计算基元间碰撞检测的穿透深度

H. Sulaiman, M. Othman, M. N. Shah Zainudin, Abd Majid Bin Darsono, A. Bade, Mohd Harun Abdullah
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引用次数: 0

摘要

DyOP- pd是窄相位碰撞检测的第三部分,涉及使用动态枢轴点(DyOP)技术寻找穿透深度。在对象或原语与另一个原语碰撞后,穿透深度算法将检查在交集处可能发生的任何重要穿透。在我们的实现中,我们提出了我们自己的算法DyOP- pd,其中实现将以2D的方式完成Lin Canny, GJK和DyOP技术,并以3D的方式完成Lin Canny和DyOP技术。在本章中,我们将解释DyOP- pd算法的概念,该算法在使用DyOP技术时有效地促进了更快的渗透深度计算。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Computing penetration depth of collision detection between primitives
DyOP-PD is the third part of narrow phase collision detection that involved finding the penetration depth using Dynamic Pivot Point (DyOP) technique. After the object or the primitive has collided into another primitive, penetration depth algorithm will check for any significant penetration that might occurs upon the intersection. In our implementation, we propose our own algorithm called DyOP-PD where the implementation will be done in 2D for Lin Canny, GJK and DyOP technique and 3D for Lin Canny and DyOP technique. In this chapter, we will explain the concept of our DyOP-PD algorithm that has efficiently contributed to faster penetration depth computation when using DyOP technique.
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