<?xml version="1.0" encoding="UTF-8" ?>
<ZCodeParameters>
 <ConographOutput>
  <!-- Information on the best M solution for each Bravais type.
        TNB : total number of solutions of the Bravais types,
        M : de Wolff figure of merit,
        Mwu : Wu figure of merit,
        Mrev : reversed de Wolff figure of merit,
        Msym : symmetric de Wolff figure of merit,
        NN : number of lattices in the neighborhood,
        VOL : unit-cell volume.
  Bravais Lattice : TNB, M, Mwu, Mrev, Msym, NN, VOL
         Cubic(F) :       1    1.4533e+001    1.0615e+001    6.0091e+000    8.7330e+001   31    1.6051e+002
         Cubic(I) :       0
         Cubic(P) :       0
        Hexagonal :       0
     Rhombohedral :       2    1.7452e+001    2.1205e+001    4.7781e+000    8.3388e+001  166    1.0767e+002
    Tetragonal(I) :       2    6.9669e+000    1.0770e+001    5.7434e+000    4.0014e+001  177    8.0258e+001
    Tetragonal(P) :       1    3.1744e+000    2.7407e+000    2.3321e+000    7.4028e+000   12    2.9783e+001
  Orthorhombic(F) :       5    5.4855e+000    4.9841e+000    2.1003e+000    1.1521e+001   29    1.7683e+002
  Orthorhombic(I) :       6    1.6015e+001    2.1286e+001    4.0748e+000    6.5257e+001    5    4.6330e+001
  Orthorhombic(C) :      14    2.0374e+001    1.8293e+001    2.5542e+000    5.2037e+001   28    4.6333e+001
  Orthorhombic(P) :       0
    Monoclinic(B) :      29    1.0474e+002    1.0540e+002    2.0447e+000    2.1415e+002  130    4.5852e+001
    Monoclinic(P) :       8    1.2713e+001    1.9056e+001    2.7121e+000    3.4479e+001   15    2.3168e+001
        Triclinic :       4    5.7710e+000    6.6050e+000    2.1599e+000    1.2465e+001   11    1.3134e+001
  -->

  <!-- Labels of the solution with the best figure of merit.
          Cubic(F), Best Score : Lattice constants, label.
              M =  1.4533e+001 :    5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001     14015
            Mwu =  1.0616e+001 :    5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001     14013
           Mrev =  6.0493e+000 :    5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001     14013
           Msym =  8.7330e+001 :    5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001     14015
             NN =           31 :    5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001     14015

          Cubic(I), Best Score : Lattice constants, label.
              M =          - - : - -
            Mwu =          - - : - -
           Mrev =          - - : - -
           Msym =          - - : - -
             NN =          - - : - -

          Cubic(P), Best Score : Lattice constants, label.
              M =          - - : - -
            Mwu =          - - : - -
           Mrev =          - - : - -
           Msym =          - - : - -
             NN =          - - : - -

         Hexagonal, Best Score : Lattice constants, label.
              M =          - - : - -
            Mwu =          - - : - -
           Mrev =          - - : - -
           Msym =          - - : - -
             NN =          - - : - -

      Rhombohedral, Best Score : Lattice constants, label.
              M =  1.7452e+001 :    5.4345e+000   5.4345e+000   4.2097e+000   9.0000e+001   9.0000e+001   1.2000e+002    100899
            Mwu =  2.1205e+001 :    5.4345e+000   5.4345e+000   4.2097e+000   9.0000e+001   9.0000e+001   1.2000e+002    100899
           Mrev =  7.4222e+000 :    3.8432e+000   3.8432e+000   9.4129e+000   9.0000e+001   9.0000e+001   1.2000e+002    100721
           Msym =  8.3388e+001 :    5.4345e+000   5.4345e+000   4.2097e+000   9.0000e+001   9.0000e+001   1.2000e+002    100899
             NN =          357 :    3.8430e+000   3.8430e+000   9.4129e+000   9.0000e+001   9.0000e+001   1.2000e+002    100479

     Tetragonal(I), Best Score : Lattice constants, label.
              M =  6.9669e+000 :    3.8427e+000   3.8427e+000   5.4351e+000   9.0000e+001   9.0000e+001   9.0000e+001     09074
            Mwu =  1.0771e+001 :    3.8427e+000   3.8427e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001     09061
           Mrev =  5.8237e+000 :    3.8427e+000   3.8427e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001     09061
           Msym =  4.0044e+001 :    3.8427e+000   3.8427e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001     09061
             NN =          177 :    3.8427e+000   3.8427e+000   5.4351e+000   9.0000e+001   9.0000e+001   9.0000e+001     09074

     Tetragonal(P), Best Score : Lattice constants, label.
              M =  3.1744e+000 :    3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001      0803
            Mwu =  2.7407e+000 :    3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001      0803
           Mrev =  2.3321e+000 :    3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001      0803
           Msym =  7.4028e+000 :    3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001      0803
             NN =           12 :    3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001      0803

   Orthorhombic(F), Best Score : Lattice constants, label.
              M =  5.4855e+000 :    4.7054e+000   5.4269e+000   6.9250e+000   9.0000e+001   9.0000e+001   9.0000e+001    070135
            Mwu =  1.0808e+001 :    5.4343e+000   5.4347e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001    070241
           Mrev =  5.6318e+000 :    5.4343e+000   5.4346e+000   5.4354e+000   9.0000e+001   9.0000e+001   9.0000e+001    070242
           Msym =  2.3666e+001 :    5.4343e+000   5.4347e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001    070241
             NN =           29 :    4.7054e+000   5.4269e+000   6.9250e+000   9.0000e+001   9.0000e+001   9.0000e+001    070135

   Orthorhombic(I), Best Score : Lattice constants, label.
              M =  1.6015e+001 :    2.2184e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001    060621
            Mwu =  2.1286e+001 :    2.2184e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001    060621
           Mrev =  6.7717e+000 :    3.8425e+000   3.8438e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001    060194
           Msym =  6.5257e+001 :    2.2184e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001    060621
             NN =          186 :    3.8427e+000   3.8428e+000   5.4350e+000   9.0000e+001   9.0000e+001   9.0000e+001    060199

