Wolfram Demonstrations Project
Izidor Hafner
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Demonstrations 81 - 100 of 1343
Conway's Toroid with 36 Equilateral Triangular Faces3D Printer Templates for Mazes on a Cube3D Printer Templates for Two Wang Tiles3D Printer Templates for Aperiodic Wang TilesMaking 3D Op Art Motifs
Conway's Toroid with 36 Equilateral Triangular Faces
3D Printer Templates for Mazes on a Cube
3D Printer Templates for Two Wang Tiles
3D Printer Templates for Aperiodic Wang Tiles
Making 3D Op Art Motifs
3D Printer Templates for Wang TilesEuclidean Algorithm in the Ring of Algebraic Integers Generated by the Square Root of FiveDivision in the Ring of Algebraic Integers Generated by the Square Root of Five2. Extending the Rationals with the Square Root of FivePrismatic Dominoes for the Blind
3D Printer Templates for Wang Tiles
Euclidean Algorithm in the Ring of Algebraic Integers Generated by the Square Root of Five
Division in the Ring of Algebraic Integers Generated by the Square Root of Five
2. Extending the Rationals with the Square Root of Five
Prismatic Dominoes for the Blind
3D Printer Templates for Robinson's TilesColor-Matching Dissection of the Rhombic Icosahedron2. Nets for Cowley's DodecarhombusToroids with Regular FacesCompound of Tetrahedron and Cube
3D Printer Templates for Robinson's Tiles
Color-Matching Dissection of the Rhombic Icosahedron
2. Nets for Cowley's Dodecarhombus
Toroids with Regular Faces
Compound of Tetrahedron and Cube
Augmenting Polyhedra with Prisms or PyramidsKaleidocyclesOp Art DominoesMultiple Nets of a Triangular Dipyramid1. Figures from Bilinski Dodecahedron
Augmenting Polyhedra with Prisms or Pyramids
Kaleidocycles
Op Art Dominoes
Multiple Nets of a Triangular Dipyramid
1. Figures from Bilinski Dodecahedron

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