1.6     116.2
  1821:  40.41304     146.0     151.7      -5.7     116.1
  1822:  40.43250     169.0     155.8      13.2     116.1
  1823:  40.45195     166.0     161.0       5.0     116.1
  1824:  40.47141     158.0     167.5      -9.5     116.0
  1825:  40.49087     175.0     175.2      -0.2     116.0
  1826:  40.51033     198.0     184.1      13.9     116.0
  1827:  40.52979     168.0     193.9     -25.9     115.9
  1828:  40.54924     211.0     205.6       5.4     115.9
  1829:  40.56870     197.0     220.2     -23.2     115.8
  1830:  40.58816     258.0     237.0      21.0     115.8
  1831:  40.60761     257.0     252.1       4.9     115.8
  1832:  40.62707     223.0     258.7     -35.7     115.7
  1833:  40.64653     239.0     252.0     -13.0     115.7
  1834:  40.66599     239.0     239.2      -0.2     115.7
  1835:  40.68544     188.0     228.5     -40.5     115.6
  1836:  40.70490     194.0     221.4     -27.4     115.6
  1837:  40.72436     188.0     215.5     -27.5     115.5
  1838:  40.74382     189.0     206.5     -17.5     115.5
  1839:  40.76328     174.0     194.5     -20.5     115.5
  1840:  40.78273     182.0     183.1      -1.1     115.4
  1841:  40.80219     164.0     174.2     -10.2     115.4
  1842:  40.82165     160.0     168.1      -8.1     115.4
  1843:  40.84111     166.0     164.6       1.4     115.3
  1844:  40.86057     149.0     163.4     -14.4     115.3
  1845:  40.88002     180.0     163.5      16.5     115.2
  1846:  40.89948     171.0     164.4       6.6     115.2
  1847:  40.91894     166.0     165.1       0.9     115.2
  1848:  40.93840     162.0     166.1      -4.1     115.1
  1849:  40.95785     159.0     168.1      -9.1     115.1
  1850:  40.97731     182.0     171.4      10.6     115.0
  1851:  40.99677     201.0     175.8      25.2     115.0
  1852:  41.01623     173.0     181.5      -8.5     115.0
  1853:  41.03568     188.0     188.2      -0.2     114.9
  1854:  41.05514     220.0     196.9      23.1     114.9
  1855:  41.07460     212.0     208.4       3.6     114.8
  1856:  41.09406     213.0     223.2     -10.2     114.8
  1857:  41.11351     258.0     241.8      16.2     114.8
  1858:  41.13297     267.0     264.8       2.2     114.7
  1859:  41.15243     259.0     291.3     -32.3     114.7
  1860:  41.17189     320.0     318.8       1.2     114.6
  1861:  41.19135     305.0     342.4     -37.4     114.6
  1862:  41.21080     346.0     358.1     -12.1     114.6
  1863:  41.23026     300.0     368.3     -68.3     114.5
  1864:  41.24972     345.0     376.6     -31.6     114.5
  1865:  41.26918     351.0     382.9     -31.9     114.4
  1866:  41.28864     375.0     385.7     -10.7     114.4
  1867:  41.30809     389.0     383.9       5.1     114.4
  1868:  41.32755     352.0     377.8     -25.8     114.3
  1869:  41.34701     323.0     369.5     -46.5     114.3
  1870:  41.36647     332.0     360.6     -28.6     114.2
  1871:  41.38592     296.0     350.8     -54.8     114.2
  1872:  41.40538     326.0     340.8     -14.8     114.2
  1873:  41.42484     333.0     332.2       0.8     114.1
  1874:  41.44430     304.0     327.6     -23.6     114.1
  1875:  41.46375     285.0     330.0     -45.0     114.0
  1876:  41.48321     300.0     342.9     -42.9     114.0
  1877:  41.50267     349.0     368.9     -19.9     114.0
  1878:  41.52213     393.0     409.7     -16.7     113.9
  1879:  41.54158     438.0     463.1     -25.1     113.9
  1880:  41.56104     514.0     516.6      -2.6     113.8
  1881:  41.58050     550.0     542.7       7.3     113.8
  1882:  41.59996     518.0     517.5       0.5     113.7
  1883:  41.61942     470.0     466.5       3.5     113.7
  1884:  41.63887     424.0     427.2      -3.2     113.7
  1885:  41.65833     391.0     408.5     -17.5     113.6
  1886:  41.67779     392.0     398.8      -6.8     113.6
  1887:  41.69725     370.0     378.9      -8.9     113.5
  1888:  41.71671     331.0     340.1      -9.1     113.5
  1889:  41.73616     295.0     298.4      -3.4     113.5
  1890:  41.75562     254.0     264.7     -10.7     113.4
  1891:  41.77508     224.0     240.7     -16.7     113.4
  1892:  41.79454     218.0     224.3      -6.3     113.3
  1893:  41.81399     204.0     213.1      -9.1     113.3
  1894:  41.83345     188.0     206.1     -18.1     113.2
  1895:  41.85291     170.0     202.4     -32.4     113.2
  1896:  41.87236     181.0     202.0     -21.0     113.2
  1897:  41.89182     181.0     204.2     -23.2     113.1
  1898:  41.91128     214.0     206.8       7.2     113.1
  1899:  41.93074     205.0     206.7      -1.7     113.0
  1900:  41.95020     186.0     201.9     -15.9     113.0
  1901:  41.96965     174.0     196.4     -22.4     112.9
  1902:  41.98911     180.0     194.3     -14.3     112.9
  1903:  42.00857     170.0     196.2     -26.2     112.9
  1904:  42.02803     179.0     200.3     -21.3     112.8
  1905:  42.04749     167.0     204.3     -37.3     112.8
  1906:  42.06694     194.0     207.3     -13.3     112.7
  1907:  42.08640     181.0     210.4     -29.4     112.7
  1908:  42.10586     163.0     214.7     -51.7     112.6
  1909:  42.12532     181.0     221.5     -40.5     112.6
  1910:  42.14478     240.0     232.6       7.4     112.6
  1911:  42.16423     291.0     249.3      41.7     112.5
  1912:  42.18369     341.0     269.4      71.6     112.5
  1913:  42.20315     363.0     284.9      78.1     112.4
  1914:  42.22260     280.0     282.8      -2.8     112.4
  1915:  42.24206     221.0     263.7     -42.7     112.3
  1916:  42.26152     244.0     245.6      -1.6     112.3
  1917:  42.28098     224.0     235.9     -11.9     112.2
  1918:  42.30043     246.0     233.2      12.8     112.2
  1919:  42.31989     234.0     230.6       3.4     112.2
  1920:  42.33935     208.0     220.8     -12.8     112.1
  1921:  42.35881     181.0     206.4     -25.4     112.1
  1922:  42.37827     197.0     194.1       2.9     112.0
  1923:  42.39772     178.0     185.7      -7.7     112.0
  1924:  42.41718     172.0     180.9      -8.9     111.9
  1925:  42.43664     165.0     178.8     -13.8     111.9
  1926:  42.45610     173.0     178.3      -5.3     111.8
  1927:  42.47556     179.0     178.2       0.8     111.8
  1928:  42.49501     197.0     178.1      18.9     111.8
  1929:  42.51447     205.0     180.0      25.0     111.7
  1930:  42.53393     208.0     185.3      22.7     111.7
  1931:  42.55339     194.0     192.9       1.1     111.6
  1932:  42.57284     209.0     198.6      10.4     111.6
  1933:  42.59230     167.0     196.2     -29.2     111.5
  1934:  42.61176     205.0     189.0      16.0     111.5
  1935:  42.63122     188.0     185.1       2.9     111.4
  1936:  42.65067     203.0     185.9      17.1     111.4
  1937:  42.67013     183.0     189.7      -6.7     111.3
  1938:  42.68959     174.0     192.4     -18.4     111.3
  1939:  42.70905     205.0     190.7      14.3     111.3
  1940:  42.72850     170.0     187.9     -17.9     111.2
  1941:  42.74796     177.0     187.7     -10.7     111.2
  1942:  42.76742     200.0     191.9       8.1     111.1
  1943:  42.78688     236.0     201.2      34.8     111.1
  1944:  42.80634     196.0     214.8     -18.8     111.0
  1945:  42.82579     233.0     228.6       4.4     111.0
  1946:  42.84525     252.0     233.2      18.8     110.9
  1947:  42.86471     219.0     222.6      -3.6     110.9
  1948:  42.88417     217.0     208.3       8.7     110.8
  1949:  42.90363     215.0     199.6      15.4     110.8
  1950:  42.92308     190.0     197.2      -7.2     110.7
  1951:  42.94254     200.0     197.4       2.6     110.7
  1952:  42.96200     179.0     194.2     -15.2     110.6
  1953:  42.98146     182.0     185.5      -3.5     110.6
  1954:  43.00091     166.0     176.7     -10.7     110.5
  1955:  43.02037     152.0     170.6     -18.6     110.5
  1956:  43.03983     140.0     167.0     -27.0     110.5
  1957:  43.05929     131.0     164.9     -33.9     110.4
  1958:  43.07874     137.0     163.1     -26.1     110.4
  1959:  43.09820     144.0     161.1     -17.1     110.3
  1960:  43.11766     164.0     158.9       5.1     110.3
  1961:  43.13712     153.0     156.7      -3.7     110.2
  1962:  43.15657     146.0     154.8      -8.8     110.2
  1963:  43.17603     168.0     152.9      15.1     110.1
  1964:  43.19549     131.0     150.9     -19.9     110.1
  1965:  43.21495     143.0     148.6      -5.6     110.0
  1966:  43.23441     148.0     146.3       1.7     110.0
  1967:  43.25386     141.0     144.5      -3.5     109.9
  1968:  43.27332     130.0     143.4     -13.4     109.9
  1969:  43.29278     143.0     142.8       0.2     109.8
  1970:  43.31224     136.0     142.5      -6.5     109.8
  1971:  43.33170     165.0     141.7      23.3     109.7
  1972:  43.35115     149.0     140.6       8.4     109.7
  1973:  43.37061     151.0     139.1      11.9     109.6
  1974:  43.39007     133.0     137.6      -4.6     109.6
  1975:  43.40953     145.0     136.5       8.5     109.5
  1976:  43.42898     147.0     135.6      11.4     109.5
  1977:  43.44844     128.0     135.0      -7.0     109.4
  1978:  43.46790     128.0     134.4      -6.4     109.4
