On Untangled Meshes via Fruchterman Reingold Force Directed Graph Embedding

Nitin
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引用次数: 1

Abstract

In this paper, we study how to modify a physical, force-directed method based upon the Fruchterman-Reingold (FR) graph layout algorithm so that it can be used for untangling. Specifically, we have chosen Lake_20 Mesh, Lake_35 Mesh and Tri_20258 Mesh for our research work. All these meshes consist of small triangles. The objectives of aesthetic graph layout, such as minimization of edge intersections and near equalization of edge lengths, follow the goals of mesh untangling and generating good quality elements, respectively. We have successfully applied our method to untangle various shapes of triangles i.e. Lake_20, Lake_35 and Tri_20258 finite element meshes.
基于Fruchterman Reingold力有向图嵌入的解缠网格
在本文中,我们研究了如何修改基于Fruchterman-Reingold (FR)图布局算法的物理力导向方法,使其能够用于解缠结。具体来说,我们选择了Lake_20 Mesh, Lake_35 Mesh和Tri_20258 Mesh进行我们的研究工作。所有这些网格都由小三角形组成。美学图布局的目标,如边相交最小化和边长度接近均衡,分别遵循网格解缠和生成高质量元素的目标。我们已经成功地应用了我们的方法来解开各种形状的三角形,即Lake_20, Lake_35和Tri_20258有限元网格。
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