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Exploring Platonics: VRML Programming for Geometric Solids

This guide introduces the principles of VRML programming for creating geometric solids, focusing on Platonic shapes. Authored by Paula Vilone and Kevin Wright, it provides sample codes to construct various geometric forms such as Box, Cone, Sphere, and more. The document details how to define shapes, colors, textures, and material properties using VRML syntax, empowering users to create visually engaging 3D representations. Ideal for students and enthusiasts in computer graphics and virtual reality.

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Exploring Platonics: VRML Programming for Geometric Solids

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  1. Platonics and Geometric Solids VRML Programming and Geometric Solids By Paula Vilone and Kevin Wright

  2. Sample VRML Program • #VRML V2.0 utf8 --------------------------VRML heading • #Paula Vilone/Kevin Wright --------------------------#anything is used for comments • Shape { --------------------------all shapes must start with this node • appearance Appearance {------------------------ defines color and surface texture • material Material { -------------------------further defines color, shininess, transparency • diffuseColor 0 1 0------------------------color numbers are decimals from 0 to 1 • } --------------------------closes above nodes • } • geometry Box { size 3 5 4}----------------------- tells the type of geometric solid to create • }

  3. Cone Geometric Solids

  4. Box Cube Hexahedron Geometric Solids

  5. Sphere Geometric Solids

  6. Cylinder Geometric Solids

  7. Dodecahedron Geometric Solids

  8. Icosahedron Geometric Solids

  9. Octahedron Geometric Solids

  10. Tetrahedron Geometric Solids

  11. Have Fun!!!!

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