Acronym ...
Name hyperbolic order 6 square tiling
 
  ©    ©
Circumradius 1/sqrt(-4) = 0.5 i
Vertex figure [46]
Dual o4o6x
Confer
more general:
x4oPo   x4o2Po  
general polytopal classes:
regular   noble polytopes  
External
links
wikipedia   wikipedia  
 ©    ©

There exists a regular modwrap of this tiling, obtained by identifying every 4th vertex on each hole. Then it allows a representation as infinite regular skew polyhedron, which happens to be a facial subset of the cubical honeycomb.


Incidence matrix according to Dynkin symbol

x4o6o   (N → ∞)

. . . | 2N |  6 |  6
------+----+----+---
x . . |  2 | 6N |  2
------+----+----+---
x4o . |  4 |  4 | 3N

snubbed forms: s4o6o

o3o4x4*a   (N → ∞)

. . .    | 4N |   6 |  3  3
---------+----+-----+------
. . x    |  2 | 12N |  1  1
---------+----+-----+------
o . x4*a |  4 |   4 | 3N  *
. o4x    |  4 |   4 |  * 3N

snubbed forms: o3o4s4*a

xØo3oØx   (N → ∞)

. . . . | 2N |  3  3 |  6
--------+----+-------+---
x . . . |  2 | 3N  * |  2
. . . x |  2 |  * 3N |  2
--------+----+-------+---
x . . x |  4 |  2  2 | 3N

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