Load and transition Unity scenes asynchronously with progress reporting.
npx skills add https://github.com/punkfuncgames/tetris-clone --skill scene-module
Please help me install this Agent Skill. Skill: scene-module Source: https://github.com/punkfuncgames/tetris-clone/tree/main/.claude/skills/scene-module Command: npx skills add https://github.com/punkfuncgames/tetris-clone --skill scene-module
Provides a consistent, async-first approach to loading and transitioning between Unity scenes, removing manual scene activation complexity, preventing concurrent load conflicts, and exposing progress for loading screens and UI feedback. It integrates scene operations with game state transitions so navigation (menu → loading → gameplay) is reliable and observable.
Use the scene-module to load the gameplay scene with a fade transition and monitor LoadingProgress until it reaches completion.
High-intent search queries and answers about installing and using this skill.
Asynchronous scene loading in Unity with progress reporting is handled by tracking operation progress to 0.9 before manual activation. This approach exposes loading values suitable for UI bars while preventing concurrent load conflicts during level transitions.
UniTask-based async methods are used for scene management to handle asynchronous loading and unloading operations. This integration supports manual activation control and prevents concurrent load conflicts during state-driven scene navigation.
Additive scene support allows loading overlay scenes such as HUDs and modular level components without unloading the base scene. This enables modular scene composition while maintaining asynchronous loading and progress tracking.
Transitions during scene navigation use configurable effects like Fade, Crossfade, Slide, or Instant with set durations. They include simple placeholders for animation hooks and integrate with game state services to ensure reliable menu to gameplay flows.
Async scene loading progress tracks to 0.9 before manual activation is triggered. The operation intentionally holds at 90% until allowSceneActivation is called, ensuring the loading screen remains visible until the game state transition is fully ready.
Preventing concurrent load conflicts is achieved by using a dedicated scene service that manages asynchronous operations and game state transitions. This centralized approach replaces ad-hoc SceneManager calls and ensures reliable, observable navigation.
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