import { StringFormat } from "./StringFormat"
import type * as CAD from './common/base/CAD'
import { Polyline } from "cadapi"
import { ArrayExt } from "./ArrayExt"
import { BlockHelper } from "./common/LayoutEngine/BlockHelper"
import { BlockSizePlus } from "./common/LayoutEngine/BlockSizePlus"
import { Point } from "./common/Vector2"


/**配置项属性 */
export class confItem {
    /** 属性key */
    key: string = ''
    /** 说明 */
    label: string = ''
    /** 属性value 值 */
    value: Array<any> | any
}
/** 内部指令 接收 */
export class CodeAction {
    code?: String
    order?: String
    codeParams?: any
}
/**内部响应类 */
export class GCodeResType {
    code: number = -1
    data: any = null
    msg: string = ''
    logError(msg) {
        console.error(msg)
    }
}

/** 排孔类型 */
export enum HoleArrange {
    /** 正面 */
    FRONT = 0,
    /** 反面 */
    BACK = 1,
    /** 随意面 */
    RANDOM_FACE = 2,
}


// 加工项 点数据 
export class CodeParams {
    /** x坐标 */
    x?: Number | String
    /** y坐标 */
    y?: Number | String
    /** z坐标 */
    z?: Number | String
    /** 调用的代码编号 */
    dir?: Number | String
    /** 圆弧半径 */
    r?: Number | String
    /** 速度  */
    f?: Number | String
    /** IJK 模式的i */
    i?: Number | String
    /** IJK 模式的j */
    j?: Number | String
    /** IJK 模式的k */
    k?: Number | String

    /** 代码标识 */
    codeKey?: String
    /** x坐标 */
    xKey?: String
    /** y坐标 */
    yKey?: String
    /** z坐标 */
    zKey?: String
    /** 圆弧半径 */
    rKey?: String
    /** 速度  */
    fKey?: String
    /** IJK 模式的i */
    iKey?: String
    /** IJK 模式的j */
    jKey?: String
    /** IJK 模式的k */
    kKey?: String
}


export type _knifeType = Partial<Knife>

/**
 * 板面类型
 * 0正面 1反面 2侧面 21左侧面 22右侧面 23上侧面 24下侧面 29 弧形侧面 30异形侧面
 */
export enum FaceType {
    /** 正面 */
    FRONT = 0,
    /** 反面 */
    BACK = 1,
    /** 侧面 */
    SIDE = 2,
    /** 左侧面 */
    LEFT_SIDE = 21,
    /** 右侧面 */
    RIGHT_SIDE = 22,
    /** 上侧面 */
    TOP_SIDE = 23,
    /** 下侧面 */
    BOTTOM_SIDE = 24,
    /** 弧形侧面 */
    CURVED_SIDE = 29,
    /** 异形侧面 */
    SPECIAL_SHAPED_SIDE = 30,
    /** 未设置 */
    UNSET = -1
}

/** 开料刀 */
export class Knife {
    /** 是否启用 */
    isEnabled = true;
    /** 轴号 */
    axleId = 0;
    /** 开料刀ID号 */
    knifeId = 1;
    /** 加工面(0正面 1反面 2左侧面 3右侧面 4上侧面 5下侧面 6任意) */
    processFace = 0;
    /** 刀名称 */
    knifeName = '';
    /** 刀具类型(1铣刀 2成型刀 3钻头 4锯 5刀片) */
    knifeType = KnifeType.MILLING_CUTTER;
    /** 功能属性(数组): 1开料/切割 2拉槽 3铣型 4铣孔 5钻孔 6拉米诺 7乐扣 8T型 */
    ability: any = [];

    // /** 默认开料刀 */
    // isDefaultCutKnife = false;
    // /** 是否可用于开料切割 */
    // isCuttingKnife = false;
    // /** 是否允许铣孔(knifeType为铣刀生效) */
    // isMillingAllowed = false;
    /** 刀直径mm */
    diameter = 6;
    /** 刀长(最大深度) */
    length = 20;
    /** 锯齿厚度，单次加工切缝宽度 */
    sawThiness = 0;
    /**锯向: 0横向（或长边） 1纵向（短边） 2自由角度*/
    sawDirection = 0;
    /**切向加工方向: 0横向左往右 2横向右往左 3纵向上往下 4纵向下往上 5随意 */
    processDirection = 0;
    /**进给速度, 0取系统默认 */
    speed = 0;
    /** 进给深度 */
    stepDepth = 0;
    // /** 组号 */
    // groupNo = 0;
    // /** 主刀 */
    // isMainKnife = false;
    // /** 是否高级加工 */
    // isAdvancedProcessEnabled = false;
    // /** 是否集合加工 */
    // isBatchProcessEnabled = false;
    // /** 副刀偏置长边偏移(Y轴) */
    // auxKnifeOffsetY = 0;
    // /** 副刀偏置短边偏移(X轴) */
    // auxKnifeOffsetX = 0;
    /** 偏置短边偏移(X轴)-相对于工件原点位置XY坐标的短边方向偏移量 */
    offsetX = 0;
    /** 偏置长边偏移(Y轴) -相对于工件原点位置XY坐标的长边方向偏移量*/
    offsetY = 0;
    /** 偏置垂直偏移(Z轴) -相对于工件原点位置XY坐标的垂直方向偏移量*/
    offsetZ = 0;
    /** 基准坐标-短边(X轴) -钻头在钻包中短边方向(纵向)的相对位置 */
    baseX = 0;
    /** 基准坐标-长边(Y轴) -钻头在钻包中长边方向(横向)的相对位置 */
    baseY = 0;
    /**组合钻 */
    isModularDrill = false;
    /** 是否预启动 */
    isPreStartEnabled = false;
    /** 预启动提前动作数 */
    preStartAheadActionCount = 5;
    /** 预启动延迟换刀 */
    isPreStartToolChangeDelay = false;
    /** 预启动延迟换刀指令 */
    preStartToolChangeDelayCode = '';
    /** 轴启动指令后置 */
    isAxisStartCodePostpost = false;
    /** 轴停止指令前置 */
    isAxisStopCodePrepose = false;
    /** 钻组独立指令（启用后，刀起始指令、刀结束指令使用钻组起始指令、钻组结束指令替换） */
    drillGroupCode = '';

    /** 轴启动代码*/
    axisStartCode = "";
    /** 刀启动代码 */
    knifeStartCode = '';
    /** 钻组起始指令 */
    drillGroupStartCode = '';
    /** 钻组结束指令 */
    drillGroupEndCode = '';
    /** 刀停止代码 */
    knifeStopCode = '';
    /** 轴停止指令 */
    axisStopCode = '';
    // /** 高级加工指令 */
    // advancedCode = '';
    /** 开料刀 */
    isCuttingKnife() {
        return this.isEnabled && this.ability.includes(AbilityType.CUT);
    }
    /** 造型刀 */
    isModelingKnife() {
        return this.isEnabled && this.ability.includes(AbilityType.MILLING_MODEL);
    }
    /** 钻刀 */
    isDrillingKnife() {
        return this.isEnabled && this.ability.includes(AbilityType.DRILL_HOLE);
    }
    /** 铣孔 */
    isCutting4HoleKnife() {
        return this.isEnabled && this.ability.includes(AbilityType.MILLING_HOLE);
    }
    /** 设置刀具(轴号, 刀名, 刀直径, 是否主刀, 是否铣孔, 是否开料刀) */
    // set(axleId: number, name: string, diameter: number, isMainKnife: boolean, isMillingAllowed: boolean, isCuttingKnife: boolean)
    /** 设置刀具(轴号, 刀名, 刀类型, 刀直径, 刀长, 是否默认刀) */
}


/** 刀类型: MILLING_CUTTER铣刀 FORMING_CUTTER成型刀 DRILL钻头 SAW锯 BLADE刀片 */
export enum KnifeType {
    /** 铣刀 */
    MILLING_CUTTER = 1,
    /** 成型刀 */
    FORMING_CUTTER = 2,
    /** 钻头 */
    DRILL = 3,
    /** 锯 */
    SAW = 4,
    /** 刀片 */
    BLADE = 5
}

/** 刀功能: 
 ** 1-CUT开料/切割 2-PULLING_GROOVE拉槽 3-MILLING_MODEL铣型 4-MILLING_HOLE铣孔 
 ** 5-DRILL_HOLE钻孔 6-RAMINO拉米诺 7-EASY_FASTEN乐扣 8-T_TYPE T型 */
export enum AbilityType {
    /** 1开料/切割 */
    CUT = 1,
    /** 2拉槽 */
    PULLING_GROOVE = 2,
    /** 3铣型 */
    MILLING_MODEL = 3,
    /** 4铣孔 */
    MILLING_HOLE = 4,
    /** 5钻孔 */
    DRILL_HOLE = 5,
    /** 6拉米诺 */
    RAMINO = 6,
    /** 7乐扣 */
    EASY_FASTEN = 7,
    /** 8T型 */
    T_TYPE = 8
}

/** 枚举 坐标轴类型 */
export enum AxisType {
    /** X轴正 */
    X_POS = 0,
    /** X轴负 */
    X_NEG = 1,
    /** Y轴正 */
    Y_POS = 2,
    /** Y轴负 */
    Y_NEG = 3,
    /** 向上Z轴正 */
    Z_POS = 4,
    /** 向下Z轴负 */
    Z_NEG = 5,
}

/** 枚举 坐标轴类型 */
export enum OriginZPosition {
    /** 台面向上Z轴正 */
    WorkTop = 0,
    /** 板面向上Z轴正 */
    BoardFace = 1,
}

// nc文件编码
export const ncEncodeMap = {
    'UTF-8': 'UTF-8',
    'GB2312': 'GB2312',
    'UTF-8-BOM': 'UTF-8-BOM',
    'GBK': 'GBK',
    'Big-5': 'Big-5',
    'GB18030': 'GB18030',
    'Unicode': 'Unicode'
}

// 小板文件名选项
export const smallPlateOptionsMap = {
    板宽: '{0}',
    板长: '{1}',
    颜色: '{2}',
    材质: '{3}',
    大板号: '{4}',
    工位号: '{5}',
    板厚: '{6}',
    开料顺序: '{7}',
    批次识别: '{8}',
    小板编号: '{9}',
    全局大板号: '{10}',
    品牌: '{11}',
}

// zip压缩包文件名选项
export const zipFileOptionsMap = {
    '板宽': '{0}',
    '板长': '{1}',
    '颜色': '{2}',
    '材质': '{3}',
    '大板号': '{4}',
    '工位号': '{5}',
    '板厚': '{6}',
    '开料顺序': '{7}',
    '批次识别': '{8}',
    '小板编号': '{9}',
    '全局大板号': '{10}',
    '品牌': '11',
}

/** 枚举 大板边角位置 */
export enum BoardPosition {
    /** 左上角 */
    // LEFT_TOP = 0,
    // /** 左下角 */
    // LEFT_BOTTOM = 1,
    // /** 右下角 */
    // RIGHT_BOTTOM = 2,
    // /** 右上角 */
    // RIGHT_TOP = 3,
    /** 左上角 */
    LEFT_TOP = 3,
    /** 左下角 */
    LEFT_BOTTOM = 0,
    /** 右下角 */
    RIGHT_BOTTOM = 1,
    /** 右上角 */
    RIGHT_TOP = 2,
    /**
     *     左下角 = 0,
      右下角 = 1,
      右上角 = 2,
      左上角 = 3
     */
}

/** 排版样式 */
export enum PlaceStyle {
    /** 正面 */
    FRONT = 0,
    /** 正面右转 */
    FRONT_TURN_RIGHT = 1,
    /** 正面后转 */
    FRONT_TURN_BACK = 2,
    /** 正面左转 */
    FRONT_TURN_LEFT = 3,
    /** 反面 */
    BACK = 4,
    /** 反面右转 */
    BACK_TURN_RIGHT = 5,
    /** 反面后转 */
    BACK_TURN_BACK = 6,
    /** 反面左转 */
    BACK_TURN_LEFT = 7,
}