  1979:  43.48735     136.0     134.0       2.0     109.3
  1980:  43.50681     141.0     133.8       7.2     109.3
  1981:  43.52627     139.0     133.9       5.1     109.2
  1982:  43.54573     112.0     134.5     -22.5     109.2
  1983:  43.56519     130.0     135.5      -5.5     109.1
  1984:  43.58464     133.0     136.7      -3.7     109.1
  1985:  43.60410     113.0     138.4     -25.4     109.0
  1986:  43.62356     131.0     140.3      -9.3     109.0
  1987:  43.64302     142.0     142.5      -0.5     108.9
  1988:  43.66248     123.0     145.0     -22.0     108.9
  1989:  43.68193     144.0     148.1      -4.1     108.8
  1990:  43.70139     157.0     152.2       4.8     108.8
  1991:  43.72085     143.0     157.1     -14.1     108.7
  1992:  43.74031     182.0     162.6      19.4     108.7
  1993:  43.75977     161.0     167.6      -6.6     108.6
  1994:  43.77922     170.0     171.3      -1.3     108.6
  1995:  43.79868     194.0     172.6      21.4     108.5
  1996:  43.81814     167.0     171.2      -4.2     108.5
  1997:  43.83759     181.0     168.4      12.6     108.4
  1998:  43.85705     177.0     165.5      11.5     108.4
  1999:  43.87651     150.0     163.1     -13.1     108.3
  2000:  43.89597     193.0     161.0      32.0     108.3
  2001:  43.91542     160.0     158.9       1.1     108.2
  2002:  43.93488     161.0     156.5       4.5     108.2
  2003:  43.95434     151.0     154.6      -3.6     108.1
  2004:  43.97380     139.0     153.8     -14.8     108.1
  2005:  43.99326     133.0     154.7     -21.7     108.0
  2006:  44.01271     167.0     158.0       9.0     108.0
  2007:  44.03217     172.0     164.5       7.5     107.9
  2008:  44.05163     172.0     175.4      -3.4     107.9
  2009:  44.07109     189.0     191.7      -2.7     107.8
  2010:  44.09055     211.0     214.5      -3.5     107.7
  2011:  44.11000     222.0     242.6     -20.6     107.7
  2012:  44.12946     261.0     271.1     -10.1     107.6
  2013:  44.14892     263.0     288.7     -25.7     107.6
  2014:  44.16838     275.0     284.5      -9.5     107.5
  2015:  44.18783     237.0     263.2     -26.2     107.5
  2016:  44.20729     232.0     242.9     -10.9     107.4
  2017:  44.22675     197.0     230.8     -33.8     107.4
  2018:  44.24621     189.0     225.9     -36.9     107.3
  2019:  44.26566     199.0     221.0     -22.0     107.3
  2020:  44.28512     206.0     209.0      -3.0     107.2
  2021:  44.30458     179.0     190.8     -11.8     107.2
  2022:  44.32404     181.0     173.3       7.7     107.1
  2023:  44.34349     141.0     159.8     -18.8     107.1
  2024:  44.36295     160.0     150.7       9.3     107.0
  2025:  44.38241     149.0     145.1       3.9     106.9
  2026:  44.40187     144.0     142.0       2.0     106.9
  2027:  44.42133     143.0     140.6       2.4     106.8
  2028:  44.44078     149.0     140.4       8.6     106.8
  2029:  44.46024     142.0     140.8       1.2     106.7
  2030:  44.47970     147.0     142.1       4.9     106.7
  2031:  44.49916     134.0     144.2     -10.2     106.6
  2032:  44.51862     168.0     147.3      20.7     106.6
  2033:  44.53807     146.0     151.4      -5.4     106.5
  2034:  44.55753     150.0     156.8      -6.8     106.5
  2035:  44.57699     153.0     164.1     -11.1     106.4
  2036:  44.59645     192.0     173.9      18.1     106.3
  2037:  44.61590     194.0     187.5       6.5     106.3
  2038:  44.63536     238.0     206.7      31.3     106.2
  2039:  44.65482     246.0     233.6      12.4     106.2
  2040:  44.67427     264.0     270.0      -6.0     106.1
  2041:  44.69373     350.0     316.1      33.9     106.1
  2042:  44.71319     329.0     368.4     -39.4     106.0
  2043:  44.73265     364.0     415.3     -51.3     106.0
  2044:  44.75211     457.0     439.9      17.1     105.9
  2045:  44.77156     442.0     433.3       8.7     105.8
  2046:  44.79102     418.0     417.1       0.9     105.8
  2047:  44.81048     410.0     407.3       2.7     105.7
  2048:  44.82994     419.0     397.1      21.9     105.7
  2049:  44.84940     355.0     379.8     -24.8     105.6
  2050:  44.86885     334.0     359.3     -25.3     105.6
  2051:  44.88831     297.0     333.0     -36.0     105.5
  2052:  44.90777     327.0     307.8      19.2     105.5
  2053:  44.92723     330.0     289.0      41.0     105.4
  2054:  44.94669     288.0     273.9      14.1     105.3
  2055:  44.96614     275.0     261.8      13.2     105.3
  2056:  44.98560     263.0     259.1       3.9     105.2
  2057:  45.00506     229.0     266.4     -37.4     105.2
  2058:  45.02452     269.0     277.0      -8.0     105.1
  2059:  45.04397     271.0     280.2      -9.2     105.1
  2060:  45.06343     316.0     276.4      39.6     105.0
  2061:  45.08289     304.0     273.3      30.7     104.9
  2062:  45.10234     286.0     270.7      15.3     104.9
  2063:  45.12180     269.0     268.7       0.3     104.8
  2064:  45.14126     263.0     267.8      -4.8     104.8
  2065:  45.16072     276.0     265.3      10.7     104.7
  2066:  45.18018     282.0     260.7      21.3     104.7
  2067:  45.19963     239.0     256.7     -17.7     104.6
  2068:  45.21909     257.0     252.4       4.6     104.5
  2069:  45.23855     233.0     246.9     -13.9     104.5
  2070:  45.25801     240.0     240.9      -0.9     104.4
  2071:  45.27747     248.0     234.5      13.5     104.4
  2072:  45.29692     210.0     228.1     -18.1     104.3
  2073:  45.31638     226.0     221.7       4.3     104.2
  2074:  45.33584     192.0     215.2     -23.2     104.2
  2075:  45.35530     219.0     208.5      10.5     104.1
  2076:  45.37476     195.0     201.8      -6.8     104.1
  2077:  45.39421     190.0     195.2      -5.2     104.0
  2078:  45.41367     208.0     188.8      19.2     104.0
  2079:  45.43313     173.0     182.6      -9.6     103.9
  2080:  45.45258     175.0     176.8      -1.8     103.8
  2081:  45.47204     143.0     171.5     -28.5     103.8
  2082:  45.49150     174.0     166.8       7.2     103.7
  2083:  45.51096     144.0     163.1     -19.1     103.7
  2084:  45.53041     183.0     160.2      22.8     103.6
  2085:  45.54987     199.0     158.1      40.9     103.5
  2086:  45.56933     172.0     156.4      15.6     103.5
  2087:  45.58879     175.0     154.8      20.2     103.4
  2088:  45.60825     176.0     153.5      22.5     103.4
  2089:  45.62770     160.0     152.2       7.8     103.3
  2090:  45.64716     146.0     151.4      -5.4     103.2
  2091:  45.66662     155.0     151.4       3.6     103.2
  2092:  45.68608     163.0     152.2      10.8     103.1
  2093:  45.70554     177.0     153.5      23.5     103.1
  2094:  45.72499     185.0     154.2      30.8     103.0
  2095:  45.74445     151.0     153.5      -2.5     102.9
  2096:  45.76391     164.0     151.5      12.5     102.9
  2097:  45.78337     179.0     150.1      28.9     102.8
  2098:  45.80282     157.0     150.0       7.0     102.8
  2099:  45.82228     143.0     151.2      -8.2     102.7
  2100:  45.84174     134.0     153.1     -19.1     102.6
  2101:  45.86120     158.0     155.3       2.7     102.6
  2102:  45.88065     179.0     157.4      21.6     102.5
  2103:  45.90011     160.0     160.0       0.0     102.4
  2104:  45.91957     181.0     163.0      18.0     102.4
  2105:  45.93903     198.0     166.5      31.5     102.3
  2106:  45.95848     170.0     170.2      -0.2     102.3
  2107:  45.97794     153.0     174.2     -21.2     102.2
  2108:  45.99740     181.0     176.4       4.6     102.1
  2109:  46.01686     156.0     174.2     -18.2     102.1
  2110:  46.03632     183.0     167.9      15.1     102.0
  2111:  46.05577     179.0     161.0      18.0     102.0
  2112:  46.07523     154.0     155.7      -1.7     101.9
  2113:  46.09469     173.0     152.5      20.5     101.8
  2114:  46.11415     181.0     150.2      30.8     101.8
  2115:  46.13361     158.0     147.1      10.9     101.7
  2116:  46.15306     167.0     142.5      24.5     101.6
  2117:  46.17252     132.0     137.7      -5.7     101.6
  2118:  46.19198     145.0     133.9      11.1     101.5
  2119:  46.21144     146.0     131.1      14.9     101.5
  2120:  46.23089     132.0     129.2       2.8     101.4
  2121:  46.25035     140.0     128.0      12.0     101.3
  2122:  46.26981     107.0     126.9     -19.9     101.3
  2123:  46.28926     134.0     126.0       8.0     101.2
  2124:  46.30872     138.0     124.9      13.1     101.1
  2125:  46.32818     132.0     123.9       8.1     101.1
  2126:  46.34764     133.0     123.1       9.9     101.0
  2127:  46.36710     128.0     122.7       5.3     100.9
  2128:  46.38655     113.0     122.7      -9.7     100.9
  2129:  46.40601     118.0     123.2      -5.2     100.8
  2130:  46.42547     148.0     124.1      23.9     100.8
  2131:  46.44493     136.0     125.4      10.6     100.7
  2132:  46.46439     139.0     127.3      11.7     100.6
  2133:  46.48384     132.0     129.9       2.1     100.6
  2134:  46.50330     117.0     133.2     -16.2     100.5
  2135:  46.52276     137.0     137.0       0.0     100.4
  2136:  46.54222     136.0     141.5      -5.5     100.4
  2137:  46.56168     155.0     146.5       8.5     100.3
