آموزش شبیه سازی در Houdini

عنوان دوره : helloluxx – Houdini Training learn. Jumpstart Vol.5 – Intro to Flip Fluid Simulations

سطح : متوسط

زمان کل دوره : – ساعت

تعداد فایل های تصویری : 9

سال آموزش : 2017

فایل تمرینی : دارد

مربی دوره : –

نرم افزار : Houdini

زیرنویس : ندارد

helloluxx – Houdini Training learn. Jumpstart Vol.5 – Intro to Flip Fluid Simulations

In this tutorial you will get your CG feet wet with Adam Swaab’s first ‘Jumpstart’ foray into fluid simulations. You begin by disecting the shelf tools, understanding each node that is created, and then rebuilding the system from scratch, inserting a few of your own customisations. You will look at emission attributes and parameters, discuss how to achieve high resolution details in your sims and see how to get other simulation objects to interact with your fluids. Further in the tutorial you will look at some of the more esoteric parameters of the Flip solver, learning how to create melting, mixing, and expanding fluid simulations.

Chapter 01: Introduction
Chapter 02: Use the shelf tools to create an animation flip simulation.
Chapter 03: Rebuild the previous example from scratch, ignoring the shelf tools and working node by node.
Chapter 04: In this section begin the dive into the nuts and bolts of the Flip solver.
Chapter 05: In this chapter, create a simple melting effect to illustrate how viscosity affects a simulation.
Chapter 06: Look at another simple example of mixing fluids of varying densities, showing how to create colour diffusion and mixing between fluids of different colours. See the effect of density on a fluid sim, causing lower density particles to rise above higher density particles.
Chapter 07: This short section shows an example of using divergence in a fluid sim
Chapter 08: In this section explore two different ways of shaping and adding forces to a fluid sim.
Chapter 09: Finally, discover a way to tweak fluid meshes when they penetrate through their containers, using VDB tools, invaluable for rendering fluids in glass containers.