Surface classification method for a microcomputer-based tutorial system of anatomy

A. Klemt, A. Infantosi
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Abstract

For a microcomputer-based tutorial system, algorithms based on Surfaces have been implemented, using classification procedures for spatial position and normals of faces of anatomical structures, in order to establish a priori knowledge of visibility, distance and colouring. With the proposed approach reductions in computing time are always obtained, but the degree depends on the viewing angle. For a lateral-anterior view of the skull (31,873 faces), reductions of 33% were obtained in the number of read operations and 59% for visibility test.
基于微机的解剖学教学系统的表面分类方法
对于基于微机的教程系统,基于曲面的算法已经实现,使用对解剖结构的空间位置和法线的分类程序,以建立先验的可视性、距离和着色知识。采用该方法总能获得计算时间的减少,但程度取决于视角。在颅侧前视图(31,873张脸)中,读取手术次数减少33%,可见度测试减少59%。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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