Here are some coding exercises that focus on basic physics simulations and animations.
Practicing these algorithms can help me gain a deeper understanding of the underlying principles.
This project, inspired by Matthias Müller's "Ten Minutes Physics" tutorial, focuses on physically based simulation concepts like position-based dynamics, soft body simulation, cloth simulation, and fluid simulation. While Müller used JavaScript, I enhanced the implementation by using the React module, deepening my understanding of these concepts and honing my coding skills.
Welcome to my 3D Web Project, a collection of interactive web pages featuring various three.js effects and animations. This ongoing project showcases the capabilities of three.js and explores the possibilities of 3D graphics on the web.
This project is based on GAMES103, a Chinese course taught by HUAMIN WANG. The course covers four areas: rigid body simulation, mass-spring systems, FEM-based simulation, and fluid simulation. It differs from CSC417 and involves implementing assignments using C# in Unity. I've also exported the project as a WebGL build, allowing for web-based interaction.
This project is part of CSC417, a fundamental course covering mathematical and algorithmic techniques for numerical simulations of physical phenomena like rigid bodies, deformable bodies, and fluids. The showcase includes four assignments implemented in C++ on topics:
💥 1D mass-springs & 3D mass-springs
💥 3d FEM
💥 Finite Elements for Cloth Simulation
💥 Rigid Body Simulation.
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