Eliminate_gold_nuggets/assets/script/game/eliminate/view/EliminateViewComp.ts

/*
 * @Author: mojunshou 1637302775@qq.com
 * @Date: 2025-03-20 15:01:09
 * @LastEditors: mojunshou 1637302775@qq.com
 * @LastEditTime: 2025-03-28 11:47:41
 * @Description: 消除游戏主场景
 */
import { _decorator, Color, EventTouch, instantiate, JsonAsset, Label, Node, Prefab, randomRangeInt, Sprite, Toggle, tween, UITransform, Vec2, Vec3, Widget } from "cc";
import { RandomManager } from "db://oops-framework/core/common/random/RandomManager";
import { oops } from "db://oops-framework/core/Oops";
import { ecs } from "db://oops-framework/libs/ecs/ECS";
import { LabelChange } from "db://oops-framework/libs/gui/label/LabelChange";
import { CCComp } from "db://oops-framework/module/common/CCComp";
import { GameEvent } from "../../common/config/GameEvent";
import { UIID } from "../../common/config/GameUIConfig";
import { BlockItemView } from "./BlockItemView";

const { ccclass, property } = _decorator;

// 游戏状态枚举
enum GameState {
    READY,      // 准备中
    PLAYING,    // 游戏中
    PAUSED,     // 暂停
    GAME_OVER   // 游戏结束
}

// 游戏模式枚举
enum GameMode {
    MANUAL,     // 手动模式
    AUTO        // 自动模式
}


// 格子状态
enum CellState {
    EMPTY,     // 空格子
    FILLED,    // 有方块
    HIGHLIGHTED // 高亮（可放置）
}

// 新手引导步骤
enum TutorialStep {
    NONE,               // 无引导
    ROW_ELIMINATION,    // 行消除引导
    COLUMN_ELIMINATION, // 列消除引导
    ROTATION,           // 旋转引导
    FINAL_ELIMINATION   // 最终消除引导
}


//网格数据接口
interface GridData {
    name: string,       // 名称
    status: CellState,  // 状态
    gridNode: Node | null      // 网格节点
    row: number,        // 行
    col: number,        // 列
    gridColorKey: string | null,
    type: number,       // 类型--gridColorKey
}


interface Grids {
    row: number,
    column: number,
}


interface EditingData {
    brickData: BrickData | null,
    gridList: GridData[],
}

//底部方块数据定义
interface BrickData {
    index: number,
    brickKey: string | null,
    rotateTag: boolean,
    rotateFlag: boolean,
    gridConfig: Grids[],
    deg: number,
    brickNode: Node | null,
    gridColorKey: string | null,
    brickInitPos: Vec3, // 方块初始位置
    type: number,   // 方块类型--gridColorKey
}

interface GridConfigData {
    row: number,
    column: number,
}


/** 视图层对象 */
@ccclass('EliminateViewComp')
@ecs.register('EliminateView', false)
export class EliminateViewComp extends CCComp {
    @property({ type: LabelChange, displayName: "自动提现金额" })
    private amountLb: LabelChange = null!;
    @property({ type: LabelChange, displayName: "额外奖励" })
    private awardLb: LabelChange = null!;
    @property({ type: Prefab, displayName: "金币预制体" })
    private coinPrefab: Prefab = null!;
    @property({ type: Prefab, displayName: "红包预制体" })
    private redPacketPrefab: Prefab = null!;
    @property({ type: Label, displayName: "本局分数" })
    private lab_score: Label = null!;
    @property({ type: Prefab, displayName: "item预制体列表" })
    private itemPrefabs: Prefab[] = [];
    @property({ type: Node, displayName: "网格Node" })
    private gridNode: Node = null!;
    @property({ type: Node, displayName: "移动Node" })
    private moveNode: Node = null!;
    @property({ type: Node, displayName: "旋转Node" })
    private rotateNode: Node = null!;
    @property({ type: Node, displayName: "方块Node" })
    private brickNode: Node = null!;

    @property({ type: Prefab, displayName: "旋转预制体" })
    private rotatePrefab: Node = null!;

    private lab_speed: Label = null!;
    private winthdrawNode: Node = null!;
    private awardNode: Node = null!;
    private autoOnToggle: Toggle = null!;

    //游戏配置行列
    private rows: number = 8;       // 行数
    private cols: number = 8;       // 列数
    private itemSize: number = 82;  // 格子大小
    private brickNum: number = 3;   // 砖块数量

    //按钮状态
    private autoClick: boolean = false;
    private gameState: GameState = GameState.READY;
    private gameMode: GameMode = GameMode.MANUAL;
    private rotateTag: boolean = false;  // 旋转标志
    private score: number = 0;      //本局分数
    private money: number = 0;      //左边金钱
    private cash: number = 0;       //右边红包钱数

    //网格列表
    // gridsNode: Node | null = null;          //中间网格区域
    // brickNode: Node | null = null;           //底部三个item块区域
    // moveNode: Node | null = null;           //移动层Node
    // rotateNode: Node | null = null;         //旋转Node

    //没使用颜色
    notUseColor = new Color(255, 255, 255, 255)
    //可用的颜色
    usableColor = new Color(0, 255, 0, 100)
    //不可用的颜色
    unavailableColor = new Color(255, 0, 0, 100)
    //旋转容错
    rotateFaultTolerant = 10;
    private _isAutoFunc: (() => void) | null = null

    isAutoMode: boolean = false;
    autoModeInterval: number = 1  // 自动模式的间隔时间（秒）
    autoModeTimer: number = 0  // 自动模式计时器


    //网格列表管理列表  
    gridList: GridData[][] = [];
    //砖块列表
    bricksList: BrickData[] = [];
    //网格颜色列表
    gridColorList: GridData[] = [];

    brickConfig: { bricks?: any } = {}  //方块配置
    editingFlag = false                 //编辑状态
    editingData: EditingData = {
        brickData: null,
        gridList: [],
    }

