Hexaapeirogonal tiling
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Hexaapeirogonal tiling | |
---|---|
Rank | 3 |
Type | Uniform, paracompact |
Space | Hyperbolic |
Notation | |
Bowers style acronym | Hazt |
Coxeter diagram | o∞x6o () |
Schläfli symbol | |
Elements | |
Faces | NM hexagons, 6N Apeirogons |
Edges | 6NM |
Vertices | 3NM |
Vertex figure | Rectangle, edge lengths √3 and 2 |
Measures (edge length 1) | |
Circumradius | |
Related polytopes | |
Army | Hazt |
Regiment | Hazt |
Dual | ∞-6 rhombille tiling |
Abstract & topological properties | |
Surface | Sphere |
Orientable | Yes |
Genus | 0 |
Properties | |
Symmetry | [∞,6] |
Convex | Yes |
The hexaapeirogonal tiling, or hazt, is a paracompact uniform tiling of the hyperbolic plane. 2 apeirogons and 2 hexagons join at each vertex. It can be formed from the rectification of either the order-6 apeirogonal tiling or its dual order-∞ hexagonal tiling.
Representations[edit | edit source]
The hexaapeirogonal tiling has the following Coxeter diagrams:
- o∞x6o () (full symmetry)
- o6x∞x6*a () (hexagons of 2 types)
- x3x∞o∞*a () (apeirogons of 2 types)