Refactor Assets/Scripts: trim restating comments, minor structure cleanups

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>

Assets/Scripts/Components/FurShellRenderer.cs

@@ -3,17 +3,14 @@ using UnityEngine.Rendering;
 
 namespace Chameleon.Components
 {
-    // Drives the shell-texturing fur look for FurShell.shader. Draws the source mesh _shellCount times
-    // via GPU instancing (Graphics.RenderMeshInstanced); every instance is one shell layer and reads its
-    // index from SV_InstanceID in the shader to pick its extrusion height. Put this next to a MeshFilter
-    // (static mesh) OR on an animated character's SkinnedMeshRenderer that already carries a
-    // SkinnedColliderBaker - then the fur borrows that component's per-frame baked pose and follows the
-    // animation. Assign the FurShell material either way.
+    // Shell-texturing fur for FurShell.shader: draws the source mesh _shellCount times via GPU instancing
+    // (Graphics.RenderMeshInstanced); each instance is one shell layer and picks its extrusion height from
+    // SV_InstanceID in the shader. Put this next to a MeshFilter (static mesh) OR on a skinned avatar whose
+    // SkinnedColliderBaker provides the per-frame baked pose the fur follows.
     //
-    // This component is the SINGLE source of truth for the fur look: every tunable shader parameter is a
-    // serialized field here and gets pushed via a MaterialPropertyBlock. The material's own inspector
-    // sliders are therefore only template defaults - they are overridden live. (Use the "Copy Values From
-    // Material" context menu to pull a material you already tuned into these fields.)
+    // SINGLE source of truth for the fur look: every tunable shader parameter is a serialized field here,
+    // pushed via a MaterialPropertyBlock, so the material's own inspector sliders are only template
+    // defaults. (Use the "Copy Values From Material" context menu to pull in a hand-tuned material.)
     //
     // The draw is issued from RenderPipelineManager.beginCameraRendering (not Update/LateUpdate) so it
     // renders reliably for EVERY camera pass - including the Scene View and edit-mode repaints, where
@@ -80,11 +77,9 @@ namespace Chameleon.Components
         [SerializeField] Vector2 _windDirection = new Vector2(1f, 0f);
 
         [Header("X-Ray Reveal")]
-        // The sibling MeshPainter's body see-through reveal is mirrored onto the fur so the strands glow WITH
-        // the reveal instead of hiding it under opaque fur (colour/pulse are pulled from the painter, in phase
-        // with the body). The fur draws up to _shellCount stacked TRANSPARENT shells, so that additive glow
-        // composites once per overlapping layer and blows out; this scales the per-shell glow down to tame the
-        // stacking so the total reads at roughly the body's intensity. Lower = subtler.
+        // The fur draws up to _shellCount stacked TRANSPARENT shells, so the mirrored X-ray glow composites
+        // once per overlapping layer and blows out; this scales the per-shell glow down so the total reads
+        // at roughly the body's intensity. Lower = subtler.
         [SerializeField, Range(0f, 1f)] float _xrayFurStrength = 0.2f;
 
         [Header("Rendering")]
@@ -265,18 +260,16 @@ namespace Chameleon.Components
             _mpb.SetFloat(FurObjScaleId, transform.lossyScale.y);
 
             // Mirror the sibling painter's live body X-ray reveal onto the fur so the strands glow WITH the
-            // reveal (see-through camo) instead of hiding it under opaque fur. Same colour/pulse/flash the
-            // body uses => in phase. ToRenderColor matches the raw MPB upload to Material.SetColor's gamma
-            // handling (same convention as the fur tint above). Off (alpha 0) when no painter or not revealed
-            // => the shader's additive term is zero, so the fur is unchanged.
+            // reveal instead of hiding it under opaque fur. Same colour/pulse the body uses => in phase.
+            // ToRenderColor matches the raw MPB upload to Material.SetColor's gamma handling (same
+            // convention as the fur tint above). Off (alpha 0) when no painter or not revealed => the
+            // shader's additive term is zero, so the fur is unchanged.
             if (_painter)
             {
                 _mpb.SetColor(XRayColorId, ToRenderColor(_painter.CurrentXRayColor));
                 _mpb.SetFloat(XRayPulseSpeedId, _painter.XRayPulseSpeed);
                 _mpb.SetFloat(XRayPulseStrengthId, _painter.XRayPulseStrength);
                 _mpb.SetFloat(XRayPulseShapeId, _painter.XRayPulseShape);
-                // Per-shell glow scale: the body writes the reveal once (opaque) but the fur stacks many
-                // transparent shells that each composite it, so scale it down to keep the total near the body.
                 _mpb.SetFloat(XRayFurStrengthId, _xrayFurStrength);
             }
         }