    //旋转标记
    rotateFlag = false
    rotateBrickData: BrickData | null = null;
    // 网格相关
    private grid: CellState[][] = [];               //数组管理网格状态
    private gridBlocks: (BlockItemView | null)[][] = []; // 存储网格中的方块脚本引用
    private gridCells: Node[][] = [];
    // 方块数据保存数组,生成后就保存起来
    private brickList: BrickData[] = [];


    /** 视图层逻辑代码分离演示 */
    async start() {
        // const entity = this.ent as ecs.Entity;         // ecs.Entity 可转为当前模块的具体实体对象
        this.setButton();
        this.initComponents();
        this.initButtonState();
        await this.loadConfig();
        this.initGrid();
        this.initData();
        this.addEventList();
    }


    addEventList() {
        oops.message.on(GameEvent.RestartGame, this.restartGame, this);
        // oops.message.on(GameEvent.Resurrection, this.resurrection, this);
    }

    //增加一个新人新手引导
    private addNewPlayerGuide() {
        // 获取当前引导步骤
        // const currentStep = this.getTutorialStep();
    }


    private initComponents() {
        // this.winthdrawNode = this.node.getChildByPath("Scene/Top/btn_withdraw")!;
        // this.awardNode = this.node.getChildByPath("Scene/Top/btn_award")!;
        const toggle = this.node.getChildByPath("Scene/Bottom/btn_auto/auto_Toggle/Off")!;
        this.autoOnToggle = toggle.getComponent(Toggle)!;
        this.lab_speed = this.node.getChildByPath("Scene/Bottom/btn_double/lab_time")!.uiLabel;
        this.lab_speed.string = "二倍速"

        // this.brickNode.on(Node.EventType.TOUCH_START, (event: EventTouch) => {
        //     const touch = event.touch;
        //     console.log("iiiiii", touch)

        // }, this);
        // this.brickNode.on(Node.EventType.TOUCH_MOVE, () => {

        //     console.log("22222")

        // }, this);
        // this.brickNode.on(Node.EventType.TOUCH_END, () => {
        //     console.log("333333")
        // }, this);
    }


    //初始化网格
    private initGrid() {
        // 清理现有网格
        this.clearExistingGrids();
        // 生成网格矩阵
        this.createGridMatrix();
    }

    //初始化按钮状态
    private initButtonState() {
        //自动按钮默认关闭
        if (this.autoOnToggle) {
            console.log("自动按钮状态：", this.autoOnToggle.isChecked);
            this.autoOnToggle.isChecked = true;
        }
    }

    //初始化数据
    private initData() {
        this.gameMode = GameMode.MANUAL;
        this.score = 0;
        this.money = 0;
        this.cash = 0;
        this.lab_score.string = this.score.toString();
        this.amountLb.string = this.money.toString();
        this.awardLb.string = this.cash.toString();
    }

    //初始化网格
    private async loadConfig() {
        let json_name: string = "gui/eliminate/config/GridConfig";
        return new Promise<void>((resolve, reject) => {
            oops.res.load(json_name, JsonAsset, (err: Error | null, res: any) => {
                if (res) {
                    this.brickConfig = res.json;
                    resolve();
                } else {
                    console.log("JSON数据加载失,请检查文件");
                    reject(err);
                }
            });
        });
    }

    /**
     * @description: 清理现有的网格数据
     * @return {*}
     */
    private clearExistingGrids(): void {
        this.gridList = [];
        if (this.gridNode) {
            this.gridNode.children.forEach(node => node.destroy());
        }
    }

    /**
     * @description: 设置网格容器大小
     * @return {*}
     */
    private createGridMatrix(): void {
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            const currentRow: GridData[] = [];
            this.gridList.push(currentRow);
            for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
                const gridData = this.createGridData(rowIndex, columnIndex);
                currentRow.push(gridData);
                this.createGridNode(gridData);
            }
        }

        // 初始化格子状态
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
                this.gridList[rowIndex][columnIndex].status = CellState.EMPTY
                this.generateGrid(this.gridList[rowIndex][columnIndex])
            }
        }
        // 初始化方块
        if (this.brickNode) {
            if (this.brickNode) {
                this.brickNode.children.forEach(node => { node.destroy() });
            }
        }
        this.bricksList.length = 0
        for (let i = 1; i <= this.brickNum; i++) {
            this.addBrick(i)
        }
        // 清除旋转数据
        if (this.rotateNode) {
            this.rotateNode.children.forEach(node => { node.destroy() })
        }
    }

    /**
     * @description: 创建格子数据
     * @param {number} row
     * @param {number} column
     * @return {*}
     */
    private createGridData(row: number, column: number): GridData {
        return {
            name: `Grid-${row}-${column}`,
            status: CellState.EMPTY,
            gridNode: null,
            row: row,
            col: column,
            gridColorKey: null,
            type: 0
        };
    }


    /**
     * @description: 创建网格Node
     * @param {GridData} gridData
     * @return {*}
     */
    private createGridNode(gridData: GridData): void {
        const gridNode = new Node(gridData.name);
        if (this.gridNode) {
            this.gridNode.addChild(gridNode);
        }
        gridData.gridNode = gridNode;
        // 设置网格大小
        gridNode.addComponent(UITransform).setContentSize(this.itemSize, this.itemSize);
    }

    /**
     * 生成或更新网格
     * @param gridData 网格数据
     */
    private generateGrid(gridData: GridData) {
        if (!gridData || !gridData.gridNode) {
            console.warn('无效的网格数据');
            return;
        }

        // 清理现有子节点
        this.clearGridChildren(gridData.gridNode);

        // 获取对应的预制体
        const prefab = this.getGridPrefab(gridData);
        if (!prefab) {
            console.warn('无法获取网格预制体');
            return;
        }

        // 创建并配置新节点
        const node = this.createNewGridNode(prefab, gridData);