/** 小板边的位置类型 */
export enum EdgeType {
    /** 下=0 */
    BOTTOM = 0,
    /** 右=1 */
    RIGHT = 1,
    /** 上=2 */
    TOP = 2,
    /** 左=3 */
    LEFT = 3,
}

/** 开料小板 */
export class PlaceBlock {
    /** 小板明细(异形,孔,造型) */
    blockDetail?: PlaceBlockDetail | null = null
    // 订单信息----------------------------------------------------------

    /** 订单号 */
    orderId: number = 0
    /** 板材ID */
    goodsId = ''
    // 小板属性-----------------------------------------------------------
    // 房间名, 柜体名, 小板ID, 小板编号,小板名称, 板材名称, 备注
    // 房间ID
    roomId = ''
    /** 房间名 */
    roomName = ''
    /** 柜体号 */
    bodyId = ''
    /** 柜体名 */
    bodyName = ''
    /** 小板ID */
    blockId = 0
    /** 原小板ID */
    oldBlockId: number = 0
    /** 板编号 */
    blockNo: number = 0
    /** 自定义板编号 */
    customPlateNo: any = ''
    /** 明细ID */
    itemId: number = 0
    /** 标签板号 */
    labelNo = ''
    /** 板名称 */
    blockName = ''
    /** 板件备注 */
    plateRemark = ''
    /** 备注1 */
    remark1 = ''
    /** 备注2 */
    remark2 = ''
    /** 备注3 */
    remark3 = ''
    /** 备注4 */
    remark4 = ''
    /** 备注5 */
    remark5 = ''
    /** 铰链备注 */
    extraRemark: object = {}

    // 尺寸,封边,开料尺寸-----------------------------------------------------

    /** 板宽 */
    width = 0
    /** 板长 */
    length = 0
    /** 板厚 */
    thickness = 0
    /** 面积 Size */
    area = 0

    /** 左封边 BorderLeft */
    sealLeft = 0
    /** 右封边 BorderRight */
    sealRight = 0
    /** 上封边 BorderUpper */
    sealTop = 0
    /** 下封边 BorderUnder */
    sealBottom = 0

    /** 无封边板宽 开料板宽 CuttingWidth */
    cutWidth = 0
    /** 无封边板长 开料板长 CuttingLength */
    cutLength = 0
    /** 无封边面积 开料面积 CuttingSize */
    cutArea = 0

    // 高级-------------------------------------------------------------

    /** 自增小板 */
    isAdditionalBlock = false
    /** 余料板 IsScrapBlock */
    isRemainBlock = false
    /** 开料纹路 */
    texture = TextureType.ROTATABLE_TEXTURE // 可翻转
    /** 排版面 PaiKong */
    placeHole = HoleArrange.RANDOM_FACE // 随意面
    /** 异型偏移x BorderLengthHeavy */
    abnormalOffsetX = 0
    /** 异型偏移y BorderLengthLight */
    abnormalOffsetY = 0

    /** 正面有大孔 */
    bigHoleInFaceA(): boolean {
        let res = false
        if (this.blockDetail && this.blockDetail.bigHoleInFaceA) {
            res = true
        }
        return res
    }

    /** 是否异形 */
    isUnRegular = false
    // isUnRegular(): boolean {
    //     return this.blockDetail && this.blockDetail.isUnRegular || false
    // }

    /** 正面孔数 */
    holeCountFront(): number {
        return this.blockDetail && this.blockDetail.holeCountFront || 0
    }

    /** 反面孔数 */
    holeCountBack(): number {
        return this.blockDetail && this.blockDetail.holeCountBack || 0
    }

    /** 通孔数 */
    holeCountThrough(): number {
        return this.blockDetail && this.blockDetail.holeCountThrough || 0
    }

    /** 侧孔数 HoleCount_Side */
    holeCountSide(): number {
        return this.blockDetail && this.blockDetail.holeCountSide || 0
    }

    /** 左侧孔数 HoleCount_Left */
    holeCountLeft() { return this?.blockDetail?.holeCountLeft || 0 }
    /** 右侧孔数 HoleCount_Right */
    holeCountRight() {
        return this?.blockDetail?.holeCountRight || 0
    }
    /** 侧孔数 HoleCount_Upper */
    holeCountTop() { return this?.blockDetail?.holeCountTop || 0 }
    /** 侧孔数 HoleCount_Under */
    holeCountBottom() { return this?.blockDetail?.holeCountBottom || 0 }
    /** 正面造型数 */
    modelCountFront(): number {
        return this.blockDetail && this.blockDetail.modelCountFront || 0
    }

    /** 反面造型数 */
    modelCountBack(): number {
        return this.blockDetail && this.blockDetail.modelCountBack || 0
    }

    /** 打穿造型数 */
    modelCountThrough(): number {
        return (this.blockDetail && this.blockDetail.modelCountThrough) || 0
    }

    /** 有挖穿造型 */
    hasModelThrough(): boolean {
        return (this.blockDetail && this.blockDetail.hasModelThrogh) || false
    }

    /** 需双面处理 */
    isDoubleFaceProcess(): boolean {
        if (this.placeHole == HoleArrange.RANDOM_FACE) // 随意面
        {
            return (this.blockDetail && this.blockDetail.isTwoFaceProcess) || false
        }
        else if (this.placeHole == HoleArrange.FRONT) // 正面
        {
            return this.holeCountBack() + this.modelCountBack() > 0
        }
        else {
            return this.holeCountFront() + this.modelCountFront() > 0
        }
    } // (根据排版规格计算)

    /** 优化排版时，需反面(不是真正的反面开料) */
    isTurnFaceToPlace = false

    /** 优化排版时，可双面排版 */
    isTwoFaceToPlace = false
    /** 是否弧形地脚，不处理异形 IsHXDJX */
    isCurvedGroundLine = false
    /** 封边偏移值x */
    offsetX(): number {
        return (this.blockDetail && this.blockDetail.offsetX) || 0
    }

    /** 封边偏移值y */
    offsetY(): number {
        return (this.blockDetail && this.blockDetail.offsetY) || 0
    }

    // 异形、孔、造型明细列表
    points(): BlockPoint[] {
        return (this.blockDetail && this.blockDetail.points) || []
    }

    orgPoints(): BlockPoint[] {
        return (this.blockDetail && this.blockDetail.orgPoints) || []
    }

    holes(): BlockHole[] {
       
        return (this.blockDetail && this.blockDetail.holes) || []
    }

    models(): BlockModel[] {
        return (this.blockDetail && this.blockDetail.models) || []
    }

    holeListOrgFaceA(): BlockHole[] {
        return (this.blockDetail && this.blockDetail.holeListFaceA) || []
    }

    holeListOrgFaceB(): BlockHole[] {
        return (this.blockDetail && this.blockDetail.holeListFaceB) || []
    }

    holeListOrgThrough(): BlockHole[] {
        return (this.blockDetail && this.blockDetail.holeListThrough) || []
    }

    holeListOrgFaceSide(): SideHole[] {
        return (this.blockDetail && this.blockDetail.holeListSide) || []
    }

    modelListOrgFaceA(): BlockModel[] {
        return (this.blockDetail && this.blockDetail.modelListFaceA) || []
    }

    modelListOrgFaceB(): BlockModel[] {
        return (this.blockDetail && this.blockDetail.modelListFaceB) || []
    }

    modelListOrgTrough(): BlockModel[] {

        return (this.blockDetail && this.blockDetail?.modelListThrough) || []
    }

    // 排版情况
    /** 已排版 */
    isPlaced = false
    /** 全局大板Id */
    fullBoardId = 0
    /** 大板ID */
    boardId = 0
    /** 排单ID */
    placeId = 0
    /** 坐标X */
    placeX = 0
    /** 坐标Y */
    placeY = 0
    /** 排版方式 */
    placeStyle: PlaceStyle = PlaceStyle.FRONT // 正面
    /** 下刀点区域 */
    cutRegion = BlockRegion.LEFT_BOTTOM // 左下
    /** 开料顺序 */
    cutOrder = 0
    /** 下刀点位 */
    cutPointId = 0
    /** 开料宽 */
    placeWidth = 0
    /** 开料长 */
    placeLength = 0
    /** 开料左封边 */
    placeSealLeft = 0
    /** 开料右封边 */
    placeSealRight = 0
    /** 开料上封边 */
    placeSealTop = 0
    /** 开料下封边 */
    placeSealBottom = 0
    /** 原造型下刀超出板外情况 OrgSizeOutOff */
    orgSizeExpand: SizeExpand = new SizeExpand()
    /** 造型下刀超出板外情况 尺寸扩展 SizeOutOff */
    sizeExpand() { return this.blockDetail && this.blockDetail.currentSizeExpand ? this.blockDetail.currentSizeExpand : new SizeExpand() };
    /** 排版宽 加上预铣等外括 ，开料刀半径 ，缝隙 */
    placeFullWidth() { return this.cutWidth + (this.blockDetail ? this.blockDetail?.currentSizeExpand?.width || 0 : 0) }
    /** 排版长 加上预铣等外括 ，开料刀半径 ，缝隙 */
    placeFullLength() { return this.cutLength + (this.blockDetail ? this.blockDetail?.currentSizeExpand?.length || 0 : 0) }
    /** 坐标偏移情况 */
    placeOffX = 0
    placeOffY = 0
    /** 原始排版坐标 */
    placeOrgX() { return this.placeX - this.placeOffX }
    placeOrgY() { return this.placeY - this.placeOffY }
    /** 反面开料 */
    isTurnOver(): boolean {
        return this.placeStyle > 3
    }

    /** 后转180 */
    isTurnBack(): boolean {
        return (
            this.placeStyle == PlaceStyle.BACK_TURN_BACK
            || this.placeStyle == PlaceStyle.FRONT_TURN_BACK
        )
    }

    /** 反纹开料 */
    isTurnDown(): boolean {
        return this.placeStyle % 2 == 1
    }

    /** 自动排版 */
    isAutoPlaced = true
    /** 超出板外 */
    isOutBoard = false
    /** 已重叠 */
    isOverlap = false
    /** 高方向 */
    placeDirection = '→'
    /** 长边方向 */
    placeDirection_Length = '→'

    // 开料情况

    // isUseSameKnifeToHelpCut() { return this.blockDetail ? this.blockDetail.isHelpCut : false; };
    /** 是否排钻 IsDoHoling */
    isDrilling = true
    /** 是否造型 IsDoModeling */
    isModeling = true
    /** 超限板标识 : -1=不是; 0=不判断 1=是  */
    overBlockFlag = 0
    /** 开料时需翻面 IsDoOtherFace */
    isCutOtherFace = false
    /** 开料反面要处理 NeedTurnFaceToDo */
    isCutTurnOver = false

    /** 开料面孔数 HoleCount_DoFaceA */
    holeCountFaceA(): number {
        return this.holeListFaceA.length
    }

    /** 开料反面孔数 HoleCount_DoFaceB */
    holeCountFaceB(): number {
        return this.holeListFaceB.length
    }

    /** 开料左侧孔数 HoleCount_DoLeft */
    holeCountSideLeft = 0
    /** 开料右侧孔数 HoleCount_DoRight */
    holeCountSideRight = 0
    /** 开料上侧孔数 HoleCount_DoUpper */
    holeCountSideTop = 0
    /** 开料下侧孔数 HoleCount_DoUnder */
    holeCountSideBottom = 0
    /** 开料面造型数 ModelCount_DoFaceA */
    modelCountFaceA(): number {
        return this.modelListFaceA.length
    }

    /** 开料反面造型数 ModelCount_DoFaceB */
    modelCountFaceB(): number {
        return this.modelListFaceB.length
    } // 不显示

    /** 开料面孔 Holes_DoFaceA */
    holeListFaceA: BlockHole[] = [] // 不显示
    /** 开料反面孔 Holes_DoFaceB */
    holeListFaceB: BlockHole[] = [] // 不显示
    /** 开料面造型 Models_DoFaceA */
    modelListFaceA: BlockModel[] = [] // 不显示
    /** 开料反面造型 Models_DoFaceB */
    modelListFaceB: BlockModel[] = []

