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Fast collision detection approach to facilitate interactive modular fixture assembly design in VE

机译:快速碰撞检测方法,便于促进互动模块化夹具组装设计

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Fast collision detection is a fundamental problem to support modular fixture design in virtual environment. Through analyzing of the characteristics of modular fixture structure, a fast collision detection approach (F-CD) by combining element-based spatial partitioning and bounding volume checking is presented. A layer-based projection model (LPM) is established to reduce the numbers of elements to be testified. Thus the complicate hierarchical tree model is not required and the system memory is decreased to improve the efficiency. The establishment of LPM and the approach of separation plane based bound volume interaction checking are discussed with detail. Finally the experiment and result analysis is proposed to demonstrate the proposed algorithm.
机译:快速碰撞检测是支持虚拟环境中模块化夹具设计的基本问题。通过分析模块化夹具结构的特性,呈现了基于元素的空间分区和边界体积检查的快速碰撞检测方法(F-CD)。建立基于层的投影模型(LPM)以减少要作证的元素的数量。因此,不需要复杂的分层树模型,并且系统内存减少以提高效率。详细讨论了LPM的建立和分离平面的绑定体积相互作用检查的方法。最后提出了实验和结果分析来展示所提出的算法。

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