The example of surface fairing demonstrates that this method is efficient and successful for evaluating the energy of subdivision surfaces.
曲面光顺实例表明，用该方法计算细分曲面能量高效可行。
Optimization techniques are being applied to solve the problems of surface interpolation, approximation, smooth joining and fairing, aiming at corresponding goal functions.
只要选用相应的目标函数，曲面插值、逼近、拼接和光顺都可以使用优化技术统一处理。
Based on researching several arithmetics of fairing curve and surface in automobile body shape-designing. We afford a Energy optimization method which can be extended to the NURBS.
在对汽车车身造型设计中常用的几种曲线、曲面光顺算法研究的基础上，提出一种能量优化的计算方法，并将这一算法推广到NURBS中。
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