  2138:  46.58113     175.0     152.0      23.0     100.2
  2139:  46.60059     157.0     158.2      -1.2     100.2
  2140:  46.62005     182.0     165.1      16.9     100.1
  2141:  46.63950     176.0     171.9       4.1     100.0
  2142:  46.65896     182.0     177.2       4.8     100.0
  2143:  46.67842     166.0     179.3     -13.3      99.9
  2144:  46.69788     183.0     177.4       5.6      99.9
  2145:  46.71733     159.0     174.1     -15.1      99.8
  2146:  46.73679     183.0     171.0      12.0      99.7
  2147:  46.75625     153.0     168.4     -15.4      99.7
  2148:  46.77571     148.0     166.2     -18.2      99.6
  2149:  46.79517     149.0     163.8     -14.8      99.5
  2150:  46.81462     138.0     160.5     -22.5      99.5
  2151:  46.83408     151.0     156.8      -5.8      99.4
  2152:  46.85354     145.0     153.9      -8.9      99.3
  2153:  46.87300     157.0     152.1       4.9      99.3
  2154:  46.89246     132.0     151.6     -19.6      99.2
  2155:  46.91191     147.0     152.0      -5.0      99.1
  2156:  46.93137     135.0     153.1     -18.1      99.1
  2157:  46.95083     154.0     154.0       0.0      99.0
  2158:  46.97029     147.0     154.0      -7.0      98.9
  2159:  46.98974     150.0     153.2      -3.2      98.9
  2160:  47.00920     150.0     152.5      -2.5      98.8
  2161:  47.02866     179.0     152.3      26.7      98.7
  2162:  47.04812     176.0     152.8      23.2      98.7
  2163:  47.06757     154.0     153.6       0.4      98.6
  2164:  47.08703     171.0     154.0      17.0      98.5
  2165:  47.10649     139.0     154.1     -15.1      98.5
  2166:  47.12595     151.0     154.2      -3.2      98.4
  2167:  47.14540     147.0     154.7      -7.7      98.3
  2168:  47.16486     161.0     155.9       5.1      98.3
  2169:  47.18432     163.0     157.7       5.3      98.2
  2170:  47.20378     164.0     160.3       3.7      98.1
  2171:  47.22324     173.0     163.4       9.6      98.1
  2172:  47.24269     175.0     166.9       8.1      98.0
  2173:  47.26215     192.0     170.2      21.8      97.9
  2174:  47.28161     155.0     173.1     -18.1      97.9
  2175:  47.30107     161.0     175.2     -14.2      97.8
  2176:  47.32053     173.0     176.1      -3.1      97.7
  2177:  47.33998     162.0     176.0     -14.0      97.7
  2178:  47.35944     195.0     174.8      20.2      97.6
  2179:  47.37890     168.0     172.8      -4.8      97.5
  2180:  47.39836     150.0     170.3     -20.3      97.4
  2181:  47.41781     164.0     167.5      -3.5      97.4
  2182:  47.43727     162.0     164.1      -2.1      97.3
  2183:  47.45673     148.0     160.3     -12.3      97.2
  2184:  47.47619     146.0     156.1     -10.1      97.2
  2185:  47.49564     153.0     151.3       1.7      97.1
  2186:  47.51510     137.0     146.6      -9.6      97.0
  2187:  47.53456     135.0     142.1      -7.1      97.0
  2188:  47.55402     162.0     138.1      23.9      96.9
  2189:  47.57347     130.0     134.5      -4.5      96.8
  2190:  47.59293     146.0     131.4      14.6      96.8
  2191:  47.61239     126.0     128.7      -2.7      96.7
  2192:  47.63185     130.0     126.6       3.4      96.6
  2193:  47.65131     130.0     124.9       5.1      96.6
  2194:  47.67076     122.0     123.6      -1.6      96.5
  2195:  47.69022     133.0     123.2       9.8      96.4
  2196:  47.70968     148.0     123.5      24.5      96.3
  2197:  47.72914     120.0     124.9      -4.9      96.3
  2198:  47.74860     113.0     127.7     -14.7      96.2
  2199:  47.76805     135.0     132.2       2.8      96.1
  2200:  47.78751     137.0     139.2      -2.2      96.1
  2201:  47.80697     156.0     149.0       7.0      96.0
  2202:  47.82643     163.0     161.4       1.6      95.9
  2203:  47.84588     168.0     174.0      -6.0      95.9
  2204:  47.86534     160.0     180.6     -20.6      95.8
  2205:  47.88480     175.0     174.0       1.0      95.7
  2206:  47.90425     160.0     160.6      -0.6      95.6
  2207:  47.92371     166.0     151.6      14.4      95.6
  2208:  47.94317     159.0     148.8      10.2      95.5
  2209:  47.96263     153.0     150.8       2.2      95.4
  2210:  47.98209     172.0     153.5      18.5      95.4
  2211:  48.00154     147.0     152.5      -5.5      95.3
  2212:  48.02100     147.0     145.8       1.2      95.2
  2213:  48.04046     147.0     138.9       8.1      95.1
  2214:  48.05992     141.0     134.7       6.3      95.1
  2215:  48.07938     135.0     133.0       2.0      95.0
  2216:  48.09883     168.0     133.4      34.6      94.9
  2217:  48.11829     152.0     135.7      16.3      94.9
  2218:  48.13775     151.0     139.7      11.3      94.8
  2219:  48.15721     158.0     145.4      12.6      94.7
  2220:  48.17667     169.0     152.2      16.8      94.6
  2221:  48.19612     184.0     159.3      24.7      94.6
  2222:  48.21558     191.0     164.7      26.3      94.5
  2223:  48.23504     176.0     166.6       9.4      94.4
  2224:  48.25449     212.0     165.1      46.9      94.4
  2225:  48.27395     240.0     163.1      76.9      94.3
  2226:  48.29341     202.0     162.3      39.7      94.2
  2227:  48.31287     156.0     163.1      -7.1      94.1
  2228:  48.33232     183.0     164.6      18.4      94.1
  2229:  48.35178     171.0     166.1       4.9      94.0
  2230:  48.37124     160.0     166.6      -6.6      93.9
  2231:  48.39070     173.0     166.8       6.2      93.9
  2232:  48.41016     164.0     168.1      -4.1      93.8
  2233:  48.42962     160.0     171.0     -11.0      93.7
  2234:  48.44907     168.0     175.8      -7.8      93.6
  2235:  48.46853     170.0     182.3     -12.3      93.6
  2236:  48.48799     180.0     190.6     -10.6      93.5
  2237:  48.50745     180.0     200.2     -20.2      93.4
  2238:  48.52691     191.0     210.1     -19.1      93.3
  2239:  48.54636     236.0     218.4      17.6      93.3
  2240:  48.56582     218.0     222.2      -4.2      93.2
  2241:  48.58528     244.0     219.1      24.9      93.1
  2242:  48.60473     253.0     212.0      41.0      93.1
  2243:  48.62419     201.0     206.3      -5.3      93.0
  2244:  48.64365     203.0     203.7      -0.7      92.9
  2245:  48.66311     222.0     204.1      17.9      92.8
  2246:  48.68256     195.0     205.3     -10.3      92.8
  2247:  48.70202     200.0     204.6      -4.6      92.7
  2248:  48.72148     196.0     200.1      -4.1      92.6
  2249:  48.74094     214.0     192.3      21.7      92.5
  2250:  48.76040     177.0     183.2      -6.2      92.5
  2251:  48.77985     184.0     174.8       9.2      92.4
  2252:  48.79931     179.0     168.1      10.9      92.3
  2253:  48.81877     162.0     163.1      -1.1      92.2
  2254:  48.83823     156.0     159.2      -3.2      92.2
  2255:  48.85769     128.0     155.9     -27.9      92.1
  2256:  48.87714     149.0     152.0      -3.0      92.0
  2257:  48.89660     153.0     148.2       4.8      91.9
  2258:  48.91606     138.0     144.8      -6.8      91.9
  2259:  48.93552     147.0     142.0       5.0      91.8
  2260:  48.95497     124.0     140.4     -16.4      91.7
  2261:  48.97443     125.0     139.9     -14.9      91.7
  2262:  48.99389     134.0     140.6      -6.6      91.6
  2263:  49.01335     131.0     142.8     -11.8      91.5
  2264:  49.03280     150.0     146.3       3.7      91.4
  2265:  49.05226     139.0     151.2     -12.2      91.4
  2266:  49.07172     165.0     157.5       7.5      91.3
  2267:  49.09118     162.0     165.0      -3.0      91.2
  2268:  49.11063     177.0     173.4       3.6      91.1
  2269:  49.13009     207.0     181.8      25.2      91.1
  2270:  49.14955     211.0     188.7      22.3      91.0
  2271:  49.16901     217.0     192.9      24.1      90.9
  2272:  49.18847     233.0     194.8      38.2      90.8
  2273:  49.20792     209.0     196.4      12.6      90.8
  2274:  49.22738     215.0     198.6      16.4      90.7
  2275:  49.24684     184.0     201.5     -17.5      90.6
  2276:  49.26630     187.0     203.4     -16.4      90.5
  2277:  49.28576     207.0     202.5       4.5      90.5
  2278:  49.30521     182.0     197.6     -15.6      90.4
  2279:  49.32467     177.0     190.7     -13.7      90.3
  2280:  49.34413     185.0     184.3       0.7      90.2
  2281:  49.36359     170.0     179.5      -9.5      90.2
  2282:  49.38304     144.0     176.1     -32.1      90.1
  2283:  49.40250     160.0     173.3     -13.3      90.0
  2284:  49.42196     145.0     170.2     -25.2      89.9
  2285:  49.44142     164.0     166.9      -2.9      89.8
  2286:  49.46087     162.0     163.9      -1.9      89.8
  2287:  49.48033     169.0     161.8       7.2      89.7
  2288:  49.49979     170.0     160.9       9.1      89.6
  2289:  49.51925     175.0     161.0      14.0      89.5
  2290:  49.53870     123.0     162.1     -39.1      89.5
  2291:  49.55816     161.0     163.9      -2.9      89.4
  2292:  49.57762     170.0     166.7       3.3      89.3
  2293:  49.59708     181.0     170.3      10.7      89.2
  2294:  49.61654     183.0     174.6       8.4      89.2
  2295:  49.63599     197.0     179.6      17.4      89.1
