鑲嵌固體且具不可延展特性的布料模擬

Abstract

大部分的布料，並不會受到自身重量的影響，而有明顯的拉長。近年來，具有不 可延展性的布料模擬漸漸地受到重視。此外，市面上可見的衣物，設計風格也不 在單調，服裝設計師常在衣服上鑲嵌大小不等的裝飾品來增加服裝的多樣性。在 這本論文中，我們發展出一種混合式的架構，來模擬鑲嵌固體，且具有不可延展 性的布料。我們逐階地使用快速投影(fast projection)和形狀對應(shape matching)的技術，使布料的伸長量不超過一個預先給定的值，鑲嵌物和布料接 觸的部份，也可以維持它本來的形狀。

Most textiles do not stretch noticeably under their own weight. Simulating inextensible cloth is consequently attracted much attention. The styles of cloth are not monotonous any more. Cloth designers can design to embed some objects onto the textiles. In this thesis, we develop a novel hybrid framework for simulating inextensible cloth with embedded objects. We iteratively perform fast projection and shape matching so that the strain of cloth is not larger than a predefined limit and the embedded regions of cloth are maintained their initial shapes.