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Computer Aided Motion Design System for Rhythmic Gymnastics

Author: DengChunYan
Tutor: SunShouQian
School: Zhejiang University
Course: Digital Art and Design
Keywords: Skeletal animation Motion Capture Motion Synthesis Path Editor Physical simulation Rhythmic Gymnastics
CLC: TP319
Type: Master's thesis
Year: 2008
Downloads: 154
Quote: 1
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Abstract


With the development of graphics hardware and computing power , computer generate realistic animation in real time is also faster. Virtual three-dimensional human motion synthesis , has been one of the hotspots of the three-dimensional computer animation . Motion capture technologies, has injected new vigor into the human character animation , and greatly improves the efficiency of human motion animation . Currently, computer -based motion capture animation application more widely. In this paper, the characteristics of the rhythmic gymnastics' individual and collective projects choreography motion capture technology , motion synthesis , path editing techniques , physical simulation technology development the Eurhythmics assisted filing system . The auxiliary system the entire process of personal and collective artistic gymnastics action choreography , thus shortening the action choreography time , to broaden coaches creative space , improve the quality of action choreography . The system is innovative achievements dimensional animation emulation technology applications in the field of sports . The main contribution of this paper is as follows : ( 1) achieve the sports hybrid algorithm supports artistic gymnastics fragment synthesizer . (2 ) the use of the uniform cubic B-spline motion path editing , spline curve fitting , edit , and re- sampling function . Interactive motion path editor . ( 3) the OGRE graphics engine , and the ODE physics engine combined OGRE rigid body physics simulation . And apply it to the real-time animation synthesis of artistic gymnastics Ball ball equipment . (4) development has a certain practicality Eurhythmics filing system , the results can be viewed in a 3D virtual scene choreography .

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