        // 设置节点属性
        this.setupGridNode(node, gridData);
    }


    /**
     * 获取对应状态的预制体
     */
    private getGridPrefab(gridData: GridData): Prefab {
        if (gridData.status === CellState.EMPTY) {
            if (this.itemPrefabs[0]) {
                return this.itemPrefabs[0];
            } else {
                throw new Error('Grid prefab is not loaded');
            }
        }

        if (gridData.status === CellState.FILLED && gridData.gridColorKey) {
            console.log("gridData.type>>>>>", gridData.type)
            const type = gridData.type;
            return this.itemPrefabs[type];
        }

        throw new Error('Invalid grid status or missing gridColorKey');
    }


    /**
     * 创建网格节点
     */
    private createNewGridNode(prefab: Prefab, gridData: GridData): Node {
        const node = instantiate(prefab);
        if (gridData && gridData.gridNode) {
            gridData.gridNode.addChild(node);
            return node;
        }
        return node
    }

    /**
     * 设置网格节点的属性
     */
    private setupGridNode(node: Node, gridData: GridData): void {
        // 设置未使用状态的颜色
        if (gridData.status === CellState.EMPTY) {
            const sprite = node.getComponent(Sprite);
            if (sprite) {
                sprite.color = this.notUseColor;
            }
        }
        // 设置节点大小
        const transform = node.getComponent(UITransform);
        if (transform) {
            transform.setContentSize(
                this.itemSize,
                this.itemSize
            );
        }
        // 设置位置
        node.setPosition(Vec3.ZERO);
    }



    addBrick(index: number) {
        //随机名字
        const brickKey = Object.keys(this.brickConfig['bricks'])[randomRangeInt(0, Object.keys(this.brickConfig['bricks']).length)]
        // // console.log("brickKey>>>>>", brickKey)
        // //随机颜色-一个颜色出来
        // const gridColorKey = Object.keys(this.brickConfig['GridType'])[randomRangeInt(0, Object.keys(this.brickConfig['GridType']).length)]
        // // console.log("gridColorKey>>>>>", gridColorKey)
        // //随机配置-通过名字拿到那个配置
        const brickConfig = this.brickConfig['bricks'][brickKey];
        // console.log("brickConfig>>>>>", brickConfig)
        const randomIndex = RandomManager.instance.getRandomInt(1, 5, 2);
        console.log("随机颜色>>>>>", randomIndex)
        // 生成方块
        const brickData: BrickData = {
            index,
            brickKey: brickKey,
            rotateFlag: brickConfig['rotateFlag'],
            gridConfig: brickConfig['gridConfig'],
            deg: 0,
            brickNode: null,
            gridColorKey: randomIndex.toString(),
            brickInitPos: new Vec3(),
            rotateTag: false,
            type: randomIndex,
        }
        this.bricksList.push(brickData)
        // 生成方块
        const brickNode = this.generateBrick(brickKey, randomIndex);
        if (this.brickNode) {
            this.brickNode.addChild(brickNode)
        }
        brickData.brickNode = brickNode;
        // 方块间隔

        //这里修改一下，分别放到3个Node中，然后

        let offset = 220
        if (this.brickNum % 2 === 1) {
            const middleNum = Math.floor(this.brickNum / 2) + 1
            if (index < middleNum) {
                offset = - offset
            }
            else if (index === middleNum) {
                offset = 0
            }
        }
        if (brickData && brickData.brickNode) {
            brickData.brickNode.setPosition(offset, 0)
            brickData.brickNode.scale_x = 0.6;
            brickData.brickNode.scale_y = 0.6;
            brickData.brickInitPos = brickData.brickNode.getWorldPosition()
        }
        this.brickAddEvent(brickData);
    }



    // 每个item生成独立的方块节点
    generateBrick(brickKey: string, randomIndex: number) {
        const brickConfig = this.brickConfig['bricks'][brickKey]
        let rowMin = 0
        let rowMax = 0
        let columnMin = 0
        let columnMax = 0
        brickConfig['gridConfig'].forEach((gridConfigData: GridConfigData) => {
            if (gridConfigData.row < rowMin) {
                rowMin = gridConfigData.row
            }
            else if (gridConfigData.row > rowMax) {
                rowMax = gridConfigData.row
            }
            if (gridConfigData.column < columnMin) {
                columnMin = gridConfigData.column
            }
            else if (gridConfigData.column > columnMax) {
                columnMax = gridConfigData.column
            }
        })
        const rowNum = (rowMax - rowMin + 1)
        const columnNum = (columnMax - columnMin + 1)
        // 生成独立的方块节点
        const brickNode = new Node()
        brickNode.name = brickKey
        // 设置方块大小
        const transformCom: UITransform = brickNode.addComponent(UITransform)
        transformCom.setContentSize(
            this.itemSize * columnNum,
            this.itemSize * rowNum
        )
        transformCom.setAnchorPoint(0.5, 0.5)

        // 设置方块位置
        const gridPrefab = this.itemPrefabs[randomIndex]
        //生成对应的配置方块设置地址
        brickConfig['gridConfig'].forEach((gridConfigData: GridConfigData) => {
            const gridNode = new Node()
            gridNode.name = 'grid'
            brickNode.addChild(gridNode)
            gridNode.addComponent(UITransform).setContentSize(this.itemSize, this.itemSize)
            const gridWidget: Widget = gridNode.addComponent(Widget)
            gridWidget.isAlignLeft = true
            gridWidget.left = this.itemSize * gridConfigData.column - this.itemSize * columnMin
            gridWidget.isAlignBottom = true
            gridWidget.bottom = this.itemSize * gridConfigData.row - this.itemSize * rowMin
            const node = instantiate(gridPrefab)
            gridNode.addChild(node)
            const uiTransform = node.getComponent(UITransform);
            if (uiTransform) {
                uiTransform.setContentSize(
                    this.itemSize,
                    this.itemSize,
                )
            }
            node.setPosition(Vec3.ZERO)
            node.on(Node.EventType.TOUCH_START, (event: EventTouch) => {
                event.preventSwallow = true;
            }, this);
            node.on(Node.EventType.TOUCH_MOVE, (event: EventTouch) => {
                event.preventSwallow = true;
            }, this);
            node.on(Node.EventType.TOUCH_END, (event: EventTouch) => {
                event.preventSwallow = true;
            }, this);
        })
        return brickNode
    }

    touchStartLocation = new Vec2()
    touchStartFlag = false
    brickAddEvent(brickData: BrickData) {
        const brickNode = brickData.brickNode
        if (!brickNode) {
            console.error("brickNode为空，无法添加事件");
            return
        }

