Acronym	gid tipathi
Name	great ditrigonal prismatotriakishecatonicosachoron
Cross sections	©
Circumradius	sqrt[13-2 sqrt(5)] = 2.920251
Colonel of regiment	(is itself locally convex – uniform polychoral members: by cells: gaquatid gidditdid giid ti toe trip gid tipathi 120 120 0 120 0 1200 giphixhi 0 0 120 120 600 1200 & others)
Face vector	7200, 18000, 11280, 1560
Confer	general polytopal classes: Wythoffian polychora
External links

As abstract polytope gid tipathi is isomorphic to sid tipathi, thereby replacing pentagons by pentagrams and decagrams by decagons, respectively gaquatid by grid, ti by tiggy, and gidditdid by sidditdid.

Incidence matrix according to Dynkin symbol

     x     
   3 |     
     x     
  5 / \ 5/3
   o---x   
     3     

x3x5o3x5/3*b

. . . .      | 7200 |    1    2    2 |    2    2    1    2    1 |   1   2    1   1
-------------+------+----------------+--------------------------+-----------------
x . . .      |    2 | 3600    *    * |    2    2    0    0    0 |   1   2    1   0
. x . .      |    2 |    * 7200    * |    1    0    1    1    0 |   1   1    0   1
. . . x      |    2 |    *    * 7200 |    0    1    0    1    1 |   0   1    1   1
-------------+------+----------------+--------------------------+-----------------
x3x . .      |    6 |    3    3    0 | 2400    *    *    *    * |   1   1    0   0
x . . x      |    4 |    2    0    2 |    * 3600    *    *    * |   0   1    1   0
. x5o .      |    5 |    0    5    0 |    *    * 1440    *    * |   1   0    0   1
. x . x5/3*b |   10 |    0    5    5 |    *    *    * 1440    * |   0   1    0   1
. . o3x      |    3 |    0    0    3 |    *    *    *    * 2400 |   0   0    1   1
-------------+------+----------------+--------------------------+-----------------
x3x5o .      ♦   60 |   30   60    0 |   20    0   12    0    0 | 120   *    *   *
x3x . x5/3*b ♦  120 |   60   60   60 |   20   30    0   12    0 |   * 120    *   *
x . o3x      ♦    6 |    3    0    6 |    0    3    0    0    2 |   *   * 1200   *
. x5o3x5/3*b ♦   60 |    0   60   60 |    0    0   12   12   20 |   *   *    * 120

     x     
   3 |     
     x     
5/4 / \ 5/3
   o---x   
    3/2    

x3x5/4o3/2x5/3*b

. .   .   .      | 7200 |    1    2    2 |    2    2    1    2    1 |   1   2    1   1
-----------------+------+----------------+--------------------------+-----------------
x .   .   .      |    2 | 3600    *    * |    2    2    0    0    0 |   1   2    1   0
. x   .   .      |    2 |    * 7200    * |    1    0    1    1    0 |   1   1    0   1
. .   .   x      |    2 |    *    * 7200 |    0    1    0    1    1 |   0   1    1   1
-----------------+------+----------------+--------------------------+-----------------
x3x   .   .      |    6 |    3    3    0 | 2400    *    *    *    * |   1   1    0   0
x .   .   x      |    4 |    2    0    2 |    * 3600    *    *    * |   0   1    1   0
. x5/4o   .      |    5 |    0    5    0 |    *    * 1440    *    * |   1   0    0   1
. x   .   x5/3*b |   10 |    0    5    5 |    *    *    * 1440    * |   0   1    0   1
. .   o3/2x      |    3 |    0    0    3 |    *    *    *    * 2400 |   0   0    1   1
-----------------+------+----------------+--------------------------+-----------------
x3x5/4o   .      ♦   60 |   30   60    0 |   20    0   12    0    0 | 120   *    *   *
x3x   .   x5/3*b ♦  120 |   60   60   60 |   20   30    0   12    0 |   * 120    *   *
x .   o3/2x      ♦    6 |    3    0    6 |    0    3    0    0    2 |   *   * 1200   *
. x5/4o3/2x5/3*b ♦   60 |    0   60   60 |    0    0   12   12   20 |   *   *    * 120