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Procedural Fluid Animation using Mirror Image Method
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 Title & Authors
Procedural Fluid Animation using Mirror Image Method
Park, Jin-Ho;
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Physics based fluid animation schemes need large computation cost due to tremendous degree of freedom. Many researchers tried to reduce the cost for solving the large linear system that is involved in grid-based schemes. GPU based algorithms and advanced numerical analysis methods are used to efficiently solve the system. Other groups studied local operation methods such as SPH (Smoothed Particle Hydrodynamics) and LBM (Lattice Boltzmann Method) for enhancing the efficiency. Our method investigates this efficiency problem thoroughly, and suggests novel paradigm in fluid animation field. Rather than physics based simulation, we propose a robust boundary handling technique for procedural fluid animation. Our method can be applied to arbitrary shaped objects and potential fields. Since only local operations are involved in our method, parallel computing can be easily implemented.
Fluid Animation;Vector Potential;Mirror Image Method;Boundary Condition and Procedural Method;
 Cited by
기하적 메쉬를 이용한 왕관형 수면 애니메이션을 구현하기 위한 효율적 방법,이경훈;박진호;

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