- Optional Picture Normal Map + Height Map fields on the per-frame material
instance (_BumpMap/_NORMALMAP keyword, _HeightMap; height doubles as
occlusion map when the material has none)
- Sliders: Normal Map Strength, Occlusion Strength, Tessellation Strength
(0-3, default 1), Occlusion Contrast (-1-3), Brightness (0-3)
- Picture Crop left/right/top/bottom via UV window remap; aspect follows
the cropped pixel dimensions
- Picture Subdivisions (1-64): picture surface as triangle grid for
tessellation displacement
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
A pointer-up after a drag no longer counts as a click (dragging flag +
press-to-release distance within the existing tolerance), so drag ->
release -> click cannot trigger a reset anymore. PaintHud prefab:
pointer tolerance 4 px, HalfLambert default back to 0.5.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Assigned texture drives the picture material BaseMap via a per-frame
material instance (asset untouched, frames sharing a material stay
independent) and takes priority for aspect resolution. New default
picture material Frame Picture.mat wired in the script defaults.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Frame thickness, corner radius, padding, inner depth and picture depth
are now normalized factors (scale with Size, no dead clamp zones).
Picture aspect is computed inside-out so padding and frame thickness
no longer distort the image. New Frame Inner.mat as inner default.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Replace Width/Height with a single Size (longer side); the shorter side
follows the picture material's base map source-image aspect (editor-
resolved, serialized for builds, 1:1 fallback). Add Range attributes on
all frame parameters and default material references (new Frame.mat).
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Rebuild now runs once per frame via ExecuteAlways Update (OnValidate only
sets a dirty flag + QueuePlayerLoopUpdate), fixing inspector drag stutter
from stacked delayCalls. Adds automatic BoxCollider generation (4 frame
bars, opening slab, optional pedestal box for raised pictures) with an
ownership list so manual colliders stay untouched. Corner radius is
intentionally ignored for colliders.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Plays a list of items (clip + percentage range) on a VideoPlayer.
Double-buffers via a second player (auto-created child incl. AudioSource
copy) and drives the screen texture through a MaterialPropertyBlock,
flipping only once the next player delivers frames - no black/freeze gap.
Editor drawer renders each item as clip row + min-max percent range slider.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Ground-stepOffset analogue for climbing (wallStepOffset, default 0.1):
when climb movement is blocked by a small ledge, the capsule lifts
along the wall normal in pre-swept sub-steps and continues, with a
short servo hold to prevent being pulled back into the ledge. Ground
detach while climbing down now requires floor that extends away from
the wall, so narrow step tops no longer cause a mid-wall exit.
Wall->ceiling handoff additionally checks OverheadIsPassableStep():
if the overhead surface is only a small protrusion within the step
allowance, the handoff is skipped and the step pass carries the
capsule over the edge. Genuine overhangs hand off unchanged.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The swept-sphere probes tilt their contact normal while rolling over a
thin board's edge, which faked slope top-outs, ceiling hand-offs and
bare-rim vaults mid-face. Confirmed via temporary exit-path logging
(stripped again) and fixed at the verified causes:
- RaycastWallFace: confirm "face flattened into a slope" with a thin,
strictly horizontal ray instead of trusting the tilted sphere normal
(a vertical board still reads steep; real ramps still top out).
- Rim judging: the full-capsule span probe is the arbiter — while it
still sees a steep face anywhere along the capsule, re-adopt that true
normal (breaking the tilt self-amplification feedback loop) and keep
climbing; only a persistent rim (wallTopOutConfirm debounce) vaults.
- WallContinuesAbove: band-sampled horizontal sweep so a grazed shelf
edge above never reads as a cleared rim.
- Bare rim: parks by default (upward motion clamped); holding up vaults
over the edge via MantleOverEdge, headroom-gated.
- ProbeWallSpan sweeps strictly horizontally; center probe always
rejects down-facing hits (edge grazes), wall->ceiling hand-off only
via the explicit head-gap check against clearly down-facing surfaces.
