Final Game Project — Architecture Audit

01 · Engine & Environment

02 · Asset Inventory

Total Assets/ size: 50.3 MB. No third-party/vendor folders were detected by the walker. Special Unity folders present include TextMesh Pro/Resources and Joystick Pack/Scripts/Editor.

03 · Scene Inventory

38 total scenes detected. The four game scenes are the targets for all active development. The remaining scenes are TextMesh Pro examples (to be excluded from build settings) and vendor/asset-pack demos (informational only).

Game Scenes — Active Development Targets

Vendor / Demo Scenes — Do Not Modify

04 · Script Analysis

05 · Legacy / Deprecated API Hits

18 total legacy API calls detected across game scripts and TMP example scripts. The TMP example hits are low-priority (vendor code, not modified). The hits in your own scripts — particularly Menu.cs — should be addressed in Phase 2.

06 · Hardcoded Asset References

14 scripts contain hardcoded asset references that need migration to a ContentRegistry ScriptableObject or Addressables. The game scripts listed below are the priority targets. TMP example scripts are vendor code and should not be modified.

Game Scripts — Priority Migration Targets

TMP Vendor Scripts — Do Not Modify

07 · CLAUDE.md Constitution

Paste the following block into your root CLAUDE.md file. This gives Claude Code the architectural context it needs to assist safely — enforcing assembly boundaries, preventing vendor file modification, and gating refactor scope to one script per turn.

# Final Game project — Claude Code Constitution

## Tech Stack
- Unity 2021.3.32f1
- Render Pipeline: Built-in (Legacy)
- C# — .NET Standard 2.1

## Architecture State (pre-refactor)
- Observer/Event pattern detected
- NO Assembly Definitions — everything in default assembly

## Assembly Boundaries (to be created)
- Core.asmdef        — no dependencies
- Gameplay.asmdef    — depends on Core only
- UI.asmdef          — depends on Core only
- Content/           — NO asmdef, assets only

## Critical Rules
1. NEVER modify files in ThirdParty/ or Plugins/
2. NEVER move files outside the Unity Editor window
3. NEVER create direct asset references in Gameplay/ or Core/
4. ALL asset access through ContentRegistry ScriptableObject
5. Stop and show diff after each file — wait for approval
6. Do not refactor more than one script per turn

## Do Not Touch
# (populate with specific vendor folders as identified)

## Refactor Phase
CURRENT: Audit complete — awaiting Phase 2 (Interface Generation)

08 · Suggested Refactor Priority

• High

  Create Assembly Definitions

  No .asmdef files exist — the entire project compiles in a single default assembly. Creating Core.asmdef, Gameplay.asmdef, and UI.asmdef before any other refactor is essential. Without boundaries, the Observer/Event dependencies are invisible to the compiler and impossible to reason about safely. This is the prerequisite for all subsequent phases.

• Medium

  Update Legacy API Calls (18 hits)

  Replace all GameObject.Find() calls in Menu.cs with serialized Inspector references or a ServiceLocator pattern. The Resources.Load hits in TMP example scripts are vendor code — do not touch. Focus only on the 5 hits in your own scripts.

• Medium

  Migrate Hardcoded Asset References (14 scripts)

  The 3 game scripts with public GameObject references (FirstDoor.cs, Caidan.cs, PlayerCtrl.cs) should be migrated to a ContentRegistry ScriptableObject or promoted to [SerializeField] with Inspector assignment. TMP example scripts are not migration targets.

• Phase 3

  Exclude Vendor Scenes from Build Settings

  Remove all TextMesh Pro example scenes and asset-pack demo scenes from Build Settings before the next build. This will reduce build size and eliminate unintended scene-load paths.