Can I use this skill to create custom visual effects?

Yes, the skill covers the rendering pipeline, including custom GLSL shaders and the particle system for high-quality visual effects.

Can this skill help with mobile platform deployment?

Yes, it provides detailed guidance for deploying your projects to Android, iOS, Windows, macOS, and Linux platforms.

Is knowledge of CMake required to use this skill?

While Cocos2d-x v4 uses CMake, this skill provides templates and configuration examples to help you manage your build system even if you are not an expert.

Does it provide support for physics engines?

Absolutely. It includes comprehensive instructions and code patterns for integrating Box2D for physics simulations and collision detection.

Which version of Cocos2d-x does this skill support?

This skill is specifically optimized for Cocos2d-x v4, focusing on its modern C++ API and CMake-based build system.

Cocos2d-x Game Development

Name: Cocos2d-x Game Development
Author: partme-ai

bypartme-ai

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Game Development

Accelerates 2D game development using the Cocos2d-x v4 C++ engine through expert guidance on scene management, physics, and cross-platform deployment.

About

This Claude Code skill acts as a specialized assistant for game developers working with the Cocos2d-x v4 framework. It provides deep domain expertise in the engine's core architecture, including the node-based scene graph, sprite manipulation, and the sophisticated action system for animations. Beyond basic game logic, the skill assists with advanced graphics via custom shaders, particle systems, and the integration of Box2D physics. It also streamlines the often complex process of multi-platform builds using CMake, helping developers efficiently target iOS, Android, and desktop environments from a single codebase.

Key Features

Multi-platform deployment for iOS, Android, and Desktop
Advanced action systems and animation sequencing
Core engine architecture (Nodes, Scenes, Sprites)
37 GitHub stars
Physics engine integration (Box2D) and collision detection
Custom shader development and rendering pipeline optimization

Use Cases

Implementing complex UI systems and interactive game mechanics
Building cross-platform 2D mobile games with high-performance C++ code
Migrating and upgrading legacy projects to Cocos2d-x v4 and CMake

About

Key Features

Multi-platform deployment for iOS, Android, and Desktop
Advanced action systems and animation sequencing
Core engine architecture (Nodes, Scenes, Sprites)
37 GitHub stars
Physics engine integration (Box2D) and collision detection
Custom shader development and rendering pipeline optimization

Use Cases

Implementing complex UI systems and interactive game mechanics
Building cross-platform 2D mobile games with high-performance C++ code
Migrating and upgrading legacy projects to Cocos2d-x v4 and CMake