Blended hexagonal tiling

Blended hexagonal tiling
File:Blended hexagonal tiling.png
Rank	3
Type	Regular
Space	Euclidean
Notation
Schläfli symbol	{6,3}#{}
Elements
Faces	Infinite skew hexagons
Edges	Infinite
Vertices	Infinite
Vertex figure	Triangle, 0 < edge length < $\sqrt{3}$
Abstract & topological properties
Orientable	Yes
Properties
Convex	No

The blended hexagonal tiling is a regular skew polyhedron consisting of an infinite amount of skew hexagons, with 3 at a vertex. It can be obtained as the blend of a line segment and a hexagonal tiling, and so it has a Schlafli symbol of {6,3}#{}. It is abstractly identical to the hexagonal tiling. Just like the skew hexagon, the blended hexagonal tiling can vary in height but it is considered one polyhedron.

Vertex coordinates

The vertex coordinates of a blended hexagonal tiling centered at the origin with edge length 1 and height h are

• $(3Hi-\frac{1}{2},\sqrt{3}Hj+\frac{\sqrt{3}}{2},\frac{h}{2})$
• $(3Hi-1,\sqrt{3}Hj,-\frac{h}{2})$
• $(3Hi+\frac{1}{2},\sqrt{3}Hj+\frac{\sqrt{3}}{2},-\frac{h}{2})$
• $(3Hi+1,\sqrt{3}Hj,\frac{h}{2})$

where i and j range over the integers, and H = $\sqrt{1-h^2}$.

References

• jan Misali (2020). "there are 48 regular polyhedra"
• McMullen, Peter; Schulte, Egon (1997). "Regular Polytopes in Ordinary Space". Discrete Computational Geometry. 17: 449–478.