Cubic truncate (EntityTopic, 11)
From Hi.gher. Space
(Difference between revisions)
m |
m (fix FLD) |
||
| Line 7: | Line 7: | ||
| ssc2=Ko3 | | ssc2=Ko3 | ||
| extra={{STS Polytope | | extra={{STS Polytope | ||
| - | | flayout={{FLD|a3| | + | | flayout={{FLD|a3|i|a4|er}} |
| dual=[[Triakis octahedron]] | | dual=[[Triakis octahedron]] | ||
}}{{STS Uniform polytope | }}{{STS Uniform polytope | ||
Revision as of 15:37, 9 March 2011
The cubic truncate (CT) is a uniform polyhedron which can be seen as a 3-dimensional analog of the octagon. The other possible analog is the cuboctahedral rectate (COR). While the CT has the octagons on the surface of the shape, the COR has them embedded inside it. Thus when one is concerned with powertopes, the COR comprises three "long and thin" cuboids whereas the CT comprises three "wide and flat" cuboids.
| Notable Trishapes | |
| Regular: | tetrahedron • cube • octahedron • dodecahedron • icosahedron |
| Direct truncates: | tetrahedral truncate • cubic truncate • octahedral truncate • dodecahedral truncate • icosahedral truncate |
| Mesotruncates: | stauromesohedron • stauroperihedron • stauropantohedron • rhodomesohedron • rhodoperihedron • rhodopantohedron |
| Snubs: | snub staurohedron • snub rhodohedron |
| Curved: | sphere • torus • cylinder • cone • frustum • crind |