    /** 贴标位置x NotePosX */
    labelPosX = 0
    /** 贴标位置y NotePosY */
    labelPosY = 0

    // CNC高级对接--------------------------------------------------------

    /** CNC正面条码 CNC_NoteA */
    isCncLabelA = false
    /** CNC反面条码 CNC_NoteB */
    isCncLabelB = false
    /** CNC翻面条码 CNC_NoteT */
    isCncLabelTurnOver = false
    /** 类型 */
    type = ''
    /** 加工组 */
    processGroupName = ''
    /** 开门类型 */
    openDoorType = OpenDoorType.NONE // 无
    /** 自增小板的id接口获取 */
    _blockId = ''

    constructor(data: any = null) {
        if (data != null) {

            for (const key in data) {
                if (Reflect.has(this, key)) {
                    if (['goodsId'].includes(key)) {
                        this[key] = data[key].toString()
                    } else if (['width', 'length', 'thickness', 'sealLeft', 'sealRight', 'sealTop', 'sealBottom'].includes(key)) {
                        this[key] = StringFormat.toFixed(data[key], 3)
                    } else if (key == 'texture') {
                        this.texture = <TextureType>data.texture
                    } else if (key == 'placeHole') {
                        this.placeHole = <HoleArrange>data.placeHole
                    } else if (key == 'remarkJson') {
                        let remarkList = JSON.parse(data.remarkJson == null || data.remarkJson == '' ? '[]' : data.remarkJson)
                        this.remark1 = remarkList[0] == null ? '' : remarkList[0]
                        this.remark2 = remarkList[1] == null ? '' : remarkList[1]
                        this.remark3 = remarkList[2] == null ? '' : remarkList[2]
                        this.remark4 = remarkList[3] == null ? '' : remarkList[3]
                        this.remark5 = remarkList[4] == null ? '' : remarkList[4]
                    }
                    else {
                        try {
                            if (Object.getOwnPropertyDescriptor(this, key)?.writable == true) {
                                this[key] = data[key]
                            }

                        } catch (error) {
                            console.log(error)
                        }

                    }
                } else {
                    // console.log('PlaceBlock Init', key)
                }
            }
            this.cutWidth = this.width - this.sealLeft - this.sealRight
            this.cutLength = this.length - this.sealTop - this.sealBottom
            this.cutArea = this.cutWidth * this.cutLength * 0.000001
            this._blockId = data.blockId

        }
    }

    getRemark(rname, st = '', ed = '') {
        if (!this.extraRemark)
            return ''
        if (!this.extraRemark[rname])
            return ''
        let text: string = this.extraRemark[rname]
        if (st != '') {
            let index = text.indexOf(st)
            if (index > -1) {
                // text = text.substr(index + st.length, 99999);
                text = text.substring(index + st.length, 99999)
            }
        }
        if (ed != '') {
            let index = text.indexOf(ed)
            if (index > -1) {
                text = text.substring(0, index)
            }
        }
        return text
    }
}
/** 小板明细(异形,造型,孔) */
export class PlaceBlockDetail {
    // 数据库定义列
    /** 用户ID */
    organId: number = 0
    /** 数据类型 */
    dataType: number = 0
    /** 订单号 */
    orderId: number = 0
    /** 小板ID */
    blockId: number = 0
    /** 原柜体编号rawBoxNo */
    rawBoxNo: number = 0
    /** 异形定义明细 */
    pointDetail: any = []
    /** 造型定义明细 */
    modelDetail: any = []
    /** 排钻定义明细 */
    holeDetail: any = []

    /** 封边偏移值x */
    offsetX = 0
    /** 封边偏移值y */
    offsetY = 0
    /** 开料宽度 KaiLiaoWidth */
    cutWidth = 0
    /** 开料长度 KaiLiaoLength */
    cutLength = 0

    /** 异形点阵 */
    points: BlockPoint[] = []
    /** 异形点阵含封边 */
    orgPoints: BlockPoint[] = []
    /** 原轮廓数据 */
    orgContourData: any = null

    /** 排钻 */
    holes: BlockHole[] = []
    /** 正面孔列表(不包含通孔和孔深大于板厚) Holes_FaceA */
    holeListFaceA: BlockHole[] = []
    /** 反面孔列表(不包含通孔和孔深大于板厚) Holes_FaceB */
    holeListFaceB: BlockHole[] = []
    /** 穿孔列表(通孔和孔深大于板厚) Holes_Through */
    holeListThrough: BlockHole[] = []
    /** 侧孔列表 Holes_FaceSide */
    holeListSide: SideHole[] = []

    /** 造型点阵 */
    models: BlockModel[] = []
    /** 正面造型列表(不包含打穿) Models_FaceA */
    modelListFaceA: BlockModel[] = []
    /** 反面造型列表(不包含打穿) Models_FaceB */
    modelListFaceB: BlockModel[] = []
    /** 打穿造型列表 Models_Through */
    modelListThrough: BlockModel[] = []
    /** 侧面造型  BlockModel SideModels  20241111 改为 BlockModel */
    modelListSide: SideModel[] = []


    // /** 切割板宽 */
    // cuttingWidth = 0;
    // /** 切割板厚 */
    // cuttingLength = 0;
    /** 板厚 */
    thickness = 18
    /** 是否异形 */
    isUnRegular = false
    /** 正面有打孔 */
    bigHoleInFaceA = false
    /** 正面孔数 */
    holeCountFront = 0
    /** 反面孔数 */
    holeCountBack = 0
    /** 穿孔数 */
    holeCountThrough = 0
    /** 侧孔数 */
    holeCountSide = 0
    /** 左侧孔数 */
    holeCountLeft = 0
    /** 右侧孔数 */
    holeCountRight = 0
    /** 上侧孔数 */
    holeCountTop = 0
    /** 下侧孔数 */
    holeCountBottom = 0

    /** 斜孔数量 */
    holeCountBevelled = 0


    /** 正面造型数  */
    modelCountFront = 0
    /** 反面造型数 */
    modelCountBack = 0
    /** 打穿造型数 */
    modelCountThrough = 0

    /** 侧面造型数量 */
    modelCountSide(): number {
        return this.modelListSide.length
    }
    /** 下侧造型数量 */
    modelCountBottom(): number {
        return this.modelListSide.filter(sideModel => sideModel.face == 0).length
    }
    /** 右侧造型数量 */
    modelCountRight(): number {
        return this.modelListSide.filter(sideModel => sideModel.face == 1).length
    }
    /** 下侧造型数量 */
    modelCountTop(): number {
        return this.modelListSide.filter(sideModel => sideModel.face == 2).length
    }
    /** 下侧造型数量 */
    modelCountLeft(): number {
        return this.modelListSide.filter(sideModel => sideModel.face == 3).length
    }

    /** 是否有挖穿的造型 */
    hasModelThrogh = false

    /** 双面处理 Do2Face */
    isTwoFaceProcess = false
    // isTwoFaceProcess(): boolean
    // {
    //   return this.blockDetail && this.blockDetail.isTwoFaceProcess
    // }
    // 为了缺角空间 放在右边
    /** 当需要正面正纹的，最佳放置方式: 正面或正面后转 Ps00 */
    placeStyleFront = PlaceStyle.FRONT // 正面
    /** 正面反纹放置方式 Ps01 */
    placeStyleFrontReverse = PlaceStyle.FRONT_TURN_RIGHT // 正面右转
    /** 反面正纹放置方式 Ps10 */
    placeStyleBack = PlaceStyle.BACK // 反面
    /** 反面反纹放置方式 Ps11 */
    placeStyleBackReverse = PlaceStyle.BACK_TURN_LEFT // 反面左转

    /** 开料序号贴标位置x */
    labelPosX = -1
    /** 开料序号贴标位置y */
    labelPosY = -1

    /** 是否初始化 */
    isInited = false
    /** 是否已检查 */
    isChecked = false

    /** 全部二维刀路径集合 { model, modelID, lineID, isFaceB, name, value, knife, knifeRadius, depth, points, offset} */
    // vKnifeModels: any[];

    /** 是否偏移倒角 IsOffsetRounding */
    isOffsetRounding = false
    /** 偏移值刀半径 CutR */
    offsetKnifeRadius = 0

    /** 当前的预铣值 preCutValue  */
    preMillingSize = 0
    /** 该板需要辅助开料 isNeedHelpCut */
    isUseSameKnifeToHelpCut = false
    /** 同刀辅助值 */
    useSameKnifeToHelpCutGap = 2

    /** 预铣外扩尺寸 preCutSizeOutOff */
    preMillingExpandSize?: SizeExpand | null = null
    /** 板外造型外扩尺寸 modelKnifeOutOff */
    modelExpandSize?: SizeExpand | null = null
    /** 2V刀路V外扩尺寸 */
    vKnifeModelExpandSize?: SizeExpand | null = null
    /** 同刀辅助外扩尺寸 sameKnfieHelpOutOff */
    sameKnifeHelpExpandSize?: SizeExpand | null = null
    /** 当前外扩 currentOutOff */
    currentSizeExpand?: SizeExpand | null = null
    /** 边框轮廓，走刀路径等(包含偏移后的轮廓结合) borderUnit */
    borderContour?: PlaceBorderContour | null = null

    // 板件扩展尺寸 数据集 
    plateExtraRemark: any

    /** 优化前的配置及其轮廓等用于恢复 */
    savedSetting

    /** 备注 数据集 */
    remarkParams: any
    constructor(data: any = null, sourceType: number = 2) {
        if (data != null) {
            this.remarkParams = data.remarkParams
            this.orderId = data.orderId
            this.dataType = data.dataType
            this.orderId = data.orderId
            this.blockId = data.blockId
            this.rawBoxNo = data.rawBoxNo

            // 封边偏移值
            this.offsetX = data.offSet && data.offSet.x ? StringFormat.toFixed(data.offSet.x, 3) : 0
            this.offsetY = data.offSet && data.offSet.y ? StringFormat.toFixed(data.offSet.y, 3) : 0
            // 开料长宽(不含封边)
            this.cutWidth = data.cutSize ? StringFormat.toFixed(data.cutSize.width, 3) : 0
            this.cutLength = data.cutSize ? StringFormat.toFixed(data.cutSize.height, 3) : 0
            // 初始化 异形点阵
            data.pointDetail.forEach((p) => { this.points.push(new BlockPoint(p)) })
            // 初始化 异形点阵 含封边
            if (!data.orgPointDetail) {
                data.orgPointDetail = []
            }
            data.orgPointDetail.forEach((p) => { this.orgPoints.push(new BlockPoint(p)) })

            if (!data.holes) {
                data.holes = data.holeDetail || []
            }
            // 初始化 排钻列表
            data.holes.forEach((h) => { this.holes.push(new BlockHole(h)) })
            // 初始化 侧孔列表
            if (!data.holeListSide) {
                data.holeListSide = data.sideHoleDetail || []
            }
            data.holeListSide.forEach((sh) => { this.holeListSide.push(new SideHole(sh)) })
            // 初始化 造型列表
            data.modelDetail.forEach((t) => { this.models.push(new BlockModel(t)) })
            // 初始化 侧面造型列表
            if (!data.modelListSide) {
                data.modelListSide = []
            }

            this.plateExtraRemark = data.plateExtraRemark

            data.modelListSide.forEach((t) => { this.modelListSide.push(new SideModel(t)) }) // 侧面

            this.holeListFaceA = this.holes.filter(t => t.face == FaceType.FRONT) // 正面
            this.holeListFaceB = this.holes.filter(t => t.face == FaceType.BACK) // 反面
            this.holeListThrough = []

            this.modelListFaceA = this.models.filter(t => t.face == FaceType.FRONT && (t.depth < this.thickness || t.isVKnifeModel()))
            this.modelListFaceB = this.models.filter(t => t.face == FaceType.BACK && (t.depth < this.thickness || t.isVKnifeModel()))
            this.modelListThrough = this.models.filter(t => t.depth > this.thickness - 0.01 && t.isVKnifeModel() == false)

            this.holeCountFront = this.holeListFaceA.length
            this.holeCountBack = this.holeListFaceB.length
            this.holeCountThrough = this.holeListThrough.length
            this.holeCountSide = this.holeListSide.length

            this.modelCountFront = this.modelListFaceA.length
            this.modelCountBack = this.modelListFaceB.length
            this.modelCountThrough = this.modelListThrough.length

            this.hasModelThrogh = this.modelListThrough.length > 0
            this.bigHoleInFaceA = this.holeListFaceA.some(t => t.holeType == HoleType.BIG_HOLE) // 大孔

