USER: xray
JADE: WPF Refinement Report
DATE: Thursday, February 10, 2022, 1:22 PM
FILE: \\CCMR-XRD-Server\Share\ecf56\C-4.brml
IDEN: Commander Sample ID
SCAN: 5.0°/65.008°/0.01946°/64(s), I(p)=2310.0/173.0, Cu(40kV,25mA), Thursday, January 06, 2022, 12:02 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 = 285.458 (59.6956) <1>  [x] c1 =-213.624 (56.9434) <1>
  [x] c2 =-143.94  (31.3416) <1>  [x] c3 = 362.134 (53.3026) <1>
  [x] c4 = 414.953 (81.8085) <1>  [x] c5 =-518.687 (98.9337) <1>
  [x] c-1=-2064.1  (2058.41) <1>  [x] c-3= 34327.1 (15785.3) <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 = 0.0349  (0.00274) <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 = 0.42131 (0.0    ) <3> Skew = s0 + s1 x 2θ + s2 x 2θ²
  [x] s1 =-0.79179 (0.0    ) <3>
  [x] s2 =-0.02248 (0.09959) <4>

  [x] p0 = 0.90393 (0.0    ) <3> Lorentzian Component = p0 + p1 x 2θ + p2 x 2θ²
  [x] p1 =-0.51223 (0.0    ) <3>
  [ ] p2 = 0.0     (0.0    ) <4>

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

  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

  Cr+3: F'=-0.1574, F"=2.439

  21.00, 20.76, 20.07, 19.02, 17.72, 16.30, 14.87, 13.50, 12.26, 11.24
  10.22, 9.495, 8.770, 8.275, 7.780, 7.435, 7.090, 6.835, 6.580, 6.360
  6.140, 5.940, 5.740, 5.540, 5.340, 5.150, 4.960, 4.765, 4.570

  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

  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

  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

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

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

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

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

  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

  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

  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

  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

Phase #1 [Bragg-R = 9.38%]: Clinochlore

  Chemical Formula = Mg5Al1.67Cr.28Si3.04O18H8

  Reference: Phillips T L Loveless J K Bailey S W, American Mineralogist v65
  (1980) p112-122, Cr3+ coordination in chlorites: a structural study of ten
  chromian chlorites Day Book Body, N. C. ● AMCSD#0000770

  Triclinic: C-1 (2), Z=2, aC57.0 [PDF#98-000-1819] [CSD#1819]

  [x] a  = 5.32700 (0.01491) <2> [x] α  = 90.450  (0.256  ) <2>
  [x] b  = 9.22700 (0.01512) <2> [x] β  = 97.350  (0.216  ) <2>
  [x] c  = 14.35600(0.01685) <2> [x] γ  = 89.980  (0.201  ) <2>

  Unit Cell Volume = 699.810 (413)(Å³), Density = 2.7273(g/cm³), Absorption(μ) = 93.1(1/cm)

  [x] SF = 124.546 (6.52259) <1> Intensity Scale Factor
  [x] TF = 4.63996 (1.73745) <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 = 0.95013 (0.08763) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-2.16948 (0.50175) <3>
  [x] f2 = 2.46632 (0.75902) <3>

  Asymmetry Atoms in Unit Cell = 22, General Site Multiplicity = 4

  [ ] x1 = 0.0     (0.0    ) <4> {Wyckoff = 2     } Mg1 <Mg+2>
  [ ] y1 = 0.0     (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] z1 = 0.0     (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] B1 = 1.59914 (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n1 = 1.0     (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x2 = 0.0015  (0.0    ) <4> {Wyckoff = 5     } Mg2 <Mg+2>
  [ ] y2 = 0.3336  (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] z2 =-0.0001  (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] B2 = 1.60203 (0.0    ) <4> {                } Mg2 <Mg+2>
  [ ] n2 = 1.0     (0.0    ) <4> {                } Mg2 <Mg+2>

  [ ] x3 =-0.0008  (0.0    ) <4> {Wyckoff = 4     } Mg3 <Mg+2>
  [ ] y3 = 0.1667  (0.0    ) <4> {                } Mg3 <Mg+2>
  [ ] z3 = 0.4999  (0.0    ) <4> {                } Mg3 <Mg+2>
  [ ] B3 = 1.791   (0.0    ) <4> {                } Mg3 <Mg+2>
  [ ] n3 = 1.0     (0.0    ) <4> {                } Mg3 <Mg+2>

  [ ] x4 = 0.0     (0.0    ) <4> {Wyckoff = 2     } Al1 <Al+3>
  [ ] y4 = 0.5     (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z4 = 0.5     (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B4 = 0.5     (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n4 = 0.71    (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x5 = 0.0     (0.0    ) <4> {Wyckoff = 2     } Cr1 <Cr+3>
  [ ] y5 = 0.5     (0.0    ) <4> {                } Cr1 <Cr+3>
  [ ] z5 = 0.5     (0.0    ) <4> {                } Cr1 <Cr+3>
  [ ] B5 = 1.07855 (0.0    ) <4> {                } Cr1 <Cr+3>
  [ ] n5 = 0.28    (0.0    ) <4> {                } Cr1 <Cr+3>

  [ ] x6 = 0.2328  (0.0    ) <4> {Wyckoff = 4     } Si1 <Si+4>
  [ ] y6 = 0.1688  (0.0    ) <4> {                } Si1 <Si+4>
  [ ] z6 = 0.192   (0.0    ) <4> {                } Si1 <Si+4>
  [ ] B6 = 0.94301 (0.0    ) <4> {                } Si1 <Si+4>
  [ ] n6 = 0.76    (0.0    ) <4> {                } Si1 <Si+4>

  [ ] x7 = 0.2328  (0.0    ) <4> {Wyckoff = 4     } Al1 <Al+3>
  [ ] y7 = 0.1688  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] z7 = 0.192   (0.0    ) <4> {                } Al1 <Al+3>
  [ ] B7 = 0.94301 (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n7 = 0.24    (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x8 = 0.7332  (0.0    ) <4> {Wyckoff = 4     } Si2 <Si+4>
  [ ] y8 = 0.0022  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] z8 = 0.1919  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] B8 = 0.9459  (0.0    ) <4> {                } Si2 <Si+4>
  [ ] n8 = 0.76    (0.0    ) <4> {                } Si2 <Si+4>

  [ ] x9 = 0.7332  (0.0    ) <4> {Wyckoff = 4     } Al2 <Al+3>
  [ ] y9 = 0.0022  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] z9 = 0.1919  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] B9 = 0.9459  (0.0    ) <4> {                } Al2 <Al+3>
  [ ] n9 = 0.24    (0.0    ) <4> {                } Al2 <Al+3>

  [ ] x10= 0.6915  (0.0    ) <4> {Wyckoff = 4     } O-h1 <O -2>
  [ ] y10= 0.3338  (0.0    ) <4> {                } O-h1 <O -2>
  [ ] z10= 0.0727  (0.0    ) <4> {                } O-h1 <O -2>
  [ ] B10= 1.21936 (0.0    ) <4> {                } O-h1 <O -2>
  [ ] n10= 1.0     (0.0    ) <4> {                } O-h1 <O -2>

  [ ] x11= 0.1582  (0.0    ) <4> {Wyckoff = 4     } O-h2 <O -2>
  [ ] y11=-0.0009  (0.0    ) <4> {                } O-h2 <O -2>
  [ ] z11= 0.4305  (0.0    ) <4> {                } O-h2 <O -2>
  [ ] B11= 1.48044 (0.0    ) <4> {                } O-h2 <O -2>
  [ ] n11= 1.0     (0.0    ) <4> {                } O-h2 <O -2>

  [ ] x12= 0.1349  (0.0    ) <4> {Wyckoff = 4     } O-h3 <O -2>
  [ ] y12= 0.3396  (0.0    ) <4> {                } O-h3 <O -2>
  [ ] z12= 0.4303  (0.0    ) <4> {                } O-h3 <O -2>
  [ ] B12= 1.51781 (0.0    ) <4> {                } O-h3 <O -2>
  [ ] n12= 1.0     (0.0    ) <4> {                } O-h3 <O -2>

  [ ] x13= 0.6351  (0.0    ) <4> {Wyckoff = 4     } O-h4 <O -2>
  [ ] y13= 0.1582  (0.0    ) <4> {                } O-h4 <O -2>
  [ ] z13= 0.4308  (0.0    ) <4> {                } O-h4 <O -2>
  [ ] B13= 1.36095 (0.0    ) <4> {                } O-h4 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } O-h4 <O -2>

  [ ] x14= 0.1935  (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y14= 0.1673  (0.0    ) <4> {                } O1 <O -2>
  [ ] z14= 0.0769  (0.0    ) <4> {                } O1 <O -2>
  [ ] B14= 1.16409 (0.0    ) <4> {                } O1 <O -2>
  [ ] n14= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x15= 0.6938  (0.0    ) <4> {Wyckoff = 4     } O2 <O -2>
  [ ] y15= 0.0011  (0.0    ) <4> {                } O2 <O -2>
  [ ] z15= 0.0767  (0.0    ) <4> {                } O2 <O -2>
  [ ] B15= 1.12856 (0.0    ) <4> {                } O2 <O -2>
  [ ] n15= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x16= 0.2107  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y16= 0.3364  (0.0    ) <4> {                } O3 <O -2>
  [ ] z16= 0.2333  (0.0    ) <4> {                } O3 <O -2>
  [ ] B16= 1.64046 (0.0    ) <4> {                } O3 <O -2>
  [ ] n16= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x17= 0.5151  (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y17= 0.1045  (0.0    ) <4> {                } O4 <O -2>
  [ ] z17= 0.2334  (0.0    ) <4> {                } O4 <O -2>
  [ ] B17= 1.63704 (0.0    ) <4> {                } O4 <O -2>
  [ ] n17= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x18= 0.0148  (0.0    ) <4> {Wyckoff = 4     } O5 <O -2>
  [ ] y18= 0.0674  (0.0    ) <4> {                } O5 <O -2>
  [ ] z18= 0.233   (0.0    ) <4> {                } O5 <O -2>
  [ ] B18= 1.73626 (0.0    ) <4> {                } O5 <O -2>
  [ ] n18= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x19= 0.687   (0.0    ) <0> {Wyckoff = 4     } H1 <H +1>
  [ ] y19= 0.343   (0.0    ) <0> {                } H1 <H +1>
  [ ] z19= 0.142   (0.0    ) <0> {                } H1 <H +1>
  [ ] B19= 1.50018 (0.0    ) <0> {                } H1 <H +1>
  [ ] n19= 1.0     (0.0    ) <0> {                } H1 <H +1>

  [ ] x20= 0.127   (0.0    ) <0> {Wyckoff = 4     } H2 <H +1>
  [ ] y20= 0.012   (0.0    ) <0> {                } H2 <H +1>
  [ ] z20= 0.371   (0.0    ) <0> {                } H2 <H +1>
  [ ] B20= 1.50018 (0.0    ) <0> {                } H2 <H +1>
  [ ] n20= 1.0     (0.0    ) <0> {                } H2 <H +1>

  [ ] x21= 0.129   (0.0    ) <0> {Wyckoff = 4     } H3 <H +1>
  [ ] y21= 0.351   (0.0    ) <0> {                } H3 <H +1>
  [ ] z21= 0.367   (0.0    ) <0> {                } H3 <H +1>
  [ ] B21= 1.50018 (0.0    ) <0> {                } H3 <H +1>
  [ ] n21= 1.0     (0.0    ) <0> {                } H3 <H +1>

  [ ] x22= 0.608   (0.0    ) <0> {Wyckoff = 4     } H4 <H +1>
  [ ] y22= 0.157   (0.0    ) <0> {                } H4 <H +1>
  [ ] z22= 0.368   (0.0    ) <0> {                } H4 <H +1>
  [ ] B22= 1.50018 (0.0    ) <0> {                } H4 <H +1>
  [ ] n22= 1.0     (0.0    ) <0> {                } H4 <H +1>

  Symmetry Operators [M=4]

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

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Mg1  (0.0,0.0,0.0)            O-h1 (-0.191,0.166,-0.073)    2.0575
  Mg1  (0.0,0.0,0.0)            O-h1 (0.191,-0.166,0.073)     2.0575
  Mg1  (0.0,0.0,0.0)            O2   (0.306,-0.001,-0.077)    2.0815
  Mg1  (0.0,0.0,0.0)            O2   (-0.306,0.001,0.077)     2.0815
  Mg1  (0.0,0.0,0.0)            O1   (-0.194,-0.167,-0.077)   2.0850
  Mg1  (0.0,0.0,0.0)            O1   (0.194,0.167,0.077)      2.0850
  Mg1  (0.0,0.0,0.0)            H1   (-0.187,0.157,-0.142)    2.6024
  Mg1  (0.0,0.0,0.0)            H1   (0.187,-0.157,0.142)     2.6024
  Mg2  (0.002,0.334,0.0)        O-h1 (-0.191,0.166,-0.073)    2.0569
  Mg2  (0.002,0.334,0.0)        O-h1 (-0.309,0.334,0.073)     2.0642
  Mg2  (0.002,0.334,0.0)        O1   (0.307,0.333,-0.077)     2.0769
  Mg2  (0.002,0.334,0.0)        O2   (0.194,0.501,0.077)      2.0830
  Mg2  (0.002,0.334,0.0)        O2   (-0.194,0.499,-0.077)    2.0858
  Mg2  (0.002,0.334,0.0)        O1   (0.194,0.167,0.077)      2.0878
  Mg2  (0.002,0.334,0.0)        H1   (-0.187,0.157,-0.142)    2.6905
  Mg2  (0.002,0.334,0.0)        H1   (-0.313,0.343,0.142)     2.8013
  Mg3  (-0.001,0.167,0.5)       O-h4 (-0.365,0.158,0.431)     2.0637
  Mg3  (-0.001,0.167,0.5)       O-h4 (-0.135,0.342,0.569)     2.0659
  Mg3  (-0.001,0.167,0.5)       O-h3 (0.135,0.34,0.43)        2.0680
  Mg3  (-0.001,0.167,0.5)       O-h2 (-0.158,0.001,0.57)      2.0691
  Mg3  (-0.001,0.167,0.5)       O-h2 (0.158,-0.001,0.431)     2.0718
  Mg3  (-0.001,0.167,0.5)       O-h3 (0.365,0.16,0.57)        2.0755
  Mg3  (-0.001,0.167,0.5)       H2   (0.127,0.012,0.371)      2.4911
  Mg3  (-0.001,0.167,0.5)       H3   (0.371,0.149,0.633)      2.5762
  Mg3  (-0.001,0.167,0.5)       H4   (-0.108,0.343,0.632)     2.6071
  Mg3  (-0.001,0.167,0.5)       H4   (-0.392,0.157,0.368)     2.6314
  Mg3  (-0.001,0.167,0.5)       H2   (-0.127,-0.012,0.629)    2.6407
  Mg3  (-0.001,0.167,0.5)       H3   (0.129,0.351,0.367)      2.7202
  Al1  (0.0,0.5,0.5)            O-h4 (0.135,0.658,0.431)      1.9601
  Al1  (0.0,0.5,0.5)            O-h4 (-0.135,0.342,0.569)     1.9601
  Al1  (0.0,0.5,0.5)            O-h2 (0.342,0.501,0.57)       1.9611
  Al1  (0.0,0.5,0.5)            O-h2 (-0.342,0.499,0.431)     1.9611
  Al1  (0.0,0.5,0.5)            O-h3 (-0.135,0.66,0.57)       1.9667
  Al1  (0.0,0.5,0.5)            O-h3 (0.135,0.34,0.43)        1.9667
  Al1  (0.0,0.5,0.5)            H3   (-0.129,0.649,0.633)     2.5103
  Al1  (0.0,0.5,0.5)            H3   (0.129,0.351,0.367)      2.5103
  Al1  (0.0,0.5,0.5)            H4   (-0.108,0.343,0.632)     2.5186
  Al1  (0.0,0.5,0.5)            H4   (0.108,0.657,0.368)      2.5186
  Al1  (0.0,0.5,0.5)            H2   (0.373,0.488,0.629)      2.5400
  Al1  (0.0,0.5,0.5)            H2   (-0.373,0.512,0.371)     2.5400
  Cr1  (0.0,0.5,0.5)            O-h4 (0.135,0.658,0.431)      1.9601
  Cr1  (0.0,0.5,0.5)            O-h4 (-0.135,0.342,0.569)     1.9601
  Cr1  (0.0,0.5,0.5)            O-h2 (0.342,0.501,0.57)       1.9611
  Cr1  (0.0,0.5,0.5)            O-h2 (-0.342,0.499,0.431)     1.9611
  Cr1  (0.0,0.5,0.5)            O-h3 (-0.135,0.66,0.57)       1.9667
  Cr1  (0.0,0.5,0.5)            O-h3 (0.135,0.34,0.43)        1.9667
  Cr1  (0.0,0.5,0.5)            H3   (-0.129,0.649,0.633)     2.5103
  Cr1  (0.0,0.5,0.5)            H3   (0.129,0.351,0.367)      2.5103
  Cr1  (0.0,0.5,0.5)            H4   (-0.108,0.343,0.632)     2.5186
  Cr1  (0.0,0.5,0.5)            H4   (0.108,0.657,0.368)      2.5186
  Cr1  (0.0,0.5,0.5)            H2   (0.373,0.488,0.629)      2.5400
  Cr1  (0.0,0.5,0.5)            H2   (-0.373,0.512,0.371)     2.5400
  Si1  (0.233,0.169,0.192)      O1   (0.194,0.167,0.077)      1.6387
  Si1  (0.233,0.169,0.192)      O4   (0.515,0.105,0.233)      1.6562
  Si1  (0.233,0.169,0.192)      O5   (0.015,0.067,0.233)      1.6597
  Si1  (0.233,0.169,0.192)      O3   (0.211,0.336,0.233)      1.6614
  Al1  (0.233,0.169,0.192)      O1   (0.194,0.167,0.077)      1.6387
  Al1  (0.233,0.169,0.192)      O4   (0.515,0.105,0.233)      1.6562
  Al1  (0.233,0.169,0.192)      O5   (0.015,0.067,0.233)      1.6597
  Al1  (0.233,0.169,0.192)      O3   (0.211,0.336,0.233)      1.6614
  Si2  (0.733,0.002,0.192)      O2   (0.694,0.001,0.077)      1.6402
  Si2  (0.733,0.002,0.192)      O5   (1.015,0.067,0.233)      1.6519
  Si2  (0.733,0.002,0.192)      O3   (0.711,-0.164,0.233)     1.6555
  Si2  (0.733,0.002,0.192)      O4   (0.515,0.105,0.233)      1.6623
  Si2  (0.733,0.002,0.192)      H1   (1.187,-0.157,0.142)     2.9898
  Si2  (0.733,0.002,0.192)      H3   (0.629,-0.149,0.367)     2.9977
  Al2  (0.733,0.002,0.192)      O2   (0.694,0.001,0.077)      1.6402
  Al2  (0.733,0.002,0.192)      O5   (1.015,0.067,0.233)      1.6519
  Al2  (0.733,0.002,0.192)      O3   (0.711,-0.164,0.233)     1.6555
  Al2  (0.733,0.002,0.192)      O4   (0.515,0.105,0.233)      1.6623
  Al2  (0.733,0.002,0.192)      H1   (1.187,-0.157,0.142)     2.9898
  Al2  (0.733,0.002,0.192)      H3   (0.629,-0.149,0.367)     2.9977
  O-h1 (0.692,0.334,0.073)      H1   (0.687,0.343,0.142)      1.0012
  O-h1 (0.692,0.334,0.073)      Mg2  (0.499,0.166,0.0)        2.0569
  O-h1 (0.692,0.334,0.073)      Mg1  (0.5,0.5,0.0)            2.0575
  O-h1 (0.692,0.334,0.073)      Mg2  (1.002,0.334,0.0)        2.0642
  O-h1 (0.692,0.334,0.073)      O-h1 (0.809,0.166,-0.073)     2.7237
  O-h1 (0.692,0.334,0.073)      O2   (0.806,0.499,-0.077)     2.7715
  O-h1 (0.692,0.334,0.073)      O1   (0.307,0.333,-0.077)     2.7733
  O-h2 (0.158,-0.001,0.431)     H2   (0.127,0.012,0.371)      0.8583
  O-h2 (0.158,-0.001,0.431)     Al1  (0.5,0.0,0.5)            1.9611
  O-h2 (0.158,-0.001,0.431)     Mg3  (0.001,-0.167,0.5)       2.0691
  O-h2 (0.158,-0.001,0.431)     Mg3  (-0.001,0.167,0.5)       2.0718
  O-h2 (0.158,-0.001,0.431)     O-h4 (0.365,-0.158,0.569)     2.6014
  O-h2 (0.158,-0.001,0.431)     O-h3 (0.365,0.16,0.57)        2.6104
  O-h2 (0.158,-0.001,0.431)     O-h2 (-0.158,0.001,0.57)      2.7718
  O-h2 (0.158,-0.001,0.431)     O5   (0.015,0.067,0.233)      2.9143
  O-h2 (0.158,-0.001,0.431)     O-h4 (0.635,0.158,0.431)      2.9341
  O-h2 (0.158,-0.001,0.431)     O-h3 (0.635,-0.16,0.43)       2.9349
  O-h3 (0.135,0.34,0.43)        H3   (0.129,0.351,0.367)      0.9122
  O-h3 (0.135,0.34,0.43)        Al1  (0.0,0.5,0.5)            1.9667
  O-h3 (0.135,0.34,0.43)        Mg3  (-0.001,0.167,0.5)       2.0680
  O-h3 (0.135,0.34,0.43)        Mg3  (0.501,0.333,0.5)        2.0755
  O-h3 (0.135,0.34,0.43)        O-h4 (-0.135,0.342,0.569)     2.6036
  O-h3 (0.135,0.34,0.43)        O-h2 (0.342,0.501,0.57)       2.6104
  O-h3 (0.135,0.34,0.43)        O-h3 (0.365,0.16,0.57)        2.7686
  O-h3 (0.135,0.34,0.43)        O3   (0.211,0.336,0.233)      2.9074
  O-h3 (0.135,0.34,0.43)        O-h2 (-0.342,0.499,0.431)     2.9349
  O-h3 (0.135,0.34,0.43)        O-h4 (0.135,0.658,0.431)      2.9397
  O-h4 (0.635,0.158,0.431)      H4   (0.608,0.157,0.368)      0.8946
  O-h4 (0.635,0.158,0.431)      Al1  (0.5,0.0,0.5)            1.9601
  O-h4 (0.635,0.158,0.431)      Mg3  (0.999,0.167,0.5)        2.0637
  O-h4 (0.635,0.158,0.431)      Mg3  (0.501,0.333,0.5)        2.0659
  O-h4 (0.635,0.158,0.431)      O-h2 (0.842,0.001,0.57)       2.6014
  O-h4 (0.635,0.158,0.431)      O-h3 (0.365,0.16,0.57)        2.6036
  O-h4 (0.635,0.158,0.431)      O-h4 (0.865,0.342,0.569)      2.7645
  O-h4 (0.635,0.158,0.431)      O4   (0.515,0.105,0.233)      2.8635
  O-h4 (0.635,0.158,0.431)      O-h2 (0.158,-0.001,0.431)     2.9341
  O-h4 (0.635,0.158,0.431)      O-h3 (0.635,-0.16,0.43)       2.9397
  O-h4 (0.635,0.158,0.431)      H3   (0.629,-0.149,0.367)     2.9709
  O1   (0.194,0.167,0.077)      Si1  (0.233,0.169,0.192)      1.6387
  O1   (0.194,0.167,0.077)      Mg2  (0.499,0.166,0.0)        2.0769
  O1   (0.194,0.167,0.077)      Mg1  (0.0,0.0,0.0)            2.0850
  O1   (0.194,0.167,0.077)      Mg2  (0.002,0.334,0.0)        2.0878
  O1   (0.194,0.167,0.077)      O4   (0.515,0.105,0.233)      2.7117
  O1   (0.194,0.167,0.077)      O5   (0.015,0.067,0.233)      2.7123
  O1   (0.194,0.167,0.077)      O3   (0.211,0.336,0.233)      2.7160
  O1   (0.194,0.167,0.077)      O-h1 (-0.191,0.166,-0.073)    2.7733
  O1   (0.194,0.167,0.077)      O2   (0.306,-0.001,-0.077)    2.8145
  O1   (0.194,0.167,0.077)      O1   (0.307,0.333,-0.077)     2.8214
  O2   (0.694,0.001,0.077)      Si2  (0.733,0.002,0.192)      1.6402
  O2   (0.694,0.001,0.077)      Mg1  (1.0,0.0,0.0)            2.0815
  O2   (0.694,0.001,0.077)      Mg2  (0.502,-0.166,0.0)       2.0830
  O2   (0.694,0.001,0.077)      Mg2  (0.499,0.166,0.0)        2.0858
  O2   (0.694,0.001,0.077)      O5   (1.015,0.067,0.233)      2.7075
  O2   (0.694,0.001,0.077)      O3   (0.711,-0.164,0.233)     2.7154
  O2   (0.694,0.001,0.077)      O4   (0.515,0.105,0.233)      2.7186
  O2   (0.694,0.001,0.077)      O-h1 (0.809,0.166,-0.073)     2.7715
  O2   (0.694,0.001,0.077)      O1   (0.807,-0.167,-0.077)    2.8145
  O2   (0.694,0.001,0.077)      O2   (0.306,-0.001,-0.077)    2.8194
  O3   (0.211,0.336,0.233)      Si2  (0.233,0.502,0.192)      1.6555
  O3   (0.211,0.336,0.233)      Si1  (0.233,0.169,0.192)      1.6614
  O3   (0.211,0.336,0.233)      H3   (0.129,0.351,0.367)      2.0252
  O3   (0.211,0.336,0.233)      O5   (0.515,0.567,0.233)      2.6780
  O3   (0.211,0.336,0.233)      O4   (0.015,0.605,0.233)      2.6840
  O3   (0.211,0.336,0.233)      O4   (0.515,0.105,0.233)      2.6842
  O3   (0.211,0.336,0.233)      O5   (0.015,0.067,0.233)      2.6926
  O3   (0.211,0.336,0.233)      O2   (0.194,0.501,0.077)      2.7154
  O3   (0.211,0.336,0.233)      O1   (0.194,0.167,0.077)      2.7160
  O3   (0.211,0.336,0.233)      O-h3 (0.135,0.34,0.43)        2.9074
  O3   (0.211,0.336,0.233)      H1   (-0.313,0.343,0.142)     2.9274
  O4   (0.515,0.105,0.233)      Si1  (0.233,0.169,0.192)      1.6562
  O4   (0.515,0.105,0.233)      Si2  (0.733,0.002,0.192)      1.6623
  O4   (0.515,0.105,0.233)      H4   (0.608,0.157,0.368)      1.9885
  O4   (0.515,0.105,0.233)      O3   (0.711,-0.164,0.233)     2.6840
  O4   (0.515,0.105,0.233)      O3   (0.211,0.336,0.233)      2.6842
  O4   (0.515,0.105,0.233)      O5   (1.015,0.067,0.233)      2.6844
  O4   (0.515,0.105,0.233)      O5   (0.015,0.067,0.233)      2.6864
  O4   (0.515,0.105,0.233)      O1   (0.194,0.167,0.077)      2.7117
  O4   (0.515,0.105,0.233)      O2   (0.694,0.001,0.077)      2.7186
  O4   (0.515,0.105,0.233)      H1   (0.687,0.343,0.142)      2.7852
  O4   (0.515,0.105,0.233)      O-h4 (0.635,0.158,0.431)      2.8635
  O5   (0.015,0.067,0.233)      Si2  (-0.267,0.002,0.192)     1.6519
  O5   (0.015,0.067,0.233)      Si1  (0.233,0.169,0.192)      1.6597
  O5   (0.015,0.067,0.233)      H2   (0.127,0.012,0.371)      2.0630
  O5   (0.015,0.067,0.233)      H1   (0.187,-0.157,0.142)     2.6642
  O5   (0.015,0.067,0.233)      O3   (-0.289,-0.164,0.233)    2.6780
  O5   (0.015,0.067,0.233)      O4   (-0.485,0.105,0.233)     2.6844
  O5   (0.015,0.067,0.233)      O4   (0.515,0.105,0.233)      2.6864
  O5   (0.015,0.067,0.233)      O3   (0.211,0.336,0.233)      2.6926
  O5   (0.015,0.067,0.233)      O2   (-0.306,0.001,0.077)     2.7075
  O5   (0.015,0.067,0.233)      O1   (0.194,0.167,0.077)      2.7123
  O5   (0.015,0.067,0.233)      O-h2 (0.158,-0.001,0.431)     2.9143
  H1   (0.687,0.343,0.142)      O-h1 (0.692,0.334,0.073)      1.0012
  H1   (0.687,0.343,0.142)      Mg1  (0.5,0.5,0.0)            2.6024
  H1   (0.687,0.343,0.142)      O5   (0.515,0.567,0.233)      2.6642
  H1   (0.687,0.343,0.142)      Mg2  (0.499,0.166,0.0)        2.6905
  H1   (0.687,0.343,0.142)      O4   (0.515,0.105,0.233)      2.7852
  H1   (0.687,0.343,0.142)      Mg2  (1.002,0.334,0.0)        2.8013
  H1   (0.687,0.343,0.142)      O3   (1.211,0.336,0.233)      2.9274
  H1   (0.687,0.343,0.142)      Si2  (0.233,0.502,0.192)      2.9898
  H2   (0.127,0.012,0.371)      O-h2 (0.158,-0.001,0.431)     0.8583
  H2   (0.127,0.012,0.371)      O5   (0.015,0.067,0.233)      2.0630
  H2   (0.127,0.012,0.371)      Mg3  (-0.001,0.167,0.5)       2.4911
  H2   (0.127,0.012,0.371)      Al1  (0.5,0.0,0.5)            2.5400
  H2   (0.127,0.012,0.371)      Mg3  (0.001,-0.167,0.5)       2.6407
  H2   (0.127,0.012,0.371)      H4   (0.608,0.157,0.368)      2.8963
  H3   (0.129,0.351,0.367)      O-h3 (0.135,0.34,0.43)        0.9122
  H3   (0.129,0.351,0.367)      O3   (0.211,0.336,0.233)      2.0252
  H3   (0.129,0.351,0.367)      Al1  (0.0,0.5,0.5)            2.5103
  H3   (0.129,0.351,0.367)      Mg3  (0.501,0.333,0.5)        2.5762
  H3   (0.129,0.351,0.367)      Mg3  (-0.001,0.167,0.5)       2.7202
  H3   (0.129,0.351,0.367)      H4   (0.108,0.657,0.368)      2.8256
  H3   (0.129,0.351,0.367)      O-h4 (0.135,0.658,0.431)      2.9709
  H3   (0.129,0.351,0.367)      Si2  (0.233,0.502,0.192)      2.9977
  H4   (0.608,0.157,0.368)      O-h4 (0.635,0.158,0.431)      0.8946
  H4   (0.608,0.157,0.368)      O4   (0.515,0.105,0.233)      1.9885
  H4   (0.608,0.157,0.368)      Al1  (0.5,0.0,0.5)            2.5186
  H4   (0.608,0.157,0.368)      Mg3  (0.501,0.333,0.5)        2.6071
  H4   (0.608,0.157,0.368)      Mg3  (0.999,0.167,0.5)        2.6314
  H4   (0.608,0.157,0.368)      H3   (0.629,-0.149,0.367)     2.8256
  H4   (0.608,0.157,0.368)      H2   (0.127,0.012,0.371)      2.8963

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

  #    ( h k l)     Angle     d(Å)   I%(f)  | F |  m      Lp    Area
  1    ( 0 0 1)     6.238  14.2376   77.20   43.8  2  340.14  118.81
  2    ( 0 0 2)    12.459   7.1188  100.00  101.8  2   83.92  153.90
  3    ( 0 0 3)    18.717   4.7459   46.28  107.9  2   36.50   71.23
  4    ( 0 2 0)    19.258   4.6134    5.94   39.9  2   34.41    9.13
  5    (-1 1 0)    19.374   4.5861    6.50   42.1  2   33.99   10.00
  6    ( 1 1 0)    19.385   4.5835   22.62   78.5  2   33.95   34.82
  7    (-1-1 1)    19.672   4.5170    5.76   40.3  2   32.93    8.86
  8    (-1 1 1)    19.710   4.5085    1.13   17.9  2   32.80    1.74
  9    ( 0-2 1)    20.205   4.3989    9.17   52.4  2   31.15   14.11
  10   ( 0 2 1)    20.300   4.3786   14.62   66.6  2   30.85   22.50
  11   ( 1-1 1)    20.995   4.2348   10.32   58.2  2   28.77   15.89
  12   ( 1 1 1)    21.051   4.2237    1.28   20.6  2   28.61    1.98
  13   (-1-1 2)    21.840   4.0727    1.52   23.4  2   26.50    2.34
  14   (-1 1 2)    21.918   4.0584   18.58   82.1  2   26.31   28.59
  15   ( 0 2 2)    23.071   3.8576    6.70   52.4  2   23.64   10.31
  16   ( 1-1 2)    24.200   3.6800    3.62   40.8  2   21.39    5.56
  17   ( 1 1 2)    24.288   3.6668    5.88   52.2  2   21.22    9.04
  18   ( 0 0 4)    25.032   3.5594   57.89  170.0  2   19.92   89.09
  19   (-1-1 3)    25.431   3.5043    7.57   62.7  2   19.26   11.65
  20   (-1 1 3)    25.537   3.4900    0.13    8.2  2   19.10    0.20
  21   ( 0-2 3)    26.858   3.3211    8.01   69.1  2   17.16   12.33
  22   ( 1-1 3)    28.488   3.1344    4.49   55.7  2   15.14    6.91
  23   ( 1 1 3)    28.598   3.1225    0.64   21.2  2   15.02    0.98
  24   (-1-1 4)    29.974   2.9822    0.15   11.0  2   13.58    0.23
  25   (-1 1 4)    30.097   2.9702    1.90   38.9  2   13.46    2.92
  26   ( 0 0 5)    31.425   2.8475   11.57  101.9  2   12.27   17.81
  27   ( 0-2 4)    31.637   2.8289    0.98   30.0  2   12.09    1.52
  28   ( 0 2 4)    31.885   2.8074    3.02   53.1  2   11.89    4.65
  29   ( 1-1 4)    33.489   2.6764    0.29   17.5  2   10.69    0.44
  30   ( 1 1 4)    33.613   2.6668    2.07   47.3  2   10.60    3.19
  31   (-2 0 1)    33.714   2.6590    0.90   31.4  2   10.54    1.39
  32   (-1 3 0)    33.717   2.6588    0.97   32.5  2   10.53    1.49
  33   ( 1 3 0)    33.737   2.6572    1.45   39.7  2   10.52    2.22
  34   (-2 0 2)    34.682   2.5869    9.16  104.0  2    9.90   14.10
  35   ( 1-3 1)    34.683   2.5868    9.30  104.8  2    9.90   14.31
  36   ( 1 3 1)    34.788   2.5792    9.42  106.0  2    9.84   14.50
  37   (-1-1 5)    35.145   2.5539    1.72   45.9  2    9.62    2.64
  38   (-1-3 2)    35.205   2.5496   14.71  134.7  2    9.59   22.64
  39   (-1 1 5)    35.280   2.5444    0.93   33.9  2    9.54    1.43
  40   ( 2 0 1)    35.347   2.5397   14.54  134.7  2    9.50   22.37
  41   (-1 3 2)    35.356   2.5391   14.77  135.8  2    9.50   22.73
  42   ( 1-3 2)    36.762   2.4450   13.03  135.0  2    8.72   20.06
  43   (-2 0 3)    36.764   2.4449   13.05  135.2  2    8.72   20.08
  44   ( 1 3 2)    36.944   2.4334   12.68  134.2  2    8.62   19.51
  45   ( 0-2 5)    36.971   2.4317    0.27   19.6  2    8.61    0.42
  46   (-1-3 3)    37.603   2.3922    5.92   94.2  2    8.29    9.12
  47   ( 2 0 2)    37.814   2.3793    6.93  102.7  2    8.19   10.66
  48   (-1 3 3)    37.825   2.3787    6.88  102.4  2    8.19   10.59
  49   ( 0 0 6)    37.920   2.3729    0.19   17.1  2    8.14    0.29
  50   ( 1-1 5)    38.980   2.3107    0.79   36.2  2    7.66    1.21
  51   ( 0 4 0)    39.051   2.3067    0.19   18.0  2    7.63    0.30
  52   (-2-2 1)    39.089   2.3046    0.17   16.7  2    7.61    0.25
  53   ( 1 1 5)    39.115   2.3030    0.68   33.9  2    7.60    1.05
  54   (-2 2 1)    39.117   2.3029    0.36   24.7  2    7.60    0.55
  55   ( 0-4 1)    39.530   2.2798    0.20   18.7  2    7.42    0.31
  56   ( 0 4 1)    39.632   2.2742    0.22   19.8  2    7.38    0.34
  57   ( 1-3 3)    39.806   2.2646    5.35   97.5  2    7.31    8.23
  58   (-2 0 4)    39.810   2.2644    5.36   97.7  2    7.31    8.25
  59   (-2-2 2)    39.918   2.2585    0.25   21.3  2    7.26    0.39
  60   ( 1 3 3)    40.052   2.2513    5.07   95.9  2    7.21    7.81
  61   ( 2-2 1)    40.512   2.2267    0.07   11.9  2    7.03    0.12
  62   ( 2 2 1)    40.585   2.2229    0.53   31.8  2    7.00    0.82
  63   (-1-1 6)    40.761   2.2137    0.42   28.3  2    6.93    0.64
  64   (-1 1 6)    40.905   2.2062    0.32   24.9  2    6.88    0.49
  65   (-1-3 4)    40.912   2.2059    0.23   21.1  2    6.88    0.35
  66   ( 2 0 3)    41.181   2.1921    0.19   19.2  2    6.78    0.29
  67   (-1 3 4)    41.193   2.1915    0.18   18.9  2    6.77    0.28
  68   ( 0 4 2)    41.235   2.1893    0.28   23.6  2    6.76    0.43
  69   (-2-2 3)    41.752   2.1634    0.32   25.6  2    6.57    0.49
  70   (-2 2 3)    41.877   2.1572    0.31   25.4  2    6.53    0.47
  71   ( 2-2 2)    42.701   2.1174    0.40   29.9  2    6.25    0.62
  72   ( 0-2 6)    42.711   2.1169    0.48   32.8  2    6.25    0.74
  73   ( 0 2 6)    42.999   2.1034    0.39   29.7  2    6.15    0.60
  74   ( 0-4 3)    43.484   2.0811    0.82   44.1  2    6.00    1.27
  75   ( 1-3 4)    43.648   2.0736    1.16   52.7  2    5.95    1.79
  76   (-2 0 5)    43.653   2.0734    1.14   52.3  2    5.95    1.76
  77   ( 1 3 4)    43.947   2.0602    1.00   49.5  2    5.86    1.54
  78   (-2-2 4)    44.489   2.0363    0.41   32.3  2    5.70    0.63
  79   ( 0 0 7)    44.544   2.0339    2.02   71.8  2    5.68    3.11
  80   ( 1-1 6)    44.844   2.0210    0.11   17.0  2    5.60    0.17
  81   (-1-3 5)    44.971   2.0156   11.12  171.2  2    5.56   17.12
  82   ( 2 0 4)    45.288   2.0022   10.22  166.0  2    5.47   15.73
  83   (-1 3 5)    45.301   2.0017   10.26  166.4  2    5.47   15.79
  84   ( 2-2 3)    45.748   1.9831    0.46   35.9  2    5.35    0.71
  85   ( 2 2 3)    45.905   1.9767    0.39   33.4  2    5.31    0.61
  86   (-1-1 7)    46.728   1.9438    0.12   19.1  2    5.10    0.19
  87   (-1 1 7)    46.879   1.9378    0.35   32.8  2    5.06    0.55
  88   ( 0 4 4)    47.111   1.9288    0.35   32.8  2    5.01    0.54
  89   (-2-2 5)    48.008   1.8949    0.17   23.4  2    4.80    0.25
  90   ( 1-3 5)    48.144   1.8898    2.98   99.5  2    4.77    4.58
  91   (-2 0 6)    48.151   1.8895    2.99   99.7  2    4.76    4.60
  92   (-2 2 5)    48.207   1.8875    0.93   55.7  2    4.75    1.43
  93   ( 1 3 5)    48.486   1.8773    3.13  103.3  2    4.69    4.82
  94   ( 0 2 7)    49.086   1.8557    0.28   31.8  2    4.56    0.44
  95   ( 2-2 4)    49.532   1.8400    0.33   35.1  2    4.47    0.51
  96   (-1-3 6)    49.647   1.8360    2.56   97.5  2    4.44    3.95
  97   ( 2 2 4)    49.723   1.8334    0.07   16.1  2    4.43    0.11
  98   ( 2 0 5)    50.003   1.8238    2.60   99.4  2    4.37    4.00
  99   (-1 3 6)    50.017   1.8233    2.64  100.1  2    4.37    4.06
  100  ( 0-4 5)    50.729   1.7993    0.24   31.1  2    4.23    0.37
  101  ( 1-1 7)    51.025   1.7896    0.06   15.1  2    4.17    0.09
  102  ( 0 4 5)    51.149   1.7855    0.53   46.6  2    4.15    0.81
  103  ( 1 1 7)    51.176   1.7846    0.20   28.7  2    4.15    0.31
  104  ( 0 0 8)    51.329   1.7797    0.08   18.5  2    4.12    0.13
  105  (-2-2 6)    52.196   1.7521    0.09   19.8  2    3.96    0.14
  106  (-3 1 1)    52.472   1.7436    0.26   34.1  2    3.92    0.39
  107  (-2-4 1)    52.486   1.7431    0.06   17.1  2    3.91    0.10
  108  (-1 5 0)    52.506   1.7425    0.41   42.9  2    3.91    0.62
  109  ( 1 5 0)    52.530   1.7418    0.33   38.9  2    3.91    0.51
  110  (-2 4 1)    52.531   1.7417    0.65   54.5  2    3.91    1.01
  111  (-2 4 0)    52.650   1.7381    0.09   20.7  2    3.89    0.14
  112  ( 2 4 0)    52.687   1.7369    0.22   31.6  2    3.88    0.33
  113  (-1 5 1)    52.689   1.7369    0.28   36.0  2    3.88    0.43
  114  (-3-1 2)    52.848   1.7320    0.37   41.7  2    3.85    0.57
  115  (-3 1 2)    52.875   1.7312    0.26   35.0  2    3.85    0.40
  116  (-3 1 0)    52.913   1.7301    0.26   34.9  2    3.84    0.40
  117  ( 3 1 0)    52.926   1.7296    0.30   37.4  2    3.84    0.46
  118  (-1-1 8)    53.002   1.7273    0.08   19.6  2    3.83    0.13
  119  (-2-4 2)    53.128   1.7235    0.50   48.5  2    3.81    0.76
  120  ( 1-3 6)    53.186   1.7218    0.53   50.3  2    3.80    0.82
  121  (-2 0 7)    53.194   1.7216    0.53   50.3  2    3.80    0.82
  122  ( 1 5 1)    53.292   1.7186    0.08   19.9  2    3.78    0.13
  123  (-1-5 2)    53.529   1.7116    0.71   58.8  2    3.74    1.09
  124  ( 1 3 6)    53.565   1.7105    0.53   51.0  2    3.74    0.82
  125  ( 2-4 1)    53.607   1.7092    0.15   27.4  2    3.73    0.24
  126  ( 2 4 1)    53.725   1.7058    0.35   41.8  2    3.71    0.54
  127  ( 2-2 5)    53.948   1.6992    0.16   27.9  2    3.68    0.24
  128  (-3-1 3)    54.063   1.6959    0.25   35.8  2    3.66    0.39
  129  ( 2 2 5)    54.168   1.6929    0.63   56.6  2    3.64    0.97
  130  ( 3-1 1)    54.183   1.6924    0.32   40.5  2    3.64    0.49
  131  ( 3 1 1)    54.216   1.6915    0.05   16.6  2    3.64    0.08
  132  (-2-4 3)    54.592   1.6807    0.05   16.2  2    3.58    0.08
  133  ( 1-5 2)    54.648   1.6791    0.25   36.2  2    3.57    0.38
  134  (-2 4 3)    54.796   1.6749    0.20   32.7  2    3.55    0.31
  135  (-1-3 7)    54.843   1.6736    1.05   74.8  2    3.54    1.61
  136  ( 1 5 2)    54.871   1.6728    0.15   28.4  2    3.54    0.23
  137  ( 0-2 8)    55.156   1.6648    0.13   26.9  2    3.50    0.20
  138  ( 2 0 6)    55.233   1.6627    1.11   77.9  2    3.49    1.70
  139  (-1 3 7)    55.247   1.6623    1.07   76.8  2    3.48    1.65
  140  (-1-5 3)    55.258   1.6620    0.07   19.2  2    3.48    0.10
  141  ( 0-4 6)    55.311   1.6605    0.19   32.8  2    3.47    0.30
  142  ( 2-4 2)    55.373   1.6588    0.16   29.4  2    3.47    0.24
  143  (-1 5 3)    55.532   1.6544    0.54   55.2  2    3.44    0.84
  144  ( 0 4 6)    55.785   1.6475    0.19   32.9  2    3.41    0.29
  145  (-3 1 4)    56.137   1.6380    0.24   37.2  2    3.36    0.36
  146  ( 3 1 2)    56.296   1.6338    0.54   56.4  2    3.34    0.83
  147  (-2-4 4)    56.836   1.6195    0.24   38.7  2    3.27    0.38
  148  (-2-2 7)    56.963   1.6162    0.52   56.9  2    3.25    0.81
  149  (-2 4 4)    57.112   1.6123    0.23   37.8  2    3.23    0.35
  150  (-2 2 7)    57.217   1.6096    0.12   28.0  2    3.22    0.19
  151  ( 1 5 3)    57.222   1.6095    0.18   33.7  2    3.22    0.28
  152  ( 1-1 8)    57.504   1.6023    0.17   33.2  2    3.18    0.26
  153  ( 2 4 3)    58.162   1.5857    0.11   26.6  2    3.10    0.16
  154  ( 0 0 9)    58.312   1.5820    0.19   35.7  2    3.08    0.29
  155  ( 1-3 7)    58.703   1.5724    4.26  172.2  2    3.04    6.55
  156  (-2 0 8)    58.713   1.5721    4.28  172.6  2    3.03    6.58
  157  (-3-1 5)    58.821   1.5695    0.09   25.7  2    3.02    0.14
  158  ( 3-1 3)    59.042   1.5641    0.39   52.7  2    3.00    0.60
  159  ( 3 1 3)    59.112   1.5624    0.10   26.4  2    2.99    0.15
  160  ( 1 3 7)    59.116   1.5623    4.07  170.7  2    2.99    6.26
  161  ( 2 2 6)    59.161   1.5613    0.05   18.6  2    2.98    0.07
  162  (-1 1 9)    59.741   1.5475    0.07   22.8  2    2.92    0.11
  163  (-2-4 5)    59.803   1.5460    0.19   37.8  2    2.91    0.29
  164  ( 1-5 4)    59.890   1.5440    0.09   26.2  2    2.90    0.14
  165  (-2 4 5)    60.146   1.5380    0.21   39.8  2    2.87    0.32
  166  (-3-3 1)    60.147   1.5380    6.04  215.4  2    2.87    9.30
  167  ( 0 6 0)    60.156   1.5378    6.07  215.9  2    2.87    9.35
  168  (-3 3 1)    60.166   1.5376    6.07  215.9  2    2.87    9.34
  169  ( 0-4 7)    60.425   1.5316    0.31   48.9  2    2.85    0.47
  170  (-3-3 2)    60.479   1.5303    0.09   27.1  2    2.84    0.14
  171  ( 0-6 1)    60.486   1.5302    0.09   27.1  2    2.84    0.14
  172  (-1-3 8)    60.499   1.5299    0.16   35.8  2    2.84    0.25
  173  (-3 3 0)    60.550   1.5287    0.07   22.8  2    2.83    0.10
  174  (-3 3 2)    60.553   1.5286    0.07   23.7  2    2.83    0.11
  175  ( 3 3 0)    60.588   1.5278    0.05   19.4  2    2.83    0.07
  176  ( 0 6 1)    60.598   1.5276    0.05   19.3  2    2.83    0.07
  177  ( 2 0 7)    60.920   1.5203    0.24   43.9  2    2.79    0.37
  178  (-1 3 8)    60.935   1.5200    0.24   44.0  2    2.79    0.37
  179  (-1-5 5)    60.943   1.5198    0.29   48.2  2    2.79    0.44
  180  ( 0 4 7)    60.949   1.5197    0.12   31.6  2    2.79    0.19
  181  ( 2-4 4)    61.122   1.5158    0.09   27.2  2    2.77    0.14
  182  (-1 5 5)    61.387   1.5098    0.11   30.0  2    2.75    0.17
  183  (-3-3 3)    61.575   1.5057    1.14   98.2  2    2.73    1.76
  184  ( 0-6 2)    61.580   1.5056    1.13   97.6  2    2.73    1.74
  185  ( 3-3 1)    61.698   1.5030    1.00   92.1  2    2.72    1.53
  186  (-3 3 3)    61.704   1.5028    1.01   92.5  2    2.72    1.55
  187  ( 3 3 1)    61.791   1.5009    0.89   87.3  2    2.71    1.37
  188  ( 0 6 2)    61.802   1.5007    0.88   87.0  2    2.71    1.36
  189  ( 0-2 9)    61.831   1.5000    0.07   24.3  2    2.70    0.11
  190  (-2-2 8)    62.244   1.4911    0.05   20.5  2    2.66    0.07
  191  (-2 2 8)    62.522   1.4851    0.16   37.5  2    2.64    0.24
  192  (-3-3 4)    63.413   1.4664    0.29   52.9  2    2.56    0.45
  193  ( 0-6 3)    63.416   1.4663    0.30   53.7  2    2.56    0.47
  194  (-2-4 6)    63.436   1.4659    0.12   33.8  2    2.55    0.19
  195  ( 1-5 5)    63.536   1.4638    0.04   19.2  2    2.55    0.06
  196  ( 3-3 2)    63.585   1.4628    0.28   52.0  2    2.54    0.43
  197  (-3 3 4)    63.595   1.4626    0.27   51.3  2    2.54    0.42
  198  ( 3 3 2)    63.731   1.4598    0.26   50.2  2    2.53    0.40
  199  ( 0 6 3)    63.744   1.4595    0.25   49.5  2    2.53    0.39
  200  (-2 4 6)    63.839   1.4576    0.09   29.5  2    2.52    0.14
  201  ( 1 5 5)    64.011   1.4541    0.04   20.8  2    2.51    0.07
  202  ( 2-2 7)    64.381   1.4466    0.34   58.5  2    2.47    0.52
  203  ( 2 2 7)    64.650   1.4412    0.06   25.0  2    2.45    0.09
  204  ( 1-3 8)    64.658   1.4411    0.07   26.7  2    2.45    0.11
  205  (-2 0 9)    64.669   1.4409    0.07   26.4  2    2.45    0.10
  206  ( 1 3 8)    65.102   1.4323    0.10   32.7  2    2.41    0.16
  207  (-1 5 6)    65.304   1.4284    0.14   38.3  2    2.40    0.21
  208  (0,0,10)    65.542   1.4238    0.95  101.8  2    2.38    1.46
  209  (-3-3 5)    65.959   1.4158    0.33   60.4  2    2.35    0.50
  210  ( 0-6 4)    65.961   1.4157    0.33   60.8  2    2.35    0.51

Phase #2 [Bragg-R = 12.69%]: Annite-1M

  Chemical Formula = K2(Fe5+2Al)Si5Al3O20(OH)4

  Reference: Rutherford., J. Petrol., v14 p159 (1973) ● Sample Preparation:
  Synthesized hydrothermally, 675 C, 40 days, Press(fluid) = Press(total) =
  2 kbar. Warning: Lines with abs(delta 2Theta)>0.06 DEG.