  2296:  49.65545     204.0     185.0      19.0      89.0
  2297:  49.67491     214.0     190.8      23.2      88.9
  2298:  49.69437     203.0     196.6       6.4      88.9
  2299:  49.71383     180.0     202.4     -22.4      88.8
  2300:  49.73328     194.0     207.6     -13.6      88.7
  2301:  49.75274     208.0     211.7      -3.7      88.6
  2302:  49.77220     246.0     214.0      32.0      88.6
  2303:  49.79166     226.0     213.9      12.1      88.5
  2304:  49.81111     237.0     212.0      25.0      88.4
  2305:  49.83057     200.0     208.8      -8.8      88.3
  2306:  49.85003     210.0     205.3       4.7      88.2
  2307:  49.86948     196.0     201.6      -5.6      88.2
  2308:  49.88894     195.0     197.7      -2.7      88.1
  2309:  49.90840     174.0     193.4     -19.4      88.0
  2310:  49.92786     181.0     188.7      -7.7      87.9
  2311:  49.94732     166.0     184.4     -18.4      87.9
  2312:  49.96677     202.0     181.0      21.0      87.8
  2313:  49.98623     221.0     179.1      41.9      87.7
  2314:  50.00569     175.0     179.0      -4.0      87.6
  2315:  50.02515     193.0     180.9      12.1      87.6
  2316:  50.04461     187.0     184.6       2.4      87.5
  2317:  50.06406     206.0     189.8      16.2      87.4
  2318:  50.08352     193.0     193.2      -0.2      87.3
  2319:  50.10298     177.0     187.8     -10.8      87.2
  2320:  50.12244     176.0     174.5       1.5      87.2
  2321:  50.14190     170.0     164.5       5.5      87.1
  2322:  50.16135     171.0     160.5      10.5      87.0
  2323:  50.18081     145.0     160.9     -15.9      86.9
  2324:  50.20027     179.0     163.9      15.1      86.9
  2325:  50.21972     160.0     167.0      -7.0      86.8
  2326:  50.23918     156.0     166.2     -10.2      86.7
  2327:  50.25864     167.0     162.2       4.8      86.6
  2328:  50.27810     168.0     158.6       9.4      86.5
  2329:  50.29755     162.0     155.5       6.5      86.5
  2330:  50.31701     142.0     152.1     -10.1      86.4
  2331:  50.33647     147.0     149.4      -2.4      86.3
  2332:  50.35593     156.0     147.9       8.1      86.2
  2333:  50.37539     141.0     147.7      -6.7      86.2
  2334:  50.39484     159.0     148.6      10.4      86.1
  2335:  50.41430     146.0     149.6      -3.6      86.0
  2336:  50.43376     135.0     150.2     -15.2      85.9
  2337:  50.45322     171.0     150.0      21.0      85.8
  2338:  50.47268     127.0     150.3     -23.3      85.8
  2339:  50.49213     134.0     151.6     -17.6      85.7
  2340:  50.51159     151.0     154.8      -3.8      85.6
  2341:  50.53105     186.0     160.4      25.6      85.5
  2342:  50.55051     186.0     168.5      17.5      85.4
  2343:  50.56996     193.0     179.8      13.2      85.4
  2344:  50.58942     210.0     195.6      14.4      85.3
  2345:  50.60888     207.0     219.1     -12.1      85.2
  2346:  50.62834     225.0     257.9     -32.9      85.1
  2347:  50.64779     297.0     325.7     -28.6      85.1
  2348:  50.66725     420.0     439.5     -19.5      85.0
  2349:  50.68671     685.0     603.3      81.7      84.9
  2350:  50.70617     798.0     755.7      42.3      84.8
  2351:  50.72562     774.0     740.2      33.8      84.7
  2352:  50.74508     605.0     566.8      38.2      84.7
  2353:  50.76454     409.0     427.3     -18.3      84.6
  2354:  50.78400     313.0     368.5     -55.5      84.5
  2355:  50.80346     350.0     376.6     -26.6      84.4
  2356:  50.82291     414.0     428.9     -14.9      84.4
  2357:  50.84237     472.0     479.9      -7.9      84.3
  2358:  50.86183     470.0     451.9      18.1      84.2
  2359:  50.88129     357.0     354.0       3.0      84.1
  2360:  50.90075     275.0     271.1       3.9      84.0
  2361:  50.92020     209.0     220.9     -11.9      84.0
  2362:  50.93966     178.0     193.2     -15.2      83.9
  2363:  50.95912     166.0     177.6     -11.6      83.8
  2364:  50.97858     145.0     167.9     -22.9      83.7
  2365:  50.99803     172.0     161.3      10.7      83.6
  2366:  51.01749     149.0     156.7      -7.7      83.6
  2367:  51.03695     151.0     153.4      -2.4      83.5
  2368:  51.05641     132.0     151.0     -19.0      83.4
  2369:  51.07586     125.0     149.2     -24.2      83.3
  2370:  51.09532     159.0     147.6      11.4      83.2
  2371:  51.11478     145.0     146.5      -1.5      83.2
  2372:  51.13424     157.0     145.9      11.1      83.1
  2373:  51.15369     160.0     145.9      14.1      83.0
  2374:  51.17315     145.0     146.5      -1.5      82.9
  2375:  51.19261     137.0     147.6     -10.6      82.9
  2376:  51.21207     149.0     149.1      -0.1      82.8
  2377:  51.23153     137.0     150.9     -13.9      82.7
  2378:  51.25098     166.0     153.1      12.9      82.6
  2379:  51.27044     149.0     156.0      -7.0      82.5
  2380:  51.28990     133.0     159.8     -26.8      82.5
  2381:  51.30936     147.0     165.1     -18.1      82.4
  2382:  51.32882     171.0     172.4      -1.4      82.3
  2383:  51.34827     191.0     183.8       7.2      82.2
  2384:  51.36773     238.0     202.3      35.7      82.1
  2385:  51.38719     237.0     230.2       6.8      82.1
  2386:  51.40665     276.0     261.8      14.2      82.0
  2387:  51.42610     261.0     271.8     -10.8      81.9
  2388:  51.44556     272.0     244.3      27.7      81.8
  2389:  51.46502     223.0     214.2       8.8      81.7
  2390:  51.48447     232.0     197.7      34.3      81.7
  2391:  51.50393     212.0     193.5      18.5      81.6
  2392:  51.52339     192.0     198.2      -6.2      81.5
  2393:  51.54285     162.0     206.7     -44.7      81.4
  2394:  51.56231     195.0     206.6     -11.6      81.4
  2395:  51.58176     166.0     188.8     -22.8      81.3
  2396:  51.60122     188.0     168.8      19.2      81.2
  2397:  51.62068     157.0     154.5       2.5      81.1
  2398:  51.64014     131.0     145.0     -14.0      81.0
  2399:  51.65960     135.0     138.3      -3.3      81.0
  2400:  51.67905     128.0     133.0      -5.0      80.9
  2401:  51.69851     140.0     128.5      11.5      80.8
  2402:  51.71797     130.0     124.9       5.1      80.7
  2403:  51.73743     122.0     121.7       0.3      80.6
  2404:  51.75689     128.0     119.1       8.9      80.6
  2405:  51.77634     112.0     117.1      -5.1      80.5
  2406:  51.79580     121.0     115.5       5.5      80.4
  2407:  51.81526     129.0     114.2      14.8      80.3
  2408:  51.83471     137.0     113.3      23.7      80.2
  2409:  51.85417     104.0     112.7      -8.7      80.2
  2410:  51.87363     132.0     112.5      19.5      80.1
  2411:  51.89309     113.0     112.9       0.1      80.0
  2412:  51.91254     139.0     113.4      25.6      79.9
  2413:  51.93200     121.0     114.7       6.3      79.9
  2414:  51.95146     130.0     116.5      13.5      79.8
  2415:  51.97092     135.0     119.3      15.7      79.7
  2416:  51.99038     138.0     123.4      14.6      79.6
  2417:  52.00983     117.0     128.7     -11.7      79.5
  2418:  52.02929     137.0     135.4       1.6      79.5
  2419:  52.04875     126.0     143.4     -17.4      79.4
  2420:  52.06821     154.0     152.2       1.8      79.3
  2421:  52.08767     157.0     160.4      -3.4      79.2
  2422:  52.10712     170.0     166.2       3.8      79.1
  2423:  52.12658     183.0     168.2      14.8      79.1
  2424:  52.14604     166.0     167.6      -1.6      79.0
  2425:  52.16550     168.0     167.3       0.7      78.9
  2426:  52.18495     175.0     168.7       6.3      78.8
  2427:  52.20441     191.0     172.1      18.9      78.8
  2428:  52.22387     172.0     176.7      -4.7      78.7
  2429:  52.24333     196.0     181.6      14.4      78.6
  2430:  52.26278     203.0     185.4      17.6      78.5
  2431:  52.28224     194.0     187.8       6.2      78.4
  2432:  52.30170     181.0     189.7      -8.7      78.4
  2433:  52.32116     181.0     191.3     -10.3      78.3
  2434:  52.34061     221.0     192.1      28.9      78.2
  2435:  52.36007     193.0     192.4       0.6      78.1
  2436:  52.37953     158.0     191.7     -33.7      78.0
  2437:  52.39899     184.0     190.4      -6.4      78.0
  2438:  52.41845     201.0     188.2      12.8      77.9
  2439:  52.43790     169.0     185.5     -16.5      77.8
  2440:  52.45736     173.0     182.1      -9.1      77.7
  2441:  52.47682     184.0     178.3       5.7      77.7
  2442:  52.49628     168.0     173.9      -5.9      77.6
  2443:  52.51574     177.0     169.2       7.8      77.5
  2444:  52.53519     170.0     163.9       6.1      77.4
  2445:  52.55465     189.0     158.7      30.3      77.3
  2446:  52.57411     144.0     153.6      -9.6      77.3
  2447:  52.59357     161.0     148.7      12.3      77.2
  2448:  52.61302     146.0     144.3       1.7      77.1
  2449:  52.63248     140.0     140.3      -0.3      77.0
  2450:  52.65194     151.0     136.8      14.2      77.0
  2451:  52.67140     119.0     134.1     -15.1      76.9
  2452:  52.69085     133.0     131.9       1.1      76.8
  2453:  52.71031     124.0     130.6      -6.6      76.7
