Vectorized mesh subdivision is a key technology to complete 2D/3D transformation of garment panel. Vectorized mesh generating theory is introduced and a mesh subdivision algorithm for cloth simulation is proposed also.
服装衣片的矢量化网格剖分是实现服装衣片二维/三维映射的关键技术,论文介绍了二维服装衣片的矢量化网格剖分原理,并提出了一种适合于织物仿真模型的网格剖分算法,在此基础上实现了服装衣片的仿真。
参考来源 - 服用织物动态仿真关键技术的研究Vectorized mesh subdivision is a key technology to complete 2D/3D transformation of garment panel. Vectorized mesh generating theory is introduced and a mesh subdivision algorithm for cloth simulation is proposed also.
服装衣片的矢量化网格剖分是实现服装衣片二维/三维映射的关键技术,论文介绍了二维服装衣片的矢量化网格剖分原理,并提出了一种适合于织物仿真模型的网格剖分算法,在此基础上实现了服装衣片的仿真。
参考来源 - 服用织物动态仿真关键技术的研究Mesh Subdivision is to make the size of triangles satisfy our need.
网格细分就是将简化后稀疏三角面细分到目标的尺寸。
参考来源 - 基于医学图像的有限元自动建模若干关键问题的研究·2,447,543篇论文数据，部分数据来源于NoteExpress
以上来源于: WordNet
The influences of both symmetry property of temperature history and mesh subdivision are researched.
考察温度履历的对称性、网格细分对计算结果的影响。
As an important part of Surface Modeling, mesh Subdivision used to smooth an initial control mesh several times using some method, until up to the specified degree of smoothness.
作为曲面造型的重要分支，网格细分是以计算机为工具，对一个初始控制网格，采用某种方法对网格进行多次细化，直到满足指定的光滑度和细腻度。
By comparing the least distance between subdivided control mesh and limit surface with rough machining allowance, the uniform subdivision depth was determined.
该算法以细分后的控制网格与极限曲面之间的最小距离和粗加工余量作比较，确定均匀细分次数。
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