 rhombic icosahedron in regular octahedron in regular tetrahedron in cube in rhombic dodecahedron
|
 Rhombic Triacontahedron
|
 Small Rhombicuboctahedron
|
 Triangular Cupola
|
 Square cupola
|
 Animation of Rhombohedron
|
 Animation of Rhombic Polyhedron with 132 Rhombic faces
|
 Dual For Cube
|
 Icosidodecahedron
|
 Rhombic Dodecahedron
|
 Great Rhombicuboctahedron
|
 Rhombic Dodecahedron By Half-sphere
|
 Rhombic Dodecahedrons in Icosahedron
|
 Variations of Deltoidal Hexecontahedrons
|
 Great Rhombicosidodecahedron
|
 Rhombohedrons in Dodecahedron
|
 Tetrahedron 5-Compound
|
 5 Cube inside Regular Dodecahedron
|
 Octahedron 5-Compound
|
 Dodecahedron by Icosahedron
|
 Samll Rhombicosidodecahedron
|
 Continuous Decompositions of a Cube into Six Congruent Parts
|
 Cube Projected on Regular Dodecahedron
|
 Deltoidal Hexecontahedron
|
 Continuous Patterns on Dodecahedron Projected by the Cube
|
 Regular Dodecahedron Inside Cube
|
 Regular Octahedron Inside Cube
|
 The Large Regular Tetrahedron Contain A Icosahedron
|
 The Large Regular Octahedron Contain A Icosahedron
|
 Regular Octahedron Inside Cube
|
 Tetrahedron Projected on Regular Tetrahedron
|
 Shadow of a Cube Cast on Rhombic Dodecahedron
|
 Deltoidal Icositetrahedron
|
 Asymmetric Kaleidocycle
|
 Shadow of a Cube Cast on Rhombic Dodecahedron
|
 Jitterbug
|
 Inspired by Paper Folding
|
 Kaleidocycles-4
|
 Jitterbug
|
 Kaleidocycles-5
|
 Kaleidocycles-5
|
 A Ellipse in 3-Dimensional Space
|
 A Parabola in 3-Dimensional Space
|
 Two Perspetive Quadrilaterals Having One Point in Common
|
 Common Tangent Cones of Three Spheres
|
 Common Tangent Cones of Three Spheres
|
 Steiner Porism
|
 A Chain of Four Circles Each Tangent to Two Fixed Intersection Circles
|
 Triangle Torus and Tangent
|
 20 Inscribed Circles of Faces of Icosahedron Inverted
|
 villarceau circles
|
 villarceau circles-12
|
 Cricles Inscribed on Faces of Dodecahedron Inverted
|
 Inversion of Inscribed Circles of Faces of Great Rhombicuboctahedron
|
 Inversion of Inscribed Circles of Faces of Tridiminished Icosahedron
|
 24 Circles on the Same Plane, Each Touching Four Others
|
 Inversions of Incircles of Faces of Triangular Cupola
|
 Inversions of Incircles of Faces of Octahedron
|
 Inversions of Incircles of Faces of Triangular Cupola
|
 Three-Circle Theorem on Sphere
|