在本教学中您将学习到基于粒子与体积的Houdini模拟制作,并学习制作产品级的火,烟,液体效果. 本教学长度超过3.5小时.
Learn a flexible workflow to particle-based and volume-based simulations in Houdini and production-applicable techniques to creating realistic fire, smoke, and liquid effects. Contains over 3.5 hours of self-paced training with several practical projects. Ideal for new and intermediate artists.
Popular highlights include:
* Particle-based Fluids * Volume-based Fluids * Ripple Solver * Viscosity * Fire, Smoke and Liquid simulations * Smoke Solver * Smooth Particle Hydrodynamics * Microsolvers * Visualizing Simulation Attributes * Rendering Fluids in Mantra * Source, Sink and Pump * Physical Properties * Rigid Body Dynamics * Gas Constant * Fuel and Temperature * Vorticles * Caching * Forces and Expressions * Creating and Painting Attributes
Lesson Outline: 1. Introduction and Project Overview 1:44 2. Particle Fluids: creation and visualization 8:55 3. Particle Fluids: setting up collisions 9:07 4. Particle Fluids: caching and rendering 6:12 5. Emitting particle fluids 6:54 6. Sinking particle fluids 5:44 7. Emitting and sinking from objects 5:06 8. Pouring liquid into a container 8:30 9. Physical properties 4:46 10. Particle fluid surfacing 10:28 11. Beginning to mix liquid colors with microsolvers 6:25 12. Mixing liquid colors with microsolvers 8:50 13. Final simulation tweaks 7:44 14. Using the Sculpted Particle Fluid tool 6:20 15. Working with Liquid Containers 8:01 16. Liquid emission and interaction 6:10 17. Continuing liquid emission and interaction 9:38 18. Initial states and liquid caching 7:03 19. Rendering liquids 4:26 20. Smoke and fire solvers 6:08 21. Starting the smoke stack simulation 6:13 22. Driving simulations with forces 7:30 23. Finishing the smoke stack 8:03 24. Building a cigarette fume with 2d containers 5:45 25. Adding vorticles 7:55 26. Shading and rendering the fume effect 6:53 27. Using the Burst into flame tool 6:35 28. Ripple solver setup 6:05 29. Simulating ripple-inducing raindrops 9:49 30. Per-point ripple solver attributes 6:44 Total Run Time: 3:28:39
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