Coordinate multi-file Unity C# features and refactors across multiple classes.
npx skills add https://github.com/cuozg/oh-my-unity --skill unity-code-deep
Please help me install this Agent Skill. Skill: unity-code-deep Source: https://github.com/cuozg/oh-my-unity/tree/main/skills/unity-code-deep Command: npx skills add https://github.com/cuozg/oh-my-unity --skill unity-code-deep
Unity projects often suffer from tangled single-file implementations that hinder scalability and maintainability when features span multiple classes. This Skill provides a disciplined workflow to plan, organize, and connect cross-file changes so architecture remains coherent and testable.
Parse the target Unity project, identify affected files, and map dependencies before implementing multi-file changes.
High-intent search queries and answers about installing and using this skill.
To refactor Unity C# code across multiple files, map affected files, define interfaces first, and implement wiring in dependency order. This workflow restructures large features into modular, testable pieces while verifying compilation against Unity project standards.
You need a multi-file architecture workflow when a Unity task touches two or more .cs files, introduces architectural patterns like state machines or event buses, or restructures existing systems such as cross-system implementations involving manager, data, and UI components.
The best way to introduce design patterns in Unity is by coordinating multi-file changes: map dependencies first, define interfaces, and then implement the system wiring in strict dependency order to ensure the architecture remains coherent and testable.
To plan file structures and wire components for cross-system Unity features, parse the target project, identify affected files, and map dependencies before implementation. Define interfaces first and connect components in dependency order to maintain architectural coherence.
Yes, you can untangle single-file Unity implementations by applying this workflow to refactor large features into modular, testable pieces. It maps affected files, defines interfaces, and wires components in dependency order without breaking existing behavior.
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