  Monoclinic: C2/m (12) ● b-unique, Z=1, mC44 [PDF#00-026-0909]

  [x] a  = 5.35450 (0.02100) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 9.24342 (0.02449) <2> [x] β  = 100.211 (0.172  ) <2>
  [x] c  = 10.24909(0.02412) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 499.233 (639)(Å³), Density = 3.3053(g/cm³), Absorption(μ) = 383.7(1/cm)

  [x] SF = 8.06074 (1.64725) <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 = 0.84099 (0.37065) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.17215 (1.24133) <3>
  [x] f2 =-0.43421 (1.04722) <3>

  14 Reflections in Fitted Range:

  #   ( h k l)     Angle     d(Å)    I%(f) (esd)  I(f)-I(r)  Area
  1   ( 0 0 1)     8.794  10.0868   81.53 (0.00)     -18.47  80.6
  2   ( 0 0 2)    17.606   5.0434    0.01 (?.??)     -14.99   0.0
  3   (-1 1 2)    24.174   3.6838  56.44 (17.65)      46.44  55.8
  4   ( 0 2 2)    26.166   3.4074    0.01 (?.??)     -24.99   0.0
  5   ( 0 0 3)    26.523   3.3623  57.19 (21.89)     -42.81  56.5
  6   ( 1 1 2)    28.285   3.1564  51.41 (19.15)      41.41  50.8
  7   (-1 1 3)    30.476   2.9341  21.21 (16.10)       1.21  21.0
  8   ( 0 2 3)    32.951   2.7189    0.54 (?.??)      -4.46   0.5
  9   ( 2 0 0)    34.032   2.6348  100.00 (?.??)      20.00  98.9
  10  (-1 3 2)    36.767   2.4447  80.74 (27.03)      30.74  79.8
  11  (-2 0 3)    39.539   2.2793  30.40 (12.24)      20.40  30.1
  12  (-1 3 3)    41.355   2.1832   30.23 (?.??)      -9.77  29.9
  13  (-1 3 4)    47.402   1.9177   22.51 (9.38)      17.51  22.3
  14  (-2 0 6)    59.760   1.5470   36.25 (?.??)      -3.75  35.8

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

Phase #3 [Bragg-R = 6.97%]: Actinolite

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

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

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

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

  [x] a  = 9.91644 (0.00841) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.14294(0.00843) <2> [x] β  = 105.017 (0.035  ) <2>
  [x] c  = 5.28024 (0.00817) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 917.545 (675)(Å³), Density = 3.2518(g/cm³), Absorption(μ) = 286.7(1/cm)

  [x] SF = 6.02267 (2.90051) <1> Intensity Scale Factor
  [x] TF =-2.67802 (6.46869) <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 = 0.06625 (0.03658) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.09479 (0.15102) <3>
  [x] f2 = 0.13005 (0.20975) <3>

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

  Symmetry Operators [M=8]

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

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Fe1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0898
  Fe1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0898
  Fe1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0960
  Fe1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0960
  Fe1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1035
  Fe1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1035
  Fe1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6895
  Fe1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6895
  Mn1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0898
  Mn1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0898
  Mn1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0960
  Mn1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0960
  Mn1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1035
  Mn1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1035
  Mn1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6895
  Mn1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6895
  Mg1  (0.0,0.089,0.5)          O1   (-0.112,0.087,0.785)     2.0898
  Mg1  (0.0,0.089,0.5)          O1   (0.112,0.087,0.215)      2.0898
  Mg1  (0.0,0.089,0.5)          O2   (0.121,0.173,0.721)      2.0960
  Mg1  (0.0,0.089,0.5)          O2   (-0.121,0.173,0.279)     2.0960
  Mg1  (0.0,0.089,0.5)          O3   (0.111,0.0,0.714)        2.1035
  Mg1  (0.0,0.089,0.5)          O3   (-0.111,0.0,0.286)       2.1035
  Mg1  (0.0,0.089,0.5)          H    (-0.206,0.0,0.235)       2.6895
  Mg1  (0.0,0.089,0.5)          H    (0.206,0.0,0.765)        2.6895
  Fe2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0196
  Fe2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0196
  Fe2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1262
  Fe2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1262
  Fe2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1517
  Fe2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1517
  Mn2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0196
  Mn2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0196
  Mn2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1262
  Mn2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1262
  Mn2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1517
  Mn2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1517
  Mg2  (0.0,0.178,0.0)          O4   (0.133,0.254,0.208)      2.0196
  Mg2  (0.0,0.178,0.0)          O4   (-0.133,0.254,-0.208)    2.0196
  Mg2  (0.0,0.178,0.0)          O2   (-0.121,0.173,0.279)     2.1262
  Mg2  (0.0,0.178,0.0)          O2   (0.121,0.173,-0.279)     2.1262
  Mg2  (0.0,0.178,0.0)          O1   (0.112,0.087,0.215)      2.1517
  Mg2  (0.0,0.178,0.0)          O1   (-0.112,0.087,-0.215)    2.1517
  Fe3  (0.0,0.0,0.0)            O3   (0.111,0.0,-0.286)       2.0835
  Fe3  (0.0,0.0,0.0)            O3   (-0.111,0.0,0.286)       2.0835
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.215)    2.0852
  Fe3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.215)   2.0852
  Fe3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.215)     2.0852
  Fe3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.215)      2.0852
  Fe3  (0.0,0.0,0.0)            H    (-0.206,0.0,0.235)       2.6507
  Fe3  (0.0,0.0,0.0)            H    (0.206,0.0,-0.235)       2.6507
  Mg3  (0.0,0.0,0.0)            O3   (0.111,0.0,-0.286)       2.0835
  Mg3  (0.0,0.0,0.0)            O3   (-0.111,0.0,0.286)       2.0835
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,0.087,-0.215)    2.0852
  Mg3  (0.0,0.0,0.0)            O1   (-0.112,-0.087,-0.215)   2.0852
  Mg3  (0.0,0.0,0.0)            O1   (0.112,-0.087,0.215)     2.0852
  Mg3  (0.0,0.0,0.0)            O1   (0.112,0.087,0.215)      2.0852
  Mg3  (0.0,0.0,0.0)            H    (-0.206,0.0,0.235)       2.6507
  Mg3  (0.0,0.0,0.0)            H    (0.206,0.0,-0.235)       2.6507
  Fe4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3116
  Fe4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3116
  Fe4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3773
  Fe4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3773
  Fe4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5661
  Fe4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5661
  Fe4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8138
  Fe4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8138
  Mn4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3116
  Mn4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3116
  Mn4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3773
  Mn4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3773
  Mn4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5661
  Mn4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5661
  Mn4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8138
  Mn4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8138
  Mg4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3116
  Mg4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3116
  Mg4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3773
  Mg4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3773
  Mg4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5661
  Mg4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5661
  Mg4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8138
  Mg4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8138
  Ca4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3116
  Ca4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3116
  Ca4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3773
  Ca4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3773
  Ca4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5661
  Ca4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5661
  Ca4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8138
  Ca4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8138
  Na4  (0.0,0.277,0.5)          O4   (-0.133,0.254,0.792)     2.3116
  Na4  (0.0,0.277,0.5)          O4   (0.133,0.254,0.208)      2.3116
  Na4  (0.0,0.277,0.5)          O2   (-0.121,0.173,0.279)     2.3773
  Na4  (0.0,0.277,0.5)          O2   (0.121,0.173,0.721)      2.3773
  Na4  (0.0,0.277,0.5)          O6   (-0.157,0.381,0.585)     2.5661
  Na4  (0.0,0.277,0.5)          O6   (0.157,0.381,0.415)      2.5661
  Na4  (0.0,0.277,0.5)          O5   (-0.155,0.367,0.094)     2.8138
  Na4  (0.0,0.277,0.5)          O5   (0.155,0.367,0.906)      2.8138
  Si1  (0.28,0.084,0.294)       O1   (0.112,0.087,0.215)      1.6101
  Si1  (0.28,0.084,0.294)       O7   (0.335,0.0,0.292)        1.6148
  Si1  (0.28,0.084,0.294)       O6   (0.343,0.119,0.585)      1.6275
  Si1  (0.28,0.084,0.294)       O5   (0.345,0.133,0.094)      1.6359
  Al1  (0.28,0.084,0.294)       O1   (0.112,0.087,0.215)      1.6101
  Al1  (0.28,0.084,0.294)       O7   (0.335,0.0,0.292)        1.6148
  Al1  (0.28,0.084,0.294)       O6   (0.343,0.119,0.585)      1.6275
  Al1  (0.28,0.084,0.294)       O5   (0.345,0.133,0.094)      1.6359
  Si2  (0.289,0.17,0.801)       O4   (0.367,0.246,0.792)      1.5843
  Si2  (0.289,0.17,0.801)       O2   (0.121,0.173,0.721)      1.6135
  Si2  (0.289,0.17,0.801)       O5   (0.345,0.133,1.094)      1.6482
  Si2  (0.289,0.17,0.801)       O6   (0.343,0.119,0.585)      1.6707
  NaA( (0.034,0.5,0.09)         NaA( (-0.034,0.5,-0.09)       *1.0129
  NaA( (0.034,0.5,0.09)         O7   (-0.165,0.5,0.292)       2.4780
  NaA( (0.034,0.5,0.09)         H    (0.294,0.5,0.235)        2.4921
  NaA( (0.034,0.5,0.09)         O7   (0.165,0.5,-0.292)       2.6699
  NaA( (0.034,0.5,0.09)         O6   (0.157,0.619,0.415)      2.8261
  NaA( (0.034,0.5,0.09)         O6   (0.157,0.381,0.415)      2.8261
  NaA( (0.034,0.5,0.09)         O5   (0.155,0.633,-0.094)     2.9660
  NaA( (0.034,0.5,0.09)         O5   (0.155,0.367,-0.094)     2.9660
  KA(m (0.034,0.5,0.09)         NaA( (-0.034,0.5,-0.09)       *1.0129
  KA(m (0.034,0.5,0.09)         O7   (-0.165,0.5,0.292)       2.4780
  KA(m (0.034,0.5,0.09)         H    (0.294,0.5,0.235)        2.4921
  KA(m (0.034,0.5,0.09)         O7   (0.165,0.5,-0.292)       2.6699
  KA(m (0.034,0.5,0.09)         O6   (0.157,0.619,0.415)      2.8261
  KA(m (0.034,0.5,0.09)         O6   (0.157,0.381,0.415)      2.8261
  KA(m (0.034,0.5,0.09)         O5   (0.155,0.367,-0.094)     2.9660
  KA(m (0.034,0.5,0.09)         O5   (0.155,0.633,-0.094)     2.9660
  H    (0.206,0.0,0.765)        O3   (0.111,0.0,0.714)        0.9131
  H    (0.206,0.0,0.765)        NaA( (0.466,0.0,0.91)         2.4921
  H    (0.206,0.0,0.765)        Fe3  (0.0,0.0,1.0)            2.6507
  H    (0.206,0.0,0.765)        Fe1  (0.0,-0.089,0.5)         2.6895
  H    (0.206,0.0,0.765)        Fe1  (0.0,0.089,0.5)          2.6895
  H    (0.206,0.0,0.765)        O7   (0.335,0.0,1.292)        2.7442
  H    (0.206,0.0,0.765)        O6   (0.343,0.119,0.585)      2.8368
  H    (0.206,0.0,0.765)        O6   (0.343,-0.119,0.585)     2.8368
  O1   (0.112,0.087,0.215)      Si1  (0.28,0.084,0.294)       1.6101
  O1   (0.112,0.087,0.215)      Fe3  (0.0,0.0,0.0)            2.0852
  O1   (0.112,0.087,0.215)      Fe1  (0.0,0.089,0.5)          2.0898
  O1   (0.112,0.087,0.215)      Fe2  (0.0,0.178,0.0)          2.1517
  O1   (0.112,0.087,0.215)      O7   (0.335,0.0,0.292)        2.6557
  O1   (0.112,0.087,0.215)      O6   (0.343,0.119,0.585)      2.6583
  O1   (0.112,0.087,0.215)      O5   (0.345,0.133,0.094)      2.6872
  O1   (0.112,0.087,0.215)      O1   (-0.112,0.087,-0.215)    2.7335
  O1   (0.112,0.087,0.215)      O3   (-0.111,0.0,0.286)       2.8152
  O1   (0.112,0.087,0.215)      O2   (-0.121,0.173,0.279)     2.8741
  O2   (0.121,0.173,0.721)      Si2  (0.289,0.17,0.801)       1.6135
  O2   (0.121,0.173,0.721)      Fe1  (0.0,0.089,0.5)          2.0960
  O2   (0.121,0.173,0.721)      Fe2  (0.0,0.178,1.0)          2.1262
  O2   (0.121,0.173,0.721)      Fe4  (0.0,0.277,0.5)          2.3773
  O2   (0.121,0.173,0.721)      O5   (0.345,0.133,1.094)      2.6627
  O2   (0.121,0.173,0.721)      O6   (0.343,0.119,0.585)      2.6756
  O2   (0.121,0.173,0.721)      O4   (0.367,0.246,0.792)      2.7215
  O2   (0.121,0.173,0.721)      O1   (-0.112,0.087,0.785)     2.8741
  O2   (0.121,0.173,0.721)      O2   (-0.121,0.173,0.279)     2.8779
  O2   (0.121,0.173,0.721)      O4   (0.133,0.254,1.208)      2.9398
  O3   (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        0.9131
  O3   (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0835
  O3   (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1035
  O3   (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1035
  O3   (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7136
  O3   (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8152
  O3   (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8152
  F3   (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        0.9131
  F3   (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0835
  F3   (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1035
  F3   (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1035
  F3   (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7136
  F3   (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8152
  F3   (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8152
  Cl3  (0.111,0.0,0.714)        H    (0.206,0.0,0.765)        *0.9131
  Cl3  (0.111,0.0,0.714)        Fe3  (0.0,0.0,1.0)            2.0835
  Cl3  (0.111,0.0,0.714)        Fe1  (0.0,-0.089,0.5)         2.1035
  Cl3  (0.111,0.0,0.714)        Fe1  (0.0,0.089,0.5)          2.1035
  Cl3  (0.111,0.0,0.714)        O3   (-0.111,0.0,0.286)       2.7136
  Cl3  (0.111,0.0,0.714)        O1   (-0.112,-0.087,0.785)    2.8152
  Cl3  (0.111,0.0,0.714)        O1   (-0.112,0.087,0.785)     2.8152
  O4   (0.367,0.246,0.792)      Si2  (0.289,0.17,0.801)       1.5843
  O4   (0.367,0.246,0.792)      Fe2  (0.5,0.322,1.0)          2.0196
  O4   (0.367,0.246,0.792)      Fe4  (0.5,0.223,0.5)          2.3116
  O4   (0.367,0.246,0.792)      O6   (0.343,0.119,0.585)      2.5431
  O4   (0.367,0.246,0.792)      O5   (0.345,0.133,1.094)      2.6448
  O4   (0.367,0.246,0.792)      O2   (0.121,0.173,0.721)      2.7215
  O4   (0.367,0.246,0.792)      O2   (0.379,0.327,1.279)      2.9398
  O4   (0.367,0.246,0.792)      O4   (0.633,0.246,1.208)      2.9681
  O5   (0.345,0.133,0.094)      Si1  (0.28,0.084,0.294)       1.6359
  O5   (0.345,0.133,0.094)      Si2  (0.289,0.17,-0.199)      1.6482
  O5   (0.345,0.133,0.094)      O6   (0.343,0.119,0.585)      2.6084
  O5   (0.345,0.133,0.094)      O7   (0.335,0.0,0.292)        2.6405
  O5   (0.345,0.133,0.094)      O4   (0.367,0.246,-0.208)     2.6448
  O5   (0.345,0.133,0.094)      O2   (0.121,0.173,-0.279)     2.6627
  O5   (0.345,0.133,0.094)      O1   (0.112,0.087,0.215)      2.6872
  O5   (0.345,0.133,0.094)      O6   (0.343,0.119,-0.415)     2.6975
  O5   (0.345,0.133,0.094)      Fe4  (0.5,0.223,0.5)          2.8138
  O5   (0.345,0.133,0.094)      NaA( (0.466,0.0,-0.09)        2.9660
  O6   (0.343,0.119,0.585)      Si1  (0.28,0.084,0.294)       1.6275
  O6   (0.343,0.119,0.585)      Si2  (0.289,0.17,0.801)       1.6707
  O6   (0.343,0.119,0.585)      O4   (0.367,0.246,0.792)      2.5431
  O6   (0.343,0.119,0.585)      Fe4  (0.5,0.223,0.5)          2.5661
  O6   (0.343,0.119,0.585)      O5   (0.345,0.133,0.094)      2.6084
  O6   (0.343,0.119,0.585)      O7   (0.335,0.0,0.292)        2.6379
  O6   (0.343,0.119,0.585)      O1   (0.112,0.087,0.215)      2.6583
  O6   (0.343,0.119,0.585)      O2   (0.121,0.173,0.721)      2.6756
  O6   (0.343,0.119,0.585)      O5   (0.345,0.133,1.094)      2.6975
  O6   (0.343,0.119,0.585)      NaA( (0.466,0.0,0.91)         2.8261
  O6   (0.343,0.119,0.585)      H    (0.206,0.0,0.765)        2.8368
  O7   (0.335,0.0,0.292)        Si1  (0.28,0.084,0.294)       1.6148
  O7   (0.335,0.0,0.292)        Si1  (0.28,-0.084,0.294)      1.6148
  O7   (0.335,0.0,0.292)        NaA( (0.534,0.0,0.09)         2.4780
  O7   (0.335,0.0,0.292)        O6   (0.343,0.119,0.585)      2.6379
  O7   (0.335,0.0,0.292)        O6   (0.343,-0.119,0.585)     2.6379
  O7   (0.335,0.0,0.292)        O5   (0.345,-0.133,0.094)     2.6405
  O7   (0.335,0.0,0.292)        O5   (0.345,0.133,0.094)      2.6405
  O7   (0.335,0.0,0.292)        O1   (0.112,-0.087,0.215)     2.6557
  O7   (0.335,0.0,0.292)        O1   (0.112,0.087,0.215)      2.6557
  O7   (0.335,0.0,0.292)        NaA( (0.466,0.0,-0.09)        2.6699
  O7   (0.335,0.0,0.292)        H    (0.206,0.0,-0.235)       2.7442

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

  #    ( h k l)      Angle    d(Å)   I%(f)  | F |  m      Lp   Area
  1    ( 0 2 0)      9.777  9.0715   18.54   58.4  2  138.04   2.07
  2    ( 1 1 0)     10.471  8.4700  100.00  102.7  4  119.60  11.15
  3    ( 1 3 0)     17.363  5.1136    2.62   27.4  4   42.79   0.29
  4    ( 0 0 1)     17.409  5.0999    1.61   30.4  2   42.84   0.18
  5    (-1 1 1)     18.152  4.8924   16.67   72.1  4   38.98   1.86
  6    ( 2 0 0)     18.547  4.7889    1.65   32.7  2   37.20   0.18
  7    ( 0 4 0)     19.591  4.5357   14.08  100.8  2   33.42   1.57
  8    ( 0 2 1)     19.991  4.4456    1.63   24.7  4   32.17   0.18
  9    ( 2 2 0)     20.994  4.2350    4.16   41.4  4   28.82   0.46
  10   (-2 0 1)     21.939  4.0544    0.67   24.5  2   26.15   0.07
  11   ( 1 1 1)     22.330  3.9842    1.66   27.7  4   25.63   0.18
  12   (-1 3 1)     22.877  3.8901   11.08   73.4  4   24.16   1.24
  13   (-2 2 1)     24.057  3.7015    0.82   21.0  4   21.60   0.09
  14   ( 1 3 1)     26.346  3.3845   34.39  147.9  4   18.08   3.83
  15   ( 2 4 0)     27.090  3.2931   20.15  116.2  4   16.91   2.25
  16   ( 3 1 0)     28.396  3.1443   55.77  202.1  4   15.25   6.22
  17   ( 2 0 1)     28.699  3.1118    0.83   35.2  2   15.08   0.09
  18   (-3 1 1)     29.330  3.0462    1.11   29.3  4   14.15   0.12
  19   (-1 5 1)     30.278  2.9528    0.43   18.8  4   13.36   0.05
  20   ( 2 2 1)     30.377  2.9434   19.06  125.8  4   13.34   2.13
  21   ( 3 3 0)     31.701  2.8233    7.88   84.1  4   12.06   0.88
  22   (-3 3 1)     32.548  2.7517   16.30  123.9  4   11.34   1.82
  23   ( 1 5 1)     33.030  2.7126   85.20  287.1  4   11.12   9.50
  24   (-1 1 2)     34.331  2.6125    2.38   49.7  4   10.21   0.27
  25   ( 0 6 1)     34.488  2.6010   33.72  187.8  4   10.11   3.76
  26   ( 0 0 2)     35.200  2.5500    1.60   59.0  2    9.71   0.18
  27   (-2 0 2)     35.338  2.5403   50.24  331.3  2    9.53   5.60
  28   ( 0 2 2)     36.610  2.4548    0.87   31.8  4    8.90   0.10
  29   (-2 2 2)     36.743  2.4462    1.42   40.7  4    8.75   0.16
  30   (-2 6 1)     37.093  2.4239    0.37   20.9  4    8.57   0.04
  31   (-4 0 1)     37.119  2.4223    0.43   32.1  2    8.49   0.05
  32   ( 3 1 1)     37.231  2.4153    0.84   31.7  4    8.56   0.09
  33   ( 3 5 0)     37.527  2.3969    4.11   70.6  4    8.36   0.46
  34   ( 4 0 0)     37.566  2.3945    1.66   63.6  2    8.31   0.19
  35   (-3 5 1)     38.260  2.3526   32.65  202.6  4    7.98   3.64
  36   (-4 2 1)     38.468  2.3403    8.30  102.6  4    7.85   0.93
  37   ( 4 2 0)     38.903  2.3152    0.15   14.1  4    7.70   0.02
  38   (-1 7 1)     39.014  2.3088    7.75  100.4  4    7.69   0.86
  39   ( 1 1 2)     39.160  2.3005    1.25   40.4  4    7.69   0.14
  40   (-3 1 2)     39.411  2.2864   20.03  162.8  4    7.46   2.23
  41   ( 3 3 1)     39.884  2.2604    1.10   38.6  4    7.35   0.12
  42   (-2 4 2)     40.709  2.2164    4.21   76.8  4    6.98   0.47
  43   ( 1 7 1)     41.254  2.1883    5.14   85.7  4    6.81   0.57
  44   ( 2 6 1)     41.647  2.1686   32.53  217.5  4    6.67   3.63
  45   ( 1 3 2)     41.710  2.1655    0.66   31.0  4    6.68   0.07
  46   (-3 3 2)     41.948  2.1537    3.37   70.4  4    6.50   0.38
  47   (-1 5 2)     42.337  2.1348    1.50   47.4  4    6.42   0.17
  48   ( 0 8 1)     43.679  2.0722    0.34   23.2  4    5.99   0.04
  49   ( 2 0 2)     44.360  2.0420   17.41  237.1  2    5.82   1.94
  50   (-4 0 2)     44.700  2.0272   11.07  190.3  2    5.61   1.23
  51   ( 3 5 1)     44.796  2.0231   17.70  170.4  4    5.66   1.97
  52   ( 3 7 0)     45.050  2.0122    4.16   83.0  4    5.56   0.46
  53   ( 2 2 2)     45.530  1.9921    0.41   26.2  4    5.49   0.05
  54   (-3 7 1)     45.683  1.9858    2.48   64.8  4    5.38   0.28
  55   ( 4 0 1)     45.845  1.9791    0.29   31.4  2    5.37   0.03
  56   (-4 2 2)     45.863  1.9784    0.97   40.7  4    5.30   0.11
  57   ( 1 9 0)     46.004  1.9727    3.89   81.7  4    5.32   0.43
  58   (-5 1 1)     46.380  1.9575    0.58   31.7  4    5.16   0.06
  59   ( 1 5 2)     46.464  1.9542    0.61   32.5  4    5.23   0.07
  60   (-3 5 2)     46.683  1.9455    2.52   66.5  4    5.11   0.28
  61   ( 4 2 1)     46.987  1.9336    1.78   56.1  4    5.08   0.20
  62   ( 5 1 0)     47.737  1.9050    3.38   78.4  4    4.86   0.38
  63   (-4 6 1)     48.125  1.8905    4.91   95.1  4    4.77   0.55
  64   (-1 9 1)     48.582  1.8738    7.29  116.7  4    4.70   0.81
  65   (-5 3 1)     48.623  1.8723    0.43   28.3  4    4.64   0.05
  66   ( 2 4 2)     48.910  1.8620    2.34   66.5  4    4.66   0.26
  67   (-4 4 2)     49.225  1.8508    2.72   72.0  4    4.52   0.30
  68   (-1 7 2)     49.261  1.8495    2.40   67.7  4    4.56   0.27
  69   ( 5 3 0)     49.933  1.8261    2.57   70.8  4    4.39   0.29
  70   (0,10,0)     50.282  1.8143    3.03  109.3  2    4.35   0.34
  71   ( 1 9 1)     50.479  1.8077    0.96   43.5  4    4.32   0.11
  72   (-5 1 2)     51.983  1.7588    7.26  122.6  4    3.98   0.81
  73   (-1 1 3)     52.403  1.7457    0.25   22.8  4    3.97   0.03
  74   (-5 5 1)     52.894  1.7306    3.93   91.3  4    3.84   0.44
  75   ( 1 7 2)     52.970  1.7283    0.24   22.7  4    3.88   0.03
  76   (-3 7 2)     53.169  1.7223    1.00   46.3  4    3.81   0.11
  77   (0,10,1)     53.604  1.7094    1.41   55.2  4    3.76   0.16
  78   ( 3 3 2)     53.659  1.7077    0.36   27.9  4    3.77   0.04
  79   ( 3 9 0)     53.768  1.7045    0.23   22.5  4    3.73   0.03
  80   ( 0 0 3)     53.923  1.7000    0.33   38.2  2    3.73   0.04
  81   (2,10,0)     54.038  1.6966    1.68   60.6  4    3.69   0.19
  82   ( 0 8 2)     54.107  1.6946    0.87   43.6  4    3.69   0.10
  83   (-2 8 2)     54.205  1.6918    7.26  126.3  4    3.66   0.81
  84   (-3 9 1)     54.324  1.6884    1.44   56.3  4    3.63   0.16
  85   (-3 1 3)     54.399  1.6862    0.84   43.1  4    3.62   0.09
  86   (-1 3 3)     54.461  1.6844    7.13  125.7  4    3.63   0.80
  87   ( 0 2 3)     54.939  1.6709    3.91   93.6  4    3.57   0.44
  88   (-2,10,1)    55.474  1.6560    0.17   19.5  4    3.47   0.02
  89   ( 4 6 1)     55.477  1.6560   29.47  258.7  4    3.48   3.29
  90   ( 4 8 0)     55.821  1.6466    6.83  125.1  4    3.42   0.76
  91   (-3 3 3)     56.407  1.6308    0.47   33.0  4    3.33   0.05
  92   (1,11,0)     56.611  1.6254   17.00  199.2  4    3.32   1.90
  93   (-6 2 1)     56.683  1.6235    0.68   39.8  4    3.27   0.08
  94   ( 3 5 2)     57.664  1.5982    0.23   23.5  4    3.20   0.03
  95   ( 1 1 3)     57.688  1.5976    0.52   35.3  4    3.20   0.06
  96   ( 6 0 0)     57.739  1.5963    6.02  169.8  2    3.15   0.67
  97   (-5 5 2)     58.040  1.5887    0.44   32.8  4    3.10   0.05
  98   (-1 5 3)     58.430  1.5791   27.23  257.3  4    3.10   3.04
  99   ( 6 2 0)     58.711  1.5721    0.73   42.3  4    3.04   0.08
  100  (-5 7 1)     58.886  1.5679    0.70   41.4  4    3.01   0.08
  101  (2,10,1)     58.908  1.5674    1.21   54.6  4    3.04   0.14
  102  ( 4 0 2)     59.385  1.5559    6.47  179.2  2    3.00   0.72
  103  (-6 0 2)     59.846  1.5450   12.72  252.5  2    2.89   1.42
  104  ( 5 7 0)     60.039  1.5405    0.54   36.8  4    2.89   0.06
  105  (-3 5 3)     60.292  1.5346    1.87   68.8  4    2.87   0.21
  106  ( 4 2 2)     60.340  1.5335    0.82   45.5  4    2.89   0.09
  107  (1,11,1)     60.522  1.5293    0.22   23.6  4    2.86   0.02
  108  ( 1 9 2)     60.868  1.5215    3.91  100.0  4    2.83   0.44
  109  ( 2 8 2)     61.045  1.5175    0.28   26.7  4    2.81   0.03
  110  (-3 9 2)     61.050  1.5174    0.66   41.3  4    2.79   0.07
  111  (-2 6 3)     61.129  1.5156   23.76  247.1  4    2.79   2.65
  112  (0,12,0)     61.294  1.5119   12.23  251.1  2    2.78   1.36
  113  (-4 8 2)     61.317  1.5114    1.94   70.8  4    2.76   0.22
  114  ( 5 5 1)     61.487  1.5076    7.87  142.7  4    2.76   0.88
  115  ( 4 8 1)     62.240  1.4912    0.41   32.8  4    2.69   0.05
  116  ( 0 6 3)     62.675  1.4819    3.00   89.1  4    2.65   0.33
  117  (0,10,2)     62.843  1.4783    0.59   39.4  4    2.63   0.07
  118  (-2,10,2)    62.932  1.4764    2.84   86.8  4    2.62   0.32
  119  ( 4 4 2)     63.156  1.4717    3.55   97.3  4    2.61   0.40
  120  ( 3 7 2)     63.363  1.4674    1.06   53.4  4    2.59   0.12
  121  ( 1 5 3)     63.386  1.4669    1.89   71.2  4    2.59   0.21
  122  ( 2 2 3)     63.441  1.4658    2.03   73.7  4    2.59   0.23
  123  (3,11,0)     63.462  1.4654    7.19  138.9  4    2.57   0.80
  124  (-6 4 2)     63.600  1.4625    3.15   92.0  4    2.53   0.35
  125  (-3,11,1)    63.964  1.4551    1.01   52.2  4    2.52   0.11
  126  (-1 7 3)     64.088  1.4525    4.12  105.7  4    2.52   0.46
  127  (-4,10,1)    64.108  1.4521    0.87   48.5  4    2.50   0.10
  128  (0,12,1)     64.235  1.4496    0.39   32.5  4    2.51   0.04
  129  (-6 6 1)     64.287  1.4485   36.39  314.4  4    2.48   4.06
  130  (4,10,0)     64.409  1.4461    1.96   73.1  4    2.48   0.22
  131  (2,12,0)     64.624  1.4418    0.28   27.6  4    2.47   0.03
  132  (-5 3 3)     65.123  1.4319    1.98   73.8  4    2.41   0.22
  133  (-3 7 3)     65.730  1.4201    0.49   36.8  4    2.37   0.05
  134  (-2,12,1)    65.734  1.4201    0.37   32.0  4    2.37   0.04

Phase #4 [Bragg-R = 7.90%]: Augite

  Chemical Formula = FeCa4Si8Mg2.96O24

  Reference: J Appl Cryst 33 (2000) 267, Gualtieri A F

  Note: [Augite.csf] 

  Monoclinic: C2/c (15) ● b-unique, Z=1, mC40.0 [PDF#98-000-0102] [CSD#102]

  [x] a  = 9.75651 (0.00386) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 8.90211 (0.00405) <2> [x] β  = 106.104 (0.015  ) <2>
  [x] c  = 5.28272 (0.00388) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 440.819 (419)(Å³), Density = 3.3779(g/cm³), Absorption(μ) = 241.0(1/cm)

  [x] SF = 76.8851 (15.8662) <1> Intensity Scale Factor
  [x] TF = 1.8566  (2.91508) <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 = 0.03739 (0.05826) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.0388  (0.25159) <3>
  [x] f2 = 0.2294  (0.27739) <3>

  Asymmetry Atoms in Unit Cell = 7, General Site Multiplicity = 8

  [ ] x1 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Ca2 <Ca+2>
  [ ] y1 = 0.296   (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] z1 = 0.25    (0.0    ) <0> {                } Ca2 <Ca+2>
  [ ] B1 = 2.0     (0.0    ) <4> {                } Ca2 <Ca+2>
  [ ] n1 = 1.0     (0.0    ) <4> {                } Ca2 <Ca+2>

  [ ] x2 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Mg1 <Mg+2>
  [ ] y2 = 0.908   (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] z2 = 0.25    (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] B2 = 1.6     (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n2 = 0.74    (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x3 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Fe1 <Fe+3>
  [ ] y3 = 0.908   (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] z3 = 0.25    (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] B3 = 1.6     (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] n3 = 0.25    (0.0    ) <4> {                } Fe1 <Fe+3>

  [ ] x4 = 0.29    (0.0    ) <4> {Wyckoff = 8     } Si <Si+4>
  [ ] y4 = 0.085   (0.0    ) <4> {                } Si <Si+4>
  [ ] z4 = 0.239   (0.0    ) <4> {                } Si <Si+4>
  [ ] B4 = 1.9     (0.0    ) <4> {                } Si <Si+4>
  [ ] n4 = 1.0     (0.0    ) <4> {                } Si <Si+4>

  [ ] x5 = 0.113   (0.0    ) <4> {Wyckoff = 8     } O1 <O -2>
  [ ] y5 = 0.09    (0.0    ) <4> {                } O1 <O -2>
  [ ] z5 = 0.132   (0.0    ) <4> {                } O1 <O -2>
  [ ] B5 = 2.3     (0.0    ) <4> {                } O1 <O -2>
  [ ] n5 = 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x6 = 0.372   (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y6 = 0.249   (0.0    ) <4> {                } O2 <O -2>
  [ ] z6 = 0.338   (0.0    ) <4> {                } O2 <O -2>
  [ ] B6 = 4.5     (0.0    ) <4> {                } O2 <O -2>
  [ ] n6 = 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x7 = 0.345   (0.0    ) <4> {Wyckoff = 8     } O3 <O -2>
  [ ] y7 = 0.022   (0.0    ) <4> {                } O3 <O -2>
  [ ] z7 = 0.003   (0.0    ) <4> {                } O3 <O -2>
  [ ] B7 = 1.2     (0.0    ) <4> {                } O3 <O -2>
  [ ] n7 = 1.0     (0.0    ) <4> {                } O3 <O -2>

  Symmetry Operators [M=8]

  01:  x,  y,  z | -x, -y, -z         02: -x,  y, -z+1/2

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Ca2  (0.0,0.296,0.25)         O2   (0.128,0.251,0.662)      2.2247
  Ca2  (0.0,0.296,0.25)         O2   (-0.128,0.251,-0.162)    2.2247
  Ca2  (0.0,0.296,0.25)         O1   (-0.113,0.09,0.368)      2.3126
  Ca2  (0.0,0.296,0.25)         O1   (0.113,0.09,0.132)       2.3126
  Ca2  (0.0,0.296,0.25)         O3   (0.155,0.522,0.497)      2.6349
  Ca2  (0.0,0.296,0.25)         O3   (-0.155,0.522,0.003)     2.6349
  Ca2  (0.0,0.296,0.25)         O3   (-0.155,0.478,0.503)     2.7963
  Ca2  (0.0,0.296,0.25)         O3   (0.155,0.478,-0.003)     2.7963
  Mg1  (0.0,0.908,0.25)         O1   (0.113,0.91,0.632)       2.0134
  Mg1  (0.0,0.908,0.25)         O1   (-0.113,0.91,-0.132)     2.0134
  Mg1  (0.0,0.908,0.25)         O2   (0.128,0.749,0.162)      2.0251
  Mg1  (0.0,0.908,0.25)         O2   (-0.128,0.749,0.338)     2.0251
  Mg1  (0.0,0.908,0.25)         O1   (-0.113,1.09,0.368)      2.1472
  Mg1  (0.0,0.908,0.25)         O1   (0.113,1.09,0.132)       2.1472
  Fe1  (0.0,0.908,0.25)         O1   (-0.113,0.91,-0.132)     2.0134
  Fe1  (0.0,0.908,0.25)         O1   (0.113,0.91,0.632)       2.0134
  Fe1  (0.0,0.908,0.25)         O2   (0.128,0.749,0.162)      2.0251
  Fe1  (0.0,0.908,0.25)         O2   (-0.128,0.749,0.338)     2.0251
  Fe1  (0.0,0.908,0.25)         O1   (-0.113,1.09,0.368)      2.1472
  Fe1  (0.0,0.908,0.25)         O1   (0.113,1.09,0.132)       2.1472
  Si   (0.29,0.085,0.239)       O3   (0.345,0.022,0.003)      1.5899
  Si   (0.29,0.085,0.239)       O3   (0.345,-0.022,0.503)     1.6508
  Si   (0.29,0.085,0.239)       O1   (0.113,0.09,0.132)       1.6620
  Si   (0.29,0.085,0.239)       O2   (0.372,0.249,0.338)      1.6772
  O1   (0.113,0.09,0.132)       Si   (0.29,0.085,0.239)       1.6620
  O1   (0.113,0.09,0.132)       Mg1  (0.0,0.092,-0.25)        2.0134
  O1   (0.113,0.09,0.132)       Mg1  (0.0,-0.092,0.25)        2.1472
  O1   (0.113,0.09,0.132)       Ca2  (0.0,0.296,0.25)         2.3126
  O1   (0.113,0.09,0.132)       O3   (0.345,0.022,0.003)      2.6096
  O1   (0.113,0.09,0.132)       O3   (0.345,-0.022,0.503)     2.7382
  O1   (0.113,0.09,0.132)       O1   (-0.113,-0.09,-0.132)    2.7692
  O1   (0.113,0.09,0.132)       O1   (-0.113,0.09,0.368)      2.8180
  O1   (0.113,0.09,0.132)       O2   (-0.128,0.251,-0.162)    2.8230
  O1   (0.113,0.09,0.132)       O2   (0.372,0.249,0.338)      2.8368
  O1   (0.113,0.09,0.132)       O2   (0.128,0.251,-0.338)     2.9055
  O2   (0.372,0.249,0.338)      Si   (0.29,0.085,0.239)       1.6772
  O2   (0.372,0.249,0.338)      Mg1  (0.5,0.408,0.25)         2.0251
  O2   (0.372,0.249,0.338)      Ca2  (0.5,0.204,0.75)         2.2247
  O2   (0.372,0.249,0.338)      O3   (0.345,-0.022,0.503)     2.6032
  O2   (0.372,0.249,0.338)      O3   (0.345,0.022,0.003)      2.6507
  O2   (0.372,0.249,0.338)      O1   (0.613,0.41,0.632)       2.8230
  O2   (0.372,0.249,0.338)      O1   (0.113,0.09,0.132)       2.8368
  O2   (0.372,0.249,0.338)      O2   (0.628,0.249,0.162)      2.8967
  O2   (0.372,0.249,0.338)      O1   (0.387,0.41,-0.132)      2.9055
  O3   (0.345,0.022,0.003)      Si   (0.29,0.085,0.239)       1.5899
  O3   (0.345,0.022,0.003)      Si   (0.29,-0.085,-0.261)     1.6508
  O3   (0.345,0.022,0.003)      O2   (0.372,-0.249,-0.162)    2.6032
  O3   (0.345,0.022,0.003)      O1   (0.113,0.09,0.132)       2.6096
  O3   (0.345,0.022,0.003)      Ca2  (0.5,-0.204,0.25)        2.6349
  O3   (0.345,0.022,0.003)      O2   (0.372,0.249,0.338)      2.6507
  O3   (0.345,0.022,0.003)      O3   (0.345,-0.022,0.503)     2.6702
  O3   (0.345,0.022,0.003)      O3   (0.345,-0.022,-0.497)    2.6702
  O3   (0.345,0.022,0.003)      O1   (0.113,-0.09,-0.368)     2.7382
  O3   (0.345,0.022,0.003)      Ca2  (0.5,0.204,-0.25)        2.7963

  71 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)    13.742  6.4550    3.02   10.5  4  68.73    3.44
  2   ( 2 0 0)    18.954  4.6868    6.73   31.0  2  35.54    7.67
  3   ( 0 2 0)    19.966  4.4511    5.23   28.9  2  31.93    5.97
  4   (-1 1 1)    20.102  4.4212    0.86    8.4  4  31.40    0.98
  5   ( 1 1 1)    24.306  3.6642    1.15   11.9  4  21.18    1.31
  6   ( 0 2 1)    26.650  3.3465    5.01   27.6  4  17.43    5.71
  7   ( 2 2 0)    27.651  3.2275   37.01   78.2  4  16.13   42.21
  8   (-2 2 1)    29.844  2.9948  100.00  140.4  4  13.68  114.05
  9   ( 3 1 0)    30.326  2.9482   41.08   91.7  4  13.24   46.85
  10  (-3 1 1)    30.840  2.9002   28.34   77.7  4  12.74   32.32
  11  ( 1 3 0)    31.635  2.8290    0.29    8.1  4  12.09    0.33
  12  (-1 3 1)    35.001  2.5640   36.03  102.0  4   9.70   41.09
  13  (-2 0 2)    35.244  2.5469    0.76   21.2  2   9.52    0.87
  14  ( 0 0 2)    35.375  2.5377   34.73  143.5  2   9.46   39.61
  15  ( 2 2 1)    35.710  2.5147   36.58  105.4  4   9.29   41.72
  16  ( 1 3 1)    37.679  2.3875    0.18    7.9  4   8.25    0.21
  17  ( 4 0 0)    38.415  2.3434    0.84   24.7  2   7.91    0.95
  18  ( 3 1 1)    39.149  2.3011   11.13   65.2  4   7.59   12.69
  19  ( 1 1 2)    40.608  2.2217    8.47   59.7  4   6.98    9.66
  20  (-2 2 2)    40.821  2.2106    1.08   21.4  4   6.89    1.23
  21  ( 0 2 2)    40.937  2.2046    5.21   47.3  4   6.85    5.94
  22  ( 3 3 0)    41.990  2.1517    9.95   67.6  4   6.49   11.35
  23  (-3 3 1)    42.378  2.1328   18.38   92.9  4   6.35   20.97
  24  (-4 2 1)    42.872  2.1094   10.90   72.7  4   6.18   12.43
  25  ( 4 2 0)    43.649  2.0736    0.65   18.2  4   5.95    0.74
  26  ( 0 4 1)    44.446  2.0382   15.13   89.8  4   5.71   17.26
  27  (-4 0 2)    44.773  2.0241   11.96  114.1  2   5.60   13.64
  28  ( 2 4 0)    45.094  2.0104    0.11    7.9  4   5.53    0.13
  29  ( 2 0 2)    45.096  2.0103    8.63   97.8  2   5.52    9.84
  30  (-1 3 2)    45.998  1.9729    4.28   50.0  4   5.27    4.88
  31  (-2 4 1)    46.564  1.9502    1.18   26.7  4   5.13    1.34
  32  ( 3 3 1)    49.032  1.8576    0.86   24.5  4   4.57    0.98
  33  (-4 2 2)    49.461  1.8425    0.42   17.2  4   4.47    0.47
  34  ( 5 1 0)    49.691  1.8345    5.25   61.6  4   4.43    5.99
  35  ( 2 2 2)    49.760  1.8321    3.35   49.3  4   4.42    3.82
  36  ( 1 3 2)    50.260  1.8150    2.52   43.4  4   4.32    2.87
  37  ( 2 4 1)    50.790  1.7973    1.27   31.2  4   4.22    1.44
  38  ( 4 2 1)    51.529  1.7732    1.28   32.1  4   4.08    1.46
  39  ( 1 5 0)    52.292  1.7491   11.29   97.1  4   3.95   12.88
  40  (-5 1 2)    53.059  1.7256    0.47   20.2  4   3.81    0.53
  41  (-1 1 3)    53.278  1.7190    0.26   15.1  4   3.77    0.29
  42  ( 3 1 2)    53.438  1.7143    1.42   35.5  4   3.76    1.62
  43  (-1 5 1)    54.592  1.6807    1.02   31.1  4   3.58    1.17
  44  (-2 4 2)    54.763  1.6759    0.68   25.4  4   3.55    0.77
  45  ( 0 4 2)    54.856  1.6732    3.01   53.7  4   3.54    3.43
  46  (-3 1 3)    55.047  1.6679    2.96   53.5  4   3.50    3.37
  47  (-2 2 3)    56.359  1.6321   13.27  117.2  4   3.32   15.13
  48  (-5 3 1)    56.620  1.6252   12.58  114.9  4   3.29   14.35
  49  ( 4 4 0)    57.057  1.6138    1.87   44.8  4   3.24    2.13
  50  ( 5 3 0)    58.193  1.5849    0.53   24.6  4   3.10    0.61
  51  ( 0 2 3)    58.334  1.5814    0.24   16.6  4   3.07    0.27
  52  ( 6 0 0)    59.118  1.5623    2.84   82.2  2   2.99    3.24
  53  ( 3 5 0)    59.765  1.5469    3.84   68.7  4   2.92    4.38
  54  (-3 5 1)    60.066  1.5399    0.43   23.2  4   2.88    0.49
  55  (-6 0 2)    60.328  1.5338    2.90   85.6  2   2.85    3.31
  56  (-6 2 1)    60.639  1.5267    1.58   45.1  4   2.82    1.80
  57  ( 4 0 2)    60.764  1.5238    5.40  118.2  2   2.81    6.16
  58  (-5 3 2)    61.240  1.5131    0.62   28.6  4   2.75    0.70
  59  (-1 3 3)    61.439  1.5087    8.22  104.7  4   2.73    9.37
  60  (-4 2 3)    61.647  1.5041    0.28   19.4  4   2.71    0.32
  61  ( 2 4 2)    62.211  1.4918    0.61   29.2  4   2.67    0.70
  62  ( 0 6 0)    62.589  1.4837    3.35   97.3  2   2.63    3.83
  63  (-1 5 2)    62.936  1.4763    0.42   24.5  4   2.60    0.48
  64  (-3 3 3)    63.060  1.4737    0.46   25.6  4   2.58    0.52
  65  ( 4 4 1)    63.746  1.4595    0.94   37.4  4   2.53    1.07
  66  (-5 1 3)    63.910  1.4561    0.16   15.7  4   2.50    0.19
  67  (-6 2 2)    64.207  1.4501    1.32   44.8  4   2.48    1.50
  68  ( 4 2 2)    64.629  1.4417    0.46   26.6  4   2.45    0.52
  69  ( 3 5 1)    65.423  1.4261    0.28   21.1  4   2.39    0.32
  70  ( 0 6 1)    65.537  1.4239    0.59   30.9  4   2.38    0.67
  71  ( 5 3 1)    65.682  1.4211   12.29  141.4  4   2.37   14.02

Phase #5 [Bragg-R = 6.51%]: Biotite

  Chemical Formula = Si2.808Al1.207Fe.4Mg.512Mn.007Ti.067Na.034K1.906O12

  Reference: Bigi S Brigatti M F, American Mineralogist v79 (1994) p63-72,
  Crystal chemistry and microstructures of plutonic biotite Sample 1M from
  Valle del Cervo syenitic complex ● AMCSD#0001633

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC37.9 [PDF#98-000-2653] [CSD#2653]

  [x] a  = 5.37938 (0.00624) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 9.24227 (0.00649) <2> [x] β  = 101.084 (0.072  ) <2>
  [x] c  = 10.29539(0.00679) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 502.315 (758)(Å³), Density = 2.7575(g/cm³), Absorption(μ) = 181.1(1/cm)

  [x] SF = 19.5037 (2.38298) <1> Intensity Scale Factor
  [x] TF =-5.0     (4.27605) <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 = 0.17665 (0.03086) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.16176 (0.24166) <3>
  [x] f2 = 0.29094 (0.37799) <3>

  Asymmetry Atoms in Unit Cell = 13, General Site Multiplicity = 8

  [ ] x1 = 0.0752  (0.0    ) <4> {Wyckoff = 8     } SiT <Si+4>
  [ ] y1 = 0.1669  (0.0    ) <4> {                } SiT <Si+4>
  [ ] z1 = 0.2258  (0.0    ) <4> {                } SiT <Si+4>
  [ ] B1 = 1.72521 (0.0    ) <4> {                } SiT <Si+4>
  [ ] n1 = 0.702   (0.0    ) <4> {                } SiT <Si+4>

  [ ] x2 = 0.0752  (0.0    ) <4> {Wyckoff = 8     } AlT <Al+3>
  [ ] y2 = 0.1669  (0.0    ) <4> {                } AlT <Al+3>
  [ ] z2 = 0.2258  (0.0    ) <4> {                } AlT <Al+3>
  [ ] B2 = 1.72521 (0.0    ) <4> {                } AlT <Al+3>
  [ ] n2 = 0.298   (0.0    ) <4> {                } AlT <Al+3>

  [ ] x3 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Al1 <Al+3>
  [ ] y3 = 0.0     (0.0    ) <0> {                } Al1 <Al+3>
  [ ] z3 = 0.5     (0.0    ) <0> {                } Al1 <Al+3>
  [ ] B3 = 1.9676  (0.0    ) <4> {                } Al1 <Al+3>
  [ ] n3 = 0.015   (0.0    ) <4> {                } Al1 <Al+3>

  [ ] x4 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Fe1 <Fe+3>
  [ ] y4 = 0.0     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] z4 = 0.5     (0.0    ) <0> {                } Fe1 <Fe+3>
  [ ] B4 = 1.9676  (0.0    ) <4> {                } Fe1 <Fe+3>
  [ ] n4 = 0.4     (0.0    ) <4> {                } Fe1 <Fe+3>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Mg1 <Mg+2>
  [ ] y5 = 0.0     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] z5 = 0.5     (0.0    ) <0> {                } Mg1 <Mg+2>
  [ ] B5 = 1.9676  (0.0    ) <4> {                } Mg1 <Mg+2>
  [ ] n5 = 0.512   (0.0    ) <4> {                } Mg1 <Mg+2>

  [ ] x6 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Mn1 <Mn+3>
  [ ] y6 = 0.0     (0.0    ) <0> {                } Mn1 <Mn+3>
  [ ] z6 = 0.5     (0.0    ) <0> {                } Mn1 <Mn+3>
  [ ] B6 = 1.9676  (0.0    ) <4> {                } Mn1 <Mn+3>
  [ ] n6 = 0.007   (0.0    ) <4> {                } Mn1 <Mn+3>

  [ ] x7 = 0.0     (0.0    ) <0> {Wyckoff = 2     } Ti1 <Ti+4>
  [ ] y7 = 0.0     (0.0    ) <0> {                } Ti1 <Ti+4>
  [ ] z7 = 0.5     (0.0    ) <0> {                } Ti1 <Ti+4>
  [ ] B7 = 1.9676  (0.0    ) <4> {                } Ti1 <Ti+4>
  [ ] n7 = 0.067   (0.0    ) <4> {                } Ti1 <Ti+4>

  [ ] x8 = 0.0     (0.0    ) <0> {Wyckoff = 4     } Na2 <Na+1>
  [ ] y8 = 0.3343  (0.0    ) <4> {                } Na2 <Na+1>
  [ ] z8 = 0.5     (0.0    ) <0> {                } Na2 <Na+1>
  [ ] B8 = 1.8976  (0.0    ) <4> {                } Na2 <Na+1>
  [ ] n8 = 0.017   (0.0    ) <4> {                } Na2 <Na+1>

  [ ] x9 = 0.0     (0.0    ) <0> {Wyckoff = 4     } K2 <K +1>
  [ ] y9 = 0.3343  (0.0    ) <4> {                } K2 <K +1>
  [ ] z9 = 0.5     (0.0    ) <0> {                } K2 <K +1>
  [ ] B9 = 1.8976  (0.0    ) <4> {                } K2 <K +1>
  [ ] n9 = 0.953   (0.0    ) <4> {                } K2 <K +1>

  [ ] x10= 0.0247  (0.0    ) <4> {Wyckoff = 4     } O1 <O -2>
  [ ] y10= 0.0     (0.0    ) <0> {                } O1 <O -2>
  [ ] z10= 0.1688  (0.0    ) <4> {                } O1 <O -2>
  [ ] B10= 2.61716 (0.0    ) <4> {                } O1 <O -2>
  [ ] n10= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x11= 0.3219  (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y11= 0.2336  (0.0    ) <4> {                } O2 <O -2>
  [ ] z11= 0.1683  (0.0    ) <4> {                } O2 <O -2>
  [ ] B11= 2.67111 (0.0    ) <4> {                } O2 <O -2>
  [ ] n11= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x12= 0.1334  (0.0    ) <4> {Wyckoff = 8     } O3 <O -2>
  [ ] y12= 0.1675  (0.0    ) <4> {                } O3 <O -2>
  [ ] z12= 0.3905  (0.0    ) <4> {                } O3 <O -2>
  [ ] B12= 2.04735 (0.0    ) <4> {                } O3 <O -2>
  [ ] n12= 1.0     (0.0    ) <4> {                } O3 <O -2>

  [ ] x13= 0.1301  (0.0    ) <4> {Wyckoff = 4     } O4 <O -2>
  [ ] y13= 0.5     (0.0    ) <0> {                } O4 <O -2>
  [ ] z13= 0.3952  (0.0    ) <4> {                } O4 <O -2>
  [ ] B13= 2.19395 (0.0    ) <4> {                } O4 <O -2>
  [ ] n13= 1.0     (0.0    ) <4> {                } O4 <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)
  SiT  (0.075,0.167,0.226)      O1   (0.025,0.0,0.169)        1.6542
  SiT  (0.075,0.167,0.226)      O2   (-0.178,0.266,0.168)     1.6561
  SiT  (0.075,0.167,0.226)      O3   (0.133,0.168,0.391)      1.6641
  SiT  (0.075,0.167,0.226)      O2   (0.322,0.234,0.168)      1.6714
  AlT  (0.075,0.167,0.226)      O1   (0.025,0.0,0.169)        1.6542
  AlT  (0.075,0.167,0.226)      O2   (-0.178,0.266,0.168)     1.6561
  AlT  (0.075,0.167,0.226)      O3   (0.133,0.168,0.391)      1.6641
  AlT  (0.075,0.167,0.226)      O2   (0.322,0.234,0.168)      1.6714
  Al1  (0.0,0.0,0.5)            O4   (-0.37,0.0,0.395)        2.0732
  Al1  (0.0,0.0,0.5)            O4   (0.37,0.0,0.605)         2.0732
  Al1  (0.0,0.0,0.5)            O3   (-0.133,-0.168,0.61)     2.1198
  Al1  (0.0,0.0,0.5)            O3   (0.133,0.168,0.391)      2.1198
  Al1  (0.0,0.0,0.5)            O3   (0.133,-0.168,0.391)     2.1198
  Al1  (0.0,0.0,0.5)            O3   (-0.133,0.168,0.61)      2.1198
  Fe1  (0.0,0.0,0.5)            O4   (-0.37,0.0,0.395)        2.0732
  Fe1  (0.0,0.0,0.5)            O4   (0.37,0.0,0.605)         2.0732
  Fe1  (0.0,0.0,0.5)            O3   (0.133,0.168,0.391)      2.1198
  Fe1  (0.0,0.0,0.5)            O3   (-0.133,-0.168,0.61)     2.1198
  Fe1  (0.0,0.0,0.5)            O3   (-0.133,0.168,0.61)      2.1198
  Fe1  (0.0,0.0,0.5)            O3   (0.133,-0.168,0.391)     2.1198
  Mg1  (0.0,0.0,0.5)            O4   (-0.37,0.0,0.395)        2.0732
  Mg1  (0.0,0.0,0.5)            O4   (0.37,0.0,0.605)         2.0732
  Mg1  (0.0,0.0,0.5)            O3   (0.133,0.168,0.391)      2.1198
  Mg1  (0.0,0.0,0.5)            O3   (-0.133,0.168,0.61)      2.1198
  Mg1  (0.0,0.0,0.5)            O3   (-0.133,-0.168,0.61)     2.1198
  Mg1  (0.0,0.0,0.5)            O3   (0.133,-0.168,0.391)     2.1198
  Mn1  (0.0,0.0,0.5)            O4   (-0.37,0.0,0.395)        2.0732
  Mn1  (0.0,0.0,0.5)            O4   (0.37,0.0,0.605)         2.0732
  Mn1  (0.0,0.0,0.5)            O3   (0.133,0.168,0.391)      2.1198
  Mn1  (0.0,0.0,0.5)            O3   (-0.133,-0.168,0.61)     2.1198
  Mn1  (0.0,0.0,0.5)            O3   (-0.133,0.168,0.61)      2.1198
  Mn1  (0.0,0.0,0.5)            O3   (0.133,-0.168,0.391)     2.1198
  Ti1  (0.0,0.0,0.5)            O4   (-0.37,0.0,0.395)        2.0732
  Ti1  (0.0,0.0,0.5)            O4   (0.37,0.0,0.605)         2.0732
  Ti1  (0.0,0.0,0.5)            O3   (-0.133,-0.168,0.61)     2.1198
  Ti1  (0.0,0.0,0.5)            O3   (0.133,0.168,0.391)      2.1198
  Ti1  (0.0,0.0,0.5)            O3   (0.133,-0.168,0.391)     2.1198
  Ti1  (0.0,0.0,0.5)            O3   (-0.133,0.168,0.61)      2.1198
  Na2  (0.0,0.334,0.5)          O4   (-0.13,0.5,0.605)        2.0711
  Na2  (0.0,0.334,0.5)          O4   (0.13,0.5,0.395)         2.0711
  Na2  (0.0,0.334,0.5)          O3   (0.367,0.333,0.61)       2.0750
  Na2  (0.0,0.334,0.5)          O3   (-0.367,0.333,0.391)     2.0750
  Na2  (0.0,0.334,0.5)          O3   (-0.133,0.168,0.61)      2.1151
  Na2  (0.0,0.334,0.5)          O3   (0.133,0.168,0.391)      2.1151
  K2   (0.0,0.334,0.5)          O4   (0.13,0.5,0.395)         2.0711
  K2   (0.0,0.334,0.5)          O4   (-0.13,0.5,0.605)        2.0711
  K2   (0.0,0.334,0.5)          O3   (0.367,0.333,0.61)       2.0750
  K2   (0.0,0.334,0.5)          O3   (-0.367,0.333,0.391)     2.0750
  K2   (0.0,0.334,0.5)          O3   (-0.133,0.168,0.61)      2.1151
  K2   (0.0,0.334,0.5)          O3   (0.133,0.168,0.391)      2.1151
  O1   (0.025,0.0,0.169)        SiT  (0.075,-0.167,0.226)     1.6542
  O1   (0.025,0.0,0.169)        SiT  (0.075,0.167,0.226)      1.6542
  O1   (0.025,0.0,0.169)        O2   (0.322,-0.234,0.168)     2.6871
  O1   (0.025,0.0,0.169)        O2   (0.322,0.234,0.168)      2.6871
  O1   (0.025,0.0,0.169)        O2   (-0.178,-0.266,0.168)    2.6926
  O1   (0.025,0.0,0.169)        O2   (-0.178,0.266,0.168)     2.6926
  O1   (0.025,0.0,0.169)        O3   (0.133,-0.168,0.391)     2.7267
  O1   (0.025,0.0,0.169)        O3   (0.133,0.168,0.391)      2.7267
  O2   (0.322,0.234,0.168)      SiT  (0.575,0.333,0.226)      1.6561
  O2   (0.322,0.234,0.168)      SiT  (0.075,0.167,0.226)      1.6714
  O2   (0.322,0.234,0.168)      O1   (0.025,0.0,0.169)        2.6871
  O2   (0.322,0.234,0.168)      O1   (0.525,0.5,0.169)        2.6926
  O2   (0.322,0.234,0.168)      O2   (0.822,0.266,0.168)      2.7067
  O2   (0.322,0.234,0.168)      O2   (-0.178,0.266,0.168)     2.7067
  O2   (0.322,0.234,0.168)      O3   (0.633,0.333,0.391)      2.7208
  O2   (0.322,0.234,0.168)      O3   (0.133,0.168,0.391)      2.7435
  O3   (0.133,0.168,0.391)      SiT  (0.075,0.167,0.226)      1.6641
  O3   (0.133,0.168,0.391)      Na2  (0.5,0.166,0.5)          2.0750
  O3   (0.133,0.168,0.391)      Na2  (0.0,0.334,0.5)          2.1151
  O3   (0.133,0.168,0.391)      Al1  (0.0,0.0,0.5)            2.1198
  O3   (0.133,0.168,0.391)      O2   (-0.178,0.266,0.168)     2.7208
  O3   (0.133,0.168,0.391)      O1   (0.025,0.0,0.169)        2.7267
  O3   (0.133,0.168,0.391)      O2   (0.322,0.234,0.168)      2.7435
  O3   (0.133,0.168,0.391)      O4   (0.37,0.0,0.605)         2.7935
  O3   (0.133,0.168,0.391)      O3   (0.367,0.333,0.61)       2.8099
  O3   (0.133,0.168,0.391)      O3   (-0.133,0.168,0.61)      2.8961
  O4   (0.13,0.5,0.395)         Na2  (0.0,0.666,0.5)          2.0711
  O4   (0.13,0.5,0.395)         Na2  (0.0,0.334,0.5)          2.0711
  O4   (0.13,0.5,0.395)         Al1  (0.5,0.5,0.5)            2.0732
  O4   (0.13,0.5,0.395)         O4   (-0.13,0.5,0.605)        2.7888
  O4   (0.13,0.5,0.395)         O3   (0.367,0.333,0.61)       2.7935
  O4   (0.13,0.5,0.395)         O3   (0.367,0.668,0.61)       2.7935

