3d-games

3D shaders manipulate vertex and fragment data to create custom visual effects. This skill covers vertex, fragment, and compute shader principles, helping you understand how to write shaders for unique rendering effects in 3D game development.

To implement 3D physics, you define collision shapes and apply physical principles to objects. This skill explains core 3D physics concepts and collision shapes, enabling you to build realistic object interactions in your 3D games.

Setting up camera systems involves choosing the right camera type to achieve a specific player experience. This skill explores various 3D camera systems and their configurations to help you achieve different camera feels in your games.

You should use Level of Detail (LOD) strategies when managing complex 3D game assets to maintain performance. This skill teaches you how to implement LOD techniques to ensure your game assets remain scalable and performant across different hardware.

Common 3D game development anti-patterns include inefficient rendering pipelines and poor lighting implementation. This skill highlights these frequent pitfalls, helping you avoid architectural mistakes and optimize your foundational 3D game techniques.