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  HomeContents of Chinese Journal of Mechanical Engineering (English Edition),2003 No.3SURFACE MESH PARAMETERIZATION WITH NATURAL BOUNDARY

Ye Ming 

 

Zhu Xiaofeng

 

Wang Chengtao

School of Mechanical Engineering, Shanghai Jiaotong University,
Shanghai 200030, China

 

 

SURFACE MESH PARAMETERIZATION
WITH NATURAL BOUNDARY *


Abstract: Using the projected curve of surface mesh boundary as parameter domain border, linear mapping parameterization with natural boundary is realized. A fast algorithm for least squares fitting plane of vertices in the mesh boundary is proposed. After the mesh boundary is projected onto the fitting plane, low-pass filtering is adopted to eliminate crossovers, sharp corners and cavities in the projected curve and convert it into an eligible convex parameter domain boundary. In order to facilitate quantitative evaluations of parameterization schemes, three distortion-measuring formulae are presented.

Key words: Parameterization  Convex combination mapping  Harmonic mapping  Dirichlet  energy

 


* This project is supported by National Natural Science Foundation of China (No.59789502). Received August 5, 2002; received in revised form October 30, 2002; accepted March 7, 2003

 

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