   Orthorhombic(C), Best Score : Lattice constants, label.
              M =  2.0374e+001 :    3.8427e+000   5.4348e+000   2.2185e+000   9.0000e+001   9.0000e+001   9.0000e+001    050725
            Mwu =  1.8338e+001 :    3.8428e+000   5.4347e+000   2.2185e+000   9.0000e+001   9.0000e+001   9.0000e+001    050723
           Mrev =  7.0942e+000 :    3.8427e+000   5.4348e+000   1.9215e+000   9.0000e+001   9.0000e+001   9.0000e+001    050793
           Msym =  5.3108e+001 :    3.8427e+000   5.4348e+000   1.9215e+000   9.0000e+001   9.0000e+001   9.0000e+001    050793
             NN =          219 :    3.8453e+000   5.4346e+000   3.0102e+000   9.0000e+001   9.0000e+001   9.0000e+001    050496

   Orthorhombic(P), Best Score : Lattice constants, label.
              M =          - - : - -
            Mwu =          - - : - -
           Mrev =          - - : - -
           Msym =          - - : - -
             NN =          - - : - -

     Monoclinic(B), Best Score : Lattice constants, label.
              M =  1.0474e+002 :    3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001   0306013
            Mwu =  1.0540e+002 :    3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001   0306013
           Mrev =  4.6967e+000 :    3.9881e+000   5.4347e+000   2.1318e+000   9.0000e+001   1.0551e+002   9.0000e+001   0306116
           Msym =  2.1415e+002 :    3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001   0306013
             NN =          130 :    3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001   0306013

     Monoclinic(P), Best Score : Lattice constants, label.
              M =  1.2713e+001 :    3.3280e+000   2.2186e+000   3.3282e+000   9.0000e+001   1.0947e+002   9.0000e+001    020724
            Mwu =  1.9056e+001 :    3.3280e+000   2.2186e+000   3.3282e+000   9.0000e+001   1.0947e+002   9.0000e+001    020724
           Mrev =  7.5304e+000 :    3.3278e+000   1.9218e+000   3.3283e+000   9.0000e+001   1.0948e+002   9.0000e+001    020807
           Msym =  3.4479e+001 :    3.3280e+000   2.2186e+000   3.3282e+000   9.0000e+001   1.0947e+002   9.0000e+001    020724
             NN =           40 :    2.1059e+000   3.1384e+000   3.1944e+000   9.0000e+001   1.0285e+002   9.0000e+001    020821

         Triclinic, Best Score : Lattice constants, label.
              M =  5.7710e+000 :    2.0742e+000   2.0977e+000   3.2960e+000   1.0682e+002   9.1051e+001   1.0582e+002   0102261
            Mwu =  6.6050e+000 :    2.0742e+000   2.0977e+000   3.2960e+000   1.0682e+002   9.1051e+001   1.0582e+002   0102261
           Mrev =  2.2306e+000 :    2.1256e+000   2.3790e+000   2.8183e+000   9.0402e+001   1.0425e+002   1.1037e+002   0102295
           Msym =  1.2465e+001 :    2.0742e+000   2.0977e+000   3.2960e+000   1.0682e+002   9.1051e+001   1.0582e+002   0102261
             NN =           13 :    2.0283e+000   2.2928e+000   3.1927e+000   8.0159e+001   8.9475e+001   7.1642e+001   0102216

  -->

  <!-- Information on the selected candidates.-->
  <SelectedLatticeCandidate number="0306013">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.5852e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.0474e+002 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0540e+002 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0447e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.1415e+002 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0900e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           130 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.1954e+000   3.3567e+000   3.3567e+000   1.0817e+002   9.7353e+001   9.7353e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </SelectedLatticeCandidate>


  <!-- Candidates for Cubic(F) -->

  <LatticeCandidate number="14015">
   <CrystalSystem>         Cubic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.4346e+000   5.4346e+000   5.4346e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.6051e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.4533e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0615e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   6.0091e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.7330e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   3.0292e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            31 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8529e+000   3.8529e+000   9.4377e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.8529e+000   3.8529e+000   5.4489e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4489e+000   5.4489e+000   3.8529e+000   9.0000e+001   1.3500e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6735e+000   3.8529e+000   3.8529e+000   9.0000e+001   1.2526e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8529e+000   3.8529e+000   3.8529e+000   6.0000e+001   6.0000e+001   6.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Cubic(I) -->



  <!-- Candidates for Cubic(P) -->



  <!-- Candidates for Hexagonal -->



  <!-- Candidates for Rhombohedral -->

  <LatticeCandidate number="100899">
   <CrystalSystem>     Rhombohedral </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters axis="Rhombohedral">   3.4371e+000   3.4371e+000   3.4371e+000   1.0448e+002   1.0448e+002   1.0448e+002 </ReducedLatticeParameters>
   <ReducedLatticeParameters axis="Hexagonal">   5.4345e+000   5.4345e+000   4.2097e+000   9.0000e+001   9.0000e+001   1.2000e+002 </ReducedLatticeParameters>

   <OptimizedLatticeParameters>   5.4345e+000   5.4345e+000   4.2097e+000   9.0000e+001   9.0000e+001   1.2000e+002 </OptimizedLatticeParameters>

   <VolumeOfUnitCell axis="Hexagonal">   1.0767e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.7452e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.1205e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   4.7781e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.3388e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   6.5667e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           166 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6693e+000   3.2839e+000   3.3347e+000   9.0000e+001   1.0949e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4459e+000   4.1164e+000   4.1590e+000   9.0000e+001   1.3090e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.2178e+000   5.4459e+000   3.4441e+000   9.0000e+001   1.1411e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.1164e+000   6.2873e+000   3.4133e+000   9.0000e+001   1.2708e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.4441e+000   3.4441e+000   3.4441e+000   1.0449e+002   1.0449e+002   1.0449e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="100479">
   <CrystalSystem>     Rhombohedral </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters axis="Rhombohedral">   3.8429e+000   3.8429e+000   3.8429e+000   6.0003e+001   6.0003e+001   6.0003e+001 </ReducedLatticeParameters>
   <ReducedLatticeParameters axis="Hexagonal">   3.8430e+000   3.8430e+000   9.4129e+000   9.0000e+001   9.0000e+001   1.2000e+002 </ReducedLatticeParameters>