  74 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)     8.780  10.1033  100.00  120.8  2  168.68  143.75
  2   ( 0 0 2)    17.577   5.0517    0.29   12.8  2   41.08    0.42
  3   ( 0 2 0)    19.226   4.6211    8.15   73.0  2   34.54   11.72
  4   ( 1 1 0)    19.383   4.5840   10.74   59.7  4   33.69   15.43
  5   (-1 1 1)    19.907   4.4642    7.36   50.7  4   31.45   10.59
  6   ( 0 2 1)    21.159   4.2024    0.89   18.7  4   28.26    1.29
  7   (-1 1 2)    23.952   3.7175    2.76   36.6  4   21.25    3.97
  8   ( 0 2 2)    26.148   3.4097    4.40   49.8  4   18.07    6.33
  9   ( 0 0 3)    26.479   3.3678   23.19  163.3  2   17.48   33.34
  10  ( 1 1 2)    28.403   3.1436    5.38   59.0  4   15.30    7.74
  11  (-1 1 3)    30.203   2.9600    3.42   49.4  4   12.98    4.92
  12  ( 0 2 3)    32.916   2.7217    1.63   36.4  4   11.01    2.34
  13  ( 2 0 0)    33.970   2.6395    6.63  106.4  2   10.25    9.53
  14  (-1 3 1)    34.007   2.6368   13.81  108.7  4   10.26   19.85
  15  (-2 0 2)    35.211   2.5492    0.61   33.1  2    9.30    0.87
  16  ( 0 0 4)    35.547   2.5258    1.06   44.0  2    9.27    1.53
  17  ( 1 1 3)    35.622   2.5207    0.29   16.2  4    9.37    0.41
  18  ( 1 3 1)    35.723   2.5138    1.19   33.1  4    9.29    1.72
  19  (-1 3 2)    36.618   2.4543   20.76  140.5  4    8.68   29.85
  20  ( 2 0 1)    36.816   2.4416   10.16  139.5  2    8.67   14.60
  21  (-2 2 1)    38.813   2.3203    0.42   20.8  4    7.61    0.61
  22  ( 0 4 0)    38.983   2.3106    0.23   21.6  2    7.66    0.32
  23  (-2 0 3)    39.106   2.3036    3.18   81.3  2    7.34    4.57
  24  ( 2 2 0)    39.312   2.2920    0.52   23.4  4    7.45    0.75
  25  ( 1 3 2)    39.791   2.2654    6.06   80.3  4    7.33    8.72
  26  ( 0 4 1)    40.031   2.2524    0.46   22.3  4    7.22    0.67
  27  (-2 2 2)    40.410   2.2321    0.38   20.2  4    6.90    0.54
  28  ( 0 2 4)    40.710   2.2164    0.28   17.4  4    6.89    0.40
  29  (-1 3 3)    41.148   2.1938    8.01   94.3  4    6.68   11.51
  30  ( 2 0 2)    41.536   2.1741    3.88   93.3  2    6.66    5.58
  31  ( 1 1 4)    43.708   2.0709    0.68   28.6  4    5.94    0.98
  32  (-2 0 4)    44.629   2.0303    2.04   70.5  2    5.45    2.93
  33  ( 0 0 5)    44.852   2.0207    1.32   56.9  2    5.52    1.90
  34  ( 1 3 3)    45.440   1.9959    3.83   69.0  4    5.44    5.51
  35  (-1 1 5)    45.955   1.9747    0.77   31.1  4    5.15    1.10
  36  ( 2 2 2)    46.137   1.9673    0.27   18.4  4    5.26    0.39
  37  (-1 3 4)    47.145   1.9275    4.37   75.2  4    4.90    6.28
  38  ( 2 0 3)    47.681   1.9071    2.18   75.5  2    4.89    3.14
  39  ( 0 4 3)    47.729   1.9053    0.73   31.0  4    4.84    1.06
  40  (-2 2 4)    48.999   1.8588    1.26   41.2  4    4.43    1.82
  41  ( 0 2 5)    49.207   1.8514    0.65   29.5  4    4.48    0.93
  42  ( 2 2 3)    51.855   1.7629    1.40   44.4  4    4.04    2.02
  43  (-3 1 1)    51.945   1.7600    1.25   42.0  4    3.93    1.80
  44  (-2 4 1)    52.238   1.7508    1.20   41.2  4    3.92    1.73
  45  ( 1 1 5)    52.437   1.7446    0.29   20.3  4    3.92    0.42
  46  ( 1 5 0)    52.438   1.7446    0.94   36.4  4    3.92    1.34
  47  ( 2 4 0)    52.634   1.7386    0.27   19.6  4    3.87    0.39
  48  (-1 5 1)    52.660   1.7378    0.77   33.1  4    3.87    1.11
  49  ( 3 1 0)    52.960   1.7286    0.25   19.0  4    3.79    0.36
  50  ( 0 4 4)    53.757   1.7049    1.17   41.2  4    3.68    1.69
  51  ( 1 5 1)    53.884   1.7011    0.28   20.1  4    3.69    0.40
  52  (-1 3 5)    54.266   1.6900    9.46  117.2  4    3.55   13.60
  53  ( 0 0 6)    54.480   1.6839    0.43   35.3  2    3.55    0.61
  54  ( 2 4 1)    54.679   1.6782    0.71   32.2  4    3.56    1.02
  55  (-3 1 3)    54.920   1.6714    1.31   43.7  4    3.42    1.88
  56  ( 2 0 4)    54.920   1.6714    4.83  119.0  2    3.55    6.95
  57  (-2 2 5)    55.354   1.6593    0.67   31.3  4    3.35    0.96
  58  ( 3 1 1)    55.593   1.6528    0.42   25.0  4    3.42    0.61
  59  (-2 4 3)    56.387   1.6313    0.68   31.7  4    3.26    0.97
  60  ( 1 5 2)    56.909   1.6176    1.13   41.2  4    3.26    1.63
  61  (-1 5 3)    57.953   1.5909    0.60   30.1  4    3.10    0.86
  62  ( 2 4 2)    58.255   1.5834    0.80   34.7  4    3.09    1.14
  63  (-2 0 6)    59.117   1.5623    2.92   94.2  2    2.88    4.19
  64  (-3 3 1)    59.653   1.5495   12.04  135.5  4    2.89   17.31
  65  ( 3 1 2)    59.702   1.5484    0.33   22.4  4    2.92    0.47
  66  ( 0 6 0)    60.044   1.5404    6.04  135.9  2    2.89    8.69
  67  ( 1 3 5)    60.103   1.5390    5.72   93.5  4    2.88    8.22
  68  (-3 3 2)    60.263   1.5353    3.57   73.9  4    2.80    5.13
  69  ( 3 3 0)    60.581   1.5280    3.66   74.8  4    2.80    5.25
  70  ( 0 6 1)    60.810   1.5228    3.60   74.3  4    2.81    5.18
  71  (-1 3 6)    62.312   1.4896    2.85   66.3  4    2.60    4.10
  72  ( 2 0 5)    63.068   1.4736    1.45   66.9  2    2.60    2.08
  73  (-3 1 5)    63.896   1.4564    0.33   22.6  4    2.42    0.48
  74  ( 0 0 7)    64.545   1.4433    2.15   81.6  2    2.43    3.09

Phase #6 [Bragg-R = 6.01%]: Labradorite

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

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

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

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

  [x] a  = 8.17195 (0.00342) <2> [x] α  = 93.383  (0.021  ) <2>
  [x] b  = 12.87720(0.00354) <2> [x] β  = 116.048 (0.016  ) <2>
  [x] c  = 7.10618 (0.00348) <2> [x] γ  = 90.422  (0.017  ) <2>

  Unit Cell Volume = 670.207 (469)(Å³), Density = 2.6937(g/cm³), Absorption(μ) = 117.2(1/cm)

  [x] SF = 96.2426 (14.2297) <1> Intensity Scale Factor
  [x] TF = 0.83003 (2.72854) <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 = 0.08568 (0.06596) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.06911 (0.24447) <3>
  [x] f2 = 0.14518 (0.23494) <3>

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

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

  Symmetry Operators [M=4]

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

  Interatomic Distances of Near Coordination:

  From                          To                             d(Å)
  Ca1  (0.269,0.975,0.176)      Ca2  (0.273,1.032,0.098)      *0.9543
  Ca1  (0.269,0.975,0.176)      O2   (0.579,0.991,0.278)      2.3125
  Ca1  (0.269,0.975,0.176)      O1   (-0.003,0.872,0.021)     2.3552
  Ca1  (0.269,0.975,0.176)      O7   (0.197,1.107,0.382)      2.4199
  Ca1  (0.269,0.975,0.176)      O3   (0.188,0.897,-0.188)     2.5135
  Ca1  (0.269,0.975,0.176)      O8   (0.191,0.866,0.43)       2.6326
  Ca1  (0.269,0.975,0.176)      O1   (0.003,1.128,-0.021)     2.8780
  Na1  (0.269,0.975,0.176)      Ca2  (0.273,1.032,0.098)      *0.9543
  Na1  (0.269,0.975,0.176)      O2   (0.579,0.991,0.278)      2.3125
  Na1  (0.269,0.975,0.176)      O1   (-0.003,0.872,0.021)     2.3552
  Na1  (0.269,0.975,0.176)      O7   (0.197,1.107,0.382)      2.4199
  Na1  (0.269,0.975,0.176)      O3   (0.188,0.897,-0.188)     2.5135
  Na1  (0.269,0.975,0.176)      O8   (0.191,0.866,0.43)       2.6326
  Na1  (0.269,0.975,0.176)      O1   (0.003,1.128,-0.021)     2.8780
  Ca2  (0.273,0.032,0.098)      Ca1  (0.269,-0.025,0.176)     *0.9543
  Ca2  (0.273,0.032,0.098)      O2   (0.579,-0.009,0.278)     2.3362
  Ca2  (0.273,0.032,0.098)      O1   (0.003,0.128,-0.021)     2.3741
  Ca2  (0.273,0.032,0.098)      O3   (0.188,-0.103,-0.188)    2.4414
  Ca2  (0.273,0.032,0.098)      O7   (0.197,0.107,0.382)      2.5042
  Ca2  (0.273,0.032,0.098)      O6   (0.512,0.187,0.213)      2.6105
  Ca2  (0.273,0.032,0.098)      O4   (0.184,0.146,-0.244)     2.7340
  Ca2  (0.273,0.032,0.098)      O1   (-0.003,-0.128,0.021)    2.8890
  Na2  (0.273,0.032,0.098)      Ca1  (0.269,-0.025,0.176)     *0.9543
  Na2  (0.273,0.032,0.098)      O2   (0.579,-0.009,0.278)     2.3362
  Na2  (0.273,0.032,0.098)      O1   (0.003,0.128,-0.021)     2.3741
  Na2  (0.273,0.032,0.098)      O3   (0.188,-0.103,-0.188)    2.4414
  Na2  (0.273,0.032,0.098)      O7   (0.197,0.107,0.382)      2.5042
  Na2  (0.273,0.032,0.098)      O6   (0.512,0.187,0.213)      2.6105
  Na2  (0.273,0.032,0.098)      O4   (0.184,0.146,-0.244)     2.7340
  Na2  (0.273,0.032,0.098)      O1   (-0.003,-0.128,0.021)    2.8890
  Si1  (0.005,0.163,0.215)      O5   (0.015,0.287,0.282)      1.6301
  Si1  (0.005,0.163,0.215)      O3   (-0.188,0.103,0.188)     1.6793
  Si1  (0.005,0.163,0.215)      O7   (0.197,0.107,0.382)      1.6949
  Si1  (0.005,0.163,0.215)      O1   (0.003,0.128,-0.021)     1.7037
  Al1  (0.005,0.163,0.215)      O5   (0.015,0.287,0.282)      1.6301
  Al1  (0.005,0.163,0.215)      O3   (-0.188,0.103,0.188)     1.6793
  Al1  (0.005,0.163,0.215)      O7   (0.197,0.107,0.382)      1.6949
  Al1  (0.005,0.163,0.215)      O1   (0.003,0.128,-0.021)     1.7037
  Si2  (0.003,0.816,0.231)      O4   (-0.184,0.854,0.244)     1.6471
  Si2  (0.003,0.816,0.231)      O8   (0.191,0.866,0.43)       1.6567
  Si2  (0.003,0.816,0.231)      O6   (0.012,0.687,0.213)      1.6632
  Si2  (0.003,0.816,0.231)      O1   (-0.003,0.872,0.021)     1.6771
  Al2  (0.003,0.816,0.231)      O4   (-0.184,0.854,0.244)     1.6471
  Al2  (0.003,0.816,0.231)      O8   (0.191,0.866,0.43)       1.6567
  Al2  (0.003,0.816,0.231)      O6   (0.012,0.687,0.213)      1.6632
  Al2  (0.003,0.816,0.231)      O1   (-0.003,0.872,0.021)     1.6771
  Si3  (0.683,0.109,0.316)      O6   (0.512,0.187,0.213)      1.6451
  Si3  (0.683,0.109,0.316)      O8   (0.809,0.134,0.57)       1.6480
  Si3  (0.683,0.109,0.316)      O3   (0.812,0.103,0.188)      1.6672
  Si3  (0.683,0.109,0.316)      O2   (0.579,-0.009,0.278)     1.6838
  Si3  (0.683,0.109,0.316)      Si4  (0.68,-0.121,0.358)      2.9952
  Al3  (0.683,0.109,0.316)      O6   (0.512,0.187,0.213)      1.6451
  Al3  (0.683,0.109,0.316)      O8   (0.809,0.134,0.57)       1.6480
  Al3  (0.683,0.109,0.316)      O3   (0.812,0.103,0.188)      1.6672
  Al3  (0.683,0.109,0.316)      O2   (0.579,-0.009,0.278)     1.6838
  Al3  (0.683,0.109,0.316)      Si4  (0.68,-0.121,0.358)      2.9952
  Si4  (0.68,0.879,0.358)       O4   (0.816,0.854,0.244)      1.6614
  Si4  (0.68,0.879,0.358)       O5   (0.515,0.787,0.282)      1.6657
  Si4  (0.68,0.879,0.358)       O7   (0.803,0.893,0.618)      1.6684
  Si4  (0.68,0.879,0.358)       O2   (0.579,0.991,0.278)      1.6693
  Si4  (0.68,0.879,0.358)       Si3  (0.683,1.109,0.316)      2.9952
  Al4  (0.68,0.879,0.358)       O4   (0.816,0.854,0.244)      1.6614
  Al4  (0.68,0.879,0.358)       O5   (0.515,0.787,0.282)      1.6657
  Al4  (0.68,0.879,0.358)       O7   (0.803,0.893,0.618)      1.6684
  Al4  (0.68,0.879,0.358)       O2   (0.579,0.991,0.278)      1.6693
  Al4  (0.68,0.879,0.358)       Si3  (0.683,1.109,0.316)      2.9952
  O1   (0.003,0.128,0.979)      Si2  (-0.003,0.184,0.769)     1.6771
  O1   (0.003,0.128,0.979)      Si1  (0.005,0.163,1.215)      1.7037
  O1   (0.003,0.128,0.979)      Ca1  (-0.269,0.025,0.824)     2.3552
  O1   (0.003,0.128,0.979)      Ca2  (0.273,0.032,1.098)      2.3741
  O1   (0.003,0.128,0.979)      O3   (-0.188,0.103,1.188)     2.6135
  O1   (0.003,0.128,0.979)      O4   (0.184,0.146,0.756)      2.6172
  O1   (0.003,0.128,0.979)      O7   (0.197,0.107,1.382)      2.6264
  O1   (0.003,0.128,0.979)      O8   (-0.191,0.134,0.57)      2.6360
  O1   (0.003,0.128,0.979)      O6   (-0.012,0.313,0.787)     2.7916
  O1   (0.003,0.128,0.979)      O5   (0.015,0.287,1.282)      2.8512
  O1   (0.003,0.128,0.979)      Ca1  (0.269,-0.025,1.176)     2.8780
  O1   (0.003,0.128,0.979)      Ca2  (-0.273,-0.032,0.902)    2.8890
  O2   (0.579,0.991,0.278)      Si4  (0.68,0.879,0.358)       1.6693
  O2   (0.579,0.991,0.278)      Si3  (0.683,1.109,0.316)      1.6838
  O2   (0.579,0.991,0.278)      Ca1  (0.269,0.975,0.176)      2.3125
  O2   (0.579,0.991,0.278)      Ca2  (0.273,1.032,0.098)      2.3362
  O2   (0.579,0.991,0.278)      O6   (0.512,1.187,0.213)      2.6114
  O2   (0.579,0.991,0.278)      O5   (0.515,0.787,0.282)      2.6790
  O2   (0.579,0.991,0.278)      O3   (0.812,1.103,0.188)      2.6930
  O2   (0.579,0.991,0.278)      O7   (0.803,0.893,0.618)      2.7001
  O2   (0.579,0.991,0.278)      O8   (0.809,1.134,0.57)       2.7022
  O2   (0.579,0.991,0.278)      O4   (0.816,0.854,0.244)      2.7079
  O3   (0.812,0.103,0.188)      Si3  (0.683,0.109,0.316)      1.6672
  O3   (0.812,0.103,0.188)      Si1  (1.005,0.163,0.215)      1.6793
  O3   (0.812,0.103,0.188)      Ca2  (0.727,-0.032,-0.098)    2.4414
  O3   (0.812,0.103,0.188)      Ca1  (0.731,0.025,-0.176)     2.5135
  O3   (0.812,0.103,0.188)      O1   (1.003,0.128,-0.021)     2.6135
  O3   (0.812,0.103,0.188)      O2   (0.579,-0.009,0.278)     2.6930
  O3   (0.812,0.103,0.188)      O8   (0.809,0.134,0.57)       2.7312
  O3   (0.812,0.103,0.188)      O5   (1.015,0.287,0.282)      2.7558
  O3   (0.812,0.103,0.188)      O6   (0.512,0.187,0.213)      2.7588
  O3   (0.812,0.103,0.188)      O7   (1.197,0.107,0.382)      2.8252
  O4   (0.816,0.854,0.244)      Si2  (1.003,0.816,0.231)      1.6471
  O4   (0.816,0.854,0.244)      Si4  (0.68,0.879,0.358)       1.6614
  O4   (0.816,0.854,0.244)      O1   (0.997,0.872,0.021)      2.6172
  O4   (0.816,0.854,0.244)      O2   (0.579,0.991,0.278)      2.7079
  O4   (0.816,0.854,0.244)      O7   (0.803,0.893,0.618)      2.7236
  O4   (0.816,0.854,0.244)      O5   (0.515,0.787,0.282)      2.7290
  O4   (0.816,0.854,0.244)      Ca2  (0.727,0.968,-0.098)     2.7340
  O4   (0.816,0.854,0.244)      O6   (1.012,0.687,0.213)      2.7465
  O4   (0.816,0.854,0.244)      O8   (1.191,0.866,0.43)       2.7520
  O5   (0.015,0.287,0.282)      Si1  (0.005,0.163,0.215)      1.6301
  O5   (0.015,0.287,0.282)      Si4  (0.18,0.379,0.358)       1.6657
  O5   (0.015,0.287,0.282)      O2   (0.079,0.491,0.278)      2.6790
  O5   (0.015,0.287,0.282)      O7   (0.197,0.107,0.382)      2.7215
  O5   (0.015,0.287,0.282)      O4   (0.316,0.354,0.244)      2.7290
  O5   (0.015,0.287,0.282)      O3   (-0.188,0.103,0.188)     2.7558
  O5   (0.015,0.287,0.282)      O7   (0.303,0.393,0.618)      2.7814
  O5   (0.015,0.287,0.282)      O1   (0.003,0.128,-0.021)     2.8512
  O6   (0.012,0.687,0.213)      Si3  (0.183,0.609,0.316)      1.6451
  O6   (0.012,0.687,0.213)      Si2  (0.003,0.816,0.231)      1.6632
  O6   (0.012,0.687,0.213)      Ca2  (-0.227,0.532,0.098)     2.6105
  O6   (0.012,0.687,0.213)      O2   (0.079,0.491,0.278)      2.6114
  O6   (0.012,0.687,0.213)      O8   (0.191,0.866,0.43)       2.7167
  O6   (0.012,0.687,0.213)      O4   (-0.184,0.854,0.244)     2.7465
  O6   (0.012,0.687,0.213)      O3   (0.312,0.603,0.188)      2.7588
  O6   (0.012,0.687,0.213)      O8   (0.309,0.634,0.57)       2.7593
  O6   (0.012,0.687,0.213)      O1   (-0.003,0.872,0.021)     2.7916
  O7   (0.197,0.107,0.382)      Si4  (0.32,0.121,0.642)       1.6684
  O7   (0.197,0.107,0.382)      Si1  (0.005,0.163,0.215)      1.6949
  O7   (0.197,0.107,0.382)      Ca1  (0.269,-0.025,0.176)     2.4199
  O7   (0.197,0.107,0.382)      Ca2  (0.273,0.032,0.098)      2.5042
  O7   (0.197,0.107,0.382)      O1   (0.003,0.128,-0.021)     2.6264
  O7   (0.197,0.107,0.382)      O2   (0.421,0.009,0.722)      2.7001
  O7   (0.197,0.107,0.382)      O5   (0.015,0.287,0.282)      2.7215
  O7   (0.197,0.107,0.382)      O4   (0.184,0.146,0.756)      2.7236
  O7   (0.197,0.107,0.382)      O5   (0.485,0.213,0.718)      2.7814
  O7   (0.197,0.107,0.382)      O3   (-0.188,0.103,0.188)     2.8252
  O8   (0.191,0.866,0.43)       Si3  (0.317,0.891,0.684)      1.6480
  O8   (0.191,0.866,0.43)       Si2  (0.003,0.816,0.231)      1.6567
  O8   (0.191,0.866,0.43)       Ca1  (0.269,0.975,0.176)      2.6326
  O8   (0.191,0.866,0.43)       O1   (-0.003,0.872,0.021)     2.6360
  O8   (0.191,0.866,0.43)       O2   (0.421,1.009,0.722)      2.7022
  O8   (0.191,0.866,0.43)       O6   (0.012,0.687,0.213)      2.7167
  O8   (0.191,0.866,0.43)       O3   (0.188,0.897,0.812)      2.7312
  O8   (0.191,0.866,0.43)       O4   (-0.184,0.854,0.244)     2.7520
  O8   (0.191,0.866,0.43)       O6   (0.488,0.813,0.787)      2.7593

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

  #    ( h k l)     Angle    d(Å)   I%(f)  | F |  m     Lp   Area
  1    (-1 1 0)    13.699  6.4753    6.51   21.8  2  69.31   5.18
  2    ( 0 0 1)    13.928  6.3690    0.31    4.8  2  66.73   0.24
  3    ( 1 1 0)    14.145  6.2715    0.32    5.0  2  64.64   0.25
  4    (-1-1 1)    15.250  5.8186    0.58    7.3  2  55.57   0.46
  5    (-1 1 1)    15.712  5.6479    0.25    4.9  2  52.25   0.20
  6    ( 0-2 1)    18.950  4.6878    5.78   28.8  2  35.60   4.60
  7    (-2 0 1)    22.018  4.0400   73.95  120.8  2  26.08  58.86
  8    ( 1-1 1)    22.802  3.9027   14.00   54.6  2  24.22  11.14
  9    ( 1 1 1)    23.658  3.7631   22.63   72.2  2  22.34  18.02
  10   (-1 3 0)    23.682  3.7594   40.54   96.7  2  22.41  32.27
  11   ( 1 3 0)    24.470  3.6399   31.93   88.9  2  20.82  25.42
  12   (-1-3 1)    24.589  3.6225   14.00   59.2  2  20.66  11.14
  13   (-1 3 1)    25.464  3.4998    0.75   14.2  2  19.19   0.59
  14   (-1-1 2)    25.671  3.4721   10.93   54.8  2  18.87   8.70
  15   (-2-2 1)    26.033  3.4245    3.55   31.7  2  18.32   2.82
  16   (-2 2 1)    26.107  3.4150    1.00   16.9  2  18.25   0.80
  17   (-1 1 2)    26.476  3.3681   23.58   83.2  2  17.65  18.77
  18   (-2 2 0)    27.562  3.2376   54.37  132.1  2  16.28  43.27
  19   ( 0 4 0)    27.791  3.2115   58.26  138.0  2  15.94  46.37
  20   (-2 0 2)    27.874  3.2021   92.66  174.6  2  15.86  73.75
  21   ( 0 0 2)    28.031  3.1845  100.00  182.5  2  15.63  79.59
  22   ( 2 2 0)    28.475  3.1358   40.72  118.5  2  15.11  32.41
  23   ( 1-3 1)    29.525  3.0265   23.23   93.2  2  14.05  18.49
  24   ( 0-4 1)    30.298  2.9509   20.30   89.6  2  13.28  16.16
  25   ( 0-2 2)    30.464  2.9352   16.25   80.7  2  13.11  12.94
  26   (-2-2 2)    30.741  2.9093   10.71   66.2  2  12.86   8.52
  27   ( 1 3 1)    31.520  2.8391   20.56   94.3  2  12.13  16.37
  28   (-2 2 2)    31.693  2.8240    0.91   20.0  2  12.04   0.73
  29   (-1-3 2)    31.802  2.8146    8.33   60.6  2  11.96   6.63
  30   ( 0 4 1)    32.079  2.7909    0.38   13.0  2  11.69   0.30
  31   (-3 1 1)    33.624  2.6660    0.59   17.2  2  10.61   0.47
  32   (-1 3 2)    33.763  2.6553   15.11   87.4  2  10.47  12.03
  33   (-3-1 1)    33.788  2.6534    0.67   18.4  2  10.48   0.53
  34   ( 2-2 1)    35.267  2.5453    2.00   33.4  2   9.56   1.59
  35   ( 1-1 2)    35.550  2.5257    4.07   48.2  2   9.37   3.24
  36   (-2-4 1)    35.665  2.5177   25.22  120.3  2   9.30  20.07
  37   (-3-1 2)    35.666  2.5177    2.76   39.8  2   9.32   2.20
  38   (-2 4 1)    35.776  2.5102   18.38  103.1  2   9.26  14.63
  39   (-3 1 2)    35.904  2.5015    0.79   21.4  2   9.19   0.63
  40   (-2 4 0)    36.499  2.4621    2.38   38.0  2   8.87   1.90
  41   (-1 5 0)    36.633  2.4534    2.09   35.7  2   8.79   1.66
  42   ( 2 2 1)    36.780  2.4439    4.31   51.5  2   8.68   3.43
  43   (-3 1 0)    37.171  2.4190    3.31   45.7  2   8.51   2.63
  44   (-1-5 1)    37.223  2.4158    4.33   52.4  2   8.47   3.45
  45   ( 1 5 0)    37.521  2.3972    0.40   16.1  2   8.31   0.32
  46   ( 3 1 0)    37.700  2.3862    2.48   40.2  2   8.24   1.97
  47   ( 2 4 0)    37.917  2.3731    3.70   49.5  2   8.11   2.95
  48   (-1 5 1)    38.231  2.3543    1.61   33.0  2   7.98   1.28
  49   ( 0-4 2)    38.407  2.3439    0.36   15.8  2   7.92   0.29
  50   (-1-1 3)    38.805  2.3207    0.23   12.8  2   7.72   0.19
  51   (-2-4 2)    38.975  2.3110    0.12    9.3  2   7.66   0.10
  52   (-3 3 1)    39.040  2.3073    4.19   54.5  2   7.65   3.33
  53   (-3-3 1)    39.472  2.2830    7.93   76.0  2   7.44   6.31
  54   (-1 1 3)    39.729  2.2689    3.93   53.9  2   7.32   3.13
  55   ( 1-3 2)    40.008  2.2536    1.39   32.3  2   7.23   1.11
  56   ( 1-5 1)    40.459  2.2296    3.12   49.1  2   7.06   2.48
  57   (-2 4 2)    40.518  2.2264    2.31   42.3  2   7.02   1.84
  58   (-3-3 2)    40.774  2.2130    0.80   25.1  2   6.92   0.64
  59   ( 0 4 2)    41.285  2.1868    0.98   28.2  2   6.71   0.78
  60   (-3 3 2)    41.411  2.1804    1.18   31.0  2   6.70   0.94
  61   (-2 2 3)    41.822  2.1599    2.54   46.1  2   6.53   2.02
  62   (-3 3 0)    41.852  2.1584    1.05   29.6  2   6.55   0.83
  63   (-1-5 2)    42.192  2.1418    1.23   32.4  2   6.42   0.98
  64   ( 0 6 0)    42.209  2.1410    8.15   83.5  2   6.40   6.49
  65   ( 2-4 1)    42.449  2.1294   11.69  100.6  2   6.34   9.30
  66   ( 0 0 3)    42.583  2.1230    0.18   12.5  2   6.27   0.14
  67   ( 1 3 2)    42.591  2.1227    0.28   15.7  2   6.25   0.23
  68   (-3-1 3)    42.675  2.1186    0.10    9.2  2   6.26   0.08
  69   (-1-3 3)    42.954  2.1055    0.58   22.7  2   6.17   0.46
  70   ( 1 5 1)    42.995  2.1036    7.12   79.8  2   6.12   5.67
  71   (-3 1 3)    43.218  2.0932    1.53   37.2  2   6.08   1.22
  72   ( 3 3 0)    43.278  2.0905    1.20   33.0  2   6.05   0.95
  73   ( 0-2 3)    43.980  2.0587    0.10    9.8  2   5.84   0.08
  74   (-1 5 2)    44.763  2.0245    1.76   41.6  2   5.60   1.40
  75   (-4 0 2)    44.867  2.0200    1.87   43.0  2   5.59   1.49
  76   (-4 0 1)    45.005  2.0141    4.22   65.0  2   5.55   3.36
  77   ( 2 4 1)    45.023  2.0134    0.87   29.5  2   5.52   0.69
  78   ( 2 0 2)    45.178  2.0068    0.80   28.5  2   5.49   0.64
  79   ( 3-1 1)    45.378  1.9984    2.04   45.6  2   5.45   1.62
  80   (-1 3 3)    45.468  1.9947    2.69   52.5  2   5.40   2.14
  81   ( 0 6 1)    45.624  1.9882    3.86   63.1  2   5.36   3.07
  82   ( 0 2 3)    45.937  1.9754    0.55   24.1  2   5.28   0.44
  83   ( 3 1 1)    46.148  1.9668    2.63   52.8  2   5.23   2.09
  84   ( 2-2 2)    46.535  1.9514    3.03   57.3  2   5.15   2.41
  85   (-3-3 3)    46.835  1.9395    0.39   20.7  2   5.07   0.31
  86   (-2-4 3)    46.855  1.9388    0.88   31.2  2   5.07   0.70
  87   (-4-2 2)    47.115  1.9287    3.06   58.5  2   5.00   2.43
  88   (-4 2 2)    47.204  1.9253    9.10  101.1  2   4.99   7.24
  89   (-4-2 1)    47.561  1.9116    1.20   37.1  2   4.89   0.96
  90   (-2-6 1)    48.026  1.8942    0.35   20.2  2   4.78   0.28
  91   (-2 6 1)    48.156  1.8894    0.14   13.1  2   4.76   0.12
  92   ( 2 2 2)    48.369  1.8815    7.80   96.5  2   4.70   6.21
  93   (-2 6 0)    48.419  1.8797    5.42   80.6  2   4.71   4.32
  94   (-3 5 1)    48.459  1.8782    0.84   31.7  2   4.70   0.67
  95   (-3-5 1)    49.064  1.8565    0.78   31.0  2   4.55   0.62
  96   ( 3-3 1)    49.119  1.8545    0.87   32.8  2   4.56   0.69
  97   (-4 0 3)    49.315  1.8476   11.73  121.2  2   4.51   9.34
  98   (-2 4 3)    49.417  1.8440    0.74   30.5  2   4.48   0.59
  99   ( 0-6 2)    49.628  1.8367    4.32   74.1  2   4.45   3.44
  100  ( 1-1 3)    49.694  1.8344    1.66   46.0  2   4.43   1.32
  101  ( 4 0 0)    49.699  1.8342   13.16  129.7  2   4.43  10.47
  102  ( 0-4 3)    49.812  1.8303    1.44   42.9  2   4.41   1.14
  103  ( 2 6 0)    50.115  1.8199    4.15   73.6  2   4.33   3.30
  104  (-2-6 2)    50.372  1.8113    2.18   53.7  2   4.29   1.74
  105  ( 1 1 3)    50.733  1.7992    7.98  103.6  2   4.21   6.35
  106  (-3 5 2)    50.771  1.7979    1.14   39.3  2   4.22   0.91
  107  (-1 7 0)    50.829  1.7960    1.26   41.3  2   4.21   1.01
  108  (-4-2 3)    51.119  1.7865    0.37   22.4  2   4.16   0.29
  109  (-1-5 3)    51.173  1.7848    0.24   18.1  2   4.15   0.19
  110  (-1-7 1)    51.264  1.7818    1.49   45.3  2   4.12   1.18
  111  ( 3 3 1)    51.274  1.7815    1.17   40.1  2   4.11   0.93
  112  (-4 2 0)    51.281  1.7812    0.40   23.5  2   4.13   0.32
  113  (-2 0 4)    51.524  1.7734   19.47  165.0  2   4.08  15.50
  114  ( 1 7 0)    51.789  1.7649    0.39   23.4  2   4.02   0.31
  115  (-4 2 3)    51.791  1.7649    0.35   22.3  2   4.04   0.28
  116  ( 2-4 2)    52.168  1.7530    4.44   80.1  2   3.97   3.53
  117  (-2 6 2)    52.267  1.7499    2.37   58.7  2   3.95   1.89
  118  ( 1 5 2)    52.326  1.7481    1.94   53.1  2   3.92   1.54
  119  (-1 7 1)    52.362  1.7470    1.38   44.9  2   3.93   1.10
  120  ( 4 2 0)    52.371  1.7467    1.65   49.0  2   3.93   1.31
  121  (-2-2 4)    52.717  1.7360    3.24   69.3  2   3.87   2.58
  122  ( 1-3 3)    52.897  1.7305    1.93   53.7  2   3.84   1.54
  123  ( 2-6 1)    53.006  1.7272    1.03   39.4  2   3.83   0.82
  124  ( 0 6 2)    53.167  1.7224    2.14   56.9  2   3.78   1.70
  125  (-4 4 1)    53.213  1.7210    2.60   62.8  2   3.80   2.07
  126  (-1-1 4)    53.218  1.7208    0.12   13.3  2   3.79   0.09
  127  ( 0 4 3)    53.342  1.7171    1.62   49.7  2   3.75   1.29
  128  (-4-4 2)    53.505  1.7123    5.25   89.9  2   3.74   4.18
  129  ( 1-7 1)    53.553  1.7109    0.75   33.9  2   3.74   0.59
  130  (-4 4 2)    53.666  1.7075    2.92   67.3  2   3.73   2.32
  131  (-4-4 1)    54.197  1.6920    1.05   40.9  2   3.63   0.84
  132  (-1 1 4)    54.229  1.6911    0.51   28.6  2   3.62   0.41
  133  (-2 2 4)    54.475  1.6840    3.14   71.1  2   3.59   2.50
  134  (-1 5 3)    54.831  1.6739    0.10   12.8  2   3.53   0.08
  135  (-3-5 3)    54.870  1.6728    0.70   33.9  2   3.54   0.56
  136  (-1-7 2)    54.943  1.6708    0.23   19.3  2   3.53   0.18
  137  ( 2 4 2)    55.513  1.6550    2.38   63.4  2   3.43   1.89
  138  (-1-3 4)    56.260  1.6347    1.10   43.8  2   3.34   0.87
  139  ( 2 6 1)    56.278  1.6342    0.90   39.7  2   3.32   0.72
  140  ( 1 7 1)    56.438  1.6300    0.35   24.9  2   3.30   0.28
  141  (-3-3 4)    56.470  1.6292    1.55   52.3  2   3.31   1.23
  142  ( 3-5 1)    56.701  1.6231    1.09   44.0  2   3.29   0.86
  143  (-5 1 2)    56.740  1.6220    0.13   15.4  2   3.28   0.11
  144  (-5-1 2)    56.829  1.6197    0.13   15.5  2   3.27   0.11
  145  (-4-4 3)    56.910  1.6176    1.13   45.1  2   3.25   0.90
  146  (-3 5 3)    57.101  1.6126    3.34   77.9  2   3.23   2.66
  147  ( 0 8 0)    57.368  1.6057    1.35   49.8  2   3.19   1.07
  148  (-4 0 4)    57.553  1.6010    0.34   25.0  2   3.17   0.27
  149  (-2-4 4)    57.875  1.5929    0.22   20.4  2   3.13   0.18
  150  ( 0 0 4)    57.899  1.5923    0.60   33.5  2   3.12   0.48
  151  ( 4 0 1)    58.127  1.5866    0.73   37.3  2   3.10   0.58
  152  (-4 4 3)    58.156  1.5858    0.15   17.1  2   3.10   0.12
  153  (-5 1 1)    58.239  1.5838    0.93   42.2  2   3.09   0.74
  154  ( 0-8 1)    58.261  1.5832    1.19   47.7  2   3.09   0.95
  155  (-5-1 1)    58.597  1.5749    0.52   31.8  2   3.05   0.41
  156  (-3 3 4)    58.604  1.5748    0.13   15.9  2   3.04   0.10
  157  ( 0-2 4)    58.754  1.5711    2.26   66.5  2   3.03   1.80
  158  (-4-2 4)    58.912  1.5673    1.20   48.6  2   3.01   0.96
  159  ( 2 0 3)    59.082  1.5632    0.52   32.1  2   2.98   0.41
  160  ( 0-6 3)    59.105  1.5626    0.16   17.6  2   2.99   0.12
  161  (-1 3 4)    59.151  1.5615    0.96   43.8  2   2.97   0.77
  162  (-5 1 3)    59.205  1.5602    0.29   24.1  2   2.98   0.23
  163  ( 3-3 2)    59.629  1.5501    1.48   54.8  2   2.93   1.18
  164  ( 1-5 3)    59.863  1.5446    0.14   16.7  2   2.91   0.11
  165  ( 3 5 1)    59.943  1.5427    2.02   64.4  2   2.88   1.61
  166  ( 2-2 3)    59.945  1.5427    0.86   42.0  2   2.89   0.68
  167  (-4 2 4)    60.057  1.5401    2.05   65.1  2   2.88   1.63
  168  (-2 6 3)    60.110  1.5388    0.42   29.4  2   2.87   0.33
  169  ( 1-7 2)    60.134  1.5383    0.32   25.9  2   2.88   0.26
  170  ( 0 8 1)    60.404  1.5321    0.21   20.9  2   2.84   0.17
  171  (-5 3 2)    60.515  1.5295    1.26   51.4  2   2.84   1.00
  172  (-3 7 1)    60.523  1.5293    0.10   14.6  2   2.84   0.08
  173  (-5-3 2)    60.773  1.5236    0.77   40.6  2   2.81   0.62
  174  ( 0 2 4)    60.886  1.5211    0.68   38.2  2   2.79   0.54
  175  (-2 4 4)    61.159  1.5149    1.20   51.0  2   2.76   0.96
  176  ( 2-6 2)    61.233  1.5133    1.01   46.8  2   2.77   0.80
  177  (-3-7 1)    61.252  1.5128    0.21   21.2  2   2.75   0.16
  178  (-3-7 2)    61.682  1.5033    0.16   18.6  2   2.71   0.12
  179  (-5 3 1)    61.696  1.5030    0.97   46.3  2   2.72   0.77
  180  ( 2 2 3)    62.016  1.4960    0.75   41.0  2   2.67   0.60
  181  (-3 7 0)    62.076  1.4947    0.68   39.0  2   2.68   0.54
  182  (-2-8 1)    62.119  1.4938    4.74  103.4  2   2.67   3.78
  183  (-2 8 0)    62.226  1.4915    3.49   88.8  2   2.67   2.78
  184  ( 3 3 2)    62.313  1.4896    0.85   44.0  2   2.65   0.68
  185  (-1-7 3)    62.322  1.4894    0.31   26.6  2   2.66   0.25
  186  (-5-3 3)    62.622  1.4830    2.87   81.2  2   2.63   2.28
  187  (-4 6 1)    62.715  1.4810    4.61  103.1  2   2.63   3.67
  188  (-5-3 1)    62.731  1.4807    0.55   35.7  2   2.61   0.44
  189  (-3 7 2)    62.785  1.4795    0.25   24.1  2   2.61   0.20
  190  (-1-5 4)    62.965  1.4757    0.23   23.0  2   2.60   0.18
  191  ( 0-8 2)    62.977  1.4755    1.14   51.5  2   2.60   0.90
  192  (-5 3 3)    63.147  1.4719    1.86   66.0  2   2.58   1.48
  193  (-4-6 2)    63.165  1.4715    1.17   52.4  2   2.57   0.93
  194  ( 0-4 4)    63.354  1.4676    0.70   40.7  2   2.56   0.56
  195  (-4 6 2)    63.382  1.4670    2.60   78.5  2   2.56   2.07
  196  (-3-5 4)    63.401  1.4666    0.48   33.9  2   2.56   0.39
  197  (-5 1 0)    63.526  1.4640    0.16   19.7  2   2.55   0.13
  198  ( 0 6 3)    63.827  1.4579    4.86  108.3  2   2.51   3.87
  199  (-2-8 2)    63.853  1.4573    0.30   27.1  2   2.52   0.24
  200  (-4-4 4)    63.983  1.4547    0.42   31.9  2   2.51   0.33
  201  ( 5 1 0)    64.123  1.4518    0.19   21.7  2   2.49   0.15
  202  ( 2 8 0)    64.147  1.4513    2.66   80.7  2   2.48   2.12
  203  ( 4-4 1)    64.155  1.4512    0.66   40.1  2   2.50   0.52
  204  ( 2-4 3)    64.512  1.4440    2.33   76.0  2   2.46   1.85
  205  ( 3 7 0)    64.594  1.4424    0.54   36.8  2   2.45   0.43
  206  ( 1 7 2)    64.622  1.4418    0.18   21.2  2   2.44   0.14
  207  (-5-1 4)    64.931  1.4357    0.69   41.8  2   2.43   0.55
  208  ( 1-1 4)    65.126  1.4319    0.64   40.2  2   2.41   0.51
  209  (-5 1 4)    65.346  1.4276    1.32   58.2  2   2.40   1.05
  210  (-4 6 0)    65.709  1.4205    0.69   42.3  2   2.37   0.55
  211  (-3-7 3)    65.868  1.4175    0.96   50.0  2   2.36   0.76
  212  ( 2-8 1)    65.871  1.4175    1.38   60.1  2   2.35   1.10
  213  ( 2 6 2)    65.919  1.4165    3.19   91.3  2   2.35   2.54

Phase #7 [Bragg-R = 6.34%]: Albite

  Chemical Formula = Na0.685Ca0.347Al1.46Si2.54O8

  Reference: Horst, W., Tagai, T., Korekawa, M., Jagodzinski, H., Z.
  Kristallogr., v157 p233 (1981) ● ANX: AB3C4D12X32. Analysis: Al1.46
  Ca0.347 Na0.685 O8 Si2.54. Formula from original source: Na.685 Ca.347
  Al1.46 Si2.54 O8. ICSD Collection Code: 100868. Calculated Pattern
  Original Remarks: Modulated structure. Sample Source or Locality: Specimen
  from Labrador, Canada. Minor Warning: 7%<R factor<12% (for single
  crystal). Wyckoff Sequence: i14(C1-).

  Triclinic: C-1 (2), Z=2, aC26.1 [PDF#01-083-1939] [CSD#100868]

  [x] a  = 8.16408 (0.00393) <2> [x] α  = 93.685  (0.023  ) <2>
  [x] b  = 12.86503(0.00479) <2> [x] β  = 116.365 (0.024  ) <2>
  [x] c  = 7.11906 (0.00453) <2> [x] γ  = 89.767  (0.025  ) <2>

  Unit Cell Volume = 668.313 (589)(Å³), Density = 1.3336(g/cm³), Absorption(μ) = 51.9(1/cm)

  [x] SF = 6.12247 (10.0471) <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 = 0.0562  (0.07367) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.07248 (0.26149) <3>
  [x] f2 = 0.19735 (0.2281 ) <3>

  190 Reflections in Fitted Range:

  #    ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1    (-1 1 0)    13.797  6.4294    0.01 (?.??)      -2.39   0.01
  2    ( 0 2 0)    13.824  6.4168    8.14 (?.??)       5.74   5.59
  3    ( 0 0 1)    13.941  6.3631    7.17 (?.??)       5.77   4.92
  4    ( 1 1 0)    14.126  6.2798    0.01 (?.??)      -0.59   0.01
  5    (-1-1 1)    15.170  5.8489    3.40 (?.??)       0.60   2.33
  6    (-1 1 1)    15.745  5.6362    3.18 (?.??)       2.08   2.18
  7    ( 0-2 1)    18.964  4.6845    0.01 (?.??)      -0.89   0.01
  8    ( 0 2 1)    20.347  4.3685    0.01 (?.??)      -0.09   0.01
  9    (-2 0 1)    22.020  4.0398   34.03 (?.??)     -22.17  23.35
  10   ( 1-1 1)    22.915  3.8837   10.16 (?.??)      -0.34   6.97
  11   ( 1 1 1)    23.703  3.7561   17.66 (?.??)      -5.14  12.12
  12   (-1 3 0)    23.824  3.7372   14.24 (?.??)     -19.16   9.77
  13   ( 1 3 0)    24.407  3.6491   10.32 (?.??)      -9.48   7.08
  14   (-1-3 1)    24.483  3.6380    0.01 (?.??)      -7.99   0.01
  15   (-1-1 2)    25.600  3.4815    7.98 (?.??)       1.28   5.47
  16   (-2-2 1)    25.910  3.4405    0.01 (?.??)      -2.59   0.01
  17   (-2 2 1)    26.245  3.3973    0.01 (?.??)      -0.59   0.01
  18   (-1 1 2)    26.478  3.3679   25.08 (?.??)       7.48  17.21
  19   (-2 2 0)    27.763  3.2147    0.01 (?.??)     -35.19   0.01
  20   (-2 0 2)    27.817  3.2086   45.28 (?.??)     -54.72  31.07
  21   ( 0 4 0)    27.818  3.2084   89.23 (0.00)     -10.77  61.22
  22   ( 0 0 2)    28.058  3.1815  100.00 (?.??)      28.20  68.61
  23   ( 2 2 0)    28.437  3.1399   20.70 (?.??)      -4.40  14.20
  24   ( 1-3 1)    29.679  3.0111    0.01 (?.??)     -15.79   0.01
  25   ( 0-4 1)    30.322  2.9487    0.01 (?.??)     -12.59   0.01
  26   ( 0-2 2)    30.488  2.9329   16.00 (?.??)       6.40  10.98
  27   (-2-2 2)    30.578  2.9245    4.77 (?.??)      -2.83   3.27
  28   ( 1 3 1)    31.517  2.8394   10.42 (?.??)      -3.08   7.15
  29   (-1-3 2)    31.695  2.8238    0.01 (?.??)      -3.09   0.01
  30   (-2 2 2)    31.761  2.8181    6.95 (?.??)       3.85   4.77
  31   ( 0 4 1)    32.115  2.7878    0.01 (?.??)      -0.29   0.01
  32   ( 0 2 2)    32.273  2.7745    0.01 (?.??)      -0.29   0.01
  33   ( 2 0 1)    33.259  2.6944    0.01 (?.??)      -0.09   0.01
  34   (-1 3 2)    33.832  2.6500    0.01 (?.??)      -8.69   0.01
  35   (-2-4 1)    35.490  2.5298   30.53 (?.??)      16.03  20.95
  36   (-3-1 2)    35.556  2.5252    6.31 (?.??)      -8.19   4.33
  37   (-3 1 2)    35.944  2.4988    0.88 (?.??)     -12.02   0.60
  38   (-2 4 1)    35.994  2.4954    0.01 (?.??)     -12.89   0.01
  39   (-2 4 0)    36.764  2.4449    0.01 (?.??)      -3.79   0.01
  40   ( 2 2 1)    36.819  2.4414    0.01 (?.??)      -3.79   0.01
  41   (-1-5 1)    37.122  2.4221    4.70 (?.??)       1.90   3.22
  42   (-3 1 0)    37.369  2.4067    0.60 (?.??)      -3.70   0.41
  43   ( 3 1 0)    37.759  2.3827    0.01 (?.??)      -2.99   0.01
  44   ( 2 4 0)    37.812  2.3795    0.01 (?.??)      -3.99   0.01
  45   (-1 5 1)    38.371  2.3460    0.01 (?.??)      -0.89   0.01
  46   ( 0-4 2)    38.436  2.3422    0.01 (?.??)      -0.19   0.01
  47   (-2 0 3)    38.448  2.3415    0.01 (?.??)      -0.19   0.01
  48   (-1-1 3)    38.751  2.3239    0.01 (?.??)      -0.19   0.01
  49   (-2-4 2)    38.764  2.3231    0.46 (?.??)       0.26   0.31
  50   (-3 3 1)    39.293  2.2930    0.07 (?.??)      -2.83   0.04
  51   (-3-3 1)    39.321  2.2915    0.01 (?.??)      -4.29   0.01
  52   (-1 1 3)    39.727  2.2689    0.01 (?.??)      -1.99   0.01
  53   ( 1-3 2)    40.165  2.2452    0.01 (?.??)      -1.89   0.01
  54   ( 1-5 1)    40.635  2.2203    0.01 (?.??)      -3.39   0.01
  55   (-2 4 2)    40.679  2.2180    0.01 (?.??)      -3.39   0.01
  56   ( 0 4 2)    41.334  2.1843    0.46 (?.??)      -1.04   0.31
  57   (-3 3 2)    41.587  2.1716    0.01 (?.??)      -0.29   0.01
  58   (-2 2 3)    41.846  2.1587    7.89 (?.??)       6.49   5.42
  59   (-1-5 2)    42.081  2.1472    5.68 (?.??)       3.28   3.90
  60   (-3 3 0)    42.165  2.1431    0.01 (?.??)      -0.79   0.01
  61   ( 0 6 0)    42.251  2.1389   23.89 (?.??)      20.29  16.39
  62   ( 0 0 3)    42.625  2.1210   14.16 (?.??)       8.36   9.72
  63   ( 2-4 1)    42.737  2.1157    0.01 (?.??)      -5.79   0.01
  64   (-1-3 3)    42.864  2.1098   21.46 (?.??)      17.06  14.72
  65   ( 1 5 1)    42.973  2.1046    0.01 (?.??)      -4.39   0.01
  66   (-3 1 3)    43.196  2.0943   11.80 (?.??)      10.20   8.09
  67   ( 3 3 0)    43.218  2.0933    0.01 (?.??)      -1.89   0.01
  68   ( 0-6 1)    43.694  2.0715    0.01 (?.??)      -0.09   0.01
  69   ( 0-2 3)    44.018  2.0570    0.01 (?.??)      -0.09   0.01
  70   (-4 0 2)    44.870  2.0199    0.19 (?.??)      -2.21   0.13
  71   (-1 5 2)    44.881  2.0194    0.41 (?.??)      -1.99   0.28
  72   ( 2 4 1)    44.994  2.0146   16.34 (?.??)      14.24  11.21
  73   (-4 0 1)    45.099  2.0102    0.01 (?.??)      -2.09   0.01
  74   ( 2 0 2)    45.348  1.9997    0.01 (?.??)      -0.99   0.01
  75   (-1 3 3)    45.522  1.9925    0.01 (?.??)      -2.49   0.01
  76   ( 3-1 1)    45.626  1.9881    0.01 (?.??)      -2.49   0.01
  77   ( 0 6 1)    45.676  1.9861    8.94 (?.??)       6.64   6.13
  78   ( 0 2 3)    45.989  1.9733    9.94 (?.??)       9.14   6.82
  79   ( 3 1 1)    46.281  1.9615    0.01 (?.??)      -0.89   0.01
  80   (-2-4 3)    46.638  1.9473   11.08 (?.??)       8.68   7.60
  81   ( 2-2 2)    46.777  1.9418    0.74 (?.??)      -1.66   0.51
  82   (-4-2 2)    46.966  1.9345    9.71 (?.??)       8.41   6.66
  83   (-4 2 2)    47.367  1.9190    0.01 (?.??)      -7.29   0.01
  84   (-2-6 1)    47.833  1.9014    6.35 (?.??)       6.25   4.35
  85   (-3 3 3)    48.446  1.8787    0.01 (?.??)      -5.19   0.01
  86   ( 2 2 2)    48.464  1.8780    0.01 (?.??)      -5.19   0.01
  87   (-2 6 0)    48.724  1.8686    0.01 (?.??)      -4.49   0.01
  88   (-3 5 1)    48.802  1.8658    0.01 (?.??)      -4.49   0.01
  89   ( 1-5 2)    48.828  1.8649    0.01 (?.??)      -0.79   0.01
  90   (-3-5 1)    48.841  1.8644    0.01 (?.??)      -0.79   0.01
  91   (-4 0 3)    49.241  1.8502    0.01 (?.??)      -6.49   0.01
  92   ( 3-3 1)    49.468  1.8422    0.01 (?.??)      -6.49   0.01
  93   (-2 4 3)    49.531  1.8400    4.76 (?.??)       4.06   3.26
  94   ( 0-6 2)    49.667  1.8353    0.01 (?.??)      -9.89   0.01
  95   ( 0-4 3)    49.851  1.8290    0.42 (?.??)      -4.18   0.29
  96   ( 4 0 0)    49.878  1.8280    0.01 (?.??)      -9.89   0.01
  97   ( 2 6 0)    49.979  1.8246   11.91 (?.??)       7.31   8.17
  98   (-2-6 2)    50.142  1.8190   14.18 (?.??)      12.68   9.73
  99   ( 1 1 3)    50.839  1.7957    0.03 (?.??)      -5.47   0.02
  100  (-3 5 0)    50.948  1.7921    0.01 (?.??)      -5.49   0.01
  101  (-1 7 0)    51.015  1.7899    0.01 (?.??)      -1.79   0.01
  102  (-3 5 2)    51.050  1.7888    0.01 (?.??)      -1.79   0.01
  103  (-1-7 1)    51.172  1.7848    0.01 (?.??)      -1.39   0.01
  104  ( 3 3 1)    51.300  1.7806   14.78 (?.??)      13.38  10.14
  105  (-2 0 4)    51.444  1.7760   14.00 (?.??)       0.00   9.61
  106  (-4 2 3)    51.872  1.7623    4.39 (?.??)       4.09   3.01
  107  ( 1 5 2)    52.348  1.7474    0.70 (?.??)      -1.40   0.48
  108  ( 4 2 0)    52.408  1.7455    0.49 (?.??)      -1.61   0.34
  109  ( 2-4 2)    52.467  1.7437    0.01 (?.??)      -4.59   0.01
  110  (-2 6 2)    52.494  1.7429    0.05 (?.??)      -4.55   0.04
  111  (-2-2 4)    52.563  1.7408    9.36 (?.??)       6.86   6.42
  112  (-3-1 4)    52.996  1.7275   16.76 (?.??)      15.46  11.50
  113  ( 1-3 3)    53.063  1.7255    4.10 (?.??)       2.80   2.81
  114  (-4-4 2)    53.237  1.7203   13.19 (?.??)       8.29   9.05
  115  ( 2-6 1)    53.336  1.7173    2.83 (?.??)      -2.07   1.94
  116  ( 0 4 3)    53.407  1.7152    7.99 (?.??)       5.89   5.48
  117  (-4 4 1)    53.593  1.7097    0.01 (?.??)      -2.39   0.01
  118  ( 1-7 1)    53.751  1.7050    0.01 (?.??)      -1.39   0.01
  119  (-3 1 4)    53.857  1.7019    0.01 (?.??)      -1.79   0.01
  120  (-4 4 2)    53.969  1.6986    6.78 (?.??)       4.98   4.65
  121  (-4-4 1)    54.015  1.6973    0.01 (?.??)      -0.79   0.01
  122  (-1 1 4)    54.233  1.6910    3.70 (?.??)       3.10   2.54
  123  (-2 2 4)    54.479  1.6839   11.49 (?.??)       9.09   7.89
  124  (-3-5 3)    54.548  1.6820   16.64 (?.??)      16.14  11.42
  125  (-1-7 2)    54.837  1.6738    0.01 (?.??)      -0.29   0.01
  126  (-1 5 3)    54.934  1.6710    4.53 (?.??)       4.23   3.11
  127  ( 2 4 2)    55.549  1.6540    0.01 (?.??)      -2.49   0.01
  128  ( 1 3 3)    55.924  1.6438   14.90 (?.??)      14.70  10.22
  129  (-1-3 4)    56.187  1.6367    6.46 (?.??)       5.26   4.43
  130  ( 2 6 1)    56.208  1.6361   10.78 (?.??)      10.38   7.40
  131  ( 1 7 1)    56.412  1.6307    0.01 (?.??)      -1.19   0.01
  132  (-4-4 3)    56.579  1.6263    0.31 (?.??)      -0.29   0.21
  133  (-5-1 2)    56.795  1.6206    0.01 (?.??)      -0.59   0.01
  134  ( 3-5 1)    57.129  1.6119    0.19 (?.??)      -0.81   0.13
  135  (-3 5 3)    57.317  1.6070    0.37 (?.??)      -2.33   0.26
  136  (-4 0 4)    57.425  1.6043    0.01 (?.??)      -1.39   0.01
  137  ( 0 8 0)    57.428  1.6042    0.81 (?.??)      -0.59   0.56
  138  (-2-4 4)    57.667  1.5981    0.01 (?.??)      -0.59   0.01
  139  ( 0 0 4)    57.959  1.5908    0.01 (?.??)      -0.49   0.01
  140  (-1 7 2)    58.072  1.5879    5.72 (?.??)       5.22   3.92
  141  ( 0-8 1)    58.315  1.5819    0.01 (?.??)      -1.89   0.01
  142  ( 4 0 1)    58.378  1.5803    0.01 (?.??)      -0.69   0.01
  143  (-4 4 3)    58.379  1.5803    0.01 (?.??)      -1.89   0.01
  144  (-4-2 4)    58.651  1.5736    0.01 (?.??)      -0.99   0.01
  145  (-5-1 1)    58.662  1.5734    0.01 (?.??)      -0.49   0.01
  146  ( 4 4 0)    58.802  1.5699    0.01 (?.??)      -0.99   0.01
  147  ( 0-2 4)    58.808  1.5698    0.01 (?.??)      -1.39   0.01
  148  (-5-1 3)    58.900  1.5676    0.01 (?.??)      -1.39   0.01
  149  (-5 1 3)    59.250  1.5591    0.01 (?.??)      -1.29   0.01
  150  ( 2 0 3)    59.284  1.5583    0.64 (?.??)      -0.66   0.44
  151  ( 4-2 1)    59.664  1.5493    0.01 (?.??)      -0.09   0.01
  152  ( 3 5 1)    59.887  1.5440   56.50 (?.??)      54.80  38.77
  153  ( 3-3 2)    60.007  1.5412    0.01 (?.??)      -1.69   0.01
  154  (-4 2 4)    60.073  1.5397    0.01 (?.??)      -1.99   0.01
  155  ( 2-2 3)    60.206  1.5366    0.01 (?.??)      -1.99   0.01
  156  (-2 6 3)    60.299  1.5345    0.01 (?.??)      -0.39   0.01
  157  ( 1-7 2)    60.342  1.5335    0.01 (?.??)      -0.39   0.01
  158  (-5-3 2)    60.584  1.5279    0.01 (?.??)      -0.49   0.01
  159  (-5 3 2)    60.817  1.5226    0.01 (?.??)      -0.39   0.01
  160  ( 4 2 1)    60.930  1.5201    0.12 (?.??)      -0.28   0.09
  161  ( 0 2 4)    60.956  1.5195    0.01 (?.??)      -0.79   0.01
  162  (-3-7 1)    60.984  1.5189    0.37 (?.??)      -0.43   0.25
  163  (-2 4 4)    61.245  1.5130   11.85 (?.??)      10.85   8.13
  164  (-3-7 2)    61.356  1.5105   25.50 (?.??)      24.60  17.49
  165  ( 2-6 2)    61.580  1.5056    0.01 (?.??)      -0.89   0.01
  166  (-2-8 1)    61.917  1.4982    0.01 (?.??)      -4.09   0.01
  167  ( 2 2 3)    62.159  1.4929    7.62 (?.??)       3.52   5.23
  168  (-5-3 3)    62.347  1.4889    0.01 (?.??)      -2.09   0.01
  169  ( 3 3 2)    62.412  1.4875    0.42 (?.??)      -0.78   0.29
  170  (-3 7 0)    62.536  1.4848    0.01 (?.??)      -2.09   0.01
  171  (-2 8 0)    62.573  1.4840    4.90 (?.??)       1.50   3.36
  172  (-5-3 1)    62.641  1.4826    0.01 (?.??)      -3.39   0.01
  173  (-4-6 2)    62.812  1.4789    0.01 (?.??)      -0.99   0.01
  174  ( 0-8 2)    63.031  1.4743   11.63 (?.??)       8.43   7.98
  175  (-3-5 4)    63.064  1.4736    0.19 (?.??)      -1.91   0.13
  176  (-4 6 1)    63.202  1.4707    0.01 (?.??)      -3.19   0.01
  177  (-5 3 3)    63.359  1.4675    3.36 (?.??)       1.26   2.31
  178  ( 0-4 4)    63.408  1.4665    0.01 (?.??)      -0.89   0.01
  179  (-2-8 2)    63.615  1.4622    0.01 (?.??)      -2.09   0.01
  180  (-4 6 2)    63.800  1.4584    0.01 (?.??)      -2.09   0.01
  181  ( 0 6 3)    63.908  1.4562    0.01 (?.??)      -2.79   0.01
  182  ( 2 8 0)    63.994  1.4544    0.01 (?.??)      -1.39   0.01
  183  ( 3 7 0)    64.399  1.4463    0.60 (?.??)      -0.10   0.41
  184  ( 4-4 1)    64.649  1.4413    0.01 (?.??)      -0.69   0.01
  185  (-5-1 4)    64.736  1.4395    3.29 (?.??)       1.29   2.26
  186  ( 2-4 3)    64.829  1.4377    5.09 (?.??)       3.09   3.49
  187  ( 1-1 4)    65.172  1.4310    0.62 (0.00)      -0.08   0.43
  188  (-5 1 4)    65.324  1.4280    1.16 (0.00)      -0.14   0.80
  189  (-4-6 3)    65.654  1.4216    2.68 (0.00)      -0.32   1.84
  190  ( 2 6 2)    65.654  1.4216    2.68 (0.00)      -0.32   1.84

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

Phase #8 [Bragg-R = 5.89%]: Diopside | calcium magnesium catena-silicate

  Chemical Formula = CaMg(SiO3)2

  Reference: Warren, B.E., Biscoe, J., Z. Kristallogr., Kristallgeom.,
  Kristallphys., Kristallchem., v80 p391 (1931) ● ANX: ABC2X6. Analysis: Ca1
  Mg1 O6 Si2. Formula from original source: Ca Mg (Si O3)2. ICSD Collection
  Code: 30294. Calculated Pattern Original Remarks: AE: Ca: 8ap O8; Mg: 6o
  O6; Si: 4t O4; O1: 4t Ca Mg2 Si; O2: 3n Ca Mg Si; O3: 4t Ca2 Si2. Also
  diopside-type. Sample Source or Locality: Specimen from unknown. Minor
  Warning: No e.s.d reported/abstracted on the cell dimension. No R factors
  reported/abstracted. Wyckoff Sequence: f4 e2 (C12/C1).