- Slope/ground top-outs additionally gated on a genuine stand
(HasStandableTop) so a board's own top edge no longer detaches.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Sweep over 48 files (Editor/ excluded): remove comments that restate the
code, condense class summaries, fix three stale doc statements
(HsvColorPicker alpha bar, PaintHud layoutPrefab, MasterVolume
FallbackDefault). Inline two single-use wrappers (IsPointerOverUi,
BuildModes), drop an unused using, replace a magic literal with the
existing ParallaxBase constant, and convert ~10 UnityEngine.Object null
checks to the implicit-bool convention. No serialized fields, signatures,
RPC/NetworkVariable names, defaults, or #if blocks touched.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
- Replace all thin raycast climb probes with capsule-width SphereCasts:
fixes drop on thin boards (mid-face contact never lost, top-out only
fires at the real top edge) and edge flicker on curved surfaces
(continuous contact normal instead of per-frame face flips)
- Remove WallProbeTangentSamples fan fallback (obsolete with SphereCasts)
- Collapse WallInFront/WallPresentAtOffset/WallHitAt into WallPresentAt,
inline ApplyMeshOffset wrapper
- Trim redundant comments, keep non-obvious rationale and tooltips
- No serialized fields removed or renamed (prefab values intact)
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
ProbeWall now falls back to a horizontal multi-sample fan across the capsule
cross-section when the center ray misses, so a thin/narrow board keeps its
grab instead of dropping after wallExitGrace (which stays at 0.15). The
top-out mantle no longer commits on the first probe miss: it requires the
top-edge signature (wall at foot, moving up, headroom clear) to persist for
wallTopOutConfirm (new tunable, default 0.06s) and uses hardened multi-sample
foot/headroom probes, so a transient mid-face miss or a VHACD hull gap no
longer triggers a false mantle.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Cache each environment candidate's world AABB once per evaluation and gate
the expensive per-voxel tests (Collider.ClosestPoint, ContainsWorld, concave
raycast) behind a cheap bounds.Contains prefilter. Collapses the hot loop
from O(voxel x colliders) worth of ClosestPoint/raycast calls to O(voxel x
few) for dense collider clusters (VHACD hulls, furniture), removing the
framedrop when overlapping many colliders. Conservative AABB test never
drops a real hit, so EmbeddedPercent is identical, just cheaper.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Move brightness out of the half-lambert diffuse term to a final exposure
multiply on the whole shaded body color (diffuse + GI + specular), and add
a saturation grade (0 = neutral, -1 = grayscale, >0 = boosted) on the same
final stage. Saturation rides as a 4th component on CamoKnobs (Vector3 ->
Vector4) so it inherits all three persistence paths: HUD JSON, network
replication (_camo NetworkVariable), and painting-slot metadata. Wires the
renamed Slider_Brightness and new Slider_Saturation. Bumps HudFileVersion
and PaintMetaVersion with load-time remaps so existing paintings keep their
look (old 1=neutral saturation remaps to 0=neutral).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
New [ExecuteAlways] component that renders the skybox (or an optional override material) into a custom reflection cubemap and refreshes DynamicGI so smooth/metallic materials reflect the sky without a baked LightingData asset. Uses a deferred apply plus a synchronous warm-render so the ambient probe resolves after domain reload; runs the reflection capture as a stripped CameraType.Reflection to avoid the URP MIP-bind error. Exposes reflection intensity (0..4) and optional ambient override.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Drop the resolution gate in LoadPaintByName/ReadMapPng. A slot saved at any size is now bilinearly resampled per map to the current avatar's textureSize (new ResampleBilinear/Bilerp helpers, running on the stored bytes with no gamma conversion to match downstream consumption), so any painting loads onto any avatar regardless of the size it was saved at.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Drop the _FurScaleInfluence blend (fur stays a constant world length at
any avatar size, as tuned to influence 0) and scale the gravity curvature
droop by the avatar world scale (_FurObjScale) instead, so the bend tracks
the player: hider 0.5 => smaller droop, hunter 1.5 => bigger droop.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The fur is drawn from a CPU-baked unit-scale mesh whose instance matrix
carries the avatar's world scale, so the extrusion scaled fully 1:1 with
the player (hider 0.5 / hunter 1.5). That read as too-short fur on the
small hider and too-long on the big hunter, and the curvature droop was
sized off the raw unity_ObjectToWorld which doesn't carry the per-instance
scale in the RenderMeshInstanced path.
- FurShellRenderer pushes the avatar's lossyScale (_FurObjScale) plus a new
Fur Scale Influence (0..1, default 0.5) that blends the fur SIZE between
fully proportional (1) and a constant world length (0). The shader
pre-divides the object-space displacement so the net world length follows
effScale; curl droop and wind use the same effScale, keeping the curl
SHAPE invariant across avatar sizes and influence settings.
