Output from "TOTOPOL", (version 1.92, 17 Jul 2017, Mike Treacy).

Report for the framework in file "public/tmp/tmp_194_6_105760007_Rf0Mjt.cif"

There are 144 T-atoms per unit cell
There are 288 O-atoms per unit cell

Framework density = 17.66 T-atoms per nm^3
Material density = 1.762 grams per cm^3 (excluding extra-framework material)
-------------------------------------------------------------------
-------------------------- T-O Analysis ---------------------------
-------------------------------------------------------------------
[Si] Ideal SiO distance = 1.610 Angstrom
T1  -- O1  = 1.5362 Angstrom
T1  -- O2  = 1.6121 Angstrom
T1  -- O3  = 1.5977 Angstrom
T1  -- O4  = 1.7626 Angstrom
      mean = 1.6272 Angstrom
        t1 = 0.115006  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.092326  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T2  -- O3  = 1.6005 Angstrom
T2  -- O5  = 1.6335 Angstrom
T2  -- O6  = 1.6689 Angstrom
T2  -- O7  = 1.4865 Angstrom
      mean = 1.5974 Angstrom
        t1 = 0.144356  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.108076  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T3  -- O4  = 1.7499 Angstrom
T3  -- O8  = 1.6051 Angstrom
T3  -- O9  = 1.5314 Angstrom
T3  -- O10 = 1.7285 Angstrom
      mean = 1.6537 Angstrom
        t1 = 0.108875  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.066377  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T4  -- O7  = 1.4882 Angstrom
T4  -- O9  = 1.5946 Angstrom
T4  -- O11 = 1.6628 Angstrom
T4  -- O12 = 1.6339 Angstrom
      mean = 1.5949 Angstrom
        t1 = 0.103470  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.066444  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T5  -- O10 = 1.8432 Angstrom
T5  -- O13 = 1.6173 Angstrom
T5  -- O14 = 1.6506 Angstrom
T5  -- O15 = 1.7433 Angstrom
      mean = 1.7136 Angstrom
        t1 = 0.091041  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.039329  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T6  -- O12 = 1.6964 Angstrom
T6  -- O16 = 1.6587 Angstrom
T6  -- O17 = 1.6115 Angstrom
T6  -- O18 = 1.6002 Angstrom
      mean = 1.6417 Angstrom
        t1 = 0.043331  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.024406  (0.0 is a perfect tetrahedron)

        T-O SUMMARY
          Range  = 1.4865 A <--> 1.8432 A
          Mean   = 1.6381 A
          StdDev = 0.0846 A

       t1 Range  = 0.0433 <-- 0.1010 --> 0.1444
       t2 Range  = 0.0244 <-- 0.0662 --> 0.1081

-------------------------------------------------------------------
------------------------- O-T-O Analysis --------------------------
-------------------------------------------------------------------
O1  -- T1  -- O2  = 121.373 deg; O1  -- O2  = 3 A
O1  -- T1  -- O3  = 122.837 deg; O1  -- O3  = 3 A
O1  -- T1  -- O4  =  73.465 deg; O1  -- O4  = 2 A
O2  -- T1  -- O3  = 114.648 deg; O2  -- O3  = 3 A
O2  -- T1  -- O4  =  99.740 deg; O2  -- O4  = 3 A
O3  -- T1  -- O4  =  87.405 deg; O3  -- O4  = 2 A
       73.465 deg <-- 103.245 deg --> 122.837 deg

O3  -- T2  -- O5  = 115.677 deg; O3  -- O5  = 3 A
O3  -- T2  -- O6  = 114.036 deg; O3  -- O6  = 3 A
O3  -- T2  -- O7  =  96.130 deg; O3  -- O7  = 2 A
O5  -- T2  -- O6  = 130.247 deg; O5  -- O6  = 3 A
O5  -- T2  -- O7  =  74.643 deg; O5  -- O7  = 2 A
O6  -- T2  -- O7  =  98.392 deg; O6  -- O7  = 2 A
       74.643 deg <-- 104.854 deg --> 130.247 deg

O4  -- T3  -- O8  = 107.711 deg; O4  -- O8  = 3 A
O4  -- T3  -- O9  = 109.696 deg; O4  -- O9  = 3 A
O4  -- T3  -- O10 = 134.634 deg; O4  -- O10 = 3 A
O8  -- T3  -- O9  = 114.895 deg; O8  -- O9  = 3 A
O8  -- T3  -- O10 = 101.828 deg; O8  -- O10 = 3 A
O9  -- T3  -- O10 =  87.107 deg; O9  -- O10 = 2 A
       87.107 deg <-- 109.312 deg --> 134.634 deg

