# type topo # generated by MOF++: this is not a deposited structure # net jkz-a — https://mofpp.ramabile.casa/net/jkz-a # 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 7.811750 5.861490 2.514740 90.000000 90.000000 90.000000 88 1 i 0.000000 0.000000 0.746827 0 2/13 9/13 21/4 24/10 38/1 41/13 46/10 2 i 0.000000 0.000000 1.767913 0 1/13 18/13 33/4 36/10 40/1 45/13 48/10 3 i 0.000000 2.930745 0.510543 0 5/12 11/13 13/13 26/4 30/4 42/13 43/13 4 i 3.905875 0.000000 0.510543 0 6/12 10/13 14/13 27/10 31/10 49/13 54/10 5 i 0.000000 2.930745 2.004197 0 3/14 19/13 22/13 34/4 37/4 44/13 47/13 6 i 3.905875 0.000000 2.004197 0 4/14 17/13 23/13 35/10 39/10 52/13 56/10 7 i 3.905875 2.930745 0.746827 0 8/13 12/13 15/13 16/13 20/13 50/13 51/13 8 i 3.905875 2.930745 1.767913 0 7/13 25/13 28/13 29/13 32/13 53/13 55/13 9 p 0.851168 0.492131 0.500987 0 1/13 18/12 24/10 41/13 58/13 10 p 3.054707 0.492131 0.756383 0 4/13 17/13 27/10 49/13 57/13 11 p 0.851168 2.438614 0.756383 0 3/13 13/13 19/13 42/13 59/13 12 p 3.054707 2.438614 0.500987 0 7/13 15/13 25/12 50/13 60/13 13 p 0.851168 3.422876 0.756383 0 3/13 11/13 22/13 43/13 61/13 14 p 4.757043 0.492131 0.756383 0 4/13 23/13 31/10 49/13 63/13 15 p 3.054707 3.422876 0.500987 0 7/13 12/13 28/12 51/13 64/13 16 p 4.757043 2.438614 0.500987 0 7/13 20/13 29/12 50/13 66/13 17 p 3.054707 0.492131 1.758357 0 6/13 10/13 35/10 52/13 68/13 18 p 0.851168 0.492131 2.013753 0 2/13 9/14 36/10 45/13 62/13 19 p 0.851168 2.438614 1.758357 0 5/13 11/13 22/13 44/13 70/13 20 p 4.757043 3.422876 0.500987 0 7/13 16/13 32/12 51/13 74/13 21 p 6.960582 0.492131 0.500987 0 1/22 33/12 38/10 41/22 67/13 22 p 0.851168 3.422876 1.758357 0 5/13 13/13 19/13 47/13 78/13 23 p 4.757043 0.492131 1.758357 0 6/13 14/13 39/10 52/13 79/13 24 p 0.851168 5.369359 0.500987 0 1/16 9/16 36/12 46/13 72/13 25 p 3.054707 2.438614 2.013753 0 8/13 12/14 28/13 53/13 65/13 26 p 6.960582 2.438614 0.756383 0 3/22 30/13 34/13 42/22 69/13 27 p 3.054707 5.369359 0.756383 0 4/16 10/16 35/13 54/13 71/13 28 p 3.054707 3.422876 2.013753 0 8/13 15/14 25/13 55/13 73/13 29 p 4.757043 2.438614 2.013753 0 8/13 16/14 32/13 53/13 75/13 30 p 6.960582 3.422876 0.756383 0 3/22 26/13 37/13 43/22 76/13 31 p 4.757043 5.369359 0.756383 0 4/16 14/16 39/13 54/13 81/13 32 p 4.757043 3.422876 2.013753 0 8/13 20/14 29/13 55/13 85/13 33 p 6.960582 0.492131 2.013753 0 2/22 21/14 40/10 45/22 77/13 34 p 6.960582 2.438614 1.758357 0 5/22 26/13 37/13 44/22 82/13 35 p 3.054707 5.369359 1.758357 0 6/16 17/16 27/13 56/13 84/13 36 p 0.851168 5.369359 2.013753 0 2/16 18/16 24/14 48/13 80/13 37 p 6.960582 3.422876 1.758357 0 5/22 30/13 34/13 47/22 86/13 38 p 6.960582 5.369359 0.500987 0 1/25 21/16 40/12 46/22 83/13 39 p 4.757043 5.369359 1.758357 0 6/16 