跑个题，但如果你对流体模拟感兴趣，想多了解它们到底是怎么做出来的，John D Anderson 那本关于计算流体力学（Computational Fluid Dynamics）的书非常值得啃一啃。过去挺久了，但我记得当时照着书在 Matlab 里做过书里提到的小型数值模拟。流体的问题在于它是一个非常复杂的领域…
Off topic, but if you're interested in fluid simulations and want to learn more about how they are actually made, John D Anderson's book on Computational Fluid Dynamics is worth working through. It's been quite some time but I remember going through it in Matlab to make small, numerical simulations in the book. The problem with fluids is that it's a very complex branch…
…还做过 CA 程序员。等等。论文有一大堆。求解微分方程和 PDE 的极其常见的有限元方法，本质上跟 CA 是一回事——参见例如 Anderson 的《Computational Fluid Dynamics》。Shengfan Zhou 2002 年的《Attractors and approximations for lattice dynamical systems》。1954 年 Fermi、Ulam、Pasta 写的《Studies of Nonlinear Problems》，里面就包含了 1D CA。https://www.cs.princeton.edu/courses/archive/fall02/cs323/li...…
…and worked as a CA programmer. Etc. There are a lot of papers. The very common finite element method of solving differential equations and PDEs is basically the same thing as CA - see e.g. Anderson's Computational Fluid Dynamics. Attractors and approximations for lattice dynamical systems by Shengfan Zhou, 2002. 1954's Studies of Nonlinear Problems by Fermi, Ulam, Pasta, featuring a 1D CA. https://www.cs.princeton.edu/courses/archive/fall02/cs323/li...…
跑个题，但如果你对流体模拟感兴趣，想多了解它们到底是怎么做出来的，John D Anderson 那本关于计算流体力学（Computational Fluid Dynamics）的书非常值得啃一啃。过去挺久了，但我记得当时照着书在 Matlab 里做过书里提到的小型数值模拟。流体的问题在于它是一个非常复杂的领域…
Off topic, but if you're interested in fluid simulations and want to learn more about how they are actually made, John D Anderson's book on Computational Fluid Dynamics is worth working through. It's been quite some time but I remember going through it in Matlab to make small, numerical simulations in the book. The problem with fluids is that it's a very complex branch…
…还做过 CA 程序员。等等。论文有一大堆。求解微分方程和 PDE 的极其常见的有限元方法，本质上跟 CA 是一回事——参见例如 Anderson 的《Computational Fluid Dynamics》。Shengfan Zhou 2002 年的《Attractors and approximations for lattice dynamical systems》。1954 年 Fermi、Ulam、Pasta 写的《Studies of Nonlinear Problems》，里面就包含了 1D CA。https://www.cs.princeton.edu/courses/archive/fall02/cs323/li...…
…and worked as a CA programmer. Etc. There are a lot of papers. The very common finite element method of solving differential equations and PDEs is basically the same thing as CA - see e.g. Anderson's Computational Fluid Dynamics. Attractors and approximations for lattice dynamical systems by Shengfan Zhou, 2002. 1954's Studies of Nonlinear Problems by Fermi, Ulam, Pasta, featuring a 1D CA. https://www.cs.princeton.edu/courses/archive/fall02/cs323/li...…