unity-script-roles

To organize Unity scripts and prevent bloated MonoBehaviours, you allocate clear responsibilities to MonoBehaviour, ScriptableObject, pure C# services, and installers. This separation clarifies class duties and improves maintainability.

Use a ScriptableObject instead of a MonoBehaviour when a script primarily holds shared data or configuration. Assigning the ScriptableObject role centralizes data management and reduces boilerplate compared to attaching data directly to GameObjects.

The best way to plan clean architecture for Unity projects with many gameplay scripts is to map each script to a specific role. Explicitly defining roles like service or installer reduces dependencies and promotes testability across the codebase.

You assign roles to C# scripts in Unity by generating a per-script mapping that includes the recommended role, main responsibility, and dependencies. Defining pure C# services separate from MonoBehaviours directly improves project testability.

Yes, you can use this approach to separate game logic from Unity's MonoBehaviour lifecycle by designating pure C# services for logic. This role planning ensures MonoBehaviours handle framework interactions while services manage testable gameplay code.

Your Unity codebase suffers from misclassified script responsibilities when most gameplay scripts become bloated MonoBehaviours. Planning explicit script roles for installers and services corrects this by clarifying class responsibilities and dependencies.