Does this skill help with performance optimization?

Yes, it includes best practices for draw call limitation, frustum culling, and proper object disposal to prevent memory leaks in long-running 3D applications.

Can I use it for complex math calculations?

Absolutely. It includes comprehensive patterns for using Vector3, Matrix4, Quaternions, and Euler math utilities for precise 3D transformations.

Which camera types are supported?

The skill provides configurations for Perspective, Orthographic, Array, and Cube cameras, helping you select the correct projection for your specific 3D use case.

Is it compatible with recent Three.js versions?

Yes, it utilizes modern standards such as SRGBColorSpace and ACESFilmicToneMapping which are compatible with the latest releases of the Three.js library.

Three.js Scene Fundamentals

Name: Three.js Scene Fundamentals
Author: Monichre

byMonichre

Desarrollo de Videojuegos

Manages core Three.js components including scene setup, camera configurations, rendering pipelines, and 3D object hierarchies.

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The Three.js Fundamentals skill provides a comprehensive toolkit for building robust 3D web applications within Claude Code. It streamlines the generation of boilerplate scene code, provides expert guidance on camera selection (Perspective vs. Orthographic), and implements industry best practices for rendering performance, coordinate system management, and responsive canvas resizing. This skill acts as a specialized assistant for developers building anything from simple 3D data visualizations to complex immersive game environments, ensuring a solid architectural foundation using standardized Three.js patterns and mathematical utilities.

Características Principales

Advanced camera management for Perspective, Orthographic, and Cube setups
0 GitHub stars
Standardized 3D object hierarchy and transform manipulation
Automated boilerplate for scenes, cameras, and WebGL renderers
Performance optimization patterns including object pooling and cleanup
Robust math utility integration for Vector3 and Matrix4 operations

Casos de Uso

Initializing a responsive 3D environment for a web-based portfolio or landing page
Optimizing rendering loops and asset lifecycle management to prevent memory leaks
Implementing complex object hierarchies and coordinate transformations in a 3D editor

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Características Principales

Advanced camera management for Perspective, Orthographic, and Cube setups
0 GitHub stars
Standardized 3D object hierarchy and transform manipulation
Automated boilerplate for scenes, cameras, and WebGL renderers
Performance optimization patterns including object pooling and cleanup
Robust math utility integration for Vector3 and Matrix4 operations

Casos de Uso

Initializing a responsive 3D environment for a web-based portfolio or landing page
Optimizing rendering loops and asset lifecycle management to prevent memory leaks
Implementing complex object hierarchies and coordinate transformations in a 3D editor