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Algorithms for triangulating simple polygons

机译:三角剖分简单多边形的算法

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Decomposition of simple polygons into simpler components is one of the basic tasks in computational geometry. The most important simple polygon decomposition is triangulation. The paper presents an overview of simple polygon triangulation algorithms which can be classified into three groups: algorithms based on diagonal inserting, algorithms based on Delaunay triangulation and algorithms using Steiner points. From each group the most important algorithms and their features are presented. The last part of the paper summarizes the common features of the groups and presents the comparison of four algorithms that are based on diagonal insertion.
机译:将简单的多边形分解为更简单的组件是计算几何中的基本任务之一。最重要的简单多边形分解是三角剖分。本文概述了简单的多边形三角剖分算法,该算法可分为三类:基于对角线插入的算法,基于Delaunay三角剖分的算法和使用Steiner点的算法。从每个组中介绍最重要的算法及其功能。本文的最后一部分总结了这些组的共同特征,并提出了四种基于对角线插入的算法的比较。

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