Switch background music to musique-reparation.mp3 whenever any mission
(ebike / pylon / farm) is in the repair mini-game step range
(inspected → done) and back to musique-jeu.mp3 once the mission
leaves that range. Reuses AudioManager.playMusic which handles the
swap cleanly when the path changes.
Three fixes for the ebike-breakdown substep:
1. PlayerController: the previous `if (!isEbikeBreakdown)` guard
zeroed _wishDir for everyone during breakdown, including the
player after they had been auto-dismounted to walk mode. Narrow
the guard to `isEbikeMounted && isEbikeBreakdown` so the bike
stops accepting drive input but the player on foot can move.
2. Ebike: track `window.ebikeBreakdownActive` in component state
and hide the InteractableObject (and therefore the interact
prompt UI) while the breakdown sequence is active. The bike must
read as inert and non-interactive while the panne dialogue plays
and during the auto-dismount that follows.
3. ebikeConfig: bump EBIKE_INTRO_BREAKDOWN_DISTANCE from 15 m to
450 m so the panne triggers after a real ride instead of a few
meters from the parked spawn.
The debug control now reflects what it actually gates: the 3D hand
model rendering (used by World.tsx to decide whether to show the
hand-tracking gloves), not the legacy SVG visualizer.
- Debug.ts: rename showHandTrackingSvg → showHandTrackingModel
(state, GUI label "Show Model", getter/setter)
- World.tsx: gate showHandTrackingGloves on the new toggle and
drop the unused HandTrackingGloveHandedness import
Add lockInput option (default true) to animateCameraTransformTransition
so ebike mount/dismount can keep player input active during the 1s
camera tween instead of locking via setCinematicPlaying.
Also drop the unused camPointPos/dropPointPos debug vars and the
matching debugRestingPosition state — the consuming JSX has been
commented out for a while.
When the repair focus bubble is active the vegetation system and zone
debug visuals are unmounted so trees and gizmos don't clip through the
dark sphere shroud. Terrain, water, sky, clouds and grass remain
visible behind the bubble per Option (a).
Adds a dark expanding sphere around the repair model when the player
enters the immersive repair phases (fragmented / scanning / repairing /
reassembling). The bubble grows from 0 to 10m using GSAP expo.out over
2.5s and reverses on focus end, visually isolating the player from the
surrounding map.
- New useRepairFocusStore tracks active state + world center.
- New RepairFocusBubble renders a BackSide sphere shell + a soft cocoon
decor pass (grid floor + directional light + ambient) inside.
- RepairGame drives setFocus from its lifecycle effect.
- Mounted in both GameStageContent and TestMap so behaviour matches in
the production scene and the physics test scene.
Also drops the now-unused EBIKE_CONFIG_KEY constant in
GameStageContent.tsx (leftover from a previous remount-key strategy).
Adds an opt-out 'snapToTerrain' prop on Ebike so the parked position
keeps the explicit Y supplied by callers instead of resolving against
the world terrain GLTF. TestMap passes snapToTerrain={false} since it
does not render the world terrain — without this the bike was being
positioned at the invisible terrain height, far above the test floor,
and looked missing.
Drops the useRepairMovementLocked hook, the RepairMovementLockIndicator
overlay, and all PlayerController gating tied to repair sub-states.
The repair flow no longer freezes player movement or shows a lock
banner; the player keeps full control while interacting with the case.
The Physique test scene now mounts the real Ebike component for the
ebike repair zone, mirroring GameStageContent so the bike model and
its interactions (mount/dismount, parked position tracking) are
available when testing the repair flow.
RepairGame derives its live world position from
window.ebikeParkedPosition once the ebike mission leaves the
locked/waiting phase, so the repair sequence happens wherever the
player parked the bike rather than at the static zone anchor.
Several mitigations against the WebGL context lost that fires when
hand tracking starts on a loaded scene:
- Canvas: fixed DPR [1,1], antialias off, scoped id="game-canvas",
context-lost handler releases MediaPipe and logs GPU memory counters
- optimizeGLTFScene: cap anisotropy at 2 and stop forcing mipmaps /
needsUpdate on every pass — avoids massive texture re-uploads
- MediaPipe: force CPU delegate (HAND_TRACKING_BROWSER_DELEGATE),
cache the landmarker instance, and expose releaseBrowserHandLandmarker
- useBrowserHandTracking / useRemoteHandTracking: idempotent cleanup
guarded by a cleanedUp flag, try/catch around the detect loop, and
release of the landmarker on stop
- World: mount HandTrackingGlove only when the matching hand is
actually present in the snapshot (status connected + hands.length > 0)
- HandTrackingGlove: drop the eager useGLTF.preload that was running
at startup whether or not hand tracking was used
Does not yet absorb the React StrictMode double-mount — that is the
follow-up commit.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
PointerLockControls now targets #game-canvas and respects the
settings menu, and document.exitPointerLock() only runs when a
pointer lock is actually active. The terrain ground snap in
PlayerController is gated on sceneMode === "game" so it doesn't
fight the physics test scene's flat floor.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
Lower grabbable spawn, expose GPS preview position/rotation as
constants, fix physics spawn to use PLAYER_EYE_HEIGHT, and silence
the console.log noise around waypoint loading in TestMap.
Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
The exported sapin-LOD and buisson-LOD models do not match their full
detail counterpart's baseline scale, so they appear oversized once the
LOD swap kicks in. Add MAP_LOD_SCALE_MULTIPLIERS keyed by map name
(sapin: 0.5, buisson: 0.8) and apply it on top of the chunk's existing
scaleMultiplier whenever the resolved model path is the LOD variant.