  Monoclinic: C2/c (15) ● b-unique, Z=4, mC40 [PDF#01-075-0945] [CSD#30294]

  [x] a  = 9.75414 (0.00547) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 8.91295 (0.00558) <2> [x] β  = 74.032  (0.034  ) <2>
  [x] c  = 5.25851 (0.00493) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 439.526 (554)(Å³), Density = 3.2723(g/cm³), Absorption(μ) = 180.4(1/cm)

  [x] SF = 0.00097 (0.00755) <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 = 0.04104 (0.27689) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.02157 (0.88387) <3>
  [x] f2 = 0.15385 (0.65009) <3>

  79 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1   ( 1 1 0)    13.730  6.4605    0.37 (0.00)      -0.63   0.25
  2   ( 2 0 0)    18.946  4.6889    0.00 (?.??)      -0.20   0.00
  3   ( 0 2 0)    19.942  4.4565    0.00 (?.??)      -4.20   0.00
  4   ( 1 1 1)    20.166  4.4074    0.00 (?.??)      -1.70   0.00
  5   (-1 1 1)    24.340  3.6591    3.42 (?.??)       0.32   2.32
  6   ( 0 2 1)    26.678  3.3431  100.00 (?.??)      90.90  67.94
  7   ( 2 2 0)    27.627  3.2302    0.00 (?.??)     -23.50   0.00
  8   ( 2 2 1)    29.879  2.9914   36.08 (?.??)     -63.92  24.51
  9   ( 3 1 0)    30.310  2.9498   68.42 (?.??)      41.32  46.49
  10  ( 3 1 1)    30.886  2.8960    0.00 (?.??)     -32.20   0.00
  11  ( 1 3 0)    31.598  2.8322    0.00 (?.??)      -2.50   0.00
  12  ( 1 3 1)    35.010  2.5634    0.00 (?.??)     -19.50   0.00
  13  ( 2 0 2)    35.409  2.5354    0.00 (?.??)     -39.10   0.00
  14  ( 0 0 2)    35.519  2.5278    0.00 (?.??)     -39.10   0.00
  15  ( 1 1 2)    35.606  2.5218   25.69 (?.??)     -11.51  17.45
  16  (-2 2 1)    35.714  2.5144    0.00 (?.??)     -37.20   0.00
  17  (-1 3 1)    37.675  2.3878    3.03 (?.??)       1.93   2.06
  18  ( 4 0 0)    38.398  2.3444    3.46 (?.??)       2.86   2.35
  19  (-3 1 1)    39.151  2.3010    0.00 (?.??)     -16.70   0.00
  20  ( 0 4 0)    40.484  2.2282    0.00 (?.??)      -0.40   0.00
  21  (-1 1 2)    40.720  2.2158    0.00 (?.??)      -5.20   0.00
  22  ( 2 2 2)    40.954  2.2037    6.96 (?.??)       1.06   4.73
  23  ( 0 2 2)    41.051  2.1987    0.62 (?.??)      -5.28   0.42
  24  ( 3 3 0)    41.952  2.1535    0.00 (?.??)     -15.10   0.00
  25  ( 3 3 1)    42.389  2.1323   13.35 (?.??)       1.05   9.07
  26  ( 4 2 1)    42.897  2.1082    0.00 (?.??)      -9.10   0.00
  27  ( 4 2 0)    43.621  2.0748    0.00 (?.??)      -0.10   0.00
  28  ( 0 4 1)    44.428  2.0390    0.00 (?.??)     -14.80   0.00
  29  ( 4 0 2)    44.918  2.0179    0.00 (?.??)     -10.80   0.00
  30  ( 2 4 0)    45.043  2.0125    0.00 (?.??)     -10.80   0.00
  31  (-2 0 2)    45.188  2.0064   11.90 (?.??)       4.10   8.09
  32  ( 1 3 2)    46.096  1.9689    0.00 (?.??)      -8.60   0.00
  33  ( 2 4 1)    46.553  1.9507    0.00 (?.??)      -0.60   0.00
  34  ( 5 1 1)    47.957  1.8967    0.00 (?.??)      -0.10   0.00
  35  (-3 3 1)    49.012  1.8583    3.34 (?.??)       2.34   2.27
  36  ( 4 2 2)    49.584  1.8382    0.00 (?.??)      -8.20   0.00
  37  ( 5 1 0)    49.666  1.8354   21.07 (?.??)      12.87  14.31
  38  (-1 3 2)    50.333  1.8126    1.52 (?.??)      -2.28   1.03
  39  (-2 4 1)    50.760  1.7983   15.01 (?.??)      14.11  10.20
  40  (-4 2 1)    51.512  1.7738    0.00 (?.??)      -1.70   0.00
  41  ( 1 5 0)    52.225  1.7512   37.60 (?.??)      28.40  25.54
  42  ( 5 1 2)    53.186  1.7218    0.00 (?.??)      -0.70   0.00
  43  (-3 1 2)    53.503  1.7123    0.00 (?.??)      -0.80   0.00
  44  ( 1 1 3)    53.521  1.7118    0.00 (?.??)      -0.80   0.00
  45  ( 1 5 1)    54.557  1.6817    0.00 (?.??)      -3.60   0.00
  46  ( 2 4 2)    54.839  1.6737   14.79 (?.??)      10.49  10.05
  47  ( 0 4 2)    54.917  1.6715    0.00 (?.??)      -4.30   0.00
  48  ( 3 1 3)    55.306  1.6607   12.89 (?.??)       8.09   8.76
  49  ( 4 4 1)    56.411  1.6307    0.00 (?.??)      -2.90   0.00
  50  (-1 5 1)    56.472  1.6291   30.19 (?.??)      27.29  20.51
  51  ( 2 2 3)    56.597  1.6258    0.00 (?.??)     -19.70   0.00
  52  ( 5 3 1)    56.625  1.6251    0.00 (?.??)     -19.70   0.00
  53  ( 4 4 0)    57.005  1.6151    0.00 (?.??)      -2.60   0.00
  54  (-5 1 1)    57.866  1.5931    0.00 (?.??)      -0.10   0.00
  55  ( 5 3 0)    58.151  1.5860    0.00 (?.??)      -1.90   0.00
  56  ( 0 2 3)    58.543  1.5763    0.00 (?.??)      -0.20   0.00
  57  ( 6 0 0)    59.090  1.5630   15.05 (?.??)      10.65  10.22
  58  (-1 1 3)    59.212  1.5600    0.00 (?.??)      -4.40   0.00
  59  ( 3 5 0)    59.697  1.5485    0.00 (?.??)      -3.00   0.00
  60  ( 3 5 1)    60.036  1.5406    0.00 (?.??)      -0.20   0.00
  61  ( 6 0 2)    60.447  1.5311    0.00 (?.??)      -4.00   0.00
  62  ( 6 2 1)    60.651  1.5264    0.00 (?.??)      -4.50   0.00
  63  (-4 0 2)    60.812  1.5227    0.00 (?.??)      -4.50   0.00
  64  ( 5 3 2)    61.336  1.5110    0.00 (?.??)      -2.20   0.00
  65  (-3 3 2)    61.626  1.5045    0.00 (?.??)      -7.60   0.00
  66  ( 1 3 3)    61.642  1.5042    0.00 (?.??)      -7.60   0.00
  67  ( 4 2 3)    61.888  1.4988   12.51 (?.??)      12.21   8.50
  68  (-2 4 2)    62.247  1.4910    0.00 (?.??)      -0.80   0.00
  69  ( 0 6 0)    62.504  1.4855    0.00 (?.??)      -2.70   0.00
  70  ( 1 5 2)    62.978  1.4754    0.00 (?.??)      -0.20   0.00
  71  ( 6 2 0)    63.005  1.4749    0.00 (?.??)      -0.20   0.00
  72  ( 3 3 3)    63.279  1.4691    0.00 (?.??)      -0.40   0.00
  73  (-4 4 1)    63.703  1.4604    2.26 (?.??)       0.96   1.53
  74  ( 5 1 3)    64.159  1.4511    0.00 (?.??)      -0.40   0.00
  75  ( 6 2 2)    64.313  1.4480    2.10 (?.??)      -0.10   1.43
  76  (-4 2 2)    64.666  1.4409    0.00 (?.??)      -1.10   0.00
  77  ( 0 6 1)    65.494  1.4247    0.00 (0.00)      -2.70   0.00
  78  (-5 3 1)    65.709  1.4205    0.00 (0.00)     -13.20   0.00
  79  ( 2 6 0)    65.975  1.4155    0.00 (0.00)      -1.60   0.00

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

Phase #9 [Bragg-R = 8.19%]: Pargasite

  Chemical Formula = Na.47K.1Mg3.06Fe1.45Al.99Ti.33Ca1.83Mn.02Si7.31H1.958O23.958F.042

  Reference: Oberti R Ungaretti L Cannillo E Hawthorne F C Memmi I, European
  Journal of Mineralogy v7 (1995) p1049-1063, Temperature-dependent Al
  order-disorder in the tetrahedral double chain of C2/m amphiboles Sample:
  S(7) ● AMCSD#0006605

  Monoclinic: C2/m (12) ● b-unique, Z=2, mC79.1 [PDF#98-000-8262] [CSD#8262]

  [x] a  = 9.86345 (0.00657) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 18.13057(0.00670) <2> [x] β  = 104.802 (0.028  ) <2>
  [x] c  = 5.29924 (0.00637) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 916.215 (303)(Å³), Density = 3.1839(g/cm³), Absorption(μ) = 226.0(1/cm)

  [x] SF = 24.3351 (5.00212) <1> Intensity Scale Factor
  [x] TF =-1.80872 (2.62398) <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 = 0.14953 (0.03123) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.33665 (0.1444 ) <3>
  [x] f2 = 0.39358 (0.19277) <3>

  Asymmetry Atoms in Unit Cell = 36, General Site Multiplicity = 8

  [ ] x1 = 0.0     (0.0    ) <0> {Wyckoff = 2     } NaA <Na+1>
  [ ] y1 = 0.5     (0.0    ) <0> {                } NaA <Na+1>
  [ ] z1 = 0.0     (0.0    ) <0> {                } NaA <Na+1>
  [ ] B1 = 3.03036 (0.0    ) <4> {                } NaA <Na+1>
  [ ] n1 = 0.092   (0.0    ) <4> {                } NaA <Na+1>

  [ ] x2 = 0.0     (0.0    ) <0> {Wyckoff = 2     } KA <K +1>
  [ ] y2 = 0.5     (0.0    ) <0> {                } KA <K +1>
  [ ] z2 = 0.0     (0.0    ) <0> {                } KA <K +1>
  [ ] B2 = 3.03036 (0.0    ) <4> {                } KA <K +1>
  [ ] n2 = 0.02    (0.0    ) <4> {                } KA <K +1>

  [ ] x3 = 0.0408  (0.0    ) <4> {Wyckoff = 4     } NaAm <Na+1>
  [ ] y3 = 0.5     (0.0    ) <0> {                } NaAm <Na+1>
  [ ] z3 = 0.0875  (0.0    ) <4> {                } NaAm <Na+1>
  [ ] B3 = 4.19971 (0.0    ) <4> {                } NaAm <Na+1>
  [ ] n3 = 0.092   (0.0    ) <4> {                } NaAm <Na+1>

  [ ] x4 = 0.0408  (0.0    ) <4> {Wyckoff = 4     } KAm <K +1>
  [ ] y4 = 0.5     (0.0    ) <0> {                } KAm <K +1>
  [ ] z4 = 0.0875  (0.0    ) <4> {                } KAm <K +1>
  [ ] B4 = 4.19971 (0.0    ) <4> {                } KAm <K +1>
  [ ] n4 = 0.02    (0.0    ) <4> {                } KAm <K +1>

  [ ] x5 = 0.0     (0.0    ) <0> {Wyckoff = 4     } NaA2 <Na+1>
  [ ] y5 = 0.491   (0.0    ) <4> {                } NaA2 <Na+1>
  [ ] z5 = 0.0     (0.0    ) <0> {                } NaA2 <Na+1>
  [ ] B5 = 2.79033 (0.0    ) <4> {                } NaA2 <Na+1>
  [ ] n5 = 0.092   (0.0    ) <4> {                } NaA2 <Na+1>

  [ ] x6 = 0.0     (0.0    ) <0> {Wyckoff = 4     } KA2 <K +1>
  [ ] y6 = 0.491   (0.0    ) <4> {                } KA2 <K +1>
  [ ] z6 = 0.0     (0.0    ) <0> {                } KA2 <K +1>
  [ ] B6 = 2.79033 (0.0    ) <4> {                } KA2 <K +1>
  [ ] n6 = 0.02    (0.0    ) <4> {                } KA2 <K +1>

  [ ] x7 = 0.0     (0.0    ) <0> {Wyckoff = 4     } MgM1 <Mg+2>
  [ ] y7 = 0.0887  (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] z7 = 0.5     (0.0    ) <0> {                } MgM1 <Mg+2>
  [ ] B7 = 0.60007 (0.0    ) <4> {                } MgM1 <Mg+2>
  [ ] n7 = 0.71    (0.0    ) <4> {                } MgM1 <Mg+2>

  [ ] x8 = 0.0     (0.0    ) <0> {Wyckoff = 4     } FeM1 <Fe+3>
  [ ] y8 = 0.0887  (0.0    ) <4> {                } FeM1 <Fe+3>
  [ ] z8 = 0.5     (0.0    ) <0> {                } FeM1 <Fe+3>
  [ ] B8 = 0.60007 (0.0    ) <4> {                } FeM1 <Fe+3>
  [ ] n8 = 0.29    (0.0    ) <4> {                } FeM1 <Fe+3>

  [ ] x9 = 0.0     (0.0    ) <0> {Wyckoff = 4     } MgM2 <Mg+2>
  [ ] y9 = 0.1778  (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] z9 = 0.0     (0.0    ) <0> {                } MgM2 <Mg+2>
  [ ] B9 = 0.54006 (0.0    ) <4> {                } MgM2 <Mg+2>
  [ ] n9 = 0.505   (0.0    ) <4> {                } MgM2 <Mg+2>

  [ ] x10= 0.0     (0.0    ) <0> {Wyckoff = 4     } AlM2 <Al+3>
  [ ] y10= 0.1778  (0.0    ) <4> {                } AlM2 <Al+3>
  [ ] z10= 0.0     (0.0    ) <0> {                } AlM2 <Al+3>
  [ ] B10= 0.54006 (0.0    ) <4> {                } AlM2 <Al+3>
  [ ] n10= 0.125   (0.0    ) <4> {                } AlM2 <Al+3>

  [ ] x11= 0.0     (0.0    ) <0> {Wyckoff = 4     } TiM2 <Ti+4>
  [ ] y11= 0.1778  (0.0    ) <4> {                } TiM2 <Ti+4>
  [ ] z11= 0.0     (0.0    ) <0> {                } TiM2 <Ti+4>
  [ ] B11= 0.54006 (0.0    ) <4> {                } TiM2 <Ti+4>
  [ ] n11= 0.165   (0.0    ) <4> {                } TiM2 <Ti+4>

  [ ] x12= 0.0     (0.0    ) <0> {Wyckoff = 4     } FeM2 <Fe+3>
  [ ] y12= 0.1778  (0.0    ) <4> {                } FeM2 <Fe+3>
  [ ] z12= 0.0     (0.0    ) <0> {                } FeM2 <Fe+3>
  [ ] B12= 0.54006 (0.0    ) <4> {                } FeM2 <Fe+3>
  [ ] n12= 0.205   (0.0    ) <4> {                } FeM2 <Fe+3>

  [ ] x13= 0.0     (0.0    ) <0> {Wyckoff = 2     } MgM3 <Mg+2>
  [ ] y13= 0.0     (0.0    ) <0> {                } MgM3 <Mg+2>
  [ ] z13= 0.0     (0.0    ) <0> {                } MgM3 <Mg+2>
  [ ] B13= 0.54006 (0.0    ) <4> {                } MgM3 <Mg+2>
  [ ] n13= 0.63    (0.0    ) <4> {                } MgM3 <Mg+2>

  [ ] x14= 0.0     (0.0    ) <0> {Wyckoff = 2     } AlM3 <Al+3>
  [ ] y14= 0.0     (0.0    ) <0> {                } AlM3 <Al+3>
  [ ] z14= 0.0     (0.0    ) <0> {                } AlM3 <Al+3>
  [ ] B14= 0.54006 (0.0    ) <4> {                } AlM3 <Al+3>
  [ ] n14= 0.05    (0.0    ) <4> {                } AlM3 <Al+3>

  [ ] x15= 0.0     (0.0    ) <0> {Wyckoff = 2     } FeM3 <Fe+3>
  [ ] y15= 0.0     (0.0    ) <0> {                } FeM3 <Fe+3>
  [ ] z15= 0.0     (0.0    ) <0> {                } FeM3 <Fe+3>
  [ ] B15= 0.54006 (0.0    ) <4> {                } FeM3 <Fe+3>
  [ ] n15= 0.32    (0.0    ) <4> {                } FeM3 <Fe+3>

  [ ] x16= 0.0     (0.0    ) <0> {Wyckoff = 4     } NaM4 <Na+1>
  [ ] y16= 0.2803  (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] z16= 0.5     (0.0    ) <0> {                } NaM4 <Na+1>
  [ ] B16= 0.73983 (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] n16= 0.0025  (0.0    ) <4> {                } NaM4 <Na+1>

  [ ] x17= 0.0     (0.0    ) <0> {Wyckoff = 4     } CaM4 <Ca+2>
  [ ] y17= 0.2803  (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] z17= 0.5     (0.0    ) <0> {                } CaM4 <Ca+2>
  [ ] B17= 0.73983 (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] n17= 0.4575  (0.0    ) <4> {                } CaM4 <Ca+2>

  [ ] x18= 0.0     (0.0    ) <0> {Wyckoff = 4     } MnM4 <Mn+3>
  [ ] y18= 0.2803  (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] z18= 0.5     (0.0    ) <0> {                } MnM4 <Mn+3>
  [ ] B18= 0.73983 (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] n18= 0.005   (0.0    ) <4> {                } MnM4 <Mn+3>

  [ ] x19= 0.0     (0.0    ) <0> {Wyckoff = 4     } FeM4 <Fe+3>
  [ ] y19= 0.2803  (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] z19= 0.5     (0.0    ) <0> {                } FeM4 <Fe+3>
  [ ] B19= 0.73983 (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] n19= 0.035   (0.0    ) <4> {                } FeM4 <Fe+3>

  [ ] x20= 0.0     (0.0    ) <0> {Wyckoff = 4     } NaM4 <Na+1>
  [ ] y20= 0.258   (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] z20= 0.5     (0.0    ) <0> {                } NaM4 <Na+1>
  [ ] B20= 0.61981 (0.0    ) <4> {                } NaM4 <Na+1>
  [ ] n20= 0.0025  (0.0    ) <4> {                } NaM4 <Na+1>

  [ ] x21= 0.0     (0.0    ) <0> {Wyckoff = 4     } CaM4 <Ca+2>
  [ ] y21= 0.258   (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] z21= 0.5     (0.0    ) <0> {                } CaM4 <Ca+2>
  [ ] B21= 0.61981 (0.0    ) <4> {                } CaM4 <Ca+2>
  [ ] n21= 0.4575  (0.0    ) <4> {                } CaM4 <Ca+2>

  [ ] x22= 0.0     (0.0    ) <0> {Wyckoff = 4     } MnM4 <Mn+3>
  [ ] y22= 0.258   (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] z22= 0.5     (0.0    ) <0> {                } MnM4 <Mn+3>
  [ ] B22= 0.61981 (0.0    ) <4> {                } MnM4 <Mn+3>
  [ ] n22= 0.005   (0.0    ) <4> {                } MnM4 <Mn+3>

  [ ] x23= 0.0     (0.0    ) <0> {Wyckoff = 4     } FeM4 <Fe+3>
  [ ] y23= 0.258   (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] z23= 0.5     (0.0    ) <0> {                } FeM4 <Fe+3>
  [ ] B23= 0.61981 (0.0    ) <4> {                } FeM4 <Fe+3>
  [ ] n23= 0.035   (0.0    ) <4> {                } FeM4 <Fe+3>

  [ ] x24= 0.2807  (0.0    ) <4> {Wyckoff = 8     } AlT1 <Al+3>
  [ ] y24= 0.0853  (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] z24= 0.3011  (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] B24= 0.46979 (0.0    ) <4> {                } AlT1 <Al+3>
  [ ] n24= 0.065   (0.0    ) <4> {                } AlT1 <Al+3>

  [ ] x25= 0.2807  (0.0    ) <4> {Wyckoff = 8     } SiT1 <Si+4>
  [ ] y25= 0.0853  (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] z25= 0.3011  (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] B25= 0.46979 (0.0    ) <4> {                } SiT1 <Si+4>
  [ ] n25= 0.935   (0.0    ) <4> {                } SiT1 <Si+4>

  [ ] x26= 0.2907  (0.0    ) <4> {Wyckoff = 8     } AlT2 <Al+3>
  [ ] y26= 0.1722  (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] z26= 0.8114  (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] B26= 0.4998  (0.0    ) <4> {                } AlT2 <Al+3>
  [ ] n26= 0.1075  (0.0    ) <4> {                } AlT2 <Al+3>

  [ ] x27= 0.2907  (0.0    ) <4> {Wyckoff = 8     } SiT2 <Si+4>
  [ ] y27= 0.1722  (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] z27= 0.8114  (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] B27= 0.4998  (0.0    ) <4> {                } SiT2 <Si+4>
  [ ] n27= 0.8925  (0.0    ) <4> {                } SiT2 <Si+4>

  [ ] x28= 0.2003  (0.0    ) <0> {Wyckoff = 4     } H <H +1>
  [ ] y28= 0.0     (0.0    ) <0> {                } H <H +1>
  [ ] z28= 0.7683  (0.0    ) <0> {                } H <H +1>
  [ ] B28= 1.53018 (0.0    ) <0> {                } H <H +1>
  [ ] n28= 0.979   (0.0    ) <0> {                } H <H +1>

  [ ] x29= 0.108   (0.0    ) <4> {Wyckoff = 8     } O1 <O -2>
  [ ] y29= 0.0886  (0.0    ) <4> {                } O1 <O -2>
  [ ] z29= 0.2154  (0.0    ) <4> {                } O1 <O -2>
  [ ] B29= 0.72009 (0.0    ) <4> {                } O1 <O -2>
  [ ] n29= 1.0     (0.0    ) <4> {                } O1 <O -2>

  [ ] x30= 0.1186  (0.0    ) <4> {Wyckoff = 8     } O2 <O -2>
  [ ] y30= 0.1738  (0.0    ) <4> {                } O2 <O -2>
  [ ] z30= 0.7329  (0.0    ) <4> {                } O2 <O -2>
  [ ] B30= 0.72009 (0.0    ) <4> {                } O2 <O -2>
  [ ] n30= 1.0     (0.0    ) <4> {                } O2 <O -2>

  [ ] x31= 0.1094  (0.0    ) <4> {Wyckoff = 4     } O3 <O -2>
  [ ] y31= 0.0     (0.0    ) <0> {                } O3 <O -2>
  [ ] z31= 0.7144  (0.0    ) <4> {                } O3 <O -2>
  [ ] B31= 0.8101  (0.0    ) <4> {                } O3 <O -2>
  [ ] n31= 0.979   (0.0    ) <4> {                } O3 <O -2>

  [ ] x32= 0.1094  (0.0    ) <4> {Wyckoff = 4     } F3 <F -1>
  [ ] y32= 0.0     (0.0    ) <0> {                } F3 <F -1>
  [ ] z32= 0.7144  (0.0    ) <4> {                } F3 <F -1>
  [ ] B32= 0.8101  (0.0    ) <4> {                } F3 <F -1>
  [ ] n32= 0.021   (0.0    ) <4> {                } F3 <F -1>

  [ ] x33= 0.3684  (0.0    ) <4> {Wyckoff = 8     } O4 <O -2>
  [ ] y33= 0.2498  (0.0    ) <4> {                } O4 <O -2>
  [ ] z33= 0.7903  (0.0    ) <4> {                } O4 <O -2>
  [ ] B33= 0.94038 (0.0    ) <4> {                } O4 <O -2>
  [ ] n33= 1.0     (0.0    ) <4> {                } O4 <O -2>

  [ ] x34= 0.3493  (0.0    ) <4> {Wyckoff = 8     } O5 <O -2>
  [ ] y34= 0.1389  (0.0    ) <4> {                } O5 <O -2>
  [ ] z34= 0.1102  (0.0    ) <4> {                } O5 <O -2>
  [ ] B34= 1.00038 (0.0    ) <4> {                } O5 <O -2>
  [ ] n34= 1.0     (0.0    ) <4> {                } O5 <O -2>

  [ ] x35= 0.3431  (0.0    ) <4> {Wyckoff = 8     } O6 <O -2>
  [ ] y35= 0.1174  (0.0    ) <4> {                } O6 <O -2>
  [ ] z35= 0.6022  (0.0    ) <4> {                } O6 <O -2>
  [ ] B35= 1.03039 (0.0    ) <4> {                } O6 <O -2>
  [ ] n35= 1.0     (0.0    ) <4> {                } O6 <O -2>

  [ ] x36= 0.3368  (0.0    ) <4> {Wyckoff = 4     } O7 <O -2>
  [ ] y36= 0.0     (0.0    ) <0> {                } O7 <O -2>
  [ ] z36= 0.2812  (0.0    ) <4> {                } O7 <O -2>
  [ ] B36= 1.18988 (0.0    ) <4> {                } O7 <O -2>
  [ ] n36= 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)
  NaA  (0.0,0.5,0.0)            NaA2 (0.0,0.509,0.0)          *0.1632
  NaA  (0.0,0.5,0.0)            NaA2 (0.0,0.491,0.0)          *0.1632
  NaA  (0.0,0.5,0.0)            NaAm (-0.041,0.5,-0.087)      *0.5307
  NaA  (0.0,0.5,0.0)            NaAm (0.041,0.5,0.088)        *0.5307
  NaA  (0.0,0.5,0.0)            O7   (0.163,0.5,-0.281)       2.4571
  NaA  (0.0,0.5,0.0)            O7   (-0.163,0.5,0.281)       2.4571
  NaA  (0.0,0.5,0.0)            H    (0.3,0.5,0.232)          2.8968
  NaA  (0.0,0.5,0.0)            H    (-0.3,0.5,-0.232)        2.8968
  KA   (0.0,0.5,0.0)            NaA2 (0.0,0.509,0.0)          *0.1632
  KA   (0.0,0.5,0.0)            NaA2 (0.0,0.491,0.0)          *0.1632
  KA   (0.0,0.5,0.0)            NaAm (-0.041,0.5,-0.087)      *0.5307
  KA   (0.0,0.5,0.0)            NaAm (0.041,0.5,0.088)        *0.5307
  KA   (0.0,0.5,0.0)            O7   (0.163,0.5,-0.281)       2.4571
  KA   (0.0,0.5,0.0)            O7   (-0.163,0.5,0.281)       2.4571
  KA   (0.0,0.5,0.0)            H    (0.3,0.5,0.232)          2.8968
  KA   (0.0,0.5,0.0)            H    (-0.3,0.5,-0.232)        2.8968
  NaAm (0.041,0.5,0.088)        NaA  (0.0,0.5,0.0)            *0.5307
  NaAm (0.041,0.5,0.088)        NaA2 (0.0,0.509,0.0)          *0.5552
  NaAm (0.041,0.5,0.088)        NaA2 (0.0,0.491,0.0)          *0.5552
  NaAm (0.041,0.5,0.088)        NaAm (-0.041,0.5,-0.087)      *1.0613
  NaAm (0.041,0.5,0.088)        H    (0.3,0.5,0.232)          2.4714
  NaAm (0.041,0.5,0.088)        O7   (-0.163,0.5,0.281)       2.4815
  NaAm (0.041,0.5,0.088)        O7   (0.163,0.5,-0.281)       2.5456
  NaAm (0.041,0.5,0.088)        O6   (0.157,0.617,0.398)      2.7539
  NaAm (0.041,0.5,0.088)        O6   (0.157,0.383,0.398)      2.7539
  KAm  (0.041,0.5,0.088)        NaA  (0.0,0.5,0.0)            *0.5307
  KAm  (0.041,0.5,0.088)        NaA2 (0.0,0.491,0.0)          *0.5552
  KAm  (0.041,0.5,0.088)        NaA2 (0.0,0.509,0.0)          *0.5552
  KAm  (0.041,0.5,0.088)        NaAm (-0.041,0.5,-0.087)      *1.0613
  KAm  (0.041,0.5,0.088)        H    (0.3,0.5,0.232)          2.4714
  KAm  (0.041,0.5,0.088)        O7   (-0.163,0.5,0.281)       2.4815
  KAm  (0.041,0.5,0.088)        O7   (0.163,0.5,-0.281)       2.5456
  KAm  (0.041,0.5,0.088)        O6   (0.157,0.617,0.398)      2.7539
  KAm  (0.041,0.5,0.088)        O6   (0.157,0.383,0.398)      2.7539
  NaA2 (0.0,0.491,0.0)          NaA  (0.0,0.5,0.0)            *0.1632
  NaA2 (0.0,0.491,0.0)          NaA2 (0.0,0.509,0.0)          *0.3264
  NaA2 (0.0,0.491,0.0)          NaAm (-0.041,0.5,-0.087)      *0.5552
  NaA2 (0.0,0.491,0.0)          NaAm (0.041,0.5,0.088)        *0.5552
  NaA2 (0.0,0.491,0.0)          O7   (0.163,0.5,-0.281)       2.4625
  NaA2 (0.0,0.491,0.0)          O7   (-0.163,0.5,0.281)       2.4625
  NaA2 (0.0,0.491,0.0)          H    (-0.3,0.5,-0.232)        2.9014
  NaA2 (0.0,0.491,0.0)          H    (0.3,0.5,0.232)          2.9014
  NaA2 (0.0,0.491,0.0)          O5   (0.151,0.361,-0.11)      2.9225
  NaA2 (0.0,0.491,0.0)          O5   (-0.151,0.361,0.11)      2.9225
  KA2  (0.0,0.491,0.0)          NaA  (0.0,0.5,0.0)            *0.1632
  KA2  (0.0,0.491,0.0)          NaA2 (0.0,0.509,0.0)          *0.3264
  KA2  (0.0,0.491,0.0)          NaAm (-0.041,0.5,-0.087)      *0.5552
  KA2  (0.0,0.491,0.0)          NaAm (0.041,0.5,0.088)        *0.5552
  KA2  (0.0,0.491,0.0)          O7   (0.163,0.5,-0.281)       2.4625
  KA2  (0.0,0.491,0.0)          O7   (-0.163,0.5,0.281)       2.4625
  KA2  (0.0,0.491,0.0)          H    (-0.3,0.5,-0.232)        2.9014
  KA2  (0.0,0.491,0.0)          H    (0.3,0.5,0.232)          2.9014
  KA2  (0.0,0.491,0.0)          O5   (0.151,0.361,-0.11)      2.9225
  KA2  (0.0,0.491,0.0)          O5   (-0.151,0.361,0.11)      2.9225
  MgM1 (0.0,0.089,0.5)          O1   (-0.108,0.089,0.785)     2.0567
  MgM1 (0.0,0.089,0.5)          O1   (0.108,0.089,0.215)      2.0567
  MgM1 (0.0,0.089,0.5)          O3   (0.109,0.0,0.714)        2.1012
  MgM1 (0.0,0.089,0.5)          O3   (-0.109,0.0,0.286)       2.1012
  MgM1 (0.0,0.089,0.5)          O2   (0.119,0.174,0.733)      2.1295
  MgM1 (0.0,0.089,0.5)          O2   (-0.119,0.174,0.267)     2.1295
  MgM1 (0.0,0.089,0.5)          H    (-0.2,0.0,0.232)         2.6600
  MgM1 (0.0,0.089,0.5)          H    (0.2,0.0,0.768)          2.6600
  FeM1 (0.0,0.089,0.5)          O1   (-0.108,0.089,0.785)     2.0567
  FeM1 (0.0,0.089,0.5)          O1   (0.108,0.089,0.215)      2.0567
  FeM1 (0.0,0.089,0.5)          O3   (-0.109,0.0,0.286)       2.1012
  FeM1 (0.0,0.089,0.5)          O3   (0.109,0.0,0.714)        2.1012
  FeM1 (0.0,0.089,0.5)          O2   (0.119,0.174,0.733)      2.1295
  FeM1 (0.0,0.089,0.5)          O2   (-0.119,0.174,0.267)     2.1295
  FeM1 (0.0,0.089,0.5)          H    (-0.2,0.0,0.232)         2.6600
  FeM1 (0.0,0.089,0.5)          H    (0.2,0.0,0.768)          2.6600
  MgM2 (0.0,0.178,0.0)          O4   (0.132,0.25,0.21)        1.9763
  MgM2 (0.0,0.178,0.0)          O4   (-0.132,0.25,-0.21)      1.9763
  MgM2 (0.0,0.178,0.0)          O2   (0.119,0.174,-0.267)     2.0550
  MgM2 (0.0,0.178,0.0)          O2   (-0.119,0.174,0.267)     2.0550
  MgM2 (0.0,0.178,0.0)          O1   (0.108,0.089,0.215)      2.1052
  MgM2 (0.0,0.178,0.0)          O1   (-0.108,0.089,-0.215)    2.1052
  AlM2 (0.0,0.178,0.0)          O4   (0.132,0.25,0.21)        1.9763
  AlM2 (0.0,0.178,0.0)          O4   (-0.132,0.25,-0.21)      1.9763
  AlM2 (0.0,0.178,0.0)          O2   (0.119,0.174,-0.267)     2.0550
  AlM2 (0.0,0.178,0.0)          O2   (-0.119,0.174,0.267)     2.0550
  AlM2 (0.0,0.178,0.0)          O1   (0.108,0.089,0.215)      2.1052
  AlM2 (0.0,0.178,0.0)          O1   (-0.108,0.089,-0.215)    2.1052
  TiM2 (0.0,0.178,0.0)          O4   (0.132,0.25,0.21)        1.9763
  TiM2 (0.0,0.178,0.0)          O4   (-0.132,0.25,-0.21)      1.9763
  TiM2 (0.0,0.178,0.0)          O2   (-0.119,0.174,0.267)     2.0550
  TiM2 (0.0,0.178,0.0)          O2   (0.119,0.174,-0.267)     2.0550
  TiM2 (0.0,0.178,0.0)          O1   (0.108,0.089,0.215)      2.1052
  TiM2 (0.0,0.178,0.0)          O1   (-0.108,0.089,-0.215)    2.1052
  FeM2 (0.0,0.178,0.0)          O4   (0.132,0.25,0.21)        1.9763
  FeM2 (0.0,0.178,0.0)          O4   (-0.132,0.25,-0.21)      1.9763
  FeM2 (0.0,0.178,0.0)          O2   (0.119,0.174,-0.267)     2.0550
  FeM2 (0.0,0.178,0.0)          O2   (-0.119,0.174,0.267)     2.0550
  FeM2 (0.0,0.178,0.0)          O1   (0.108,0.089,0.215)      2.1052
  FeM2 (0.0,0.178,0.0)          O1   (-0.108,0.089,-0.215)    2.1052
  MgM3 (0.0,0.0,0.0)            O3   (-0.109,0.0,0.286)       2.0711
  MgM3 (0.0,0.0,0.0)            O3   (0.109,0.0,-0.286)       2.0711
  MgM3 (0.0,0.0,0.0)            O1   (-0.108,0.089,-0.215)    2.0969
  MgM3 (0.0,0.0,0.0)            O1   (0.108,-0.089,0.215)     2.0969
  MgM3 (0.0,0.0,0.0)            O1   (-0.108,-0.089,-0.215)   2.0969
  MgM3 (0.0,0.0,0.0)            O1   (0.108,0.089,0.215)      2.0969
  MgM3 (0.0,0.0,0.0)            H    (-0.2,0.0,0.232)         2.5788
  MgM3 (0.0,0.0,0.0)            H    (0.2,0.0,-0.232)         2.5788
  AlM3 (0.0,0.0,0.0)            O3   (-0.109,0.0,0.286)       2.0711
  AlM3 (0.0,0.0,0.0)            O3   (0.109,0.0,-0.286)       2.0711
  AlM3 (0.0,0.0,0.0)            O1   (-0.108,0.089,-0.215)    2.0969
  AlM3 (0.0,0.0,0.0)            O1   (0.108,-0.089,0.215)     2.0969
  AlM3 (0.0,0.0,0.0)            O1   (-0.108,-0.089,-0.215)   2.0969
  AlM3 (0.0,0.0,0.0)            O1   (0.108,0.089,0.215)      2.0969
  AlM3 (0.0,0.0,0.0)            H    (-0.2,0.0,0.232)         2.5788
  AlM3 (0.0,0.0,0.0)            H    (0.2,0.0,-0.232)         2.5788
  FeM3 (0.0,0.0,0.0)            O3   (-0.109,0.0,0.286)       2.0711
  FeM3 (0.0,0.0,0.0)            O3   (0.109,0.0,-0.286)       2.0711
  FeM3 (0.0,0.0,0.0)            O1   (-0.108,0.089,-0.215)    2.0969
  FeM3 (0.0,0.0,0.0)            O1   (-0.108,-0.089,-0.215)   2.0969
  FeM3 (0.0,0.0,0.0)            O1   (0.108,-0.089,0.215)     2.0969
  FeM3 (0.0,0.0,0.0)            O1   (0.108,0.089,0.215)      2.0969
  FeM3 (0.0,0.0,0.0)            H    (-0.2,0.0,0.232)         2.5788
  FeM3 (0.0,0.0,0.0)            H    (0.2,0.0,-0.232)         2.5788
  NaM4 (0.0,0.28,0.5)           NaM4 (0.0,0.258,0.5)          *0.4043
  NaM4 (0.0,0.28,0.5)           O4   (0.132,0.25,0.21)        2.3172
  NaM4 (0.0,0.28,0.5)           O4   (-0.132,0.25,0.79)       2.3172
  NaM4 (0.0,0.28,0.5)           O2   (0.119,0.174,0.733)      2.4254
  NaM4 (0.0,0.28,0.5)           O2   (-0.119,0.174,0.267)     2.4254
  NaM4 (0.0,0.28,0.5)           O6   (0.157,0.383,0.398)      2.5606
  NaM4 (0.0,0.28,0.5)           O6   (-0.157,0.383,0.602)     2.5606
  NaM4 (0.0,0.28,0.5)           O5   (-0.151,0.361,0.11)      2.6559
  NaM4 (0.0,0.28,0.5)           O5   (0.151,0.361,0.89)       2.6559
  CaM4 (0.0,0.28,0.5)           NaM4 (0.0,0.258,0.5)          *0.4043
  CaM4 (0.0,0.28,0.5)           O4   (0.132,0.25,0.21)        2.3172
  CaM4 (0.0,0.28,0.5)           O4   (-0.132,0.25,0.79)       2.3172
  CaM4 (0.0,0.28,0.5)           O2   (0.119,0.174,0.733)      2.4254
  CaM4 (0.0,0.28,0.5)           O2   (-0.119,0.174,0.267)     2.4254
  CaM4 (0.0,0.28,0.5)           O6   (0.157,0.383,0.398)      2.5606
  CaM4 (0.0,0.28,0.5)           O6   (-0.157,0.383,0.602)     2.5606
  CaM4 (0.0,0.28,0.5)           O5   (-0.151,0.361,0.11)      2.6559
  CaM4 (0.0,0.28,0.5)           O5   (0.151,0.361,0.89)       2.6559
  MnM4 (0.0,0.28,0.5)           NaM4 (0.0,0.258,0.5)          *0.4043
  MnM4 (0.0,0.28,0.5)           O4   (0.132,0.25,0.21)        2.3172
  MnM4 (0.0,0.28,0.5)           O4   (-0.132,0.25,0.79)       2.3172
  MnM4 (0.0,0.28,0.5)           O2   (0.119,0.174,0.733)      2.4254
  MnM4 (0.0,0.28,0.5)           O2   (-0.119,0.174,0.267)     2.4254
  MnM4 (0.0,0.28,0.5)           O6   (0.157,0.383,0.398)      2.5606
  MnM4 (0.0,0.28,0.5)           O6   (-0.157,0.383,0.602)     2.5606
  MnM4 (0.0,0.28,0.5)           O5   (-0.151,0.361,0.11)      2.6559
  MnM4 (0.0,0.28,0.5)           O5   (0.151,0.361,0.89)       2.6559
  FeM4 (0.0,0.28,0.5)           NaM4 (0.0,0.258,0.5)          *0.4043
  FeM4 (0.0,0.28,0.5)           O4   (-0.132,0.25,0.79)       2.3172
  FeM4 (0.0,0.28,0.5)           O4   (0.132,0.25,0.21)        2.3172
  FeM4 (0.0,0.28,0.5)           O2   (0.119,0.174,0.733)      2.4254
  FeM4 (0.0,0.28,0.5)           O2   (-0.119,0.174,0.267)     2.4254
  FeM4 (0.0,0.28,0.5)           O6   (0.157,0.383,0.398)      2.5606
  FeM4 (0.0,0.28,0.5)           O6   (-0.157,0.383,0.602)     2.5606
  FeM4 (0.0,0.28,0.5)           O5   (-0.151,0.361,0.11)      2.6559
  FeM4 (0.0,0.28,0.5)           O5   (0.151,0.361,0.89)       2.6559
  NaM4 (0.0,0.258,0.5)          NaM4 (0.0,0.28,0.5)           *0.4043
  NaM4 (0.0,0.258,0.5)          O2   (0.119,0.174,0.733)      2.1177
  NaM4 (0.0,0.258,0.5)          O2   (-0.119,0.174,0.267)     2.1177
  NaM4 (0.0,0.258,0.5)          O4   (0.132,0.25,0.21)        2.2565
  NaM4 (0.0,0.258,0.5)          O4   (-0.132,0.25,0.79)       2.2565
  NaM4 (0.0,0.258,0.5)          O6   (0.157,0.383,0.398)      2.8670
  NaM4 (0.0,0.258,0.5)          O6   (-0.157,0.383,0.602)     2.8670
  NaM4 (0.0,0.258,0.5)          O5   (-0.151,0.361,0.11)      2.8986
  NaM4 (0.0,0.258,0.5)          O5   (0.151,0.361,0.89)       2.8986
  CaM4 (0.0,0.258,0.5)          NaM4 (0.0,0.28,0.5)           *0.4043
  CaM4 (0.0,0.258,0.5)          O2   (0.119,0.174,0.733)      2.1177
  CaM4 (0.0,0.258,0.5)          O2   (-0.119,0.174,0.267)     2.1177
  CaM4 (0.0,0.258,0.5)          O4   (0.132,0.25,0.21)        2.2565
  CaM4 (0.0,0.258,0.5)          O4   (-0.132,0.25,0.79)       2.2565
  CaM4 (0.0,0.258,0.5)          O6   (0.157,0.383,0.398)      2.8670
  CaM4 (0.0,0.258,0.5)          O6   (-0.157,0.383,0.602)     2.8670
  CaM4 (0.0,0.258,0.5)          O5   (-0.151,0.361,0.11)      2.8986
  CaM4 (0.0,0.258,0.5)          O5   (0.151,0.361,0.89)       2.8986
  MnM4 (0.0,0.258,0.5)          NaM4 (0.0,0.28,0.5)           *0.4043
  MnM4 (0.0,0.258,0.5)          O2   (0.119,0.174,0.733)      2.1177
  MnM4 (0.0,0.258,0.5)          O2   (-0.119,0.174,0.267)     2.1177
  MnM4 (0.0,0.258,0.5)          O4   (0.132,0.25,0.21)        2.2565
  MnM4 (0.0,0.258,0.5)          O4   (-0.132,0.25,0.79)       2.2565
  MnM4 (0.0,0.258,0.5)          O6   (0.157,0.383,0.398)      2.8670
  MnM4 (0.0,0.258,0.5)          O6   (-0.157,0.383,0.602)     2.8670
  MnM4 (0.0,0.258,0.5)          O5   (-0.151,0.361,0.11)      2.8986
  MnM4 (0.0,0.258,0.5)          O5   (0.151,0.361,0.89)       2.8986
  FeM4 (0.0,0.258,0.5)          NaM4 (0.0,0.28,0.5)           *0.4043
  FeM4 (0.0,0.258,0.5)          O2   (0.119,0.174,0.733)      2.1177
  FeM4 (0.0,0.258,0.5)          O2   (-0.119,0.174,0.267)     2.1177
  FeM4 (0.0,0.258,0.5)          O4   (0.132,0.25,0.21)        2.2565
  FeM4 (0.0,0.258,0.5)          O4   (-0.132,0.25,0.79)       2.2565
  FeM4 (0.0,0.258,0.5)          O6   (0.157,0.383,0.398)      2.8670
  FeM4 (0.0,0.258,0.5)          O6   (-0.157,0.383,0.602)     2.8670
  FeM4 (0.0,0.258,0.5)          O5   (-0.151,0.361,0.11)      2.8986
  FeM4 (0.0,0.258,0.5)          O5   (0.151,0.361,0.89)       2.8986
  AlT1 (0.281,0.085,0.301)      O1   (0.108,0.089,0.215)      1.6481
  AlT1 (0.281,0.085,0.301)      O7   (0.337,0.0,0.281)        1.6550
  AlT1 (0.281,0.085,0.301)      O6   (0.343,0.117,0.602)      1.6618
  AlT1 (0.281,0.085,0.301)      O5   (0.349,0.139,0.11)       1.6659
  SiT1 (0.281,0.085,0.301)      O1   (0.108,0.089,0.215)      1.6481
  SiT1 (0.281,0.085,0.301)      O7   (0.337,0.0,0.281)        1.6550
  SiT1 (0.281,0.085,0.301)      O6   (0.343,0.117,0.602)      1.6618
  SiT1 (0.281,0.085,0.301)      O5   (0.349,0.139,0.11)       1.6659
  AlT2 (0.291,0.172,0.811)      O4   (0.368,0.25,0.79)        1.6196
  AlT2 (0.291,0.172,0.811)      O2   (0.119,0.174,0.733)      1.6415
  AlT2 (0.291,0.172,0.811)      O5   (0.349,0.139,1.11)       1.6547
  AlT2 (0.291,0.172,0.811)      O6   (0.343,0.117,0.602)      1.6661
  SiT2 (0.291,0.172,0.811)      O4   (0.368,0.25,0.79)        1.6196
  SiT2 (0.291,0.172,0.811)      O2   (0.119,0.174,0.733)      1.6415
  SiT2 (0.291,0.172,0.811)      O5   (0.349,0.139,1.11)       1.6547
  SiT2 (0.291,0.172,0.811)      O6   (0.343,0.117,0.602)      1.6661
  H    (0.2,0.0,0.768)          O3   (0.109,0.0,0.714)        0.8687
  H    (0.2,0.0,0.768)          NaAm (0.459,0.0,0.913)        2.4714
  H    (0.2,0.0,0.768)          MgM3 (0.0,0.0,1.0)            2.5788
  H    (0.2,0.0,0.768)          MgM1 (0.0,0.089,0.5)          2.6600
  H    (0.2,0.0,0.768)          MgM1 (0.0,-0.089,0.5)         2.6600
  H    (0.2,0.0,0.768)          O7   (0.337,0.0,1.281)        2.7075
  H    (0.2,0.0,0.768)          O6   (0.343,-0.117,0.602)     2.8147
  H    (0.2,0.0,0.768)          O6   (0.343,0.117,0.602)      2.8147
  H    (0.2,0.0,0.768)          NaA  (0.5,0.0,1.0)            2.8968
  H    (0.2,0.0,0.768)          NaA2 (0.5,-0.009,1.0)         2.9014
  H    (0.2,0.0,0.768)          NaA2 (0.5,0.009,1.0)          2.9014
  O1   (0.108,0.089,0.215)      AlT1 (0.281,0.085,0.301)      1.6481
  O1   (0.108,0.089,0.215)      MgM1 (0.0,0.089,0.5)          2.0567
  O1   (0.108,0.089,0.215)      MgM3 (0.0,0.0,0.0)            2.0969
  O1   (0.108,0.089,0.215)      MgM2 (0.0,0.178,0.0)          2.1052
  O1   (0.108,0.089,0.215)      O1   (-0.108,0.089,-0.215)    2.6955
  O1   (0.108,0.089,0.215)      O7   (0.337,0.0,0.281)        2.7190
  O1   (0.108,0.089,0.215)      O6   (0.343,0.117,0.602)      2.7245
  O1   (0.108,0.089,0.215)      O5   (0.349,0.139,0.11)       2.7359
  O1   (0.108,0.089,0.215)      O3   (-0.109,0.0,0.286)       2.7793
  O1   (0.108,0.089,0.215)      O2   (-0.119,0.174,0.267)     2.7874
  O1   (0.108,0.089,0.215)      O4   (0.132,0.25,0.21)        2.9399
  O2   (0.119,0.174,0.733)      AlT2 (0.291,0.172,0.811)      1.6415
  O2   (0.119,0.174,0.733)      MgM2 (0.0,0.178,1.0)          2.0550
  O2   (0.119,0.174,0.733)      NaM4 (0.0,0.258,0.5)          2.1177
  O2   (0.119,0.174,0.733)      MgM1 (0.0,0.089,0.5)          2.1295
  O2   (0.119,0.174,0.733)      NaM4 (0.0,0.28,0.5)           2.4254
  O2   (0.119,0.174,0.733)      O6   (0.343,0.117,0.602)      2.6856
  O2   (0.119,0.174,0.733)      O5   (0.349,0.139,1.11)       2.6928
  O2   (0.119,0.174,0.733)      O4   (0.368,0.25,0.79)        2.7711
  O2   (0.119,0.174,0.733)      O1   (-0.108,0.089,0.785)     2.7874
  O2   (0.119,0.174,0.733)      O4   (0.132,0.25,1.21)        2.8555
  O2   (0.119,0.174,0.733)      O4   (-0.132,0.25,0.79)       2.9129
  O2   (0.119,0.174,0.733)      O2   (-0.119,0.174,0.267)     2.9353
  O3   (0.109,0.0,0.714)        H    (0.2,0.0,0.768)          0.8687
  O3   (0.109,0.0,0.714)        MgM3 (0.0,0.0,1.0)            2.0711
  O3   (0.109,0.0,0.714)        MgM1 (0.0,0.089,0.5)          2.1012
  O3   (0.109,0.0,0.714)        MgM1 (0.0,-0.089,0.5)         2.1012
  O3   (0.109,0.0,0.714)        O3   (-0.109,0.0,0.286)       2.7047
  O3   (0.109,0.0,0.714)        O1   (-0.108,0.089,0.785)     2.7793
  O3   (0.109,0.0,0.714)        O1   (-0.108,-0.089,0.785)    2.7793
  F3   (0.109,0.0,0.714)        H    (0.2,0.0,0.768)          0.8687
  F3   (0.109,0.0,0.714)        MgM3 (0.0,0.0,1.0)            2.0711
  F3   (0.109,0.0,0.714)        MgM1 (0.0,-0.089,0.5)         2.1012
  F3   (0.109,0.0,0.714)        MgM1 (0.0,0.089,0.5)          2.1012
  F3   (0.109,0.0,0.714)        O3   (-0.109,0.0,0.286)       2.7047
  F3   (0.109,0.0,0.714)        O1   (-0.108,0.089,0.785)     2.7793
  F3   (0.109,0.0,0.714)        O1   (-0.108,-0.089,0.785)    2.7793
  O4   (0.368,0.25,0.79)        AlT2 (0.291,0.172,0.811)      1.6196
  O4   (0.368,0.25,0.79)        MgM2 (0.5,0.322,1.0)          1.9763
  O4   (0.368,0.25,0.79)        NaM4 (0.5,0.242,0.5)          2.2565
  O4   (0.368,0.25,0.79)        NaM4 (0.5,0.22,0.5)           2.3172
  O4   (0.368,0.25,0.79)        O6   (0.343,0.117,0.602)      2.5867
  O4   (0.368,0.25,0.79)        O5   (0.349,0.139,1.11)       2.6675
  O4   (0.368,0.25,0.79)        O2   (0.119,0.174,0.733)      2.7711
  O4   (0.368,0.25,0.79)        O2   (0.381,0.326,1.267)      2.8555
  O4   (0.368,0.25,0.79)        O2   (0.619,0.326,0.733)      2.9129
  O4   (0.368,0.25,0.79)        O1   (0.392,0.411,0.785)      2.9399
  O4   (0.368,0.25,0.79)        O4   (0.632,0.25,1.21)        2.9548
  O5   (0.349,0.139,0.11)       AlT2 (0.291,0.172,-0.189)     1.6547
  O5   (0.349,0.139,0.11)       AlT1 (0.281,0.085,0.301)      1.6659
  O5   (0.349,0.139,0.11)       O6   (0.343,0.117,0.602)      2.6523
  O5   (0.349,0.139,0.11)       NaM4 (0.5,0.22,0.5)           2.6559
  O5   (0.349,0.139,0.11)       O4   (0.368,0.25,-0.21)       2.6675
  O5   (0.349,0.139,0.11)       O7   (0.337,0.0,0.281)        2.6899
  O5   (0.349,0.139,0.11)       O2   (0.119,0.174,-0.267)     2.6928
  O5   (0.349,0.139,0.11)       O6   (0.343,0.117,-0.398)     2.7053
  O5   (0.349,0.139,0.11)       O1   (0.108,0.089,0.215)      2.7359
  O5   (0.349,0.139,0.11)       NaM4 (0.5,0.242,0.5)          2.8986
  O5   (0.349,0.139,0.11)       NaA2 (0.5,0.009,0.0)          2.9225
  O6   (0.343,0.117,0.602)      AlT1 (0.281,0.085,0.301)      1.6618
  O6   (0.343,0.117,0.602)      AlT2 (0.291,0.172,0.811)      1.6661
  O6   (0.343,0.117,0.602)      NaM4 (0.5,0.22,0.5)           2.5606
  O6   (0.343,0.117,0.602)      O4   (0.368,0.25,0.79)        2.5867
  O6   (0.343,0.117,0.602)      O5   (0.349,0.139,0.11)       2.6523
  O6   (0.343,0.117,0.602)      O2   (0.119,0.174,0.733)      2.6856
  O6   (0.343,0.117,0.602)      O5   (0.349,0.139,1.11)       2.7053
  O6   (0.343,0.117,0.602)      O7   (0.337,0.0,0.281)        2.7155
  O6   (0.343,0.117,0.602)      O1   (0.108,0.089,0.215)      2.7245
  O6   (0.343,0.117,0.602)      NaAm (0.459,0.0,0.913)        2.7539
  O6   (0.343,0.117,0.602)      H    (0.2,0.0,0.768)          2.8147
  O6   (0.343,0.117,0.602)      NaM4 (0.5,0.242,0.5)          2.8670
  O7   (0.337,0.0,0.281)        AlT1 (0.281,-0.085,0.301)     1.6550
  O7   (0.337,0.0,0.281)        AlT1 (0.281,0.085,0.301)      1.6550
  O7   (0.337,0.0,0.281)        NaA  (0.5,0.0,0.0)            2.4571
  O7   (0.337,0.0,0.281)        NaA2 (0.5,-0.009,0.0)         2.4625
  O7   (0.337,0.0,0.281)        NaA2 (0.5,0.009,0.0)          2.4625
  O7   (0.337,0.0,0.281)        NaAm (0.541,0.0,0.088)        2.4815
  O7   (0.337,0.0,0.281)        NaAm (0.459,0.0,-0.087)       2.5456
  O7   (0.337,0.0,0.281)        O5   (0.349,-0.139,0.11)      2.6899
  O7   (0.337,0.0,0.281)        O5   (0.349,0.139,0.11)       2.6899
  O7   (0.337,0.0,0.281)        H    (0.2,0.0,-0.232)         2.7075
  O7   (0.337,0.0,0.281)        O6   (0.343,-0.117,0.602)     2.7155
  O7   (0.337,0.0,0.281)        O6   (0.343,0.117,0.602)      2.7155
  O7   (0.337,0.0,0.281)        O1   (0.108,-0.089,0.215)     2.7190
  O7   (0.337,0.0,0.281)        O1   (0.108,0.089,0.215)      2.7190

