# type topo # generated by MOF++: this is not a deposited structure # net tap — https://mofpp.ramabile.casa/net/tap # 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 3.356410 3.356410 4.157180 90.000000 90.000000 90.000000 48 1 p 0.645001 0.295532 0.000000 0 2/10 3/4 9/13 16/12 25/13 2 p 0.295532 2.711409 0.000000 0 1/16 4/4 12/13 20/12 26/13 3 p 3.060878 0.645001 0.000000 0 1/22 4/10 13/13 22/12 27/13 4 p 2.711409 3.060878 0.000000 0 2/22 3/16 18/13 24/12 28/13 5 p 1.033204 1.382673 2.078590 0 6/13 7/13 10/13 11/13 29/13 6 p 1.973737 1.033204 2.078590 0 5/13 8/13 14/13 17/13 30/13 7 p 1.382673 2.323206 2.078590 0 5/13 8/13 15/13 19/13 31/13 8 p 2.323206 1.973737 2.078590 0 6/13 7/13 21/13 23/13 32/13 9 n 0.908580 0.826617 0.805246 0 1/13 34/13 35/13 10 n 0.769625 0.851588 1.273344 0 5/13 33/13 43/4 11 n 0.769625 0.851588 2.883836 0 5/13 38/13 47/4 12 n 0.826617 2.447830 0.805246 0 2/13 34/13 40/13 13 n 2.529793 0.908580 0.805246 0 3/13 35/13 41/13 14 n 2.504822 0.769625 1.273344 0 6/13 43/13 45/10 15 n 0.851588 2.586785 1.273344 0 7/13 33/16 36/13 16 n 0.908580 0.826617 3.351934 0 1/14 37/13 39/13 17 n 2.504822 0.769625 2.883836 0 6/13 47/13 48/10 18 n 2.447830 2.529793 0.805246 0 4/13 40/13 41/13 19 n 0.851588 2.586785 2.883836 0 7/13 38/16 42/13 20 n 0.826617 2.447830 3.351934 0 2/14 37/13 44/13 21 n 2.586785 2.504822 1.273344 0 8/13 36/22 45/13 22 n 2.529793 0.908580 3.351934 0 3/14 39/13 46/13 23 n 2.586785 2.504822 2.883836 0 8/13 42/22 48/13 24 n 2.447830 2.529793 3.351934 0 4/14 44/13 46/13 25 n 1.622153 0.073472 0.000000 0 1/13 45/10 48/9 26 n 0.073472 1.734257 0.000000 0 2/13 43/4 47/3 27 n 3.282938 1.622153 0.000000 0 3/13 36/22 42/21 28 n 1.734257 3.282938 0.000000 0 4/13 33/16 38/15 29 n 0.056052 1.604733 2.078590 0 5/13 41/4 46/4 30 n 1.751677 0.056052 2.078590 0 6/13 40/10 44/10 31 n 1.604733 3.300358 2.078590 0 7/13 35/16 39/16 32 n 3.300358 1.751677 2.078590 0 8/13 34/22 37/22 33 n 1.149772 0.057059 0.800881 0 10/13 15/10 28/10 34 n 0.528433 1.621146 1.277709 0 9/13 12/13 32/4 35 n 1.735264 0.528433 1.277709 0 9/13 13/13 31/10 36 n 0.057059 2.206638 0.800881 0 15/13 21/4 27/4 37 n 0.528433 1.621146 2.879471 0 16/13 20/13 32/4 38 n 1.149772 0.057059 3.356299 0 11/13 19/10 28/11 39 n 1.735264 0.528433 2.879471 0 16/13 22/13 31/10 40 n 1.621146 2.827977 1.277709 0 12/13 18/13 30/16 41 n 2.827977 1.735264 1.277709 0 13/13 18/13 29/22 42 n 0.057059 2.206638 3.356299 0 19/13 23/4 27/5 43 n 3.299351 1.149772 0.800881 0 10/22 14/13 26/22 44 n 1.621146 2.827977 2.879471 0 20/13 24/13 30/16 45 n 2.206638 3.299351 0.800881 0 14/16 21/13 25/16 46 n 2.827977 1.735264 2.879471 0 22/13 24/13 29/22 47 n 3.299351 1.149772 3.356299 0 11/22 17/13 26/23 48 n 2.206638 3.299351 3.356299 0 17/16 23/13 25/17