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所在平台: Udemy |
课程主页: https://www.udemy.com/course/houdini-intro-to-dops-sop-data-and-sop-solvers/
课程评论：没有评论
课程名称：Houdini 垂直力、雪、沙、熔岩使用 SOP 解算器 课程概述：本课程将全面提升您的 Houdini 模拟技能，重点关注 SOP 几何数据和 DOPs 内的 SOP 解算器。该课程旨在帮助艺术家和技术用户深入理解 Houdini 的程序化模拟工具，构建强大且自定义的特效系统。我们将从有效参与模拟上下文所需的基础概念入手，包括基本数学概念、体积数据结构和 Houdini 中不同类型的体积。 接下来，您将了解烟雾解算器的构造，探讨其背后的原理，使用气体微解算器——Houdini 烟雾与火焰系统的基础构件。随后，我们将讨论垂直力及其在烟雾模拟中的应用，以增加细节。 随后，课程将转向 SOP 解算器技术。您将使用气体砂力、基于 SOP 的逻辑和冲击数据构建自定义的雪模拟，创建逼真、互动的雪行为。我们还将探讨类似技术在沙子模拟中的应用，强调材料反应和动态上的微妙差异。 之后，我们将进入一个视觉引人注目的项目：熔岩熔融效果。您将学习如何通过 SOP 解算器随时间变形和侵蚀几何体，创造出有机的熔融效果，适用于熔岩、蜡或风格化破坏效果。 最后，您将了解如何遮罩和增强水模拟，运用基于几何体的逻辑隔离影响区域，添加精细细节并控制流体模拟，适合艺术指导特定运动区域或将不同效果融合在一起。 通过完成本课程，您将能够熟练构建和控制自己的解算器，获得在 Houdini 强大模拟环境中技术流畅性和创造自由的能力。
Take your Houdini simulation skills to the next level with this in-depth, hands-on course focused on SOP Geometry Data and the SOP Solver inside DOPs. This course is designed for artists and technical users who want to unlock a deeper understanding of Houdini's procedural simulation tools and build powerful, custom FX systems.We begin with the foundational concepts needed to work effectively in simulation contexts, including a breakdown of basic math concepts, volume data structures, and the different types of volumes in Houdini. You'll then learn about the anatomy of the smoke solver, exploring how it works under the hood using Gas MicroSolvers-the building blocks behind Houdini's smoke and pyro systems. Then we will talk about Vorticle Forces and how to apply them on smoke simulations to add details to them.Next, we shift gears and dive into SOP Solver techniques. You'll build a custom snow simulation using Gas Sand Forces, SOP-based logic, and impact data to create believable, interactive snow behavior. We'll also explore how similar techniques can be applied to sand simulations, with subtle differences in material response and dynamics.We'll then move into a visually engaging project: a lava melting effect. You'll learn how to deform and erode geometry over time using SOP Solvers, creating organic, melting effects ideal for lava, wax, or even stylized destruction.Finally, you'll learn how to mask and enhance water simulations, using geometry-based logic to isolate areas of influence and add fine detail and control to fluid simulations-ideal for art-directing specific regions of motion or blending effects together.By the end of the course, you'll have a strong grasp of how to build and control your own solvers, giving you both technical fluency and creative freedom in Houdini's powerful simulation environment.