- The body's see-through X-ray reveal (forward half) is mirrored onto the
visible fur so strands glow WITH the reveal instead of hiding it under
opaque fur. FurShellRenderer pulls the live colour/pulse/flash from the
sibling MeshPainter (new getters), in phase with the body. A new X-Ray
Fur Strength (default 0.2) tames the per-shell accumulation, since the
body writes the glow once (opaque) but the fur stacks N transparent
shells that each composite it.
Co-Authored-By: Claude <noreply@anthropic.com>
- Manual hider ping on "E": server-authoritative RequestManualPing gated to
Seek + living hider; shared EmitRadarPings path so interval and manual pings
produce identical blips. Ping key read client-side in GameModeManager, role-
gated and excluded in FreeCam (E is fly-up there).
- Radar refreshes an existing blip for the same transform target instead of
duplicating it (lifetime resets to the configured value) via RadarTarget.Refresh.
- Blips fade in/out independently of the disc fade: per-blip MoveTowards factor
multiplied on top of the radar fade, refresh-safe, with separate in/out speeds.
- Resolution countdown waits for conversion statues to load: generalized the
match-start loading barrier (RunReadinessBarrier over _barrierTargets, hold
phase carried in MsgBeginLoad) and run it a second time over statue IDs before
starting the real resolveDuration. Only holds for Conversion with real statues.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
- PlayerCharacterController: GravityEnabled toggle. When off, hold
vertical velocity at zero and skip steep-slope sliding so a frozen
avatar neither falls nor drifts; true is byte-for-byte the old path.
- GameModeManager: during Loading, additionally disable gravity and
hide the local body (SkinnedMesh + fur shell), re-asserted each frame
to catch the mid-load lobby->match respawn. Restored (body shown,
gravity on) before ActiveMode.Enter() on release to Hide.
- MatchManager: enter Loading *before* SwapScenes so still-bound lobby
avatars are frozen before their floor unloads. Fixes the player
falling into the void during the lobby->map scene swap.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Radar: nur sichtbar bei >=1 Target, in First-Person und in der Seek-Phase
(Overlay-Kamera getoggelt, Blip-Skripte laufen weiter). Singleton fuer
Server-Zugriff. GameModeManager: Kamera + Tab-Moduswechsel erst ab
gebundenem Lobby-Player (Inert-Zustand ohne Player, Orbit-Input geparkt).
MatchManager: Server tickt im Seek alle radarPingInterval (30s) und
broadcastet noch nicht gefundene Hider (NetworkObjectId + radarPingLifetime
3s) nur an Hunter-Clients; jeder Hunter loest lokal auf und spawnt Blips.
Ping-Loop in die Seek-Coroutine gefaltet (EndMatch stoppt ihn mit).
MatchHud: Ping-Countdown lokal aus Seek-Start + Kadenz berechnet, Format
m:ss (0:30..0:01), ausserhalb Seek / bei deaktivierten Pings 0:00.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Radar.Spawn(transform, lifetime) clones the "Target Template", names it
"Target" and attaches a RadarTarget that self-destructs after lifetime.
RadarTarget aims each frame toward camera->target (full 3D LookRotation),
drives the point renderer's _BaseColor from a forward-bearing gradient
(ahead/side/behind depth cue lost in the flat disc projection) via a
MaterialPropertyBlock, and scales the point renderer transform by
camera->target distance.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
HsvColorPicker: read the color swatch from the SV handle's child
("Handle/Swatch") instead of a standalone root child; drop the dead
leftover-alpha bar and root-swatch fallback handling.
PaintHudPanel.prefab: restructure the picker so the swatch lives under
the SV handle and wire _swatch accordingly.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
X-ray hit flash: drive a dedicated flash mode instead of the normal
reveal - pulse off (steady), intensity boost (xrayFlashBoost, default 3x),
snap-on, then restore authored color/pulse exactly. Fixes the weak/dark
flicker where the 0.35s hit window often caught only the pulse's near-off
plateau.
