Modeling of Chinese Brush Deformation Behaviors and Real-time Simulation of Half-dry Strokes

Abstract

A technology of immersive Chinese brush writing simulation is implemented. Firstly, we combine various animation methods, and fully realize multiple brush deformations such as bending, twisting, flattening, and forking in real time. Secondly, through the construction of an ink texture library and the reasonable design of texture selection and fusion, we achieve the half-dry hollow stroke effect in Chinese calligraphy works. The experimental results show that our technology can well support immersive calligraphy practice.