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A new self-adaptive remeshing approach

机译:一种新的自适应刷新方法

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This paper proposes a self-adaptive approach to converting irregular genus-0 meshes into those with subdivision connectivity. To assure a maximal utilization of the multiresolution techniques on the remesh, we map the original mesh onto the unit sphere and construct a base mesh with only four vertices. We also introduce a self-adaptive relocation operation, which is used to adapt the vertex distribution of the spherical subdivision mesh to that of the parameterized mesh, to improve the visual appearance of the remesh. The experimental results show that our method can not only make the number of irregular vertices in the remesh as small as possible, but also preserve the details of the original mesh well.
机译:本文提出了一种自适应方法,可将不规则的属0网格转换为具有细分连通性的网格。为了确保最大程度地利用补救方法上的多分辨率技术,我们将原始网格映射到单位球体上,并构建仅包含四个顶点的基础网格。我们还介绍了一种自适应重定位操作,该操作用于使球形细分网格的顶点分布与参数化网格的顶点分布相适应,以改善网格的视觉外观。实验结果表明,我们的方法不仅可以使网格中不规则顶点的数量尽可能小,而且可以很好地保留原始网格的细节。

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