O7  -- T4  -- O9  =  88.519 deg; O7  -- O9  = 2 A
O7  -- T4  -- O11 = 105.570 deg; O7  -- O11 = 3 A
O7  -- T4  -- O12 =  94.816 deg; O7  -- O12 = 2 A
O9  -- T4  -- O11 = 118.785 deg; O9  -- O11 = 3 A
O9  -- T4  -- O12 = 119.686 deg; O9  -- O12 = 3 A
O11 -- T4  -- O12 = 117.971 deg; O11 -- O12 = 3 A
       88.519 deg <-- 107.558 deg --> 119.686 deg

O10 -- T5  -- O13 = 104.448 deg; O10 -- O13 = 3 A
O10 -- T5  -- O14 = 106.071 deg; O10 -- O14 = 3 A
O10 -- T5  -- O15 = 123.432 deg; O10 -- O15 = 3 A
O13 -- T5  -- O14 = 107.133 deg; O13 -- O14 = 3 A
O13 -- T5  -- O15 = 104.638 deg; O13 -- O15 = 3 A
O14 -- T5  -- O15 = 110.034 deg; O14 -- O15 = 3 A
       104.448 deg <-- 109.293 deg --> 123.432 deg

O12 -- T6  -- O16 = 118.648 deg; O12 -- O16 = 3 A
O12 -- T6  -- O17 = 107.924 deg; O12 -- O17 = 3 A
O12 -- T6  -- O18 = 104.899 deg; O12 -- O18 = 3 A
O16 -- T6  -- O17 = 110.837 deg; O16 -- O17 = 3 A
O16 -- T6  -- O18 = 108.219 deg; O16 -- O18 = 3 A
O17 -- T6  -- O18 = 105.390 deg; O17 -- O18 = 3 A
       104.899 deg <-- 109.319 deg --> 118.648 deg

        O-T-O SUMMARY
          Range  = 73.4648 deg <--> 134.6338 deg
          Mean   = 106.6421 deg
          StdDev = 13.9370 deg

        O--O SUMMARY
          Range  = 1.8952 A <--> 3.2094 A
          Mean   = 2.6125 A
          StdDev = 0.2891 A

-------------------------------------------------------------------
------------------------- T-T-T Analysis --------------------------
-------------------------------------------------------------------
-------------------------------------------------------------------
------------------------- T-O-T Analysis --------------------------
-------------------------------------------------------------------
T1  -- O1  -- T1  = 178.512 deg ; T1  -- T1   3.0722 A

T1  -- O2  -- T1  = 115.766 deg ; T1  -- T1   2.7308 A

T1  -- O3  -- T2  = 116.711 deg ; T1  -- T2   2.7227 A

T1  -- O4  -- T3  = 134.880 deg ; T1  -- T3   3.2437 A

T2  -- O5  -- T2  = 176.346 deg ; T2  -- T2   3.2654 A

T2  -- O6  -- T2  = 116.475 deg ; T2  -- T2   2.8378 A

T2  -- O7  -- T4  = 155.755 deg ; T2  -- T4   2.9084 A

T3  -- O8  -- T3  = 120.134 deg ; T3  -- T3   2.7820 A

T3  -- O9  -- T4  = 141.875 deg ; T3  -- T4   2.9546 A

T3  -- O10 -- T5  = 126.481 deg ; T3  -- T5   3.1896 A

T4  -- O11 -- T4  = 127.333 deg ; T4  -- T4   2.9803 A

T4  -- O12 -- T6  = 116.498 deg ; T4  -- T6   2.8321 A

T5  -- O13 -- T5  = 162.426 deg ; T5  -- T5   3.1966 A

T5  -- O14 -- T5  = 141.028 deg ; T5  -- T5   3.1121 A

T5  -- O15 -- T5  = 143.172 deg ; T5  -- T5   3.3081 A

T6  -- O16 -- T6  = 176.727 deg ; T6  -- T6   3.3160 A

T6  -- O17 -- T6  = 139.342 deg ; T6  -- T6   3.0221 A

T6  -- O18 -- T6  = 144.719 deg ; T6  -- T6   3.0498 A


        T-O-T SUMMARY
          Range  = 115.7657° <--> 178.5121 deg
          Mean   = 140.7878 deg
          StdDev = 21.0137 deg