  2454:  52.72977     122.0     129.9      -7.9      76.6
  2455:  52.74923     122.0     129.9      -7.9      76.6
  2456:  52.76868     134.0     130.6       3.4      76.5
  2457:  52.78814     136.0     131.8       4.2      76.4
  2458:  52.80760     147.0     133.7      13.3      76.3
  2459:  52.82706     126.0     136.1     -10.1      76.3
  2460:  52.84652     133.0     139.0      -6.0      76.2
  2461:  52.86597     149.0     142.6       6.4      76.1
  2462:  52.88543     155.0     146.6       8.4      76.0
  2463:  52.90489     151.0     151.3      -0.3      75.9
  2464:  52.92435     177.0     156.4      20.6      75.9
  2465:  52.94381     149.0     162.1     -13.1      75.8
  2466:  52.96326     168.0     168.7      -0.7      75.7
  2467:  52.98272     193.0     177.3      15.7      75.6
  2468:  53.00218     170.0     190.2     -20.2      75.6
  2469:  53.02164     206.0     208.1      -2.1      75.5
  2470:  53.04109     219.0     226.5      -7.5      75.4
  2471:  53.06055     214.0     227.8     -13.8      75.3
  2472:  53.08001     239.0     208.5      30.5      75.3
  2473:  53.09946     180.0     191.6     -11.6      75.2
  2474:  53.11892     162.0     183.5     -21.5      75.1
  2475:  53.13838     221.0     182.9      38.1      75.0
  2476:  53.15784     217.0     188.0      29.0      74.9
  2477:  53.17730     203.0     197.4       5.6      74.9
  2478:  53.19675     225.0     205.4      19.6      74.8
  2479:  53.21621     204.0     207.3      -3.3      74.7
  2480:  53.23567     211.0     209.0       2.0      74.6
  2481:  53.25513     193.0     201.5      -8.5      74.6
  2482:  53.27459     173.0     180.7      -7.7      74.5
  2483:  53.29404     163.0     164.2      -1.2      74.4
  2484:  53.31350     167.0     155.6      11.4      74.3
  2485:  53.33296     159.0     152.8       6.2      74.3
  2486:  53.35242     168.0     154.4      13.6      74.2
  2487:  53.37188     155.0     158.7      -3.7      74.1
  2488:  53.39133     164.0     160.4       3.6      74.0
  2489:  53.41079     165.0     153.7      11.3      74.0
  2490:  53.43025     152.0     146.0       6.0      73.9
  2491:  53.44970     126.0     141.8     -15.8      73.8
  2492:  53.46916     122.0     140.7     -18.7      73.7
  2493:  53.48862     125.0     141.4     -16.4      73.7
  2494:  53.50808     152.0     143.1       8.9      73.6
  2495:  53.52753     156.0     145.4      10.6      73.5
  2496:  53.54699     139.0     148.2      -9.2      73.4
  2497:  53.56645     161.0     151.1       9.9      73.4
  2498:  53.58591     155.0     153.7       1.3      73.3
  2499:  53.60537     147.0     155.7      -8.7      73.2
  2500:  53.62482     144.0     157.2     -13.2      73.1
  2501:  53.64428     169.0     158.6      10.4      73.1
  2502:  53.66374     151.0     159.6      -8.6      73.0
  2503:  53.68320     175.0     160.4      14.6      72.9
  2504:  53.70266     160.0     160.9      -0.9      72.8
  2505:  53.72211     162.0     160.8       1.2      72.8
  2506:  53.74157     159.0     160.1      -1.1      72.7
  2507:  53.76103     169.0     158.6      10.4      72.6
  2508:  53.78049     149.0     156.8      -7.8      72.5
  2509:  53.79994     179.0     155.0      24.0      72.5
  2510:  53.81940     144.0     153.1      -9.1      72.4
  2511:  53.83886     141.0     151.3     -10.3      72.3
  2512:  53.85832     146.0     149.5      -3.5      72.2
  2513:  53.87777     162.0     148.2      13.8      72.2
  2514:  53.89723     152.0     147.3       4.7      72.1
  2515:  53.91669     140.0     147.2      -7.2      72.0
  2516:  53.93615     161.0     147.8      13.2      71.9
  2517:  53.95560     145.0     149.2      -4.2      71.9
  2518:  53.97506     157.0     151.5       5.5      71.8
  2519:  53.99452     165.0     155.0      10.0      71.7
  2520:  54.01398     173.0     160.6      12.4      71.7
  2521:  54.03344     199.0     169.5      29.5      71.6
  2522:  54.05289     179.0     181.9      -2.9      71.5
  2523:  54.07235     194.0     193.1       0.9      71.4
  2524:  54.09181     178.0     196.4     -18.4      71.4
  2525:  54.11127     214.0     198.9      15.1      71.3
  2526:  54.13073     213.0     205.5       7.5      71.2
  2527:  54.15018     225.0     214.6      10.4      71.1
  2528:  54.16964     226.0     223.8       2.2      71.1
  2529:  54.18910     223.0     231.8      -8.8      71.0
  2530:  54.20856     222.0     238.5     -16.5      70.9
  2531:  54.22801     239.0     240.2      -1.2      70.9
  2532:  54.24747     243.0     236.5       6.5      70.8
  2533:  54.26693     237.0     233.4       3.6      70.7
  2534:  54.28638     219.0     233.6     -14.6      70.6
  2535:  54.30584     244.0     236.5       7.5      70.6
  2536:  54.32530     239.0     241.5      -2.5      70.5
  2537:  54.34476     235.0     247.8     -12.8      70.4
  2538:  54.36422     243.0     254.9     -11.9      70.4
  2539:  54.38367     264.0     261.8       2.2      70.3
  2540:  54.40313     243.0     267.2     -24.2      70.2
  2541:  54.42259     262.0     271.6      -9.6      70.2
  2542:  54.44205     297.0     275.5      21.5      70.1
  2543:  54.46151     264.0     278.6     -14.6      70.0
  2544:  54.48096     273.0     280.3      -7.3      69.9
  2545:  54.50042     289.0     281.3       7.7      69.9
  2546:  54.51988     272.0     282.1     -10.1      69.8
  2547:  54.53934     254.0     283.1     -29.1      69.7
  2548:  54.55880     284.0     284.2      -0.2      69.7
  2549:  54.57825     267.0     285.1     -18.1      69.6
  2550:  54.59771     282.0     285.2      -3.2      69.5
  2551:  54.61717     255.0     283.5     -28.5      69.5
  2552:  54.63662     265.0     279.2     -14.2      69.4
  2553:  54.65608     255.0     271.8     -16.8      69.3
  2554:  54.67554     254.0     260.7      -6.7      69.2
  2555:  54.69500     226.0     247.2     -21.2      69.2
  2556:  54.71445     249.0     233.5      15.5      69.1
  2557:  54.73391     205.0     221.1     -16.1      69.0
  2558:  54.75337     188.0     210.1     -22.1      69.0
  2559:  54.77283     218.0     200.5      17.5      68.9
  2560:  54.79229     193.0     191.6       1.4      68.8
  2561:  54.81174     188.0     183.1       4.9      68.8
  2562:  54.83120     179.0     174.8       4.2      68.7
  2563:  54.85066     171.0     167.8       3.2      68.6
  2564:  54.87012     187.0     164.0      23.0      68.6
  2565:  54.88958     149.0     163.7     -14.7      68.5
  2566:  54.90903     165.0     162.7       2.3      68.4
  2567:  54.92849     145.0     154.0      -9.0      68.4
  2568:  54.94795     166.0     144.2      21.8      68.3
  2569:  54.96741     157.0     138.3      18.7      68.2
  2570:  54.98687     169.0     136.2      32.8      68.2
  2571:  55.00632     131.0     136.7      -5.7      68.1
  2572:  55.02578     156.0     139.4      16.6      68.0
  2573:  55.04524     124.0     143.1     -19.1      68.0
  2574:  55.06469     143.0     144.8      -1.8      67.9
  2575:  55.08415     139.0     142.7      -3.7      67.8
  2576:  55.10361     139.0     141.1      -2.1      67.8
  2577:  55.12307     131.0     141.0     -10.0      67.7
  2578:  55.14252     125.0     141.7     -16.7      67.6
  2579:  55.16198     139.0     142.6      -3.6      67.6
  2580:  55.18144     139.0     143.8      -4.8      67.5
  2581:  55.20090     143.0     145.5      -2.5      67.4
  2582:  55.22036     152.0     147.6       4.4      67.4
  2583:  55.23981     144.0     150.4      -6.4      67.3
  2584:  55.25927     161.0     154.1       6.9      67.3
  2585:  55.27873     139.0     159.5     -20.5      67.2
  2586:  55.29819     190.0     166.6      23.4      67.1
  2587:  55.31765     187.0     176.0      11.0      67.1
  2588:  55.33710     207.0     188.4      18.6      67.0
  2589:  55.35656     207.0     204.1       2.9      66.9
  2590:  55.37602     226.0     223.7       2.3      66.9
  2591:  55.39548     250.0     246.4       3.6      66.8
  2592:  55.41493     284.0     271.1      12.9      66.7
  2593:  55.43439     311.0     293.9      17.1      66.7
  2594:  55.45385     336.0     309.4      26.6      66.6
  2595:  55.47331     387.0     313.1      73.9      66.6
  2596:  55.49276     360.0     303.2      56.8      66.5
  2597:  55.51222     311.0     287.3      23.7      66.4
  2598:  55.53168     266.0     273.3      -7.3      66.4
  2599:  55.55114     272.0     263.4       8.6      66.3
  2600:  55.57059     253.0     256.2      -3.2      66.3
  2601:  55.59005     262.0     251.3      10.7      66.2
  2602:  55.60951     259.0     246.4      12.6      66.1
  2603:  55.62897     231.0     238.4      -7.4      66.1
  2604:  55.64843     213.0     226.2     -13.2      66.0
  2605:  55.66788     201.0     212.9     -11.9      66.0
  2606:  55.68734     177.0     200.9     -23.9      65.9
  2607:  55.70680     184.0     191.1      -7.1      65.8
  2608:  55.72626     176.0     183.3      -7.3      65.8
  2609:  55.74572     173.0     178.6      -5.6      65.7
  2610:  55.76517     165.0     176.8     -11.8      65.7
  2611:  55.78463     197.0     177.2      19.8      65.6
  2612:  55.80409     171.0     179.5      -8.5      65.5