        }

        this.isUnRegular = this.points.length > 0

    }

    /** 保存 开料配置 */
    saveSetting() {
        this.savedSetting = {}

        this.savedSetting.offsetKnifeRadius = this.offsetKnifeRadius
        this.savedSetting.preMillingSize = this.preMillingSize
        this.savedSetting.isUseSameKnifeToHelpCut = this.isUseSameKnifeToHelpCut
        this.savedSetting.useSameKnifeToHelpCutGap = this.useSameKnifeToHelpCutGap
        // SizeExpand
        this.savedSetting.preMillingExpandSize = this.preMillingExpandSize
        this.savedSetting.modelExpandSize = this.modelExpandSize
        this.savedSetting.vKnifeModelExpandSize = this.vKnifeModelExpandSize
        this.savedSetting.sameKnifeHelpExpandSize = this.sameKnifeHelpExpandSize
        this.savedSetting.currentExpandSize = this.currentSizeExpand
        // 轮廓,铣刀路径
        if (this.borderContour != null) {
            this.savedSetting.borderContour = this.borderContour.clone()
        }

    }

    loadSetting() {
        if (!this.savedSetting)
            return
        this.offsetKnifeRadius = this.savedSetting.offsetKnifeRadius
        this.preMillingSize = this.savedSetting.preMillingSize
        this.isUseSameKnifeToHelpCut = this.savedSetting.isUseSameKnifeToHelpCut
        this.useSameKnifeToHelpCutGap = this.savedSetting.useSameKnifeToHelpCutGap
        // SizeOutOff
        this.preMillingExpandSize = this.savedSetting.preMillingExpandSize
        this.modelExpandSize = this.savedSetting.modelExpandSize
        this.vKnifeModelExpandSize = this.savedSetting.vKnifeModelExpandSize
        this.sameKnifeHelpExpandSize = this.savedSetting.sameKnifeHelpExpandSize
        this.currentSizeExpand = this.savedSetting.currentSizeExpand
        // 轮廓,铣刀路径
        this.borderContour = this.savedSetting.borderContour
    }
}
/** 开门类型(0无 1左 2右 3上 4下) */
export enum OpenDoorType {
    /** 无 */
    NONE = 0,
    /** 左 */
    LEFT = 1,
    /** 右 */
    RIGHT = 2,
    /** 上 */
    TOP = 3,
    /** 下 */
    BOTTOM = 4,
}

/** 纹理类型 */
export enum TextureType {
    /** 正纹 */
    NORMAL_TEXTURE = 0,
    /** 可翻转 */
    ROTATABLE_TEXTURE = 1,
    /** 反纹 */
    REVERSE_TEXTURE = 2,
}

/** 排钻 */
export class BlockHole {
    /** 孔类别 */
    holeType: HoleType = 0
    /** 面 */
    face: FaceType = 0
    /** 侧孔所在面 */
    sideFace: FaceType = FaceType.FRONT // 正面
    /** 坐标x */
    pointX: number = 0
    /** 坐标y */
    pointY: number = 0
    /** 坐标z */
    pointZ: number = 0
    /** 半径 */
    radius: number = 5
    /** 深度 */
    depth: number = 12
    /** 终点坐标 */
    endPoint: string = ''
    /** 角度 */
    angle: number = 0
    /** CNC不能加工 cncUndo */
    isCncCanNotProcess: boolean = false
    /** 不能加工类型 unDoType */
    cncCanNotProcessType = ''
    /** 是否在开料机上处理 IsDo */
    isCutting: boolean = true

    knife?: Knife | null = null
    blockNo?: string | number

    constructor(data: any = null) {
        if (data != null) {
            this.holeType = <HoleType>data.holeType
            this.face = <FaceType>data.face
            this.pointX = StringFormat.toFixed(data.pointX, 3)
            this.pointY = StringFormat.toFixed(data.pointY, 3)
            this.pointZ = StringFormat.toFixed(data.pointZ, 3)
            this.radius = StringFormat.toFixed(data.radius, 3)
            this.depth = StringFormat.toFixed(data.depth, 3)
            this.angle = data.angle ? data.angle : 0
            this.endPoint = data.endPoint
        }
    }

    ToSideHole(block: PlaceBlock): SideHole {
        let newH = new SideHole()
        newH.holeType = this.holeType
        newH.faceId = 0
        newH.sideFace = SideFaceType.BOTTOM // 下侧面
        newH.pointX = this.pointX
        newH.pointY = this.pointY
        newH.pointZ = this.pointZ

        newH.radius = 4
        let diameter = this.radius * 2
        if (Math.abs(diameter - 8.3) < 0.1 || Math.abs(diameter - 6.3) < 0.1 || Math.abs(diameter - 11.5) < 0.1 || Math.abs(diameter - 12) < 0.1) {
            newH.radius = this.radius
        }
        newH.depth = this.depth

        let cells = this.endPoint.split(',')
        if (cells.length >= 3) {
            // 起点坐标
            let bx = Number.parseFloat(cells[0])
            let by = Number.parseFloat(cells[1])

            // x  相等 , 侧孔方向 上下
            if (Math.abs(bx - this.pointX) < 0.1) {
                let toUpper = this.isToTop(block, by)
                if (toUpper) // y+ 向上
                {
                    newH.pointX2 = bx
                    newH.pointY2 = this.pointY + this.depth
                    newH.direct = 0
                    newH.faceId = 0
                    newH.sideFace = SideFaceType.BOTTOM_SIDE // 下侧面
                } // y- 向下
                else {
                    newH.pointX2 = bx
                    newH.pointY2 = this.pointY - this.depth
                    newH.direct = 2
                    newH.faceId = 2
                    newH.sideFace = SideFaceType.TOP_SIDE // 上侧面
                }
            }
            else if (Math.abs(by - this.pointY) < 0.1) {
                let toRight = this.isToRight(block, bx)
                // y相等, 侧孔方向左右
                if (toRight) {
                    // x+ 向右
                    newH.pointX2 = this.pointX + this.depth
                    newH.pointY2 = by
                    newH.direct = 3
                    newH.faceId = 3
                    newH.sideFace = SideFaceType.LEFT_SIDE // 左侧面
                } // x- 向左
                else {
                    newH.pointX2 = this.pointX - this.depth
                    newH.pointY2 = by
                    newH.direct = 1
                    newH.faceId = 1
                    newH.sideFace = SideFaceType.RIGHT_SIDE // 右侧面
                }
            } // x ,y  都不相等
            else {
                newH.pointX2 = bx
                newH.pointY2 = by
                newH.direct = -1
                newH.faceId = 4
                newH.sideFace = SideFaceType.SPECIAL_SHAPED_SIDE // 异形侧面
            }
        }

        return newH
    }

    /** 向右(bx: 起点坐标X) */
    private isToRight(block: PlaceBlock, bx: number): boolean {
        // 在左侧外
        if (bx < 0)
            return true
        // 在板内 靠左侧
        if (bx > 22 && bx < 40)
            return true

        // 在右侧外
        if (bx > block.width)
            return false
        // 在右侧外
        if (bx > block.width - 40 && bx < block.width - 22)
            return false

        for (let i = 0; i < block.points.length; i++) {
            let j = i + 1
            if (j == block.points.length)
                j = 0
            let p1 = block.points[i]
            let p2 = block.points[j]
            if (Math.abs(p1.pointX - this.pointX) < 3 && Math.abs(p2.pointX - this.pointX) < 3 && (p1.pointY > this.pointY != p2.pointY > this.pointY)) {
                return p1.pointY > p2.pointY
            }
        }

        return false
    }

    /** 向上(起点坐标Y) */
    private isToTop(block: PlaceBlock, by: number): boolean {
        // 在下侧外
        if (by < 0)
            return true
        // 靠近下侧
        if (by > 22 && by < 40)
            return true

        if (by > block.length)
            return false
        if (by > block.length - 40 && by < block.length - 20)
            return false

        for (let i = 0; i < block.points.length; i++) {
            let j = i + 1
            if (j == block.points.length)
                j = 0
            let p1 = block.points[i]
            let p2 = block.points[j]
            if (Math.abs(p1.pointY - this.pointY) < 3 && Math.abs(p2.pointY - this.pointY) < 3 && (p1.pointX > this.pointX != p2.pointX > this.pointX)) {
                return p1.pointX < p2.pointX
            }
        }

        return false
    }
}
/** 异形点 */
export class BlockPoint {
    /** 坐标x */
    pointX: number = 0
    /** 坐标y */
    pointY: number = 0
    /** 凹凸度 */
    curve: number = 0
    /** 半径 */
    radius: number = 0
    /** 封边 */
    sealSize: number = 0
    /** 是否这条边需预洗 */
    isPreCutRequired = false

    constructor(data: any = null) {
        if (data != null) {
            let x = data.PointX != undefined ? data.PointX : data.pointX
            let y = data.PointY != undefined ? data.PointY : data.pointY
            let curve = data.Curve != undefined ? data.Curve : data.curve
            let radius = 1 / curve
            this.pointX = StringFormat.toFixed(x)
            this.pointY = StringFormat.toFixed(y)
            this.curve = curve
            this.radius = StringFormat.toFixed(Math.abs(radius))
            if (Math.abs(this.curve) < 1e-5) {
                this.curve = 0
                this.radius = 0
            }
            this.sealSize = data.SealSize != undefined ? data.SealSize : data.sealSize || 0
        }
    }

    copy(): BlockPoint {
        let nw = new BlockPoint()
        nw.pointX = this.pointX
        nw.pointY = this.pointY
        nw.curve = this.curve
        nw.radius = this.radius
        nw.sealSize = this.sealSize
        return nw
    }
}

/** 侧孔 */
export class SideHole {
    /** 孔类别 */
    holeType: HoleType = 0
    /** 面 */
    faceId: number = 0
    /** 侧孔所在面  */
    sideFace: SideFaceType = SideFaceType.BOTTOM // 正面
    /** 方向 0向上 1向左 2向下 3向右 -1斜 */
    direct: number = 0
    /** 坐标x */
    pointX: number = 0
    /** 坐标y */
    pointY: number = 0
    /** 坐标z */
    pointZ: number = 0
    /** 半径 */
    radius: number = 5
    /** 深度 */
    depth: number = 12

    /** 坐标x */
    pointX2: number = 0
    /** 坐标y */
    pointY2: number = 0

    // cncUndo: boolean = true; //cnc不能做.
    /** CNC不能处理 */
    isCncCanNotProcess: boolean = true

    /** 是否可处理 IsDo */
    isProcess: boolean = true

    knife?: Knife | null = null

    constructor(data: any = null) {
        if (data != null) {
            this.holeType = <HoleType>data.holeType
            this.faceId = data.face
            this.sideFace = data.sideFace
            this.direct = data.sideFace
            this.pointX = StringFormat.toFixed(data.pointX, 3)
            this.pointY = StringFormat.toFixed(data.pointY, 3)
            this.pointZ = StringFormat.toFixed(data.pointZ, 3)
            this.radius = StringFormat.toFixed(data.radius, 3)
            this.depth = StringFormat.toFixed(data.depth, 3)
            this.pointX2 = StringFormat.toFixed(data.pointX2, 3)
            this.pointY2 = StringFormat.toFixed(data.pointY2, 3)
        }
    }
}