Spawn/respawn freeze: pool GPU RenderTextures across despawn->respawn
(TeardownGpu recycles, CreateRT pops) so a hider->hunter conversion no
longer churns ~70MB of RT alloc/free on every observer; reuse staging
textures to cut per-map GC. Defer the blank base-seed on reveal-gated
remote replicas (DeferInitialSeed) - the real pixels arrive with the
snapshot apply anyway; gate the FurShellRenderer alongside the body so a
deferred replica never shows the pooled RT's stale fur; EnsureBackendSeeded
+ TryCaptureSnapshot guard against capture-before-reseed.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
- Laser.shader + HunterLaserBeam: additive HDR beam, fade in/out over opacity
and thickness, code-driven LineRenderer, tunable emission multiplier.
- FirstPersonMode: TryShoot computes world endpoint, fires beam with lateral
muzzle offset (right) so it isn't dead-center from hunter view.
- NetworkPlayerSetup: shot relay RPCs (owner->server->all) + hit-flash RPC
(server->all), flash OR-branch in ComputeXRay.
- MatchManager: hit reveal broadcasts X-ray flash first, delays hider removal
by hitRevealDelay so the glow is visible before the body vanishes.
- MeshPainter reseed: in-place fast path avoids full GPU backend teardown on
snapshot apply (no ~70MB RT churn), fixes spawn/paint-load hitch.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Hide remote avatars until this client has actually applied a snapshot
reaching the owner-published baseline cutoff, preventing the default
grey/white material from flashing before a player's painting has loaded.
- PlayerPaintSync: owner-authoritative _publishedCutoff NetworkVariable,
receiver tracks _appliedCutoff; explicit blank publish for never-painted
avatars so they still reveal.
- NetworkPlayerSetup: cache _paintSync, hide body renderers on spawn, gate
UpdateVisibility on PaintRevealReady.
- MeshPainter.Pick: fur toggle now follows pickedHeight (own paint-mesh
only), matching the Occlusion/Height pipette behaviour.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
- Fur-Map trägt nur noch R = Länge (linearer Datenkanal); Farbe kommt per-texel
aus der Live-Albedo-RT (an _BaseMap des Shell-Shaders gebunden)
- Toggle_Fur als echtes Gate (IsChannelActive = fur), Default aus, furLength 0.5
- Weicher Alpha-Übergang (radial/tip/length coverage) statt Hard-Clip; Transparent-
Pass mit Depth-Bias (Offset -1,-1) gegen Body-Durchflimmern
- Root dunkler / Tip heller aus gemalter Farbe abgeleitet (kein Fix-Tint)
- Gravity/Curl in World-Space nach Transform (unabhängig von Mesh-Rotation)
- Pipette aktiviert Fur-Toggle immer; liest R-Kanal als Länge
- First-Person blendet FurShellRenderer mit aus
- Netzwerk (FlagFur), Undo, Persistence (fur.png R=Länge) mitgezogen
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Fur wird die vierte kanonische Paint-Map (RGB=Farbe, A=Länge). Integration
über Seed (kahl), GPU/CPU-Paint, Undo, Netzwerk-Sync, Persistence (fur.png,
v6) und Live-RT-Hook im FurShellRenderer. HUD-Binding (Toggle/Picker/Alpha)
aktiviert. Fur-Alpha lerpt jetzt zu einer Ziel-Opacity (Slider_FurOpacity)
statt additiv Richtung 1 zu akkumulieren (zwei Brush-Passes: Fade + Deposit).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
FurShell now reads an RGBA fur map (RGB = per-texel strand colour,
A = fur length) so the standalone look can be driven per-texel. Alpha 0
clips the whole shell stack (root included) so a painted body shows
through; _SolidRoot keeps the opaque base shell only for the full-coverage
prototype. White map default keeps the standalone prototype unchanged.
FurShellRenderer drops the MeshFilter requirement and resolves its mesh
per frame: on a SkinnedMeshRenderer it borrows the SkinnedColliderBaker's
per-frame baked pose so the fur follows the animation with no extra bake.
Curvature/gravity now bends strands toward WORLD down (converted into
object space via unity_WorldToObject) instead of object-local down, so a
rotated player mesh droops downward correctly. Identity rotation is
unchanged, so the test sphere is unaffected.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
FurShell.shader renders N normal-extruded shells with per-strand
alpha-cutout for hair/fur/grass on any mesh (needs only normals/UVs).
Parameters cover length, density, thickness, taper, tip fill, curvature,
per-strand direction randomness, wind sway and silhouette strand stretch.