        T--T SUMMARY
          Range  = 2.7227 A <--> 3.3160 A
          Mean   = 3.0291 A
          StdDev = 0.1927 A

-------------------------------------------------------------------
------------------------ *** WARNINGS *** -------------------------
-------------------------------------------------------------------

SOME OXYGEN ATOMS ARE TOO CLOSE TO EACH OTHER
O1  -- O4  = 1.9813 A
O1  -- O4  = 1.9813 A
O3  -- O7  = 2.2977 A
O5  -- O7  = 1.8952 A
O5  -- O7  = 1.8952 A
O7  -- O9  = 2.1528 A
O9  -- O10 = 2.2507 A

T-T-T analysis was not conducted.

SOME T-ATOM DISTANCES ARE OUTSIDE THE NORMAL RANGE
T1  has 5 neighboring T-atoms within 3.50 A, but only 4 bridging O-atoms
  T1  -- T1  = 3.0722 Angstrom
  T1  -- T1  = 2.7308 Angstrom
  T1  -- T3  = 2.7225 Angstrom
  T1  -- T2  = 2.7227 Angstrom
  T1  -- T3  = 3.2437 Angstrom
T2  has 5 neighboring T-atoms within 3.50 A, but only 4 bridging O-atoms
  T2  -- T1  = 2.7227 Angstrom
  T2  -- T2  = 2.8378 Angstrom
  T2  -- T6  = 3.1787 Angstrom
  T2  -- T2  = 3.2654 Angstrom
  T2  -- T4  = 2.9084 Angstrom
T3  has 5 neighboring T-atoms within 3.50 A, but only 4 bridging O-atoms
  T3  -- T1  = 2.7225 Angstrom
  T3  -- T1  = 3.2437 Angstrom
  T3  -- T3  = 2.7820 Angstrom
  T3  -- T4  = 2.9546 Angstrom
  T3  -- T5  = 3.1896 Angstrom
T6  has 5 neighboring T-atoms within 3.50 A, but only 4 bridging O-atoms
  T6  -- T2  = 3.1787 Angstrom
  T6  -- T4  = 2.8321 Angstrom
  T6  -- T6  = 3.0221 Angstrom
  T6  -- T6  = 3.0498 Angstrom
  T6  -- T6  = 3.3160 Angstrom

-------------------------------------------------------------------
---------------------- Topological Analysis -----------------------
-------------------------------------------------------------------
T1 (Si): multiplicity = 24
Coordination Sequence =
    1 4 9 16 28 43 59 80 108 144 181 217 257 304 362 424 478
TD10 = 673
Circuit symbol = 4.4.4.5.5.6
Weight = 9
Vertex symbol  = 4.4.4.5.5.12
Weight = 18

T2 (Si): multiplicity = 24
Coordination Sequence =
    1 4 10 18 28 41 59 83 114 150 188 226 264 308 356 411 475
TD10 = 696
Circuit symbol = 4.4.5.7.5.7
Weight = 8
Vertex symbol  = 4.4.5.8_{2}.5.12
Weight = 23

T3 (Si): multiplicity = 24
Coordination Sequence =
    1 4 10 18 28 42 59 80 109 144 178 212 252 297 352 419 488
TD10 = 673
Circuit symbol = 4.5_{2}.4.6.6.7_{3}
Weight = 14
Vertex symbol  = 4.5_{2}.4.6.12.16_{2}
Weight = 36

T4 (Si): multiplicity = 24
Coordination Sequence =
    1 4 10 18 26 37 57 81 107 139 179 218 253 300 360 405 450
TD10 = 659
Circuit symbol = 4.5_{2}.4.7.6.6_{2}
Weight = 15
Vertex symbol  = 4.5_{2}.4.16_{2}.6.6
Weight = 31

T5 (Si): multiplicity = 24
Coordination Sequence =
    1 4 9 17 29 45 64 86 111 139 173 216 267 318 368 425 489
TD10 = 678
Circuit symbol = 4.4.4.6.6.6_{2}
Weight = 14
Vertex symbol  = 4.4.4.6.6.16_{4}
Weight = 34

T6 (Si): multiplicity = 24
Coordination Sequence =
    1 4 9 17 27 39 54 77 109 143 178 219 264 306 346 392 446
TD10 = 658
Circuit symbol = 4.4.4.8_{6}.6_{2}.6_{2}
Weight = 18
Vertex symbol  = 4.4.4.8_{2}.6.6
Weight = 18

<TD10> = 672.833
Average ring size = 5.7940