/** 孔类型 */
export enum HoleType {
    /** 大孔 */
    BIG_HOLE = 0,
    /** 小孔 */
    TINY_HOLE = 10,
    /** 木削 */
    WOOD_DUST = 20,
    /** 木削大孔 */
    WOOD_DUST_BIG_HOLE = 21,
    /** 层板钉 */
    LAMINATED_NAIL = 30,
    /** 通孔 */
    THROUGH_HOLE = 40,
    /** 造型孔 */
    MODELING_HOLE = -10,
    /** 连接杆 */
    CONNECTING_ROD = 50,
}

/** 板件造型 */
export class BlockModel {
    /** 订单号 */
    orderId: string = ''
    /** 小板号 */
    blockId: number = 0
    /** 造型Id */
    modelId: number = 0
    /**线ID */
    lineId: number = 0;
    /** 纹路Id */
    textureId: number = 0
    /** 板面 */
    face: FaceType = FaceType.UNSET
    /** 刀号 */
    knifeName: string = ''
    /** 刀半径 */
    knifeRadius: number = 0
    /** 深度 */
    depth: number = 0
    /** 是否可以挖空后排版 */
    canSpace = false
    /** 是否是矩形  */
    isRect = false
    /** 是否倾斜 至少有一条边是斜的 */
    isTilt = false

    type = ''

    knife: Knife | null | undefined = null

    blockNo?: string| number
    /** 有轮廓 */
    hasContour() {
        let val = false
        try {
            if (this.originModeling != null && this.originModeling.outline != 0 && this.originModeling?.outline.map(e => e?.pts).length > 0) {
                val = true
            }
        } catch (error) {
            console.log('handle hasContour error', error)
            val = false
        }

        return val //  this.originModeling?.outline.map(e=>e?.pts).length >0  //this.originModeling?.outline?.pts?.length > 0 
    }

    modelWidth: any = 0
    modelLength: any = 0

    modelStartPoint: any = null
    modelEndPoint: any = null
    /**
     * 造型轮廓(孔转的造型，没有造型轮廓)
     * OriginModeling.outline.pts.x | y ; outline.buls
     */
    originModeling: any = null

    /** 点列表 */
    pointList: BlockModelPoint[] = []
    /** 实际替代刀直径 */
    realKnifeRadius = 0
    /** 实际替代刀点阵 */
    realPointList: BlockModelPoint[] = []
    /** 实际刀编号 */
    realKnifeId = -1

    /** cnc不能加工 cncUndo */
    isCncCanNotProcess: boolean = true
    /** 超限类型(cnc为何不能加工) unDoType */
    cncCanNotProcessType = ''

    /** 是否在开料机加工 IsDo */
    isCutting: boolean = true

    /** 二维造型的偏移数组 */
    offsetList: ModelOffsetData[] = []

    /** 转换过的二维刀路路径{isFaceB, name刀名称, offset偏移, knife刀, knifeId刀Id, knifeRadius刀半径, depth深度, points{x,y,z,bul,r}, orgOffset(源偏移)} */
    VLines: any[] = []

    offsetInfo = ''
    /** 是否二维造型 */
    isVKnifeModel(): boolean {
        return this.offsetList.length > 0
    }

    /** 是否三维造型 */
    is3VModel(): boolean {
        return this.offsetList.length == 0 && this.pointList.some(t => Math.abs(t.depth - this.depth) > 0.01)
    }

    constructor(data: any = null) {
        if (data != null) {
            this.modelId = data.modelId
            this.lineId = data.lineId
            this.textureId = data.textureId
            this.face = <FaceType>data.face
            this.knifeName = data.knifeName ? data.knifeName.trim() : ''
            this.knifeRadius = StringFormat.toFixed(data.knifeRadius, 3)
            this.depth = StringFormat.toFixed(data.depth, 3)

            if (data.modelPoint)
                data.modelPoint.forEach(pt => {

                    this.pointList.push(new BlockModelPoint(pt))
                })
            if (data.modelOffSet)
                data.modelOffSet.forEach(os => this.offsetList.push(new ModelOffsetData(os)))

            if (this.offsetList.length > 0) {
                let names: any = []
                for (let os of this.offsetList) {
                    if (os.name == this.knifeName)
                        continue
                    if (names.includes(os.name))
                        continue
                    names.push(name)
                }
                if (names.length == 0)
                    this.offsetInfo = `${this.offsetList.length - 1}`
                else
                    this.offsetInfo = `${this.offsetList.length - 1}(${names.join(' ')})`
            }

            if (data.originModeling) {
                this.originModeling = JSON.parse(JSON.stringify(data.originModeling))
                // 计算造型
                // this.countModelWidthAndLength(this)
            }
        }
    }
}

/** 造型点 */
export class BlockModelPoint {
    /** 坐标X */
    pointX: number = 2
    /** 坐标Y */
    pointY: number = 2
    /** 半径 */
    radius: number = 0
    /** 深度 */
    depth: number = 6
    /** 凹凸度 */
    curve: number = 0

    constructor(data: any = null) {
        if (data != null) {
            this.pointX = StringFormat.toFixed(data.PointX || data.pointX)
            this.pointY = StringFormat.toFixed(data.PointY || data.pointY)
            this.radius = StringFormat.toFixed(Math.abs(data.Radius || data.radius))
            this.depth = StringFormat.toFixed(data.Depth || data.depth)
            this.curve = data.Curve || data.curve
        }
    }

    copy(): BlockModelPoint {
        let obj = new BlockModelPoint()
        obj.pointX = this.pointX
        obj.pointY = this.pointY
        obj.radius = this.radius
        obj.depth = this.depth
        obj.curve = this.curve
        return obj
    }
}

/** 二维造型的偏移数据 */
export class ModelOffsetData {
    /** 刀名称 */
    name: string = ''
    /** 偏移 */
    offset: number = 0
    /** 刀半径 */
    radius: number = 0
    /** 深度 */
    depth: number = 0
    /** 角度 */
    angle: number = 0
    /** 板面类型 */
    face: FaceType = FaceType.UNSET

    fullName() {
        return `偏移${this.offset} 深${this.depth} 刀${this.name}`
    }

    constructor(data: any = null) {
        if (data != null) {
            let off = 0
            if (data.offset != undefined) {
                off = data.offset
            } else if (data.value != undefined) {
                off = data.value
            } else if (data.value != undefined) {
                off = data.value
            }
            this.name = data.Name != undefined ? data.Name : data.name
            this.offset = StringFormat.toFixed(data.offset || data.value || data.value)
            this.radius = StringFormat.toFixed(data.Radius || data.radius)
            this.depth = StringFormat.toFixed(data.Deep || data.depth)
            this.face = data.Face != undefined ? <FaceType>data.Face : <FaceType>data.face
            this.angle = StringFormat.toFixed(data.Angle || data.angle)
        }
    }
}

/**
 * 侧面造型 所在的面 0 下 1 右 2上 3 左  其它待测试
 */
export enum SideFaceType {
    /** 下 */
    BOTTOM = 0,
    /** 右 */
    RIGHT = 1,
    /** 上 */
    TOP = 2,
    /** 左   */
    LEFT = 3,

    /** 左侧面 */
    LEFT_SIDE = 21,
    /** 右侧面 */
    RIGHT_SIDE = 22,
    /** 上侧面 */
    TOP_SIDE = 23,
    /** 下侧面 */
    BOTTOM_SIDE = 24,
    /** 弧形侧面 */
    CURVED_SIDE = 29,
    /** 异形侧面 */
    SPECIAL_SHAPED_SIDE = 30,
}

/** 侧边造型 
 * 
 * 侧面造型的点阵判断逻辑
 * 
 * 提要：
 * 1、 face 为  该造型在该板件的第几条边上
 * 2、 originModeling 内的造型轮廓点阵的 X Y轴 为 ：
 *     以该造型为正面 且小板板面朝上 造型为正面的左下角为原点 板厚 为 Y 横象为X
 * 注：最终使用的时候 要得到该造型  对应机台的  轮廓数据和刀路数据
 * 
 * 平行判断 参考 checkIsTilt 修改一个新的方法
 * 是否在板内 可使用 isPointInBlock
 * 
 * 要求：要得到
 * 
 * 转换逻辑
 * 1、通过face 获取 该造型所在的边
 * 2、将这条边 与  板件的坐标轴做比较  判断平行 
 *    情况1：与板件的X轴 平行  则造型 可能为 上 || 下 ，使用   isPointInBlock  判断 具体是上 还是下
 *    情况2：与板件的Y轴 平行  则造型 可能为 左 || 右 ， 使用  isPointInBlock  判断 具体是左 还是右
 *    情况3：都不平行 则 朝向的值为斜边 
 * 最终得到造型的朝向
 * 3、依据边的坐标和造型的朝向 可以 根据造型的轮廓数据转为 对应机台的轮廓数据 和刀路数据
*/
export class SideModel {
    /** 订单号 */
    orderId: string = ''
    /** 小板号 */
    blockId: number = 0
    /** 造型Id */
    modelId: number = 0
    /**线ID */
    lineId: number = 0;
    /** 纹路Id */
    textureId: number = 0
    /** 板面 造型所在的边  第几条边 */
    face: SideFaceType = 0
    /** 刀号 */
    knifeName: string = ''
    /** 刀半径 */
    knifeRadius: number = 0
    /** 深度 */
    depth: number = 0
    /** 是否可以挖空后排版 */
    canSpace = false
    /** 是否是矩形  */
    isRect = false
    /** 是否倾斜 至少有一条边是斜的 */
    isTilt = false
    /** 暂时没用 */
    type = ''

    /** 造型方向 -2 未知（是异常情况  要排查） -1 斜的  0 下 1右 2上 3左 10 左下斜  11 右下斜 12 右上斜  13 左上斜 */

    direction = 0


    knife?: Knife | null = null
    /** 有轮廓 */
    hasContour() { return this.originModeling != null && this.originModeling.outline != 0 && this.originModeling?.outline?.pts?.length > 0 }

    /** 侧面造型 宽 */
    modelWidth: any = 0

    /** 侧面造型 长 */
    modelLength: any = 0

    /** 侧面造型  起点 */
    modelStartPoint: any = null

    /** 侧面造型 终点 */
    modelEndPoint: any = null
    /**
     * 造型轮廓(孔转的造型，没有造型轮廓)
     * OriginModeling.outline.pts.x | y ; outline.buls
     */
    originModeling: any = null

    /** 点列表 */
    pointList: BlockSideModelPoint[] = []
    /** 实际替代刀直径 */
    realKnifeRadius = 0
    /** 实际替代刀点阵 */
    realPointList: BlockSideModelPoint[] = []
    /** 实际刀编号 */
    realKnifeId = -1

    /** cnc不能加工 cncUndo */
    isCncCanNotProcess: boolean = true
    /** 超限类型(cnc为何不能加工) unDoType */
    cncCanNotProcessType = ''

    /** 是否在开料机加工 IsDo */
    isCutting: boolean = true

    /** 二维造型的偏移数组 */
    offsetList: ModelOffsetData[] = []

    /** 转换过的二维刀路路径{isFaceB, name刀名称, offset偏移, knife刀, knifeId刀Id, knifeRadius刀半径, depth深度, points{x,y,z,bul,r}, orgOffset(源偏移)} */
    VLines = []

    offsetInfo = ''
    /** 是否二维造型 */
    isVKnifeModel(): boolean {
        return this.offsetList.length > 0
    }

    /** 是否三维造型 */
    is3VModel(): boolean {
        return this.offsetList.length == 0 && this.pointList.some(t => Math.abs(t.depth - this.depth) > 0.01)
    }

    constructor(data: any = null) {
        if (data != null) {
            this.modelId = data.modelId
            this.lineId = data.lineId
            this.textureId = data.textureId
            this.face = <SideFaceType>data.face
            this.knifeName = data.knifeName ? data.knifeName.trim() : ''
            this.knifeRadius = StringFormat.toFixed(data.knifeRadius, 3)
            this.depth = StringFormat.toFixed(data.depth, 3)