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

  #    ( h k l)      Angle    d(Å)   I%(f)  | F |  m      Lp   Area
  1    ( 0 2 0)      9.784  9.0653   37.07   62.9  2  135.72   9.93
  2    ( 1 1 0)     10.508  8.4399  100.00   78.5  4  118.23  26.78
  3    ( 0 0 1)     17.329  5.1234    0.96   17.9  2   42.98   0.26
  4    ( 1 3 0)     17.393  5.1047    1.04   13.2  4   42.15   0.28
  5    (-1 1 1)     18.130  4.8984   19.60   59.7  4   39.25   5.25
  6    ( 2 0 0)     18.629  4.7681    2.22   29.2  2   36.82   0.59
  7    ( 0 4 0)     19.604  4.5326   14.06   77.3  2   32.84   3.76
  8    ( 0 2 1)     19.924  4.4603    0.89   14.0  4   32.12   0.24
  9    ( 2 2 0)     21.070  4.2200    4.61   33.6  4   28.48   1.23
  10   (-2 0 1)     22.000  4.0434    0.73   19.7  2   26.30   0.19
  11   ( 1 1 1)     22.258  3.9970    4.77   36.1  4   25.48   1.28
  12   (-1 3 1)     22.865  3.8921   14.66   65.0  4   24.11   3.93
  13   ( 1 3 1)     26.289  3.3917   47.50  134.2  4   17.91  12.72
  14   ( 2 4 0)     27.157  3.2851   41.23  129.0  4   16.67  11.04
  15   ( 3 1 0)     28.520  3.1310   75.46  183.1  4   15.09  20.21
  16   ( 2 0 1)     28.660  3.1159    1.05   30.7  2   14.93   0.28
  17   (-3 1 1)     29.464  3.0326    2.93   37.3  4   14.16   0.79
  18   (-2 4 1)     29.617  3.0173    0.54   16.1  4   13.93   0.15
  19   (-1 5 1)     30.278  2.9528    4.47   47.2  4   13.24   1.20
  20   ( 2 2 1)     30.342  2.9467   40.87  143.1  4   13.20  10.94
  21   ( 3 3 0)     31.816  2.8133   16.29   94.6  4   11.91   4.36
  22   (-3 3 1)     32.674  2.7413   24.60  119.3  4   11.30   6.59
  23   ( 1 5 1)     32.992  2.7156   95.37  237.1  4   10.98  25.54
  24   (-1 1 2)     34.210  2.6215    1.48   30.6  4   10.28   0.40
  25   ( 0 6 1)     34.464  2.6028   66.09  205.8  4    9.98  17.70
  26   ( 0 0 2)     35.034  2.5617    4.99   81.2  2    9.74   1.34
  27   ( 2 6 0)     35.166  2.5524    0.34   15.2  4    9.53   0.09
  28   (-2 0 2)     35.288  2.5438   68.58  303.3  2    9.63  18.37
  29   ( 1 7 0)     35.934  2.4995    0.71   22.2  4    9.07   0.19
  30   ( 0 2 2)     36.452  2.4652    1.08   27.7  4    8.92   0.29
  31   (-2 2 2)     36.698  2.4492    1.84   36.5  4    8.82   0.49
  32   (-2 6 1)     37.148  2.4205    1.24   30.3  4    8.49   0.33
  33   ( 3 1 1)     37.238  2.4149    0.60   21.1  4    8.45   0.16
  34   (-4 0 1)     37.319  2.4098    0.84   35.5  2    8.47   0.23
  35   ( 3 5 0)     37.634  2.3903    5.58   65.0  4    8.24   1.49
  36   ( 4 0 0)     37.737  2.3840    1.42   46.6  2    8.22   0.38
  37   (-3 5 1)     38.377  2.3457   39.27  175.8  4    7.92  10.52
  38   (-4 2 1)     38.665  2.3289   17.67  118.8  4    7.82   4.73
  39   ( 1 1 2)     38.986  2.3104    1.29   32.4  4    7.68   0.35
  40   (-1 7 1)     39.025  2.3082   10.95   94.3  4    7.59   2.93
  41   (-3 1 2)     39.450  2.2843   22.96  138.0  4    7.53   6.15
  42   ( 0 8 0)     39.775  2.2663    0.79   36.5  2    7.24   0.21
  43   ( 3 3 1)     39.894  2.2598    1.43   34.8  4    7.25   0.38
  44   ( 0 4 2)     40.447  2.2302    1.33   34.0  4    7.07   0.36
  45   (-2 4 2)     40.673  2.2183    9.49   91.3  4    7.00   2.54
  46   ( 1 7 1)     41.233  2.1894    5.44   70.0  4    6.71   1.46
  47   ( 1 3 2)     41.548  2.1735    0.23   14.4  4    6.65   0.06
  48   ( 2 6 1)     41.634  2.1692   48.81  211.6  4    6.57  13.07
  49   (-3 3 2)     41.988  2.1517    6.74   79.3  4    6.53   1.81
  50   (-1 5 2)     42.245  2.1392    2.72   50.7  4    6.41   0.73
  51   ( 4 4 0)     42.859  2.1100    0.39   19.5  4    6.18   0.11
  52   ( 0 8 1)     43.671  2.0726    1.43   37.9  4    5.89   0.38
  53   ( 2 0 2)     44.201  2.0489   24.75  225.3  2    5.79   6.63
  54   ( 2 8 0)     44.248  2.0469    1.66   41.3  4    5.72   0.44
  55   ( 3 5 1)     44.811  2.0224   19.83  144.4  4    5.58   5.31
  56   (-4 0 2)     44.828  2.0217   18.01  194.6  2    5.65   4.82
  57   ( 3 7 0)     45.152  2.0079    4.51   69.3  4    5.47   1.21
  58   ( 2 2 2)     45.376  1.9985    0.69   27.2  4    5.45   0.18
  59   (-3 7 1)     45.794  1.9812    3.41   61.1  4    5.32   0.91
  60   ( 4 0 1)     45.900  1.9769    0.58   35.6  2    5.30   0.15
  61   (-4 2 2)     45.991  1.9732    1.23   36.8  4    5.33   0.33
  62   ( 1 9 0)     46.045  1.9710    3.29   60.3  4    5.22   0.88
  63   ( 1 5 2)     46.323  1.9598    0.51   23.8  4    5.19   0.14
  64   (-5 1 1)     46.642  1.9471    0.69   27.9  4    5.14   0.18
  65   (-2 6 2)     46.670  1.9460    0.47   22.9  4    5.12   0.12
  66   (-3 5 2)     46.726  1.9438    2.45   52.8  4    5.12   0.66
  67   ( 4 2 1)     47.042  1.9315    1.46   40.9  4    5.01   0.39
  68   ( 5 1 0)     47.956  1.8968    6.81   90.0  4    4.80   1.82
  69   (-4 6 1)     48.301  1.8840    5.90   84.3  4    4.72   1.58
  70   (-1 9 1)     48.603  1.8730    9.59  108.1  4    4.62   2.57
  71   ( 4 6 0)     48.640  1.8717    0.49   24.4  4    4.63   0.13
  72   ( 2 4 2)     48.769  1.8670    2.41   54.4  4    4.62   0.65
  73   (-5 3 1)     48.879  1.8631    0.37   21.3  4    4.61   0.10
  74   (-1 7 2)     49.188  1.8521    3.89   69.5  4    4.53   1.04
  75   (-4 4 2)     49.351  1.8464    5.33   81.7  4    4.53   1.43
  76   ( 2 8 1)     49.740  1.8328    0.40   22.6  4    4.39   0.11
  77   ( 5 3 0)     50.149  1.8188    3.58   67.9  4    4.33   0.96
  78   (0,10,0)     50.318  1.8131    3.31   92.7  2    4.26   0.89
  79   ( 1 9 1)     50.473  1.8079    2.04   51.5  4    4.24   0.55
  80   ( 3 1 2)     51.452  1.7757    0.67   30.0  4    4.09   0.18
  81   ( 3 7 1)     51.484  1.7747    0.30   20.3  4    4.06   0.08
  82   (-1 1 3)     52.178  1.7527    0.76   32.3  4    4.00   0.20
  83   (-5 1 2)     52.198  1.7521    7.80  103.8  4    3.99   2.09
  84   ( 1 7 2)     52.850  1.7320    0.74   32.3  4    3.84   0.20
  85   (-5 5 1)     53.140  1.7232    1.27   42.5  4    3.80   0.34
  86   (-3 7 2)     53.216  1.7209    0.31   20.9  4    3.79   0.08
  87   ( 3 3 2)     53.539  1.7113    0.73   32.4  4    3.73   0.20
  88   (0,10,1)     53.609  1.7092    1.03   38.5  4    3.69   0.28
  89   ( 0 0 3)     53.657  1.7078    0.70   44.9  2    3.74   0.19
  90   ( 3 9 0)     53.868  1.7016    0.62   30.2  4    3.66   0.17
  91   ( 0 8 2)     54.012  1.6974    1.52   47.1  4    3.65   0.41
  92   (2,10,0)     54.105  1.6947    0.50   27.1  4    3.62   0.13
  93   (-2 8 2)     54.192  1.6922    5.72   91.8  4    3.63   1.53
  94   (-1 3 3)     54.246  1.6906    7.81  107.3  4    3.65   2.09
  95   (-3 1 3)     54.320  1.6885    1.00   38.5  4    3.66   0.27
  96   (-3 9 1)     54.433  1.6853    3.60   73.1  4    3.58   0.96
  97   ( 0 2 3)     54.678  1.6783    8.91  115.4  4    3.59   2.39
  98   ( 4 6 1)     55.536  1.6543   41.57  252.6  4    3.42  11.13
  99   ( 4 8 0)     55.968  1.6426    6.25   98.6  4    3.36   1.67
  100  (-3 3 3)     56.333  1.6328    0.30   21.6  4    3.36   0.08
  101  (1,11,0)     56.659  1.6242   16.37  161.1  4    3.25   4.38
  102  (-6 2 1)     57.008  1.6150    0.42   26.0  4    3.25   0.11
  103  ( 1 1 3)     57.404  1.6048    0.55   29.9  4    3.21   0.15
  104  ( 6 0 0)     58.015  1.5894    7.09  152.8  2    3.11   1.90
  105  (-1 5 3)     58.229  1.5840   31.09  227.0  4    3.11   8.33
  106  (-5 5 2)     58.247  1.5836    0.64   32.5  4    3.10   0.17
  107  (2,10,1)     58.920  1.5671    2.85   69.3  4    2.98   0.76
  108  ( 6 2 0)     58.986  1.5655    1.19   44.9  4    3.00   0.32
  109  (-5 7 1)     59.124  1.5622    0.98   40.7  4    2.98   0.26
  110  ( 4 0 2)     59.299  1.5580   10.67  190.8  2    2.96   2.86
  111  (-6 0 2)     60.147  1.5380   18.65  255.0  2    2.89   4.99
  112  (-3 5 3)     60.226  1.5362    1.00   41.9  4    2.88   0.27
  113  ( 5 7 0)     60.242  1.5358    0.80   37.4  4    2.85   0.21
  114  ( 4 2 2)     60.257  1.5354    1.53   51.7  4    2.86   0.41
  115  ( 1 9 2)     60.768  1.5237    4.96   93.7  4    2.79   1.33
  116  (-2 6 3)     60.995  1.5186   39.30  264.6  4    2.80  10.52
  117  (-6 2 2)     61.097  1.5163    0.15   16.4  4    2.79   0.04
  118  (-3 9 2)     61.104  1.5162    0.91   40.4  4    2.77   0.24
  119  (0,12,0)     61.340  1.5109   20.12  268.9  2    2.72   5.39
  120  (-4 8 2)     61.441  1.5087    5.84  102.5  4    2.74   1.56
  121  ( 5 5 1)     61.595  1.5052    7.63  117.4  4    2.72   2.04
  122  ( 6 4 0)     61.841  1.4998    0.27   22.4  4    2.70   0.07
  123  ( 2 0 3)     62.231  1.4914    0.22   28.7  2    2.67   0.06
  124  ( 4 8 1)     62.305  1.4898    1.09   44.8  4    2.64   0.29
  125  ( 0 6 3)     62.444  1.4868    2.01   60.9  4    2.65   0.54
  126  (-2,10,2)    62.932  1.4764    3.41   79.8  4    2.59   0.91
  127  ( 4 4 2)     63.078  1.4733    4.44   91.2  4    2.58   1.19
  128  ( 1 5 3)     63.126  1.4724    1.80   58.0  4    2.59   0.48
  129  ( 2 2 3)     63.162  1.4716    2.31   65.8  4    2.58   0.62
  130  ( 3 7 2)     63.268  1.4694    0.82   39.3  4    2.56   0.22
  131  (3,11,0)     63.565  1.4632    8.52  127.0  4    2.52   2.28
  132  (-6 4 2)     63.897  1.4564    3.30   79.3  4    2.53   0.88
  133  (-1 7 3)     63.905  1.4562    4.90   96.7  4    2.52   1.31
  134  (-5 7 2)     63.923  1.4559    0.19   19.3  4    2.52   0.05
  135  (-3,11,1)    64.074  1.4528    1.31   50.1  4    2.48   0.35
  136  (0,12,1)     64.254  1.4492    0.29   23.5  4    2.46   0.08
  137  (-4,10,1)    64.273  1.4488    2.26   65.9  4    2.47   0.60
  138  (4,10,0)     64.555  1.4431    1.89   60.5  4    2.44   0.51
  139  (-6 6 1)     64.599  1.4423   51.35  315.4  4    2.45  13.75
  140  (-5 3 3)     65.166  1.4311    2.55   70.6  4    2.43   0.68
  141  (-3 7 3)     65.692  1.4209    0.49   31.0  4    2.37   0.13

Phase #10 [Bragg-R = 5.33%]: Ilmenite

  Chemical Formula = Fe1.10Ti0.90O3

  Reference: Raymond, K.N., Wenk, H.R., Contrib. Mineral. Petrol., v30 p135
  (1971) ● ANX: ABX3. Analysis: Fe1.1 O3 Ti0.9. Formula from original
  source: Fe1.10 Ti.90 O3. ICSD Collection Code: 23730. Sample Source or
  Locality: Specimen from White Sands, Omo Basin, Ethiopia. Test from
  external database: Deviation of the charge sum from zero tolerable. Minor
  Warning: Minor test comments from ICSD exist. Wyckoff Sequence: f
  c2(R3-H).

  Hexagonal: R-3 (148) ● 1/3,2/3,2/3, Z=6, hR10 [PDF#01-073-1256] [CSD#23730]

  [ ] a  = 5.16373 (0.0    ) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 5.16373 (0.0    ) <2> [ ] β  = 90.0    (0.0    ) <2>
  [ ] c  = 14.2568 (0.0    ) <2> [ ] γ  = 120.0   (0.0    ) <2>

  Unit Cell Volume = 329.21(Å³), Density = 4.6161(g/cm³), Absorption(μ) = 860.6(1/cm)

  [x] SF = 0.00071 (?      ) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [ ] f0 = 0.09859 (0.0    ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 = 0.0     (0.0    ) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  23 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)   Area
  1   ( 0 0 3)    18.691  4.7523    0.00 (?.??)      -0.10   0.00
  2   ( 1 0 1)    20.836  4.2669    0.10 (0.00)      -0.10   0.01
  3   ( 0 1 2)    23.500  3.7882    3.00 (?.??)     -29.60   0.36
  4   ( 1 0 4)    32.122  2.7872    0.00 (?.??)    -100.00   0.00
  5   ( 1 1 0)    34.752  2.5819    0.00 (?.??)     -70.20   0.00
  6   ( 0 1 5)    37.408  2.4042   20.21 (?.??)      20.11   2.45
  7   ( 0 0 6)    37.867  2.3761    0.00 (?.??)      -1.90   0.00
  8   ( 1 1-3)    39.732  2.2687    0.00 (?.??)     -22.50   0.00
  9   ( 0 2 1)    40.852  2.2090   35.61 (?.??)      34.61   4.31
  10  ( 2 0 2)    42.365  2.1335   90.81 (?.??)      89.01  11.00
  11  ( 0 2 4)    48.028  1.8941    0.00 (?.??)     -35.20   0.00
  12  ( 1 0 7)    49.148  1.8535    0.00 (?.??)      -0.40   0.00
  13  ( 2 0 5)    51.961  1.7595    2.15 (?.??)       1.45   0.26
  14  ( 1 1-6)    52.316  1.7484   36.89 (?.??)      -9.21   4.47
  15  ( 1 2-1)    54.671  1.6785   21.12 (?.??)      20.52   2.56
  16  ( 0 1 8)    55.494  1.6555    0.00 (?.??)      -7.30   0.00
  17  ( 2 1-2)    55.892  1.6446   15.61 (?.??)      13.01   1.89
  18  ( 0 0 9)    58.226  1.5841    0.00 (?.??)      -0.10   0.00
  19  ( 1 2-4)    60.616  1.5272  100.00 (?.??)      72.90  12.11
  20  ( 0 2 7)    61.575  1.5057    0.00 (?.??)      -0.10   0.00
  21  ( 3 0 0)    62.265  1.4906    9.12 (?.??)     -17.98   1.10
  22  ( 2 1-5)    64.017  1.4540   34.01 (?.??)      33.71   4.12
  23  ( 0 3 3)    65.617  1.4223    0.00 (0.00)      -0.10   0.00

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

Phase #11 [Bragg-R = 11.52%]: Iron Titanium Oxide | ilmenite

  Chemical Formula = FeTiO3

  Reference: Harrison, R.J., Redfern, S.A.T., Smith, R.I., Am. Mineral., v85
  p194 (2000) ● ANX: ABX3. Analysis: Fe1 O3 Ti1. Formula from original
  source: Fe Ti O3. ICSD Collection Code: 91656. In Situ Condition:
  Suspended in Ir-wire basket inside Ta-furnace evacuated to 4 x 10-5 mBar.
  Temperature of Data Collection: 1473 K. Wyckoff Sequence: f c2 (R3-H).

  Hexagonal: R-3 (148) ● 1/3,2/3,2/3, Z=6, hR10 [PDF#01-070-6281] [CSD#91656]

  [ ] a  = 5.16334 (0.0    ) <2> [ ] α  = 90.0    (0.0    ) <2>
  [ ] b  = 5.16334 (0.0    ) <2> [ ] β  = 90.0    (0.0    ) <2>
  [ ] c  = 14.2742 (0.0    ) <2> [ ] γ  = 120.0   (0.0    ) <2>

  Unit Cell Volume = 329.57(Å³), Density = 4.5871(g/cm³), Absorption(μ) = 837.8(1/cm)

  [x] SF = 0.00001 (0.00021) <1> Intensity Scale Factor
  [ ] TF = 0.0     (0.0    ) <4> Overall Temperature Factor
  [ ] TS = 0.0     (0.0    ) <4> Thin Specimen Absorption Correction
  [ ] PO = 1.0     (0.0    ) <3> Preferred Orientation Correction

  [ ] f0 = 0.09859 (0.0    ) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [ ] f1 = 0.0     (0.0    ) <3>
  [ ] f2 = 0.0     (0.0    ) <3>

  23 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)    I%(f) (esd)  I(f)-I(r)  Area
  1   ( 0 0 3)    18.668  4.7581    1.38 (0.00)       1.28  0.11
  2   ( 1 0 1)    20.835  4.2671  100.00 (?.??)      99.70  8.24
  3   ( 0 1 2)    23.493  3.7893    0.00 (?.??)     -28.80  0.00
  4   ( 1 0 4)    32.098  2.7892    0.00 (?.??)    -100.00  0.00
  5   ( 1 1 0)    34.754  2.5817    0.00 (?.??)     -65.50  0.00
  6   ( 0 1 5)    37.376  2.4063    0.00 (?.??)      -0.50  0.00
  7   ( 0 0 6)    37.819  2.3790    0.00 (?.??)      -1.10  0.00
  8   ( 1 1-3)    39.723  2.2692    0.00 (?.??)     -21.10  0.00
  9   ( 0 2 1)    40.854  2.2089    0.00 (?.??)      -1.30  0.00
  10  ( 2 0 2)    42.363  2.1336    5.00 (?.??)       3.80  0.41
  11  ( 0 2 4)    48.013  1.8947    0.00 (?.??)     -31.30  0.00
  12  ( 1 0 7)    49.095  1.8554   34.41 (?.??)      33.91  2.84
  13  ( 2 0 5)    51.938  1.7602    0.00 (?.??)      -1.10  0.00
  14  ( 1 1-6)    52.281  1.7495    0.00 (?.??)     -34.80  0.00
  15  ( 1 2-1)    54.674  1.6784    0.00 (?.??)      -0.50  0.00
  16  ( 0 1 8)    55.431  1.6572    9.18 (?.??)       1.98  0.76
  17  ( 2 1-2)    55.892  1.6446    0.00 (?.??)      -1.90  0.00
  18  ( 0 0 9)    58.149  1.5860    0.00 (?.??)      -0.10  0.00
  19  ( 1 2-4)    60.605  1.5275    0.00 (?.??)     -21.20  0.00
  20  ( 0 2 7)    61.531  1.5066   31.14 (?.??)      31.04  2.57
  21  ( 3 0 0)    62.270  1.4905    0.00 (?.??)     -20.10  0.00
  22  ( 2 1-5)    63.998  1.4544    0.00 (?.??)      -0.40  0.00
  23  ( 0 3 3)    65.614  1.4224    0.00 (0.00)      -0.10  0.00

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

Phase #12 [Bragg-R = 7.75%]: Titanite

  Chemical Formula = CaTiOSiO4

  Reference: Hollabaugh, C.L., Foit, Jr., F.F., Am. Mineral., v69 p725
  (1984) ● ANX: ABCX5. Analysis: Ca1 O5 Si1 Ti1. Formula from original
  source: Ca Ti O (Si O4). ICSD Collection Code: 30871. Calculated Pattern
  Original Remarks: For refinement in P121/a1 cf. 40035. Stable above 850 K
  (2nd ref., Tomaszewski), 496-850 K: P21/n, below P21/a. Sample Source or
  Locality: Specimen from Grisons, Switzerland. Wyckoff Sequence: f2 e3
  b(A12/A1).

  Monoclinic: A2/a (15) ● b-unique, Z=4, mA32 [PDF#01-075-1383] [CSD#30871]

  [x] a  = 6.99159 (0.01831) <2> [ ] α  = 90.0    (0.0    ) <2>
  [x] b  = 8.74838 (0.01991) <2> [x] β  = 112.785 (0.118  ) <2>
  [x] c  = 6.55051 (0.02028) <2> [ ] γ  = 90.0    (0.0    ) <2>

  Unit Cell Volume = 369.397 (718)(Å³), Density = 3.5252(g/cm³), Absorption(μ) = 343.0(1/cm)

  [x] SF = 4.84821 (0.82438) <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 = 0.68716 (0.90801) <2> FWHM = f0 + f1 x 2θ + f2 x 2θ²
  [x] f1 =-0.20527 (2.70091) <3>
  [x] f2 = 0.00515 (1.88734) <3>

  63 Reflections in Fitted Range:

  #   ( h k l)     Angle    d(Å)     I%(f) (esd)  I(f)-I(r)    Area
  1   ( 0 1 1)    17.867  4.9701     0.43 (?.??)     -21.57    0.44
  2   ( 1 1-1)    18.771  4.7323     0.00 (?.??)      -0.20    0.00
  3   ( 0 2 0)    20.320  4.3742     0.00 (?.??)      -1.30    0.00
  4   ( 1 2 0)    24.610  3.6195     0.00 (?.??)      -0.10    0.00
  5   ( 1 1 1)    25.905  3.4412    65.88 (?.??)      64.98   66.94
  6   ( 2 1-1)    27.791  3.2115   59.35 (38.62)     -40.65   60.30
  7   ( 0 0 2)    29.593  3.0197  100.00 (31.55)      26.00  101.61
  8   ( 2 0-2)    31.817  2.8133     0.00 (?.??)      -6.40    0.00
  9   ( 0 3 1)    34.150  2.6260    54.18 (?.??)     -11.52   55.05
  10  ( 1 2-2)    34.295  2.6153    18.79 (?.??)     -46.91   19.09
  11  ( 2 2 0)    34.574  2.5947     0.00 (?.??)     -45.30    0.00
  12  ( 0 2 2)    36.150  2.4850   73.92 (37.32)      73.62   75.11
  13  ( 2 1 1)    37.803  2.3800     0.00 (?.??)      -4.60    0.00
  14  ( 2 2-2)    38.033  2.3661     0.00 (?.??)      -4.00    0.00
  15  ( 1 3 1)    39.163  2.3004   34.91 (24.67)      16.81   35.48
  16  ( 3 1-1)    40.061  2.2508     0.00 (?.??)     -10.10    0.00
  17  ( 2 3-1)    40.492  2.2278   30.88 (18.35)      26.38   31.38
  18  ( 0 4 0)    41.279  2.1871    16.01 (?.??)      13.91   16.27
  19  ( 1 1-3)    42.817  2.1120     0.00 (?.??)      -9.90    0.00
  20  ( 1 2 2)    42.976  2.1045   12.59 (18.81)       7.69   12.79
  21  ( 1 4 0)    43.703  2.0711   20.67 (14.83)       9.37   21.00
  22  ( 2 1-3)    44.055  2.0554   14.78 (11.74)      -2.32   15.02
  23  ( 3 2-2)    46.210  1.9643     0.00 (?.??)      -2.20    0.00
  24  ( 0 1 3)    46.272  1.9618     0.00 (?.??)      -6.50    0.00
  25  ( 3 2 0)    47.118  1.9286     0.00 (?.??)      -0.40    0.00
  26  ( 2 3 1)    48.241  1.8862     6.71 (9.75)       5.31    6.82
  27  ( 2 0 2)    48.646  1.8715   22.99 (16.49)      19.69   23.36
  28  ( 3 1-3)    49.710  1.8338     0.00 (?.??)      -3.30    0.00
  29  ( 3 3-1)    50.116  1.8199     0.43 (?.??)       0.23    0.44
  30  ( 1 4-2)    50.211  1.8167     0.00 (?.??)      -0.80    0.00
  31  ( 2 4 0)    50.417  1.8098    8.90 (13.27)      -0.80    9.04
  32  ( 3 1 1)    51.420  1.7767     0.00 (?.??)      -1.30    0.00
  33  ( 0 4 2)    51.590  1.7713     0.00 (?.??)      -1.30    0.00
  34  ( 1 3-3)    52.453  1.7441     0.00 (?.??)      -1.30    0.00
  35  ( 2 4-2)    53.024  1.7267   13.76 (26.77)       0.96   13.98
  36  ( 4 0-2)    53.038  1.7263     0.00 (?.??)     -10.90    0.00
  37  ( 2 2 2)    53.226  1.7206     0.00 (?.??)     -17.50    0.00
  38  ( 2 3-3)    53.519  1.7119     0.00 (?.??)      -3.70    0.00
  39  ( 1 1 3)    53.716  1.7060     9.92 (?.??)       9.72   10.08
  40  ( 4 1-1)    53.918  1.7001    15.55 (?.??)      11.45   15.80
  41  ( 0 5 1)    54.597  1.6806     0.00 (?.??)      -0.50    0.00
  42  ( 1 5-1)    54.944  1.6708     3.11 (?.??)       1.51    3.16
  43  ( 0 3 3)    55.450  1.6567     0.00 (?.??)     -23.90    0.00
  44  ( 1 4 2)    56.943  1.6167     5.10 (?.??)       4.80    5.18
  45  ( 4 0 0)    57.144  1.6115     0.00 (?.??)      -3.60    0.00
  46  ( 4 2-2)    57.368  1.6057   12.29 (11.58)      11.89   12.49
  47  ( 1 5 1)    58.188  1.5850     0.00 (?.??)      -0.10    0.00
  48  ( 3 3-3)    58.496  1.5774     0.00 (?.??)      -0.10    0.00
  49  ( 4 1-3)    58.834  1.5691     0.00 (?.??)      -0.10    0.00
  50  ( 2 5-1)    59.184  1.5607     0.00 (?.??)     -12.60    0.00
  51  ( 3 4-2)    59.611  1.5505   30.88 (42.48)      18.28   31.38
  52  ( 3 4 0)    60.374  1.5327   22.19 (34.93)      14.79   22.55
  53  ( 2 2-4)    60.560  1.5285     0.00 (?.??)      -7.40    0.00
  54  ( 1 2-4)    61.135  1.5155     0.00 (?.??)      -0.20    0.00
  55  ( 4 2 0)    61.283  1.5121     0.00 (?.??)      -0.60    0.00
  56  ( 0 0 4)    61.387  1.5098     0.00 (?.??)     -16.60    0.00
  57  ( 1 3 3)    62.115  1.4939     0.00 (?.??)      -1.20    0.00
  58  ( 4 3-1)    62.299  1.4899     0.29 (?.??)     -16.31    0.30
  59  ( 3 2-4)    63.696  1.4605     0.00 (?.??)      -0.10    0.00
  60  ( 0 6 0)    63.816  1.4581     5.06 (?.??)       2.76    5.14
  61  ( 2 1 3)    65.110  1.4322     2.19 (0.00)      -2.41    2.23
  62  ( 4 0-4)    65.769  1.4194     4.87 (0.00)      -5.33    4.95
  63  ( 2 5 1)    65.896  1.4170     3.82 (0.00)      -4.18    3.88

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

Quantitative Analysis:

  Phase ID                            Wt% (ESD)     Vol% (ESD)   RIR   Density   MAC
  Clinochlore ● Mg5Al1.67Cr.28Si3.    22.3 (2.6)    18.8 (3.9)   0.83   2.7273
  Annite-1M ● K2(Fe5+2Al)Si5Al3O20     9.2 (2.1)     6.4 (1.8)   0.00   3.3053
  Actinolite ● Ca2(Mg,Fe2+)5Si8O22     1.1 (0.5)     0.8 (0.3)   1.17   3.2518
  Augite ● FeCa4Si8Mg2.96O24          13.8 (2.1)     9.4 (2.2)   1.05   3.3779
  Biotite ● Si2.808Al1.207Fe.4Mg.5     3.5 (0.6)     2.9 (0.7)   4.58   2.7575
  Labradorite ● (Ca,Na)(Si,Al)4O8     17.2 (2.5)    14.7 (3.3)   0.55   2.6937
  Albite ● Na0.685Ca0.347Al1.46Si2    23.7 (9.9)   40.8 (18.5)   0.59   1.3336
  Diopside | calcium magnesium cat     0.0 (0.0)     0.0 (0.0)   1.26   3.2723
  Pargasite ● Na.47K.1Mg3.06Fe1.45     4.4 (1.0)     3.1 (0.9)   0.70   3.1839
  Ilmenite ● Fe1.10Ti0.90O3                  0.0     0.0 (0.0)   2.91   4.6161
  Iron Titanium Oxide | ilmenite ●     0.0 (0.0)     0.0 (0.0)   2.71   4.5871
  Titanite ● CaTiOSiO4                 4.8 (1.0)     3.1 (0.8)   1.51   3.5252

  XRF(Wt%): Fe2O3=6.0%, MnO2=0.0%, Cr2O3=0.8%, TiO2=2.1%, CaO=9.3%, K2O=1.6%, SiO2=45.5%, Al2O3=17.7%, MgO=11.3%, Na2O=2.7%
  Density of Specimen = 2.2953(g/cm³), Absorption(μ) of Specimen = 128.3(1/cm)