  2613:  55.82355     187.0     182.5       4.5      65.5
  2614:  55.84300     188.0     185.7       2.3      65.4
  2615:  55.86246     189.0     188.5       0.5      65.4
  2616:  55.88192     179.0     189.7     -10.7      65.3
  2617:  55.90137     169.0     188.4     -19.4      65.2
  2618:  55.92083     208.0     183.5      24.5      65.2
  2619:  55.94029     175.0     176.8      -1.8      65.1
  2620:  55.95975     190.0     170.0      20.0      65.1
  2621:  55.97921     166.0     164.3       1.7      65.0
  2622:  55.99866     161.0     159.8       1.2      65.0
  2623:  56.01812     159.0     156.3       2.7      64.9
  2624:  56.03758     150.0     153.8      -3.8      64.8
  2625:  56.05704     155.0     152.6       2.4      64.8
  2626:  56.07650     150.0     152.9      -2.9      64.7
  2627:  56.09595     146.0     153.7      -7.7      64.7
  2628:  56.11541     135.0     147.4     -12.4      64.6
  2629:  56.13487     127.0     136.7      -9.7      64.6
  2630:  56.15433     115.0     129.7     -14.7      64.5
  2631:  56.17379     142.0     126.6      15.4      64.5
  2632:  56.19324     147.0     125.8      21.2      64.4
  2633:  56.21270     119.0     126.3      -7.3      64.4
  2634:  56.23216     143.0     127.6      15.4      64.3
  2635:  56.25161     136.0     128.2       7.8      64.2
  2636:  56.27107     135.0     124.7      10.3      64.2
  2637:  56.29053     118.0     119.7      -1.7      64.1
  2638:  56.30999     138.0     116.6      21.4      64.1
  2639:  56.32944     135.0     115.2      19.8      64.0
  2640:  56.34890     131.0     115.1      15.9      64.0
  2641:  56.36836     129.0     115.7      13.3      63.9
  2642:  56.38782     135.0     116.9      18.1      63.9
  2643:  56.40728     127.0     119.2       7.8      63.8
  2644:  56.42673     124.0     124.0       0.0      63.8
  2645:  56.44619     152.0     133.7      18.3      63.7
  2646:  56.46565     148.0     150.7      -2.7      63.7
  2647:  56.48511     163.0     172.4      -9.4      63.6
  2648:  56.50457     177.0     179.9      -2.9      63.6
  2649:  56.52402     169.0     171.6      -2.6      63.5
  2650:  56.54348     193.0     170.7      22.3      63.5
  2651:  56.56294     194.0     179.2      14.8      63.4
  2652:  56.58240     200.0     192.9       7.1      63.4
  2653:  56.60185     229.0     208.3      20.7      63.3
  2654:  56.62131     204.0     222.6     -18.6      63.3
  2655:  56.64077     225.0     230.6      -5.6      63.2
  2656:  56.66023     205.0     223.5     -18.5      63.2
  2657:  56.67968     210.0     206.7       3.3      63.1
  2658:  56.69914     168.0     193.8     -25.8      63.1
  2659:  56.71860     198.0     186.4      11.6      63.0
  2660:  56.73806     170.0     182.5     -12.5      63.0
  2661:  56.75751     179.0     179.7      -0.7      62.9
  2662:  56.77697     165.0     176.3     -11.3      62.9
  2663:  56.79643     193.0     170.6      22.4      62.8
  2664:  56.81589     171.0     163.0       8.0      62.8
  2665:  56.83535     142.0     155.1     -13.1      62.8
  2666:  56.85480     139.0     147.9      -8.9      62.7
  2667:  56.87426     145.0     142.1       2.9      62.7
  2668:  56.89372     126.0     137.7     -11.7      62.6
  2669:  56.91318     152.0     134.2      17.8      62.6
  2670:  56.93264     134.0     131.7       2.3      62.5
  2671:  56.95209     114.0     129.9     -15.9      62.5
  2672:  56.97155     126.0     128.5      -2.5      62.4
  2673:  56.99101     129.0     127.6       1.4      62.4
  2674:  57.01047     131.0     127.0       4.0      62.4
  2675:  57.02992     119.0     126.5      -7.5      62.3
  2676:  57.04938     127.0     126.3       0.7      62.3
  2677:  57.06884     140.0     126.3      13.7      62.2
  2678:  57.08830     130.0     126.3       3.7      62.2
  2679:  57.10775     124.0     126.3      -2.3      62.1
  2680:  57.12721     124.0     126.6      -2.6      62.1
  2681:  57.14667     140.0     127.1      12.9      62.1
  2682:  57.16613     126.0     127.7      -1.7      62.0
  2683:  57.18559     113.0     128.5     -15.5      62.0
  2684:  57.20504     123.0     129.4      -6.4      61.9
  2685:  57.22450     133.0     130.6       2.4      61.9
  2686:  57.24396     134.0     132.1       1.9      61.9
  2687:  57.26342     138.0     133.6       4.4      61.8
  2688:  57.28288     129.0     135.3      -6.3      61.8
  2689:  57.30233     125.0     136.9     -11.9      61.7
  2690:  57.32179     121.0     138.6     -17.6      61.7
  2691:  57.34125     140.0     139.9       0.1      61.7
  2692:  57.36071     142.0     140.9       1.1      61.6
  2693:  57.38016     155.0     141.3      13.7      61.6
  2694:  57.39962     152.0     141.0      11.0      61.5
  2695:  57.41908     151.0     140.3      10.7      61.5
  2696:  57.43854     152.0     139.7      12.3      61.5
  2697:  57.45799     133.0     139.0      -6.0      61.4
  2698:  57.47745     131.0     138.4      -7.4      61.4
  2699:  57.49691     140.0     137.9       2.1      61.4
  2700:  57.51637     138.0     137.1       0.9      61.3
  2701:  57.53582     110.0     135.6     -25.6      61.3
  2702:  57.55528     120.0     133.2     -13.2      61.3
  2703:  57.57474     124.0     129.7      -5.7      61.2
  2704:  57.59420     117.0     126.0      -9.0      61.2
  2705:  57.61366     102.0     122.7     -20.7      61.2
  2706:  57.63311     105.0     120.0     -15.0      61.1
  2707:  57.65257     114.0     118.0      -4.0      61.1
  2708:  57.67203     118.0     116.7       1.3      61.1
  2709:  57.69149     118.0     115.9       2.1      61.0
  2710:  57.71095     140.0     115.3      24.7      61.0
  2711:  57.73040     135.0     115.0      20.0      61.0
  2712:  57.74986     150.0     115.3      34.7      60.9
  2713:  57.76932     129.0     116.6      12.4      60.9
  2714:  57.78878     162.0     119.1      42.9      60.9
  2715:  57.80823     151.0     123.0      28.0      60.8
  2716:  57.82769     158.0     128.5      29.5      60.8
  2717:  57.84715     176.0     135.9      40.1      60.8
  2718:  57.86660     168.0     146.2      21.8      60.8
  2719:  57.88606     193.0     161.1      31.9      60.7
  2720:  57.90552     166.0     179.7     -13.7      60.7
  2721:  57.92498     161.0     186.5     -25.5      60.7
  2722:  57.94444     171.0     170.7       0.3      60.6
  2723:  57.96389     194.0     158.4      35.6      60.6
  2724:  57.98335     179.0     155.0      24.0      60.6
  2725:  58.00281     170.0     157.0      13.0      60.6
  2726:  58.02227     184.0     163.0      21.0      60.5
  2727:  58.04173     174.0     173.4       0.6      60.5
  2728:  58.06118     183.0     187.9      -4.9      60.5
  2729:  58.08064     193.0     199.9      -6.9      60.5
  2730:  58.10010     179.0     202.9     -23.9      60.4
  2731:  58.11956     177.0     208.2     -31.2      60.4
  2732:  58.13902     212.0     219.4      -7.4      60.4
  2733:  58.15847     227.0     233.8      -6.8      60.4
  2734:  58.17793     248.0     247.6       0.4      60.3
  2735:  58.19739     241.0     256.9     -15.9      60.3
  2736:  58.21684     247.0     258.0     -11.0      60.3
  2737:  58.23630     233.0     249.4     -16.4      60.3
  2738:  58.25576     196.0     235.3     -39.3      60.3
  2739:  58.27522     211.0     221.3     -10.3      60.2
  2740:  58.29467     194.0     210.3     -16.3      60.2
  2741:  58.31413     177.0     202.9     -25.9      60.2
  2742:  58.33359     212.0     197.8      14.2      60.2
  2743:  58.35305     168.0     193.0     -25.0      60.2
  2744:  58.37251     180.0     186.6      -6.6      60.1
  2745:  58.39196     215.0     176.9      38.1      60.1
  2746:  58.41142     162.0     165.0      -3.0      60.1
  2747:  58.43088     175.0     153.2      21.8      60.1
  2748:  58.45034     156.0     143.0      13.0      60.1
  2749:  58.46980     153.0     135.1      17.9      60.0
  2750:  58.48925     122.0     129.6      -7.6      60.0
  2751:  58.50871     121.0     127.2      -6.2      60.0
  2752:  58.52817     134.0     129.3       4.7      60.0
  2753:  58.54763     131.0     134.9      -3.9      60.0
  2754:  58.56708     132.0     135.2      -3.2      60.0
  2755:  58.58654     105.0     125.8     -20.8      60.0
  2756:  58.60600     140.0     119.6      20.4      59.9
  2757:  58.62546     126.0     117.7       8.3      59.9
  2758:  58.64491     148.0     118.5      29.5      59.9
  2759:  58.66437     127.0     121.1       5.9      59.9
  2760:  58.68383     132.0     126.2       5.8      59.9
  2761:  58.70329     118.0     133.5     -15.5      59.9
  2762:  58.72274     175.0     139.7      35.3      59.9
  2763:  58.74220     141.0     140.7       0.3      59.9
  2764:  58.76166     154.0     141.6      12.4      59.8
  2765:  58.78112     153.0     143.4       9.6      59.8
  2766:  58.80058     132.0     144.7     -12.7      59.8
  2767:  58.82003     164.0     144.7      19.3      59.8
  2768:  58.83949     133.0     144.0     -11.0      59.8
  2769:  58.85895     131.0     143.5     -12.5      59.8
  2770:  58.87841     155.0     143.5      11.5      59.8
