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Procedural mesh features applied to subdivision surfaces using graph grammars

机译:使用图文法将程序网格特征应用于细分曲面

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A typical industrial design modelling scenario involves defining the overall shape of a product followed by adding detail features. Procedural features are well-established in computer aided design (CAD) involving regular forms, but are less applicable to free-form modelling involving subdivision surfaces. Current approaches do not generate sparse subdivision control meshes as output, which is why free-form features are manually modelled into subdivision control meshes by domain experts. Domain experts change the local topology of the subdivision control mesh to incorporate features into the surface, without increasing the mesh density unnecessarily and carefully avoiding the appearance of artefacts.
机译:典型的工业设计建模方案包括定义产品的整体形状,然后添加详细特征。程序特征在涉及常规形式的计算机辅助设计(CAD)中已得到很好的确立,但不适用于涉及细分曲面的自由形式建模。当前的方法不会生成稀疏的细分控制网格作为输出,这就是为什么领域专家将自由格式特征手动建模到细分控制网格中的原因。领域专家更改了细分控制网格的局部拓扑,以将特征合并到曲面中,而无需不必要地增加网格密度,并仔细避免出现伪像。

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