This study of the thesis is inspired by the state-of-the-art surface mesh deformation techniques --- differential domain methods, such as the Laplacian coordinate based deformation and gradient field based deformation, which can preserve geometrical details, and have only linear computations.
最新出现的面网格的微分域方法,如基于梯度场的变形、和基于拉普拉斯坐标的变形,能有效地保持模型几何细节特征,并且在线性框架下运算、计算量较小。
参考来源 - 医学三维模型重建和体网格生成与变形研究·2,447,543篇论文数据，部分数据来源于NoteExpress
The final surface mesh is achieved by polygonizing the implicit function.
隐式曲面的多边形化算法则用来生成最终曲面网格。
The surface boundary information was used to seek surface mesh on the common boundary;
充分利用曲面边界信息查找两曲面公共边界上的网格；
The Curved Surface Mesh Generation is one of important premise for the FEM analysis and computation.
曲面网格自动生成是有限元分析和计算的一个重要前提。
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