   <OptimizedLatticeParameters>   3.8430e+000   3.8430e+000   9.4129e+000   9.0000e+001   9.0000e+001   1.2000e+002 </OptimizedLatticeParameters>

   <VolumeOfUnitCell axis="Hexagonal">   1.2039e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.8777e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0775e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   7.1506e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   4.2029e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.6167e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           357 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.8443e+000   3.8484e+000   5.4396e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6562e+000   3.8484e+000   3.8443e+000   9.0000e+001   1.2519e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6633e+000   3.8443e+000   3.8484e+000   9.0000e+001   1.2528e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4396e+000   5.4396e+000   3.8443e+000   9.0000e+001   1.3497e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8443e+000   3.8443e+000   3.8443e+000   6.0071e+001   6.0071e+001   6.0071e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Tetragonal(I) -->

  <LatticeCandidate number="09074">
   <CrystalSystem>    Tetragonal(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8427e+000   3.8427e+000   5.4351e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8427e+000   3.8427e+000   5.4351e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   8.0258e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   6.9669e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0770e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   5.7434e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   4.0014e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   6.4375e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           177 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6803e+000   5.6803e+000   3.6439e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6744e+000   5.6744e+000   3.6482e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6744e+000   5.6744e+000   3.6450e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8434e+000   3.8434e+000   9.4132e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8420e+000   3.8420e+000   9.4132e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   5.4321e+000   5.4321e+000   5.4399e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   3.8438e+000   6.2754e+000   6.2754e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6593e+000   3.8411e+000   3.8411e+000   9.0000e+001   1.2523e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8438e+000   6.2754e+000   3.6776e+000   9.0000e+001   1.2144e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6545e+000   3.8438e+000   3.8438e+000   9.0000e+001   1.2528e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4321e+000   5.4321e+000   3.8438e+000   9.0000e+001   1.3496e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4321e+000   5.4399e+000   3.8411e+000   9.0000e+001   1.3500e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8411e+000   6.2754e+000   3.6788e+000   9.0000e+001   1.2147e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8411e+000   3.8411e+000   3.8438e+000   1.1998e+002   1.1998e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0901">
   <CrystalSystem>    Tetragonal(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.4550e+000   5.4550e+000   3.8360e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.4550e+000   5.4550e+000   3.8360e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.1415e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.1436e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2649e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.5947e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.1568e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.6500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             3 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.7073e+000   5.7073e+000   4.9427e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.9932e+000   5.9932e+000   3.7418e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.8891e+000   4.8891e+000   9.4341e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.0759e+000   4.0759e+000   1.1606e+001   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   3.8430e+000   7.7372e+000   7.7372e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.8836e+000   4.1278e+000   4.2341e+000   9.0000e+001   1.1398e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8430e+000   7.7372e+000   4.3195e+000   9.0000e+001   1.1641e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   7.7372e+000   3.8430e+000   5.4710e+000   9.0000e+001   1.3500e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6858e+000   5.4710e+000   3.8430e+000   9.0000e+001   1.2509e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.2830e+000   6.2894e+000   4.0140e+000   9.0000e+001   1.0547e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.1279e+000   7.7372e+000   3.7515e+000   9.0000e+001   1.2304e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8430e+000   4.3195e+000   4.3195e+000   7.8587e+001   6.3587e+001   6.3587e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Tetragonal(P) -->

  <LatticeCandidate number="0803">
   <CrystalSystem>    Tetragonal(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.1385e+000   3.1385e+000   3.0237e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.9783e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.1744e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.7407e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3321e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.4028e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   5.3500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            17 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            12 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.8450e+000   4.8450e+000   2.7588e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.8450e+000   4.8450e+000   2.2386e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.3999e+000   4.3999e+000   5.3610e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.3549e+000   4.3549e+000   4.4229e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.7798e+000   2.7798e+000   6.0669e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.5016e+000   4.4229e+000   4.4229e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.4229e+000   4.4229e+000   3.0335e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.0814e+000   4.4229e+000   2.5016e+000   9.0000e+001   1.1949e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.2549e+000   2.5016e+000   4.4229e+000   9.0000e+001   1.3500e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.3549e+000   4.3549e+000   3.1275e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.0033e+000   4.3549e+000   2.5407e+000   9.0000e+001   1.1949e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.7294e+000   6.2549e+000   3.1275e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Orthorhombic(F) -->

