Combining multiple flow fields for editing existing fluid animations

Syuhei Sato, Y. Dobashi, T. Nishita
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Abstract

In this paper, we develop a method for synthesizing desired flow fields by combining existing multiple flow fields. Our system allows the user to specify arbitrary regions of the precomputed flow fields and combine them to synthesize a new flow field. In order to maintain plausible physical behavior, we ensure the incompressibility for the combined flow field. To address this, we use stream functions for representing the flow fields. However, there exist discontinuities at the boundaries between the combined flow fields, resulting in unnatural animation of fluids. In order to remove the discontinuities, we apply Poisson image editing to the stream functions.
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合并多个流场以编辑现有的流体动画
本文提出了一种将已有的多个流场结合起来合成理想流场的方法。我们的系统允许用户指定预先计算的流场的任意区域,并将它们组合成一个新的流场。为了保持合理的物理行为,我们保证了组合流场的不可压缩性。为了解决这个问题,我们使用流函数来表示流场。然而,在组合流场之间的边界处存在不连续,导致流体的非自然运动。为了消除不连续点,我们对流函数进行了泊松图像编辑。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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