- Bump high to 30m chunk / HD<20m and ultra to HD<30m so HD models
persist further before swapping.
- Render the 5 graphics preset cards on a single row.
- Vegetation LOD selection now uses the distance to the nearest instance
in each chunk instead of the chunk centre, matching MapInstancingSystem
and avoiding premature LOD swaps when the camera enters a chunk.
Register the three new vegetation LOD models in MAP_LOD_MODEL_PATHS and
extend VegetationSystem with per-chunk distance-based LOD selection
(mirroring MapInstancingSystem). Chunk model paths are re-evaluated on
the existing CHUNK_CONFIG.updateInterval cadence and Suspense keys
include the resolved path so a swap unmounts the previous instanced mesh
cleanly.
Restore ultra to its original behaviour (50m chunk streaming, HD within
20m, no fog) and introduce a new max preset that disables chunk streaming
entirely (loads all chunks unconditionally) and pushes the HD/LOD swap
distance to 50m. Add chunkStreamingEnabled flag to GraphicsPresetConfig
so the streaming gate honours the preset. The settings card label shows
'All' when streaming is off.
Shadows occasionally failed to render on initial load and the Fabrik
doorway sometimes blocked the player. Both issues are tracked down to
geometry that mounts after Lighting:
- Shadows: GLTFs and the merged static map mount imperatively after
Lighting, so materials get compiled against a renderer state that
pre-dates the final scene and bake a 'no shadow map' permutation,
silently dropping shadows. A WebGL context-restore cycle fixes it,
but is too invasive. New 'useShadowMapWarmup' hook replays it
cheaply: once the scene mesh count has been stable for ~1s, it
disposes the directional shadow map (three.js reallocates it on
the next render) and marks every material 'needsUpdate' so shaders
rebind to the freshly created shadow sampler.
- Doorway: the door slab + its Solidify-modifier frame (children of
the 'Thicken' parent in the LaFabrik GLTF) sat inside the doorway
AABB and prevented the player from walking through. Stripped from
the collision octree alongside the existing 'porte' slab; visual
rendering is unaffected.
Also: extract sun-relative-to-camera placement into a small helper,
remove the temporary diagnostic logs, and document the shadow warmup
in three-debugging.md.
- Lighting: replace single-frame needsUpdate with a 3-rAF warmup that forces
scene.updateMatrixWorld + sun.shadow.needsUpdate + gl.shadowMap.needsUpdate.
This restores the SceneShadowWarmup behaviour (deleted in 777e51e) inline,
so shadows survive Physics Suspense remounts and webglcontextrestored.
- octreeCollisionConfig: remove (comment out) the thin LA_FABRIK interior box
at x=-6.93 that was sealing the doorway despite the mesh hole; fabrik mesh
octree already provides surrounding wall collision.
- DebugOctreeVisualization: add Fabrik-only filter to inspect interior
collisions/non-collisions in isolation.
Shadows still go missing intermittently despite the per-frame
needsUpdate fix. Add temporary console logs to narrow down the cause:
- [shadow:mount]: one-shot snapshot of renderer shadow flags and a
scene.traverse count of meshes with castShadow / receiveShadow at
Lighting mount time.
- [shadow:tick]: every 2s during useFrame, log shadow map enabled flag,
autoUpdate, sun.castShadow, sun intensity, shadow map texture
presence, sun and target world positions, and renderer draw calls.
To be removed once the root cause is identified.
Restore sun.shadow.needsUpdate = true at mount and in useFrame
after updateMatrixWorld. Lost during SHADOW_CONFIG centralization.
Matches develop's belt-and-suspenders pattern; autoUpdate alone
is insufficient because the sun follows the camera (matrix dirty
every frame) and three.js can skip shadow map re-render.
- Drop SceneShadowWarmup section, document centralized shadow config.
- Document the localized Suspense boundaries in World.tsx.
- Document the new player model and octree debug visualizations.
- Open note about intermittent first-load shadow rendering.
Late asset loads inside GameStageContent (e.g. EbikeSpeedometer's
useTexture) and the spawn-player block were bubbling Suspense up to the
root boundary in pages/page.tsx, which unmounted World mid-load and
triggered a redundant octree rebuild + shadow re-config. Localize the
suspension by wrapping each block in its own Suspense fallback.
Also mount DebugOctreeVisualization conditionally on the new debug
toggle.
- Extract SHADOW_CONFIG into lightingConfig.ts (bias=0, normalBias=0,
cameraSize=95) matching the historically working values from develop.
- Drop SceneShadowWarmup; rely on sun.shadow.autoUpdate=true for
steady-state refresh.
- Enable cloud castShadow and traverse Ebike meshes for cast/receive.
Strip the 'porte' mesh from the cloned scene used to build the la fabrik
collision octree. The wall geometry already has a doorway cutout, so
removing the door slab leaves the opening passable. The visual model is
rendered separately by MergedStaticMapModel and is unaffected.
Drops the stop-gap LA_FABRIK_COLLISION_Y_OFFSET added during debugging.
Reverts the manual shadow refresh throttle introduced in 6d58b90 which
prevented shadows from rendering. Renderer and sun shadow now use
autoUpdate=true and a per-frame needsUpdate=true pulse, matching the
behaviour that produced visible shadows before that commit.
math-pixel