  <LatticeCandidate number="070135">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.7054e+000   5.4269e+000   6.9250e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.7054e+000   5.4269e+000   6.9250e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.7683e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.4855e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.9841e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1003e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.1521e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1850e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            29 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.1144e+000   5.1144e+000   4.3771e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.5620e+000   3.5620e+000   6.9209e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4289e+000   4.7201e+000   4.3981e+000   9.0000e+001   1.2811e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.7201e+000   6.9209e+000   3.5970e+000   9.0000e+001   1.3101e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.7201e+000   5.4289e+000   4.1886e+000   9.0000e+001   1.2429e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.5970e+000   3.5970e+000   4.1886e+000   1.1170e+002   1.1170e+002   9.7989e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="070499">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8365e+000   5.4300e+000   6.2726e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8365e+000   5.4300e+000   6.2726e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.3067e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.3112e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.5088e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.4732e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.0663e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.0000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            24 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6946e+000   5.6946e+000   3.3069e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.5617e+000   3.5617e+000   9.4096e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.3846e+000   3.8408e+000   4.1336e+000   9.0000e+001   1.3064e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8408e+000   5.3846e+000   3.6778e+000   9.0000e+001   1.2148e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8408e+000   6.2731e+000   3.3070e+000   9.0000e+001   1.2550e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.2687e+000   6.2731e+000   2.9254e+000   9.0000e+001   1.0694e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.3070e+000   3.3070e+000   3.6778e+000   1.0765e+002   1.0765e+002   1.0900e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="070241">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.4343e+000   5.4347e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.4343e+000   5.4347e+000   5.4352e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.6052e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.2380e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0808e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   5.5842e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.3666e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0625e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            28 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8433e+000   3.8433e+000   9.4147e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8434e+000   3.8434e+000   9.4147e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8440e+000   3.8440e+000   9.4147e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.8430e+000   3.8430e+000   5.4372e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.8444e+000   3.8444e+000   5.4331e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4331e+000   5.4365e+000   3.8432e+000   9.0000e+001   1.3498e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6582e+000   3.8430e+000   3.8430e+000   9.0000e+001   1.2525e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4331e+000   5.4372e+000   3.8430e+000   9.0000e+001   1.3498e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6557e+000   3.8444e+000   3.8444e+000   9.0000e+001   1.2528e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6577e+000   3.8432e+000   3.8432e+000   9.0000e+001   1.2526e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4365e+000   5.4331e+000   3.8444e+000   9.0000e+001   1.3500e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8430e+000   3.8430e+000   3.8432e+000   1.1998e+002   1.1998e+002   9.0036e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="070550">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.3157e+000   6.2771e+000   7.6860e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.3157e+000   6.2771e+000   7.6860e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.1172e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.8363e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2437e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0360e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.8109e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.1500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.3240e+000   6.2731e+000   4.0233e+000   9.0000e+001   1.0679e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.3240e+000   7.7037e+000   3.3449e+000   9.0000e+001   1.1033e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.2731e+000   2.3240e+000   4.9674e+000   9.0000e+001   1.2916e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.3240e+000   3.3449e+000   4.0233e+000   8.4241e+001   7.3213e+001   6.9672e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="070495">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.7174e+000   6.2753e+000   7.6854e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.7174e+000   6.2753e+000   7.6854e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.3106e+002 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.2180e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.3268e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.9395e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.2414e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.0250e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.2731e+000   2.7078e+000   4.9501e+000   9.0000e+001   1.2932e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.7078e+000   7.6590e+000   3.4163e+000   9.0000e+001   1.1335e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.7078e+000   6.2731e+000   4.0618e+000   9.0000e+001   1.0947e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.7078e+000   3.4163e+000   4.0618e+000   8.2409e+001   7.0529e+001   6.6652e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Orthorhombic(I) -->

  <LatticeCandidate number="060621">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.2184e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.2184e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6330e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.6015e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.1286e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   4.0748e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.5257e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.2000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             5 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.3962e+000   5.4382e+000   2.1333e+000   9.0000e+001   1.1903e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.8416e+000   3.8439e+000   2.1333e+000   9.0000e+001   1.1142e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6595e+000   2.1333e+000   3.8439e+000   9.0000e+001   1.2525e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.1333e+000   3.4964e+000   3.4964e+000   1.0210e+002   1.0776e+002   1.0776e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="060474">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.0150e+000   3.8427e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.0150e+000   3.8427e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   6.2965e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.3903e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   5.3575e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.9857e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.0704e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.0000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            15 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.4025e+000   5.4025e+000   3.5330e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.7427e+000   3.7427e+000   8.0204e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   3.5924e+000   5.3469e+000   6.2549e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.2393e+000   3.8254e+000   3.0714e+000   9.0000e+001   1.1949e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6430e+000   3.0714e+000   3.8254e+000   9.0000e+001   1.2516e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.9058e+000   5.4310e+000   3.0714e+000   9.0000e+001   1.2876e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.5756e+000   3.5924e+000   3.6405e+000   9.0000e+001   1.2079e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.7899e+000   4.7899e+000   3.6207e+000   9.0000e+001   1.3141e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.0714e+000   6.2549e+000   3.4842e+000   9.0000e+001   1.1615e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.0714e+000   3.6593e+000   3.6593e+000   6.3026e+001   6.5187e+001   6.5187e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="060533">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.6067e+000   3.8459e+000   5.4341e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.6067e+000   3.8459e+000   5.4341e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.4477e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.2736e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.5788e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.6620e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.7646e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.2500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             8 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6871e+000   5.6871e+000   2.5319e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.6782e+000   3.6782e+000   7.0259e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.0282e+000   3.8623e+000   2.5946e+000   9.0000e+001   1.1549e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6727e+000   2.5946e+000   3.8623e+000   9.0000e+001   1.2537e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.6529e+000   5.4413e+000   2.5946e+000   9.0000e+001   1.2389e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.5946e+000   3.5797e+000   3.5797e+000   6.5296e+001   6.8752e+001   6.8752e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="060199">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8427e+000   3.8428e+000   5.4350e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8427e+000   3.8428e+000   5.4350e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   8.0258e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.1068e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0828e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   6.5211e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.6781e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0975e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             3 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           186 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8425e+000   3.8425e+000   9.4140e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.8441e+000   3.8441e+000   9.4155e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   5.4318e+000   5.4318e+000   5.4432e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6616e+000   3.8414e+000   3.8404e+000   9.0000e+001   1.2520e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6621e+000   3.8404e+000   3.8414e+000   9.0000e+001   1.2521e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4318e+000   5.4318e+000   3.8449e+000   9.0000e+001   1.3494e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6544e+000   3.8449e+000   3.8449e+000   9.0000e+001   1.2529e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4318e+000   5.4432e+000   3.8404e+000   9.0000e+001   1.3499e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.8404e+000   3.8414e+000   3.8449e+000   1.1997e+002   1.1996e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="060633">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0537e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0537e+000   3.8428e+000   5.4347e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.2891e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.0510e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.5040e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   3.2721e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.3255e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   6.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.7918e+000   3.8430e+000   1.9953e+000   9.0000e+001   1.1015e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6582e+000   1.9953e+000   3.8430e+000   9.0000e+001   1.2525e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.3301e+000   5.4372e+000   1.9953e+000   9.0000e+001   1.1744e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   1.9953e+000   3.4754e+000   3.4754e+000   1.0293e+002   1.0668e+002   1.0668e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="060565">
   <CrystalSystem>  Orthorhombic(I) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.4304e+000   3.8427e+000   5.4348e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.4304e+000   3.8427e+000   5.4348e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.0757e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.8238e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.5293e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2793e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.7156e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.6000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            17 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             4 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.9517e+000   3.8406e+000   2.4255e+000   9.0000e+001   1.1405e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6551e+000   2.4255e+000   3.8406e+000   9.0000e+001   1.2525e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.5424e+000   5.4350e+000   2.4255e+000   9.0000e+001   1.2227e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4255e+000   3.5416e+000   3.5416e+000   1.0022e+002   1.1002e+002   1.1002e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Orthorhombic(C) -->