  2771:  58.89787     122.0     143.7     -21.7      59.8
  2772:  58.91732     150.0     143.3       6.7      59.8
  2773:  58.93678     138.0     142.0      -4.0      59.8
  2774:  58.95624     144.0     139.6       4.4      59.8
  2775:  58.97570     119.0     136.9     -17.9      59.8
  2776:  58.99515     108.0     134.4     -26.4      59.8
  2777:  59.01461     142.0     132.7       9.3      59.7
  2778:  59.03407     139.0     131.9       7.1      59.7
  2779:  59.05353     127.0     131.6      -4.6      59.7
  2780:  59.07298     148.0     131.9      16.1      59.7
  2781:  59.09244     149.0     132.6      16.4      59.7
  2782:  59.11190     125.0     134.3      -9.3      59.7
  2783:  59.13136     143.0     137.5       5.5      59.7
  2784:  59.15081     141.0     143.2      -2.2      59.7
  2785:  59.17027     156.0     151.9       4.1      59.7
  2786:  59.18973     165.0     162.6       2.4      59.7
  2787:  59.20919     176.0     176.9      -0.9      59.7
  2788:  59.22865     191.0     187.6       3.4      59.7
  2789:  59.24810     170.0     178.8      -8.8      59.7
  2790:  59.26756     154.0     167.0     -13.0      59.7
  2791:  59.28702     169.0     160.6       8.4      59.7
  2792:  59.30648     179.0     157.9      21.1      59.7
  2793:  59.32594     154.0     157.8      -3.8      59.7
  2794:  59.34539     138.0     159.8     -21.8      59.7
  2795:  59.36485     170.0     164.1       5.9      59.7
  2796:  59.38431     175.0     169.2       5.8      59.8
  2797:  59.40377     173.0     167.1       5.9      59.8
  2798:  59.42322     164.0     160.8       3.2      59.8
  2799:  59.44268     140.0     157.0     -17.0      59.8
  2800:  59.46214     150.0     155.4      -5.4      59.8
  2801:  59.48159     161.0     155.5       5.5      59.8
  2802:  59.50105     148.0     156.8      -8.8      59.8
  2803:  59.52051     157.0     159.4      -2.4      59.8
  2804:  59.53997     152.0     163.3     -11.3      59.8
  2805:  59.55943     172.0     168.5       3.5      59.8
  2806:  59.57888     192.0     174.9      17.1      59.8
  2807:  59.59834     190.0     182.6       7.4      59.8
  2808:  59.61780     195.0     191.7       3.3      59.8
  2809:  59.63726     174.0     203.1     -29.1      59.9
  2810:  59.65672     216.0     218.8      -2.8      59.9
  2811:  59.67617     263.0     242.0      21.0      59.9
  2812:  59.69563     255.0     267.8     -12.8      59.9
  2813:  59.71509     273.0     274.4      -1.4      59.9
  2814:  59.73455     267.0     275.4      -8.4      59.9
  2815:  59.75401     267.0     287.1     -20.1      59.9
  2816:  59.77346     351.0     305.6      45.4      60.0
  2817:  59.79292     381.0     326.3      54.7      60.0
  2818:  59.81238     385.0     347.0      38.0      60.0
  2819:  59.83183     368.0     366.5       1.5      60.0
  2820:  59.85129     383.0     384.7      -1.7      60.0
  2821:  59.87075     381.0     392.6     -11.6      60.0
  2822:  59.89021     388.0     386.8       1.2      60.1
  2823:  59.90966     375.0     379.6      -4.6      60.1
  2824:  59.92912     398.0     373.2      24.8      60.1
  2825:  59.94858     367.0     367.4      -0.4      60.1
  2826:  59.96804     351.0     362.4     -11.4      60.1
  2827:  59.98750     381.0     357.7      23.3      60.2
  2828:  60.00695     357.0     352.5       4.5      60.2
  2829:  60.02641     339.0     345.4      -6.4      60.2
  2830:  60.04587     369.0     334.7      34.3      60.2
  2831:  60.06533     332.0     319.4      12.6      60.2
  2832:  60.08479     333.0     300.7      32.3      60.3
  2833:  60.10424     312.0     281.8      30.2      60.3
  2834:  60.12370     284.0     264.8      19.2      60.3
  2835:  60.14316     248.0     250.8      -2.8      60.3
  2836:  60.16262     248.0     239.2       8.8      60.4
  2837:  60.18207     237.0     229.3       7.7      60.4
  2838:  60.20153     254.0     219.9      34.1      60.4
  2839:  60.22099     215.0     210.2       4.8      60.5
  2840:  60.24045     184.0     200.4     -16.4      60.5
  2841:  60.25990     191.0     191.4      -0.4      60.5
  2842:  60.27936     218.0     184.5      33.5      60.5
  2843:  60.29882     189.0     180.2       8.8      60.6
  2844:  60.31828     193.0     179.6      13.4      60.6
  2845:  60.33773     181.0     180.3       0.7      60.6
  2846:  60.35719     168.0     175.3      -7.3      60.7
  2847:  60.37665     157.0     169.9     -12.9      60.7
  2848:  60.39611     189.0     167.5      21.5      60.7
  2849:  60.41557     143.0     167.2     -24.2      60.8
  2850:  60.43502     175.0     168.0       7.0      60.8
  2851:  60.45448     179.0     170.0       9.0      60.8
  2852:  60.47394     166.0     173.3      -7.3      60.9
  2853:  60.49340     185.0     177.9       7.1      60.9
  2854:  60.51286     161.0     181.4     -20.4      60.9
  2855:  60.53231     185.0     182.5       2.5      61.0
  2856:  60.55177     182.0     184.8      -2.8      61.0
  2857:  60.57123     221.0     188.5      32.5      61.1
  2858:  60.59069     205.0     192.6      12.4      61.1
  2859:  60.61014     203.0     196.3       6.7      61.1
  2860:  60.62960     191.0     199.0      -8.0      61.2
  2861:  60.64906     196.0     200.1      -4.1      61.2
  2862:  60.66852     172.0     200.9     -28.9      61.3
  2863:  60.68797     197.0     201.5      -4.5      61.3
  2864:  60.70743     214.0     202.4      11.6      61.3
  2865:  60.72689     190.0     203.7     -13.7      61.4
  2866:  60.74635     234.0     205.3      28.7      61.4
  2867:  60.76580     208.0     207.0       1.0      61.5
  2868:  60.78526     190.0     208.8     -18.8      61.5
  2869:  60.80472     181.0     210.3     -29.3      61.6
  2870:  60.82418     217.0     211.4       5.6      61.6
  2871:  60.84364     201.0     212.9     -11.9      61.7
  2872:  60.86309     205.0     216.8     -11.8      61.7
  2873:  60.88255     250.0     223.7      26.3      61.8
  2874:  60.90201     224.0     233.5      -9.5      61.8
  2875:  60.92147     236.0     244.8      -8.8      61.9
  2876:  60.94093     252.0     254.9      -2.9      61.9
  2877:  60.96038     246.0     261.1     -15.1      62.0
  2878:  60.97984     268.0     260.8       7.2      62.0
  2879:  60.99930     202.0     252.5     -50.5      62.1
  2880:  61.01876     214.0     240.0     -26.0      62.1
  2881:  61.03821     209.0     227.5     -18.5      62.2
  2882:  61.05767     194.0     217.5     -23.5      62.2
  2883:  61.07713     203.0     210.8      -7.8      62.3
  2884:  61.09658     190.0     206.7     -16.7      62.4
  2885:  61.11604     181.0     204.1     -23.1      62.4
  2886:  61.13550     221.0     201.7      19.3      62.5
  2887:  61.15496     195.0     198.1      -3.1      62.5
  2888:  61.17442     176.0     193.3     -17.3      62.6
  2889:  61.19387     172.0     188.5     -16.5      62.7
  2890:  61.21333     186.0     185.5       0.5      62.7
  2891:  61.23279     181.0     184.6      -3.6      62.8
  2892:  61.25225     171.0     186.1     -15.1      62.8
  2893:  61.27171     199.0     189.0      10.0      62.9
  2894:  61.29116     218.0     192.4      25.6      63.0
  2895:  61.31062     228.0     195.1      32.9      63.0
  2896:  61.33008     184.0     196.4     -12.4      63.1
  2897:  61.34954     191.0     197.4      -6.4      63.2
  2898:  61.36900     208.0     201.9       6.1      63.2
  2899:  61.38845     185.0     207.1     -22.1      63.3
  2900:  61.40791     200.0     198.2       1.8      63.4
  2901:  61.42737     188.0     190.2      -2.2      63.4
  2902:  61.44682     206.0     188.5      17.5      63.5
  2903:  61.46628     199.0     189.4       9.6      63.6
  2904:  61.48574     205.0     190.3      14.7      63.6
  2905:  61.50520     207.0     189.6      17.4      63.7
  2906:  61.52465     191.0     187.9       3.1      63.8
  2907:  61.54411     182.0     185.9      -3.9      63.9
  2908:  61.56357     200.0     181.1      18.9      63.9
  2909:  61.58303     165.0     170.0      -5.0      64.0
  2910:  61.60249     166.0     161.5       4.5      64.1
  2911:  61.62194     183.0     156.6      26.4      64.2
  2912:  61.64140     156.0     153.7       2.3      64.2
  2913:  61.66086     148.0     151.8      -3.8      64.3
  2914:  61.68032     150.0     150.5      -0.5      64.4
  2915:  61.69978     144.0     149.5      -5.5      64.5
  2916:  61.71923     142.0     148.6      -6.6      64.5
  2917:  61.73869     162.0     148.4      13.6      64.6
  2918:  61.75815     121.0     149.6     -28.6      64.7
  2919:  61.77761     147.0     152.6      -5.6      64.8
  2920:  61.79706     150.0     157.5      -7.5      64.9
  2921:  61.81652     183.0     164.2      18.8      65.0
  2922:  61.83598     162.0     171.6      -9.6      65.0
  2923:  61.85544     194.0     176.7      17.3      65.1
  2924:  61.87489     198.0     175.8      22.2      65.2
  2925:  61.89435     185.0     168.9      16.1      65.3
  2926:  61.91381     150.0     161.2     -11.2      65.4
  2927:  61.93327     152.0     155.4      -3.4      65.5
  2928:  61.95272     172.0     152.2      19.8      65.6
  2929:  61.97218     162.0     151.3      10.7      65.7
