orion-gamefeatures

GameFeature plugin lifecycle management requires tracking UGameFeaturesSubsystem states and correctly applying UGameFeatureAction transitions for activation and deactivation. You must validate the plugin state machine and execute cleanup patterns to prevent memory leaks and ensure stable modular behavior.

Experience-driven gameplay flows organize modular features by separating Experience definitions, ActionSets, PawnData, and abilities into distinct gameplay plugins. This architecture allows dynamic loading and unloading of game modes while maintaining strict module boundaries and asset scanning integration.

Modular GameFeature architecture handles multiplayer setup by validating component injection and network replication during the activation phase. It ensures Experience layers correctly synchronize PawnData and abilities across clients before gameplay plugins fully load.

Module boundary validation is needed when creating or modifying GameFeature plugins to ensure dependencies remain isolated. You must validate boundaries during the plugin state machine transitions to prevent cross-module references that break activation cleanup and packaging.

Orphaned components occur when GameFeature activation cleanup patterns are not correctly applied during deactivation. You must implement UGameFeatureAction cleanup routines and validate the plugin state machine to ensure all injected components and UI elements are properly removed.

Experience definitions support dynamic loading of UI and input mappings by bundling them into ActionSets within GameFeature plugins. This allows the Experience flow to inject components, bind input, and push UI only when the specific gameplay mode is activated.