        // 确保节点可交互
        brickNode.active = true;

        // 移除可能存在的旧事件监听器，防止重复添加
        brickNode.off(Node.EventType.TOUCH_START);
        brickNode.off(Node.EventType.TOUCH_MOVE);
        brickNode.off(Node.EventType.TOUCH_END);

        // 添加调试日志
        console.log(`为节点 ${brickNode.name} 添加触摸事件监听器`);

        // 添加触摸开始事件
        brickNode.on(Node.EventType.TOUCH_START, (event: EventTouch) => {
            console.log("触发TOUCH_START事件");
            // 未操作完时不能操作下一个方块
            if (this.editingFlag) return
            this.touchStartFlag = true
            this.editingFlag = true
            this.editingData.brickData = null
            this.editingData.gridList.length = 0

            // 记录开始触摸的位置，用于结束触摸时，判断位置是否是单击
            this.touchStartLocation.set(event.getUILocation())

            // 添加到移动节点里进行移动
            const pos = brickNode.getWorldPosition()
            brickNode.setParent(this.moveNode)
            brickNode.setWorldPosition(pos)

            // 添加放大动画
            tween(brickNode)
                .to(0.2, { scale: new Vec3(1, 1, 1) })
                .start()

            const index = this.bricksList.findIndex(data => data === brickData)
            if (index > -1) {
                this.editingData.brickData = this.bricksList.splice(index, 1)[0]
            } else {
                console.error("bricksList not find brickData:", brickData)
            }

            // 清除旋转数据
            if (this.rotateFlag && this.rotateBrickData !== this.editingData.brickData) {
                this.rotateFlag = false
                this.rotateBrickData = null
                if (this.rotateNode) {
                    this.rotateNode.children.forEach(node => { node.destroy() })
                }
            }
        }, this);

        // 触摸移动事件
        brickNode.on(Node.EventType.TOUCH_MOVE, (event: EventTouch) => {

            // 防止如放回方块回弹动画时，已经触摸在另一个方块上面，从而导致异常错误
            if (this.editingData.brickData !== brickData) return

            // 清除旋转数据
            if (event.getUILocation().subtract(this.touchStartLocation).length() >= this.rotateFaultTolerant) {
                this.rotateFlag = false
                this.rotateBrickData = null
                if (this.rotateNode) {
                    this.rotateNode.children.forEach(node => { node.destroy() })
                }
            }

            // 格子颜色恢复
            this.gridColorRecovery()

            // 移动
            brickNode.setWorldPosition(brickNode.getWorldPosition().add(event.getUIDelta().toVec3()))

            // 每次移动重置数据
            this.editingData.gridList.length = 0

            // 实时获取方块位置判断在哪个格子上
            const tempGridList: GridData[] = []
            brickNode.children.forEach((brickGridNode) => {
                const brickGridPos = brickGridNode.getWorldPosition()
                let gridData: GridData | null = null
                for (let rowIndex = 0; rowIndex < this.rows && gridData === null; rowIndex++) {
                    for (let columnIndex = 0; columnIndex < this.cols && gridData === null; columnIndex++) {
                        const nowGridData = this.gridList[rowIndex][columnIndex];
                        if (nowGridData && nowGridData.gridNode) {
                            const gridPos = nowGridData.gridNode.getWorldPosition()
                            if (Vec3.distance(gridPos, brickGridPos) <= (this.itemSize / 2)) {
                                gridData = nowGridData
                            }
                        }
                    }
                }
                if (gridData === null) {
                    return;
                }
                tempGridList.push(gridData)
            })

            // 检查整体情况
            let checkFlag = false
            if (
                tempGridList.length === brickData.gridConfig.length &&
                tempGridList.filter(d => d.status === CellState.EMPTY).length === brickData.gridConfig.length
            ) {
                checkFlag = true
                tempGridList.forEach((gridData) => {
                    this.editingData.gridList.push(gridData)
                })
            }

            // 格子给用户提示
            tempGridList.forEach((gridData) => {
                if (gridData.status !== CellState.EMPTY) {
                    return;
                }
                if (gridData.gridNode) {
                    const children = gridData.gridNode.children[0];
                    if (children) {
                        children.getComponent(Sprite)!.color = checkFlag ? this.usableColor : this.unavailableColor
                    }
                }
                // 用于恢复格子
                this.gridColorList.push(gridData)
            })
        }, this);

        // 触摸结束事件
        brickNode.on(Node.EventType.TOUCH_END, (event: EventTouch) => {
            console.log("触发TOUCH_END事件", this.touchStartFlag);

            // 防止事件冒泡
            event.propagationStopped = true;

            // 当连击很快时，会出现1次start，2次end情况，为了避免所以通过标志位表示是一个连贯操作
            if (!this.touchStartFlag) return
            this.touchStartFlag = false

            // 防止如放回方块回弹动画时，已经触摸在另一个方块上面，从而导致异常错误
            if (this.editingData.brickData !== brickData) return

