通过分析布料和流体之间的相互作用与关系，本文提出了一种新的基于多孔粒子模型的布料湿润效果真实感模拟方法。该模型可以看作是一种改进的弹簧质点模型，借鉴粒子模型的一些基本概念，模型中采用了多孔粒子这一结构。该结构中的孔隙可以作为流体在布料中的存储空间，由于相邻多孔粒子中流体存储量不同，形成的毛细压强差推动流体在所有粒子中流动。同时，该模型按照达西渗流原理控制整个流体湿润布料的过程，并且根据相关粒子饱和度的不同选择不同的纹理，用映射不同纹理的方式表现湿润过程中布料材质的改变。该模型计算效率高，且具有很强的可扩展性。

Based on an analysis of the relationship between the fluid and the cloth, a new simulation approach is presented for the water flowing through the cloth. We introduce a physical model based on the improved massspring model. Similar to the particle model, we use the porousparticles structure, and the pores are the fluid storage space. Due to the difference of the fluid storage between the neighboring particles, the generated capillary pressure drives the flowing among all particles. According to the Darcy’s law, our physical model can control the whole flowing process. According to the different saturation, we map different textures to demonstrate the variation of the wetting cloth materials. In this way, our model has high computational efficiency and strong extensibility.