Pyroteron (EntityTopic, 17)
From Hi.gher. Space
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- | {{Shape|Hexateron| | + | {{Shape |
+ | | attrib=pure | ||
+ | | name=Hexateron | ||
+ | | dim=5 | ||
+ | | elements=6, ?, ?, ?, 6 | ||
+ | | genus=0 | ||
+ | | 20=SSC | ||
+ | | ssc=xPPPP | ||
+ | | rns=1<sup>4</sup> x<sup>yzwφ</sup> | ||
+ | | rot_i=89 | ||
+ | | schlaefli={[[Triangle|3,]][[Tetrahedron|3,]][[Pentachoron|3,]]3} | ||
+ | | vlayout=(([[Triangle|3]][[Tetrahedron|<sup>3</sup>]])<sup>[[Pentachoron|4]]</sup>)<sup>5</sup> | ||
+ | | vfigure=[[Pentachoron]], edge 1 | ||
+ | | dual=''Self-dual'' | ||
+ | }} | ||
The '''hexateron''' is the 5-dimensional [[simplex]]. It is a special case of the [[pyramid]] where the base is a [[pentachoron]]. | The '''hexateron''' is the 5-dimensional [[simplex]]. It is a special case of the [[pyramid]] where the base is a [[pentachoron]]. |
Revision as of 20:09, 19 November 2007
The hexateron is the 5-dimensional simplex. It is a special case of the pyramid where the base is a pentachoron.
Equations
- Variables:
l ⇒ length of the edges of the hexateron
- All points (x, y, z, w, φ) that lie on the surface of a hexateron will satisfy the following equation:
Unknown
- The hypervolumes of a hexateron are given by:
Unknown
- The flunic cross-sections (n) of a hexateron are:
Unknown
Notable Pentashapes | |
Flat: | pyroteron • aeroteron • geoteron |
Curved: | tritorus • pentasphere • glone • cylspherinder • tesserinder |