            // 第二次单击，旋转
            if (this.rotateFlag) {
                const brickData = this.editingData.brickData
                this.brickGridRotate(brickData)
                // 方块放回待选区
                this.bricksList.push(brickData)
                if (this.brickNode && brickData.brickNode) {
                    this.brickNode.addChild(brickData.brickNode)
                    tween(brickData.brickNode)
                        .to(0.2, {
                            worldPosition: brickData.brickInitPos,
                            scale: new Vec3(0.8, 0.8, 0.8)
                        })
                        .start()
                }
                this.editingFlag = false
            }
            // 方块到格子
            else if (this.editingData.brickData && this.editingData.gridList.length > 0) {
                // 修改格子
                this.editingData.gridList.forEach((gridData) => {
                    gridData.status = CellState.FILLED
                    if (this.editingData.brickData) {
                        gridData.gridColorKey = this.editingData.brickData.gridColorKey;
                        gridData.type = this.editingData.brickData.type;
                    }
                    this.generateGrid(gridData)
                })
                // 销毁方块--这增加动画
                if (this.editingData.brickData && this.editingData.brickData.brickNode) {
                    this.editingData.brickData.brickNode.destroy();
                }
                // 新增方块
                this.addBrick(this.editingData.brickData.index);
                this.scheduleOnce(() => {
                    // 格子消除
                    this.gridEliminate().then(() => {
                        // 检查方块是否还能消除格子
                        this.prompt(false).then((promptFlag) => {
                            if (!promptFlag) {
                                this.gameOver()
                            }
                            this.editingFlag = false
                        })
                    })
                })
            }
            // 方块回到待选区
            else {
                console.log("返回待选区域")
                const brickData = this.editingData.brickData
                this.bricksList.push(brickData)
                // this.audioManager.playMoveFail()
                // 回弹动画
                if (brickData.brickNode) {
                    tween(brickData.brickNode)
                        .to(0.15, {
                            worldPosition: this.editingData.brickData.brickInitPos,
                            scale: new Vec3(0.8, 0.8, 0.8)
                        })
                        .call(() => {
                            if (this.brickNode && brickData.brickNode) {
                                this.brickNode.addChild(brickData.brickNode);
                                brickData.brickNode.setWorldPosition(brickData.brickInitPos);
                            }
                            this.editingFlag = false;
                        })
                        .start();
                }
            }

            // 旋转标志位
            if (
                !this.rotateFlag &&
                this.editingData.brickData.rotateFlag &&
                event.getUILocation().subtract(this.touchStartLocation).length() < this.rotateFaultTolerant
            ) {
                console.log("方块旋转啦")
                this.rotateFlag = true
                this.rotateBrickData = this.editingData.brickData;
                if (this.rotateBrickData.brickNode) {
                    const position = this.rotateBrickData.brickNode.getWorldPosition()
                    const rotateNode = instantiate(this.rotatePrefab)
                    if (this.rotateNode && rotateNode) {
                        const instantiatedRotateNode = instantiate(rotateNode);
                        this.rotateNode.addChild(instantiatedRotateNode);
                        instantiatedRotateNode.setWorldPosition(position)
                    }
                }
            }
            // 格子颜色恢复
            this.gridColorRecovery();
        }, this);
    }

    //格子颜色恢复
    gridColorRecovery() {
        while (this.gridColorList.length > 0) {
            const gridData = this.gridColorList.pop();
            if (gridData) {
                if (gridData.status === CellState.EMPTY) {
                    if (gridData.gridNode) {
                        gridData.gridNode.children[0].getComponent(Sprite)!.color = this.notUseColor;
                    }
                }
            }
        }
    }

    brickGridRotate(brickData: BrickData) {
        const next = this.nextGridRotate(brickData.gridConfig, brickData.deg)
        brickData.deg = next.deg
        brickData.gridConfig = next.gridConfig;
        if (brickData.brickNode) {
            tween(brickData.brickNode).to(0.1, { angle: next.deg }).start();
        }
        // this.audioManager.playRotate()
    }

    //下一个旋转
    nextGridRotate(gridConfig: GridConfigData[], deg: number) {
        const newGridConfig: GridConfigData[] = []
        // 顺时针旋转
        let newDeg = deg - 90
        gridConfig.forEach((gridConfigData) => {
            // 例如（1，2） => （-2，1），可以画图分析
            newGridConfig.push({
                row: -gridConfigData.column,
                column: gridConfigData.row
            })
        })
        return { gridConfig: newGridConfig, deg: newDeg }
    }

    // 消除,这里增加飞的动画
    gridEliminate() {
        return new Promise((resolve, reject) => {
            const d = this.gridEliminateCheck(this.gridList)
            const gridEliminateList = d.gridEliminateList
            const eliminateRowNum = d.eliminateRowNum
            const eliminateColumnNum = d.eliminateColumnNum

            if (gridEliminateList.length < 1) {
                resolve(false)
                return
            }

            gridEliminateList.forEach((gridData) => {
                if (gridData.gridNode?.children[0]) {
                    const startPos = gridData.gridNode.getWorldPosition();

                    tween(gridData.gridNode.children[0])
                        .to(0.2, { scale: new Vec3(0.5, 0.5) })
                        .call(() => {
                            gridData.status = CellState.EMPTY
                            this.generateGrid(gridData)
                        })
                        .start()

                    if (this.coinPrefab && this.amountLb?.node) {
                        this.createCoinFlyAnimation(
                            this.coinPrefab,
                            startPos,
                            this.amountLb.node.getWorldPosition(),
                            5
                        );
                    }
                    //增加红包
                    this.createCoinFlyAnimation(
                        this.redPacketPrefab,
                        startPos,
                        this.awardLb.node.getWorldPosition(),
                        5
                    );
                }
            })

            this.scheduleOnce(() => {
                let score = 0
                for (let i = 1; i <= eliminateRowNum; i++) {
                    score += this.cols * i
                }
                for (let i = 1; i <= eliminateColumnNum; i++) {
                    score += this.rows * i
                }
                this.score += score
                this.lab_score.string = this.score.toString();

                const lastGrid = gridEliminateList[gridEliminateList.length - 1];
                if (lastGrid?.gridNode && this.coinPrefab && this.amountLb?.node) {
                    const lastPos = lastGrid.gridNode.getWorldPosition();
                    this.createCoinFlyAnimation(
                        this.coinPrefab,
                        lastPos,
                        this.amountLb.node.getWorldPosition(),
                        score
                    );
                }

                resolve(true)
            }, 0.2)
        })
    }


    gridEliminateCheck(gridList: GridData[][]) {
        const gridEliminateList: GridData[] = []
        let eliminateRowNum = 0
        let eliminateColumnNum = 0
        // 行检查
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            const rowData = gridList[rowIndex]
            if (rowData.every(gridData => gridData.status === CellState.FILLED)) {
                rowData.forEach(gridData => {
                    if (gridEliminateList.findIndex(data => data === gridData) < 0) {
                        gridEliminateList.push(gridData)
                    }
                })
                eliminateRowNum += 1
            }
        }
        // 列检查
        for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
            if (gridList.every(rowData => rowData[columnIndex].status === CellState.FILLED)) {
                gridList.forEach(rowData => {
                    const gridData = rowData[columnIndex]
                    if (gridEliminateList.findIndex(data => data === gridData) < 0) {
                        gridEliminateList.push(gridData)
                    }
                })
                eliminateColumnNum += 1
            }
        }
        return {
            gridEliminateList,
            eliminateRowNum,
            eliminateColumnNum,
        }
    }

