Acronym	tigaghi
Name	truncated great grand hecatonicosachoron
Cross sections	©
Circumradius	2
General of army	sidpixhi
Colonel of regiment	(is itself locally convex – uniform polychoral members: by cells: gissid tigid tigaghi 120 120 ) *
Face vector	2400, 4800, 2160, 240
Confer	compounds: badhidy   blends: bithi   gabbadipady   sanbathi+tigaghi   decompositions: ragaghi || tigaghi   general polytopal classes: Wythoffian polychora
External links

* The truncated great grand hecatonicosachoron is a still locally convex partial edge-faceting of the small blendic disprismatodishecatonicosachoron (sabbadipady), i.e. uses a subset of its edge skeleton.

As abstract polytope tigaghi is isomorphic to quit sishi, thereby replacing the pentagrams by pentagons and replacing the decagons by decagrams, resp. replacing gissid by doe and replacing tigid by quit sissid.

If considered with according densities, then tigaghi can be thought of as the external blend of 1 ragaghi + 120 diddatigids + 120 gissiddips. This decomposition is described as the degenerate segmentoteron ox5xx5/2oo3oo&#x.

Incidence matrix according to Dynkin symbol

x5x5/2o3o

. .   . . | 2400 |    1    3 |   3    3 |   3   1
----------+------+-----------+----------+--------
x .   . . |    2 | 1200    * |   3    0 |   3   0
. x   . . |    2 |    * 3600 |   1    2 |   2   1
----------+------+-----------+----------+--------
x5x   . . |   10 |    5    5 | 720    * |   2   0
. x5/2o . |    5 |    0    5 |   * 1440 |   1   1
----------+------+-----------+----------+--------
x5x5/2o . ♦   60 |   30   60 |  12   12 | 120   *
. x5/2o3o ♦   20 |    0   30 |   0   12 |   * 120

x5x5/2o3/2o

. .   .   . | 2400 |    1    3 |   3    3 |   3   1
------------+------+-----------+----------+--------
x .   .   . |    2 | 1200    * |   3    0 |   3   0
. x   .   . |    2 |    * 3600 |   1    2 |   2   1
------------+------+-----------+----------+--------
x5x   .   . |   10 |    5    5 | 720    * |   2   0
. x5/2o   . |    5 |    0    5 |   * 1440 |   1   1
------------+------+-----------+----------+--------
x5x5/2o   . ♦   60 |   30   60 |  12   12 | 120   *
. x5/2o3/2o ♦   20 |    0   30 |   0   12 |   * 120

x5x5/3o3o

. .   . . | 2400 |    1    3 |   3    3 |   3   1
----------+------+-----------+----------+--------
x .   . . |    2 | 1200    * |   3    0 |   3   0
. x   . . |    2 |    * 3600 |   1    2 |   2   1
----------+------+-----------+----------+--------
x5x   . . |   10 |    5    5 | 720    * |   2   0
. x5/3o . |    5 |    0    5 |   * 1440 |   1   1
----------+------+-----------+----------+--------
x5x5/3o . ♦   60 |   30   60 |  12   12 | 120   *
. x5/3o3o ♦   20 |    0   30 |   0   12 |   * 120

x5x5/3o3/2o

. .   .   . | 2400 |    1    3 |   3    3 |   3   1
------------+------+-----------+----------+--------
x .   .   . |    2 | 1200    * |   3    0 |   3   0
. x   .   . |    2 |    * 3600 |   1    2 |   2   1
------------+------+-----------+----------+--------
x5x   .   . |   10 |    5    5 | 720    * |   2   0
. x5/3o   . |    5 |    0    5 |   * 1440 |   1   1
------------+------+-----------+----------+--------
x5x5/3o   . ♦   60 |   30   60 |  12   12 | 120   *
. x5/3o3/2o ♦   20 |    0   30 |   0   12 |   * 120