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所在平台: Udemy |
课程主页: https://www.udemy.com/course/building-fluid-solvers-for-computer-graphics-part-1/
课程评论：没有评论
课程总结：构建计算机图形学的Houdini流体求解器第一部分 本课程旨在帮助学员掌握构建流体模拟程序的基础知识，特别是像Houdini和Realflow这样的流体求解器。课程内容将从基础数学入手，为学员铺平进入这一领域的道路。第一部分将着重于所需的数学知识，包括微积分（Calculus 1、2、3）和线性代数的基本概念。课程适合初学者，无需任何先前的专业知识，仅需具备一些基础的学校数学即可。 在每一章节中，学员将学习以下内容： 第1章：微积分 - 介绍函数和导数的概念，并通过不同的技术对函数进行求导。 第2章：积分 - 讨论积分的概念和与求导相反的过程，学习如何通过不同的方法对函数进行积分。 第3章：核心附加数学，多变量微积分 - 完成必要的微积分概念，特别是多变量函数的求导和积分。学习重要的导数算子，如梯度、散度、旋度和拉普拉斯算子，为将来的学习打下基础。 需要注意的是，构建流体求解器是一个庞大的领域，完全的求解器（如Houdini）是由数百名开发者合作完成并需多年开发的。本系列课程提供了进入这一领域的钥匙，为有志于成为开发者或想了解求解器工作原理的FX TD提供帮助。学员将在课程结束时掌握核心概念和代码的基础，以便继续深入探索这一旅程。
Do you wanna build your fluid simulating program like Houdini and Realflow someday (also called fluid solver)? Now, you can learn how to do that as simple as eating cakes, here is your start point in this long roadVolume 1 will be about the math behind the stuff. starting with Calculus 1 (Differential Calculus) basics and explaining the stuff we will need later on. Then , Calculus 2 (Integral Calculus) ,then , Calculus 3 (which is the most important and called Multi-variable Calculus). I will also tend to explain some Linear Algebra concepts we will use. You don't need any prior knowledge (just some simple preparatory school math will do it). It's completely for beginners as I will do my best to make the concepts simple for everyone. We are going to start with what it's a function and continue leveling up till multivariable calculus.What you will be learning in each chapter:Chapter 1: Differential CalculusIn this chapter , we will begin our journey in the math starting with calculus 1 and explaining the concepts we will need in our process. We will learn what's a function and what's a derivative. After that, we will differentiate our functions with different techniques.Chapter 2: Integral CalculusIntegration is the opposite of differentiation so we will talk about how to integrate our functions with different techniques.Chapter 3: Extra math in the core , Multivariable Calculus.In this chapter we will finish the concepts of Calculus we need. Calculus 3 is the most important in our work. We will start to differentiate the multi-variable functions and integrate them. I will explain the most important derivative operators we need like gradient, divergence , curl, laplacian and many more! Be ready for partial derivatives!CAUTION: Building fluid solvers is a huge field, no one can teach you how to build a full cool solver like Houdini which is built by hundreds of developers and takes years of development. This series is giving you the key to enter this field as an aspiring developer or even learning how solvers work to help you in your work as an FX TD. You will end the series by having the main points and the main body of the codes that you need to continue the journey.
