main
4
Commits
| Author | SHA1 | Message | Date | |
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  lennartandClaude Opus 5
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9a0618fd31 |
replace the NPC scaffold with data-driven prefabs, and retire the builders
NPCStandIn was written to be dropped on a sphere and carried its identity in per-instance public fields. The cost of that showed up in the scene itself: of the two spheres, one was the Bartender and the other was named "Bartender (1)" in the hierarchy while being configured as the Chair — data changed, name never was. Nothing outside the scene could see what existed, and two copies could disagree. Identity now lives in an InteractableDefinition asset and the scene only places a prefab. The migration matched the old objects by yarn node rather than by name, which is the only reason the chair ended up as the chair. InteractableDefinition rather than the planned "character definition": it covers a character and a talkable object equally, so Bartender.prefab sits under Prefabs/Characters and Chair.prefab under Prefabs/Interactables. Three components collapse into one. DialogueInteractable was in no scene at all — a dead trigger-zone variant of the same idea. ClickInteractableBridge existed only to adapt NPCStandIn without modifying it, a constraint that died with NPCStandIn; DialogueInteractor implements IClickInteractable itself. The parts worth keeping were lifted out rather than discarded: WorldSpaceLabel and InteractionPrompt are now normal components on prefab children, so a label can be seen and positioned in the Editor instead of existing only at runtime. InputDeviceTracker moved into NightclubArcadia.Core and gained a namespace, leaving no global-namespace runtime types. Characters get the same pipeline as Skills and Candidates: Assets/Characters/characters.json is the source of truth, CharacterSetup regenerates the definition assets on script reload and removes orphans. Adding an NPC is a JSON entry plus a prefab — no code, and no Unity for the data half. Phase 5.4 deletes the one-shot builders rather than disabling them. UILayerSetup, PlayerControlSetup, UILayerSetupAutoRun and YarnDemoSetup assumed the single-scene layout, had already destroyed a level scene and turned Systems binary once each, and after NPCStandIn went they no longer compiled. The prefabs they used to generate are authored and committed; the wiring knowledge is in those prefabs and in git history. The asset generators — Skill, Candidate, Character — are untouched and still work. EditMode 42/42, PlayMode 7/7, YarnCheck 9 files / 35 nodes. All three scenes still text. Co-Authored-By: Claude Opus 5 <[email protected]> |
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lennartandClaude Opus 5
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ec4619d9dc |
resolve cross-scene dependencies at the point of use, not in Awake
Fixes "[SceneServices] Bartender: could not resolve dialogueRunner". Resolving a cross-scene dependency in Awake is a race by construction. The dialogue runner lives in Systems; an NPC lives in the level. Open the level on its own, or let the scenes load in the other order, and the NPC wakes with no Systems scene in sight. Worse, the failed lookup was cached into the serialized field, so it stayed broken for the rest of the session rather than recovering once Systems appeared. NPCStandIn and DialogueInteractable now resolve lazily through a property and cache only a successful result, so any load order works. Awake still does a silent best-effort pass, which keeps the common case free. SceneServices splits in two accordingly. TryResolve is silent and is what speculative callers use; Resolve logs an error and belongs only where the dependency is genuinely required. Both now include inactive objects — a system parked inactive is still the object we mean, and excluding it reported "not found" for something sitting in the hierarchy. The error text now says where the runner lives and how to open the scenes, instead of asking a question. BootstrapTests only ever covered the happy order, which is why it stayed green while this was broken. SceneOrderTests loads the level BEFORE Systems and holds that NPCs still reach the runner. It also asserts it is reproducing the race — it counts the NPCs whose Awake-time resolution failed and fails if that is zero, so the test cannot quietly start passing for the wrong reason. It currently reports 2 of 2, which is the bug this commit fixes. EditMode 42/42, PlayMode 7/7, YarnCheck 9 files / 35 nodes. Co-Authored-By: Claude Opus 5 <[email protected]> |
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lennartandClaude Opus 5
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bb0f2b760c |