Refinement Halted (R/E=1.73), ♣ Round=4, Iter=12, P=239, R=8.06% (E=4.66%, 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     882.0     805.3      76.7     788.4
     2:   5.01946     845.0     802.2      42.8     784.9
     3:   5.03892     882.0     799.2      82.8     781.3
     4:   5.05837     840.0     796.2      43.8     777.8
     5:   5.07783     878.0     793.2      84.8     774.4
     6:   5.09729     825.0     790.4      34.6     770.9
     7:   5.11675     835.0     787.6      47.4     767.6
     8:   5.13620     816.0     784.9      31.1     764.2
     9:   5.15566     844.0     782.2      61.8     760.9
    10:   5.17512     814.0     779.7      34.3     757.6
    11:   5.19458     817.0     777.2      39.8     754.4
    12:   5.21404     783.0     774.7       8.3     751.2
    13:   5.23349     768.0     772.4      -4.4     748.0
    14:   5.25295     802.0     770.1      31.9     744.9
    15:   5.27241     809.0     767.9      41.1     741.8
    16:   5.29187     769.0     765.8       3.2     738.8
    17:   5.31132     807.0     763.8      43.2     735.7
    18:   5.33078     829.0     761.9      67.1     732.7
    19:   5.35024     797.0     760.1      36.9     729.8
    20:   5.36970     747.0     758.3     -11.3     726.8
    21:   5.38915     751.0     756.7      -5.7     723.9
    22:   5.40861     771.0     755.2      15.8     721.0
    23:   5.42807     761.0     753.8       7.2     718.2
    24:   5.44753     815.0     752.5      62.5     715.4
    25:   5.46699     785.0     751.3      33.7     712.6
    26:   5.48644     742.0     750.2      -8.2     709.8
    27:   5.50590     752.0     749.3       2.7     707.1
    28:   5.52536     691.0     748.5     -57.5     704.4
    29:   5.54482     730.0     747.8     -17.8     701.7
    30:   5.56427     722.0     747.3     -25.3     699.0
    31:   5.58373     766.0     746.8      19.2     696.4
    32:   5.60319     679.0     746.6     -67.6     693.8
    33:   5.62265     762.0     746.5      15.5     691.2
    34:   5.64211     663.0     746.5     -83.5     688.6
    35:   5.66156     745.0     746.7      -1.7     686.1
    36:   5.68102     739.0     747.0      -8.0     683.6
    37:   5.70048     742.0     747.5      -5.5     681.1
    38:   5.71994     728.0     748.2     -20.2     678.6
    39:   5.73939     694.0     749.0     -55.0     676.2
    40:   5.75885     753.0     749.9       3.1     673.8
    41:   5.77831     749.0     751.1      -2.1     671.4
    42:   5.79777     704.0     752.3     -48.3     669.0
    43:   5.81722     728.0     753.8     -25.8     666.6
    44:   5.83668     723.0     755.3     -32.3     664.3
    45:   5.85614     686.0     757.0     -71.0     662.0
    46:   5.87560     715.0     758.8     -43.8     659.7
    47:   5.89506     708.0     760.8     -52.8     657.4
    48:   5.91451     692.0     762.8     -70.8     655.1
    49:   5.93397     689.0     764.9     -75.9     652.9
    50:   5.95343     702.0     767.0     -65.0     650.7
    51:   5.97289     717.0     769.2     -52.2     648.4
    52:   5.99234     721.0     771.4     -50.4     646.3
    53:   6.01180     677.0     773.5     -96.5     644.1
    54:   6.03126     725.0     775.6     -50.6     641.9
    55:   6.05072     696.0     777.5     -81.5     639.8
    56:   6.07017     738.0     779.2     -41.2     637.7
    57:   6.08963     690.0     780.8     -90.8     635.6
    58:   6.10909     699.0     782.1     -83.1     633.5
    59:   6.12855     790.0     783.0       7.0     631.4
    60:   6.14801     780.0     783.7      -3.7     629.4
    61:   6.16746     756.0     783.9     -27.9     627.3
    62:   6.18692     782.0     783.6      -1.6     625.3
    63:   6.20638     741.0     782.9     -41.9     623.3
    64:   6.22584     795.0     781.7      13.3     621.3
    65:   6.24529     747.0     780.0     -33.0     619.4
    66:   6.26475     792.0     777.4      14.6     617.4
    67:   6.28421     724.0     773.8     -49.8     615.5
    68:   6.30367     743.0     769.2     -26.2     613.5
    69:   6.32312     746.0     763.8     -17.8     611.6
    70:   6.34258     748.0     757.7      -9.7     609.7
    71:   6.36204     687.0     750.9     -63.9     607.8
    72:   6.38150     689.0     743.7     -54.7     605.9
    73:   6.40096     778.0     736.1      41.9     604.1
    74:   6.42041     707.0     728.3     -21.3     602.2
    75:   6.43987     685.0     720.4     -35.4     600.4
    76:   6.45933     680.0     712.5     -32.5     598.6
    77:   6.47879     711.0     704.7       6.3     596.8
    78:   6.49824     682.0     697.0     -15.0     595.0
    79:   6.51770     699.0     689.5       9.5     593.2
    80:   6.53716     711.0     682.3      28.7     591.4
    81:   6.55662     654.0     675.2     -21.2     589.6
    82:   6.57608     677.0     668.5       8.5     587.9
    83:   6.59553     686.0     662.0      24.0     586.2
    84:   6.61499     659.0     655.8       3.2     584.4
    85:   6.63445     683.0     649.9      33.1     582.7
    86:   6.65391     623.0     644.2     -21.2     581.0
    87:   6.67336     664.0     638.9      25.1     579.3
    88:   6.69282     639.0     633.8       5.2     577.6
    89:   6.71228     623.0     629.0      -6.0     576.0
    90:   6.73174     625.0     624.4       0.6     574.3
    91:   6.75119     644.0     620.0      24.0     572.7
    92:   6.77065     581.0     615.9     -34.9     571.0
    93:   6.79011     586.0     612.0     -26.0     569.4
    94:   6.80957     665.0     608.2      56.8     567.8
    95:   6.82903     595.0     604.7      -9.7     566.2
    96:   6.84848     625.0     601.3      23.7     564.6
    97:   6.86794     624.0     598.1      25.9     563.0
    98:   6.88740     598.0     595.1       2.9     561.4
    99:   6.90686     589.0     592.2      -3.2     559.9
   100:   6.92631     646.0     589.4      56.6     558.3
   101:   6.94577     581.0     586.7      -5.7     556.8
   102:   6.96523     586.0     584.2       1.8     555.2
   103:   6.98469     585.0     581.7       3.3     553.7
   104:   7.00414     644.0     579.4      64.6     552.2
   105:   7.02360     600.0     577.1      22.9     550.7
   106:   7.04306     593.0     574.9      18.1     549.2
   107:   7.06252     592.0     572.8      19.2     547.7
   108:   7.08198     609.0     570.8      38.2     546.2
   109:   7.10143     578.0     568.8       9.2     544.7
   110:   7.12089     613.0     566.8      46.2     543.2
   111:   7.14035     540.0     565.0     -25.0     541.8
   112:   7.15981     556.0     563.2      -7.2     540.3
   113:   7.17926     569.0     561.4       7.6     538.9
   114:   7.19872     546.0     559.7     -13.7     537.5
   115:   7.21818     585.0     558.0      27.0     536.0
   116:   7.23764     521.0     556.4     -35.4     534.6
   117:   7.25710     610.0     554.8      55.2     533.2
   118:   7.27655     552.0     553.2      -1.2     531.8
   119:   7.29601     549.0     551.7      -2.7     530.4
   120:   7.31547     550.0     550.2      -0.2     529.0
   121:   7.33493     541.0     548.8      -7.8     527.7
   122:   7.35438     522.0     547.4     -25.4     526.3
   123:   7.37384     561.0     546.0      15.0     524.9
   124:   7.39330     547.0     544.6       2.4     523.6
   125:   7.41276     588.0     543.3      44.7     522.2
   126:   7.43221     550.0     542.0       8.0     520.9
   127:   7.45167     557.0     540.8      16.2     519.5
   128:   7.47113     552.0     539.6      12.4     518.2
   129:   7.49059     542.0     538.4       3.6     516.9
   130:   7.51005     529.0     537.3      -8.3     515.6
   131:   7.52950     563.0     536.1      26.9     514.3
   132:   7.54896     516.0     535.1     -19.1     513.0
   133:   7.56842     503.0     534.0     -31.0     511.7
   134:   7.58788     536.0     533.0       3.0     510.4
   135:   7.60733     587.0     532.0      55.0     509.1
   136:   7.62679     549.0     531.1      17.9     507.9
   137:   7.64625     515.0     530.2     -15.2     506.6
   138:   7.66571     523.0     529.3      -6.3     505.3
   139:   7.68516     543.0     528.5      14.5     504.1
   140:   7.70462     535.0     527.8       7.2     502.9
   141:   7.72408     551.0     527.1      23.9     501.6
   142:   7.74354     536.0     526.4       9.6     500.4
   143:   7.76300     535.0     525.8       9.2     499.2
   144:   7.78245     544.0     525.2      18.8     497.9
   145:   7.80191     505.0     524.7     -19.7     496.7
   146:   7.82137     530.0     524.3       5.7     495.5
   147:   7.84083     524.0     523.9       0.1     494.3
   148:   7.86028     525.0     523.6       1.4     493.1
   149:   7.87974     524.0     523.3       0.7     491.9
   150:   7.89920     534.0     523.1      10.9     490.8
   151:   7.91866     512.0     523.0     -11.0     489.6
   152:   7.93812     523.0     523.0       0.0     488.4
   153:   7.95757     497.0     523.0     -26.0     487.2
   154:   7.97703     520.0     523.2      -3.2     486.1
   155:   7.99649     591.0     523.4      67.6     484.9
   156:   8.01595     489.0     523.7     -34.7     483.8
   157:   8.03540     504.0     524.2     -20.2     482.6
   158:   8.05486     521.0     524.7      -3.7     481.5
   159:   8.07432     526.0     525.4       0.6     480.4
   160:   8.09378     509.0     526.2     -17.2     479.2
   161:   8.11323     534.0     527.1       6.9     478.1
   162:   8.13269     539.0     528.2      10.8     477.0
   163:   8.15215     482.0     529.4     -47.4     475.9
   164:   8.17161     524.0     530.8      -6.8     474.8
   165:   8.19107     509.0     532.3     -23.3     473.7
   166:   8.21052     542.0     534.0       8.0     472.6
   167:   8.22998     502.0     536.0     -34.0     471.5
   168:   8.24944     492.0     538.1     -46.1     470.4
   169:   8.26890     518.0     540.6     -22.6     469.4
   170:   8.28835     511.0     543.2     -32.2     468.3
   171:   8.30781     554.0     546.2       7.8     467.2
   172:   8.32727     551.0     549.4       1.6     466.1
   173:   8.34673     556.0     553.1       2.9     465.1
   174:   8.36618     541.0     557.1     -16.1     464.0
   175:   8.38564     538.0     561.5     -23.5     463.0
   176:   8.40510     526.0     566.6     -40.6     461.9
   177:   8.42456     579.0     572.1       6.9     460.9
   178:   8.44402     551.0     578.5     -27.5     459.9
   179:   8.46347     620.0     585.6      34.4     458.8
   180:   8.48293     597.0     593.9       3.1     457.8
   181:   8.50239     569.0     603.5     -34.5     456.8
   182:   8.52185     633.0     615.0      18.0     455.8
   183:   8.54130     703.0     629.0      74.0     454.8
   184:   8.56076     651.0     646.4       4.6     453.8
   185:   8.58022     693.0     668.6      24.4     452.8
   186:   8.59968     710.0     697.4      12.6     451.8
   187:   8.61914     778.0     735.2      42.8     450.8
   188:   8.63859     845.0     784.5      60.5     449.8
   189:   8.65805     862.0     848.1      13.9     448.8
   190:   8.67751     909.0     928.0     -19.0     447.8
   191:   8.69697    1012.0    1025.0     -13.0     446.9
   192:   8.71642    1058.0    1136.8     -78.8     445.9
   193:   8.73588    1218.0    1254.5     -36.5     444.9
   194:   8.75534    1262.0    1360.4     -98.4     444.0
   195:   8.77480    1366.0    1428.4     -62.4     443.0
   196:   8.79425    1464.0    1426.4      37.6     442.0
   197:   8.81371    1423.0    1332.9      90.1     441.1
   198:   8.83317    1232.0    1183.0      49.0     440.2
   199:   8.85263    1045.0    1028.5      16.5     439.2
   200:   8.87209     829.0     897.9     -68.9     438.3
   201:   8.89154     756.0     797.9     -41.9     437.3
   202:   8.91100     692.0     725.4     -33.4     436.4
   203:   8.93046     628.0     674.1     -46.1     435.5
   204:   8.94992     562.0     637.7     -75.7     434.6
   205:   8.96937     536.0     611.2     -75.2     433.7
   206:   8.98883     515.0     590.9     -75.9     432.8
   207:   9.00829     527.0     574.6     -47.6     431.8
   208:   9.02775     511.0     560.9     -49.9     430.9
   209:   9.04720     541.0     549.2      -8.2     430.0
   210:   9.06666     493.0     538.9     -45.9     429.1
   211:   9.08612     498.0     529.8     -31.8     428.3
   212:   9.10558     513.0     521.5      -8.5     427.4
   213:   9.12504     520.0     514.1       5.9     426.5
   214:   9.14449     496.0     507.2     -11.2     425.6
   215:   9.16395     449.0     500.9     -51.9     424.7
   216:   9.18341     488.0     495.1      -7.1     423.9
   217:   9.20287     481.0     489.7      -8.7     423.0
   218:   9.22232     510.0     484.7      25.3     422.1
   219:   9.24178     515.0     480.1      34.9     421.3
   220:   9.26124     505.0     475.8      29.2     420.4
   221:   9.28070     486.0     471.8      14.2     419.6
   222:   9.30016     548.0     468.0      80.0     418.7
   223:   9.31961     477.0     464.5      12.5     417.9
   224:   9.33907     572.0     461.3     110.7     417.0
   225:   9.35853     618.0     458.2     159.8     416.2
   226:   9.37799     664.0     455.4     208.6     415.3
   227:   9.39744     635.0     452.7     182.3     414.5
   228:   9.41690     682.0     450.3     231.7     413.7
   229:   9.43636     717.0     448.0     269.0     412.9
   230:   9.45582     762.0     445.9     316.1     412.0
   231:   9.47527     897.0     444.0     453.0     411.2
   232:   9.49473     866.0     442.3     423.7     410.4
   233:   9.51419     878.0     440.7     437.3     409.6
   234:   9.53365     733.0     439.4     293.6     408.8
   235:   9.55310     618.0     438.2     179.8     408.0
   236:   9.57256     522.0     437.4      84.6     407.2
   237:   9.59202     496.0     436.9      59.1     406.4
   238:   9.61148     507.0     436.8      70.2     405.6
   239:   9.63094     465.0     437.4      27.6     404.8
   240:   9.65039     454.0     439.1      14.9     404.0
   241:   9.66985     451.0     442.4       8.6     403.2
   242:   9.68931     418.0     448.6     -30.6     402.5
   243:   9.70877     429.0     458.9     -29.9     401.7
   244:   9.72822     440.0     475.6     -35.6     400.9
   245:   9.74768     413.0     500.5     -87.5     400.1
   246:   9.76714     474.0     529.9     -55.9     399.4
   247:   9.78660     476.0     542.5     -66.5     398.6
   248:   9.80606     479.0     522.5     -43.5     397.9
   249:   9.82551     481.0     488.3      -7.3     397.1
   250:   9.84497     441.0     459.6     -18.6     396.3
   251:   9.86443     438.0     440.8      -2.8     395.6
   252:   9.88389     426.0     429.6      -3.6     394.9
   253:   9.90334     435.0     422.9      12.1     394.1
   254:   9.92280     406.0     418.7     -12.7     393.4
   255:   9.94226     385.0     415.8     -30.8     392.6
   256:   9.96172     362.0     413.6     -51.6     391.9
   257:   9.98117     365.0     411.8     -46.8     391.2
   258:  10.00063     396.0     410.3     -14.3     390.4
   259:  10.02009     406.0     409.1      -3.1     389.7
   260:  10.03955     380.0     408.0     -28.0     389.0
   261:  10.05901     386.0     407.1     -21.1     388.3
   262:  10.07846     395.0     406.3     -11.3     387.6
   263:  10.09792     361.0     405.6     -44.6     386.8
   264:  10.11738     350.0     405.1     -55.1     386.1
   265:  10.13684     391.0     404.6     -13.6     385.4
   266:  10.15629     361.0     404.3     -43.3     384.7
   267:  10.17575     345.0     404.2     -59.2     384.0
   268:  10.19521     375.0     404.2     -29.2     383.3
   269:  10.21467     381.0     404.4     -23.4     382.6
   270:  10.23413     405.0     405.0       0.0     381.9
   271:  10.25358     365.0     405.8     -40.8     381.2
   272:  10.27304     351.0     407.1     -56.1     380.6
   273:  10.29250     337.0     408.9     -71.9     379.9
   274:  10.31196     363.0     411.6     -48.6     379.2
   275:  10.33141     405.0     415.6     -10.6     378.5
   276:  10.35087     403.0     421.4     -18.4     377.8
   277:  10.37033     416.0     430.5     -14.5     377.2
   278:  10.38979     446.0     445.4       0.6     376.5
   279:  10.40924     446.0     472.3     -26.3     375.8
   280:  10.42870     508.0     523.3     -15.3     375.2
   281:  10.44816     628.0     613.8      14.2     374.5
   282:  10.46762     677.0     725.6     -48.6     373.9
   283:  10.48707     731.0     761.4     -30.4     373.2
   284:  10.50653     788.0     736.2      51.8     372.6
   285:  10.52599     645.0     669.9     -24.9     371.9
   286:  10.54545     605.0     593.4      11.6     371.3
   287:  10.56491     511.0     520.8      -9.8     370.6
   288:  10.58436     426.0     467.9     -41.9     370.0
   289:  10.60382     399.0     435.3     -36.3     369.3
   290:  10.62328     382.0     416.7     -34.7     368.7
   291:  10.64274     357.0     405.7     -48.7     368.1
   292:  10.66219     385.0     398.8     -13.8     367.4
   293:  10.68165     352.0     394.0     -42.0     366.8
   294:  10.70111     384.0     390.5      -6.5     366.2
   295:  10.72057     381.0     387.7      -6.7     365.6
   296:  10.74003     372.0     385.4     -13.4     364.9
   297:  10.75948     331.0     383.6     -52.6     364.3
   298:  10.77894     351.0     382.0     -31.0     363.7
   299:  10.79840     374.0     380.6      -6.6     363.1
   300:  10.81786     369.0     379.4     -10.4     362.5
   301:  10.83731     356.0     378.3     -22.3     361.9
   302:  10.85677     389.0     377.4      11.6     361.3
   303:  10.87623     390.0     376.4      13.6     360.7
   304:  10.89569     357.0     375.6     -18.6     360.1
   305:  10.91514     375.0     374.9       0.1     359.5
   306:  10.93460     350.0     374.2     -24.2     358.9
   307:  10.95406     373.0     373.5      -0.5     358.3
   308:  10.97352     353.0     372.9     -19.9     357.7
   309:  10.99298     364.0     372.3      -8.3     357.1
   310:  11.01243     374.0     371.8       2.2     356.6
   311:  11.03189     349.0     371.3     -22.3     356.0
   312:  11.05135     343.0     370.8     -27.8     355.4
   313:  11.07081     359.0     370.4     -11.4     354.8
   314:  11.09026     389.0     369.9      19.1     354.2
   315:  11.10972     340.0     369.5     -29.5     353.7
   316:  11.12918     342.0     369.1     -27.1     353.1
   317:  11.14864     375.0     368.8       6.2     352.5
   318:  11.16809     351.0     368.4     -17.4     352.0
   319:  11.18755     346.0     368.1     -22.1     351.4
   320:  11.20701     338.0     367.9     -29.9     350.9
   321:  11.22647     377.0     367.6       9.4     350.3
   322:  11.24593     337.0     367.4     -30.4     349.8
   323:  11.26538     350.0     367.2     -17.2     349.2
   324:  11.28484     372.0     366.9       5.1     348.7
   325:  11.30430     341.0     366.8     -25.8     348.1
   326:  11.32376     359.0     366.6      -7.6     347.6
   327:  11.34321     347.0     366.5     -19.5     347.0
   328:  11.36267     347.0     366.4     -19.4     346.5
   329:  11.38213     371.0     366.4       4.6     345.9
   330:  11.40159     355.0     366.4     -11.4     345.4
   331:  11.42105     366.0     366.5      -0.5     344.9
   332:  11.44050     362.0     366.6      -4.6     344.3
   333:  11.45996     360.0     366.7      -6.7     343.8
   334:  11.47942     371.0     366.9       4.1     343.3
   335:  11.49888     366.0     367.1      -1.1     342.8
   336:  11.51833     360.0     367.4      -7.4     342.3
   337:  11.53779     369.0     367.8       1.2     341.7
   338:  11.55725     423.0     368.2      54.8     341.2
   339:  11.57671     356.0     368.7     -12.7     340.7
   340:  11.59616     385.0     369.2      15.8     340.2
   341:  11.61562     379.0     369.8       9.2     339.7
   342:  11.63508     367.0     370.6      -3.6     339.2
   343:  11.65454     422.0     371.4      50.6     338.7
   344:  11.67400     381.0     372.4       8.6     338.2
   345:  11.69345     385.0     373.5      11.5     337.7
   346:  11.71291     388.0     374.7      13.3     337.2
   347:  11.73237     396.0     376.1      19.9     336.7
   348:  11.75183     410.0     377.7      32.3     336.2
   349:  11.77128     374.0     379.4      -5.4     335.7
   350:  11.79074     410.0     381.3      28.7     335.2
   351:  11.81020     413.0     383.5      29.5     334.7
   352:  11.82966     392.0     385.9       6.1     334.2
   353:  11.84912     447.0     388.5      58.5     333.7
   354:  11.86857     420.0     391.3      28.7     333.3
   355:  11.88803     418.0     394.5      23.5     332.8
   356:  11.90749     430.0     398.0      32.0     332.3
   357:  11.92695     424.0     401.7      22.3     331.8
   358:  11.94640     388.0     405.8     -17.8     331.4
   359:  11.96586     447.0     410.3      36.7     330.9
   360:  11.98532     440.0     415.1      24.9     330.4
   361:  12.00478     448.0     420.3      27.7     330.0
   362:  12.02423     403.0     425.9     -22.9     329.5
   363:  12.04369     447.0     431.9      15.1     329.0
   364:  12.06315     464.0     438.2      25.8     328.6
   365:  12.08261     444.0     445.0      -1.0     328.1
   366:  12.10207     453.0     452.2       0.8     327.7
   367:  12.12152     476.0     459.8      16.2     327.2
   368:  12.14098     461.0     467.7      -6.7     326.8
   369:  12.16044     495.0     476.0      19.0     326.3
   370:  12.17990     483.0     484.6      -1.6     325.9
   371:  12.19935     559.0     493.5      65.5     325.4
   372:  12.21881     555.0     502.6      52.4     325.0
   373:  12.23827     571.0     511.9      59.1     324.5
   374:  12.25773     587.0     521.2      65.8     324.1
   375:  12.27718     615.0     530.4      84.6     323.7
   376:  12.29664     686.0     539.4     146.6     323.2
   377:  12.31610     724.0     548.1     175.9     322.8
   378:  12.33556     721.0     556.4     164.6     322.4
   379:  12.35502     740.0     563.9     176.1     321.9
   380:  12.37447     701.0     570.6     130.4     321.5
   381:  12.39393     734.0     576.2     157.8     321.1
   382:  12.41339     699.0     580.6     118.4     320.7
   383:  12.43285     657.0     583.7      73.3     320.2
   384:  12.45230     670.0     585.4      84.6     319.8
   385:  12.47176     579.0     585.4      -6.4     319.4
   386:  12.49122     597.0     583.2      13.8     319.0
   387:  12.51068     529.0     578.7     -49.7     318.6
   388:  12.53014     519.0     572.0     -53.0     318.2
   389:  12.54959     488.0     563.3     -75.3     317.7
   390:  12.56905     494.0     553.0     -59.0     317.3
   391:  12.58851     468.0     541.6     -73.6     316.9
   392:  12.60797     462.0     529.3     -67.3     316.5
   393:  12.62742     418.0     516.6     -98.6     316.1
   394:  12.64688     414.0     503.7     -89.7     315.7
   395:  12.66634     431.0     490.8     -59.8     315.3
   396:  12.68580     425.0     478.2     -53.2     314.9
   397:  12.70525     388.0     466.0     -78.0     314.5
   398:  12.72471     387.0     454.2     -67.2     314.1
   399:  12.74417     401.0     443.1     -42.1     313.7
   400:  12.76363     396.0     432.6     -36.6     313.4
   401:  12.78308     389.0     422.8     -33.8     313.0
   402:  12.80254     383.0     413.6     -30.6     312.6
   403:  12.82200     367.0     405.1     -38.1     312.2
   404:  12.84146     405.0     397.1       7.9     311.8
   405:  12.86092     356.0     389.8     -33.8     311.4
   406:  12.88037     356.0     383.1     -27.1     311.1
   407:  12.89983     373.0     377.1      -4.1     310.7
   408:  12.91929     370.0     371.5      -1.5     310.3
   409:  12.93875     388.0     366.4      21.6     309.9
   410:  12.95820     358.0     361.8      -3.8     309.6
   411:  12.97766     315.0     357.7     -42.7     309.2
   412:  12.99712     403.0     353.9      49.1     308.8
   413:  13.01658     329.0     350.5     -21.5     308.5
   414:  13.03604     300.0     347.4     -47.4     308.1
   415:  13.05549     368.0     344.5      23.5     307.7
   416:  13.07495     331.0     341.9     -10.9     307.4
   417:  13.09441     343.0     339.6       3.4     307.0
   418:  13.11387     306.0     337.4     -31.4     306.7
   419:  13.13332     346.0     335.4      10.6     306.3
   420:  13.15278     315.0     333.6     -18.6     306.0
   421:  13.17224     342.0     331.9      10.1     305.6
   422:  13.19170     371.0     330.3      40.7     305.3
   423:  13.21115     326.0     328.8      -2.8     304.9
   424:  13.23061     306.0     327.5     -21.5     304.6
   425:  13.25007     351.0     326.2      24.8     304.2
   426:  13.26953     318.0     325.0      -7.0     303.9
   427:  13.28899     340.0     323.9      16.1     303.5
   428:  13.30844     315.0     322.9      -7.9     303.2
   429:  13.32790     317.0     322.0      -5.0     302.9
   430:  13.34736     317.0     321.1      -4.1     302.5
   431:  13.36682     341.0     320.2      20.8     302.2
   432:  13.38627     327.0     319.4       7.6     301.8
   433:  13.40573     321.0     318.7       2.3     301.5
   434:  13.42519     337.0     318.1      18.9     301.2
   435:  13.44465     312.0     317.5      -5.5     300.9
   436:  13.46410     313.0     317.0      -4.0     300.5
   437:  13.48356     333.0     316.6      16.4     300.2
   438:  13.50302     307.0     316.4      -9.4     299.9
   439:  13.52248     335.0     316.3      18.7     299.6
   440:  13.54194     329.0     316.5      12.5     299.2
   441:  13.56139     353.0     317.0      36.0     298.9
   442:  13.58085     323.0     318.0       5.0     298.6
   443:  13.60031     324.0     320.0       4.0     298.3
   444:  13.61977     324.0     324.1      -0.1     298.0
   445:  13.63922     329.0     331.8      -2.8     297.7
   446:  13.65868     315.0     344.9     -29.9     297.4
   447:  13.67814     350.0     364.0     -14.0     297.0
   448:  13.69760     353.0     384.4     -31.4     296.7
   449:  13.71706     380.0     402.0     -22.0     296.4
   450:  13.73651     430.0     422.7       7.3     296.1
   451:  13.75597     415.0     401.6      13.4     295.8
   452:  13.77543     401.0     383.2      17.8     295.5
   453:  13.79489     389.0     377.0      12.0     295.2
   454:  13.81434     351.0     398.7     -47.7     294.9
   455:  13.83380     390.0     402.5     -12.5     294.6
   456:  13.85326     414.0     378.3      35.7     294.3
   457:  13.87272     391.0     354.2      36.8     294.0
   458:  13.89217     380.0     339.4      40.6     293.7
   459:  13.91163     381.0     350.1      30.9     293.5
   460:  13.93109     369.0     379.2     -10.2     293.2
   461:  13.95055     369.0     384.7     -15.7     292.9
   462:  13.97001     343.0     362.1     -19.1     292.6
   463:  13.98946     344.0     337.9       6.1     292.3
   464:  14.00892     345.0     316.6      28.4     292.0
   465:  14.02838     321.0     307.8      13.2     291.7
   466:  14.04784     302.0     304.3      -2.3     291.5
   467:  14.06729     283.0     302.4     -19.4     291.2
   468:  14.08675     315.0     301.4      13.6     290.9
   469:  14.10621     328.0     300.9      27.1     290.6
   470:  14.12567     314.0     300.9      13.1     290.4
   471:  14.14513     298.0     300.8      -2.8     290.1
   472:  14.16458     292.0     299.9      -7.9     289.8
   473:  14.18404     285.0     298.6     -13.6     289.5
   474:  14.20350     292.0     297.2      -5.2     289.3
   475:  14.22296     296.0     296.1      -0.1     289.0
   476:  14.24241     293.0     295.4      -2.4     288.7
   477:  14.26187     310.0     294.8      15.2     288.5
   478:  14.28133     301.0     294.3       6.7     288.2
   479:  14.30079     323.0     293.8      29.2     288.0
   480:  14.32024     289.0     293.3      -4.3     287.7
   481:  14.33970     288.0     292.9      -4.9     287.4
   482:  14.35916     308.0     292.5      15.5     287.2
   483:  14.37862     276.0     292.1     -16.1     286.9
   484:  14.39808     268.0     291.8     -23.8     286.7
   485:  14.41753     330.0     291.4      38.6     286.4
   486:  14.43699     294.0     291.0       3.0     286.2
   487:  14.45645     288.0     290.7      -2.7     285.9
   488:  14.47591     280.0     290.3     -10.3     285.7
   489:  14.49536     288.0     290.0      -2.0     285.4
   490:  14.51482     265.0     289.6     -24.6     285.2
   491:  14.53428     273.0     289.4     -16.4     284.9
   492:  14.55374     288.0     289.1      -1.1     284.7
   493:  14.57319     282.0     288.8      -6.8     284.4
   494:  14.59265     268.0     288.5     -20.5     284.2
   495:  14.61211     281.0     288.2      -7.2     284.0
   496:  14.63157     287.0     287.8      -0.8     283.7
   497:  14.65103     260.0     287.5     -27.5     283.5
   498:  14.67048     306.0     287.3      18.7     283.3
   499:  14.68994     312.0     287.0      25.0     283.0
   500:  14.70940     293.0     286.7       6.3     282.8
   501:  14.72886     296.0     286.5       9.5     282.6
   502:  14.74831     316.0     286.3      29.7     282.3
   503:  14.76777     285.0     286.0      -1.0     282.1
   504:  14.78723     299.0     285.8      13.2     281.9
   505:  14.80669     259.0     285.5     -26.5     281.6
   506:  14.82615     274.0     285.3     -11.3     281.4
   507:  14.84560     278.0     285.0      -7.0     281.2
   508:  14.86506     276.0     284.8      -8.8     281.0
   509:  14.88452     308.0     284.6      23.4     280.7
   510:  14.90398     309.0     284.4      24.6     280.5
   511:  14.92343     310.0     284.2      25.8     280.3
   512:  14.94289     273.0     284.1     -11.1     280.1
   513:  14.96235     282.0     283.9      -1.9     279.9
   514:  14.98181     291.0     283.8       7.2     279.7
   515:  15.00126     286.0     283.7       2.3     279.4
   516:  15.02072     269.0     283.7     -14.7     279.2
   517:  15.04018     285.0     283.8       1.2     279.0
   518:  15.05964     288.0     284.1       3.9     278.8
   519:  15.07909     286.0     284.6       1.4     278.6
   520:  15.09855     277.0     285.8      -8.8     278.4
   521:  15.11801     293.0     288.8       4.2     278.2
   522:  15.13747     309.0     296.8      12.2     278.0
   523:  15.15693     310.0     311.4      -1.4     277.8
   524:  15.17638     321.0     319.0       2.0     277.6
   525:  15.19584     308.0     310.2      -2.2     277.4
   526:  15.21530     288.0     303.4     -15.4     277.2
   527:  15.23476     301.0     294.0       7.0     277.0
   528:  15.25421     319.0     289.5      29.5     276.8
   529:  15.27367     300.0     286.8      13.2     276.6
   530:  15.29313     256.0     284.7     -28.7     276.4
   531:  15.31259     259.0     282.6     -23.6     276.2
   532:  15.33205     291.0     281.2       9.8     276.0
   533:  15.35150     287.0     280.3       6.7     275.8
   534:  15.37096     272.0     279.8      -7.8     275.6
   535:  15.39042     304.0     279.3      24.7     275.4
   536:  15.40988     271.0     279.0      -8.0     275.2
   537:  15.42933     285.0     278.7       6.3     275.0
   538:  15.44879     272.0     278.5      -6.5     274.9
   539:  15.46825     288.0     278.3       9.7     274.7
   540:  15.48771     269.0     278.1      -9.1     274.5
   541:  15.50716     269.0     277.9      -8.9     274.3
   542:  15.52662     283.0     277.8       5.2     274.1
   543:  15.54608     270.0     277.7      -7.7     273.9
   544:  15.56554     271.0     277.6      -6.6     273.8
   545:  15.58500     263.0     277.7     -14.7     273.6
   546:  15.60445     281.0     277.8       3.2     273.4
   547:  15.62391     282.0     278.0       4.0     273.2
   548:  15.64337     274.0     278.5      -4.5     273.1
   549:  15.66283     292.0     279.6      12.4     272.9
   550:  15.68228     292.0     281.8      10.2     272.7
   551:  15.70174     304.0     286.8      17.2     272.5
   552:  15.72120     315.0     297.2      17.8     272.4
   553:  15.74066     312.0     310.2       1.8     272.2
   554:  15.76012     295.0     306.7     -11.7     272.0
   555:  15.77957     283.0     298.7     -15.7     271.9
   556:  15.79903     273.0     289.6     -16.6     271.7
   557:  15.81849     308.0     281.1      26.9     271.5
   558:  15.83795     288.0     277.6      10.4     271.4
   559:  15.85740     276.0     276.2      -0.2     271.2
   560:  15.87686     288.0     275.5      12.5     271.0
   561:  15.89632     273.0     274.9      -1.9     270.9
   562:  15.91578     268.0     274.4      -6.4     270.7
   563:  15.93524     253.0     274.1     -21.1     270.6
   564:  15.95469     261.0     273.9     -12.9     270.4
   565:  15.97415     299.0     273.7      25.3     270.2
   566:  15.99361     276.0     273.5       2.5     270.1
   567:  16.01307     282.0     273.3       8.7     269.9
   568:  16.03252     255.0     273.1     -18.1     269.8
   569:  16.05198     272.0     273.0      -1.0     269.6
   570:  16.07144     267.0     272.8      -5.8     269.5
   571:  16.09090     265.0     272.7      -7.7     269.3
   572:  16.11035     279.0     272.5       6.5     269.2
   573:  16.12981     271.0     272.4      -1.4     269.0
   574:  16.14927     260.0     272.2     -12.2     268.9
   575:  16.16873     261.0     272.0     -11.0     268.7
   576:  16.18818     286.0     271.9      14.1     268.6
   577:  16.20764     269.0     271.8      -2.8     268.4
   578:  16.22710     257.0     271.6     -14.6     268.3
   579:  16.24656     278.0     271.5       6.5     268.1
   580:  16.26602     279.0     271.3       7.7     268.0
   581:  16.28547     253.0     271.2     -18.2     267.9
   582:  16.30493     261.0     271.1     -10.1     267.7
   583:  16.32439     264.0     271.0      -7.0     267.6
   584:  16.34385     273.0     270.9       2.1     267.4
   585:  16.36330     257.0     270.8     -13.8     267.3
   586:  16.38276     273.0     270.7       2.3     267.2
   587:  16.40222     281.0     270.6      10.4     267.0
   588:  16.42168     279.0     270.5       8.5     266.9
   589:  16.44114     276.0     270.4       5.6     266.8
   590:  16.46059     255.0     270.3     -15.3     266.6
   591:  16.48005     263.0     270.2      -7.2     266.5
   592:  16.49951     262.0     270.1      -8.1     266.4
   593:  16.51897     278.0     270.0       8.0     266.2
   594:  16.53842     249.0     269.9     -20.9     266.1
   595:  16.55788     239.0     269.8     -30.8     266.0
   596:  16.57734     278.0     269.7       8.3     265.8
   597:  16.59680     253.0     269.6     -16.6     265.7
   598:  16.61625     310.0     269.5      40.5     265.6
   599:  16.63571     282.0     269.4      12.6     265.5
   600:  16.65517     266.0     269.3      -3.3     265.3
   601:  16.67463     266.0     269.2      -3.2     265.2
   602:  16.69409     276.0     269.1       6.9     265.1
   603:  16.71354     260.0     269.2      -9.2     265.0
   604:  16.73300     283.0     269.1      13.9     264.9
   605:  16.75246     272.0     269.0       3.0     264.7
   606:  16.77192     280.0     269.0      11.0     264.6
   607:  16.79137     253.0     268.9     -15.9     264.5
   608:  16.81083     245.0     268.8     -23.8     264.4
   609:  16.83029     263.0     268.8      -5.8     264.3
   610:  16.84975     273.0     268.7       4.3     264.2
   611:  16.86921     272.0     268.7       3.3     264.0
   612:  16.88866     294.0     268.6      25.4     263.9
   613:  16.90812     260.0     268.6      -8.6     263.8
   614:  16.92758     282.0     268.5      13.5     263.7
   615:  16.94703     281.0     268.5      12.5     263.6
   616:  16.96649     276.0     268.5       7.5     263.5
   617:  16.98595     272.0     268.5       3.5     263.4
   618:  17.00541     243.0     268.5     -25.5     263.3
   619:  17.02487     250.0     268.5     -18.5     263.2
   620:  17.04432     237.0     268.5     -31.5     263.0
   621:  17.06378     285.0     268.5      16.5     262.9
   622:  17.08324     274.0     268.5       5.5     262.8
   623:  17.10270     293.0     268.5      24.5     262.7
   624:  17.12215     263.0     268.5      -5.5     262.6
   625:  17.14161     258.0     268.6     -10.6     262.5
   626:  17.16107     296.0     268.6      27.4     262.4
   627:  17.18053     272.0     268.8       3.2     262.3
   628:  17.19999     248.0     268.9     -20.9     262.2
   629:  17.21944     252.0     269.0     -17.0     262.1
   630:  17.23890     250.0     269.4     -19.4     262.0
   631:  17.25836     282.0     269.8      12.2     261.9
   632:  17.27782     257.0     270.5     -13.5     261.8
   633:  17.29727     280.0     271.6       8.4     261.7
   634:  17.31673     293.0     273.1      19.9     261.6
   635:  17.33619     268.0     275.4      -7.4     261.5
   636:  17.35565     248.0     278.0     -30.0     261.4
   637:  17.37510     293.0     278.8      14.2     261.3
   638:  17.39456     285.0     278.9       6.1     261.3
   639:  17.41402     286.0     278.3       7.7     261.2
   640:  17.43348     275.0     275.6      -0.6     261.1
   641:  17.45294     257.0     274.0     -17.0     261.0
   642:  17.47239     269.0     272.7      -3.7     260.9
   643:  17.49185     257.0     272.0     -15.0     260.8
   644:  17.51131     281.0     272.0       9.0     260.7
   645:  17.53077     264.0     272.3      -8.3     260.6
   646:  17.55022     323.0     272.7      50.3     260.5
   647:  17.56968     259.0     272.9     -13.9     260.5
   648:  17.58914     266.0     273.2      -7.2     260.4
   649:  17.60860     283.0     273.2       9.8     260.3
   650:  17.62806     285.0     273.1      11.9     260.2
   651:  17.64751     263.0     272.9      -9.9     260.1
   652:  17.66697     246.0     272.7     -26.7     260.0
   653:  17.68643     263.0     272.6      -9.6     259.9
   654:  17.70589     302.0     272.7      29.3     259.9
   655:  17.72534     281.0     272.8       8.2     259.8
   656:  17.74480     262.0     273.0     -11.0     259.7
   657:  17.76426     248.0     273.3     -25.3     259.6
   658:  17.78372     271.0     273.6      -2.6     259.5
   659:  17.80317     284.0     274.0      10.0     259.5
   660:  17.82263     259.0     274.4     -15.4     259.4
   661:  17.84209     277.0     274.9       2.1     259.3
   662:  17.86155     277.0     275.4       1.6     259.2
   663:  17.88101     275.0     276.1      -1.1     259.2
   664:  17.90046     290.0     276.7      13.3     259.1
   665:  17.91992     318.0     277.5      40.5     259.0
   666:  17.93938     303.0     278.4      24.6     258.9
   667:  17.95884     274.0     279.5      -5.5     258.9
   668:  17.97829     312.0     280.8      31.2     258.8
   669:  17.99775     322.0     282.4      39.6     258.7
   670:  18.01721     336.0     284.7      51.3     258.7
   671:  18.03667     335.0     288.2      46.8     258.6
   672:  18.05613     318.0     294.1      23.9     258.5
   673:  18.07558     313.0     303.9       9.1     258.4
   674:  18.09504     344.0     319.3      24.7     258.4
   675:  18.11450     326.0     340.5     -14.5     258.3
   676:  18.13396     378.0     361.8      16.2     258.2
   677:  18.15341     337.0     367.9     -30.9     258.2
   678:  18.17287     348.0     351.9      -3.9     258.1
   679:  18.19233     331.0     337.5      -6.5     258.0
   680:  18.21179     314.0     321.8      -7.8     258.0
   681:  18.23125     280.0     309.7     -29.7     257.9
   682:  18.25070     302.0     305.5      -3.5     257.9
   683:  18.27016     317.0     305.3      11.7     257.8
   684:  18.28962     316.0     306.9       9.1     257.7
   685:  18.30908     343.0     309.3      33.7     257.7
   686:  18.32853     295.0     312.4     -17.4     257.6
   687:  18.34799     343.0     316.1      26.9     257.5
   688:  18.36745     348.0     320.2      27.8     257.5
   689:  18.38691     352.0     324.8      27.2     257.4
   690:  18.40636     350.0     329.9      20.1     257.4
   691:  18.42582     347.0     335.4      11.6     257.3
   692:  18.44528     402.0     341.3      60.7     257.3
   693:  18.46474     347.0     347.6      -0.6     257.2
   694:  18.48420     400.0     354.3      45.7     257.1
   695:  18.50365     443.0     361.6      81.4     257.1
   696:  18.52311     423.0     369.8      53.2     257.0
   697:  18.54257     453.0     378.6      74.4     257.0
   698:  18.56203     447.0     386.2      60.8     256.9
   699:  18.58148     461.0     394.1      66.9     256.9
   700:  18.60094     468.0     402.6      65.4     256.8
   701:  18.62040     482.0     410.3      71.7     256.8
   702:  18.63986     458.0     416.9      41.1     256.7
   703:  18.65932     405.0     421.8     -16.8     256.7
   704:  18.67877     385.0     425.5     -40.5     256.6
   705:  18.69823     357.0     427.8     -70.8     256.6
   706:  18.71769     359.0     429.2     -70.2     256.5
   707:  18.73714     359.0     429.8     -70.8     256.5
   708:  18.75660     324.0     429.4    -105.4     256.4
   709:  18.77606     348.0     428.0     -80.0     256.4
   710:  18.79552     340.0     425.6     -85.6     256.3
   711:  18.81498     293.0     422.7    -129.7     256.3
   712:  18.83443     313.0     419.6    -106.6     256.2
   713:  18.85389     338.0     417.4     -79.4     256.2
   714:  18.87335     349.0     417.9     -68.9     256.1
   715:  18.89281     355.0     424.7     -69.7     256.1
   716:  18.91226     376.0     446.7     -70.7     256.0
   717:  18.93172     431.0     495.6     -64.6     256.0
   718:  18.95118     434.0     548.7    -114.7     256.0
   719:  18.97064     534.0     520.7      13.3     255.9
   720:  18.99010     477.0     486.8      -9.8     255.9
   721:  19.00955     423.0     460.8     -37.8     255.8
   722:  19.02901     426.0     417.0       9.0     255.8
   723:  19.04847     399.0     394.0       5.0     255.7
   724:  19.06793     364.0     386.9     -22.9     255.7
   725:  19.08738     367.0     386.9     -19.9     255.7
   726:  19.10684     397.0     391.0       6.0     255.6
   727:  19.12630     455.0     398.4      56.6     255.6
   728:  19.14576     477.0     408.9      68.1     255.5
   729:  19.16521     490.0     422.1      67.9     255.5
   730:  19.18467     508.0     437.3      70.7     255.5
   731:  19.20413     511.0     452.8      58.2     255.4
   732:  19.22359     555.0     466.3      88.7     255.4
   733:  19.24305     529.0     475.5      53.5     255.4
   734:  19.26250     579.0     480.2      98.8     255.3
   735:  19.28196     505.0     482.8      22.2     255.3
   736:  19.30142     516.0     485.4      30.6     255.3
   737:  19.32088     506.0     489.8      16.2     255.2
   738:  19.34033     481.0     496.6     -15.6     255.2
   739:  19.35979     520.0     504.1      15.9     255.1
   740:  19.37925     521.0     509.0      12.0     255.1
   741:  19.39871     537.0     507.4      29.6     255.1
   742:  19.41817     523.0     497.7      25.3     255.0
   743:  19.43762     494.0     482.6      11.4     255.0
   744:  19.45708     493.0     464.1      28.9     255.0
   745:  19.47654     521.0     445.3      75.7     255.0
   746:  19.49600     466.0     428.8      37.2     254.9
   747:  19.51545     455.0     416.1      38.9     254.9
   748:  19.53491     457.0     408.8      48.2     254.9
   749:  19.55437     432.0     409.8      22.2     254.8
   750:  19.57383     471.0     421.2      49.8     254.8
   751:  19.59328     447.0     432.1      14.9     254.8
   752:  19.61274     471.0     422.5      48.5     254.7
   753:  19.63220     537.0     409.3     127.7     254.7
   754:  19.65166     471.0     394.0      77.0     254.7
   755:  19.67112     426.0     375.3      50.7     254.7
   756:  19.69057     448.0     361.3      86.7     254.6
   757:  19.71003     411.0     352.7      58.3     254.6
   758:  19.72949     383.0     347.7      35.3     254.6
   759:  19.74895     398.0     345.2      52.8     254.6
   760:  19.76840     416.0     344.7      71.3     254.5
   761:  19.78786     349.0     346.1       2.9     254.5
   762:  19.80732     366.0     349.8      16.2     254.5
   763:  19.82678     378.0     355.8      22.2     254.5
   764:  19.84624     362.0     364.0      -2.0     254.4
   765:  19.86569     345.0     374.1     -29.1     254.4
   766:  19.88515     354.0     385.0     -31.0     254.4
   767:  19.90461     358.0     396.3     -38.3     254.4
   768:  19.92407     413.0     410.9       2.1     254.3
   769:  19.94352     400.0     436.5     -36.5     254.3
   770:  19.96298     418.0     464.1     -46.1     254.3
   771:  19.98244     380.0     442.1     -62.1     254.3
   772:  20.00190     374.0     414.7     -40.7     254.3
   773:  20.02135     411.0     399.2      11.8     254.2
   774:  20.04081     348.0     371.4     -23.4     254.2
   775:  20.06027     378.0     355.5      22.5     254.2
   776:  20.07973     331.0     353.4     -22.4     254.2
   777:  20.09919     349.0     357.0      -8.0     254.2
   778:  20.11864     357.0     354.6       2.4     254.1
   779:  20.13810     296.0     352.5     -56.5     254.1
   780:  20.15756     319.0     352.5     -33.5     254.1
   781:  20.17702     324.0     350.3     -26.3     254.1
   782:  20.19647     333.0     349.3     -16.3     254.1
   783:  20.21593     327.0     349.7     -22.7     254.0
   784:  20.23539     296.0     350.2     -54.2     254.0
   785:  20.25485     319.0     350.3     -31.3     254.0
   786:  20.27431     322.0     350.0     -28.0     254.0
   787:  20.29376     302.0     349.1     -47.1     254.0
   788:  20.31322     298.0     347.7     -49.7     254.0
   789:  20.33268     295.0     345.6     -50.6     253.9
   790:  20.35213     332.0     343.0     -11.0     253.9
   791:  20.37159     318.0     339.8     -21.8     253.9
   792:  20.39105     309.0     336.3     -27.3     253.9
   793:  20.41051     310.0     332.5     -22.5     253.9
   794:  20.42997     297.0     328.6     -31.6     253.9
   795:  20.44942     317.0     324.6      -7.6     253.9
   796:  20.46888     308.0     320.7     -12.7     253.8
   797:  20.48834     296.0     317.0     -21.0     253.8
   798:  20.50780     303.0     313.5     -10.5     253.8
   799:  20.52725     302.0     310.3      -8.3     253.8
   800:  20.54671     306.0     307.5      -1.5     253.8
   801:  20.56617     309.0     305.1       3.9     253.8
   802:  20.58563     320.0     303.0      17.0     253.8
   803:  20.60509     299.0     301.4      -2.4     253.8
   804:  20.62454     303.0     300.2       2.8     253.8
   805:  20.64400     306.0     299.4       6.6     253.7
   806:  20.66346     270.0     299.3     -29.3     253.7
   807:  20.68292     270.0     299.7     -29.7     253.7
   808:  20.70237     297.0     301.0      -4.0     253.7
   809:  20.72183     337.0     303.5      33.5     253.7
   810:  20.74129     321.0     308.3      12.7     253.7
   811:  20.76075     311.0     316.4      -5.4     253.7
   812:  20.78020     304.0     329.0     -25.0     253.7
   813:  20.79966     291.0     346.0     -55.0     253.7
   814:  20.81912     333.0     364.2     -31.2     253.7
   815:  20.83858     352.0     375.3     -23.3     253.6
   816:  20.85804     356.0     373.0     -17.0     253.6
   817:  20.87749     393.0     364.0      29.0     253.6
   818:  20.89695     410.0     352.4      57.6     253.6
   819:  20.91641     440.0     339.2     100.8     253.6
   820:  20.93587     443.0     328.9     114.1     253.6
   821:  20.95532     437.0     323.4     113.6     253.6
   822:  20.97478     375.0     322.8      52.2     253.6
   823:  20.99424     303.0     324.3     -21.3     253.6
   824:  21.01370     340.0     322.9      17.1     253.6
   825:  21.03316     289.0     324.0     -35.0     253.6
   826:  21.05261     289.0     326.7     -37.7     253.6
   827:  21.07207     303.0     326.4     -23.4     253.6
   828:  21.09153     287.0     323.4     -36.4     253.6
   829:  21.11099     278.0     320.2     -42.2     253.6
   830:  21.13044     292.0     316.9     -24.9     253.5
   831:  21.14990     292.0     312.8     -20.8     253.5
   832:  21.16936     282.0     308.8     -26.8     253.5
   833:  21.18882     308.0     305.1       2.9     253.5
   834:  21.20827     281.0     301.6     -20.6     253.5
   835:  21.22773     276.0     298.2     -22.2     253.5
   836:  21.24719     260.0     295.0     -35.0     253.5
   837:  21.26665     281.0     292.1     -11.1     253.5
   838:  21.28611     269.0     289.6     -20.6     253.5
   839:  21.30556     284.0     287.6      -3.6     253.5
   840:  21.32502     287.0     286.0       1.0     253.5
   841:  21.34448     295.0     284.8      10.2     253.5
   842:  21.36394     288.0     283.9       4.1     253.5
   843:  21.38339     282.0     283.4      -1.4     253.5
   844:  21.40285     289.0     283.1       5.9     253.5
   845:  21.42231     277.0     283.1      -6.1     253.5
   846:  21.44177     262.0     283.3     -21.3     253.5
   847:  21.46123     310.0     283.8      26.2     253.5
   848:  21.48068     285.0     284.5       0.5     253.5
   849:  21.50014     283.0     285.5      -2.5     253.5
   850:  21.51960     302.0     286.8      15.2     253.5
   851:  21.53906     286.0     288.3      -2.3     253.5
   852:  21.55851     286.0     290.1      -4.1     253.5
   853:  21.57797     275.0     292.2     -17.2     253.5
   854:  21.59743     300.0     294.6       5.4     253.5
   855:  21.61689     320.0     297.3      22.7     253.5
   856:  21.63634     328.0     300.2      27.8     253.5
   857:  21.65580     303.0     303.5      -0.5     253.5
   858:  21.67526     283.0     307.1     -24.1     253.5
   859:  21.69472     286.0     311.0     -25.0     253.5
   860:  21.71418     270.0     315.3     -45.3     253.5
   861:  21.73363     270.0     320.0     -50.0     253.5
   862:  21.75309     304.0     325.1     -21.1     253.5
   863:  21.77255     313.0     330.5     -17.5     253.5
   864:  21.79201     315.0     336.5     -21.5     253.5
   865:  21.81146     316.0     343.0     -27.0     253.5
   866:  21.83092     294.0     350.3     -56.3     253.5
   867:  21.85038     326.0     358.8     -32.8     253.5
   868:  21.86984     335.0     369.1     -34.1     253.5
   869:  21.88930     333.0     382.6     -49.6     253.5
   870:  21.90875     338.0     402.6     -64.6     253.5
   871:  21.92821     393.0     437.0     -44.0     253.5
   872:  21.94767     477.0     502.8     -25.8     253.5
   873:  21.96712     670.0     631.9      38.1     253.5
   874:  21.98658     909.0     859.7      49.3     253.5
   875:  22.00604    1192.0    1150.5      41.5     253.5
   876:  22.02550    1252.0    1265.0     -13.0     253.5
   877:  22.04496    1061.0    1101.2     -40.2     253.5
   878:  22.06441     970.0     970.4      -0.4     253.5
   879:  22.08387     813.0     828.8     -15.8     253.5
   880:  22.10333     628.0     623.9       4.1     253.5
   881:  22.12279     529.0     478.7      50.3     253.5
   882:  22.14224     419.0     401.8      17.2     253.5
   883:  22.16170     384.0     363.4      20.6     253.5
   884:  22.18116     312.0     342.7     -30.7     253.5
   885:  22.20062     358.0     330.5      27.5     253.5
   886:  22.22008     308.0     323.5     -15.5     253.5
   887:  22.23953     343.0     319.8      23.2     253.5
   888:  22.25899     299.0     316.5     -17.5     253.5
   889:  22.27845     307.0     310.7      -3.7     253.5
   890:  22.29791     309.0     305.1       3.9     253.5
   891:  22.31736     300.0     301.2      -1.2     253.5
   892:  22.33682     295.0     296.0      -1.0     253.6
   893:  22.35628     303.0     290.3      12.7     253.6
   894:  22.37574     283.0     286.8      -3.8     253.6
   895:  22.39520     272.0     284.1     -12.1     253.6
   896:  22.41465     312.0     281.7      30.3     253.6
   897:  22.43411     306.0     280.1      25.9     253.6
   898:  22.45357     295.0     279.0      16.0     253.6
   899:  22.47303     293.0     278.2      14.8     253.6
   900:  22.49248     298.0     277.6      20.4     253.6
   901:  22.51194     334.0     277.2      56.8     253.6
   902:  22.53140     329.0     277.1      51.9     253.6
   903:  22.55086     284.0     277.1       6.9     253.6
   904:  22.57031     282.0     277.4       4.6     253.6
   905:  22.58977     305.0     277.9      27.1     253.6
   906:  22.60923     301.0     278.7      22.3     253.6
   907:  22.62869     256.0     279.8     -23.8     253.6
   908:  22.64815     320.0     281.3      38.7     253.6
   909:  22.66760     296.0     283.4      12.6     253.6
   910:  22.68706     317.0     286.6      30.4     253.6
   911:  22.70652     282.0     291.8      -9.8     253.6
   912:  22.72598     315.0     301.5      13.5     253.6
   913:  22.74543     319.0     319.1      -0.1     253.6
   914:  22.76489     306.0     347.9     -41.9     253.7
   915:  22.78435     361.0     384.6     -23.6     253.7
   916:  22.80381     380.0     412.1     -32.1     253.7
   917:  22.82327     387.0     415.3     -28.3     253.7
   918:  22.84272     420.0     418.9       1.1     253.7
   919:  22.86218     444.0     431.2      12.8     253.7
   920:  22.88164     430.0     435.0      -5.0     253.7
   921:  22.90110     408.0     437.6     -29.6     253.7
   922:  22.92055     391.0     433.4     -42.4     253.7
   923:  22.94001     374.0     396.1     -22.1     253.7
   924:  22.95947     379.0     369.8       9.2     253.7
   925:  22.97893     377.0     353.5      23.5     253.7
   926:  22.99838     395.0     328.5      66.5     253.7
   927:  23.01784     361.0     311.8      49.2     253.7
   928:  23.03730     349.0     304.7      44.3     253.7
   929:  23.05676     329.0     301.9      27.1     253.7
   930:  23.07622     346.0     300.4      45.6     253.7
   931:  23.09567     367.0     299.4      67.6     253.7
   932:  23.11513     327.0     298.6      28.4     253.8
   933:  23.13459     331.0     297.8      33.2     253.8
   934:  23.15405     326.0     296.9      29.1     253.8
   935:  23.17350     293.0     296.1      -3.1     253.8
   936:  23.19296     285.0     295.2     -10.2     253.8
   937:  23.21242     314.0     294.3      19.7     253.8
   938:  23.23188     303.0     293.5       9.5     253.8
   939:  23.25134     292.0     292.8      -0.8     253.8
   940:  23.27079     282.0     292.1     -10.1     253.8
   941:  23.29025     326.0     291.7      34.3     253.8
   942:  23.30971     296.0     291.4       4.6     253.8
   943:  23.32916     268.0     291.4     -23.4     253.8
   944:  23.34862     263.0     291.6     -28.6     253.8
   945:  23.36808     262.0     292.2     -30.2     253.8
   946:  23.38754     305.0     293.1      11.9     253.8
   947:  23.40700     299.0     294.4       4.6     253.8
   948:  23.42645     258.0     296.3     -38.3     253.8
   949:  23.44591     295.0     299.0      -4.0     253.9
   950:  23.46537     293.0     302.6      -9.6     253.9
   951:  23.48483     315.0     307.0       8.0     253.9
   952:  23.50428     296.0     312.3     -16.3     253.9
   953:  23.52374     317.0     318.8      -1.8     253.9
   954:  23.54320     336.0     328.0       8.0     253.9
   955:  23.56266     364.0     342.6      21.4     253.9
   956:  23.58212     424.0     368.7      55.3     253.9
   957:  23.60157     429.0     417.9      11.1     253.9
   958:  23.62103     505.0     505.3      -0.3     253.9
   959:  23.64049     596.0     637.8     -41.8     253.9
   960:  23.65995     715.0     790.7     -75.7     253.9
   961:  23.67941     866.0     902.1     -36.1     253.9
   962:  23.69886     878.0     921.7     -43.7     253.9
   963:  23.71832     795.0     837.1     -42.1     253.9
   964:  23.73778     786.0     731.1      54.9     253.9
   965:  23.75723     739.0     643.9      95.1     253.9
   966:  23.77669     588.0     557.2      30.8     253.9
   967:  23.79615     532.0     506.4      25.6     254.0
   968:  23.81561     495.0     506.7     -11.7     254.0
   969:  23.83507     507.0     489.5      17.5     254.0
   970:  23.85452     438.0     450.5     -12.5     254.0
   971:  23.87398     425.0     440.0     -15.0     254.0
   972:  23.89344     410.0     430.0     -20.0     254.0
   973:  23.91290     401.0     405.8      -4.8     254.0
   974:  23.93235     393.0     391.8       1.2     254.0
   975:  23.95181     379.0     388.3      -9.3     254.0
   976:  23.97127     386.0     388.5      -2.5     254.0
   977:  23.99073     374.0     388.9     -14.9     254.0
   978:  24.01019     373.0     389.3     -16.3     254.0
   979:  24.02964     390.0     389.8       0.2     254.0
   980:  24.04910     384.0     390.4      -6.4     254.0
   981:  24.06856     377.0     390.8     -13.8     254.0
   982:  24.08802     385.0     391.3      -6.3     254.0
   983:  24.10747     376.0     392.9     -16.9     254.0
   984:  24.12693     395.0     394.8       0.2     254.0
   985:  24.14639     385.0     396.8     -11.8     254.0
   986:  24.16585     413.0     399.0      14.0     254.0
   987:  24.18530     393.0     401.2      -8.2     254.1
   988:  24.20476     383.0     403.4     -20.4     254.1
   989:  24.22422     436.0     405.7      30.3     254.1
   990:  24.24368     410.0     408.4       1.6     254.1
   991:  24.26314     421.0     413.3       7.7     254.1
   992:  24.28259     432.0     422.1       9.9     254.1
   993:  24.30205     409.0     434.6     -25.6     254.1
   994:  24.32151     463.0     446.2      16.8     254.1
   995:  24.34097     435.0     456.5     -21.5     254.1
   996:  24.36042     499.0     464.9      34.1     254.1
   997:  24.37988     518.0     491.6      26.4     254.1
   998:  24.39934     502.0     539.1     -37.1     254.1
   999:  24.41880     568.0     569.6      -1.6     254.1
  1000:  24.43826     646.0     600.3      45.7     254.1
  1001:  24.45771     672.0     657.9      14.1     254.1
  1002:  24.47717     655.0     675.7     -20.7     254.1
  1003:  24.49663     649.0     625.7      23.3     254.1
  1004:  24.51609     630.0     582.2      47.8     254.1
  1005:  24.53554     570.0     558.1      11.9     254.1
  1006:  24.55500     529.0     533.8      -4.8     254.1
  1007:  24.57446     555.0     518.5      36.5     254.1
  1008:  24.59392     473.0     503.4     -30.4     254.1
  1009:  24.61337     453.0     475.3     -22.3     254.1
  1010:  24.63283     426.0     451.9     -25.9     254.1
  1011:  24.65229     408.0     435.3     -27.3     254.1
  1012:  24.67175     397.0     414.9     -17.9     254.1
  1013:  24.69121     411.0     396.3      14.7     254.1
  1014:  24.71066     365.0     385.3     -20.3     254.1
  1015:  24.73012     385.0     381.5       3.5     254.1
  1016:  24.74958     402.0     382.5      19.5     254.1
  1017:  24.76904     379.0     386.3      -7.3     254.1
  1018:  24.78849     432.0     391.7      40.3     254.1
  1019:  24.80795     432.0     398.4      33.6     254.1
  1020:  24.82741     485.0     406.1      78.9     254.1
  1021:  24.84687     444.0     414.6      29.4     254.2
  1022:  24.86633     534.0     423.6     110.4     254.2
  1023:  24.88578     520.0     433.1      86.9     254.2
  1024:  24.90524     514.0     442.7      71.3     254.2
  1025:  24.92470     580.0     452.2     127.8     254.2
  1026:  24.94415     581.0     461.4     119.6     254.2
  1027:  24.96361     547.0     469.8      77.2     254.2
