3d-games

A 3D rendering pipeline processes geometry through vertex, rasterization, and fragment stages. This Skill provides structured guidance on specifying these pipeline stages, offering optimization tips and practical examples to ensure coherent visual output across different engines.

Shader selection for 3D game visuals depends on balancing lighting principles with performance. This framework outlines specific shader types and lighting models, providing concise guidelines to help you choose shaders that achieve practical visual results without sacrificing frame rate.

Integrating 3D physics involves specifying appropriate collision shapes for your game objects. This Skill covers 3D physics basics and collision shape selection, offering clear examples for typical game scenarios to help you simulate realistic interactions.

Yes, these 3D game development principles apply across engines and platforms. The framework is designed for indie and educational projects, specifying rendering pipelines, camera models, and physics integration in an engine-agnostic manner to align teams on core systems.

Setting up a 3D camera system requires choosing an appropriate camera model for your gameplay scenario. This Skill provides camera system guidance, outlining practical best practices to help you implement a movable camera that delivers coherent gameplay perspectives.

To start implementing a minimal 3D scene, set up a movable camera and apply a basic shader. This approach lets you directly observe the rendering pipeline and interaction mechanics, serving as a quick start for iterating on 3D game systems.