What problem does it solve?
Provides a structured, concise primer on 3D game development principles to help teams and solo developers design, implement, and reason about core systems without getting lost in theory.
Core Features & Use Cases
- Rendering Pipeline: Learn the end-to-end stages from vertex processing to final pixel output, enabling informed decisions about shaders, meshes, and hardware.
- Shader Principles & Lighting: Understand shader types (vertex, fragment, compute) and lighting models to achieve the desired visuals efficiently.
- 3D Physics & Collisions: Select appropriate collision shapes (box, sphere, capsule, mesh) and apply basic physics concepts for plausible interactions.
- Camera Systems: Choose among third-person, first-person, isometric, and orbital cameras with smooth motion and collision avoidance.
- Performance & Optimization: Use LOD, frustum/occlusion culling, and batching to maintain target frame rates.
- Anti-Patterns: Avoid common pitfalls like overuse of mesh colliders, real-time mobile shadows, and single-LOD solutions.
Quick Start
Create a minimal 3D scene that renders a single object with basic lighting to see the pipeline in action.