    // 修改 createCoinFlyAnimation 方法为公共方法，扩展参数列表
    public createCoinFlyAnimation(prefab: Prefab, startPos: Vec3, endPos: Vec3, score: number, parent: Node = this.node) {
        const coinNum = Math.min(Math.max(Math.floor(score / 10), 1), 10);

        for (let i = 0; i < coinNum; i++) {
            if (!prefab) {
                console.warn('金币预制体未加载');
                return;
            }

            const coin = instantiate(prefab);
            parent.addChild(coin);

            const randomOffset = new Vec3(
                (Math.random() - 0.5) * 50,
                (Math.random() - 0.5) * 50,
                0
            );
            const startPosition = startPos.clone().add(randomOffset);
            coin.setWorldPosition(startPosition);

            const controlPoint = new Vec3(
                (startPosition.x + endPos.x) / 2 + (Math.random() - 0.5) * 100,
                (startPosition.y + endPos.y) / 2 + Math.random() * 100,
                0
            );

            this.scheduleOnce(() => {
                tween(coin)
                    .parallel(
                        tween().to(0.2, { scale: new Vec3(1.2, 1.2, 1.2) })
                            .to(0.1, { scale: new Vec3(1, 1, 1) }),
                        tween().by(0.3, { angle: 360 })
                    )
                    .start();

                const bezierCurve = (target: Node | undefined, ratio?: number) => {
                    if (!target || ratio === undefined) return;
                    const t = ratio;
                    const pos = new Vec3();
                    Vec3.multiplyScalar(pos, startPosition, (1 - t) * (1 - t));
                    Vec3.scaleAndAdd(pos, pos, controlPoint, 2 * (1 - t) * t);
                    Vec3.scaleAndAdd(pos, pos, endPos, t * t);
                    target.setWorldPosition(pos);
                };

                tween(coin)
                    .to(0.8, {
                        worldPosition: endPos
                    }, {
                        easing: 'cubicIn',
                        onUpdate: bezierCurve
                    })
                    .call(() => {
                        tween(coin)
                            .to(0.1, { scale: new Vec3(0.7, 0.7, 0.7) })
                            .call(() => {
                                coin.destroy();
                            })
                            .start();
                    })
                    .start();
            }, i * 0.1);
        }
    }


    // 提示
    prompt(tipFlag = true) {
        return new Promise((resolve, reject) => {
            const gridPromptList: GridData[] = []
            let moveFlag = false
            // 找方块可消除位置
            for (let rowIndex = 0; rowIndex < this.rows && !moveFlag; rowIndex++) {
                for (let columnIndex = 0; columnIndex < this.cols && !moveFlag; columnIndex++) {
                    const gridData = this.gridList[rowIndex][columnIndex]
                    if (gridData.status !== CellState.EMPTY) continue
                    // 方块不旋转检测是否能放
                    for (let brickI = 0; brickI < this.bricksList.length && !moveFlag; brickI++) {
                        const brickData = this.bricksList[brickI]
                        if (this.moveIf(rowIndex, columnIndex, brickData.gridConfig)) {
                            // 复制整体网格，以方块设置网格状态
                            const gridList = this.copyGridList()
                            brickData.gridConfig.forEach((gridConfigData) => {
                                gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex].status = CellState.FILLED
                            })
                            // 检查复制的整体网格是否有可消除
                            if (this.gridEliminateCheck(gridList).gridEliminateList.length > 0) {
                                moveFlag = true
                                brickData.gridConfig.forEach((gridConfigData) => {
                                    gridPromptList.push(this.gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex])
                                })
                            }
                        }
                    }
                    // 方块旋转检测是否能放
                    for (let brickI = 0; brickI < this.bricksList.length && !moveFlag; brickI++) {
                        const brickData = this.bricksList[brickI]
                        if (!brickData.rotateFlag) continue
                        let gridConfig = brickData.gridConfig
                        let deg = brickData.deg
                        // 获得旋转的方块网格配置
                        for (let count = 1; count <= 3 && !moveFlag; count++) {
                            const next = this.nextGridRotate(gridConfig, deg)
                            if (this.moveIf(rowIndex, columnIndex, next.gridConfig)) {
                                // 复制整体网格，以方块设置网格状态
                                const gridList = this.copyGridList()
                                next.gridConfig.forEach((gridConfigData) => {
                                    gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex].status = CellState.FILLED
                                })
                                // 检查复制的整体网格是否有可消除
                                if (this.gridEliminateCheck(gridList).gridEliminateList.length > 0) {
                                    moveFlag = true
                                    next.gridConfig.forEach((gridConfigData) => {
                                        gridPromptList.push(this.gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex])
                                    })
                                }
                            }
                            gridConfig = next.gridConfig
                            deg = next.deg
                        }
                    }
                }
            }
            // 找方块可放置位置
            for (let rowIndex = 0; rowIndex < this.rows && !moveFlag; rowIndex++) {
                for (let columnIndex = 0; columnIndex < this.cols && !moveFlag; columnIndex++) {
                    const gridData = this.gridList[rowIndex][columnIndex]
                    if (gridData.status !== CellState.EMPTY) continue
                    // 方块不旋转检测是否能放
                    for (let brickI = 0; brickI < this.bricksList.length && !moveFlag; brickI++) {
                        const brickData = this.bricksList[brickI]
                        if (this.moveIf(rowIndex, columnIndex, brickData.gridConfig)) {
                            moveFlag = true
                            brickData.gridConfig.forEach((gridConfigData) => {
                                gridPromptList.push(this.gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex])
                            })
                        }
                    }
                    // 方块旋转检测是否能放
                    for (let brickI = 0; brickI < this.bricksList.length && !moveFlag; brickI++) {
                        const brickData = this.bricksList[brickI]
                        if (!brickData.rotateFlag) continue
                        let gridConfig = brickData.gridConfig
                        let deg = brickData.deg
                        for (let count = 1; count <= 3 && !moveFlag; count++) {
                            const next = this.nextGridRotate(gridConfig, deg)
                            if (this.moveIf(rowIndex, columnIndex, next.gridConfig)) {
                                moveFlag = true
                                next.gridConfig.forEach((gridConfigData) => {
                                    gridPromptList.push(this.gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex])
                                })
                            }
                            gridConfig = next.gridConfig
                            deg = next.deg
                        }
                    }
                }
            }

