unity-observer-pattern

Reactive properties in Unity are created by wrapping variables in a generic Observable<T> wrapper that automatically notifies listeners on change. This enables decoupled UI data binding and event-driven behavior without manual refresh calls.

Yes, the Observable<T> wrapper supports inspector-bound UnityEvent bindings. This hybrid path allows designers to wire up OnValueChanged events directly in the Unity inspector while maintaining editor persistence across scenes.

Using a reactive property system is the best way to decouple Unity gameplay logic from UI presentation. It turns ordinary fields into Observable<T> data points with UnityEvent support, enabling clean data flow and responsive interfaces without tight coupling.

Yes, the reactive property system supports implicit casting, letting you treat Observable<T> as the underlying T type. This provides concise syntax in your Unity scripts while maintaining the automatic notification behavior on value changes.

You can manage listeners using built-in diagnostic logging and optional editor tools provided by the system. These tools help track and configure OnValueChanged bindings on Observable<T> fields during edit-time and runtime.

Inspector bindings often disappear without editor persistence, but this system automatically wires persistent calls in Edit Mode. This maintains your UnityEvent bindings across scenes, preventing lost UI connections during scene transitions.