  2930:  61.99164     134.0     151.9     -17.9      65.7
  2931:  62.01110     148.0     153.1      -5.1      65.8
  2932:  62.03056     134.0     153.2     -19.2      65.9
  2933:  62.05001     141.0     150.4      -9.4      66.0
  2934:  62.06947     140.0     145.4      -5.4      66.1
  2935:  62.08893     152.0     140.3      11.7      66.2
  2936:  62.10839     131.0     136.0      -5.0      66.3
  2937:  62.12785     133.0     132.7       0.3      66.4
  2938:  62.14730     142.0     130.4      11.6      66.5
  2939:  62.16676     143.0     129.0      14.0      66.6
  2940:  62.18622     108.0     128.0     -20.0      66.7
  2941:  62.20568     145.0     127.5      17.5      66.8
  2942:  62.22513     124.0     127.4      -3.4      66.9
  2943:  62.24459     130.0     127.6       2.4      67.0
  2944:  62.26405     129.0     128.5       0.5      67.1
  2945:  62.28351     134.0     130.0       4.0      67.2
  2946:  62.30296     137.0     131.7       5.3      67.3
  2947:  62.32242     157.0     133.3      23.7      67.4
  2948:  62.34188     135.0     134.3       0.7      67.5
  2949:  62.36134     138.0     135.1       2.9      67.6
  2950:  62.38079     143.0     136.0       7.0      67.7
  2951:  62.40025     138.0     137.6       0.4      67.8
  2952:  62.41971     154.0     139.0      15.0      68.0
  2953:  62.43917     151.0     140.3      10.7      68.1
  2954:  62.45863     138.0     141.5      -3.5      68.2
  2955:  62.47808     150.0     142.5       7.5      68.3
  2956:  62.49754     142.0     143.3      -1.3      68.4
  2957:  62.51700     135.0     143.8      -8.8      68.5
  2958:  62.53646     147.0     144.0       3.0      68.6
  2959:  62.55592     124.0     143.9     -19.9      68.7
  2960:  62.57537     137.0     143.7      -6.7      68.9
  2961:  62.59483     146.0     142.9       3.1      69.0
  2962:  62.61429     162.0     142.2      19.8      69.1
  2963:  62.63375     144.0     141.6       2.4      69.2
  2964:  62.65320     114.0     141.5     -27.5      69.3
  2965:  62.67266     139.0     141.6      -2.6      69.4
  2966:  62.69212     147.0     142.1       4.9      69.6
  2967:  62.71157     130.0     142.9     -12.9      69.7
  2968:  62.73103     127.0     143.7     -16.7      69.8
  2969:  62.75049     117.0     144.6     -27.6      69.9
  2970:  62.76995     143.0     145.2      -2.2      70.1
  2971:  62.78941     142.0     146.0      -4.0      70.2
  2972:  62.80886     125.0     147.0     -22.0      70.3
  2973:  62.82832     127.0     148.1     -21.1      70.4
  2974:  62.84778     168.0     149.8      18.2      70.6
  2975:  62.86724     144.0     151.6      -7.6      70.7
  2976:  62.88670     155.0     153.6       1.4      70.8
  2977:  62.90615     150.0     155.5      -5.5      71.0
  2978:  62.92561     179.0     156.9      22.1      71.1
  2979:  62.94507     141.0     158.1     -17.1      71.2
  2980:  62.96453     158.0     159.1      -1.1      71.4
  2981:  62.98399     149.0     160.0     -11.0      71.5
  2982:  63.00344     178.0     161.0      17.0      71.6
  2983:  63.02290     182.0     161.8      20.2      71.8
  2984:  63.04236     176.0     162.4      13.6      71.9
  2985:  63.06181     183.0     162.7      20.3      72.0
  2986:  63.08127     141.0     163.8     -22.8      72.2
  2987:  63.10073     178.0     167.6      10.4      72.3
  2988:  63.12019     183.0     175.1       7.9      72.5
  2989:  63.13964     207.0     172.9      34.1      72.6
  2990:  63.15910     158.0     162.3      -4.3      72.8
  2991:  63.17856     147.0     157.0     -10.0      72.9
  2992:  63.19802     166.0     154.0      12.0      73.0
  2993:  63.21748     144.0     151.8      -7.8      73.2
  2994:  63.23693     144.0     150.1      -6.1      73.3
  2995:  63.25639     128.0     148.8     -20.8      73.5
  2996:  63.27585     141.0     149.2      -8.2      73.6
  2997:  63.29531     148.0     151.6      -3.6      73.8
  2998:  63.31477     129.0     149.8     -20.8      73.9
  2999:  63.33422     127.0     144.5     -17.5      74.1
  3000:  63.35368     136.0     142.1      -6.1      74.2
  3001:  63.37314     133.0     141.6      -8.6      74.4
  3002:  63.39260     143.0     141.9       1.1      74.6
  3003:  63.41205     129.0     143.2     -14.2      74.7
  3004:  63.43151     155.0     145.0      10.0      74.9
  3005:  63.45097     144.0     147.5      -3.5      75.0
  3006:  63.47043     162.0     150.3      11.7      75.2
  3007:  63.48988     168.0     153.1      14.9      75.3
  3008:  63.50934     149.0     155.8      -6.8      75.5
  3009:  63.52880     158.0     157.6       0.4      75.7
  3010:  63.54826     157.0     158.0      -1.0      75.8
  3011:  63.56771     169.0     156.9      12.1      76.0
  3012:  63.58717     151.0     154.8      -3.8      76.2
  3013:  63.60663     169.0     153.1      15.9      76.3
  3014:  63.62609     157.0     152.9       4.1      76.5
  3015:  63.64555     161.0     155.0       6.0      76.7
  3016:  63.66500     164.0     161.7       2.3      76.8
  3017:  63.68446     182.0     179.3       2.7      77.0
  3018:  63.70392     199.0     210.1     -11.1      77.2
  3019:  63.72338     215.0     200.9      14.1      77.3
  3020:  63.74284     173.0     175.6      -2.6      77.5
  3021:  63.76229     177.0     166.8      10.2      77.7
  3022:  63.78175     167.0     163.4       3.6      77.9
  3023:  63.80121     187.0     162.0      25.0      78.0
  3024:  63.82067     168.0     161.5       6.5      78.2
  3025:  63.84012     176.0     162.8      13.2      78.4
  3026:  63.85958     181.0     169.0      12.0      78.6
  3027:  63.87904     154.0     181.6     -27.6      78.8
  3028:  63.89849     175.0     178.4      -3.4      78.9
  3029:  63.91795     194.0     163.6      30.4      79.1
  3030:  63.93741     182.0     156.7      25.3      79.3
  3031:  63.95687     161.0     153.2       7.8      79.5
  3032:  63.97633     133.0     150.8     -17.8      79.7
  3033:  63.99578     147.0     149.0      -2.0      79.9
  3034:  64.01524     149.0     147.5       1.5      80.1
  3035:  64.03470     169.0     146.2      22.8      80.2
  3036:  64.05416     159.0     144.9      14.1      80.4
  3037:  64.07362     141.0     143.7      -2.7      80.6
  3038:  64.09307     149.0     142.8       6.2      80.8
  3039:  64.11253     163.0     142.3      20.7      81.0
  3040:  64.13199     116.0     142.0     -26.0      81.2
  3041:  64.15144     134.0     141.9      -7.9      81.4
  3042:  64.17091     144.0     142.4       1.6      81.6
  3043:  64.19036     161.0     143.5      17.5      81.8
  3044:  64.20982     155.0     145.7       9.3      82.0
  3045:  64.22928     145.0     148.8      -3.8      82.2
  3046:  64.24873     136.0     152.9     -16.9      82.4
  3047:  64.26820     157.0     158.4      -1.4      82.6
  3048:  64.28765     155.0     164.7      -9.7      82.8
  3049:  64.30711     163.0     171.1      -8.1      83.0
  3050:  64.32657     177.0     178.5      -1.5      83.2
  3051:  64.34602     168.0     188.2     -20.2      83.4
  3052:  64.36548     185.0     200.5     -15.5      83.6
  3053:  64.38494     194.0     214.3     -20.3      83.8
  3054:  64.40440     234.0     229.7       4.3      84.1
  3055:  64.42385     259.0     246.6      12.4      84.3
  3056:  64.44331     278.0     264.4      13.6      84.5
  3057:  64.46277     316.0     280.9      35.1      84.7
  3058:  64.48223     343.0     292.9      50.1      84.9
  3059:  64.50169     285.0     298.5     -13.5      85.1
  3060:  64.52114     334.0     296.0      38.0      85.3
  3061:  64.54060     294.0     288.4       5.6      85.6
  3062:  64.56006     284.0     280.8       3.2      85.8
  3063:  64.57951     267.0     277.6     -10.6      86.0
  3064:  64.59898     269.0     266.6       2.4      86.2
  3065:  64.61843     253.0     256.0      -3.0      86.4
  3066:  64.63789     271.0     256.0      15.0      86.7
  3067:  64.65735     251.0     261.7     -10.7      86.9
  3068:  64.67680     258.0     252.1       5.9      87.1
  3069:  64.69627     244.0     241.4       2.6      87.3
  3070:  64.71572     211.0     232.1     -21.1      87.6
  3071:  64.73518     212.0     220.3      -8.3      87.8
  3072:  64.75464     189.0     207.0     -18.0      88.0
  3073:  64.77409     178.0     192.1     -14.1      88.3
  3074:  64.79355     170.0     176.5      -6.5      88.5
  3075:  64.81301     152.0     167.9     -15.9      88.7
  3076:  64.83247     144.0     165.2     -21.2      89.0
  3077:  64.85192     148.0     159.9     -11.9      89.2
  3078:  64.87138     144.0     153.3      -9.3      89.5
  3079:  64.89084     127.0     150.7     -23.7      89.7
  3080:  64.91030     147.0     148.4      -1.4      89.9
  3081:  64.92976     120.0     145.2     -25.2      90.2
  3082:  64.94921     113.0     142.2     -29.2      90.4
  3083:  64.96867     114.0     140.3     -26.3      90.7
  3084:  64.98813      97.0     139.5     -42.5      90.9
  3085:  65.00758     116.0     139.9     -23.9      91.2
  3086:  65.02705     122.0     140.8     -18.8      91.4
  3087:  65.04650     106.0     142.4     -36.4      91.7