  <LatticeCandidate number="050725">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8427e+000   5.4348e+000   2.2185e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8427e+000   5.4348e+000   2.2185e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6333e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   2.0374e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.8293e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.5542e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   5.2037e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.1750e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            28 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2071e+000   3.3265e+000   3.3265e+000   1.0958e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050128">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8427e+000   5.4348e+000   3.8431e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8427e+000   5.4348e+000   3.8431e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   8.0260e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.3669e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.6419e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0311e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.7764e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1175e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            11 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.3259e+000   3.3259e+000   3.8810e+000   9.0000e+001   9.0000e+001   1.0955e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050496">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8453e+000   5.4346e+000   3.0102e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8453e+000   5.4346e+000   3.0102e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   6.2905e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.1351e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   9.6206e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2668e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.5729e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.1500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           219 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.3017e+000   4.3017e+000   4.3146e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.3017e+000   4.3017e+000   3.3262e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.4781e+000   4.4781e+000   4.8453e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.6775e+000   3.6775e+000   8.1465e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.0355e+000   4.3412e+000   6.2549e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.3412e+000   4.3412e+000   5.4310e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.0151e+000   3.3215e+000   3.3215e+000   1.0968e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050793">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8427e+000   5.4348e+000   1.9215e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8427e+000   5.4348e+000   1.9215e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.0128e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   7.4861e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0764e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   7.0942e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   5.3108e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   5.9750e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            10 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   1.8812e+000   3.2763e+000   6.2664e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   1.9722e+000   3.3259e+000   3.3259e+000   1.0960e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050179">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8474e+000   5.4300e+000   3.3212e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8474e+000   5.4300e+000   3.3212e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   6.9385e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   6.0033e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   7.4691e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0403e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.2248e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0350e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            54 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.1989e+000   4.1989e+000   6.8640e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.6913e+000   4.6913e+000   3.5002e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.6913e+000   4.6913e+000   5.0290e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.4789e+000   4.4789e+000   3.5002e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.4789e+000   4.4789e+000   4.4148e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.2040e+000   4.5760e+000   6.3224e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.3527e+000   4.2040e+000   4.2040e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.9432e+000   4.5760e+000   4.5760e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   3.3158e+000   3.3410e+000   3.3410e+000   1.0888e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050622">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8448e+000   5.4349e+000   2.6864e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8448e+000   5.4349e+000   2.6864e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.6135e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.6450e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.0964e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.7481e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.5513e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.4500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            58 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.6853e+000   3.3249e+000   3.3249e+000   1.0954e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050356">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8435e+000   6.2388e+000   2.7170e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8435e+000   6.2388e+000   2.7170e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   6.5150e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.0626e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.2770e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.4298e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   9.8714e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.5500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.4406e+000   3.4406e+000   9.8188e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.3340e+000   4.3340e+000   3.2674e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.3340e+000   4.3340e+000   4.5503e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.5735e+000   4.5735e+000   3.3184e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.0934e+000   4.1750e+000   6.5459e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   4.1750e+000   4.1750e+000   6.2441e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.5042e+000   3.6604e+000   6.5459e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   3.0336e+000   4.1750e+000   4.1750e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.7104e+000   3.6660e+000   3.6660e+000   1.1678e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050722">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8413e+000   3.8751e+000   3.1341e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8413e+000   3.8751e+000   3.1341e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6652e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.0522e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.4519e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   3.2100e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.3007e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   6.9500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             3 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.7310e+000   2.7310e+000   3.1267e+000   9.0000e+001   9.0000e+001   9.0563e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050678">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8418e+000   5.4355e+000   2.4920e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8418e+000   5.4355e+000   2.4920e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.2037e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.7806e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.7163e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3219e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.7781e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            33 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4652e+000   3.3291e+000   3.3291e+000   1.0950e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050688">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.1762e+000   6.2688e+000   1.9229e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.1762e+000   6.2688e+000   1.9229e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.0342e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.6445e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.1510e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0548e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.4888e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.6250e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   6.8218e+000   6.8218e+000   1.8310e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   6.8218e+000   6.8218e+000   1.8514e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   1.8666e+000   3.7316e+000   6.9553e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   1.9377e+000   3.7622e+000   3.7622e+000   1.1243e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050671">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8455e+000   4.3751e+000   3.1375e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8455e+000   4.3751e+000   3.1375e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.2787e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.4001e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.9701e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.6522e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   9.0177e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   2.4973e+000   5.7749e+000   6.2476e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.9109e+000   2.9109e+000   3.1238e+000   9.0000e+001   9.0000e+001   9.7280e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050825">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8410e+000   5.4357e+000   1.8065e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8410e+000   5.4357e+000   1.8065e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.7718e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.2357e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.9829e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3893e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.7311e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   5.9000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             6 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   1.8086e+000   3.3239e+000   3.3239e+000   1.0958e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050559">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.4371e+000   7.6856e+000   2.2189e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.4371e+000   7.6856e+000   2.2189e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.8614e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.1918e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.0740e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3024e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.3486e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.1000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            17 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2102e+000   3.4374e+000   4.2007e+000   1.1415e+002   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="050872">
   <CrystalSystem>  Orthorhombic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.0128e+000   3.2758e+000   3.1369e+000   9.0000e+001   9.0000e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.0128e+000   3.2758e+000   3.1369e+000   9.0000e+001   9.0000e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.0959e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.0118e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.4147e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3799e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.1678e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   4.9000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            16 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             6 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   1.9510e+000   4.4353e+000   6.2615e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2254e+000   2.2254e+000   3.1307e+000   9.0000e+001   9.0000e+001   9.4782e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Orthorhombic(P) -->



