3d-games

A 3D rendering pipeline processes geometric data through stages to output 2D images. This Skill outlines the pipeline stages for efficient rendering, helping you implement the foundational structure in your game engine.

Shaders are programs dictating how 3D objects are rendered, with types serving distinct roles in the pipeline. This guide explains shader fundamentals and their appropriate usage for rendering 3D game mechanics.

Implementing 3D physics requires applying collision shapes and physical principles to objects. This Skill delivers insight into various collision shapes and physics principles for creating realistic game mechanics.

Level of Detail (LOD) reduces the complexity of 3D models as they move away from the camera. This guide outlines LOD strategies to ensure scalable and efficient 3D rendering in your game.

Common 3D game development anti-patterns include inefficient lighting and poor camera implementation. This Skill advises on these frequent pitfalls and provides strategies on how to avoid them effectively.

Yes, this guide details various light types and their specific performance considerations. It provides the knowledge needed to optimize lighting techniques for efficient 3D game rendering.