CGCircuit - Introduction to Volumes I - Dust Interaction
欢迎来到houdini教程第一期:灰尘交互,这是创建令人惊叹的火焰模拟的终极教程! 在本课程中,我们将在火焰效应的世界中进行一次激动人心的冒险,特别关注灰尘和烟雾的模拟。
准备好学习制作迷人的火焰模拟的基本技术。 我们将探索体素工作流程,并向您展示如何从头开始创建稀疏 Pyro 求解器。 在此过程中,我们将深入研究微求解器,并教您如何控制它们的值以实现所需的效果。
我们还将了解速率在高温模拟中的重要性,并分享一些有价值的提示和技巧来增强您的工作。 了解如何为您的场景找到完美的体素尺寸并优化您的模拟以获得最大的影响。
有没有想过如何在移动物体周围创建烟雾模拟? 不要害怕! 我将使用强大的 Pyro Solver SOP 指导您完成整个过程。
一旦我们获得了令人满意的模拟结果,我们将把它导入 Solaris 并探索 MaterialX。
了解如何利用 Karma XPU 优化您的工作流程并实现更快、更高效的渲染。
看看这个令人兴奋的新课程,我们将探索创建令人惊叹的灰尘模拟的艺术。 从基础知识到高级技术教程
Welcome to Volume 1: Dust Interaction, the ultimate tutorial for creating stunning pyro simulations! In this lesson, we'll go on an exciting adventure through the world of pyro effects, focusing specifically on dust and smoke simulations.
Get ready to learn essential techniques for crafting captivating pyro simulations. We'll explore voxel workflows and show you how to create a sparse pyro solver from scratch. Along the way, we'll dive into micro-solvers and teach you how to control their values to achieve the desired effects.
We will also learn the importance of velocity in pyro simulations and share some valuable tips and tricks to enhance your work. Discover how to find the perfect voxel size for your scene and optimize your simulations for maximum impact.
Ever wondered how to create smoke simulations around moving objects? Fear not! I will guide you through the process using the powerful Pyro Solver SOP.
Once we've achieved a satisfying simulation result, we'll import it into Solaris and We'll explore MaterialX.
Discover how to leverage Karma XPU to optimize your workflow and achieve faster and more efficient renders.
Check Out this exciting new course where we will explore the art of creating stunning dust simulations. From the basics to advanced techniques
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