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Net topology

ntt

Ingested production record from rcsr+mofplus. Per-field provenance in field_sources.

JSON · mfpx

176 vertices and 288 edges in the unit cell. 48 of them leave the cell and continue into a neighbouring one; those are drawn in the accent colour and end at a hollow node. Squares are vertices of coordination 5 or more, circles of 4 or fewer. Drag to rotate, or focus the figure and use the arrow keys.

Crystallographic description

Spacegroup
not recorded
Cell lengths
a = 7.3485 Å, b = 7.3485 Å, c = 7.3485 Å
Cell angles
α = 90.00°, β = 90.00°, γ = 90.00°
Atoms in cell
176
Transitivity pqrs
not recorded
Catenated
no
No, on the MOF+ name heuristic: that source marks a catenated net by a -c in its name, which the legacy client filters on, and this is that marker read back. A name heuristic, not a computed property of the topology, and not a measurement either source made.

Canonical key

Systre key
3 1 2 0 0 0 1 3 0 0 0 1 4 0 0 0 1 5 0 0 0 2 6 0 0 0 2 7 0 0 0 3 8 0 0 0 3 9 0 0 0 4 10 0 0 0 4 11 0 0 0 5 12 0 0 0 5 13 0 0 0 6 14 0 0 0 6 15 0 0 0 6 16 0 0 0 7 17 0 0 0 7 18 0 0 0 8 16 0 0 0 8 19 0 0 0 8 20 0 0 0 9 21 0 0 0 9 22 0 0 0 10 21 1 0 0 10 23 0 0 0 10 24 0 0 0 11 19 0 1 0 11 25 0 0 0 12 17 0 0 1 12 24 0 0 0 12 26 0 0 0 13 14 -1 1 1 13 27 0 0 0 14 28 0 0 0 15 29 0 0 0 15 30 0 0 0 16 31 0 0 0 17 32 0 0 0 18 28 -1 1 0 18 33 0 0 0 19 34 0 0 0 20 29 -1 0 1 20 35 0 0 0 21 36 0 0 0 22 33 0 0 0 22 34 -1 1 0 23 30 0 0 0 23 37 0 0 0 24 38 0 0 0 25 33 0 0 0 25 36 0 1 0 26 35 0 0 0 26 37 -1 0 1 27 32 -1 1 1 27 33 0 0 0 28 39 0 0 0 28 40 0 0 0 29 41 0 0 0 30 39 0 0 0 30 42 0 0 0 31 42 -1 0 0 31 43 0 0 0 32 41 0 0 0 32 43 0 0 0 34 40 0 0 0 34 44 0 0 0 35 43 0 0 1 35 44 0 0 0 36 41 -1 0 1 36 42 -1 0 0 37 40 0 1 0 38 39 -1 1 1 38 44 0 1 0
(rcsr)The canonical Systre key, copied verbatim from the local RCSR Systre archive of 2019-06-01. It is not computed here and cannot be: no Gavrog/Systre toolchain runs on this machine, so nothing on this site derives, extends, repairs or verifies a key. The checksum served beside it is the one the archive itself carries, copied from the same block, so that this copy can be checked against the upstream file; no checksum is computed or verified here.
Checksum
47794107d5b4ea19cde6e483577abacd (rcsr)

Vertices

The mapping of coordination sequences onto vertex classes that the source supplied was checked against a walk over the periodic topology of the net itself, one walk per vertex class, and agreed. The sequences are the values the source supplied; the walk settled nothing but which class each one describes.

Not corroborated. The coordination sequences beside these symbols carry a corroboration of their own, stated under coordination_sequences; the vertex symbols carry none. A vertex symbol names the shortest ring at each angle of a vertex, no ring perception runs anywhere in this project, and so there is nothing here that could reproduce one: these strings are served on the word of the source alone. What was checked is their shape — a d-coordinated vertex has d(d-1)/2 angles and a whole symbol names a ring at each, and a string that lists fewer is flagged rather than served as a symbol. A string that passes that count can still be wrong in its rings, and nothing here says otherwise.

One row per distinct vertex. The coordination sequence counts how many vertices lie at each topological distance; the vertex symbol names the shortest ring at each angle of the vertex. The two columns do not carry the same warrant: which of them was corroborated, and which was not, is stated above the table.
# Coordination Site symmetry Vertex symbol Coordination sequence
0 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
1 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
2 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
3 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
4 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
5 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
6 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
7 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
8 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
9 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
10 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
11 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
12 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
13 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
14 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
15 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
16 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
17 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
18 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
19 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
20 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
21 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
22 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
23 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
24 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
25 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
26 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
27 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
28 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
29 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
30 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
31 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
32 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
33 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
34 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
35 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
36 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
37 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
38 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
39 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
40 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
41 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
42 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
43 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
44 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
45 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
46 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
47 4 —6.6.8.8.8(2).8(2)4 8 18 29 52 61 106 120 170 187
48 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
49 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
50 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
51 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
52 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
53 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
54 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
55 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
56 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
57 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
58 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
59 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
60 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
61 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
62 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
63 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
64 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
65 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
66 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
67 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
68 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
69 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
70 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
71 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
72 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
73 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
74 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
75 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
76 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
77 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
78 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
79 3 —8(3).8(3).8(3)3 6 18 24 42 63 84 93 183 175
80 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
81 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
82 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
83 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
84 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
85 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
86 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
87 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
88 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
89 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
90 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
91 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
92 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
93 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
94 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
95 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
96 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
97 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
98 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
99 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
100 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
101 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
102 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
103 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
104 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
105 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
106 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
107 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
108 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
109 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
110 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
111 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
112 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
113 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
114 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
115 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
116 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
117 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
118 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
119 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
120 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
121 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
122 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
123 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
124 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
125 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
126 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
127 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
128 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
129 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
130 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
131 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
132 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
133 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
134 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
135 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
136 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
137 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
138 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
139 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
140 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
141 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
142 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
143 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
144 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
145 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
146 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
147 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
148 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
149 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
150 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
151 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
152 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
153 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
154 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
155 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
156 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
157 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
158 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
159 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
160 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
161 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
162 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
163 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
164 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
165 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
166 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
167 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
168 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
169 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
170 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
171 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
172 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
173 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
174 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206
175 3 —6.8(3).8(3)3 8 15 29 40 69 81 131 146 206

Provenance

Source
rcsr+mofplus — reconciled from both, field by field
Identifier at the source
ntt
Retrieved
2026-09-09
Licence
CC BY 4.0 — verified from MOF++ project decision, CONTEXT §6 (Licensing): MOF+ is this group's own service, so nets retrieved from it are the project's own data to license, and the project licenses its data CC BY 4.0. No third-party grant is claimed..
Published
yes

Position in the collection

RCSR index
1465 (derived) Derived by this site, not published by RCSR: the 1-based position of the symbol in the ascending ASCII-lexicographic ordering of the 2930 symbols in the RCSR Systre archive of 2019-06-01. RCSR does not number its nets; this is our ordering of their symbols and nothing more.
Complexity rank
2299 The order the ingest processed this net in, simplest first. A different number from the RCSR index above, meaning a different thing.