            //    if (data.originModeling)
            //    {
            //      this.originModeling = JSON.parse(JSON.stringify(data.originModeling))
            //      MachineHelper.countModelWidthAndLength(this)
            //    }
        }
    }

}

/** 小板区域 */
export enum BlockRegion {
    /** 左下 = 0 */
    LEFT_BOTTOM = 0,
    /** 右下 = 1 */
    RIGHT_BOTTOM = 1,
    /** 右上 = 2 */
    RIGHT_TOP = 2,
    /** 左上 = 3 */
    LEFT_TOP = 3,
}

/** 造型偏移 */
export class SizeExpand {
    /** 左 */
    left: number = 0
    /** 右 */
    right: number = 0
    /** 上 */
    top: number = 0
    /** 下 */
    bottom: number = 0
    /** 板外扩宽 */
    width: number = 0
    /** 板外扩长 */
    length: number = 0
    /** 排版外扩宽 */
    outWidth: boolean = false
    /** 排版外扩长 */
    outLength: boolean = false
    /** 是否完成 */
    hasDone: boolean = false

    constructor(data: any = null) {
        if (data != null) {
            this.left = data.left || 0
            this.right = data.right || 0
            this.bottom = data.bottom || 0
            this.top = data.top || 0
            this.width = (this.left + this.right) || 0
            this.length = (this.top + this.bottom) || 0
        }
    }

    /** 设置长宽 */
    setSize() {
        this.width = this.left + this.right
        this.length = this.top + this.bottom
    }

    toString() {
        return `左:${this.left.toFixed(2)} 右:${this.right.toFixed(2)} 上:${this.top.toFixed(2)} 下:${this.bottom.toFixed(2)}`
    }
}

/**
 * 板件侧面早些点阵
 */
export class BlockSideModelPoint {
    /** 坐标X */
    pointX: number = 2
    /** 坐标Y */
    pointY: number = 2
    /** 坐标Z */
    pointZ: number = 2
    /** 半径 */
    radius: number = 0
    /** 深度 */
    depth: number = 6
    /** 凹凸度 */
    curve: number = 0

    constructor(data: any = null) {
        if (data != null) {
            this.pointX = StringFormat.toFixed(data.pointX || data.x)
            this.pointY = StringFormat.toFixed(data.pointY || data.y)
            this.pointZ = StringFormat.toFixed(data.pointZ || data.z)
            this.radius = StringFormat.toFixed(Math.abs(data.radius || 0))
            this.depth = StringFormat.toFixed(data.depth)
            this.curve = data.curve || data.buls || 0

            if (this.radius == 0 && this.curve != 0) {
                this.radius = 1 / this.curve
            }
        }
    }

    copy(): BlockSideModelPoint {
        let obj = new BlockSideModelPoint()
        obj.pointX = this.pointX
        obj.pointY = this.pointY
        obj.radius = this.radius
        obj.depth = this.depth
        obj.curve = this.curve
        return obj
    }
}


/** 放置板的边框集合,内部轮廓,偏移后轮廓 */
export class PlaceBorderContour {
    /** 放置方式 */
    placeStyle: PlaceStyle = PlaceStyle.FRONT // 正面
    /** 1成品轮廓  必须提前生成 */
    borderFinal: CAD.Curve2d[]
    /** 2原始轮廓 <不含预铣> 必须提前生成 */
    borderOrg: CAD.Curve2d[]
    /** 2.原始轮廓含预铣 border_preCut */
    borderPreMilling: CAD.Curve2d[] = []

    /** 2原始多段线 《不含预铣》 必须提前生成，用于 计算造型，2v板外干涉轮廓 */
    polylineOrg?: Polyline | null = null

    /** 3.1开料轮廓 <含预铣> */
    border: CAD.Curve2d[] = []

    /** 3.2真.开料轮廓.同刀辅助._有预铣带预铣) border_tdfz */
    borderSameKnifeHelpCut: CAD.Curve2d[] = []
    /** 走刀路径(预铣) */
    cutLines: CAD.Curve2d[] = []

    /** 走刀路径2(预铣 同刀辅助) cutLines_tdfz */
    cutLinesSameKnifeHelpCut: CAD.Curve2d[] = []

    /** 排版轮廓+预铣+同刀辅助+刀半径+缝隙/2  再与造型外扩并集 border_moving */
    borderMoving: CAD.Curve2d[] = []
    /** 优化轮廓，用于王者优化 border_wxyh */
    borderKingOptimize: CAD.Curve2d[] = []

    /** 板内轮廓挖穿造型(borders_inner) */
    borderModelThrough: CAD.Curve2d[][] = []
    /** 板内轮廓挖穿r(borders_inner_r) */
    borderModelThroughR: number[] = []
    /** 板内挖穿造型走刀路径，内部走刀轮廓(cutLines_inner) */
    cutLinesModelThrough: CAD.Curve2d[][] = []
    /** 板内排版轮廓，用于手动排版定位(borders_inner_place)  */
    borderInnerPlace: CAD.Curve2d[][] = []
    /** 板内空间：挖穿造型(spaces_inner) */
    blockInnerSpace: PlaceSpace[] = []
    /** 板外空间：缺角(spaces_outer) */
    blockOuterSpace: PlaceSpace[] = []

    /** 空间，包括造型矩形与缺角空间 */
    spaces: PlaceSpace[] = []

    /** 2v刀路，板外轮廓 */
    polylines2vModel: Polyline[] = []

    /** 造型，板外轮廓 */
    polylinesOutModel: Polyline[] = []

    /** 翻转后的这些轮廓集合 */
    placeContours: PlaceBorderContour[]

    constructor(placeStyle: PlaceStyle, borderFinal: CAD.Curve2d[], borderOrg: CAD.Curve2d[]) {
        this.placeStyle = placeStyle
        this.borderFinal = borderFinal
        this.borderOrg = borderOrg
        this.placeContours = []
    }

    /** 开料刀 半径变化了 */
    cutKnifeChanged() {
        this.cutLines = []
        this.cutLinesSameKnifeHelpCut = []
        this.borderMoving = []
        // this.borderKingOptimize = null;

        this.borderModelThrough = []
        this.borderInnerPlace = []
        this.blockInnerSpace = []
        this.blockOuterSpace = []
        if (this.placeContours)
            this.placeContours.forEach(t => t.cutKnifeChanged())
    }

    /** 预铣值变化, 将有关轮廓全部清理 */
    preValueChanged() {
        // console.log('预铣值变化, 将有关轮廓全部清理')
        this.border = []
        this.borderSameKnifeHelpCut = []
        this.cutLines = []
        this.cutLinesSameKnifeHelpCut = []
        this.borderMoving = []
        // this.borderKingOptimize = null;
        this.blockOuterSpace = []
        if (this.placeContours)
            this.placeContours.forEach(t => t.preValueChanged())
    }

    /** 同刀辅助 变化了 */
    sameKnifeGapChanged() {
        this.borderSameKnifeHelpCut = []
        this.cutLinesSameKnifeHelpCut = []
        this.borderMoving = []
        //  this.borderKingOptimize = null;
        this.blockOuterSpace = []
        if (this.placeContours)
            this.placeContours.forEach(t => t.sameKnifeGapChanged())
    }

    /** 克隆 */
    clone(): PlaceBorderContour {
        let newObj = new PlaceBorderContour(this.placeStyle, this.borderFinal, this.borderOrg)
        newObj.borderPreMilling = this.borderPreMilling
        newObj.polylineOrg = this.polylineOrg
        newObj.border = this.border
        newObj.borderSameKnifeHelpCut = this.borderSameKnifeHelpCut
        newObj.cutLines = this.cutLines
        newObj.cutLinesSameKnifeHelpCut = this.cutLinesSameKnifeHelpCut
        newObj.borderMoving = this.borderMoving
        // newObj.borderKingOptimize = this.borderKingOptimize;
        newObj.borderModelThrough = this.borderModelThrough
        newObj.borderModelThroughR = this.borderModelThroughR
        newObj.cutLinesModelThrough = this.cutLinesModelThrough
        newObj.borderInnerPlace = this.borderInnerPlace
        newObj.blockInnerSpace = this.blockInnerSpace
        newObj.blockOuterSpace = this.blockOuterSpace
        newObj.spaces = this.spaces
        newObj.polylines2vModel = this.polylines2vModel
        newObj.polylinesOutModel = this.polylinesOutModel
        newObj.placeContours = []
        for (let pc of this.placeContours) {
            if (pc) {
                let npc = pc.clone()
                newObj.placeContours.push(npc)
            }
        }
        console.log('克隆', newObj)
        return newObj
    }
}


/** 优化空间 */
export class PlaceSpace {
    /** 大板ID */
    boardId: number
    /** 空间ID */
    spaceId: number
    /** 坐标x */
    x: number
    /** 坐标y */
    y: number
    /** 宽 */
    width: number
    /** 长 */
    length: number
    /** 是否是小板内部造型空间 IsInner */
    isBlockInnerSpace = false
    /** 顶点Y */
    topY(): number { return this.y + this.length }
    /** 右边X */
    topX(): number { return this.x + this.width };

    constructor(x: number, y: number, width: number, length: number) {
        this.boardId = 0
        this.spaceId = 0
        this.x = x
        this.y = y
        this.width = width
        this.length = length
    }

    /** 克隆 */
    clone(): PlaceSpace {
        let obj = new PlaceSpace(this.x, this.y, this.width, this.length)
        return obj
    }

    static create(x1, y1, x2, y2): PlaceSpace {
        return new PlaceSpace(x1, y1, x2 - x1, y2 - y1)
    }
}

/** 开料板材 */
export class PlaceMaterial {
    /** 订单号(*) */
    orderId = ''
    /** 板材ID(*) */
    goodsId = ''
    /** 板材名称(*) */
    goodsName = ''
    /** 规格(*) */
    spec = ''
    /** 材质(*) */
    material = ''
    /** 颜色(*) */
    color = ''
    /** 品牌(*) */
    brand = ''
    /** 有纹路 */
    hasTexture = false
    /** 最后保存时间 */
    updateTime = ''
    /** 纹路标识 */
    get textureFlag(): string { return this.hasTexture ? '有' : '无' }
    /** 板材全名 */
    get fullName(): string { return `${this.hasTexture ? '' : '【无纹】'}${this.thickness} ${this.goodsName} ${this.material} ${this.color}` }
    /** 板材原宽 */
    orgWidth = 1220
    /** 板材原长 */
    orgLength = 2440
    /** 板宽,用于生产 */
    width = 1220
    /** 板长 */
    length = 2440
    /** 板厚 */
    thickness = 18
    /** 全部尺寸 */
    get fullSize(): string { return `${this.length}*${this.width}*${this.thickness}` }

    /** 修边值(*) Border */
    cutBorder = 3
    /** 开料刀直径(*) CutDia */
    diameter = 6
    /** 开料刀路间隙(*) CutGap */
    cutKnifeGap = 1
    /** 预铣值 PreCutValue */
    preMillingSize = 0
    /** 是否辅助开料 HelpCut */
    isHelpCut = false
    /** 辅助开料标识 */
    get strHelpCut() { return this.isHelpCut ? '✔' : '✘' }
    /** 同刀辅助开料偏移 SameKnifeHelpCutGap */
    helpCutGap = 0

    /** 开料刀ID */
    cutKnifeId = -1
    /** 开料刀名称 */
    cutKnifeName = ''
    /** 辅助刀ID */
    helpKnifeId = -1
    /** 辅助刀名称 */
    helpKnifeName = ''
    get strHelpKnifeName() { return this.isHelpCut ? this.helpKnifeName : '' }

    /** 是否已优化(*) isSorted */
    isOptimized = false
    get optimizedFlag() { return this.isOptimized ? '是' : '-' }
    /** 大板数(*) */
    boardCount = 0
    /** 余料板数 */
    remainBoardCount = 0
    /** 最小板号(*) */
    minBoardId = 0
    /** 最大板号(*) */
    maxBoardId = 0
    /** 当前板号 */
    currentBoardId = 0

