Gallery¶
A standard (method 1) 8-frequency geodesic division of an icosahedron.
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(4,3) GC operation on a cube, in canonical form. |
Standard (method 1) (5,3) subdivision of a tetrahedron. (Notice the
vertices in the upper left and lower right.) |
(5,3) subdivision of a tetrahedron, but using nslerp projection and
optimized to reduce variation in face area. |
Conway’s Game of Life on the surface of a (5,3) subdivided cube. Courtesy of Roger Kaufman. |
Repeatedly applying the (1,1) triangular subdivision using the flat
projection and not normalizing gives this interesting organic shape.
It resembles a viral capsid (moreso than geodesic polyhedra usually
resemble a viral capsid), or a strange fruit. Produced by
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Improper geodesic polyhedron on the 3-dihedron. Note dangling faces.
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GC operation on the 4-dihedron.
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Quadrilateral nslerp2 preserves diagonal lines across the
face. |
An attractive floral pattern produced by
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A triangular balloon polyhedron. |
A quadrilateral balloon polyhedron, which resembles the shape of a
peeled coconut. |