Scene Management via ScriptableObject Strategies

Decoupled Scene Loading Logic: This system replaces tightly coupled scene-loading code with flexible ScriptableObject strategies, enabling reusable and testable scene operations.
Strategy Pattern Architecture: Each scene-related behavior (load, unload, reload, set active, etc.) is encapsulated within a dedicated SceneStrategySO, following the Strategy pattern. These behaviors are pluggable and composable at runtime.
Support for Multi-Strategy Composition: Complex loading sequences can be created by composing multiple strategies via MultiSceneStrategySO, allowing for chainable and layered scene logic (e.g., load multiple scenes additively, then set one active).
Asset-Driven Design for Reusability: Scene strategies are defined as assets, allowing designers or developers to reuse and reference them directly in other systems like gameplay logic, UI buttons, or startup sequences without code changes.
Lifecycle Awareness and Delayed Execution: Strategies support integration with Unity’s coroutine system for asynchronous loading, and can be configured to delay, wait for conditions, or execute in order.

When to Use It

In large or modular projects where scene loading behaviors need to be reused across multiple contexts (e.g., level management, transitions, UI-driven flows).
When you want to enable designers to configure and tweak scene logic without code intervention.
For tools, prototypes, or frameworks that require flexible, data-driven scene control.

For simple or one-off scene transitions where the overhead of asset creation and modular logic isn’t justified.
If you need tight control over scene loading lifecycles in performance-critical code, where monolithic logic might be more efficient.