30 gon field 4 rings
Four concentric circles in Octahedral symmetry, and their corresponding axes.
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31-Great-Circles
This is a series showing Great Circles in Octahedral and Icosahedral symmetries. -
30 gon field 10 circles
A 3D design created in vZome. Use your mouse or touch to interact. -
30 gon field 6 axis
Six rings, corresponding to six axes in icosahedral symmetry. Rings are composed of 60 points each. -
6 axis 20
Showing a core of 5 rods per beam, surrounded by 15. -
Six axis as tensegrity
A set of 30 non-intersecting red struts representing compression members in a tensegrity. Blue and green struts represent tension members. -
6 axis 15
Symmetrical intersection of six beams, each composed of 15 rods. -
20 triangles
20 triangles, extending fron compound of 5 tetrahedra to vertices of an icosahedron. -
Multiple tetraxis hex 2
An array of rods in a 4 beam symmetrical configuration. Center lines of beams meet at origin point. Beams are composed of concentric multples of the primary group of 3, indicated with red tips. Beams each have 18 rods. Rods are hexagonal in cross-section, serving to represent round. -
Cartesian array
An array of rods in 3 beams, with centerlines of beams intersecting at a point, forming a Cartesian coordinate system. Primary beam is a pair of 2 rods, indicated with red tips. Other colors indicate concentric multiples of primary pair, maintaining symmetry about axes.