            if (gridPromptList.length < 1) {
                resolve(false)
                return
            }
            if (!tipFlag) {
                resolve(true)
                return
            }
            // 提示用户（网格变绿）
            gridPromptList.forEach((gridData) => {
                if (gridData.gridNode && gridData.gridNode.children[0]) {
                    const sprite = gridData.gridNode.children[0].getComponent(Sprite);
                    if (sprite) {
                        sprite.color = this.usableColor;
                    }
                }
                // 用于恢复格子
                this.gridColorList.push(gridData)
            })
            resolve(true)
        })
    }

    moveIf(row: number, column: number, gridConfig: GridConfigData[]) {
        let moveFlag = true
        for (let i = 0; i < gridConfig.length; i++) {
            const gridConfigData = gridConfig[i]
            const gridI = row + gridConfigData.row
            const gridJ = column + gridConfigData.column
            // 边界判断
            if (
                gridI < 0 ||
                gridI > this.rows - 1 ||
                gridJ < 0 ||
                gridJ > this.cols - 1
            ) {
                moveFlag = false
                break
            }
            // 已用
            else if (this.gridList[gridI][gridJ].status === CellState.FILLED) {
                moveFlag = false
                break
            }
        }
        return moveFlag
    }

    // 复制整体网格
    copyGridList() {
        const gridList: GridData[][] = []
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            gridList.push([])
            for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
                const gridData = this.gridList[rowIndex][columnIndex]
                gridList[rowIndex].push({
                    name: gridData.name,
                    status: gridData.status,
                    gridNode: null,
                    row: gridData.row,
                    col: gridData.col,
                    gridColorKey: gridData.gridColorKey,
                    type: gridData.type,
                })
            }
        }
        return gridList
    }

    gameOver() {
        this.gameState = GameState.GAME_OVER
        this.setGameState(GameState.GAME_OVER)
        console.log("游戏结束")
        oops.gui.open(UIID.GameOver);
    }


    /**
     * 清理网格的子节点
     */
    private clearGridChildren(gridNode: Node): void {
        const children = gridNode.children.slice(); // 创建副本避免遍历时修改问题
        children.forEach(node => node.destroy());
    }

    private setGameState(state: GameState) {
        this.gameState = state;
        switch (state) {
            case GameState.READY:
                break;
            case GameState.PLAYING:
                break;
            case GameState.PAUSED:
                break;
            case GameState.GAME_OVER:
                //打开游戏结束界面
                break;
        }
    }


    // ... 修改 autoPlaceBrick 方法
    async autoPlaceBrick() {
        if (!this.isAutoMode) return;
        if (this.bricksList.length === 0) return

        // 遍历所有方块，找到一个可以放置的方块
        let bestMove = null;
        let selectedBrickIndex = -1;

        for (let i = 0; i < this.bricksList.length; i++) {
            const move = this.findBestPosition(this.bricksList[i]);
            if (move) {
                // 优先选择可以消除的位置
                if (move.score > 0) {
                    bestMove = move;
                    selectedBrickIndex = i;
                    break;
                } else if (bestMove === null) {
                    // 如果还没有找到任何可放置的位置，保存这个位置
                    bestMove = move;
                    selectedBrickIndex = i;
                }
            }
        }

        // 如果所有方块都没有可放置的位置，游戏结束
        if (!bestMove || selectedBrickIndex === -1) {
            console.log('所有方块都没有可放置的位置，游戏结束');
            this.isAutoMode = false;
            if (this._isAutoFunc) {
                this.unschedule(this._isAutoFunc);
                this._isAutoFunc = null;
            }
            this.gameOver();
            return;
        }
        // 获取选中的方块
        const brickData = this.bricksList[selectedBrickIndex];
        // 从列表中移除方块
        this.bricksList.splice(selectedBrickIndex, 1);
        // 保存方块的初始位置（从待选区开始）
        const startPos = brickData.brickInitPos.clone();

        // 设置方块到移动层并确保位置精确
        if (brickData.brickNode) {
            brickData.brickNode.setParent(this.moveNode);
            brickData.brickNode.setWorldPosition(startPos);
        }

        // this.guideNode.active = true;
        // this.guideNode.setWorldPosition(
        //     startPos.x,
        //     startPos.y + brickData.brickNode.getComponent(UITransform).height / 2,
        //     startPos.z
        // );

        // 如果需要旋转，先旋转到正确的角度
        if (brickData.rotateFlag && bestMove.rotation && bestMove.rotation.deg !== brickData.deg) {
            await new Promise<void>((resolve) => {
                if (brickData.brickNode) {
                    tween(brickData.brickNode)
                        .to(0.2, { angle: bestMove.rotation ? bestMove.rotation.deg : 0 })
                        .call(() => {
                            if (bestMove.rotation) {
                                brickData.gridConfig = bestMove.rotation.gridConfig;
                                brickData.deg = bestMove.rotation.deg;
                            }
                            resolve();
                        })
                        .start();
                }
            });
        }

        // 获取目标位置,有些目标位置获取有问题需要修改
        const targetGrid = this.gridList[bestMove.position.row][bestMove.position.column];
        if (!targetGrid.gridNode) {
            console.error('targetGrid.gridNode is null');
            return;
        }
        const targetWorldPos = targetGrid.gridNode.getWorldPosition().clone();