  1028:  24.98307     583.0     477.1     105.9     254.2
  1029:  25.00253     570.0     483.2      86.8     254.2
  1030:  25.02199     552.0     487.6      64.4     254.2
  1031:  25.04144     519.0     490.2      28.8     254.2
  1032:  25.06090     540.0     490.6      49.4     254.2
  1033:  25.08036     521.0     488.9      32.1     254.2
  1034:  25.09982     500.0     485.3      14.7     254.2
  1035:  25.11927     489.0     479.8       9.2     254.2
  1036:  25.13873     481.0     472.9       8.1     254.2
  1037:  25.15819     489.0     464.8      24.2     254.2
  1038:  25.17765     449.0     455.9      -6.9     254.2
  1039:  25.19711     432.0     446.8     -14.8     254.2
  1040:  25.21656     448.0     437.5      10.5     254.2
  1041:  25.23602     433.0     428.5       4.5     254.2
  1042:  25.25548     485.0     420.0      65.0     254.2
  1043:  25.27494     410.0     412.0      -2.0     254.2
  1044:  25.29439     391.0     404.7     -13.7     254.2
  1045:  25.31385     430.0     398.2      31.8     254.2
  1046:  25.33331     390.0     392.5      -2.5     254.1
  1047:  25.35277     422.0     387.8      34.2     254.1
  1048:  25.37222     379.0     383.9      -4.9     254.1
  1049:  25.39168     410.0     381.0      29.0     254.1
  1050:  25.41114     404.0     379.3      24.7     254.1
  1051:  25.43060     407.0     378.8      28.2     254.1
  1052:  25.45006     399.0     379.2      19.8     254.1
  1053:  25.46951     404.0     379.4      24.6     254.1
  1054:  25.48897     413.0     379.1      33.9     254.1
  1055:  25.50843     383.0     379.9       3.1     254.1
  1056:  25.52789     373.0     383.2     -10.2     254.1
  1057:  25.54734     379.0     391.7     -12.7     254.1
  1058:  25.56680     417.0     410.7       6.3     254.1
  1059:  25.58626     420.0     440.7     -20.7     254.1
  1060:  25.60572     416.0     460.9     -44.9     254.1
  1061:  25.62518     458.0     462.7      -4.7     254.1
  1062:  25.64463     485.0     478.4       6.6     254.1
  1063:  25.66409     492.0     500.4      -8.4     254.1
  1064:  25.68355     466.0     494.3     -28.3     254.1
  1065:  25.70301     452.0     472.2     -20.2     254.1
  1066:  25.72246     415.0     458.3     -43.3     254.1
  1067:  25.74192     451.0     448.7       2.3     254.1
  1068:  25.76138     356.0     436.1     -80.1     254.1
  1069:  25.78084     376.0     425.5     -49.5     254.1
  1070:  25.80029     403.0     420.0     -17.0     254.1
  1071:  25.81975     403.0     418.7     -15.7     254.1
  1072:  25.83921     377.0     419.7     -42.7     254.1
  1073:  25.85867     398.0     421.6     -23.6     254.1
  1074:  25.87813     419.0     423.9      -4.9     254.0
  1075:  25.89758     409.0     426.0     -17.0     254.0
  1076:  25.91704     448.0     428.1      19.9     254.0
  1077:  25.93650     426.0     430.2      -4.2     254.0
  1078:  25.95596     405.0     432.9     -27.9     254.0
  1079:  25.97541     435.0     437.3      -2.3     254.0
  1080:  25.99487     479.0     444.1      34.9     254.0
  1081:  26.01433     440.0     452.7     -12.7     254.0
  1082:  26.03379     429.0     459.2     -30.2     254.0
  1083:  26.05325     441.0     460.1     -19.1     254.0
  1084:  26.07270     444.0     460.7     -16.7     254.0
  1085:  26.09216     437.0     463.4     -26.4     254.0
  1086:  26.11162     471.0     464.6       6.4     254.0
  1087:  26.13108     475.0     462.7      12.3     254.0
  1088:  26.15053     493.0     460.6      32.4     254.0
  1089:  26.16999     455.0     458.8      -3.8     253.9
  1090:  26.18945     474.0     457.5      16.5     253.9
  1091:  26.20891     449.0     459.5     -10.5     253.9
  1092:  26.22836     525.0     469.8      55.2     253.9
  1093:  26.24782     515.0     494.2      20.8     253.9
  1094:  26.26728     525.0     532.5      -7.5     253.9
  1095:  26.28674     582.0     566.2      15.8     253.9
  1096:  26.30620     554.0     571.6     -17.6     253.9
  1097:  26.32565     540.0     579.1     -39.1     253.9
  1098:  26.34511     643.0     601.6      41.4     253.9
  1099:  26.36457     638.0     590.4      47.6     253.9
  1100:  26.38403     660.0     582.8      77.2     253.8
  1101:  26.40348     689.0     615.8      73.2     253.8
  1102:  26.42294     695.0     680.0      15.0     253.8
  1103:  26.44240     782.0     783.8      -1.8     253.8
  1104:  26.46186     883.0     926.1     -43.1     253.8
  1105:  26.48132     961.0    1005.3     -44.3     253.8
  1106:  26.50077     950.0     946.8       3.2     253.8
  1107:  26.52023     898.0     878.6      19.4     253.8
  1108:  26.53969     869.0     842.8      26.2     253.8
  1109:  26.55914     793.0     776.1      16.9     253.7
  1110:  26.57860     738.0     691.4      46.6     253.7
  1111:  26.59806     732.0     648.0      84.0     253.7
  1112:  26.61752     757.0     680.3      76.7     253.7
  1113:  26.63698     875.0     828.6      46.4     253.7
  1114:  26.65644    1096.0    1094.0       2.0     253.7
  1115:  26.67589    1233.0    1302.2     -69.2     253.7
  1116:  26.69535    1222.0    1169.3      52.7     253.7
  1117:  26.71481    1076.0     971.9     104.1     253.6
  1118:  26.73426     920.0     919.9       0.1     253.6
  1119:  26.75372     815.0     844.2     -29.2     253.6
  1120:  26.77318     677.0     662.8      14.2     253.6
  1121:  26.79264     489.0     523.4     -34.4     253.6
  1122:  26.81210     444.0     453.6      -9.6     253.6
  1123:  26.83155     386.0     422.2     -36.2     253.6
  1124:  26.85101     350.0     405.1     -55.1     253.5
  1125:  26.87047     338.0     393.3     -55.3     253.5
  1126:  26.88993     367.0     384.2     -17.2     253.5
  1127:  26.90938     350.0     376.8     -26.8     253.5
  1128:  26.92884     321.0     370.5     -49.5     253.5
  1129:  26.94830     335.0     365.1     -30.1     253.5
  1130:  26.96776     280.0     360.4     -80.4     253.5
  1131:  26.98722     328.0     356.5     -28.5     253.4
  1132:  27.00667     317.0     353.5     -36.5     253.4
  1133:  27.02613     310.0     352.0     -42.0     253.4
  1134:  27.04559     344.0     354.3     -10.3     253.4
  1135:  27.06505     326.0     365.9     -39.9     253.4
  1136:  27.08450     361.0     386.3     -25.3     253.4
  1137:  27.10396     363.0     395.7     -32.7     253.3
  1138:  27.12342     408.0     411.0      -3.0     253.3
  1139:  27.14288     423.0     443.9     -20.9     253.3
  1140:  27.16233     435.0     458.0     -23.0     253.3
  1141:  27.18179     390.0     433.0     -43.0     253.3
  1142:  27.20125     325.0     410.3     -85.3     253.2
  1143:  27.22071     369.0     399.8     -30.8     253.2
  1144:  27.24017     387.0     384.5       2.5     253.2
  1145:  27.25962     318.0     364.7     -46.7     253.2
  1146:  27.27908     296.0     350.7     -54.7     253.2
  1147:  27.29854     340.0     344.1      -4.1     253.2
  1148:  27.31800     333.0     342.8      -9.8     253.1
  1149:  27.33745     332.0     344.4     -12.4     253.1
  1150:  27.35691     365.0     348.0      17.0     253.1
  1151:  27.37637     350.0     353.0      -3.0     253.1
  1152:  27.39583     392.0     359.7      32.3     253.1
  1153:  27.41529     339.0     368.4     -29.4     253.0
  1154:  27.43474     396.0     380.2      15.8     253.0
  1155:  27.45420     434.0     397.1      36.9     253.0
  1156:  27.47366     429.0     424.9       4.1     253.0
  1157:  27.49312     530.0     474.3      55.7     252.9
  1158:  27.51257     590.0     557.8      32.2     252.9
  1159:  27.53203     685.0     678.3       6.7     252.9
  1160:  27.55149     791.0     805.1     -14.1     252.9
  1161:  27.57095     922.0     867.1      54.9     252.9
  1162:  27.59040     964.0     873.4      90.6     252.8
  1163:  27.60986     983.0     931.1      51.9     252.8
  1164:  27.62932    1016.0    1056.5     -40.5     252.8
  1165:  27.64878    1066.0    1128.6     -62.6     252.8
  1166:  27.66824    1045.0    1034.3      10.7     252.7
  1167:  27.68769     966.0     920.2      45.8     252.7
  1168:  27.70715     933.0     905.1      27.9     252.7
  1169:  27.72661     905.0     943.9     -38.9     252.7
  1170:  27.74607    1017.0    1011.7       5.3     252.6
  1171:  27.76552    1237.0    1210.6      26.4     252.6
  1172:  27.78498    1532.0    1584.9     -52.9     252.6
  1173:  27.80444    1999.0    2015.9     -16.9     252.6
  1174:  27.82390    2310.0    2195.5     114.5     252.5
  1175:  27.84336    1996.0    2082.7     -86.7     252.5
  1176:  27.86281    2036.0    2061.7     -25.7     252.5
  1177:  27.88227    2086.0    2039.4      46.6     252.5
  1178:  27.90173    1767.0    1772.2      -5.2     252.4
  1179:  27.92119    1432.0    1438.4      -6.4     252.4
  1180:  27.94064    1222.0    1236.2     -14.2     252.4
  1181:  27.96010    1144.0    1134.2       9.8     252.4
  1182:  27.97956    1139.0    1131.1       7.9     252.3
  1183:  27.99902    1200.0    1280.0     -80.0     252.3
  1184:  28.01847    1598.0    1574.5      23.5     252.3
  1185:  28.03793    1869.0    1870.4      -1.4     252.3
  1186:  28.05739    1973.0    1946.7      26.3     252.2
  1187:  28.07685    1770.0    1711.9      58.1     252.2
  1188:  28.09631    1430.0    1466.7     -36.7     252.2
  1189:  28.11576    1284.0    1322.5     -38.5     252.1
  1190:  28.13522    1253.0    1144.4     108.6     252.1
  1191:  28.15468     857.0     887.1     -30.1     252.1
  1192:  28.17414     604.0     685.4     -81.4     252.1
  1193:  28.19359     527.0     574.6     -47.6     252.0
  1194:  28.21305     515.0     522.9      -7.9     252.0
  1195:  28.23251     485.0     497.7     -12.7     252.0
  1196:  28.25197     477.0     484.0      -7.0     251.9
  1197:  28.27143     453.0     476.8     -23.8     251.9
  1198:  28.29088     500.0     474.5      25.5     251.9
  1199:  28.31034     471.0     476.9      -5.9     251.8
  1200:  28.32980     473.0     485.1     -12.1     251.8
  1201:  28.34925     507.0     504.7       2.3     251.8
  1202:  28.36871     538.0     552.0     -14.0     251.8
  1203:  28.38817     614.0     637.2     -23.2     251.7
  1204:  28.40763     683.0     713.4     -30.4     251.7
  1205:  28.42709     757.0     790.6     -33.6     251.7
  1206:  28.44654     892.0     879.4      12.6     251.6
  1207:  28.46600    1014.0     949.7      64.3     251.6
  1208:  28.48546     994.0     971.4      22.6     251.6
  1209:  28.50492     984.0     959.4      24.6     251.5
  1210:  28.52437     884.0     909.3     -25.3     251.5
  1211:  28.54383     746.0     810.7     -64.7     251.5
  1212:  28.56329     692.0     706.1     -14.1     251.4
  1213:  28.58275     596.0     621.2     -25.2     251.4
  1214:  28.60221     555.0     547.0       8.0     251.4
  1215:  28.62166     527.0     476.8      50.2     251.3
  1216:  28.64112     500.0     425.2      74.8     251.3
  1217:  28.66058     538.0     392.9     145.1     251.3
  1218:  28.68004     454.0     373.5      80.5     251.2
  1219:  28.69949     439.0     360.8      78.2     251.2
  1220:  28.71895     457.0     351.0     106.0     251.1
  1221:  28.73841     424.0     343.0      81.0     251.1
  1222:  28.75787     389.0     336.5      52.5     251.1
  1223:  28.77732     305.0     330.9     -25.9     251.0
  1224:  28.79678     304.0     325.9     -21.9     251.0
  1225:  28.81624     326.0     321.7       4.3     251.0
  1226:  28.83570     301.0     318.3     -17.3     250.9
  1227:  28.85516     287.0     315.5     -28.5     250.9
  1228:  28.87461     292.0     313.2     -21.2     250.9
  1229:  28.89407     290.0     311.3     -21.3     250.8
  1230:  28.91353     295.0     309.7     -14.7     250.8
  1231:  28.93299     307.0     308.8      -1.8     250.7
  1232:  28.95244     263.0     308.1     -45.1     250.7
  1233:  28.97190     280.0     307.8     -27.8     250.7
  1234:  28.99136     293.0     307.8     -14.8     250.6
  1235:  29.01082     298.0     308.2     -10.2     250.6
  1236:  29.03028     302.0     309.0      -7.0     250.5
  1237:  29.04973     301.0     310.2      -9.2     250.5
  1238:  29.06919     291.0     311.7     -20.7     250.5
  1239:  29.08865     307.0     313.7      -6.7     250.4
  1240:  29.10811     299.0     316.2     -17.2     250.4
  1241:  29.12756     304.0     319.0     -15.0     250.3
  1242:  29.14702     307.0     322.4     -15.4     250.3
  1243:  29.16648     275.0     326.2     -51.2     250.3
  1244:  29.18594     291.0     330.5     -39.5     250.2
  1245:  29.20539     312.0     335.3     -23.3     250.2
  1246:  29.22485     268.0     340.7     -72.7     250.1
  1247:  29.24431     313.0     346.5     -33.5     250.1
  1248:  29.26377     319.0     353.0     -34.0     250.0
  1249:  29.28323     309.0     360.2     -51.2     250.0
  1250:  29.30268     351.0     368.2     -17.2     250.0
  1251:  29.32214     331.0     377.3     -46.3     249.9
  1252:  29.34160     359.0     386.1     -27.1     249.9
  1253:  29.36106     354.0     395.0     -41.0     249.8
  1254:  29.38051     423.0     405.5      17.5     249.8
  1255:  29.39997     415.0     418.0      -3.0     249.7
  1256:  29.41943     477.0     433.1      43.9     249.7
  1257:  29.43889     537.0     453.6      83.4     249.7
  1258:  29.45835     606.0     483.3     122.7     249.6
  1259:  29.47780     665.0     524.6     140.4     249.6
  1260:  29.49726     702.0     577.0     125.0     249.5
  1261:  29.51672     689.0     624.6      64.4     249.5
  1262:  29.53618     730.0     636.7      93.3     249.4
  1263:  29.55563     678.0     619.2      58.8     249.4
  1264:  29.57509     580.0     603.6     -23.6     249.3
  1265:  29.59455     627.0     594.7      32.3     249.3
  1266:  29.61401     530.0     577.4     -47.4     249.2
  1267:  29.63346     531.0     553.0     -22.0     249.2
  1268:  29.65292     508.0     533.0     -25.0     249.1
  1269:  29.67238     465.0     521.8     -56.8     249.1
  1270:  29.69184     445.0     518.7     -73.7     249.0
  1271:  29.71130     506.0     522.8     -16.8     249.0
  1272:  29.73075     495.0     535.5     -40.5     249.0
  1273:  29.75021     582.0     565.7      16.3     248.9
  1274:  29.76967     625.0     638.8     -13.8     248.9
  1275:  29.78913     838.0     800.7      37.3     248.8
  1276:  29.80858    1115.0    1093.4      21.6     248.8
  1277:  29.82804    1486.0    1475.9      10.1     248.7
  1278:  29.84750    1689.0    1712.5     -23.5     248.7
  1279:  29.86696    1636.0    1641.5      -5.5     248.6
  1280:  29.88642    1448.0    1465.5     -17.5     248.6
  1281:  29.90587    1306.0    1325.2     -19.2     248.5
  1282:  29.92533    1215.0    1198.1      16.9     248.5
  1283:  29.94479    1022.0    1005.7      16.3     248.4
  1284:  29.96424     851.0     796.3      54.7     248.4
  1285:  29.98370     599.0     619.2     -20.2     248.3
  1286:  30.00316     472.0     507.4     -35.4     248.2
  1287:  30.02262     439.0     448.9      -9.9     248.2
  1288:  30.04208     446.0     419.6      26.4     248.1
  1289:  30.06153     411.0     403.9       7.1     248.1
  1290:  30.08099     396.0     395.1       0.9     248.0
  1291:  30.10045     386.0     391.1      -5.1     248.0
  1292:  30.11991     388.0     391.1      -3.1     247.9
  1293:  30.13936     377.0     395.0     -18.0     247.9
  1294:  30.15882     378.0     402.7     -24.7     247.8
  1295:  30.17828     363.0     414.9     -51.9     247.8
  1296:  30.19774     439.0     434.3       4.7     247.7
  1297:  30.21720     444.0     468.3     -24.3     247.7
  1298:  30.23665     486.0     537.4     -51.4     247.6
  1299:  30.25611     692.0     680.7      11.3     247.6
  1300:  30.27557     934.0     937.7      -3.7     247.5
  1301:  30.29503    1324.0    1276.1      47.9     247.4
  1302:  30.31448    1527.0    1501.6      25.4     247.4
  1303:  30.33394    1374.0    1450.9     -76.9     247.3
  1304:  30.35340    1255.0    1283.9     -28.9     247.3
  1305:  30.37286    1195.0    1185.6       9.4     247.2
  1306:  30.39231    1194.0    1110.1      83.9     247.2
  1307:  30.41177     954.0     971.9     -17.9     247.1
  1308:  30.43123     816.0     823.5      -7.5     247.0
  1309:  30.45069     693.0     731.7     -38.7     247.0
  1310:  30.47015     708.0     683.0      25.0     246.9
  1311:  30.48960     656.0     635.7      20.3     246.9
  1312:  30.50906     562.0     574.2     -12.2     246.8
  1313:  30.52852     534.0     530.6       3.4     246.8
  1314:  30.54798     480.0     512.5     -32.5     246.7
  1315:  30.56743     478.0     495.4     -17.4     246.6
  1316:  30.58689     489.0     456.9      32.1     246.6
  1317:  30.60635     410.0     412.2      -2.2     246.5
  1318:  30.62581     415.0     383.1      31.9     246.5
  1319:  30.64527     393.0     371.2      21.8     246.4
  1320:  30.66472     334.0     367.6     -33.6     246.3
  1321:  30.68418     348.0     368.9     -20.9     246.3
  1322:  30.70364     357.0     379.4     -22.4     246.2
  1323:  30.72310     413.0     397.7      15.3     246.2
  1324:  30.74255     393.0     413.5     -20.5     246.1
  1325:  30.76201     362.0     424.1     -62.1     246.0
  1326:  30.78147     444.0     451.3      -7.3     246.0
  1327:  30.80093     625.0     513.7     111.3     245.9
  1328:  30.82038     704.0     597.7     106.3     245.8
  1329:  30.83984     771.0     641.6     129.4     245.8
  1330:  30.85930     745.0     599.9     145.1     245.7
  1331:  30.87876     612.0     535.4      76.6     245.7
  1332:  30.89822     591.0     500.7      90.3     245.6
  1333:  30.91767     526.0     479.4      46.6     245.5
  1334:  30.93713     470.0     435.4      34.6     245.5
  1335:  30.95659     441.0     381.9      59.1     245.4
  1336:  30.97605     380.0     340.6      39.4     245.3
  1337:  30.99550     314.0     315.6      -1.6     245.3
  1338:  31.01496     264.0     302.5     -38.5     245.2
  1339:  31.03442     283.0     295.7     -12.7     245.1
  1340:  31.05388     260.0     291.8     -31.8     245.1
  1341:  31.07334     283.0     289.4      -6.4     245.0
  1342:  31.09279     277.0     287.9     -10.9     245.0
  1343:  31.11225     278.0     287.0      -9.0     244.9
  1344:  31.13171     274.0     286.7     -12.7     244.8
  1345:  31.15117     257.0     286.9     -29.9     244.8
  1346:  31.17062     263.0     287.4     -24.4     244.7
  1347:  31.19008     264.0     288.2     -24.2     244.6
  1348:  31.20954     277.0     289.3     -12.3     244.6
  1349:  31.22900     321.0     290.7      30.3     244.5
  1350:  31.24846     268.0     292.3     -24.3     244.4
  1351:  31.26791     322.0     294.2      27.8     244.4
  1352:  31.28737     303.0     296.3       6.7     244.3
  1353:  31.30683     276.0     298.7     -22.7     244.2
  1354:  31.32629     315.0     301.3      13.7     244.1
  1355:  31.34574     296.0     304.1      -8.1     244.1
  1356:  31.36520     317.0     307.3       9.7     244.0
  1357:  31.38466     296.0     311.1     -15.1     243.9
  1358:  31.40412     330.0     316.4      13.6     243.9
  1359:  31.42357     311.0     325.0     -14.0     243.8
  1360:  31.44303     360.0     341.8      18.2     243.7
  1361:  31.46249     379.0     374.3       4.7     243.7
  1362:  31.48195     432.0     427.2       4.8     243.6
  1363:  31.50141     492.0     490.1       1.9     243.5
  1364:  31.52086     513.0     521.7      -8.7     243.4
  1365:  31.54032     551.0     498.7      52.3     243.4
  1366:  31.55978     463.0     463.8      -0.8     243.3
  1367:  31.57924     413.0     446.6     -33.6     243.2
  1368:  31.59869     417.0     434.6     -17.6     243.2
  1369:  31.61815     378.0     406.7     -28.7     243.1
  1370:  31.63761     352.0     373.1     -21.1     243.0
  1371:  31.65707     337.0     348.5     -11.5     242.9
  1372:  31.67653     295.0     338.5     -43.5     242.9
  1373:  31.69598     286.0     340.2     -54.2     242.8
  1374:  31.71544     303.0     344.8     -41.8     242.7
  1375:  31.73490     301.0     358.5     -57.5     242.7
  1376:  31.75435     358.0     383.5     -25.4     242.6
  1377:  31.77381     390.0     405.2     -15.2     242.5
  1378:  31.79327     400.0     416.5     -16.5     242.4
  1379:  31.81273     411.0     415.6      -4.6     242.4
  1380:  31.83219     422.0     401.3      20.7     242.3
  1381:  31.85164     462.0     380.8      81.2     242.2
  1382:  31.87110     463.0     362.2     100.8     242.1
  1383:  31.89056     418.0     346.0      72.0     242.1
  1384:  31.91002     334.0     327.1       6.9     242.0
  1385:  31.92947     326.0     308.2      17.8     241.9
  1386:  31.94893     300.0     293.6       6.4     241.8
  1387:  31.96839     278.0     284.0      -6.0     241.8
  1388:  31.98785     273.0     278.4      -5.4     241.7
  1389:  32.00731     263.0     275.0     -12.0     241.6
  1390:  32.02676     252.0     273.0     -21.0     241.5
  1391:  32.04622     250.0     271.6     -21.6     241.4
  1392:  32.06568     223.0     270.5     -47.5     241.4
  1393:  32.08514     255.0     269.3     -14.3     241.3
  1394:  32.10460     258.0     267.6      -9.6     241.2
  1395:  32.12405     226.0     266.1     -40.1     241.1
  1396:  32.14351     230.0     264.9     -34.9     241.1
  1397:  32.16297     238.0     263.7     -25.7     241.0
  1398:  32.18243     247.0     262.5     -15.5     240.9
  1399:  32.20188     274.0     261.5      12.5     240.8
  1400:  32.22134     269.0     260.3       8.7     240.7
  1401:  32.24080     291.0     259.5      31.5     240.7
  1402:  32.26025     277.0     258.9      18.1     240.6
  1403:  32.27971     290.0     258.4      31.6     240.5
  1404:  32.29917     290.0     258.0      32.0     240.4
  1405:  32.31863     268.0     257.6      10.4     240.3
  1406:  32.33809     292.0     257.3      34.7     240.3
  1407:  32.35754     245.0     257.0     -12.0     240.2
  1408:  32.37700     229.0     256.9     -27.9     240.1
  1409:  32.39646     234.0     256.8     -22.8     240.0
  1410:  32.41592     240.0     256.9     -16.9     239.9
  1411:  32.43538     246.0     257.2     -11.2     239.9
  1412:  32.45483     264.0     257.7       6.3     239.8
  1413:  32.47429     267.0     258.5       8.5     239.7
  1414:  32.49375     296.0     260.5      35.5     239.6
  1415:  32.51321     321.0     266.3      54.7     239.5
  1416:  32.53267     292.0     278.0      14.0     239.4
  1417:  32.55212     300.0     284.6      15.4     239.4
  1418:  32.57158     323.0     277.1      45.9     239.3
  1419:  32.59104     289.0     273.9      15.1     239.2
  1420:  32.61049     286.0     282.4       3.6     239.1
  1421:  32.62995     274.0     298.7     -24.7     239.0
  1422:  32.64941     311.0     313.0      -2.0     238.9
  1423:  32.66887     291.0     322.4     -31.4     238.9
  1424:  32.68832     288.0     319.0     -31.0     238.8
  1425:  32.70778     329.0     308.3      20.7     238.7
  1426:  32.72724     254.0     301.5     -47.5     238.6
  1427:  32.74670     296.0     300.0      -4.0     238.5
  1428:  32.76616     261.0     296.7     -35.7     238.4
  1429:  32.78561     265.0     289.3     -24.3     238.3
  1430:  32.80507     273.0     282.6      -9.6     238.3
  1431:  32.82453     266.0     279.4     -13.4     238.2
  1432:  32.84399     268.0     279.7     -11.7     238.1
  1433:  32.86345     305.0     283.1      21.9     238.0
  1434:  32.88290     290.0     289.7       0.3     237.9
  1435:  32.90236     326.0     301.7      24.3     237.8
  1436:  32.92182     333.0     325.1       7.9     237.7
  1437:  32.94128     453.0     368.6      84.4     237.7
  1438:  32.96073     460.0     435.6      24.4     237.6
  1439:  32.98019     541.0     511.8      29.2     237.5
  1440:  32.99965     615.0     563.2      51.8     237.4
  1441:  33.01911     590.0     587.2       2.8     237.3
  1442:  33.03856     596.0     558.3      37.7     237.2
  1443:  33.05802     524.0     491.2      32.8     237.1
  1444:  33.07748     520.0     452.6      67.4     237.0
  1445:  33.09694     489.0     434.0      55.0     236.9
  1446:  33.11639     435.0     408.9      26.1     236.9
  1447:  33.13585     381.0     355.4      25.6     236.8
  1448:  33.15531     321.0     312.1       8.9     236.7
  1449:  33.17477     329.0     291.1      37.9     236.6
  1450:  33.19423     302.0     282.5      19.5     236.5
  1451:  33.21368     253.0     278.6     -25.6     236.4
  1452:  33.23314     268.0     276.7      -8.7     236.3
  1453:  33.25260     264.0     275.7     -11.7     236.2
  1454:  33.27206     264.0     275.3     -11.3     236.1
  1455:  33.29152     242.0     275.5     -33.5     236.0
  1456:  33.31097     240.0     276.1     -36.1     236.0
  1457:  33.33043     241.0     277.0     -36.0     235.9
  1458:  33.34989     263.0     278.3     -15.3     235.8
  1459:  33.36935     281.0     279.7       1.3     235.7
  1460:  33.38880     237.0     281.7     -44.7     235.6
  1461:  33.40826     278.0     283.9      -5.9     235.5
  1462:  33.42772     272.0     286.4     -14.4     235.4
  1463:  33.44718     292.0     289.3       2.7     235.3
  1464:  33.46663     303.0     292.6      10.4     235.2
  1465:  33.48609     275.0     296.3     -21.3     235.1
  1466:  33.50555     261.0     300.6     -39.6     235.0
  1467:  33.52501     287.0     305.2     -18.2     234.9
  1468:  33.54446     313.0     310.6       2.4     234.8
  1469:  33.56392     320.0     316.7       3.3     234.8
  1470:  33.58338     331.0     323.7       7.3     234.7
  1471:  33.60284     354.0     331.7      22.3     234.6
  1472:  33.62230     359.0     340.2      18.8     234.5
  1473:  33.64175     368.0     349.4      18.6     234.4
  1474:  33.66121     390.0     360.3      29.7     234.3
  1475:  33.68067     403.0     375.8      27.2     234.2
  1476:  33.70013     402.0     398.8       3.2     234.1
  1477:  33.71959     419.0     430.9     -11.9     234.0
  1478:  33.73904     446.0     469.0     -23.0     233.9
  1479:  33.75850     502.0     500.7       1.3     233.8
  1480:  33.77796     553.0     512.4      40.6     233.7
  1481:  33.79742     519.0     512.7       6.3     233.6
  1482:  33.81687     538.0     516.6      21.4     233.5
  1483:  33.83633     503.0     528.1     -25.1     233.4
  1484:  33.85579     511.0     540.4     -29.4     233.3
  1485:  33.87524     533.0     550.2     -17.2     233.2
  1486:  33.89470     560.0     562.3      -2.3     233.1
  1487:  33.91416     541.0     580.6     -39.6     233.0
  1488:  33.93362     566.0     605.0     -39.0     232.9
  1489:  33.95308     584.0     632.6     -48.6     232.8
  1490:  33.97253     644.0     659.6     -15.6     232.7
  1491:  33.99199     666.0     682.0     -16.0     232.6
  1492:  34.01145     709.0     696.8      12.2     232.5
  1493:  34.03091     762.0     703.8      58.2     232.4
  1494:  34.05037     758.0     703.9      54.1     232.3
  1495:  34.06982     736.0     698.2      37.8     232.2
  1496:  34.08928     737.0     687.9      49.1     232.1
  1497:  34.10874     741.0     673.8      67.2     232.0
  1498:  34.12820     692.0     657.4      34.6     231.9
  1499:  34.14766     686.0     640.6      45.4     231.8
  1500:  34.16711     675.0     624.5      50.5     231.7
  1501:  34.18657     596.0     609.7     -13.7     231.6
  1502:  34.20603     607.0     595.9      11.1     231.5
  1503:  34.22548     521.0     582.3     -61.3     231.4
  1504:  34.24494     549.0     569.3     -20.3     231.3
  1505:  34.26440     505.0     557.4     -52.4     231.2
  1506:  34.28386     497.0     546.7     -49.7     231.1
  1507:  34.30331     489.0     537.2     -48.2     231.0
  1508:  34.32277     518.0     528.7     -10.7     230.9
  1509:  34.34223     501.0     519.8     -18.8     230.8
  1510:  34.36169     564.0     512.0      52.0     230.7
  1511:  34.38115     535.0     510.7      24.3     230.6
  1512:  34.40060     549.0     521.1      27.9     230.5
  1513:  34.42006     574.0     547.4      26.6     230.4
  1514:  34.43952     568.0     587.8     -19.8     230.3
  1515:  34.45898     654.0     627.8      26.2     230.2
  1516:  34.47844     624.0     639.4     -15.4     230.1
  1517:  34.49789     602.0     608.5      -6.5     230.0
  1518:  34.51735     595.0     563.4      31.6     229.9
  1519:  34.53681     531.0     540.8      -9.8     229.8
  1520:  34.55627     573.0     531.6      41.4     229.7
  1521:  34.57572     545.0     513.8      31.2     229.6
  1522:  34.59518     549.0     479.7      69.3     229.5
  1523:  34.61464     473.0     448.1      24.9     229.4
  1524:  34.63410     449.0     428.4      20.6     229.3
  1525:  34.65355     407.0     417.8     -10.8     229.2
  1526:  34.67301     472.0     411.8      60.2     229.1
  1527:  34.69247     418.0     407.9      10.1     229.0
  1528:  34.71193     454.0     405.1      48.9     228.9
  1529:  34.73138     416.0     402.7      13.3     228.8
  1530:  34.75084     406.0     400.8       5.2     228.7
  1531:  34.77030     377.0     399.4     -22.4     228.6
  1532:  34.78976     370.0     398.3     -28.3     228.5
  1533:  34.80922     378.0     397.7     -19.7     228.4
  1534:  34.82867     422.0     397.8      24.2     228.2
  1535:  34.84813     377.0     399.0     -22.0     228.1
  1536:  34.86759     366.0     402.2     -36.2     228.0
  1537:  34.88705     398.0     409.3     -11.3     227.9
  1538:  34.90651     447.0     425.1      21.9     227.8
  1539:  34.92596     500.0     457.2      42.8     227.7
  1540:  34.94542     492.0     513.7     -21.7     227.6
  1541:  34.96488     565.0     595.2     -30.2     227.5
  1542:  34.98434     608.0     681.7     -73.7     227.4
  1543:  35.00379     698.0     725.5     -27.5     227.3
  1544:  35.02325     738.0     707.5      30.5     227.2
  1545:  35.04271     661.0     666.8      -5.8     227.1
  1546:  35.06217     589.0     638.0     -49.0     227.0
  1547:  35.08162     550.0     622.1     -72.1     226.9
  1548:  35.10108     547.0     596.0     -49.0     226.8
  1549:  35.12054     565.0     556.2       8.8     226.6
  1550:  35.14000     565.0     516.8      48.2     226.5
  1551:  35.15945     460.0     488.6     -28.6     226.4
  1552:  35.17891     462.0     475.7     -13.7     226.3
  1553:  35.19837     479.0     478.3       0.7     226.2
  1554:  35.21783     456.0     496.5     -40.5     226.1
  1555:  35.23729     553.0     533.0      20.0     226.0
  1556:  35.25674     550.0     586.7     -36.7     225.9
  1557:  35.27620     623.0     646.4     -23.4     225.8
  1558:  35.29566     654.0     694.6     -40.6     225.7
  1559:  35.31512     753.0     747.4       5.6     225.6
  1560:  35.33458     788.0     821.9     -33.9     225.4
  1561:  35.35403     808.0     876.9     -68.9     225.3
  1562:  35.37349     817.0     894.7     -77.7     225.2
  1563:  35.39295     835.0     863.1     -28.1     225.1
  1564:  35.41241     775.0     818.7     -43.7     225.0
  1565:  35.43186     786.0     794.2      -8.2     224.9
  1566:  35.45132     811.0     792.1      18.9     224.8
  1567:  35.47078     815.0     804.5      10.5     224.7
  1568:  35.49023     809.0     794.2      14.8     224.6
  1569:  35.50969     683.0     745.6     -62.6     224.5
  1570:  35.52915     699.0     701.0      -2.0     224.3
  1571:  35.54861     690.0     692.8      -2.8     224.2
  1572:  35.56807     704.0     717.7     -13.7     224.1
  1573:  35.58752     751.0     753.8      -2.8     224.0
  1574:  35.60698     734.0     778.1     -44.1     223.9
  1575:  35.62644     828.0     792.7      35.3     223.8
  1576:  35.64590     865.0     827.8      37.2     223.7
  1577:  35.66536     920.0     885.0      35.0     223.6
  1578:  35.68481     894.0     942.1     -48.1     223.5
  1579:  35.70427     945.0     969.6     -24.6     223.3
  1580:  35.72373     910.0     944.2     -34.2     223.2
  1581:  35.74319     941.0     897.0      44.0     223.1
  1582:  35.76265     916.0     852.5      63.5     223.0
  1583:  35.78210     784.0     803.3     -19.3     222.9
  1584:  35.80156     712.0     738.2     -26.2     222.8
  1585:  35.82102     670.0     660.8       9.2     222.7
  1586:  35.84047     556.0     590.3     -34.3     222.6
  1587:  35.85993     554.0     536.1      17.9     222.4
  1588:  35.87939     508.0     493.1      14.9     222.3
  1589:  35.89885     490.0     459.1      30.9     222.2
  1590:  35.91830     462.0     434.8      27.2     222.1
  1591:  35.93776     405.0     419.1     -14.1     222.0
  1592:  35.95722     401.0     409.7      -8.7     221.9
  1593:  35.97668     402.0     405.2      -3.2     221.8
  1594:  35.99614     392.0     404.3     -12.3     221.6
  1595:  36.01559     445.0     405.7      39.3     221.5
  1596:  36.03505     387.0     408.0     -21.0     221.4
  1597:  36.05451     411.0     410.4       0.6     221.3
  1598:  36.07397     424.0     413.0      11.0     221.2
  1599:  36.09343     427.0     415.7      11.3     221.1
  1600:  36.11288     419.0     418.4       0.6     221.0
  1601:  36.13234     401.0     420.9     -19.9     220.8
  1602:  36.15180     449.0     422.9      26.1     220.7
  1603:  36.17126     441.0     424.5      16.5     220.6
  1604:  36.19071     429.0     425.4       3.6     220.5
  1605:  36.21017     434.0     425.6       8.4     220.4
  1606:  36.22963     403.0     425.3     -22.3     220.3
  1607:  36.24909     411.0     424.6     -13.6     220.1
  1608:  36.26854     459.0     423.4      35.6     220.0
  1609:  36.28800     392.0     422.1     -30.1     219.9
  1610:  36.30746     391.0     421.0     -30.0     219.8
  1611:  36.32692     423.0     420.1       2.9     219.7
  1612:  36.34637     418.0     419.6      -1.6     219.6
  1613:  36.36583     438.0     420.0      18.0     219.5
  1614:  36.38529     412.0     421.6      -9.6     219.3
  1615:  36.40475     444.0     425.2      18.8     219.2
  1616:  36.42421     477.0     431.3      45.7     219.1
  1617:  36.44366     436.0     440.7      -4.7     219.0
  1618:  36.46312     471.0     453.5      17.5     218.9
  1619:  36.48258     507.0     469.3      37.7     218.8
  1620:  36.50204     546.0     487.1      58.9     218.6
  1621:  36.52150     520.0     506.5      13.5     218.5
  1622:  36.54095     584.0     529.3      54.7     218.4
  1623:  36.56041     625.0     556.4      68.6     218.3
  1624:  36.57987     578.0     586.2      -8.2     218.2
  1625:  36.59933     651.0     614.9      36.1     218.1
  1626:  36.61878     673.0     637.5      35.5     217.9
  1627:  36.63824     623.0     651.8     -28.8     217.8
  1628:  36.65770     663.0     660.1       2.9     217.7
  1629:  36.67715     689.0     665.7      23.3     217.6
  1630:  36.69661     700.0     670.6      29.4     217.5
  1631:  36.71607     703.0     674.5      28.5     217.3
  1632:  36.73553     683.0     677.9       5.1     217.2
  1633:  36.75499     705.0     680.1      24.9     217.1
  1634:  36.77444     700.0     679.1      20.9     217.0
  1635:  36.79390     688.0     672.6      15.4     216.9
  1636:  36.81336     686.0     661.2      24.8     216.8
  1637:  36.83282     642.0     647.8      -5.8     216.6
  1638:  36.85228     605.0     633.4     -28.4     216.5
  1639:  36.87173     569.0     617.5     -48.5     216.4
  1640:  36.89119     526.0     599.1     -73.1     216.3
  1641:  36.91065     587.0     578.3       8.7     216.2
  1642:  36.93011     537.0     556.5     -19.5     216.0
  1643:  36.94957     541.0     534.8       6.2     215.9
  1644:  36.96902     478.0     514.1     -36.1     215.8
  1645:  36.98848     492.0     494.7      -2.7     215.7
  1646:  37.00794     445.0     476.9     -31.9     215.6
  1647:  37.02739     433.0     461.1     -28.1     215.4
  1648:  37.04685     393.0     447.9     -54.9     215.3
  1649:  37.06631     427.0     438.8     -11.8     215.2
  1650:  37.08577     411.0     434.4     -23.4     215.1
  1651:  37.10522     417.0     433.3     -16.3     215.0
  1652:  37.12468     406.0     430.9     -24.9     214.8
  1653:  37.14414     437.0     424.8      12.2     214.7
  1654:  37.16360     469.0     418.0      51.0     214.6
  1655:  37.18306     402.0     412.2     -10.2     214.5
  1656:  37.20251     397.0     407.6     -10.6     214.4
  1657:  37.22197     414.0     400.3      13.7     214.2
  1658:  37.24143     394.0     386.8       7.2     214.1
  1659:  37.26089     398.0     371.0      27.0     214.0
  1660:  37.28035     342.0     356.7     -14.7     213.9
  1661:  37.29980     402.0     345.8      56.2     213.8
  1662:  37.31926     375.0     337.3      37.7     213.6
  1663:  37.33872     320.0     330.1     -10.1     213.5
  1664:  37.35818     305.0     324.9     -19.9     213.4
  1665:  37.37763     338.0     322.1      15.9     213.3
  1666:  37.39709     320.0     320.2      -0.2     213.2
  1667:  37.41655     313.0     316.5      -3.5     213.0
  1668:  37.43601     291.0     311.1     -20.1     212.9
  1669:  37.45546     343.0     306.6      36.4     212.8
  1670:  37.47492     329.0     304.6      24.4     212.7
  1671:  37.49438     326.0     305.0      21.0     212.6
  1672:  37.51384     334.0     306.0      28.0     212.4
  1673:  37.53329     288.0     305.0     -17.0     212.3
  1674:  37.55275     293.0     302.3      -9.3     212.2
  1675:  37.57221     289.0     301.2     -12.2     212.1
  1676:  37.59167     287.0     303.3     -16.3     212.0
  1677:  37.61113     315.0     309.6       5.4     211.8
  1678:  37.63058     357.0     317.7      39.3     211.7
  1679:  37.65004     308.0     325.0     -17.0     211.6
  1680:  37.66950     345.0     330.6      14.4     211.5
  1681:  37.68896     332.0     332.2      -0.2     211.3
  1682:  37.70842     319.0     330.0     -11.0     211.2
  1683:  37.72787     294.0     326.1     -32.1     211.1
  1684:  37.74733     305.0     322.2     -17.2     211.0
  1685:  37.76679     317.0     318.6      -1.6     210.9
  1686:  37.78625     283.0     314.4     -31.4     210.7
  1687:  37.80570     302.0     309.3      -7.3     210.6
  1688:  37.82516     305.0     304.5       0.5     210.5
  1689:  37.84462     300.0     301.5      -1.5     210.4
  1690:  37.86408     306.0     300.9       5.1     210.2
  1691:  37.88353     308.0     302.7       5.3     210.1
  1692:  37.90299     276.0     304.9     -28.9     210.0
  1693:  37.92245     289.0     303.9     -14.9     209.9
  1694:  37.94191     276.0     299.4     -23.4     209.8
  1695:  37.96136     274.0     293.8     -19.8     209.6
  1696:  37.98082     258.0     289.5     -31.5     209.5
  1697:  38.00028     249.0     286.0     -37.0     209.4
  1698:  38.01974     256.0     282.1     -26.1     209.3
  1699:  38.03920     261.0     277.0     -16.0     209.1
  1700:  38.05865     262.0     271.7      -9.7     209.0
  1701:  38.07811     262.0     267.0      -5.0     208.9
  1702:  38.09757     261.0     263.2      -2.2     208.8
  1703:  38.11703     260.0     260.4      -0.4     208.7
  1704:  38.13649     260.0     258.4       1.6     208.5
  1705:  38.15594     268.0     257.7      10.3     208.4
  1706:  38.17540     261.0     258.3       2.7     208.3
  1707:  38.19486     300.0     261.2      38.8     208.2
  1708:  38.21432     273.0     268.6       4.4     208.0
  1709:  38.23377     294.0     284.0      10.0     207.9
  1710:  38.25323     299.0     302.0      -3.0     207.8
  1711:  38.27269     280.0     299.8     -19.8     207.7
  1712:  38.29214     286.0     287.6      -1.6     207.6
  1713:  38.31160     296.0     288.8       7.2     207.4
  1714:  38.33106     318.0     309.4       8.6     207.3
  1715:  38.35052     305.0     341.8     -36.8     207.2
  1716:  38.36998     345.0     362.5     -17.5     207.1
  1717:  38.38943     337.0     359.1     -22.1     206.9
  1718:  38.40889     361.0     342.7      18.3     206.8
  1719:  38.42835     340.0     327.1      12.9     206.7
  1720:  38.44781     347.0     320.4      26.6     206.6
  1721:  38.46727     305.0     318.3     -13.3     206.4
  1722:  38.48672     294.0     308.0     -14.0     206.3
  1723:  38.50618     316.0     291.7      24.3     206.2
  1724:  38.52564     298.0     275.9      22.1     206.1
  1725:  38.54510     262.0     264.9      -2.9     206.0
  1726:  38.56456     298.0     258.6      39.4     205.8
  1727:  38.58401     274.0     254.6      19.4     205.7
  1728:  38.60347     292.0     254.8      37.2     205.6
  1729:  38.62293     263.0     260.1       2.9     205.5
  1730:  38.64238     260.0     268.6      -8.6     205.3
  1731:  38.66184     247.0     274.7     -27.7     205.2
  1732:  38.68130     266.0     274.0      -8.0     205.1
  1733:  38.70076     262.0     270.4      -8.4     205.0
  1734:  38.72021     242.0     267.9     -25.9     204.8
  1735:  38.73967     260.0     268.5      -8.5     204.7
  1736:  38.75913     228.0     269.9     -41.9     204.6
  1737:  38.77859     263.0     269.2      -6.2     204.5
  1738:  38.79805     259.0     266.9      -7.9     204.3
  1739:  38.81750     252.0     264.6     -12.6     204.2
  1740:  38.83696     269.0     263.7       5.3     204.1
  1741:  38.85642     274.0     264.3       9.7     204.0
  1742:  38.87588     267.0     266.5       0.5     203.9
  1743:  38.89534     324.0     270.0      54.0     203.7
  1744:  38.91479     283.0     275.0       8.0     203.6
  1745:  38.93425     305.0     282.0      23.0     203.5
  1746:  38.95371     291.0     292.5      -1.5     203.4
  1747:  38.97317     314.0     308.4       5.6     203.2
  1748:  38.99262     311.0     329.9     -18.9     203.1
  1749:  39.01208     330.0     352.5     -22.5     203.0
  1750:  39.03154     408.0     366.2      41.8     202.9
  1751:  39.05100     405.0     373.1      31.9     202.7
  1752:  39.07045     377.0     381.8      -4.8     202.6
  1753:  39.08991     411.0     398.0      13.0     202.5
  1754:  39.10937     425.0     420.6       4.4     202.4
  1755:  39.12883     430.0     440.6     -10.6     202.3
  1756:  39.14828     441.0     448.2      -7.2     202.1
  1757:  39.16774     436.0     441.3      -5.3     202.0
  1758:  39.18720     410.0     427.5     -17.5     201.9
  1759:  39.20666     411.0     414.6      -3.6     201.8
  1760:  39.22612     410.0     405.5       4.5     201.6
  1761:  39.24557     367.0     397.9     -30.9     201.5
  1762:  39.26503     389.0     388.0       1.0     201.4
  1763:  39.28449     381.0     376.5       4.5     201.3
  1764:  39.30395     379.0     365.7      13.3     201.1
  1765:  39.32341     347.0     357.6     -10.6     201.0
  1766:  39.34286     331.0     353.6     -22.6     200.9
  1767:  39.36232     346.0     356.7     -10.7     200.8
  1768:  39.38178     362.0     370.8      -8.8     200.7
  1769:  39.40124     402.0     395.7       6.3     200.5
  1770:  39.42069     394.0     416.5     -22.5     200.4
  1771:  39.44015     428.0     428.3      -0.3     200.3
  1772:  39.45961     455.0     432.7      22.3     200.2
  1773:  39.47907     477.0     429.6      47.4     200.0
  1774:  39.49852     471.0     423.2      47.8     199.9
  1775:  39.51798     478.0     414.8      63.2     199.8
  1776:  39.53744     480.0     404.5      75.5     199.7
  1777:  39.55690     427.0     394.6      32.4     199.5
  1778:  39.57635     388.0     383.7       4.3     199.4
  1779:  39.59581     407.0     371.4      35.6     199.3
  1780:  39.61527     407.0     359.9      47.1     199.2
  1781:  39.63473     408.0     351.5      56.5     199.1
  1782:  39.65419     344.0     347.4      -3.4     198.9
  1783:  39.67365     365.0     348.0      17.0     198.8
  1784:  39.69310     336.0     352.5     -16.5     198.7
  1785:  39.71256     347.0     358.8     -11.8     198.6
  1786:  39.73202     354.0     362.9      -8.9     198.4
  1787:  39.75148     348.0     363.5     -15.5     198.3
  1788:  39.77093     321.0     362.1     -41.1     198.2
  1789:  39.79039     325.0     359.7     -34.7     198.1
  1790:  39.80985     300.0     356.9     -56.9     197.9
  1791:  39.82931     327.0     353.1     -26.1     197.8
  1792:  39.84876     347.0     347.8      -0.8     197.7
  1793:  39.86822     327.0     341.3     -14.3     197.6
  1794:  39.88768     344.0     333.8      10.2     197.5
  1795:  39.90714     320.0     325.2      -5.2     197.3
  1796:  39.92659     278.0     317.0     -39.0     197.2
  1797:  39.94605     280.0     310.4     -30.4     197.1
  1798:  39.96551     285.0     305.7     -20.7     197.0
  1799:  39.98497     284.0     302.1     -18.1     196.8
  1800:  40.00443     272.0     298.2     -26.2     196.7
  1801:  40.02388     267.0     293.3     -26.3     196.6
  1802:  40.04334     302.0     288.1      13.9     196.5
  1803:  40.06280     274.0     283.7      -9.7     196.4
  1804:  40.08226     249.0     280.3     -31.3     196.2
  1805:  40.10172     304.0     277.7      26.3     196.1
  1806:  40.12117     261.0     275.3     -14.3     196.0
  1807:  40.14063     235.0     273.0     -38.0     195.9
  1808:  40.16009     272.0     271.1       0.9     195.7
  1809:  40.17955     284.0     269.6      14.4     195.6
  1810:  40.19900     249.0     268.8     -19.8     195.5
  1811:  40.21846     250.0     268.6     -18.6     195.4
  1812:  40.23792     295.0     268.8      26.2     195.3
  1813:  40.25737     300.0     269.7      30.3     195.1
  1814:  40.27683     274.0     271.0       3.0     195.0
  1815:  40.29629     277.0     272.7       4.3     194.9
  1816:  40.31575     289.0     274.8      14.2     194.8
  1817:  40.33521     300.0     277.4      22.6     194.7
  1818:  40.35466     294.0     280.8      13.2     194.5
  1819:  40.37412     295.0     285.0      10.0     194.4
  1820:  40.39358     298.0     290.8       7.2     194.3
  1821:  40.41304     298.0     298.0       0.0     194.2
  1822:  40.43250     272.0     306.3     -34.3     194.1
  1823:  40.45195     301.0     313.8     -12.8     193.9
  1824:  40.47141     333.0     318.8      14.2     193.8
  1825:  40.49087     328.0     322.9       5.1     193.7
  1826:  40.51033     319.0     327.7      -8.7     193.6
  1827:  40.52979     360.0     333.8      26.2     193.4
  1828:  40.54924     384.0     342.0      42.0     193.3
  1829:  40.56870     337.0     352.0     -15.0     193.2
  1830:  40.58816     334.0     361.8     -27.8     193.1
  1831:  40.60761     380.0     367.1      12.9     193.0
  1832:  40.62707     371.0     365.7       5.3     192.8
  1833:  40.64653     367.0     361.1       5.9     192.7
  1834:  40.66599     334.0     355.5     -21.5     192.6
  1835:  40.68544     327.0     349.7     -22.7     192.5
  1836:  40.70490     331.0     343.0     -12.0     192.4
  1837:  40.72436     337.0     333.1       3.9     192.2
  1838:  40.74382     306.0     322.8     -16.8     192.1
  1839:  40.76328     340.0     315.2      24.8     192.0
  1840:  40.78273     322.0     311.4      10.6     191.9
  1841:  40.80219     320.0     311.9       8.1     191.8
  1842:  40.82165     320.0     315.4       4.6     191.6
  1843:  40.84111     329.0     319.7       9.3     191.5
  1844:  40.86057     312.0     321.5      -9.5     191.4
  1845:  40.88002     340.0     323.1      16.9     191.3
  1846:  40.89948     315.0     329.2     -14.2     191.2
  1847:  40.91894     305.0     340.5     -35.5     191.1
  1848:  40.93840     354.0     351.3       2.7     190.9
  1849:  40.95785     350.0     353.0      -3.0     190.8
  1850:  40.97731     333.0     345.4     -12.4     190.7
  1851:  40.99677     361.0     335.9      25.1     190.6
  1852:  41.01623     345.0     330.6      14.4     190.5
  1853:  41.03568     372.0     330.1      41.9     190.3
  1854:  41.05514     323.0     331.1      -8.1     190.2
  1855:  41.07460     325.0     331.2      -6.2     190.1
  1856:  41.09406     328.0     331.1      -3.1     190.0
  1857:  41.11351     334.0     332.0       2.0     189.9
  1858:  41.13297     292.0     334.2     -42.2     189.7
  1859:  41.15243     338.0     337.3       0.7     189.6
  1860:  41.17189     330.0     341.3     -11.3     189.5
  1861:  41.19135     339.0     346.0      -7.0     189.4
  1862:  41.21080     336.0     351.5     -15.5     189.3
  1863:  41.23026     352.0     357.3      -5.3     189.2
  1864:  41.24972     368.0     360.7       7.3     189.0
  1865:  41.26918     377.0     359.5      17.5     188.9
  1866:  41.28864     329.0     355.5     -26.5     188.8
  1867:  41.30809     358.0     351.6       6.4     188.7
  1868:  41.32755     393.0     349.0      44.0     188.6
  1869:  41.34701     358.0     347.3      10.7     188.5
  1870:  41.36647     351.0     344.8       6.2     188.3
  1871:  41.38592     364.0     341.5      22.5     188.2
  1872:  41.40538     374.0     337.8      36.2     188.1
  1873:  41.42484     355.0     334.2      20.8     188.0
  1874:  41.44430     307.0     330.8     -23.8     187.9
  1875:  41.46375     360.0     328.1      31.9     187.8
  1876:  41.48321     316.0     326.3     -10.3     187.6
  1877:  41.50267     314.0     325.5     -11.5     187.5
  1878:  41.52213     303.0     325.7     -22.7     187.4
  1879:  41.54158     293.0     327.8     -34.8     187.3
  1880:  41.56104     315.0     334.4     -19.4     187.2
  1881:  41.58050     341.0     347.9      -6.9     187.1
  1882:  41.59996     363.0     369.9      -6.9     186.9
  1883:  41.61942     441.0     397.4      43.6     186.8
  1884:  41.63887     429.0     414.6      14.4     186.7
  1885:  41.65833     354.0     401.4     -47.4     186.6
  1886:  41.67779     349.0     371.2     -22.2     186.5
  1887:  41.69725     338.0     346.4      -8.4     186.4
  1888:  41.71671     327.0     335.1      -8.1     186.3
  1889:  41.73616     375.0     333.6      41.4     186.1
  1890:  41.75562     351.0     329.9      21.1     186.0
  1891:  41.77508     304.0     318.8     -14.8     185.9
  1892:  41.79454     312.0     309.2       2.8     185.8
  1893:  41.81399     304.0     305.8      -1.8     185.7
  1894:  41.83345     294.0     304.5     -10.5     185.6
  1895:  41.85291     305.0     299.7       5.3     185.5
  1896:  41.87236     286.0     292.5      -6.5     185.3
  1897:  41.89182     318.0     288.4      29.6     185.2
  1898:  41.91128     295.0     291.9       3.1     185.1
  1899:  41.93074     314.0     303.5      10.5     185.0
  1900:  41.95020     302.0     317.9     -15.9     184.9
  1901:  41.96965     342.0     327.8      14.2     184.8
  1902:  41.98911     269.0     329.3     -60.3     184.7
  1903:  42.00857     347.0     324.1      22.9     184.5
  1904:  42.02803     370.0     318.2      51.8     184.4
  1905:  42.04749     319.0     315.5       3.5     184.3
  1906:  42.06694     319.0     314.9       4.1     184.2
  1907:  42.08640     303.0     312.1      -9.1     184.1
  1908:  42.10586     278.0     305.5     -27.5     184.0
  1909:  42.12532     297.0     299.9      -2.9     183.9
  1910:  42.14478     312.0     300.9      11.1     183.8
  1911:  42.16423     317.0     312.6       4.4     183.6
  1912:  42.18369     343.0     335.0       8.0     183.5
  1913:  42.20315     373.0     362.6      10.4     183.4
  1914:  42.22260     407.0     388.9      18.1     183.3
  1915:  42.24206     420.0     407.2      12.8     183.2
  1916:  42.26152     362.0     410.4     -48.4     183.1
  1917:  42.28098     446.0     410.9      35.1     183.0
  1918:  42.30043     423.0     425.5      -2.5     182.9
  1919:  42.31989     449.0     463.8     -14.8     182.8
  1920:  42.33935     599.0     521.2      77.8     182.6
  1921:  42.35881     559.0     573.3     -14.3     182.5
  1922:  42.37827     561.0     589.6     -28.6     182.4
  1923:  42.39772     548.0     571.5     -23.5     182.3
  1924:  42.41718     571.0     541.8      29.2     182.2
  1925:  42.43664     468.0     516.8     -48.8     182.1
  1926:  42.45610     471.0     496.7     -25.7     182.0
  1927:  42.47556     476.0     474.4       1.6     181.9
  1928:  42.49501     485.0     443.3      41.7     181.8
  1929:  42.51447     444.0     407.6      36.4     181.7
  1930:  42.53393     411.0     375.7      35.3     181.5
  1931:  42.55339     346.0     352.1      -6.1     181.4
  1932:  42.57284     356.0     337.1      18.9     181.3
  1933:  42.59230     340.0     330.1       9.9     181.2
  1934:  42.61176     335.0     326.3       8.7     181.1
  1935:  42.63122     317.0     317.2      -0.2     181.0
  1936:  42.65067     289.0     303.1     -14.1     180.9
  1937:  42.67013     308.0     289.3      18.7     180.8
  1938:  42.68959     256.0     280.2     -24.2     180.7
  1939:  42.70905     289.0     276.9      12.1     180.6
  1940:  42.72850     288.0     276.9      11.1     180.5
  1941:  42.74796     301.0     277.2      23.8     180.4
  1942:  42.76742     252.0     280.8     -28.8     180.3
  1943:  42.78688     266.0     292.4     -26.4     180.1
  1944:  42.80634     297.0     315.9     -18.9     180.0
  1945:  42.82579     372.0     350.4      21.6     179.9
  1946:  42.84525     403.0     386.8      16.2     179.8
  1947:  42.86471     405.0     408.1      -3.1     179.7
  1948:  42.88417     438.0     406.7      31.3     179.6
  1949:  42.90363     412.0     394.7      17.3     179.5
  1950:  42.92308     368.0     384.2     -16.2     179.4
  1951:  42.94254     389.0     381.8       7.2     179.3
  1952:  42.96200     366.0     384.2     -18.2     179.2
  1953:  42.98146     367.0     380.7     -13.7     179.1
  1954:  43.00091     372.0     365.2       6.8     179.0
  1955:  43.02037     322.0     342.1     -20.1     178.9
  1956:  43.03983     317.0     318.1      -1.1     178.8
  1957:  43.05929     296.0     298.4      -2.4     178.7
  1958:  43.07874     267.0     284.9     -17.9     178.6
  1959:  43.09820     294.0     277.3      16.7     178.5
  1960:  43.11766     274.0     273.9       0.1     178.3
  1961:  43.13712     297.0     275.5      21.5     178.2
  1962:  43.15657     273.0     282.0      -9.0     178.1
  1963:  43.17603     319.0     290.7      28.3     178.0
  1964:  43.19549     259.0     295.0     -36.0     177.9
  1965:  43.21495     284.0     291.3      -7.3     177.8
  1966:  43.23441     288.0     283.5       4.5     177.7
  1967:  43.25386     275.0     276.0      -1.0     177.6
  1968:  43.27332     275.0     271.1       3.9     177.5
  1969:  43.29278     262.0     267.8      -5.8     177.4
  1970:  43.31224     277.0     263.2      13.8     177.3
  1971:  43.33170     267.0     256.2      10.8     177.2
  1972:  43.35115     253.0     248.3       4.7     177.1
  1973:  43.37061     252.0     240.9      11.1     177.0
  1974:  43.39007     289.0     234.9      54.1     176.9
  1975:  43.40953     251.0     230.5      20.5     176.8
  1976:  43.42898     262.0     227.6      34.4     176.7
  1977:  43.44844     224.0     226.1      -2.1     176.6
  1978:  43.46790     265.0     225.7      39.3     176.5
  1979:  43.48735     220.0     226.2      -6.2     176.4
  1980:  43.50681     224.0     227.3      -3.3     176.3
  1981:  43.52627     244.0     229.1      14.9     176.2
  1982:  43.54573     225.0     231.4      -6.4     176.1
  1983:  43.56519     244.0     234.1       9.9     176.0
  1984:  43.58464     232.0     237.3      -5.3     175.9
  1985:  43.60410     227.0     241.1     -14.1     175.8
  1986:  43.62356     248.0     244.9       3.1     175.7
  1987:  43.64302     253.0     248.6       4.4     175.6
  1988:  43.66248     249.0     251.6      -2.6     175.5
  1989:  43.68193     232.0     253.8     -21.8     175.4
  1990:  43.70139     253.0     254.9      -1.9     175.3
  1991:  43.72085     270.0     255.5      14.5     175.2
  1992:  43.74031     235.0     256.1     -21.1     175.1
  1993:  43.75977     263.0     256.3       6.7     175.0
  1994:  43.77922     267.0     256.3      10.7     174.9
  1995:  43.79868     272.0     255.7      16.3     174.8
  1996:  43.81814     227.0     254.8     -27.8     174.7
  1997:  43.83759     267.0     253.9      13.1     174.6
  1998:  43.85705     250.0     252.8      -2.8     174.5
  1999:  43.87651     251.0     251.8      -0.8     174.4
  2000:  43.89597     236.0     251.0     -15.0     174.3
  2001:  43.91542     245.0     250.3      -5.3     174.2
  2002:  43.93488     220.0     249.6     -29.6     174.1
  2003:  43.95434     241.0     249.1      -8.1     174.0
  2004:  43.97380     263.0     248.5      14.5     173.9
  2005:  43.99326     236.0     247.7     -11.7     173.8
  2006:  44.01271     268.0     247.0      21.0     173.8
  2007:  44.03217     254.0     246.3       7.7     173.7
  2008:  44.05163     253.0     245.6       7.4     173.6
  2009:  44.07109     232.0     245.4     -13.4     173.5
  2010:  44.09055     250.0     246.0       4.0     173.4
  2011:  44.11000     258.0     248.3       9.7     173.3
  2012:  44.12946     256.0     252.7       3.3     173.2
  2013:  44.14892     271.0     259.5      11.5     173.1
  2014:  44.16838     247.0     267.9     -20.9     173.0
  2015:  44.18783     251.0     274.9     -23.9     172.9
  2016:  44.20729     250.0     276.7     -26.7     172.8
  2017:  44.22675     260.0     273.9     -13.9     172.7
  2018:  44.24621     305.0     269.3      35.7     172.6
  2019:  44.26566     296.0     265.2      30.8     172.5
  2020:  44.28512     294.0     263.4      30.6     172.4
  2021:  44.30458     284.0     264.8      19.2     172.3
  2022:  44.32404     294.0     270.3      23.7     172.3
  2023:  44.34349     287.0     280.6       6.4     172.2
  2024:  44.36295     294.0     290.1       3.9     172.1
  2025:  44.38241     305.0     295.7       9.3     172.0
  2026:  44.40187     303.0     303.1      -0.1     171.9
  2027:  44.42133     316.0     313.5       2.5     171.8
  2028:  44.44078     337.0     322.7      14.3     171.7
  2029:  44.46024     309.0     326.3     -17.3     171.6
  2030:  44.47970     322.0     323.3      -1.3     171.5
  2031:  44.49916     303.0     315.1     -12.1     171.4
  2032:  44.51862     302.0     306.7      -4.7     171.3
  2033:  44.53807     309.0     300.1       8.9     171.3
  2034:  44.55753     313.0     294.1      18.9     171.2
  2035:  44.57699     352.0     286.7      65.3     171.1
  2036:  44.59645     288.0     279.2       8.8     171.0
  2037:  44.61590     306.0     272.6      33.4     170.9
  2038:  44.63536     271.0     268.3       2.7     170.8
  2039:  44.65482     279.0     269.3       9.7     170.7
  2040:  44.67427     296.0     277.5      18.5     170.6
  2041:  44.69373     350.0     291.8      58.2     170.5
  2042:  44.71319     331.0     308.0      23.0     170.5
  2043:  44.73265     392.0     327.7      64.3     170.4
  2044:  44.75211     367.0     353.0      14.0     170.3
  2045:  44.77156     399.0     381.1      17.9     170.2
  2046:  44.79102     426.0     405.1      20.9     170.1
  2047:  44.81048     442.0     414.4      27.6     170.0
  2048:  44.82994     447.0     409.3      37.7     169.9
  2049:  44.84940     432.0     398.8      33.2     169.9
  2050:  44.86885     418.0     389.9      28.1     169.8
  2051:  44.88831     412.0     384.9      27.1     169.7
  2052:  44.90777     414.0     384.1      29.9     169.6
  2053:  44.92723     404.0     385.0      19.0     169.5
  2054:  44.94669     417.0     389.1      27.9     169.4
  2055:  44.96614     401.0     397.3       3.7     169.3
  2056:  44.98560     384.0     404.5     -20.5     169.3
