Update Healer Man server

src/scene/OriginalWowModel.tsx

@@ -11,12 +11,13 @@ import { updateWowBoneMatrices, wowModelFrame, type OriginalWowModelGraph, type
 const blend = (mode: number) => [3, 4, 7].includes(mode) ? AdditiveBlending
   : [5, 6].includes(mode) ? MultiplyBlending : NormalBlending;
 
-export const OriginalWowModel = memo(function OriginalWowModel({ graph, textures, active, playbackRef, loop }: {
+export const OriginalWowModel = memo(function OriginalWowModel({ graph, textures, active, playbackRef, loop, opacity = 1 }: {
   readonly graph: OriginalWowModelGraph;
   readonly textures: ReadonlyMap<number, Texture>;
   readonly active: boolean;
   readonly playbackRef: MutableRefObject<{ elapsedMs: number; decaying: boolean }>;
   readonly loop: boolean;
+  readonly opacity?: number;
 }) {
   const root = useRef<Group>(null);
   const scratch = useMemo(() => ({
@@ -111,7 +112,7 @@ export const OriginalWowModel = memo(function OriginalWowModel({ graph, textures
       const rgb = color ? sampleOriginalCombatMeshTrack(graph, color.color, frame) : undefined;
       material.color.setRGB(...(rgb ?? [1, 1, 1]));
       material.opacity = Math.max(0, Math.min(1, (color ? sampleOriginalCombatMeshTrack(graph, color.alpha, frame) ?? 32767 : 32767)
-        * (weight ? sampleOriginalCombatMeshTrack(graph, weight, frame) ?? 32767 : 32767) / (32767 * 32767)));
+        * (weight ? sampleOriginalCombatMeshTrack(graph, weight, frame) ?? 32767 : 32767) / (32767 * 32767))) * opacity;
       maps.forEach((texture, slot) => {
         const transform = graph.textureTransforms[layer.textureTransformIndices[slot]];
         if (!transform) return;
@@ -127,14 +128,15 @@ export const OriginalWowModel = memo(function OriginalWowModel({ graph, textures
     {geometry && <mesh name="original-wow-animated-mesh" geometry={geometry}
       material={materials.map((entry) => entry.material)} frustumCulled={false} />}
     {graph.ribbons.map((ribbon, index) => <OriginalWowRibbon key={index} graph={graph} ribbon={ribbon}
-      textures={textures} active={active} bones={scratch.bones} playbackRef={playbackRef} loop={loop} />)}
+      textures={textures} active={active} bones={scratch.bones} playbackRef={playbackRef} loop={loop} opacity={opacity} />)}
   </group>;
 });
 
-const OriginalWowRibbon = memo(function OriginalWowRibbon({ graph, ribbon, textures, active, bones, playbackRef, loop }: {
+const OriginalWowRibbon = memo(function OriginalWowRibbon({ graph, ribbon, textures, active, bones, playbackRef, loop, opacity }: {
   readonly graph: OriginalWowModelGraph; readonly ribbon: WowRibbon; readonly textures: ReadonlyMap<number, Texture>;
   readonly active: boolean; readonly bones: readonly Matrix4[];
   readonly playbackRef: MutableRefObject<{ elapsedMs: number; decaying: boolean }>; readonly loop: boolean;
+  readonly opacity: number;
 }) {
   const root = useRef<Group>(null);
   const capacity = Math.min(128, Math.max(4, Math.ceil(ribbon.edgesPerSecond * ribbon.edgeLifetime) + 2));
@@ -194,7 +196,7 @@ const OriginalWowRibbon = memo(function OriginalWowRibbon({ graph, ribbon, textu
       }
     });
     material.color.setRGB(...(sampleOriginalCombatMeshTrack(graph, ribbon.tracks.color, frame) ?? [1, 1, 1]));
-    material.opacity = Math.max(0, Math.min(1, (sample("alpha") ?? 32767) / 32767));
+    material.opacity = Math.max(0, Math.min(1, (sample("alpha") ?? 32767) / 32767)) * opacity;
     positions.needsUpdate = true; uv.needsUpdate = true;
     geometry.setDrawRange(0, Math.max(0, history.edges.length - 1) * 6);
   });