  <!-- Candidates for Monoclinic(B) -->

  <LatticeCandidate number="0306013">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.9378e+000   5.4347e+000   2.1955e+000   9.0000e+001   1.0261e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.5852e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.0474e+002 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0540e+002 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0447e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.1415e+002 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0900e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>           130 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.1954e+000   3.3567e+000   3.3567e+000   1.0817e+002   9.7353e+001   9.7353e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305966">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.6014e+000   3.8435e+000   2.2087e+000   9.0000e+001   1.0402e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.6014e+000   3.8435e+000   2.2087e+000   9.0000e+001   1.0402e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6134e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.7012e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.6003e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3239e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.9535e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0950e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            11 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2275e+000   3.4306e+000   3.4306e+000   6.8079e+001   7.5921e+001   7.5921e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306494">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.9257e+000   3.2773e+000   3.3991e+000   9.0000e+001   1.1264e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.9257e+000   3.2773e+000   3.3991e+000   9.0000e+001   1.1264e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.0363e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.5052e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.5935e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2133e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.3314e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.8500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.5527e+000   2.5527e+000   3.3906e+000   7.2917e+001   7.2917e+001   7.9679e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305536">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8995e+000   5.4347e+000   2.5080e+000   9.0000e+001   9.9780e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8995e+000   5.4347e+000   2.5080e+000   9.0000e+001   9.9780e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.2379e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.4914e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.6140e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3352e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.4828e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            19 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4884e+000   3.3444e+000   3.3444e+000   1.0876e+002   9.5484e+001   9.5484e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306932">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.7180e+000   6.2766e+000   2.2841e+000   9.0000e+001   1.2278e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.7180e+000   6.2766e+000   2.2841e+000   9.0000e+001   1.2278e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.2761e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.2509e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.1191e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1860e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.7345e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.7000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             3 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2843e+000   2.4211e+000   3.4171e+000   1.0399e+002   1.0241e+002   1.0968e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305501">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.1492e+000   5.4345e+000   2.5021e+000   9.0000e+001   1.1215e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.1492e+000   5.4345e+000   2.5021e+000   9.0000e+001   1.1215e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.2254e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.2346e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.2301e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1265e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.6253e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            51 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.5042e+000   3.4165e+000   3.4165e+000   1.0518e+002   1.0327e+002   1.0327e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306505">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.3284e+000   3.8356e+000   3.1857e+000   9.0000e+001   1.0004e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.3284e+000   3.8356e+000   3.1857e+000   9.0000e+001   1.0004e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.0047e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.1046e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.3965e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   3.2318e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.5699e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.3000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             6 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.5315e+000   2.5315e+000   3.1865e+000   9.6565e+001   9.6565e+001   9.7814e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305986">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.4368e+000   5.4346e+000   2.2184e+000   9.0000e+001   1.1999e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.4368e+000   5.4346e+000   2.2184e+000   9.0000e+001   1.1999e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6328e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.0521e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.1291e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   3.9557e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   4.1619e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            26 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.2165e+000   3.8432e+000   5.4265e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2165e+000   3.5046e+000   3.5046e+000   1.0147e+002   1.0843e+002   1.0843e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305832">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   6.4304e+000   3.6232e+000   2.1049e+000   9.0000e+001   1.0261e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   6.4304e+000   3.6232e+000   2.1049e+000   9.0000e+001   1.0261e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.7859e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.0356e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.5045e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1778e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   2.2553e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1450e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             3 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.0947e+000   3.6247e+000   6.2782e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.1075e+000   3.6247e+000   3.6931e+000   1.1939e+002   1.0104e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305995">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   6.6559e+000   2.2185e+000   3.8429e+000   9.0000e+001   1.2526e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   6.6564e+000   2.2185e+000   3.8429e+000   9.0000e+001   1.2527e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6335e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   9.9347e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.2003e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   4.0114e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.9852e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.6651e+000   5.6651e+000   2.1732e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.2128e+000   3.8432e+000   5.4214e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2128e+000   3.5009e+000   3.5033e+000   1.0143e+002   1.0841e+002   1.0842e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305965">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.4549e+000   3.8422e+000   2.1923e+000   9.0000e+001   9.4806e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.4549e+000   3.8422e+000   2.1923e+000   9.0000e+001   9.4806e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.5787e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   7.5332e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   7.5799e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3131e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.7425e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1100e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             8 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2279e+000   3.3383e+000   3.3383e+000   7.0248e+001   8.5277e+001   8.5277e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306956">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.3280e+000   3.0150e+000   3.1862e+000   9.0000e+001   1.0003e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.3280e+000   3.0150e+000   3.1862e+000   9.0000e+001   1.0003e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.1482e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   6.2112e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.7168e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.5686e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.5954e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   7.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2446e+000   2.2446e+000   3.1856e+000   8.2558e+001   8.2558e+001   8.4429e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305757">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.4658e+000   3.8428e+000   2.3307e+000   9.0000e+001   9.6123e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.4658e+000   3.8428e+000   2.3307e+000   9.0000e+001   9.6123e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.8675e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   6.1793e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.2616e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2271e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.3762e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1700e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             9 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.3307e+000   3.3382e+000   3.3382e+000   7.0290e+001   8.4966e+001   8.4966e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305709">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.3284e+000   4.7464e+000   3.1868e+000   9.0000e+001   9.9985e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.3284e+000   4.7464e+000   3.1868e+000   9.0000e+001   9.9985e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.9583e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.2850e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.0539e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2321e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.1797e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1800e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            18 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.8948e+000   2.8948e+000   3.1853e+000   9.5751e+001   9.5751e+001   1.0983e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305770">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8607e+000   5.4333e+000   2.3159e+000   9.0000e+001   9.5247e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8607e+000   5.4333e+000   2.3159e+000   9.0000e+001   9.5247e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.8374e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.1359e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.8826e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1921e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.1258e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1350e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            48 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.3240e+000   3.3307e+000   3.3307e+000   1.0935e+002   9.2517e+001   9.2517e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306802">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.4367e+000   3.8420e+000   2.8501e+000   9.0000e+001   1.0756e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.4367e+000   3.8420e+000   2.8501e+000   9.0000e+001   1.0756e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.5879e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.1225e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.2381e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   3.3275e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.7045e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.5000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             1 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   3.9420e+000   3.9420e+000   3.7527e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.1287e+000   4.1287e+000   2.7557e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   4.1287e+000   4.1287e+000   2.1796e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.4935e+000   2.4935e+000   5.4406e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.5781e+000   2.5781e+000   2.8507e+000   1.0152e+002   1.0152e+002   9.6163e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306861">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   6.3173e+000   2.4933e+000   2.2339e+000   9.0000e+001   9.6812e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   6.3173e+000   2.4933e+000   2.2339e+000   9.0000e+001   9.6812e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.4938e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.8787e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.8516e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0558e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.0029e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             3 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2339e+000   2.4933e+000   3.3958e+000   1.1154e+002   9.6334e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305589">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   5.9436e+000   3.8428e+000   2.4677e+000   9.0000e+001   1.1388e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   5.9436e+000   3.8428e+000   2.4677e+000   9.0000e+001   1.1388e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.1537e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.2058e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   5.4259e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.6728e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.0354e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             5 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(I) </CrystalSystem>
     <LatticeParameters>   2.4559e+000   3.8430e+000   5.4372e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4559e+000   3.5446e+000   3.5446e+000   6.5651e+001   6.9917e+001   6.9917e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306501">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0970e+000   5.4345e+000   3.5151e+000   9.0000e+001   9.5593e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0970e+000   5.4345e+000   3.5151e+000   9.0000e+001   9.5593e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.9868e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.7319e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.0421e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.3573e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.7970e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.4000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            75 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>  Orthorhombic(F) </CrystalSystem>
     <LatticeParameters>   2.0562e+000   5.4385e+000   6.9921e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.0982e+000   2.9146e+000   3.5124e+000   8.8012e+001   8.4470e+001   6.8903e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306470">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.1439e+000   5.4334e+000   1.9697e+000   9.0000e+001   1.1197e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.1439e+000   5.4334e+000   1.9697e+000   9.0000e+001   1.1197e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.1128e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.6585e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.7080e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1936e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.0254e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.8000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            21 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   1.9455e+000   3.4066e+000   3.4066e+000   1.0589e+002   1.0225e+002   1.0225e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306407">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.4689e+000   5.4350e+000   3.1610e+000   9.0000e+001   9.6902e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.4689e+000   5.4350e+000   3.1610e+000   9.0000e+001   9.6902e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.2109e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.5238e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2260e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1636e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.6239e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.4000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4544e+000   2.9815e+000   3.1706e+000   8.7038e+001   8.2789e+001   6.5694e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305983">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.3142e+000   4.6992e+000   2.2980e+000   9.0000e+001   9.8579e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.3142e+000   4.6992e+000   2.2980e+000   9.0000e+001   9.8579e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.6067e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.5236e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2574e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0307e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.1555e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0950e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            17 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.2894e+000   3.2014e+000   3.2014e+000   9.4807e+001   9.5804e+001   9.5804e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306806">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.9709e+000   6.2730e+000   2.3592e+000   9.0000e+001   1.2548e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.9709e+000   6.2730e+000   2.3592e+000   9.0000e+001   1.2548e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.5804e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.5056e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2313e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0691e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.2535e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.3000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            10 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.3553e+000   2.5083e+000   3.4720e+000   1.0602e+002   1.0438e+002   1.0457e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0307006">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.4131e+000   6.2711e+000   2.0305e+000   9.0000e+001   1.0890e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.4131e+000   6.2711e+000   2.0305e+000   9.0000e+001   1.0890e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.9069e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.4901e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.0315e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0839e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.2732e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   6.7500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.0265e+000   2.4057e+000   3.3593e+000   6.9018e+001   8.3430e+001   7.1365e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306680">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.1467e+000   3.8431e+000   3.4135e+000   9.0000e+001   1.1290e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.1467e+000   3.8431e+000   3.4135e+000   9.0000e+001   1.1290e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.8028e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.3596e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2436e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.9334e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.4954e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.0000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             5 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.4822e+000   2.4822e+000   3.3970e+000   1.0407e+002   1.0407e+002   1.0144e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306533">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   4.4503e+000   2.8265e+000   3.6320e+000   9.0000e+001   1.2028e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   4.4503e+000   2.8265e+000   3.6320e+000   9.0000e+001   1.2028e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   3.9454e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.3149e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.9375e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.8781e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.2258e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             4 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             6 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.6360e+000   2.6360e+000   3.4627e+000   1.0835e+002   9.7053e+001   1.1516e+002 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0306454">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   6.4456e+000   2.0256e+000   3.1574e+000   9.0000e+001   9.5434e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   6.4456e+000   2.0256e+000   3.1574e+000   9.0000e+001   9.5434e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   4.1038e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.2627e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.9415e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1352e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.9667e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0450e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             8 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.0244e+000   3.1508e+000   3.3757e+000   9.5201e+001   1.0745e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0305656">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.8736e+000   6.2753e+000   2.6627e+000   9.0000e+001   1.2871e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.8736e+000   6.2753e+000   2.6627e+000   9.0000e+001   1.2871e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   5.0506e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.0549e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.7710e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0396e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.2308e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1500e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   5.9554e+000   5.9554e+000   2.5950e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.6577e+000   3.0251e+000   3.6892e+000   1.1258e+002   1.0930e+002   9.4143e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0307213">
   <CrystalSystem>    Monoclinic(B) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0542e+000   5.4370e+000   2.1759e+000   9.0000e+001   1.0907e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0542e+000   5.4370e+000   2.1759e+000   9.0000e+001   1.0907e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.2969e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.0192e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.8862e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.5312e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.6421e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   5.5500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            16 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            16 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>     Rhombohedral </CrystalSystem>
     <LatticeParameters>   2.2772e+000   2.2772e+000   8.1578e+000   9.0000e+001   9.0000e+001   1.2000e+002 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>        Triclinic </CrystalSystem>
     <LatticeParameters>   2.0613e+000   2.1843e+000   2.9080e+000   8.3500e+001   6.9242e+001   7.1374e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Monoclinic(P) -->

