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

Report for the framework in file "public/tmp/tmp_11_2_14301_QiPrmo.cif"

There are 8 T-atoms per unit cell
There are 16 O-atoms per unit cell

Framework density = 24.04 T-atoms per nm^3
Material density = 2.398 grams per cm^3 (excluding extra-framework material)
-------------------------------------------------------------------
-------------------------- T-O Analysis ---------------------------
-------------------------------------------------------------------
[Si] Ideal SiO distance = 1.610 Angstrom
T1  -- O1  = 1.5950 Angstrom
T1  -- O2  = 1.6206 Angstrom
T1  -- O4  = 1.6374 Angstrom
T1  -- O3  = 1.6516 Angstrom
      mean = 1.6261 Angstrom
        t1 = 0.112055  (0.0 is a perfect SiO4 tetrahedron)
        t2 = 0.100037  (0.0 is a perfect tetrahedron)

[Si] Ideal SiO distance = 1.610 Angstrom
T2  -- O3  = 1.6319 Angstrom
T2  -- O5  = 1.6533 Angstrom
T2  -- O6  = 1.6945 Angstrom
T2  -- O4  = 2.0745 Angstrom
T2  -- O4  = 1.7257 Angstrom
      mean = 1.7560 Angstrom

        T-O SUMMARY
          Range  = 1.5950 A <--> 2.0745 A
          Mean   = 1.6983 A
          StdDev = 0.1399 A

       t1 Range  = 0.1121 <-- 0.0560 --> 0.1121
       t2 Range  = 0.1000 <-- 0.0500 --> 0.1000

-------------------------------------------------------------------
------------------------- O-T-O Analysis --------------------------
-------------------------------------------------------------------
O1  -- T1  -- O2  = 118.679 deg; O1  -- O2  = 3 A
O1  -- T1  -- O4  = 123.259 deg; O1  -- O4  = 3 A
O1  -- T1  -- O3  =  94.934 deg; O1  -- O3  = 2 A
O2  -- T1  -- O4  = 118.035 deg; O2  -- O4  = 3 A
O2  -- T1  -- O3  = 100.917 deg; O2  -- O3  = 3 A
O4  -- T1  -- O3  =  76.123 deg; O4  -- O3  = 2 A
       76.123 deg <-- 105.325 deg --> 123.259 deg

O3  -- T2  -- O5  = 122.766 deg; O3  -- O5  = 3 A
O3  -- T2  -- O6  = 109.558 deg; O3  -- O6  = 3 A
O3  -- T2  -- O4  =  65.060 deg; O3  -- O4  = 2 A
O3  -- T2  -- O4  =  95.023 deg; O3  -- O4  = 2 A
O5  -- T2  -- O6  = 113.748 deg; O5  -- O6  = 3 A
O5  -- T2  -- O4  =  86.090 deg; O5  -- O4  = 3 A
O5  -- T2  -- O4  =  97.633 deg; O5  -- O4  = 3 A
O6  -- T2  -- O4  =  81.592 deg; O6  -- O4  = 2 A
O6  -- T2  -- O4  = 116.203 deg; O6  -- O4  = 3 A
O4  -- T2  -- O4  = 157.697 deg; O4  -- O4  = 4 A
       65.060 deg <-- 104.537 deg --> 157.697 deg

        O-T-O SUMMARY
          Range  = 65.0597 deg <--> 157.6974 deg
          Mean   = 104.0736 deg
          StdDev = 22.5008 deg

        O--O SUMMARY
          Range  = 2.0277 A <--> 3.7290 A
          Mean   = 2.6460 A
          StdDev = 0.3948 A

-------------------------------------------------------------------
------------------------- T-T-T Analysis --------------------------
-------------------------------------------------------------------
-------------------------------------------------------------------
------------------------- T-O-T Analysis --------------------------
-------------------------------------------------------------------
T1  -- O1  -- T1  = 180.000 deg ; T1  -- T1   3.1900 A

T1  -- O2  -- T1  = 138.729 deg ; T1  -- T1   3.0333 A

T1  -- O3  -- T2  = 117.812 deg ; T1  -- T2   2.8117 A

T1  -- O4  -- T2  =  99.032 deg ; T1  -- T2   2.5585 A
T1  -- O4  -- T2  =  97.796 deg ; T1  -- T2   2.8117 A
T2  -- O4  -- T2  = 157.697 deg ; T2  -- T2   3.7290 A

T2  -- O5  -- T2  = 180.000 deg ; T2  -- T2   3.3066 A

T2  -- O6  -- T2  = 128.588 deg ; T2  -- T2   3.0536 A


        T-O-T SUMMARY
          Range  = 97.7956° <--> 180.0000 deg
          Mean   = 137.4568 deg
          StdDev = 31.2021 deg

        T--T SUMMARY
          Range  = 2.5585 A <--> 3.7290 A
          Mean   = 3.0618 A
          StdDev = 0.3409 A

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

SOME OXYGEN ATOMS ARE TOO CLOSE TO EACH OTHER
O3  -- O4  = 2.0277 A

T-T-T analysis was not conducted.
T1  -- T2  = 2.5585 Angstrom
T2  -- T1  = 2.5585 Angstrom