  2057:  45.00506     408.0     403.4       4.6     169.2
  2058:  45.02452     368.0     397.4     -29.4     169.1
  2059:  45.04397     402.0     392.0      10.0     169.0
  2060:  45.06343     378.0     390.1     -12.1     168.9
  2061:  45.08289     372.0     392.0     -20.0     168.8
  2062:  45.10234     380.0     394.8     -14.8     168.8
  2063:  45.12180     381.0     396.4     -15.4     168.7
  2064:  45.14126     372.0     397.3     -25.3     168.6
  2065:  45.16072     352.0     397.2     -45.2     168.5
  2066:  45.18018     406.0     392.3      13.7     168.4
  2067:  45.19963     348.0     379.6     -31.6     168.3
  2068:  45.21909     329.0     362.3     -33.3     168.3
  2069:  45.23855     327.0     345.4     -18.4     168.2
  2070:  45.25801     329.0     332.1      -3.1     168.1
  2071:  45.27747     329.0     322.9       6.1     168.0
  2072:  45.29692     315.0     316.1      -1.1     167.9
  2073:  45.31638     302.0     309.2      -7.2     167.9
  2074:  45.33584     291.0     302.9     -11.9     167.8
  2075:  45.35530     293.0     297.7      -4.7     167.7
  2076:  45.37476     284.0     293.3      -9.3     167.6
  2077:  45.39421     307.0     289.6      17.4     167.5
  2078:  45.41367     269.0     287.4     -18.4     167.5
  2079:  45.43313     303.0     286.4      16.6     167.4
  2080:  45.45258     272.0     285.6     -13.6     167.3
  2081:  45.47204     281.0     283.7      -2.7     167.2
  2082:  45.49150     302.0     280.3      21.7     167.1
  2083:  45.51096     250.0     276.3     -26.3     167.1
  2084:  45.53041     263.0     272.6      -9.6     167.0
  2085:  45.54987     294.0     270.4      23.6     166.9
  2086:  45.56933     259.0     270.4     -11.4     166.8
  2087:  45.58879     262.0     272.8     -10.8     166.8
  2088:  45.60825     250.0     276.7     -26.7     166.7
  2089:  45.62770     273.0     280.8      -7.8     166.6
  2090:  45.64716     292.0     284.2       7.8     166.5
  2091:  45.66662     282.0     285.1      -3.1     166.5
  2092:  45.68608     281.0     280.7       0.3     166.4
  2093:  45.70554     266.0     273.0      -7.0     166.3
  2094:  45.72499     252.0     265.1     -13.1     166.2
  2095:  45.74445     276.0     258.8      17.2     166.2
  2096:  45.76391     250.0     254.0      -4.0     166.1
  2097:  45.78337     252.0     250.2       1.8     166.0
  2098:  45.80282     250.0     244.8       5.2     165.9
  2099:  45.82228     236.0     238.2      -2.2     165.9
  2100:  45.84174     251.0     232.2      18.8     165.8
  2101:  45.86120     259.0     228.1      30.9     165.7
  2102:  45.88065     230.0     226.8       3.2     165.6
  2103:  45.90011     242.0     229.5      12.5     165.6
  2104:  45.91957     239.0     236.7       2.3     165.5
  2105:  45.93903     281.0     248.2      32.8     165.4
  2106:  45.95848     267.0     262.2       4.8     165.3
  2107:  45.97794     305.0     274.4      30.6     165.3
  2108:  45.99740     255.0     278.9     -23.9     165.2
  2109:  46.01686     288.0     275.6      12.4     165.1
  2110:  46.03632     262.0     268.6      -6.6     165.1
  2111:  46.05577     259.0     261.8      -2.8     165.0
  2112:  46.07523     242.0     257.4     -15.4     164.9
  2113:  46.09469     263.0     255.3       7.7     164.9
  2114:  46.11415     251.0     252.4      -1.4     164.8
  2115:  46.13361     238.0     246.7      -8.7     164.7
  2116:  46.15306     229.0     238.0      -9.0     164.6
  2117:  46.17252     251.0     227.7      23.3     164.6
  2118:  46.19198     221.0     217.8       3.2     164.5
  2119:  46.21144     196.0     209.5     -13.5     164.4
  2120:  46.23089     181.0     203.1     -22.1     164.4
  2121:  46.25035     198.0     198.4      -0.4     164.3
  2122:  46.26981     199.0     194.8       4.2     164.2
  2123:  46.28926     216.0     191.5      24.5     164.2
  2124:  46.30872     203.0     188.5      14.5     164.1
  2125:  46.32818     196.0     185.9      10.1     164.0
  2126:  46.34764     186.0     183.9       2.1     164.0
  2127:  46.36710     179.0     182.5      -3.5     163.9
  2128:  46.38655     191.0     181.6       9.4     163.8
  2129:  46.40601     210.0     181.0      29.0     163.8
  2130:  46.42547     191.0     181.2       9.8     163.7
  2131:  46.44493     196.0     182.7      13.3     163.6
  2132:  46.46439     188.0     185.6       2.4     163.6
  2133:  46.48384     191.0     189.7       1.3     163.5
  2134:  46.50330     184.0     194.9     -10.9     163.4
  2135:  46.52276     216.0     200.5      15.5     163.4
  2136:  46.54222     219.0     205.8      13.2     163.3
  2137:  46.56168     231.0     211.5      19.5     163.3
  2138:  46.58113     209.0     219.0     -10.0     163.2
  2139:  46.60059     241.0     228.3      12.7     163.1
  2140:  46.62005     230.0     237.3      -7.3     163.1
  2141:  46.63950     195.0     241.9     -46.9     163.0
  2142:  46.65896     218.0     241.2     -23.2     162.9
  2143:  46.67842     277.0     237.4      39.6     162.9
  2144:  46.69788     211.0     231.9     -20.9     162.8
  2145:  46.71733     221.0     227.2      -6.2     162.8
  2146:  46.73679     224.0     223.9       0.1     162.7
  2147:  46.75625     254.0     220.8      33.2     162.6
  2148:  46.77571     250.0     216.9      33.1     162.6
  2149:  46.79517     242.0     212.7      29.3     162.5
  2150:  46.81462     220.0     208.5      11.5     162.5
  2151:  46.83408     219.0     204.8      14.2     162.4
  2152:  46.85354     253.0     202.3      50.7     162.3
  2153:  46.87300     233.0     201.8      31.2     162.3
  2154:  46.89246     216.0     204.3      11.7     162.2
  2155:  46.91191     226.0     210.1      15.9     162.2
  2156:  46.93137     222.0     218.4       3.6     162.1
  2157:  46.95083     236.0     226.5       9.5     162.0
  2158:  46.97029     215.0     230.7     -15.7     162.0
  2159:  46.98974     242.0     231.0      11.0     161.9
  2160:  47.00920     258.0     229.7      28.3     161.9
  2161:  47.02866     225.0     229.6      -4.6     161.8
  2162:  47.04812     250.0     232.3      17.7     161.8
  2163:  47.06757     257.0     237.8      19.2     161.7
  2164:  47.08703     232.0     244.5     -12.5     161.6
  2165:  47.10649     196.0     250.6     -54.6     161.6
  2166:  47.12595     275.0     255.7      19.3     161.5
  2167:  47.14540     225.0     261.5     -36.5     161.5
  2168:  47.16486     251.0     268.8     -17.8     161.4
  2169:  47.18432     274.0     275.8      -1.8     161.4
  2170:  47.20378     242.0     279.6     -37.6     161.3
  2171:  47.22324     270.0     278.7      -8.7     161.3
  2172:  47.24269     245.0     275.1     -30.1     161.2
  2173:  47.26215     272.0     270.9       1.1     161.2
  2174:  47.28161     250.0     267.9     -17.9     161.1
  2175:  47.30107     238.0     266.4     -28.4     161.1
  2176:  47.32053     273.0     265.0       8.0     161.0
  2177:  47.33998     244.0     262.1     -18.1     160.9
  2178:  47.35944     257.0     258.3      -1.3     160.9
  2179:  47.37890     233.0     254.1     -21.1     160.8
  2180:  47.39836     233.0     249.8     -16.8     160.8
  2181:  47.41781     257.0     246.0      11.0     160.7
  2182:  47.43727     248.0     242.9       5.1     160.7
  2183:  47.45673     269.0     240.6      28.4     160.6
  2184:  47.47619     228.0     239.0     -11.0     160.6
  2185:  47.49564     239.0     237.9       1.1     160.5
  2186:  47.51510     264.0     237.1      26.9     160.5
  2187:  47.53456     252.0     236.5      15.5     160.4
  2188:  47.55402     268.0     235.6      32.4     160.4
  2189:  47.57347     235.0     234.0       1.0     160.3
  2190:  47.59293     282.0     232.1      49.9     160.3
  2191:  47.61239     241.0     230.1      10.9     160.3
  2192:  47.63185     272.0     228.4      43.6     160.2
  2193:  47.65131     236.0     226.9       9.1     160.2
  2194:  47.67076     264.0     225.7      38.3     160.1
  2195:  47.69022     242.0     224.7      17.3     160.1
  2196:  47.70968     205.0     224.3     -19.3     160.0
  2197:  47.72914     227.0     224.5       2.5     160.0
  2198:  47.74860     245.0     224.6      20.4     159.9
  2199:  47.76805     211.0     225.3     -14.3     159.9
  2200:  47.78751     192.0     227.2     -35.2     159.8
  2201:  47.80697     242.0     229.8      12.2     159.8
  2202:  47.82643     225.0     231.3      -6.3     159.7
  2203:  47.84588     263.0     230.4      32.6     159.7
  2204:  47.86534     231.0     228.1       2.9     159.7
  2205:  47.88480     221.0     225.4      -4.4     159.6
  2206:  47.90425     248.0     223.5      24.5     159.6
  2207:  47.92371     245.0     223.0      22.0     159.5
  2208:  47.94317     219.0     222.7      -3.7     159.5
  2209:  47.96263     217.0     221.3      -4.3     159.4
  2210:  47.98209     202.0     218.8     -16.8     159.4
  2211:  48.00154     237.0     216.0      21.0     159.4
  2212:  48.02100     221.0     213.3       7.7     159.3
  2213:  48.04046     233.0     211.2      21.8     159.3
  2214:  48.05992     191.0     209.9     -18.9     159.2
  2215:  48.07938     233.0     209.7      23.3     159.2
  2216:  48.09883     191.0     210.7     -19.7     159.1
  2217:  48.11829     241.0     212.0      29.0     159.1
  2218:  48.13775     214.0     211.9       2.1     159.1
  2219:  48.15721     219.0     210.9       8.1     159.0
  2220:  48.17667     211.0     210.2       0.8     159.0
  2221:  48.19612     219.0     210.7       8.3     158.9
  2222:  48.21558     201.0     212.8     -11.8     158.9
  2223:  48.23504     229.0     216.5      12.5     158.9
  2224:  48.25449     229.0     221.2       7.8     158.8
  2225:  48.27395     226.0     226.7      -0.7     158.8
  2226:  48.29341     224.0     234.0     -10.0     158.8
  2227:  48.31287     245.0     243.3       1.7     158.7
  2228:  48.33232     227.0     254.7     -27.7     158.7
  2229:  48.35178     276.0     266.7       9.3     158.6
  2230:  48.37124     304.0     276.0      28.0     158.6
  2231:  48.39070     271.0     282.1     -11.1     158.6
  2232:  48.41016     276.0     284.9      -8.9     158.5
  2233:  48.42962     253.0     284.2     -31.2     158.5
  2234:  48.44907     245.0     282.1     -37.1     158.5
  2235:  48.46853     268.0     280.0     -12.0     158.4
  2236:  48.48799     257.0     278.1     -21.1     158.4
  2237:  48.50745     268.0     276.6      -8.6     158.4
  2238:  48.52691     285.0     276.0       9.0     158.3
  2239:  48.54636     267.0     276.6      -9.6     158.3
  2240:  48.56582     259.0     277.7     -18.7     158.3
  2241:  48.58528     298.0     276.5      21.5     158.2
  2242:  48.60473     276.0     272.0       4.0     158.2
  2243:  48.62419     276.0     265.9      10.1     158.2
  2244:  48.64365     278.0     260.1      17.9     158.1
  2245:  48.66311     294.0     255.9      38.1     158.1
  2246:  48.68256     271.0     253.7      17.3     158.1
  2247:  48.70202     275.0     252.6      22.4     158.0
  2248:  48.72148     246.0     250.6      -4.6     158.0
  2249:  48.74094     264.0     247.4      16.6     158.0
  2250:  48.76040     240.0     243.5      -3.5     157.9
  2251:  48.77985     214.0     239.4     -25.4     157.9
  2252:  48.79931     231.0     235.5      -4.5     157.9
  2253:  48.81877     214.0     231.9     -17.9     157.9
  2254:  48.83823     213.0     228.8     -15.8     157.8
  2255:  48.85769     231.0     226.4       4.6     157.8
  2256:  48.87714     247.0     224.8      22.2     157.8
  2257:  48.89660     218.0     224.0      -6.0     157.7
  2258:  48.91606     208.0     223.4     -15.4     157.7
  2259:  48.93552     213.0     223.0     -10.0     157.7
  2260:  48.95497     223.0     223.6      -0.6     157.7
  2261:  48.97443     241.0     225.2      15.8     157.6
  2262:  48.99389     217.0     227.5     -10.5     157.6
  2263:  49.01335     254.0     230.0      24.0     157.6
  2264:  49.03280     254.0     232.6      21.4     157.6
  2265:  49.05226     238.0     236.5       1.5     157.5
  2266:  49.07172     228.0     241.1     -13.1     157.5
  2267:  49.09118     243.0     243.8      -0.8     157.5
  2268:  49.11063     233.0     241.8      -8.8     157.5
  2269:  49.13009     211.0     236.9     -25.9     157.4
  2270:  49.14955     218.0     231.5     -13.5     157.4
  2271:  49.16901     236.0     227.9       8.1     157.4
  2272:  49.18847     266.0     227.3      38.7     157.4
  2273:  49.20792     240.0     229.7      10.3     157.3
  2274:  49.22738     276.0     233.8      42.2     157.3
  2275:  49.24684     276.0     238.6      37.4     157.3
  2276:  49.26630     288.0     244.9      43.1     157.3
  2277:  49.28576     234.0     252.1     -18.1     157.2
  2278:  49.30521     252.0     257.4      -5.4     157.2
  2279:  49.32467     253.0     257.3      -4.3     157.2
  2280:  49.34413     240.0     253.7     -13.7     157.2
  2281:  49.36359     239.0     248.5      -9.5     157.2
  2282:  49.38304     280.0     244.0      36.0     157.1
  2283:  49.40250     261.0     240.9      20.1     157.1
  2284:  49.42196     239.0     239.4      -0.4     157.1
  2285:  49.44142     215.0     238.2     -23.2     157.1
  2286:  49.46087     245.0     236.3       8.7     157.1
  2287:  49.48033     231.0     234.8      -3.8     157.0
  2288:  49.49979     234.0     234.1      -0.1     157.0
  2289:  49.51925     249.0     234.5      14.5     157.0
  2290:  49.53870     228.0     236.4      -8.4     157.0
  2291:  49.55816     271.0     242.5      28.5     157.0
  2292:  49.57762     265.0     255.5       9.5     157.0
  2293:  49.59708     275.0     277.3      -2.3     156.9
  2294:  49.61654     301.0     307.0      -6.0     156.9
  2295:  49.63599     322.0     340.8     -18.8     156.9
  2296:  49.65545     331.0     371.6     -40.6     156.9
  2297:  49.67491     439.0     390.8      48.2     156.9
  2298:  49.69437     394.0     396.6      -2.6     156.9
  2299:  49.71383     443.0     390.9      52.1     156.8
  2300:  49.73328     381.0     381.0       0.0     156.8
  2301:  49.75274     335.0     370.7     -35.7     156.8
  2302:  49.77220     323.0     361.6     -38.6     156.8
  2303:  49.79166     343.0     352.8      -9.8     156.8
  2304:  49.81111     358.0     341.1      16.9     156.8
  2305:  49.83057     355.0     326.0      29.0     156.8
  2306:  49.85003     341.0     308.4      32.6     156.7
  2307:  49.86948     302.0     291.7      10.3     156.7
  2308:  49.88894     299.0     278.1      20.9     156.7
  2309:  49.90840     269.0     269.4      -0.4     156.7
  2310:  49.92786     252.0     265.1     -13.1     156.7
  2311:  49.94732     285.0     263.5      21.5     156.7
  2312:  49.96677     266.0     261.9       4.1     156.7
  2313:  49.98623     257.0     258.1      -1.1     156.7
  2314:  50.00569     286.0     253.9      32.1     156.7
  2315:  50.02515     230.0     252.0     -22.0     156.6
  2316:  50.04461     241.0     254.2     -13.2     156.6
  2317:  50.06406     276.0     261.7      14.3     156.6
  2318:  50.08352     250.0     273.3     -23.3     156.6
  2319:  50.10298     245.0     285.6     -40.6     156.6
  2320:  50.12244     280.0     293.4     -13.4     156.6
  2321:  50.14190     289.0     294.5      -5.5     156.6
  2322:  50.16135     325.0     289.7      35.3     156.6
  2323:  50.18081     324.0     282.9      41.1     156.6
  2324:  50.20027     290.0     276.9      13.1     156.6
  2325:  50.21972     270.0     273.3      -3.3     156.6
  2326:  50.23918     258.0     272.0     -14.0     156.5
  2327:  50.25864     258.0     271.2     -13.2     156.5
  2328:  50.27810     247.0     269.0     -22.0     156.5
  2329:  50.29755     290.0     264.7      25.3     156.5
  2330:  50.31701     290.0     259.4      30.6     156.5
  2331:  50.33647     252.0     253.7      -1.7     156.5
  2332:  50.35593     236.0     248.0     -12.0     156.5
  2333:  50.37539     242.0     242.3      -0.3     156.5
  2334:  50.39484     237.0     236.8       0.2     156.5
  2335:  50.41430     237.0     231.8       5.2     156.5
  2336:  50.43376     221.0     227.3      -6.3     156.5
  2337:  50.45322     246.0     223.5      22.5     156.5
  2338:  50.47268     228.0     220.0       8.0     156.5
  2339:  50.49213     205.0     216.5     -11.5     156.5
  2340:  50.51159     198.0     212.7     -14.7     156.5
  2341:  50.53105     181.0     209.1     -28.1     156.5
  2342:  50.55051     207.0     205.7       1.3     156.5
  2343:  50.56996     202.0     203.1      -1.1     156.5
  2344:  50.58942     196.0     201.6      -5.6     156.5
  2345:  50.60888     228.0     201.4      26.6     156.5
  2346:  50.62834     204.0     203.5       0.5     156.5
  2347:  50.64779     205.0     208.9      -3.9     156.5
  2348:  50.66725     238.0     219.2      18.8     156.5
  2349:  50.68671     244.0     234.4       9.6     156.5
  2350:  50.70617     254.0     252.8       1.2     156.5
  2351:  50.72562     246.0     270.4     -24.4     156.5
  2352:  50.74508     317.0     281.7      35.3     156.5
  2353:  50.76454     307.0     284.5      22.5     156.5
  2354:  50.78400     294.0     280.7      13.3     156.5
  2355:  50.80346     264.0     274.3     -10.3     156.5
  2356:  50.82291     249.0     267.7     -18.7     156.5
  2357:  50.84237     267.0     262.0       5.0     156.5
  2358:  50.86183     251.0     256.7      -5.7     156.5
  2359:  50.88129     250.0     250.3      -0.3     156.5
  2360:  50.90075     222.0     241.8     -19.8     156.5
  2361:  50.92020     249.0     231.7      17.3     156.5
  2362:  50.93966     189.0     221.3     -32.3     156.5
  2363:  50.95912     228.0     211.2      16.8     156.5
  2364:  50.97858     209.0     201.9       7.1     156.5
  2365:  50.99803     202.0     194.1       7.9     156.5
  2366:  51.01749     189.0     187.8       1.2     156.5
  2367:  51.03695     207.0     183.1      23.9     156.5
  2368:  51.05641     189.0     179.9       9.1     156.5
  2369:  51.07586     173.0     177.8      -4.8     156.5
  2370:  51.09532     183.0     176.8       6.2     156.5
  2371:  51.11478     206.0     176.4      29.6     156.5
  2372:  51.13424     193.0     176.8      16.2     156.5
  2373:  51.15369     195.0     178.3      16.7     156.5
  2374:  51.17315     210.0     181.4      28.6     156.6
  2375:  51.19261     207.0     186.8      20.2     156.6
  2376:  51.21207     196.0     195.2       0.8     156.6
  2377:  51.23153     210.0     206.7       3.3     156.6
  2378:  51.25098     241.0     219.8      21.2     156.6
  2379:  51.27044     224.0     231.7      -7.7     156.6
  2380:  51.28990     217.0     239.6     -22.6     156.6
  2381:  51.30936     241.0     242.1      -1.1     156.6
  2382:  51.32882     235.0     242.6      -7.6     156.6
  2383:  51.34827     249.0     244.0       5.0     156.6
  2384:  51.36773     260.0     248.6      11.4     156.6
  2385:  51.38719     265.0     257.2       7.8     156.6
  2386:  51.40665     277.0     269.2       7.8     156.7
  2387:  51.42610     274.0     282.1      -8.1     156.7
  2388:  51.44556     275.0     292.8     -17.8     156.7
  2389:  51.46502     302.0     302.8      -0.8     156.7
  2390:  51.48447     342.0     313.0      29.0     156.7
  2391:  51.50393     345.0     320.9      24.1     156.7
  2392:  51.52339     328.0     321.2       6.8     156.7
  2393:  51.54285     347.0     313.5      33.5     156.7
  2394:  51.56231     296.0     302.5      -6.5     156.8
  2395:  51.58176     301.0     289.7      11.3     156.8
  2396:  51.60122     244.0     277.7     -33.7     156.8
  2397:  51.62068     276.0     268.0       8.0     156.8
  2398:  51.64014     252.0     259.8      -7.8     156.8
  2399:  51.65960     223.0     250.5     -27.5     156.8
  2400:  51.67905     224.0     239.4     -15.4     156.8
  2401:  51.69851     230.0     228.5       1.5     156.8
  2402:  51.71797     219.0     218.4       0.6     156.9
  2403:  51.73743     204.0     209.9      -5.9     156.9
  2404:  51.75689     207.0     203.7       3.3     156.9
  2405:  51.77634     196.0     199.8      -3.8     156.9
  2406:  51.79580     201.0     198.0       3.0     156.9
  2407:  51.81526     214.0     198.0      16.0     156.9
  2408:  51.83471     212.0     199.4      12.6     157.0
  2409:  51.85417     190.0     201.1     -11.1     157.0
  2410:  51.87363     201.0     202.0      -1.0     157.0
  2411:  51.89309     215.0     202.3      12.7     157.0
  2412:  51.91254     197.0     202.9      -5.9     157.0
  2413:  51.93200     200.0     204.1      -4.1     157.0
  2414:  51.95146     208.0     206.1       1.9     157.1
  2415:  51.97092     205.0     208.0      -3.0     157.1
  2416:  51.99038     184.0     207.8     -23.8     157.1
  2417:  52.00983     226.0     206.0      20.0     157.1
  2418:  52.02929     203.0     204.0      -1.0     157.1
  2419:  52.04875     228.0     203.5      24.5     157.2
  2420:  52.06821     231.0     206.2      24.8     157.2
  2421:  52.08767     223.0     213.5       9.5     157.2
  2422:  52.10712     240.0     226.3      13.7     157.2
  2423:  52.12658     242.0     245.3      -3.3     157.2
  2424:  52.14604     293.0     271.2      21.8     157.3
  2425:  52.16550     294.0     302.8      -8.8     157.3
  2426:  52.18495     319.0     337.1     -18.1     157.3
  2427:  52.20441     336.0     369.1     -33.1     157.3
  2428:  52.22387     392.0     391.3       0.7     157.3
  2429:  52.24333     456.0     404.1      51.9     157.4
  2430:  52.26278     443.0     414.1      28.9     157.4
  2431:  52.28224     378.0     423.2     -45.2     157.4
  2432:  52.30170     426.0     430.1      -4.1     157.4
  2433:  52.32116     444.0     429.4      14.6     157.5
  2434:  52.34061     445.0     420.7      24.3     157.5
  2435:  52.36007     442.0     404.9      37.1     157.5
  2436:  52.37953     381.0     383.9      -2.9     157.5
  2437:  52.39899     371.0     363.4       7.6     157.5
  2438:  52.41845     329.0     344.9     -15.9     157.6
  2439:  52.43790     323.0     328.7      -5.7     157.6
  2440:  52.45736     336.0     313.0      23.0     157.6
  2441:  52.47682     280.0     297.5     -17.5     157.6
  2442:  52.49628     249.0     284.1     -35.1     157.7
  2443:  52.51574     288.0     273.3      14.7     157.7
  2444:  52.53519     276.0     264.9      11.1     157.7
  2445:  52.55465     269.0     257.4      11.6     157.7
  2446:  52.57411     250.0     249.5       0.5     157.8
  2447:  52.59357     247.0     242.4       4.6     157.8
  2448:  52.61302     229.0     236.8      -7.8     157.8
  2449:  52.63248     244.0     233.0      11.0     157.9
  2450:  52.65194     235.0     231.3       3.7     157.9
  2451:  52.67140     244.0     231.1      12.9     157.9
  2452:  52.69085     206.0     231.5     -25.5     157.9
  2453:  52.71031     253.0     230.4      22.6     158.0
  2454:  52.72977     219.0     227.8      -8.8     158.0
  2455:  52.74923     232.0     224.5       7.5     158.0
  2456:  52.76868     233.0     221.6      11.4     158.1
  2457:  52.78814     254.0     219.4      34.6     158.1
  2458:  52.80760     198.0     218.8     -20.8     158.1
  2459:  52.82706     227.0     220.1       6.9     158.1
  2460:  52.84652     222.0     223.2      -1.2     158.2
  2461:  52.86597     233.0     228.1       4.9     158.2
  2462:  52.88543     238.0     234.4       3.6     158.2
  2463:  52.90489     243.0     241.5       1.5     158.3
  2464:  52.92435     246.0     250.5      -4.5     158.3
  2465:  52.94381     275.0     261.5      13.5     158.3
  2466:  52.96326     263.0     273.7     -10.7     158.4
  2467:  52.98272     282.0     284.3      -2.3     158.4
  2468:  53.00218     311.0     290.6      20.4     158.4
  2469:  53.02164     276.0     293.4     -17.4     158.4
  2470:  53.04109     310.0     293.5      16.5     158.5
  2471:  53.06055     301.0     292.3       8.7     158.5
  2472:  53.08001     295.0     290.7       4.3     158.5
  2473:  53.09946     291.0     290.6       0.4     158.6
  2474:  53.11892     310.0     292.3      17.7     158.6
  2475:  53.13838     289.0     295.0      -6.0     158.6
  2476:  53.15784     296.0     298.3      -2.3     158.7
  2477:  53.17730     307.0     301.8       5.2     158.7
  2478:  53.19675     298.0     304.7      -6.7     158.7
  2479:  53.21621     308.0     305.4       2.6     158.8
  2480:  53.23567     299.0     302.8      -3.8     158.8
  2481:  53.25513     298.0     297.8       0.2     158.8
  2482:  53.27459     289.0     293.5      -4.5     158.9
  2483:  53.29404     296.0     290.7       5.3     158.9
  2484:  53.31350     266.0     289.7     -23.7     158.9
  2485:  53.33296     290.0     290.0       0.0     159.0
  2486:  53.35242     320.0     290.5      29.5     159.0
  2487:  53.37188     319.0     290.5      28.5     159.1
  2488:  53.39133     302.0     288.8      13.2     159.1
  2489:  53.41079     307.0     285.6      21.4     159.1
  2490:  53.43025     309.0     282.1      26.9     159.2
  2491:  53.44970     261.0     279.2     -18.2     159.2
  2492:  53.46916     265.0     277.4     -12.4     159.2
  2493:  53.48862     247.0     275.4     -28.4     159.3
  2494:  53.50808     244.0     272.5     -28.5     159.3
  2495:  53.52753     267.0     268.7      -1.7     159.3
  2496:  53.54699     268.0     264.6       3.4     159.4
  2497:  53.56645     252.0     260.7      -8.7     159.4
  2498:  53.58591     286.0     258.2      27.8     159.5
  2499:  53.60537     292.0     256.9      35.1     159.5
  2500:  53.62482     272.0     256.5      15.5     159.5
  2501:  53.64428     238.0     256.2     -18.2     159.6
  2502:  53.66374     237.0     254.8     -17.8     159.6
  2503:  53.68320     226.0     252.5     -26.5     159.7
  2504:  53.70266     255.0     250.1       4.9     159.7
  2505:  53.72211     259.0     247.9      11.1     159.7
  2506:  53.74157     267.0     246.5      20.5     159.8
  2507:  53.76103     259.0     245.5      13.5     159.8
  2508:  53.78049     272.0     245.0      27.0     159.9
  2509:  53.79994     250.0     245.0       5.0     159.9
  2510:  53.81940     255.0     245.0      10.0     159.9
  2511:  53.83886     244.0     245.4      -1.4     160.0
  2512:  53.85832     224.0     246.5     -22.5     160.0
  2513:  53.87777     252.0     248.2       3.8     160.1
  2514:  53.89723     254.0     250.8       3.2     160.1
  2515:  53.91669     256.0     253.8       2.2     160.1
  2516:  53.93615     237.0     256.8     -19.8     160.2
  2517:  53.95560     284.0     258.8      25.2     160.2
  2518:  53.97506     262.0     259.0       3.0     160.3
  2519:  53.99452     267.0     258.3       8.7     160.3
  2520:  54.01398     258.0     257.1       0.9     160.3
  2521:  54.03344     261.0     255.9       5.1     160.4
  2522:  54.05289     215.0     254.9     -39.9     160.4
  2523:  54.07235     279.0     254.8      24.2     160.5
  2524:  54.09181     253.0     256.0      -3.0     160.5
  2525:  54.11127     282.0     258.1      23.9     160.6
  2526:  54.13073     295.0     261.5      33.5     160.6
  2527:  54.15018     278.0     267.0      11.0     160.6
  2528:  54.16964     257.0     274.4     -17.4     160.7
  2529:  54.18910     282.0     282.2      -0.2     160.7
  2530:  54.20856     285.0     287.7      -2.7     160.8
  2531:  54.22801     296.0     289.9       6.1     160.8
  2532:  54.24747     289.0     289.0       0.0     160.9
  2533:  54.26693     284.0     286.6      -2.6     160.9
  2534:  54.28638     293.0     284.2       8.8     161.0
  2535:  54.30584     262.0     282.9     -20.9     161.0
  2536:  54.32530     278.0     282.5      -4.5     161.0
  2537:  54.34476     282.0     282.6      -0.6     161.1
  2538:  54.36422     297.0     283.2      13.8     161.1
  2539:  54.38367     330.0     285.0      45.0     161.2
  2540:  54.40313     309.0     289.2      19.8     161.2
  2541:  54.42259     305.0     296.2       8.8     161.3
  2542:  54.44205     290.0     305.8     -15.8     161.3
  2543:  54.46151     321.0     314.7       6.3     161.4
  2544:  54.48096     309.0     320.0     -11.0     161.4
  2545:  54.50042     330.0     323.0       7.0     161.5
  2546:  54.51988     341.0     324.6      16.4     161.5
  2547:  54.53934     280.0     323.9     -43.9     161.5
  2548:  54.55880     335.0     320.3      14.7     161.6
  2549:  54.57825     344.0     316.7      27.3     161.6
  2550:  54.59771     317.0     314.0       3.0     161.7
  2551:  54.61717     318.0     312.1       5.9     161.7
  2552:  54.63662     322.0     311.4      10.6     161.8
  2553:  54.65608     312.0     311.0       1.0     161.8
  2554:  54.67554     314.0     306.6       7.4     161.9
  2555:  54.69500     298.0     298.2      -0.2     161.9
  2556:  54.71445     267.0     289.4     -22.4     162.0
  2557:  54.73391     310.0     283.2      26.8     162.0
  2558:  54.75337     291.0     281.7       9.3     162.1
  2559:  54.77283     294.0     285.9       8.1     162.1
  2560:  54.79229     280.0     294.6     -14.6     162.2
  2561:  54.81174     312.0     304.4       7.6     162.2
  2562:  54.83120     306.0     310.4      -4.4     162.3
  2563:  54.85066     341.0     311.7      29.3     162.3
  2564:  54.87012     301.0     311.0     -10.0     162.4
  2565:  54.88958     310.0     309.9       0.1     162.4
  2566:  54.90903     304.0     308.8      -4.8     162.5
  2567:  54.92849     280.0     307.8     -27.8     162.5
  2568:  54.94795     301.0     305.7      -4.7     162.6
  2569:  54.96741     306.0     302.6       3.4     162.6
  2570:  54.98687     312.0     297.8      14.2     162.7
  2571:  55.00632     312.0     291.6      20.4     162.7
  2572:  55.02578     316.0     285.0      31.0     162.8
  2573:  55.04524     284.0     277.7       6.3     162.8
  2574:  55.06469     284.0     270.0      14.0     162.9
  2575:  55.08415     264.0     262.0       2.0     162.9
  2576:  55.10361     233.0     253.6     -20.6     163.0
  2577:  55.12307     255.0     245.9       9.1     163.0
  2578:  55.14252     223.0     239.0     -16.0     163.1
  2579:  55.16198     241.0     233.4       7.6     163.1
  2580:  55.18144     212.0     229.6     -17.6     163.2
  2581:  55.20090     248.0     227.7      20.3     163.2
  2582:  55.22036     243.0     228.2      14.8     163.3
  2583:  55.23981     232.0     231.1       0.9     163.3
  2584:  55.25927     224.0     235.3     -11.3     163.4
  2585:  55.27873     227.0     239.6     -12.6     163.4
  2586:  55.29819     243.0     242.0       1.0     163.5
  2587:  55.31765     246.0     241.1       4.9     163.5
  2588:  55.33710     222.0     239.0     -17.0     163.6
  2589:  55.35656     241.0     237.1       3.9     163.6
  2590:  55.37602     255.0     237.0      18.0     163.7
  2591:  55.39548     250.0     240.1       9.9     163.7
  2592:  55.41493     261.0     247.7      13.3     163.8
  2593:  55.43439     270.0     258.7      11.3     163.8
  2594:  55.45385     285.0     271.4      13.6     163.9
  2595:  55.47331     274.0     280.7      -6.7     163.9
  2596:  55.49276     282.0     283.1      -1.1     164.0
  2597:  55.51222     280.0     280.7      -0.7     164.0
  2598:  55.53168     287.0     274.9      12.1     164.1
  2599:  55.55114     257.0     268.2     -11.2     164.1
  2600:  55.57059     247.0     263.2     -16.2     164.2
  2601:  55.59005     245.0     260.0     -15.0     164.3
  2602:  55.60951     230.0     258.1     -28.1     164.3
  2603:  55.62897     266.0     254.7      11.3     164.4
  2604:  55.64843     229.0     249.3     -20.3     164.4
  2605:  55.66788     266.0     242.3      23.7     164.5
  2606:  55.68734     254.0     234.5      19.5     164.5
  2607:  55.70680     207.0     226.8     -19.8     164.6
  2608:  55.72626     199.0     220.3     -21.3     164.6
  2609:  55.74572     233.0     215.1      17.9     164.7
  2610:  55.76517     223.0     211.9      11.1     164.7
  2611:  55.78463     209.0     211.1      -2.1     164.8
  2612:  55.80409     207.0     212.8      -5.8     164.8
  2613:  55.82355     229.0     216.6      12.4     164.9
  2614:  55.84300     214.0     223.0      -9.0     164.9
  2615:  55.86246     228.0     232.5      -4.5     165.0
  2616:  55.88192     258.0     242.3      15.7     165.1
  2617:  55.90137     232.0     248.5     -16.5     165.1
  2618:  55.92083     277.0     250.2      26.8     165.2
  2619:  55.94029     226.0     248.5     -22.5     165.2
  2620:  55.95975     267.0     245.6      21.4     165.3
  2621:  55.97921     224.0     242.4     -18.4     165.3
  2622:  55.99866     253.0     240.2      12.8     165.4
  2623:  56.01812     248.0     239.6       8.4     165.4
  2624:  56.03758     248.0     239.7       8.3     165.5
  2625:  56.05704     236.0     238.9      -2.9     165.5
  2626:  56.07650     240.0     237.8       2.2     165.6
  2627:  56.09595     239.0     237.5       1.5     165.6
  2628:  56.11541     286.0     239.2      46.8     165.7
  2629:  56.13487     232.0     243.1     -11.1     165.8
  2630:  56.15433     244.0     248.9      -4.9     165.8
  2631:  56.17379     231.0     255.1     -24.1     165.9
  2632:  56.19324     282.0     260.2      21.8     165.9
  2633:  56.21270     227.0     263.6     -36.6     166.0
  2634:  56.23216     275.0     266.9       8.1     166.0
  2635:  56.25161     284.0     270.7      13.3     166.1
  2636:  56.27107     311.0     275.5      35.5     166.1
  2637:  56.29053     275.0     281.5      -6.5     166.2
  2638:  56.30999     332.0     288.8      43.2     166.2
  2639:  56.32944     342.0     296.5      45.5     166.3
  2640:  56.34890     319.0     304.1      14.9     166.4
  2641:  56.36836     302.0     311.9      -9.9     166.4
  2642:  56.38782     292.0     322.4     -30.4     166.5
  2643:  56.40728     320.0     335.7     -15.7     166.5
  2644:  56.42673     296.0     350.4     -54.4     166.6
  2645:  56.44619     384.0     363.4      20.6     166.6
  2646:  56.46565     358.0     370.9     -12.9     166.7
  2647:  56.48511     360.0     370.8     -10.8     166.7
  2648:  56.50457     400.0     368.0      32.0     166.8
  2649:  56.52402     368.0     364.6       3.4     166.8
  2650:  56.54348     401.0     363.3      37.7     166.9
  2651:  56.56294     358.0     365.6      -7.6     167.0
  2652:  56.58240     388.0     370.4      17.6     167.0
  2653:  56.60185     418.0     373.6      44.4     167.1
  2654:  56.62131     426.0     369.6      56.4     167.1
  2655:  56.64077     348.0     359.7     -11.7     167.2
  2656:  56.66023     342.0     347.4      -5.4     167.2
  2657:  56.67968     309.0     334.2     -25.2     167.3
  2658:  56.69914     317.0     321.7      -4.7     167.3
  2659:  56.71860     316.0     310.6       5.4     167.4
  2660:  56.73806     276.0     301.2     -25.2     167.4
  2661:  56.75751     290.0     292.1      -2.1     167.5
  2662:  56.77697     294.0     282.1      11.9     167.5
  2663:  56.79643     282.0     272.2       9.8     167.6
  2664:  56.81589     262.0     262.7      -0.7     167.7
  2665:  56.83535     243.0     254.4     -11.4     167.7
  2666:  56.85480     239.0     247.1      -8.1     167.8
  2667:  56.87426     226.0     241.1     -15.1     167.8
  2668:  56.89372     240.0     235.9       4.1     167.9
  2669:  56.91318     216.0     231.4     -15.4     167.9
  2670:  56.93264     243.0     227.5      15.5     168.0
  2671:  56.95209     235.0     224.7      10.3     168.0
  2672:  56.97155     242.0     222.8      19.2     168.1
  2673:  56.99101     237.0     221.8      15.2     168.1
  2674:  57.01047     225.0     222.2       2.8     168.2
  2675:  57.02992     217.0     223.3      -6.3     168.3
  2676:  57.04938     236.0     225.0      11.0     168.3
  2677:  57.06884     201.0     226.4     -25.4     168.4
  2678:  57.08830     219.0     227.3      -8.3     168.4
  2679:  57.10775     251.0     227.1      23.9     168.5
  2680:  57.12721     245.0     226.2      18.8     168.5
  2681:  57.14667     240.0     225.1      14.9     168.6
  2682:  57.16613     206.0     224.1     -18.1     168.6
  2683:  57.18559     238.0     223.3      14.7     168.7
  2684:  57.20504     228.0     222.8       5.2     168.7
  2685:  57.22450     231.0     222.5       8.5     168.8
  2686:  57.24396     222.0     222.4      -0.4     168.8
  2687:  57.26342     241.0     222.1      18.9     168.9
  2688:  57.28288     225.0     222.0       3.0     168.9
  2689:  57.30233     213.0     222.1      -9.1     169.0
  2690:  57.32179     223.0     222.3       0.7     169.0
  2691:  57.34125     227.0     222.5       4.5     169.1
  2692:  57.36071     222.0     222.3      -0.3     169.2
  2693:  57.38016     242.0     221.7      20.3     169.2
  2694:  57.39962     229.0     220.7       8.3     169.3
  2695:  57.41908     205.0     219.8     -14.8     169.3
  2696:  57.43854     202.0     218.7     -16.7     169.4
  2697:  57.45799     222.0     217.6       4.4     169.4
  2698:  57.47745     213.0     216.5      -3.5     169.5
  2699:  57.49691     181.0     215.5     -34.5     169.5
  2700:  57.51637     212.0     214.3      -2.3     169.6
  2701:  57.53582     220.0     212.8       7.2     169.6
  2702:  57.55528     236.0     211.1      24.9     169.7
  2703:  57.57474     236.0     209.2      26.8     169.7
  2704:  57.59420     198.0     207.4      -9.4     169.8
  2705:  57.61366     215.0     205.5       9.5     169.8
  2706:  57.63311     190.0     203.9     -13.9     169.9
  2707:  57.65257     220.0     202.5      17.5     169.9
  2708:  57.67203     194.0     201.5      -7.5     170.0
  2709:  57.69149     186.0     201.1     -15.1     170.0
  2710:  57.71095     194.0     201.0      -7.0     170.1
  2711:  57.73040     238.0     200.8      37.2     170.1
  2712:  57.74986     187.0     199.7     -12.7     170.2
  2713:  57.76932     231.0     198.1      32.9     170.2
  2714:  57.78878     225.0     196.5      28.5     170.3
  2715:  57.80823     203.0     195.4       7.6     170.3
  2716:  57.82769     183.0     195.0     -12.0     170.4
  2717:  57.84715     206.0     195.3      10.7     170.4
  2718:  57.86660     213.0     196.1      16.9     170.5
  2719:  57.88606     186.0     197.2     -11.2     170.5
  2720:  57.90552     195.0     198.0      -3.0     170.6
  2721:  57.92498     238.0     199.0      39.0     170.6
  2722:  57.94444     232.0     200.2      31.8     170.7
  2723:  57.96389     219.0     202.1      16.9     170.7
  2724:  57.98335     218.0     204.8      13.2     170.8
  2725:  58.00281     203.0     208.3      -5.3     170.8
  2726:  58.02227     226.0     212.0      14.0     170.9
  2727:  58.04173     238.0     215.8      22.2     170.9
  2728:  58.06118     232.0     219.2      12.8     171.0
  2729:  58.08064     254.0     222.3      31.7     171.0
  2730:  58.10010     210.0     225.5     -15.5     171.1
  2731:  58.11956     237.0     229.2       7.8     171.1
  2732:  58.13902     234.0     233.4       0.6     171.2
  2733:  58.15847     268.0     238.3      29.7     171.2
  2734:  58.17793     239.0     243.5      -4.5     171.2
  2735:  58.19739     247.0     248.1      -1.1     171.3
  2736:  58.21684     249.0     251.3      -2.3     171.3
  2737:  58.23630     264.0     252.2      11.8     171.4
  2738:  58.25576     245.0     251.4      -6.4     171.4
  2739:  58.27522     226.0     249.6     -23.6     171.5
  2740:  58.29467     276.0     247.3      28.7     171.5
  2741:  58.31413     216.0     244.9     -28.9     171.6
  2742:  58.33359     223.0     242.8     -19.8     171.6
  2743:  58.35305     241.0     241.9      -0.9     171.7
  2744:  58.37251     224.0     242.5     -18.5     171.7
  2745:  58.39196     229.0     244.7     -15.7     171.7
  2746:  58.41142     221.0     246.8     -25.8     171.8
  2747:  58.43088     232.0     245.5     -13.5     171.8
  2748:  58.45034     224.0     240.2     -16.2     171.9
  2749:  58.46980     237.0     233.2       3.8     171.9
  2750:  58.48925     197.0     226.1     -29.1     172.0
  2751:  58.50871     192.0     220.3     -28.3     172.0
  2752:  58.52817     187.0     216.6     -29.6     172.1
  2753:  58.54763     197.0     215.4     -18.4     172.1
  2754:  58.56708     202.0     215.8     -13.8     172.1
  2755:  58.58654     219.0     215.5       3.5     172.2
  2756:  58.60600     174.0     213.8     -39.8     172.2
  2757:  58.62546     237.0     211.5      25.5     172.3
  2758:  58.64491     222.0     209.4      12.6     172.3
  2759:  58.66437     184.0     208.0     -24.0     172.4
  2760:  58.68383     208.0     207.3       0.7     172.4
  2761:  58.70329     210.0     207.6       2.4     172.4
  2762:  58.72274     252.0     208.3      43.7     172.5
  2763:  58.74220     217.0     208.9       8.1     172.5
  2764:  58.76166     207.0     209.0      -2.0     172.6
  2765:  58.78112     224.0     209.1      14.9     172.6
  2766:  58.80058     222.0     209.6      12.4     172.6
  2767:  58.82003     236.0     210.5      25.5     172.7
  2768:  58.83949     231.0     211.8      19.2     172.7
  2769:  58.85895     236.0     213.7      22.3     172.8
  2770:  58.87841     221.0     216.1       4.9     172.8
  2771:  58.89787     187.0     218.3     -31.3     172.8
  2772:  58.91732     220.0     220.2      -0.2     172.9
  2773:  58.93678     225.0     222.4       2.6     172.9
  2774:  58.95624     258.0     225.6      32.4     172.9
  2775:  58.97570     235.0     230.4       4.6     173.0
  2776:  58.99515     255.0     237.3      17.7     173.0
  2777:  59.01461     252.0     246.3       5.7     173.1
  2778:  59.03407     255.0     256.8      -1.8     173.1
  2779:  59.05353     269.0     267.3       1.7     173.1
  2780:  59.07298     304.0     275.9      28.1     173.2
  2781:  59.09244     285.0     280.8       4.2     173.2
  2782:  59.11190     305.0     282.9      22.1     173.2
  2783:  59.13136     255.0     283.3     -28.3     173.3
  2784:  59.15081     284.0     283.2       0.8     173.3
  2785:  59.17027     288.0     283.0       5.0     173.3
  2786:  59.18973     265.0     283.0     -18.0     173.4
  2787:  59.20919     306.0     283.6      22.4     173.4
  2788:  59.22865     264.0     284.0     -20.0     173.4
  2789:  59.24810     286.0     283.4       2.6     173.5
  2790:  59.26756     279.0     281.7      -2.7     173.5
  2791:  59.28702     304.0     279.4      24.6     173.5
  2792:  59.30648     269.0     277.0      -8.0     173.6
  2793:  59.32594     267.0     275.1      -8.1     173.6
  2794:  59.34539     254.0     274.2     -20.2     173.6
  2795:  59.36485     256.0     274.3     -18.3     173.7
  2796:  59.38431     261.0     274.6     -13.6     173.7
  2797:  59.40377     297.0     275.1      21.9     173.7
  2798:  59.42322     243.0     276.2     -33.2     173.7
  2799:  59.44268     280.0     278.3       1.7     173.8
  2800:  59.46214     272.0     281.6      -9.6     173.8
  2801:  59.48159     296.0     286.3       9.7     173.8
  2802:  59.50105     301.0     292.6       8.4     173.9
  2803:  59.52051     269.0     300.4     -31.4     173.9
  2804:  59.53997     300.0     309.3      -9.3     173.9
  2805:  59.55943     333.0     319.0      14.0     173.9
  2806:  59.57888     347.0     329.8      17.2     174.0
  2807:  59.59834     369.0     342.0      27.0     174.0
  2808:  59.61780     402.0     356.0      46.0     174.0
  2809:  59.63726     402.0     373.0      29.0     174.1
  2810:  59.65672     393.0     393.7      -0.7     174.1
  2811:  59.67617     419.0     419.0       0.0     174.1
  2812:  59.69563     431.0     448.2     -17.2     174.1
  2813:  59.71509     507.0     479.1      27.9     174.2
  2814:  59.73455     514.0     508.1       5.9     174.2
  2815:  59.75401     507.0     531.2     -24.2     174.2
  2816:  59.77346     559.0     547.9      11.1     174.2
  2817:  59.79292     587.0     565.3      21.7     174.2
  2818:  59.81238     571.0     584.7     -13.7     174.3
  2819:  59.83183     591.0     605.0     -14.0     174.3
  2820:  59.85129     608.0     622.5     -14.5     174.3
  2821:  59.87075     596.0     633.4     -37.4     174.3
  2822:  59.89021     655.0     633.7      21.3     174.4
  2823:  59.90966     570.0     625.5     -55.5     174.4
  2824:  59.92912     618.0     611.2       6.8     174.4
  2825:  59.94858     618.0     594.5      23.5     174.4
  2826:  59.96804     637.0     578.7      58.3     174.4
  2827:  59.98750     625.0     564.2      60.8     174.5
  2828:  60.00695     587.0     550.6      36.4     174.5
  2829:  60.02641     534.0     536.3      -2.3     174.5
  2830:  60.04587     559.0     519.5      39.5     174.5
  2831:  60.06533     481.0     500.6     -19.6     174.5
  2832:  60.08479     458.0     482.2     -24.2     174.5
  2833:  60.10424     468.0     464.6       3.4     174.6
  2834:  60.12370     437.0     448.0     -11.0     174.6
  2835:  60.14316     463.0     433.0      30.0     174.6
  2836:  60.16262     447.0     419.6      27.4     174.6
  2837:  60.18207     398.0     408.2     -10.2     174.6
  2838:  60.20153     388.0     398.5     -10.5     174.6
  2839:  60.22099     391.0     390.4       0.6     174.6
  2840:  60.24045     365.0     383.5     -18.5     174.7
  2841:  60.25990     405.0     377.8      27.2     174.7
  2842:  60.27936     409.0     372.5      36.5     174.7
  2843:  60.29882     358.0     367.4      -9.4     174.7
  2844:  60.31828     353.0     362.2      -9.2     174.7
  2845:  60.33773     346.0     357.0     -11.0     174.7
  2846:  60.35719     358.0     351.8       6.2     174.7
  2847:  60.37665     308.0     346.9     -38.9     174.7
  2848:  60.39611     360.0     342.4      17.6     174.7
  2849:  60.41557     346.0     338.4       7.6     174.7
  2850:  60.43502     320.0     334.9     -14.9     174.8
  2851:  60.45448     320.0     331.9     -11.9     174.8
  2852:  60.47394     335.0     329.2       5.8     174.8
  2853:  60.49340     332.0     326.9       5.1     174.8
  2854:  60.51286     326.0     325.2       0.8     174.8
  2855:  60.53231     363.0     326.3      36.7     174.8
  2856:  60.55177     338.0     334.1       3.9     174.8
  2857:  60.57123     362.0     352.8       9.2     174.8
  2858:  60.59069     364.0     379.5     -15.5     174.8
  2859:  60.61014     401.0     398.4       2.6     174.8
  2860:  60.62960     388.0     395.3      -7.3     174.8
  2861:  60.64906     358.0     381.4     -23.4     174.8
  2862:  60.66852     363.0     363.4      -0.4     174.8
  2863:  60.68797     365.0     346.9      18.1     174.8
  2864:  60.70743     402.0     336.1      65.9     174.8
  2865:  60.72689     352.0     333.7      18.3     174.8
  2866:  60.74635     374.0     339.6      34.4     174.8
  2867:  60.76580     364.0     348.1      15.9     174.8
  2868:  60.78526     330.0     349.3     -19.3     174.8
  2869:  60.80472     338.0     343.2      -5.2     174.8
  2870:  60.82418     326.0     334.1      -8.1     174.8
  2871:  60.84364     330.0     324.6       5.4     174.8
  2872:  60.86309     333.0     316.4      16.6     174.8
  2873:  60.88255     335.0     309.8      25.2     174.8
  2874:  60.90201     297.0     305.6      -8.6     174.8
  2875:  60.92147     336.0     302.8      33.2     174.8
  2876:  60.94093     305.0     300.9       4.1     174.8
  2877:  60.96038     294.0     299.3      -5.3     174.8
  2878:  60.97984     264.0     297.3     -33.3     174.8
  2879:  60.99930     290.0     294.4      -4.4     174.8
  2880:  61.01876     288.0     291.5      -3.5     174.7
  2881:  61.03821     272.0     289.1     -17.1     174.7
  2882:  61.05767     275.0     288.1     -13.1     174.7
  2883:  61.07713     285.0     289.2      -4.2     174.7
  2884:  61.09658     298.0     292.4       5.6     174.7
  2885:  61.11604     305.0     296.2       8.8     174.7
  2886:  61.13550     305.0     298.0       7.0     174.7
  2887:  61.15496     307.0     298.6       8.4     174.7
  2888:  61.17442     315.0     299.4      15.6     174.7
  2889:  61.19387     278.0     301.7     -23.7     174.6
  2890:  61.21333     304.0     306.4      -2.4     174.6
  2891:  61.23279     301.0     313.9     -12.9     174.6
  2892:  61.25225     337.0     324.2      12.8     174.6
  2893:  61.27171     341.0     337.3       3.7     174.6
  2894:  61.29116     366.0     350.6      15.4     174.6
  2895:  61.31062     375.0     360.9      14.1     174.5
  2896:  61.33008     390.0     368.2      21.8     174.5
  2897:  61.34954     370.0     371.3      -1.3     174.5
  2898:  61.36900     389.0     370.9      18.1     174.5
  2899:  61.38845     347.0     369.4     -22.4     174.5
  2900:  61.40791     366.0     367.2      -1.2     174.4
  2901:  61.42737     360.0     364.9      -4.9     174.4
  2902:  61.44682     359.0     362.9      -3.9     174.4
  2903:  61.46628     323.0     361.7     -38.7     174.4
  2904:  61.48574     397.0     361.0      36.0     174.3
  2905:  61.50520     345.0     359.7     -14.7     174.3
  2906:  61.52465     356.0     355.0       1.0     174.3
  2907:  61.54411     380.0     344.2      35.8     174.3
  2908:  61.56357     352.0     331.0      21.0     174.2
  2909:  61.58303     302.0     316.9     -14.9     174.2
  2910:  61.60249     287.0     303.3     -16.3     174.2
  2911:  61.62194     291.0     291.3      -0.3     174.2
  2912:  61.64140     304.0     281.8      22.2     174.1
  2913:  61.66086     288.0     274.6      13.4     174.1
  2914:  61.68032     274.0     269.0       5.0     174.1
  2915:  61.69978     261.0     262.8      -1.8     174.0
  2916:  61.71923     223.0     255.8     -32.8     174.0
  2917:  61.73869     253.0     249.1       3.9     174.0
  2918:  61.75815     236.0     243.6      -7.6     173.9
  2919:  61.77761     248.0     239.7       8.3     173.9
  2920:  61.79706     223.0     237.9     -14.9     173.9
  2921:  61.81652     246.0     238.1       7.9     173.8
  2922:  61.83598     256.0     239.6      16.4     173.8
  2923:  61.85544     258.0     241.2      16.8     173.7
  2924:  61.87489     238.0     241.8      -3.8     173.7
  2925:  61.89435     231.0     240.8      -9.8     173.7
  2926:  61.91381     221.0     239.2     -18.2     173.6
  2927:  61.93327     211.0     237.5     -26.5     173.6
  2928:  61.95272     226.0     236.2     -10.2     173.5
  2929:  61.97218     235.0     235.7      -0.7     173.5
  2930:  61.99164     270.0     236.2      33.8     173.5
  2931:  62.01110     265.0     237.6      27.4     173.4
  2932:  62.03056     249.0     240.1       8.9     173.4
  2933:  62.05001     261.0     243.1      17.9     173.3
  2934:  62.06947     224.0     246.4     -22.4     173.3
  2935:  62.08893     265.0     249.8      15.2     173.2
  2936:  62.10839     255.0     252.7       2.3     173.2
  2937:  62.12785     243.0     254.8     -11.8     173.1
  2938:  62.14730     265.0     256.1       8.9     173.1
  2939:  62.16676     256.0     256.9      -0.9     173.0
  2940:  62.18622     280.0     257.7      22.3     173.0
  2941:  62.20568     275.0     259.0      16.0     172.9
  2942:  62.22513     255.0     260.9      -5.9     172.9
  2943:  62.24459     262.0     262.6      -0.6     172.8
  2944:  62.26405     263.0     263.0       0.0     172.8
  2945:  62.28351     275.0     260.9      14.1     172.7
  2946:  62.30296     235.0     257.4     -22.4     172.7
  2947:  62.32242     241.0     253.0     -12.0     172.6
  2948:  62.34188     242.0     248.3      -6.3     172.5
  2949:  62.36134     224.0     244.4     -20.4     172.5
  2950:  62.38079     236.0     241.3      -5.3     172.4
  2951:  62.40025     230.0     239.1      -9.1     172.4
  2952:  62.41971     269.0     237.4      31.6     172.3
  2953:  62.43917     263.0     235.7      27.3     172.2
  2954:  62.45863     235.0     233.9       1.1     172.2
  2955:  62.47808     274.0     232.5      41.5     172.1
  2956:  62.49754     222.0     231.7      -9.7     172.0
  2957:  62.51700     218.0     231.9     -13.9     172.0
  2958:  62.53646     252.0     232.7      19.3     171.9
  2959:  62.55592     220.0     233.8     -13.8     171.8
  2960:  62.57537     254.0     234.8      19.2     171.8
  2961:  62.59483     210.0     235.7     -25.7     171.7
  2962:  62.61429     232.0     236.7      -4.7     171.6
  2963:  62.63375     244.0     237.9       6.1     171.6
  2964:  62.65320     237.0     239.3      -2.3     171.5
  2965:  62.67266     243.0     240.6       2.4     171.4
  2966:  62.69212     237.0     241.1      -4.1     171.3
  2967:  62.71157     257.0     240.5      16.5     171.3
  2968:  62.73103     245.0     238.6       6.4     171.2
  2969:  62.75049     251.0     235.9      15.1     171.1
  2970:  62.76995     237.0     233.0       4.0     171.0
  2971:  62.78941     210.0     230.1     -20.1     171.0
  2972:  62.80886     227.0     227.6      -0.6     170.9
  2973:  62.82832     236.0     225.7      10.3     170.8
  2974:  62.84778     228.0     224.5       3.5     170.7
  2975:  62.86724     215.0     223.8      -8.8     170.6
  2976:  62.88670     235.0     223.9      11.1     170.6
  2977:  62.90615     247.0     224.9      22.1     170.5
  2978:  62.92561     214.0     226.7     -12.7     170.4
  2979:  62.94507     273.0     229.0      44.0     170.3
  2980:  62.96453     250.0     231.9      18.1     170.2
  2981:  62.98399     265.0     234.6      30.4     170.1
  2982:  63.00344     249.0     237.2      11.8     170.0
  2983:  63.02290     225.0     238.8     -13.8     169.9
  2984:  63.04236     237.0     239.6      -2.6     169.9
  2985:  63.06181     255.0     240.4      14.6     169.8
  2986:  63.08127     218.0     241.3     -23.3     169.7
  2987:  63.10073     230.0     242.6     -12.6     169.6
  2988:  63.12019     275.0     243.5      31.5     169.5
  2989:  63.13964     241.0     243.7      -2.7     169.4
  2990:  63.15910     226.0     242.7     -16.7     169.3
  2991:  63.17856     246.0     240.7       5.3     169.2
  2992:  63.19802     232.0     238.1      -6.1     169.1
  2993:  63.21748     233.0     234.8      -1.8     169.0
  2994:  63.23693     226.0     231.9      -5.9     168.9
  2995:  63.25639     240.0     229.6      10.4     168.8
  2996:  63.27585     218.0     228.2     -10.2     168.7
  2997:  63.29531     229.0     227.7       1.3     168.6
  2998:  63.31477     223.0     227.6      -4.6     168.5
  2999:  63.33422     212.0     227.4     -15.4     168.4
  3000:  63.35368     222.0     226.6      -4.6     168.2
  3001:  63.37314     220.0     225.3      -5.3     168.1
  3002:  63.39260     264.0     223.6      40.4     168.0
  3003:  63.41205     252.0     222.0      30.0     167.9
  3004:  63.43151     219.0     220.8      -1.8     167.8
  3005:  63.45097     219.0     219.5      -0.5     167.7
  3006:  63.47043     224.0     217.7       6.3     167.6
  3007:  63.48988     219.0     216.0       3.0     167.5
  3008:  63.50934     209.0     214.5      -5.5     167.3
  3009:  63.52880     217.0     213.2       3.8     167.2
  3010:  63.54826     216.0     212.0       4.0     167.1
  3011:  63.56771     201.0     210.9      -9.9     167.0
  3012:  63.58717     204.0     210.4      -6.4     166.9
  3013:  63.60663     205.0     210.1      -5.1     166.7
  3014:  63.62609     190.0     209.7     -19.7     166.6
  3015:  63.64555     201.0     209.4      -8.4     166.5
  3016:  63.66500     198.0     209.3     -11.3     166.4
  3017:  63.68446     228.0     209.3      18.7     166.2
  3018:  63.70392     234.0     209.7      24.3     166.1
  3019:  63.72338     209.0     210.7      -1.7     166.0
  3020:  63.74284     213.0     212.2       0.8     165.9
  3021:  63.76229     195.0     214.6     -19.6     165.7
  3022:  63.78175     216.0     217.0      -1.0     165.6
  3023:  63.80121     228.0     219.2       8.8     165.5
  3024:  63.82067     228.0     220.4       7.6     165.3
  3025:  63.84012     232.0     220.6      11.4     165.2
  3026:  63.85958     239.0     220.5      18.5     165.0
  3027:  63.87904     225.0     219.8       5.2     164.9
  3028:  63.89849     241.0     219.0      22.0     164.8
  3029:  63.91795     229.0     218.4      10.6     164.6
  3030:  63.93741     189.0     219.4     -30.4     164.5
  3031:  63.95687     218.0     222.8      -4.8     164.3
  3032:  63.97633     222.0     229.9      -7.9     164.2
  3033:  63.99578     235.0     239.1      -4.1     164.1
  3034:  64.01524     237.0     243.9      -6.9     163.9
  3035:  64.03470     240.0     241.8      -1.8     163.8
  3036:  64.05416     269.0     237.2      31.8     163.6
  3037:  64.07362     246.0     231.6      14.4     163.5
  3038:  64.09307     243.0     226.0      17.0     163.3
  3039:  64.11253     233.0     221.8      11.2     163.2
  3040:  64.13199     221.0     219.8       1.2     163.0
  3041:  64.15144     221.0     220.0       1.0     162.8
  3042:  64.17091     205.0     222.4     -17.4     162.7
  3043:  64.19036     238.0     224.7      13.3     162.5
  3044:  64.20982     223.0     225.4      -2.4     162.4
  3045:  64.22928     240.0     227.1      12.9     162.2
  3046:  64.24873     216.0     230.1     -14.1     162.0
  3047:  64.26820     221.0     232.7     -11.7     161.9
  3048:  64.28765     238.0     232.0       6.0     161.7
  3049:  64.30711     202.0     228.7     -26.7     161.5
  3050:  64.32657     227.0     224.0       3.0     161.4
  3051:  64.34602     225.0     219.5       5.5     161.2
  3052:  64.36548     214.0     215.8      -1.8     161.0
  3053:  64.38494     200.0     213.7     -13.7     160.9
  3054:  64.40440     228.0     213.8      14.2     160.7
  3055:  64.42385     224.0     216.2       7.8     160.5
  3056:  64.44331     211.0     220.1      -9.1     160.4
  3057:  64.46277     226.0     224.2       1.8     160.2
  3058:  64.48223     235.0     227.5       7.5     160.0
  3059:  64.50169     234.0     230.6       3.4     159.8
  3060:  64.52114     234.0     233.1       0.9     159.6
  3061:  64.54060     257.0     235.4      21.6     159.5
  3062:  64.56006     255.0     237.2      17.8     159.3
  3063:  64.57951     279.0     238.6      40.4     159.1
  3064:  64.59898     241.0     238.8       2.2     158.9
  3065:  64.61843     256.0     238.5      17.5     158.7
  3066:  64.63789     219.0     238.5     -19.5     158.5
  3067:  64.65735     245.0     238.9       6.1     158.3
  3068:  64.67680     220.0     239.0     -19.0     158.1
  3069:  64.69627     245.0     239.2       5.8     157.9
  3070:  64.71572     246.0     239.1       6.9     157.8
  3071:  64.73518     255.0     238.5      16.5     157.6
  3072:  64.75464     241.0     237.3       3.7     157.4
  3073:  64.77409     240.0     235.4       4.6     157.2
  3074:  64.79355     249.0     232.8      16.2     157.0
  3075:  64.81301     223.0     229.7      -6.7     156.8
  3076:  64.83247     207.0     226.1     -19.1     156.6
  3077:  64.85192     191.0     222.2     -31.2     156.4
  3078:  64.87138     223.0     218.3       4.7     156.1
  3079:  64.89084     214.0     214.5      -0.5     155.9
  3080:  64.91030     204.0     210.7      -6.7     155.7
  3081:  64.92976     175.0     206.8     -31.8     155.5
  3082:  64.94921     207.0     203.2       3.8     155.3
  3083:  64.96867     210.0     199.8      10.2     155.1
  3084:  64.98813     211.0     196.6      14.4     154.9
  3085:  65.00758     221.0     194.6      26.4     154.7
