Implement Phaser 4 game features with TypeScript and class-based scenes.
npx skills add https://github.com/Yakoub-ai/phaser4-gamedev --skill phaser-coder
Please help me install this Agent Skill. Skill: phaser-coder Source: https://github.com/Yakoub-ai/phaser4-gamedev/tree/main/skills/phaser-coder Command: npx skills add https://github.com/Yakoub-ai/phaser4-gamedev --skill phaser-coder
This skill eliminates the friction of memorizing the complex Phaser 4 API, preventing common runtime errors like black screens, asset 404s, and physics misconfigurations by enforcing strict TypeScript-first development patterns.
Use the phaser-coder skill to implement a new player character class with arcade physics and keyboard movement controls.
High-intent search queries and answers about installing and using this skill.
To implement Phaser 4 game scenes in TypeScript, use class-based scene structures that enforce strict type safety and proper lifecycle management for game objects, physics systems, and input handling.
A black screen in Phaser 4 games often results from physics misconfigurations, asset 404 errors, or using deprecated v3 APIs. Enforcing strict TypeScript-first development patterns and correct v4.0.0-rc.7 API signatures prevents these runtime errors.
You cannot safely use deprecated Phaser 3 APIs in a Phaser 4 project. The Phaser 4 API has changed, requiring strict adherence to v4.0.0-rc.7 API signatures to prevent runtime errors and ensure proper asset loading and physics configuration.
Arcade physics and keyboard movement controls in Phaser 4 are set up by creating a player character class with TypeScript. This requires proper asset loading and strict adherence to v4.0.0-rc.7 API signatures for input handling and physics integration.
The best way to manage collision detection and enemy AI in a Phaser 4 top-down shooter is using TypeScript-first implementation. This ensures player movement, enemy AI, and collision detection are correctly typed and integrated within class-based scene structures.
TypeScript is strongly recommended for Phaser 4 game engine projects to enforce type safety and prevent common runtime errors. It eliminates friction by ensuring proper API usage and class-based scene structures within your game architecture.
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