  <LatticeCandidate number="020724">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.3280e+000   2.2186e+000   3.3282e+000   9.0000e+001   1.0947e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.3280e+000   2.2186e+000   3.3282e+000   9.0000e+001   1.0947e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.3168e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   1.2713e+001 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.9056e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.7121e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.4479e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            15 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   5.4410e+000   3.8449e+000   2.2209e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020760">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.2367e+000   3.1379e+000   3.1638e+000   9.0000e+001   9.6575e+001   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.2367e+000   3.1379e+000   3.1638e+000   9.0000e+001   9.6575e+001   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.2059e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   8.0250e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   8.1091e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2804e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.8301e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0900e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            28 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.4707e+000   4.4567e+000   2.2322e+000   9.0000e+001   9.4543e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020814">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.3280e+000   1.9214e+000   3.3281e+000   9.0000e+001   1.0948e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.3280e+000   1.9214e+000   3.3281e+000   9.0000e+001   1.0948e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.0064e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.5377e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   1.0756e+001 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   7.2973e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   3.3113e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.8500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.6545e+000   1.8874e+000   3.3283e+000   9.0000e+001   1.0954e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8391e+000   5.4367e+000   1.9792e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.2657e+000   5.4367e+000   1.8598e+000   9.0000e+001   1.1584e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020821">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.1059e+000   3.1384e+000   3.1944e+000   9.0000e+001   1.0285e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.1059e+000   3.1384e+000   3.1944e+000   9.0000e+001   1.0285e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.0584e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.0808e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   4.6418e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.5252e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.0305e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0200e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            40 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   6.2299e+000   2.0904e+000   3.1297e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   4.4730e+000   4.4156e+000   2.0747e+000   9.0000e+001   9.9193e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020968">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.2805e+000   3.1505e+000   2.4181e+000   9.0000e+001   1.1004e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.2805e+000   3.1505e+000   2.4181e+000   9.0000e+001   1.1004e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.6321e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.5226e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.2429e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0931e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.3731e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   8.2000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020905">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.2958e+000   3.1364e+000   2.6474e+000   9.0000e+001   1.0337e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.2958e+000   3.1364e+000   2.6474e+000   9.0000e+001   1.0337e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.8546e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.4642e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   2.9642e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1078e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.3018e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.0000e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             0 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.2524e+000   5.1458e+000   3.1491e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.1616e+000   6.2982e+000   2.6362e+000   9.0000e+001   1.0258e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020910">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.4330e+000   2.4309e+000   3.2951e+000   9.0000e+001   1.0785e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.4330e+000   2.4309e+000   3.2951e+000   9.0000e+001   1.0785e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.8550e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.3497e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.5070e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.9920e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   6.6726e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   9.5500e+001 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             4 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="020784">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   3.2952e+000   2.0539e+000   3.3351e+000   9.0000e+001   1.0974e+002   9.0000e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   3.2952e+000   2.0539e+000   3.3351e+000   9.0000e+001   1.0974e+002   9.0000e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   2.1245e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.2320e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.9204e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.7464e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.8765e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1250e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            21 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   3.8165e+000   5.4305e+000   2.0540e+000   9.0000e+001   9.0000e+001   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>