        // 创建平滑的移动动画
        await new Promise<void>((resolve) => {
            if (brickData.brickNode) {
                tween(brickData.brickNode)
                    .to(0.3, {
                        worldPosition: targetWorldPos,
                    }, {
                        easing: 'cubicOut'
                    })
                    .call(() => {
                        if (brickData.brickNode) {
                            brickData.brickNode.setWorldPosition(targetWorldPos);
                            // 放置方块
                            if (bestMove.rotation) {
                                bestMove.rotation.gridConfig.forEach((gridConfigData) => {
                                    const gridData = this.gridList[bestMove.position.row + gridConfigData.row][bestMove.position.column + gridConfigData.column];
                                    gridData.status = CellState.FILLED;
                                    gridData.gridColorKey = brickData.gridColorKey;
                                    gridData.type = brickData.type;
                                    this.generateGrid(gridData);
                                });
                            }
                            // 销毁方块
                            brickData.brickNode.destroy();
                            // 添加新方块
                            this.addBrick(brickData.index);
                        }
                        resolve();
                    })
                    .start();
            }
        });

        // 检查并执行消除
        await this.gridEliminate();

        // 检查是否还有任何方块可以放置
        let hasValidMove = false;
        for (const brick of this.bricksList) {
            if (this.findBestPosition(brick)) {
                hasValidMove = true;
                break;
            }
        }
        if (!hasValidMove) {
            console.log('没有方块可以放置，游戏结束');
            this.isAutoMode = false;
            if (this._isAutoFunc) {
                this.unschedule(this._isAutoFunc);
                this._isAutoFunc = null;
            }
            this.gameOver();
        }
    }

    // ... 修改 findBestPosition 方法，这个方法有问题，需要修改
    findBestPosition(brickData: BrickData) {
        let bestScore = -1
        let bestPosition = null
        let bestRotation = null

        let fallbackPosition = null
        let fallbackRotation = null

        // 遍历所有可能的位置
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
                // 检查当前位置的所有可能旋转
                let currentGridConfig = brickData.gridConfig
                let currentDeg = brickData.deg

                // 最多旋转4次（0°, 90°, 180°, 270°）
                for (let rotation = 0; rotation < 4; rotation++) {
                    if (this.moveIf(rowIndex, columnIndex, currentGridConfig)) {
                        // 如果还没有找到后备位置，保存第一个可放置的位置
                        if (fallbackPosition === null) {
                            fallbackPosition = { row: rowIndex, column: columnIndex }
                            fallbackRotation = { gridConfig: currentGridConfig, deg: currentDeg }
                        }

                        // 模拟放置并计算得分
                        const gridList = this.copyGridList()
                        currentGridConfig.forEach((gridConfigData) => {
                            gridList[gridConfigData.row + rowIndex][gridConfigData.column + columnIndex].status = CellState.FILLED
                        })

                        // 计算这个位置的得分
                        const eliminateCheck = this.gridEliminateCheck(gridList)
                        let positionScore = eliminateCheck.gridEliminateList.length

                        // 如果这个位置比之前找到的更好
                        if (positionScore > bestScore) {
                            bestScore = positionScore
                            bestPosition = { row: rowIndex, column: columnIndex }
                            bestRotation = { gridConfig: currentGridConfig, deg: currentDeg }
                        }
                    }
                    // 如果方块可以旋转，计算下一个旋转状态
                    if (brickData.rotateFlag && rotation < 3) {
                        const next = this.nextGridRotate(currentGridConfig, currentDeg)
                        currentGridConfig = next.gridConfig
                        currentDeg = next.deg
                    } else {
                        break
                    }
                }
            }
        }

        // 如果找到了最佳得分位置，返回它
        if (bestPosition !== null) {
            return {
                position: bestPosition,
                rotation: bestRotation,
                score: bestScore
            }
        }

        // 如果没有找到可消除的位置但有可放置的位置，返回第一个可放置的位置
        if (fallbackPosition !== null) {
            return {
                position: fallbackPosition,
                rotation: fallbackRotation,
                score: 0
            }
        }

        // 如果真的没有任何可放置的位置，返回null
        return null
    }

    //========================打开其他界面和按钮逻辑=======================

    /** 视图对象通过 ecs.Entity.remove(eliminateViewComp) 删除组件是触发组件处理自定义释放逻辑 */
    reset() {
        this.node.destroy();
    }

    private onToggleContainerAutoClick(toggle: Toggle) {
        switch (toggle.node.name) {
            case "On":
                this.autoClick = true;
                break;
            case "Off":
                this.autoClick = false;
                break;
        }
        this.startAutoMode();
    }


    private startAutoMode() {
        if (
            this.gameState !== GameState.READY ||
            this.editingFlag
        ) return
        // 切换自动模式状态
        this.isAutoMode = this.autoClick;
        if (this.isAutoMode) {
            this._isAutoFunc = () => {
                this.autoPlaceBrick()
            }
            this.schedule(this._isAutoFunc, this.autoModeInterval)
        } else {
            if (this._isAutoFunc) {
                this.unschedule(this._isAutoFunc)
                this._isAutoFunc = null
            }
        }

    }



    private btn_setting() {
        oops.gui.open(UIID.Setting);
    }

    private btn_withdraw() {
        oops.gui.open(UIID.WechatWithdraw);
    }

    private btn_award() {
        oops.gui.open(UIID.RedPacketWithdraw);
    }

    //重新开始
    private restartGame() {
        if (this.gameState === GameState.READY) return;
        this.initData();
        this.reopenGrid();
    }

    private reopenGrid() {
        for (let rowIndex = 0; rowIndex < this.rows; rowIndex++) {
            for (let columnIndex = 0; columnIndex < this.cols; columnIndex++) {
                this.gridList[rowIndex][columnIndex].status = CellState.EMPTY
                this.generateGrid(this.gridList[rowIndex][columnIndex])
            }
        }
        // 初始化方块
        if (this.brickNode) {
            if (this.brickNode) {
                this.brickNode.children.forEach(node => { node.destroy() });
            }
        }
        this.bricksList.length = 0
        for (let i = 1; i <= this.brickNum; i++) {
            this.addBrick(i)
        }
        // 清除旋转数据
        if (this.rotateNode) {
            this.rotateNode.children.forEach(node => { node.destroy() })
        }
    }

}