FurShellRenderer drives every parameter via MaterialPropertyBlock and
draws the mesh shellCount times with RenderMeshInstanced from
beginCameraRendering (works in edit, game and screenshot cameras).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The orbit rig read the wheel unfiltered for zoom, so scrolling a paint-mode
scroll list also zoomed the camera. Gate the zoom behind a shared
InputUtil.PointerOverUi() helper (EventSystem raycast); MeshPainter's private
IsPointerOverUi() now delegates to the same helper (DRY).
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Replace the former per-value PlayerPrefs storage with a shared human-readable
Settings.json store (GameSettings). MouseSensitivity keeps its public .Multiplier
API and only swaps its backing to the JSON store, so the camera controllers stay
untouched. Add a MasterVolume facade that drives the AudioMixer's exposed
"MasterVolume" parameter (loaded from Resources, linear<->dB mapping), applied at
startup and on change, plus a MasterVolumeSlider binder. The default is the level
currently authored on the mixer instead of an arbitrary constant.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Drop the scene-derived hudSaveId/key mechanism and save the HUD layout to a
single PaintHud.json under persistentDataPath.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Replace the flat binary .paint format with a folder per painting under
Paintings/<key>/: albedo/emission as sRGB PNGs, the packed MSO map split
into human-readable metallic/occlusion/smoothness grayscale PNGs, and the
non-baked scalars (name, size, emission intensity, camo/height knobs) in
painting.json. MSO.B is always 0 (pack shader), so the split round-trips
losslessly with no alpha ambiguity. Public API (SavePaintAs/LoadPaintByName/
ListSavedPaintings/PaintExists/DeletePaint) and the network snapshot path
(WriteCanonicalMaps/ReadCanonicalMaps) are unchanged.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Drop the code-gen canvas/EventSystem bootstrap and the layoutPrefab
instantiation; the canvas and its panel now live in the scene, so PaintHud
binds to its first child at startup instead of building the UI at runtime.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Paint RTs were ARGB32 (8 bpp). Repeated source-over at low alpha rounds
back to the previous value once the per-stroke decrement dst*alpha drops
below half an LSB, so it freezes at a grey floor (~0.5/alpha in 255ths) -
e.g. black at low opacity never reaches 0. Switch the accumulation buffers
to ARGBHalf (16-bit linear). The sRGB round-trip stays at the byte boundary
(seed decodes on upload, ReadRtPixels re-encodes on readback), so canonical
bytes and CPU/GPU parity are unchanged - only the accumulation gained bits.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The FreeCamera's CharacterController stayed enabled permanently, so its
invisible capsule sat in the play area at (0,1,0) and blocked players even
when the freecam was not in use: the controller script disables only itself
in Awake, not the independent CharacterController collider.
Keep the capsule out of the physics world unless the freecam is actually
flying: disable it in Awake and toggle it with SetActive (enabled before the
teleport in SyncToCurrentView, which preserves the current enabled state).
Also ignore collision against all live players instead of just the first on
each activation, since Physics.IgnoreCollision is reset when the capsule is
toggled off and back on.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
The orbit camera suppressed wheel zoom whenever Shift/Ctrl was held, to
reserve Shift/Ctrl+wheel for the paint brush resize. But Shift is also
the sprint key, so sprinting blocked zoom outside paint mode.
Gate the reservation on PanEnabled (set only by PaintMode.Enter/Exit), so
the wheel is only claimed for brush resize while actually in paint mode;
otherwise it zooms normally.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
MapPropIds (in MeshPainter.Backend.cs) referenced the *Id fields from the
MeshPainter.cs partial in its field initializer. Static field-initializer
order across partial-class files is unspecified in C#; after the script
reorg the composite array initialized before the *Id fields and captured 0
for every property id. HasProperty(0) is always false, so AssignMapTexture
bound no maps at all -> the shader fell back to its white default textures,
making every fresh avatar fully glossy (smoothness 1) and emissive.
Build MapPropIds lazily on first access (runtime, after all static
initializers) so the file order no longer matters. The per-stroke allocation
savings are preserved; only a single null-check per call is added.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
Move scripts under Assets/Scripts/ into Components, GameMode, Helper,
Network, Enum, Struct and ScriptableObject folders. Pure file moves
(plus folder .meta files); no code changes.
Co-Authored-By: Claude Opus 4.8 <noreply@anthropic.com>
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