Containment test for polygons containing circular arcs

M. Gombosi
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引用次数: 2

Abstract

The paper describes an extended algorithm for solving the point-in-polygon problem. The polygon in this case consists of straight edges and also from circular arcs. The algorithm uses the classical ray intersection method. The difference is that we now have two types of geometric objects to test for intersections. Processing is done with simple and efficient tests, which quickly answer our question. By the use of appropriate data structure, this task can be done safely and easily. Despite the extension of the classical ray intersection method, the algorithm still runs in linear time complexity.
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含有圆弧的多边形的密封试验
本文描述了一种求解多边形中点问题的扩展算法。在这种情况下,多边形由直边和圆弧组成。该算法采用经典的射线相交法。不同之处在于,我们现在有两种类型的几何对象来测试交集。处理是通过简单而有效的测试完成的,它很快回答了我们的问题。通过使用适当的数据结构,可以安全方便地完成此任务。尽管对经典的射线相交法进行了扩展,但该算法仍然在线性时间复杂度下运行。
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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