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Research on Adaptive Subdivision Algorithm Based on the Triangle Mesh Segmentation

机译:基于三角网格分割的自适应细分算法研究

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One problem existing in the triangle mesh subdivision is the number of facets growing exponentially with every subdivision step, and the number of the subdivision surface facets is usually huge and the scheme is difficult to manipulate in post processing. To solve this problem, this paper puts forward an adaptive subdivision algorithm based on triangle mesh segmentation. This algorithm puts forward a new segmentation method for initialization based on meshes region growing, and divides control meshes into several areas connected. Algorithm is mainly divided into four stages, namely analyzing facets, initializing segmentation, computing segmentation center, and vertex segmentation. Experimental results show the algorithm, not only holds ideal smooth surface with fewer facets, but also overcomes the shortcoming of uniform meshes.
机译:三角形网格细分中存在的一个问题是随着每个细分步骤呈指数增长的面部的数量,并且细分表面面的数量通常是巨大的,并且该方案难以在后处理中操纵。为了解决这个问题,本文提出了基于三角网格分割的自适应细分算法。该算法提出了一种基于网格区域生长的初始化的新分段方法,并将控制网格划分为连接的几个区域。算法主要分为四个阶段,即分析面部,初始化分割,计算分段中心和顶点分割。实验结果表明,算法,不仅具有较少的刻面,还克服了均匀网格的缺点。

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