    /** 总平均利用率(*) AvgLyr_All */
    avgUsageRateAll = 0
    /** 前N块板(不包含最后一块板)的平均利用率(*) AvgLyr_NoLastOne */
    avgUsageRateExcludeLastBoard = 0
    /** 最后一块板的利用率(*) Lyr_LastOne */
    usageRateLastBoard = 0
    /** 分配到该板材的 小板数量 */
    allBlockCount = 0
    /**分配到该板材的优化后小板数量 --  选择优化的板件数目 */
    selectedBlockCount = 0
    /**  分配到该板材的优化后 未被优化的 小板数量 */
    noPlaceBlockCount = 0
    /** 优化时大板数(*) */
    optimizingBoardCount = 0
    /** 优化时余料板数 */
    optimizingRemainBoardCount = 0
    /** 优化时不含余料的大板数 */
    get OptimizingNoRemainBoardCount() { return this.optimizingBoardCount - this.optimizingRemainBoardCount }
    /** 优化时总平均利用率(*) */
    optimizingAvgUsageRateAll = 0
    /** 优化时前N块板(不包含最后一块板)的平均利用率(*) */
    optimizingAvgUsageRateExcludeLastBoard = 0
    /** 优化时最后一块板的利用率(*) */
    optimizingUsageRateLastBoard = 0

    /** 优化时间 */

    placeTime
    /** 使用大板情况(*)  */
    usedBoardInfo = ''
    /** 小板排版情况(*)  */
    blockPlaceInfo = ''
    /** 余料板情况 */
    remainBoardInfo = ''

    /** 翻面开料的大板数 BoardCount_do2Face */
    boardCountFlipFace = 0
    /** 小板数 */
    blockCount = 0
    /** 小板总面积 */
    blockArea = 0

    /** 封边长度 [{t:1,l:233}, {t:2,l:100}] */
    edgeSealLengthList: any = []
    edgeSealLengthStr() {
        let s = ''
        for (let rt of this.edgeSealLengthList) {
            s += `[${rt.t}]${rt.l}米;`
        }
        return s
    }

    /** 余料前利用(异形优化) */
    // ScrapBoardList: ScrapBoard[] = [];
    remainBoardList: RemainBoard[] = []
    /** 后余料板 */
    remainList: any[] = []

    /** 大板(优化)列表 */
    boardList: PlaceBoard[] = []
    /** 小板(优化)列表 */
    blockList: PlaceBlock[] = []
    /** 是否有锁定的大板 */
    hasBoardLocked() { return this.boardList.some(t => t.isLocked) }

    /** 最优优化结果(临时) */
    tempBestPlaceResult?: MaterialPlaceResult | null = null
    tempBestPlaceResultLast?: MaterialPlaceResult | null = null
    tempBestPlaceResultLastTime = 0
    /** 需要最后一片重新计算 */
    rePlaceLastBoardRequired = false
    tempPlaceUnregular: boolean = false
    /** 最优优化结果(临时)标识 */
    tempPlaceResultFlag() { return (this.tempBestPlaceResult) ? '有' : '-' }
    /** 最优优化结果是否只使用没锁定的 */
    tempPlaceResultOnyUnlockedBoard = false
    /** 最后优化错误信息 */
    tempPlaceResultError: string = ''
    /** 移动小板临时仓 */
    moveBlockList: PlaceBlock[] = []

    /** 新优化前原配置，用于取消优化后还原到原先的配置 */
    savedSetting

    constructor(data: any = null) {
        if (data != null) {
            this.boardList = data?.boardList || []
            this.boardCount = data?.boardCount || 0
            this.orderId = data.orderId
            this.goodsId = data.goodsId
            this.goodsName = data.goodsName
            this.spec = data.spec
            this.material = data.material
            this.color = data.color
            this.brand = data.brand
            this.hasTexture = true
            if (!(data.hasTexture == null || data.hasTexture == undefined))
                this.hasTexture = data.hasTexture
            this.orgWidth = StringFormat.toFixed(Number(data.orgWidth || data.width))
            this.orgLength = StringFormat.toFixed(Number(data.orgLength || data.length))
            this.width = StringFormat.toFixed(Number(data.width))
            this.length = StringFormat.toFixed(Number(data.length))
            this.thickness = StringFormat.toFixed(Number(data.thickness))
            this.cutBorder = StringFormat.toFixed(Number(data.cutBorder))
            this.diameter = StringFormat.toFixed(Number(data.diameter))
            this.cutKnifeGap = StringFormat.toFixed(Number(data.cutKnifeGap))
            this.preMillingSize = data.preMillingSize || 0
            this.isHelpCut = data.isHelpCut || false
            this.helpCutGap = data.helpCutGap || 0
            this.cutKnifeId = data.cutKnifeId || -1
            this.helpKnifeId = data.helpKnifeId || -1
            this.isOptimized = Boolean(data.isOptimized)
            this.boardCount = StringFormat.toFixed(Number(data.boardCount))
            this.remainBoardCount = StringFormat.toFixed(data.remainBoardCount ? Number(data.remainBoardCount) : 0)
            this.minBoardId = Number(data.minBoardId)
            this.maxBoardId = Number(data.maxBoardId)
            this.avgUsageRateAll = StringFormat.toFixed(Number(data.avgUsageRateAll))
            this.avgUsageRateExcludeLastBoard = StringFormat.toFixed(Number(data.avgUsageRateExcludeLastBoard))
            this.usageRateLastBoard = StringFormat.toFixed(Number(data.usageRateLastBoard))
            this.usedBoardInfo = data.usedBoardInfo
            this.blockPlaceInfo = data.blockPlaceInfo
            this.remainBoardInfo = data.remainBoardInfo ? data.remainBoardInfo : ''
            // this.remainBoardList = data.remainBoardList ? data.remainBoardList : []

            if (Array.isArray(data.remainBoardList)) {
                this.remainBoardList = data.remainBoardList
            } else {
                this.remainBoardList = data.remainBoardInfo ? JSON.parse(this.remainBoardInfo) : ''
            }

            this.updateTime = data['this.updateTime'] || ''
        }
    }

    /** 保存 原尺寸，开料刀，预铣，辅助开料 */
    saveSetting() {
        let setting: any = {}
        // 尺寸,
        setting.orgWidth = this.orgWidth
        setting.orgLength = this.orgLength
        setting.width = this.width
        setting.length = this.length
        setting.thickness = this.thickness

        setting.preMillingSize = this.preMillingSize
        setting.isHelpCut = this.isHelpCut
        setting.helpCutGap = this.helpCutGap

        setting.diameter = this.diameter
        setting.cutKnifeId = this.cutKnifeId
        setting.cutKnifeName = this.cutKnifeName
        setting.helpKnifeId = this.helpKnifeId
        setting.helpKnifeName = this.helpKnifeName
        this.savedSetting = setting

        // 小板备份资料
        let createTime = Date.now()
        for (let block of this.blockList) {
            if (block.blockDetail) {
                let savedObj = block.blockDetail.savedSetting
                if (savedObj && savedObj.createTime == createTime)
                    break // 已备份


                block.blockDetail.saveSetting()
                block.blockDetail.savedSetting.createTime = createTime
            }

        }
    }

    loadSetting() {
        if (this.savedSetting == null)
            return
        // 尺寸,
        this.orgWidth = this.savedSetting.orgWidth
        this.orgLength = this.savedSetting.orgLength
        this.width = this.savedSetting.width
        this.length = this.savedSetting.length
        this.thickness = this.savedSetting.thickness

        this.preMillingSize = this.savedSetting.preMillingSize
        this.isHelpCut = this.savedSetting.isHelpCut
        this.helpCutGap = this.savedSetting.helpCutGap
        this.diameter = this.savedSetting.diameter
        this.cutKnifeId = this.savedSetting.cutKnifeId
        this.cutKnifeName = this.savedSetting.cutKnifeName
        this.helpKnifeId = this.savedSetting.helpKnifeId
        this.helpKnifeName = this.savedSetting.helpKnifeName

        for (let block of this.blockList) {
            if (block.blockDetail) {
                block.blockDetail.loadSetting()
                block.blockDetail.savedSetting = null
            }

        }
    }
}

/** 排单大板 */
export class PlaceBoard {
    /** 数据源ID */
    sourceId = 0

    /** 大板编码(余料板号) */
    boardNo = ''
    /** 大板ID */
    boardId = 0
    /** 大板ID(按全排单) */
    fullBoardId = 0
    /** 大板宽 */
    width = 0
    /** 大板长/高 */
    length = 0
    /** 面积 */
    area = 0

    /** 小板数 */
    blockCount = 0
    /** 利用面积 BlockSize */
    blockArea = 0
    /** 利用率 */
    usageRate = 0
    /** 余料板异形 IsOddmengt */
    isAdnormal() { return this.points && this.points.length > 0 }
    /** 余料板异形点{x,y,bul} */
    points: any[] = []

    /** 是否加工2面, 需反面 IsDo2Face */
    isTwoFaceProcessing() {
        let res = this.blockList.some(e => e.isDoubleFaceProcess())
        return res
    }
    /** 是否锁定 */
    isLocked = false

    /** 是否开料 */
    isCuted = false
    /** 开料状态
     * 
     * 0 未开料    1 开料中 2 已开料
      */
    cutedType = 0
    /** 小板列表 */
    blockList: PlaceBlock[] = []
    /** 余料板列表 ScrapBlockList */
    remainBlockList: RemainBlock[] = []
    /** 需要生成余料空间 needToScrapSpace */
    isCreateRemainSpace = false
    /** 异形大板的轮廓线 */
    polyline?: Polyline
    /** 无法加工的左边出现造型 */
    hasModelOnLeft = false
    /** 无法加工的右边出现造型 */
    hasModelOnRight = false

    /** 构造函数 */
    constructor(boardId: number, width: number, length: number, sourceId = 0, boardNo = '') {
        this.sourceId = sourceId
        this.boardId = boardId
        this.width = width
        this.length = length
        this.boardNo = boardNo
        this.area = width * length * 0.000001
        this.blockList = []
    }

    reset() {
        this.blockCount = this.blockList.length
        this.blockArea = ArrayExt.sum(this.blockList, t => t.area)
        this.usageRate = (100 * this.blockArea) / this.area
        // this.isTwoFaceProcessing = this.blockList.some(t => t.isCutOtherFace)
    }

    addBlock(block: PlaceBlock) {
        if (this.blockList.includes(block))
            return
        this.blockList.push(block)
        this.reset()
    }

    removeBlock(block: PlaceBlock) {
        let index = this.blockList.findIndex(t => t == block)
        if (index == -1)
            return
        this.blockList.splice(index, 1)
        this.reset()
    }

    getSize(): string {
        return `${this.width}*${this.length}`
    }
}

/** 实际开料的板材 || 余料板材  */
export class RemainBoard {
    /** 余料板ID */
    id: number | string = ''
    /** 源排单ID */
    orgPlanId: number | string = ''
    /** 排单ID */
    planId: number | string = ''
    /** 状态(未使用 = 0, 已使用 = 1)  */
    status: number = 0
    /** 商品ID */
    goodsId: number | string = ''
    /** 商品名 */
    goodsName: string = ''
    /** 材质 */
    material: string = ''
    // /** 材料名 */
    // materialName: string = '';
    /** 颜色 */
    color: string = ''
    /** 宽 */
    width: number = 0
    /** 长 */
    length: number = 0
    /** 品牌 */
    brand: string = ''
    // /** 保存仓库 */
    // storeHouse: string = '';
    /** 纹路 */
    texture?: string
    /** 排单号 */
    planCode: string = ''
    /** 数量 */
    count: number = 0
    /** 排版宽 */
    placeWidth() { return this.placeStyle % 2 == 0 ? this.width : this.length }
    /** 排版长 */
    placeLength() { return this.placeStyle % 2 == 0 ? this.length : this.width }
    /** 厚度 */
    thickness: number | undefined
    /** 轮廓 */
    outLineJson: string = '{}'
    /** 备注 */
    remark: string = ''
    /**  */
    basePolyline: Polyline | undefined
    /** 排版样式 */
    placeStyle: PlaceStyle = PlaceStyle.FRONT
    /** 排版多段线 */
    placePolyline: Polyline | undefined
    /** 是否已使用 */
    isUsed: boolean = false
    /** 是否已入库 */
    isStored = false

