-
truncated triangular tiling).
English mathematician John
Conway called it a
hextille. The
internal angle of the
hexagon is 120 degrees, so
three hexagons at...
- 3}.
Conway calls it a
truncated hextille,
constructed as a
truncation operation applied to a
hexagonal tiling (
hextille).
There are 3
regular and 8 semiregular...
- a hexadeltille,
combining alternate elements from a
hexagonal tiling (
hextille) and
triangular tiling (deltille).
Kagome (****anese: 籠目) is a traditional...
-
symbol sr{4,6}.
Conway calls it a snub
hextille,
constructed as a snub
operation applied to a
hexagonal tiling (
hextille).
There are
three regular and eight...
-
operation that adds a
center point and
triangles to
replace the
faces of a
hextille. It is one of
three regular tilings of the plane. The
other two are the...
-
Symmetry group Coxeter diagram(s) Dual
Laves tilings Hexagonal tiling (
hextille) 6.6.6 (or 63) 3 | 6 2 2 6 | 3 3 3 3 | p6m, [6,3], (*632)
Triangular tiling...
- Show,
Ripple Effect (puzzle), LITS, Nurikabe, Sudoku,
Blokus 6
regular hexagon Hextille Polyhexes: monohex, dihex, trihex, tetrahex, pentahex, hexahex...
- {\displaystyle {\tilde {A}}_{5}} Coxeter-Dynkin
Picture Name
Apeirogon Hextille Omnitruncated 3-simplex
honeycomb Omnitruncated 4-simplex
honeycomb Omnitruncated...
-
Euclidean tilings can also be used as seeds: Q =
Quadrille =
Square tiling H =
Hextille =
Hexagonal tiling = dΔ Δ =
Deltille =
Triangular tiling = dH
These are...
-
Square tiling (quadrille)
Triangular tiling (deltille)
Hexagonal tiling (
hextille)
Symmetry p4m, [4,4], (*442) p6m, [6,3], (*632) Schläfli {p,q} {4,4} {3...