Modification of n-sided patches based on variation of blending functions

Masashi Adachi, K. Miura
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引用次数: 1

Abstract

By introducing the edge-based blending function, derived from the surface-based function, we can capture the effects of the edges on the shape of the n-sided patch more directly. Designers can manipulate the edge-based blending function, as well as the geometry of the boundary curves, to design and modify the patch shape. We discuss the derivation of the edge-based blending function, the ease of design and the connection of several patches with G/sup 1/ continuity. We demonstrate its validity by modifying rectangular patches according to its changes.
基于混合函数变化的n边补丁修正
通过引入基于表面的混合函数,我们可以更直接地捕捉到边缘对n边斑块形状的影响。设计人员可以操纵基于边缘的混合函数,以及边界曲线的几何形状,来设计和修改斑块形状。讨论了基于边缘的混合函数的推导、设计的方便性以及若干块具有G/sup 1/连续性的拼接的连接。通过对矩形补丁的修正,证明了该方法的有效性。
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