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首页> 外文期刊>Modern Physics Letters, B. Condensed Matter Physics, Statistical Physics, Applied Physics >Automatic polygon mesh repair and simplification for three-dimensional human modeling
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Automatic polygon mesh repair and simplification for three-dimensional human modeling

机译:三维人类建模自动多边形网格修复和简化

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摘要

We present a new approach to repair degenerated and self-intersected mesh of digitized human models, which automatically transforms a raw digitized mesh into a single manifold and closed triangle mesh. The algorithm interactively removes growing neighborhoods of undesired elements and fills resulted surface gaps to yield meshes which subject to user-specified quality criteria. We demonstrate our experimental results by multiple sets of low-quality original models with qualitative measurements compared with a number of existing methods. The results show that the proposed method produces high visual quality meshes with minimal changes of the original mesh appearances.
机译:我们提出了一种修复了数字化人模型的退化和自相交网格的新方法,它会自动将原始数字化网格变为单个歧管和闭合三角网格。 该算法交互地消除不需要的元素的生长邻域,并填充产生的表面间隙,以产生经受用户指定质量标准的网格。 我们通过多组低质量原型模型展示了我们的实验结果,与许多现有方法相比具有定性测量。 结果表明,该方法产生高视觉质量网格,具有原始网格外观的最小变化。

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