Acronym ... Name partially contracted hyperbolic x4o3x3o3*b tesselation Confer related hyperbolic polytopes: o4o3x3o3*b   pex-o4o3x3o3*b   x4o3x3o3*b   general polytopal classes: partial Stott expansions   scaliform

This non-compact hyperbolic tesselation uses the euclidean tiling trat in the sense of an infinite horohedron as cell.

It can be derived as partial Stott contraction of x4o3x3o3*b, when that one will use a 3-coloring of either edge class, contracting the lacing heights of one of the trip classes (e.g. the one marked "o" below).

A further contraction, e.g. of the "v" edges, results then in pex-o4o3x3o3*b.

Incidence matrix

```pac-x4o3x3o3*b   (N,M → ∞)

12NM |    4    4    2   1   1 |   1    4    4    6   2   2   1 |   4   2   2  2
-----+------------------------+--------------------------------+---------------
2 | 24NM    *    *   *   * |   0    1    0    1   1   0   0 |   1   1   0  1  r
2 |    * 24NM    *   *   * |   0    0    1    1   0   1   0 |   1   0   1  1  y
2 |    *    * 12NM   *   * |   0    0    0    2   0   0   1 |   1   0   0  2  b
2 |    *    *    * 6NM   * |   1    4    0    0   0   0   0 |   3   2   0  0  g
2 |    *    *    *   * 6NM |   1    0    4    0   0   0   0 |   3   0   2  0  v
-----+------------------------+--------------------------------+---------------
4 |    0    0    0   2   2 | 3NM    *    *    *   *   *   * |   2   0   0  0  gv
4 |    2    0    0   2   0 |   * 12NM    *    *   *   *   * |   1   1   0  0  rg
4 |    0    2    0   0   2 |   *    * 12NM    *   *   *   * |   1   0   1  0  yv
3 |    1    1    1   0   0 |   *    *    * 24NM   *   *   * |   1   0   0  1  ryb
3 |    3    0    0   0   0 |   *    *    *    * 8NM   *   * |   0   1   0  1  r
3 |    0    3    0   0   0 |   *    *    *    *   * 8NM   * |   0   0   1  1  y
3 |    0    0    3   0   0 |   *    *    *    *   *   * 4NM |   0   0   0  2  b
-----+------------------------+--------------------------------+---------------
16 |    8    8    4   6   6 |   2    4    4    8   0   0   0 | 3NM   *   *  *  squobcu
6 |    6    0    0   3   0 |   0    3    0    0   2   0   0 |   * 4NM   *  *  r-trip
6 |    0    6    0   0   3 |   0    0    3    0   0   2   0 |   *   * 4NM  *  y-trip
3M |   3M   3M   3M   0   0 |   0    0    0   3M   M   M   M |   *   *   * 8N  trat
```