基于差分插值函数的插值细分

Baocai Yin, Yong Zhang, Dehui Kong, Lichun Wang
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摘要

细分算法定义了一种构造光滑、连续、无缝曲面的强大方法。本文提出将近似格式与差分插值函数相结合,由近似细分构造插值细分族。将环路细分与两点线性插值相结合,生成了改进的蝶形方案。此外,将Loop细分与Butterfly插值相结合,构造了一种新的插值细分方案——Loop-Butterfly。结果表明,该方法保持了近似方案的整流面。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Interpolating Subdivisions Based on Difference Interpolating Functions
Subdivision algorithm defines a very powerful way of constructing smooth, continuous, seamless surface. This paper proposed to construct families of interpolating subdivision from approximating subdivision by combining an approximating scheme with a difference interpolating function. By combining Loop subdivision with two-point linear interpolation, the modified Butterfly scheme is generated. Additionally, a new interpolating subdivision scheme, Loop-Butterfly, was constructed by combining Loop subdivision with Butterfly interpolation. The results show that the proposed method keeps the fairing surface of approximating schemes.
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