sample6%28Monoclinic%28C%29%3B14%2C11.8%2C20.9%2C90%2C101%2C90%29/output/Acrinol-B-D8CuKa1.out.xml

<?xml version="1.0" encoding="UTF-8"?>
<ZCodeParameters>
 <BLDConographOutput>
  <!-- Bravais lattice with minimal distance.
       (The distance between two unit cells is computed by
             Trace((S-T)^2) := \sum_{1 <= i,j <= 3} (sij-tij)^2 
        using the Delone-reduced metric tensors S := (sij) and T := (tij) of their reciprocal lattices.)

   CentringType  NumberOfSolusions  DistanceFromInputUnitCell : unit-cell parameters.
          Cubic(F)    0
          Cubic(I)    0
          Cubic(P)    0
         Hexagonal    0
      Rhombohedral    0
     Tetragonal(I)    0
     Tetragonal(P)    0
   Orthorhombic(F)    1    3.8200e-02 :     1.1792e+01    1.3878e+01    4.1139e+01    9.0000e+01    9.0000e+01    9.0000e+01
   Orthorhombic(I)    0
   Orthorhombic(C)    0
   Orthorhombic(P)    0
     Monoclinic(C)    4    5.0505e-03 :     1.4031e+01    1.1792e+01    2.0946e+01    9.0000e+01    1.0088e+02    9.0000e+01
     Monoclinic(P)    1    1.3429e-01 :     9.0621e+00    2.0570e+01    9.0736e+00    9.0000e+01    9.8889e+01    9.0000e+01

  -->


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


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


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


  <!-- Candidates for Hexagonal -->


  <!-- Candidates for Rhombohedral -->


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


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


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

  <UnitCellCandidate number="0702">
   <CrystalSystem>  Orthorhombic(F) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    1.1792e+01    1.3878e+01    4.1139e+01    9.0000e+01    9.0000e+01    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    3.8200e-02 </DistanceFromInputUnitCell>
  </UnitCellCandidate>


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


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


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


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

  <UnitCellCandidate number="0305">
   <CrystalSystem>    Monoclinic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    1.4031e+01    1.1792e+01    2.0946e+01    9.0000e+01    1.0088e+02    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    5.0505e-03 </DistanceFromInputUnitCell>
  </UnitCellCandidate>

  <UnitCellCandidate number="0305">
   <CrystalSystem>    Monoclinic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    9.1460e+00    4.1139e+01    9.1046e+00    9.0000e+01    1.0046e+02    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    3.6970e-02 </DistanceFromInputUnitCell>
  </UnitCellCandidate>

  <UnitCellCandidate number="0305">
   <CrystalSystem>    Monoclinic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    9.1305e+00    4.1139e+01    9.1169e+00    9.0000e+01    1.0049e+02    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    3.7350e-02 </DistanceFromInputUnitCell>
  </UnitCellCandidate>

  <UnitCellCandidate number="0305">
   <CrystalSystem>    Monoclinic(C) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    1.1792e+01    4.1139e+01    9.0975e+00    9.0000e+01    1.3029e+02    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    3.8199e-02 </DistanceFromInputUnitCell>
  </UnitCellCandidate>


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

  <UnitCellCandidate number="0202">
   <CrystalSystem>    Monoclinic(P) </CrystalSystem>

   <!-- a, b, c(angstrom), alpha, beta, gamma(deg.)-->
   <UnitCellParameters>    9.0621e+00    2.0570e+01    9.0736e+00    9.0000e+01    9.8889e+01    9.0000e+01 </UnitCellParameters>
   <DistanceFromInputUnitCell>    1.3429e-01 </DistanceFromInputUnitCell>
  </UnitCellCandidate>


 </BLDConographOutput>
</ZCodeParameters>