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An efficient surface-surface intersection algorithm using adaptive surface triangulations and space partitioning trees

机译:使用自适应曲面三角剖分和空间划分树的高效曲面-曲面相交算法

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摘要

We present a robust and efficient surface-surface intersection (SSI) algorithm. The algorithm is based on intersecting surface triangulations and improves the resulting linear spline curve approximations of the exact intersection curves by replacing intersection points of the surface triangulations by exact intersection points. we use a specialized data structure, the k-d tree, for the efficient intersection of surface triangulations. The resulting intersection curves are guaranteed to lie within a user-specified tolerance.
机译:我们提出了一种鲁棒且有效的表面-表面相交(SSI)算法。该算法基于相交的曲面三角剖分,并通过将曲面三角剖分的交点替换为精确的交点,从而改善了精确相交曲线的线性样条曲线近似度。我们使用特殊的数据结构k-d树来实现曲面三角剖分的有效交集。保证生成的相交曲线在用户指定的公差范围内。

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