# type topo
# generated by MOF++: this is not a deposited structure
# net snv-x* — https://mofpp.ramabile.casa/net/snv-x*
# computed maximum-symmetry embedding of the net's own graph; every edge is the
# same length and the cell is the ideal cell of the net's symmetry group, scaled
# so that the mean edge is 1. Lengths are NOT in angstrom and this is NOT a
# measurement of any material.
# provenance: computed:mofpp.embedding-v1 (systre-19.6.0, rcsr-archive-key)
# licence: RCSR-2019
# cell     3.048670     3.048670     3.048670    90.000000    90.000000    90.000000
24
   1 i         0.346908    0.507969    1.139136   0        2/13      3/13      5/13       9/4     10/10      12/4     13/10
   2 i         0.507969    1.139136    0.346908   0        1/13      3/13      4/13      7/12     11/12      12/4      15/4
   3 i         1.139136    0.346908    0.507969   0        1/13      2/13      6/13      8/10     10/10     11/12     14/12
   4 i         0.346908    1.909534    0.507969   0        2/13      7/12      8/13     10/13      15/4     16/12      21/4
   5 i         0.507969    0.346908    1.909534   0        1/13      7/13       9/4     11/13     13/10      18/4     19/10
   6 i         1.909534    0.507969    0.346908   0        3/13      8/10      9/13     12/13     14/12     17/10     20/12
   7 i         0.346908    1.139136    2.540701   0        2/14      4/14      5/13     11/13     16/13      18/4      20/4
   8 i         1.139136    2.540701    0.346908   0        3/16      4/13      6/16     10/13     16/12     17/13     19/12
   9 i         2.540701    0.346908    1.139136   0        1/22      5/22      6/13     12/13     17/10     18/13     21/10
  10 i         0.507969    2.701762    1.139136   0        1/16      3/16      4/13      8/13     13/13      21/4      23/4
  11 i         1.139136    0.507969    2.701762   0        2/14      3/14      5/13      7/13     14/13     19/10     22/10
  12 i         2.701762    1.139136    0.507969   0        1/22      2/22      6/13      9/13     15/13     20/12     24/12
  13 i         0.346908    2.540701    1.909534   0        1/16      5/16     10/13     16/13     19/13      23/4      24/4
  14 i         1.909534    0.346908    2.540701   0        3/14      6/14     11/13     18/13     20/13     22/10     23/10
  15 i         2.540701    1.909534    0.346908   0        2/22      4/22     12/13     17/13     21/13     22/12     24/12
  16 i         0.507969    1.909534    2.701762   0        4/14      7/13      8/14     13/13     19/13      20/4      24/4
  17 i         1.909534    2.701762    0.507969   0        6/16      8/13      9/16     15/13     19/12     21/13     22/12
  18 i         2.701762    0.507969    1.909534   0        5/22      7/22      9/13     14/13     20/13     21/10     23/10
  19 i         1.139136    2.701762    2.540701   0        5/16      8/14     11/16     13/13     16/13     17/14     22/13
  20 i         2.540701    1.139136    2.701762   0        6/14      7/22     12/14     14/13     16/22     18/13     24/13
  21 i         2.701762    2.540701    1.139136   0        4/22      9/16     10/22     15/13     17/13     18/16     23/13
  22 i         1.909534    2.540701    2.701762   0       11/16     14/16     15/14     17/14     19/13     23/13     24/13
  23 i         2.540701    2.701762    1.909534   0       10/22     13/22     14/16     18/16     21/13     22/13     24/13
  24 i         2.701762    1.909534    2.540701   0       12/14     13/22     15/14     16/22     20/13     22/13     23/13