give the runtime code assemblies, a build entry point, and fix two names
No project code is in Assembly-CSharp any more. Five assemblies: Core (no dependencies), Locomotion.Math, Skills, Game (everything else under Scripts), and StarterAssets. Game is one assembly rather than one per area, which is what the plan assumed. Measuring the dependency graph first found three cycles, all through UI — CharacterPanelView reaches into Dialogue, PlayerControlLock into Player, and UILayerBootstrap into Cinematics — plus two edges a using-scan cannot see, because NPCStandIn is in the global namespace. Assemblies cannot be circular, so splitting further means relocating those three files. That is a code-movement task, not an asmdef task, and nothing needs it yet. StarterAssets had to get an assembly of its own. It had none, so it lived in Assembly-CSharp, and an asmdef assembly cannot reference the predefined assemblies — four runtime files use it, and all four would have stopped compiling. The payoff is immediate: BootstrapTests no longer needs reflection to reach NPCStandIn and CinemachineFollowsPlayer, which is exactly why Phase 3 wanted this. Assets/Editor/PlayerBuild.cs is the headless build entry point. It reads the enabled scenes, asserts Bootstrap is scene 0 because the player opens scene 0 on launch, honours the -buildOutput the CLI forwards from -o, and calls EditorApplication.Exit(1) on anything short of Succeeded — without which Unity exits 0 on a build that produced nothing and CI goes green on it. Verified end to end: a 172MB .app in about two minutes. Two renames, both different from what the plan described. DialougueSkillComparison.cs contains a class called SkillFunctions — the filename never matched the type, so it is now SkillFunctions.cs. The two .yarn files with spaces in their names lost the spaces rather than becoming kebab-case, which would have made them inconsistent with Bartender.yarn and SC101.yarn; spaces were the actual problem. Both renames preserved their .meta GUIDs, and the yarnproject graph keys and the two character sheets were updated. EditMode 42/42, PlayMode 5/5, YarnCheck 9 files / 35 nodes, make build green. Co-Authored-By: Claude Opus 5 <[email protected]> |
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lennartandClaude Opus 5
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40b4547c71 |
split the scene into Bootstrap, Systems and Level
The game now starts from Bootstrap.unity, which additively loads Systems (the dialogue runner, skills, UI layer, camera rig and the player) and then a level (geometry, light, navmesh, reveal cameras). The level becomes the active scene so new objects and lighting land there. The player moved into Systems. It had been parented under Room_101 — under level geometry — and it is persistent content, not level content. Moving it also removes most of the cross-scene breakage on its own. Unity nulls any serialized reference that crosses a scene boundary. Measured rather than guessed: the pre-split scene was pulled from git and its null references diffed against the split result. Exactly seven were lost — both NPCs' dialogueRunner, dialogueUI and player, plus the reveal camera's tracking target. A first naive audit reported 210, which turned out to be pre-existing Unity defaults like Image.m_Material; the baseline diff is what separated the two. Each of the seven now resolves at runtime. SceneServices.Resolve fills in a null Inspector reference by searching the loaded scenes, keeping an assigned value if there is one; CinemachineFollowsPlayer binds the reveal camera once the player exists. Both follow the pattern already used by CameraFramingVolume and by NPCStandIn's player lookup, rather than introducing a new one. Assets/Tests/PlayMode is new, and it immediately paid for itself. BootstrapTests loads Bootstrap and asserts the whole game comes up; on its first run it caught a real bug the split had introduced. The player's NavMeshAgent lives in Systems while the NavMesh is baked into the level, so during load the agent exists off-mesh and ResetPath logs an error. ClickToMoveController now guards on agent.isOnNavMesh rather than a bare null check. No EditMode test could have seen that, because none of it has run yet. Two of those checks reach their types by name through reflection: NPCStandIn and the Cinematics namespace live in Assembly-CSharp, and an asmdef test assembly cannot reference the predefined assemblies. Per-area asmdefs remove the need. Build settings list all three scenes with Bootstrap at index 0, which LoadSceneAsync by name requires. EditMode 42/42, PlayMode 5/5, YarnCheck 9 files / 35 nodes. Co-Authored-By: Claude Opus 5 <[email protected]> |