- . Coxeter-Dynkin
diagram For
uniform polyhedra (3-polytopes): A
cantitruncation, t 0 , 1 , 2 { p , q } = t r { p , q } {\displaystyle t_{0,1,2}\{p...
-
trihexagonal tiling Snub
triheptagonal tiling Snub
trioctagonal tiling Cantitruncation (tr)
Bevel (b) tr{p,q}
hexagonal prism truncated tetratetrahedron truncated...
-
honeycomb is a
uniform space-filling honeycomb. It can be seen as a
cantitruncation of the
regular 24-cell honeycomb,
containing truncated tesseract, cantitruncated...
-
added along the edges. Meta (in its non-indexed form) is also
called cantitruncation or omnitruncation. Note that 0 here does not mean the same as for augmentation...
- edges;
defines a
progression between a
regular form and the dual.
Cantitruncation t0,1,2{p,q,r} Both the
cantellation and
truncation operations applied...
- etc. t0,1,2 or tr:
Cantitruncation -
applied to
polyhedra and higher. It can be seen as
truncating its rectification. A
cantitruncation truncates both vertices...
- The
cantitruncated tesseract is
constructed by the
cantitruncation of the tesseract.
Cantitruncation is
often thought of as
rectification followed by truncation...
-
symmetry groups: F4 [3,4,3]: A
truncation of the 24-cell. B4 [3,3,4]: A
cantitruncation of the 16-cell, with two
families of
truncated octahedral cells. D4...
- polychoron. This 4-polytope is
related to the
regular 120-cell. The
cantitruncation operation create new
truncated tetrahedral cells at the vertices, and...
- the
actual mixed Wythoff symbols.
Omnitruncations are also
called cantitruncations or
truncated rectifications (tr), and Conway's
bevel (b) operator....
