Procedural Mesh Generation and Deformation in Unity

Want to go beyond static 3D models and start generating dynamic, customizable geometry directly in your game engine? Understanding how to programmatically control meshes opens up endless possibilities for interactive environments and custom visual effects. This text-based course guides you through the fundamentals of 3D geometry manipulation in Unity. You will transition from understanding basic vertex structures to writing C# scripts that deform, morph, and generate meshes at runtime. What you'll learn: - Understand the foundational structure of 3D meshes, including vertices, triangles, normals, and UV coordinates. - Build custom procedural 3D shapes from scratch using C# scripting. - Apply mathematical formulas to deform and animate meshes dynamically during gameplay. - Configure mesh colliders programmatically to ensure accurate physics interactions on modified geometry. - Optimize your mesh manipulation code using modern performance practices like the C# Job System. The course begins with core definitions of 3D geometry before progressing to hands-on scripting exercises where you will analyze code to manipulate vertices and reconstruct meshes. Designed for beginners with a basic grasp of Unity and C#, this guide requires no prior experience with advanced computer graphics math. Start reading to unlock complete control over your 3D game worlds today.