<--- Back to Details
First PageDocument Content
3D computer graphics / Mesh generation / Computing / Triangle geometry / Virtual reality / Triangle strip / Triangle mesh / Polygon mesh / SGI algorithm / Geometry / Triangulation / Computer graphics
Date: 2001-07-12 13:15:40
3D computer graphics
Mesh generation
Computing
Triangle geometry
Virtual reality
Triangle strip
Triangle mesh
Polygon mesh
SGI algorithm
Geometry
Triangulation
Computer graphics

Optimizing Triangle Strips for Fast Rendering Francine Evans

Add to Reading List

Source URL: www.cs.umd.edu

Download Document from Source Website

File Size: 113,36 KB

Share Document on Facebook

Similar Documents

3D computer graphics / Computer graphics / Image processing / Numerical analysis / Polygon mesh / Subdivision surface / Wavefront .obj file / Tessellation / Distance / Neighbourhood / Tree / Triangle mesh

Journal of Mobile Multimedia, Vol. 9, No. 1&–0100 c Rinton Press INTERACTIVE MESH DEFORMATION IN MULTIRESOLUTION THROUGH AUGMENTED REALITY

DocID: 1qZ6h - View Document

3D computer graphics / Triangulation / Mesh generation / Numerical analysis / Computer science / Graphics / Triangle mesh / Delaunay triangulation / Subdivision surface / Polygon / Tessellation / 3D modeling

Mesh Arrangements for Solid Geometry

DocID: 1q9Qt - View Document

3D computer graphics / Mesh generation / Planar graphs / Matrix / Triangle mesh / Regular icosahedron / Shape

i i “jgt” — — 11:58 — page 17 — #1 i

DocID: 1pwnW - View Document

3D computer graphics / 3D modeling / Vertex / Autodesk 3ds Max / Triangle / Collision detection / Polygon / Octahedron / Subdivision surface / Cuboctahedron / Polygon mesh / Polygonal modeling

Clothing Manipulation Takeo Igarashi John F. Hughes Computer Science Department, University of Tokyo

DocID: 1pvAh - View Document

3D computer graphics / Mesh generation / Triangle geometry / Algebraic topology / Complex analysis / Winding number / Triangle mesh / Triangle

Boolean Operations using Generalized Winding Numbers Alec Jacobson Columbia University Abstract

DocID: 1oNMR - View Document