Behaviors-based synthesis for character animation generation

Abstract

We make a research on an implementation method related to how virtual characters achieve object operations in narrative story. Through an automatic generation method, tetrahedral parameterization is produced. This is used to realize the process of interpolation in motion blending. Similarly, an improved path finding algorithm is given by us to guide the character to avoid obstacles. The compound behaviors derived from the sematic-narrative story can be generated by the combination of locomotion, reaching, grasping. Through these sub-motions, the character animation is achieved. The behaviors-based synthesis for character animation generation, demonstrated by us, is supposed to be adopted for animation and game production.