An Interactive Human Morphing System with Self-occlusion Enhancement

An Interactive Human Morphing System with Self-occlusion Enhancement

Abstract

We observed that the existing compatible triangulation approaches cannot well handle shapes with occlusion. Triangulation for shape with occlusion cannot distinguish overlapping body parts such that the transformations will generate artifacts. In this paper, we propose an efficient method for computing compatible triangulations of two simple polygons with occlusion enabled. Our method produces compatible meshes with more well-shaped triangles and a small number of Steiner points, which enables smooth transformations from one shape into another.

Publication

An Interactive Human Morphing System with Self-occlusion Enhancement by Yao Tan, Jie Li, Martin Wonders, Fei Chao, Hubert P. H. Shum and Longzhi Yang in 2018
Proceedings of the 2016 International Conference on Motion in Games (MIG) Posters

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