| Document Date: 2014-01-25 17:58:44
Open Document File Size: 228,44 KBShare Result on Facebook
Company Vertex / Sony / iPad / / IndustryTerm consumer computing devices / recent consumer computing devices / final product / transparent corner removal algorithm / commodity 3D graphics hardware / insertion algorithm / geometry-based 3D hardware / graphics hardware / 3D graphics hardware / even modest hardware / search complexity / opaque polygon generation algorithm / consumer devices / opaque segment generation algorithm / larger search space / 3D hardware / corner-cutting algorithm / overall algorithm / system software / low-power consumer devices / triangulation algorithm / basic algorithm / display devices / element sorting algorithm / / Organization 3D Graphics Hardware Andrew Church / / Person Andrew Church / / Position author / hb / representative / / Product iPad / / ProvinceOrState Alberta / Quebec / Pennsylvania / British Columbia / / Technology alpha / opaque segment generation algorithm / transparent corner removal algorithm / element sorting algorithm / overall algorithm / smartphones / vertex insertion algorithm / 3D Graphics / Depth value assignment The algorithm / corner-cutting algorithm / Opaque segment generation The algorithm / 3g / opaque polygon generation algorithm / basic algorithm / triangulation algorithm / / URL http /
SocialTag |
Depth-Cull Optimization of 2D Scenes for 3D Graphics Hardware Andrew Church http://achurch.org/ Abstract Many recent consumer computing devices include graphics hardware which emphasizes strong performance in three-dimen