23/16 31/13 56/13 88/13 40 p 6.960582 5.369359 2.013753 0 2/25 33/16 38/14 48/22 87/13 41 p 0.000000 0.982093 0.500157 0 1/13 9/13 21/4 42/13 45/12 42 p 0.000000 1.948652 0.757213 0 3/13 11/13 26/4 41/13 44/13 43 p 0.000000 3.912838 0.757213 0 3/13 13/13 30/4 46/13 47/13 44 p 0.000000 1.948652 1.757527 0 5/13 19/13 34/4 42/13 45/13 45 p 0.000000 0.982093 2.014583 0 2/13 18/13 33/4 41/14 44/13 46 p 0.000000 4.879397 0.500157 0 1/16 24/13 38/4 43/13 48/12 47 p 0.000000 3.912838 1.757527 0 5/13 22/13 37/4 43/13 48/13 48 p 0.000000 4.879397 2.014583 0 2/16 36/13 40/4 46/14 47/13 49 p 3.905875 0.982093 0.757213 0 4/13 10/13 14/13 50/13 52/13 50 p 3.905875 1.948652 0.500157 0 7/13 12/13 16/13 49/13 53/12 51 p 3.905875 3.912838 0.500157 0 7/13 15/13 20/13 54/13 55/12 52 p 3.905875 0.982093 1.757527 0 6/13 17/13 23/13 49/13 53/13 53 p 3.905875 1.948652 2.014583 0 8/13 25/13 29/13 50/14 52/13 54 p 3.905875 4.879397 0.757213 0 4/16 27/13 31/13 51/13 56/13 55 p 3.905875 3.912838 2.014583 0 8/13 28/13 32/13 51/14 56/13 56 p 3.905875 4.879397 1.757527 0 6/16 35/13 39/13 54/13 55/13 57 n 2.318918 1.122651 0.497994 0 10/13 59/13 68/12 58 n 1.586957 1.122651 0.759376 0 9/13 60/13 62/13 59 n 1.586957 1.808094 0.497994 0 11/13 57/13 70/12 60 n 2.318918 1.808094 0.759376 0 12/13 58/13 65/13 61 n 1.586957 4.053396 0.497994 0 13/13 71/13 78/12 62 n 1.586957 1.122651 1.755364 0 18/13 58/13 65/13 63 n 5.492832 1.122651 0.497994 0 14/13 69/13 79/12 64 n 2.318918 4.053396 0.759376 0 15/13 72/13 73/13 65 n 2.318918 1.808094 1.755364 0 25/13 60/13 62/13 66 n 5.492832 1.808094 0.759376 0 16/13 67/13 75/13 67 n 6.224793 1.122651 0.759376 0 21/13 66/13 77/13 68 n 2.318918 1.122651 2.016746 0 17/13 57/14 70/13 69 n 6.224793 1.808094 0.497994 0 26/13 63/13 82/12 70 n 1.586957 1.808094 2.016746 0 19/13 59/14 68/13 71 n 2.318918 4.738839 0.497994 0 27/13 61/13 84/12 72 n 1.586957 4.738839 0.759376 0 24/13 64/13 80/13 73 n 2.318918 4.053396 1.755364 0 28/13 64/13 80/13 74 n 5.492832 4.053396 0.759376 0 20/13 83/13 85/13 75 n 5.492832 1.808094 1.755364 0 29/13 66/13 77/13 76 n 6.224793 4.053396 0.497994 0 30/13 81/13 86/12 77 n 6.224793 1.122651 1.755364 0 33/13 67/13 75/13 78 n 1.586957 4.053396 2.016746 0 22/13 61/14 84/13 79 n 5.492832 1.122651 2.016746 0 23/13 63/14 82/13 80 n 1.586957 4.738839 1.755364 0 36/13 72/13 73/13 81 n 5.492832 4.738839 0.497994 0 31/13 76/13 88/12 82 n 6.224793 1.808094 2.016746 0 34/13 69/14 79/13 83 n 6.224793 4.738839 0.759376 0 38/13 74/13 87/13 84 n 2.318918 4.738839 2.016746 0 35/13 71/14 78/13 85 n 5.492832 4.053396 1.755364 0 32/13 74/13 87/13 86 n 6.224793 4.053396 2.016746 0 37/13 76/14 88/13 87 n 6.224793 4.738839 1.755364 0 40/13 83/13 85/13 88 n 5.492832 4.738839 2.016746 0 39/13 81/14 86/13