  <!-- Candidates for Triclinic -->

  <LatticeCandidate number="0102261">
   <CrystalSystem>        Triclinic </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0742e+000   2.0977e+000   3.2960e+000   1.0682e+002   9.1051e+001   1.0582e+002 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0977e+000   2.0742e+000   3.3559e+000   7.9139e+001   7.0072e+001   7.4180e+001 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.3134e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   5.7710e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   6.6050e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.1599e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.2465e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1200e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            11 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
    <LatticeCandidate>
     <CrystalSystem>    Monoclinic(B) </CrystalSystem>
     <LatticeParameters>   2.0979e+000   6.2828e+000   2.0636e+000   9.0000e+001   1.0578e+002   9.0000e+001 </LatticeParameters>
    </LatticeCandidate>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0102206">
   <CrystalSystem>        Triclinic </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0052e+000   2.3355e+000   3.2911e+000   7.2412e+001   8.5130e+001   7.3393e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0052e+000   2.3355e+000   3.2911e+000   1.0759e+002   8.5130e+001   1.0661e+002 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.4079e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.5323e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   5.2554e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   1.9566e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   8.8676e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.2000e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            20 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             7 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0102294">
   <CrystalSystem>        Triclinic </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.1255e+000   2.3791e+000   2.8183e+000   9.0405e+001   1.0425e+002   1.1036e+002 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.1255e+000   2.3791e+000   2.8183e+000   9.0405e+001   1.0425e+002   1.1036e+002 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.2882e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   4.5200e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   5.3578e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.2301e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   1.0080e+001 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.0600e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            18 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>             2 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>

  <LatticeCandidate number="0102216">
   <CrystalSystem>        Triclinic </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <ReducedLatticeParameters>   2.0283e+000   2.2928e+000   3.1927e+000   8.0159e+001   8.9475e+001   7.1642e+001 </ReducedLatticeParameters>
   <OptimizedLatticeParameters>   2.0283e+000   2.2928e+000   3.1927e+000   9.9841e+001   8.9475e+001   1.0836e+002 </OptimizedLatticeParameters>

   <VolumeOfUnitCell>   1.3868e+001 </VolumeOfUnitCell>
   <FigureOfMeritWolff name="M20">   3.3746e+000 </FigureOfMeritWolff>
   <FigureOfMeritWu name="Mwu20">   3.5706e+000 </FigureOfMeritWu>
   <ReversedFigureOfMeritWolff name="Mrev20">   2.0985e+000 </ReversedFigureOfMeritWolff>
   <SymmetricFigureOfMeritWolff name="Msym20">   7.0816e+000 </SymmetricFigureOfMeritWolff>
   <!-- Number of reflections up to the 20th reflection. (The multiplicity of peaks is considered.)-->
   <NumberOfMillerIndicesInRange>   1.1600e+002 </NumberOfMillerIndicesInRange>
   <NumberOfIndexedPeaks>            19 </NumberOfIndexedPeaks>
   <NumberOfPeaksNecessaryToResolveDominantZone>             5 </NumberOfPeaksNecessaryToResolveDominantZone>

   <NumberOfLatticesInNeighborhood>            13 </NumberOfLatticesInNeighborhood>

   <EquivalentLatticeCandidates>
   </EquivalentLatticeCandidates>

  </LatticeCandidate>


 </ConographOutput>
</ZCodeParameters>
