init

README.md

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assets/Bundles/MainGame/MainGame.scene

@@ -1168,7 +1168,7 @@
       "__id__": 31
     },
     "debugMaterial": null,
-    "_id": "0170hzm29NjqN8GPRvbRKp"
+    "_id": "9d+RdU59dPA41uxbCiVcAe"
   },
   {
     "__type__": "CinestationBlendDefinition",
@@ -3040,6 +3040,9 @@
     "player": {
       "__id__": 54
     },
+    "camera": {
+      "__id__": 28
+    },
     "initWall": {
       "__id__": 33
     },

assets/Scripts/Scenes/MainGame/MainGame.ts

@@ -2,20 +2,22 @@ import {
     _decorator,
     Collider,
     Color,
-    easing, EPhysicsDrawFlags, game,
+    easing,
     ICollisionEvent,
     Input,
     input,
     instantiate,
     ITriggerEvent,
-    Label, lerp,
-    Light, MeshRenderer,
+    Label,
+    lerp,
+    Light,
+    MeshRenderer,
     Node,
-    ParticleSystem, ParticleSystemComponent,
+    ParticleSystem,
     PhysicsSystem,
     PointToPointConstraint,
     Prefab,
-    RigidBody, Texture2D,
+    RigidBody,
     Tween,
     tween,
     v3,
@@ -28,7 +30,7 @@ import GameMgr from "../../GameMgr";
 import { AudioMgr } from "../../../core_tgx/base/AudioMgr";
 import { BgAndColor } from "./BgAndColor";
 
-const {ccclass, property} = _decorator;
+const { ccclass, property } = _decorator;
 
 
 @ccclass("MainGame")
@@ -44,7 +46,6 @@ export class MainGame extends Scene {
     playerBody: RigidBody = null;
     playerConstraint: PointToPointConstraint = null;
 
-
     @property(Node) initWall: Node = null;
 
     @property(Prefab) wallPrefab: Prefab = null;
@@ -54,11 +55,11 @@ export class MainGame extends Scene {
 
     @property(Light) light: Light = null;
 
-    @property({type: Label, group: "UI"}) scoreLabel: Label = null;
-    @property({type: Node, group: "UI"}) hitTip: Node = null;
+    @property({ type: Label, group: "UI" }) scoreLabel: Label = null;
+    @property({ type: Node, group: "UI" }) hitTip: Node = null;
 
-    @property({type: Node}) bg: Node = null;
-    @property({type: [BgAndColor], visible: true, displayName: `背景和颜色`})
+    @property({ type: Node }) bg: Node = null;
+    @property({ type: [BgAndColor], visible: true, displayName: `背景和颜色` })
     private bgAndColor: BgAndColor[] = [];
 
     private _score: number = 0;
@@ -151,7 +152,7 @@ export class MainGame extends Scene {
     }
 
     onTriggerEnter(event: ITriggerEvent) {
-        const {otherCollider, selfCollider} = event;
+        const { otherCollider, selfCollider } = event;
 
         const otherName = otherCollider.node.name;
 
@@ -164,9 +165,9 @@ export class MainGame extends Scene {
             this.unschedule(this.scoreRadioFunc);
             this.scheduleOnce(this.scoreRadioFunc, 5);
             tween(this.hitTip)
-                .set({active: true})
+                .set({ active: true })
                 .delay(2)
-                .set({active: false})
+                .set({ active: false })
                 .start();
 
             const crushNode = instantiate(this.crushPrefab);
@@ -183,7 +184,7 @@ export class MainGame extends Scene {
     onPlayerCollision(event: ICollisionEvent) {
         if (this.isOver) return;
 
-        const {otherCollider, selfCollider} = event;
+        const { otherCollider, selfCollider } = event;
 
         const otherGroup = otherCollider.getGroup();
 
@@ -211,12 +212,12 @@ export class MainGame extends Scene {
 
     changeMainColor() {
         this.randomMainColor();
-        const {bg, color} = this.mainColor;
+        const { bg, color } = this.mainColor;
 
         this.bg.getComponent(MeshRenderer).material.setProperty("mainTexture", bg);
         this.lightTween?.removeSelf();
-        this.lightTween = tween({radio: 0})
-            .to(1, {radio: 1}, {
+        this.lightTween = tween({ radio: 0 })
+            .to(1, { radio: 1 }, {
                 easing: easing.quadInOut,
                 onUpdate: (target, ratio) => {
                     this.lightColor.lerp(color, ratio);
@@ -310,7 +311,7 @@ export class MainGame extends Scene {
         const propLen = this.propCFG.length;
         let create = false;
         for (let i = 0; i < propLen; i++) {
-            const {lastZ, interval} = this.propCFG[i];
+            const { lastZ, interval } = this.propCFG[i];
             const dz = lastZ - pz;
             if (create) {
                 this.propCFG[i].lastZ = pz;
@@ -331,7 +332,7 @@ export class MainGame extends Scene {
             wallTs.reset();
 
             for (let i = 0; i < propLen; i++) {
-                const {funcName, create} = this.propCFG[i];
+                const { funcName, create } = this.propCFG[i];
                 if (create) {
                     this.propCFG[i].create = false;
                     wallTs[funcName]();

assets/cinestation/runtime/CinestationBrain.ts

-import { _decorator, Camera, lerp, clamp01, primitives, utils, Mesh, Material, Vec2, Vec3, Tween } from 'cc';
+import { _decorator, Camera, lerp, clamp01, primitives, utils, Quat, Mesh, Material, Vec2, Vec3, Tween } from 'cc';
 import { CinestationBlendDefinition, CinestationBlendFunc } from './CinestationBlendDefinition';
 import { cinestation } from './CinestationData';
 import { Nullable } from './Common/Types';
@@ -8,6 +8,9 @@ const { ccclass, property, executionOrder, executeInEditMode } = _decorator;
 
 let __point = new Vec2();
 
+const tempCameraPos = new Vec3();
+const tempCameraRot = new Quat();
+
 @ccclass('CinestationBrain')
 @executeInEditMode
 @executionOrder(-1)
@@ -85,9 +88,14 @@ export class CinestationBrain extends Visualization {
         if (CC_EDITOR) return;
         if (!cinestation.mainCamera) return;
 
-        let from = cinestation.mainCamera, to = vcam;
-        from.node.worldPosition = from.node.worldPosition.lerp(to.finalPosition, t);
-        from.node.worldRotation = from.node.worldRotation.lerp(to.finalRotation, t);
+        const from = cinestation.mainCamera, to = vcam;
+
+        from.node.getWorldPosition(tempCameraPos);
+        from.node.getWorldRotation(tempCameraRot);
+
+        from.node.setWorldPosition(tempCameraPos.lerp(to.finalPosition, t));
+        from.node.setWorldRotation(tempCameraRot.lerp(to.finalRotation, t));
+
         from.fov = lerp(from.fov, to.lens.fov, t);
         from.near = lerp(from.near, to.lens.near, t);
         from.far = lerp(from.far, to.lens.far, t);