    /** 是否开料 */
    isCuted = false

    /**是否开料 */
    cutedType = 0
    /** 实际优化板材的优化数据 */
    // placeBoardList: BoardPlaceResult[] = []
    /** 实际开料大板的数量 */
    usedCount = 0

    /** 总利用率 */
    avgUsageRateAll = 0
    /** 前N块板利用率 */
    avgUsageRateExcludeLastBoard = 0
    /** 最后一块板利用率 */
    usageRateLastBoard = 0
    copy(): RemainBoard {
        let obj = new RemainBoard()
        obj.id = this.id
        obj.planId = this.planId
        obj.status = this.status
        obj.goodsId = this.goodsId
        obj.goodsName = this.goodsName
        obj.material = this.material
        obj.color = this.color
        obj.width = this.width
        obj.length = this.length
        obj.thickness = this.thickness
        obj.outLineJson = this.outLineJson
        obj.remark = this.remark
        obj.placeStyle = this.placeStyle
        obj.isUsed = this.isUsed
        obj.texture = this.texture
        return obj
    }
}

/** 余料小板 */
export class RemainBlock {
    /** 余料板ID */
    remainId: number = 0
    /** 排版坐标x */
    placeX: number
    /** 排版坐标y */
    placeY: number
    /** 开料宽 */
    placeWidth: number
    /** 开料长 */
    placeLength: number
    /** 是否不规则 */
    isUnRegular = false
    /** 是否重叠 */
    isOverlap = false
    /** 是否已录入余料库 */
    isStored = false

    private pointlist: any = []
    points() {
        if (this.pointlist.length == 0) {
            this.pointlist.push({ x: 0, y: 0 })
            this.pointlist.push({ x: this.placeWidth, y: 0 })
            this.pointlist.push({ x: this.placeWidth, y: this.placeLength })
            this.pointlist.push({ x: 0, y: this.placeLength })
        }
        return this.pointlist
    }

    private pl: Polyline | null = null
    get polyline() { return this.pl }
    set polyline(v) { this.pl = v; this.polylineOffset = null }
    /** 多段线偏移 */
    polylineOffset?: Polyline | null

    constructor(x, y, width, length) {
        this.placeX = x
        this.placeY = y
        this.placeWidth = width
        this.placeLength = length
    }

    /** 修改大小 */
    reSize(width, length) {
        if (this.isUnRegular)
            return
        this.placeWidth = width
        this.placeLength = length
        this.pointlist = []
        this.pl = null
        this.polylineOffset = null
    }

    setPoints(pts) {
        this.pointlist = pts
        if (this.pointlist.length == 0 || this.pointlist.length == 4)
            this.isUnRegular = false

        else
            this.isUnRegular = true

        this.polyline = null
        this.polylineOffset = null
    }

    load(data) {
        this.remainId = data.remainId
        this.placeX = data.placeX
        this.placeY = data.placeY
        this.placeWidth = data.placeWidth
        this.placeLength = data.placeLength
        this.isUnRegular = data.isUnRegular
        this.pointlist = data.pointlist
        this.isStored = data.isStored || false
    }
}

/** 板材优化结果 */
export class MaterialPlaceResult {
    /** 线程ID */
    threadId = 0
    /** 使用时间 */
    usedTime = 0
    /** 优化次数 */
    placeCount = 0
    /** 大板数 */
    boardCount = 0
    /** 总平均利用率 */
    avgUsageRateAll = 0
    /** 前N块板(不包含最后一块板)的平均利用率 */
    avgUsageRateExcludeLastBoard = 0
    /** 最后一块板的利用率 */
    usageRateLastBoard = 0
    /** 余料板数 */
    remainBoardCount = 0
    /** 大板列表 */
    boards: BoardPlaceResult[] = []
    /** 小板优化数据 */
    results: BlockPlaceResult[] = []
    /** 优化是否全部完成 */
    placeStoped = false
    /** 余料板利用情况 */
    remailBoardList: any[] = []

    constructor() {

    }

    /** 比other 更好 */
    isBetterThan(other: MaterialPlaceResult): boolean {
        if (this.boardCount < other.boardCount)
            return true
        if (this.usageRateLastBoard < other.usageRateLastBoard)
            return true
        return false
    }
}


export class BoardPlaceResult {
    /** 大板ID */
    boardId = 0
    /** 宽 */
    width = 0
    /** 长 */
    length = 0
    /** 是否余料板 */
    isRemainBoard = false
    /** 余料板编码 */
    remainNo = ''
    /** 余料板ID */
    remainId = 0
    /** 是否废弃物 */
    isScrap = false
    /** 点列表 */
    points: any[] = []
    /** 小板排版结果 */
    blocks: BlockPlaceResult[] = []
    /** 小板排版 */
    objects: any[] = []
    /** 面积 */
    area = 0
    /** 是否双面加工 */
    isTwoFaceProcess = false

    cutedType = 0
    isLock = false
    /**当前大板的利用率  */
    // avgUsageRate = 0

    constructor() {

    }

    /** 是否有异形板重叠 */
    hasOverLapBlock() {
        for (let i = 0; i < this.blocks.length; i++) {
            let b1 = this.blocks[i]
            for (let j = i + 1; j < this.blocks.length; j++) {
                let b2 = this.blocks[j]
                if (this.isOverLap(b1, b2))
                    return true
            }
        }
        return false
    }

    /** 两块板是否是否重叠 */
    isOverLap(b1: BlockPlaceResult, b2: BlockPlaceResult): boolean {
        let l1 = { x: b1.placeX, y: b1.placeY + b1.length }
        let r1 = { x: b1.placeX + b1.width, y: b1.placeY }
        let l2 = { x: b2.placeX, y: b2.placeY + b2.length }
        let r2 = { x: b2.placeX + b2.width, y: b2.placeY }

        if (l1.x > r2.x || l2.x > r1.x)
            return false
        if (l1.y < r2.y || l2.y < r1.y)
            return false
        return true
    }
}

/** 小板优化结果 */
export class BlockPlaceResult {
    /** 小板号 */
    blockId = 0

    /** 小板编号 */
    blockNo = ''
    /** 大板ID */
    boardId: number
    /** 排版情况: 排版ID */
    placeId: number
    /** 排版情况: 大板坐标X */
    placeX: number // 坐标
    /** 排版情况: 大板坐标Y */
    placeY: number
    /** 宽 */
    width: number
    /** 长 */
    length: number
    /** 排版情况正纹 */
    placeStyle: PlaceStyle
    /** 面积 */
    area: number

    constructor(blockId: number, boardId: number, placeId: number, x: number, y: number, width: number, length: number, pstyle: PlaceStyle, area: number) {
        this.blockId = blockId
        this.boardId = boardId
        this.placeId = placeId
        this.placeX = x
        this.placeY = y
        this.placeStyle = pstyle
        this.width = width
        this.length = length
        this.area = area
    }
}

export enum PlaceType {
    /** 凸包模式 (凸包面积) */
    Hull = 0,
    /** 盒子模式 (长乘以宽) */
    Box = 1,
    /** 重力模式(重力) */
    Gravity = 2,
}

export class BlockBorderPoint {
    /** 板 */
    block: PlaceBlock
    /** 原坐标x */
    x: number
    /** 原坐标y */
    y: number
    /** 大板坐标X */
    placeX: number
    /** 大板坐标Y */
    placeY: number

    /** 拖拉点距切割后板的坐标偏移x */
    bx = 0
    /** 拖拉点距切割后板的坐标偏移x */
    by = 0
    /** 在placed线框中的序号 */
    curveIndex: number
    /** 在板的位置: 10:基点(左下点);1:右下角;2:右上角;3:左上角; -1:表示异形非顶点 areaID */
    posId: number

    constructor(block: PlaceBlock, x: number, y: number, index: number, posId: number, bx = 0, by = 0) {
        this.block = block
        this.x = x
        this.y = y
        this.placeX = (block ? block.placeX : 0) + x
        this.placeY = (block ? block.placeY : 0) + y
        this.curveIndex = index
        this.posId = posId
        this.bx = bx
        this.by = by
    }
}

/**  
 * 放置位置类
 */
export class PlacePositionClass {
    // 4. 放置配置映射表
    private placementConfigs: Record<PlaceStyle, PlacementConfig>;

    constructor() {
        this.placementConfigs = {
            // 正面放置配置
            [PlaceStyle.FRONT]: {
                widthSource: 'cutWidth',
                lengthSource: 'cutLength',
                sealMap: {
                    left: 'sealLeft',
                    right: 'sealRight',
                    top: 'sealTop',
                    bottom: 'sealBottom'
                },
                holeCountMap: {
                    left: 'holeCountLeft',
                    right: 'holeCountRight',
                    top: 'holeCountTop',
                    bottom: 'holeCountBottom'
                },
                direction: Direction.RIGHT,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.RIGHT : Direction.DOWN
            },

            // 正面右转配置
            [PlaceStyle.FRONT_TURN_RIGHT]: {
                widthSource: 'cutLength',
                lengthSource: 'cutWidth',
                sealMap: {
                    left: 'sealBottom',
                    right: 'sealTop',
                    top: 'sealLeft',
                    bottom: 'sealRight'
                },
                holeCountMap: {
                    left: 'holeCountBottom',
                    right: 'holeCountTop',
                    top: 'holeCountLeft',
                    bottom: 'holeCountRight'
                },
                direction: Direction.DOWN,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.DOWN : Direction.LEFT
            },

            // 正面后转配置
            [PlaceStyle.FRONT_TURN_BACK]: {
                widthSource: 'cutWidth',
                lengthSource: 'cutLength',
                sealMap: {
                    left: 'sealRight',
                    right: 'sealLeft',
                    top: 'sealBottom',
                    bottom: 'sealTop'
                },
                holeCountMap: {
                    left: 'holeCountRight',
                    right: 'holeCountLeft',
                    top: 'holeCountBottom',
                    bottom: 'holeCountTop'
                },
                direction: Direction.LEFT,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.LEFT : Direction.UP
            },

            // 正面左转配置
            [PlaceStyle.FRONT_TURN_LEFT]: {
                widthSource: 'cutLength',
                lengthSource: 'cutWidth',
                sealMap: {
                    left: 'sealTop',
                    right: 'sealBottom',
                    top: 'sealRight',
                    bottom: 'sealLeft'
                },
                holeCountMap: {
                    left: 'holeCountTop',
                    right: 'holeCountBottom',
                    top: 'holeCountRight',
                    bottom: 'holeCountLeft'
                },
                direction: Direction.UP,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.UP : Direction.RIGHT
            },

            // 反面配置
            [PlaceStyle.BACK]: {
                widthSource: 'cutWidth',
                lengthSource: 'cutLength',
                sealMap: {
                    left: 'sealRight',
                    right: 'sealLeft',
                    top: 'sealTop',
                    bottom: 'sealBottom'
                },
                holeCountMap: {
                    left: 'holeCountRight',
                    right: 'holeCountLeft',
                    top: 'holeCountTop',
                    bottom: 'holeCountBottom'
                },
                direction: Direction.RIGHT,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.RIGHT : Direction.UP
            },

            // 反面右转配置
            [PlaceStyle.BACK_TURN_RIGHT]: {
                widthSource: 'cutLength',
                lengthSource: 'cutWidth',
                sealMap: {
                    left: 'sealBottom',
                    right: 'sealTop',
                    top: 'sealRight',
                    bottom: 'sealLeft'
                },
                holeCountMap: {
                    left: 'holeCountBottom',
                    right: 'holeCountTop',
                    top: 'holeCountRight',
                    bottom: 'holeCountLeft'
                },
                direction: Direction.DOWN,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.DOWN : Direction.RIGHT
            },

            // 反面后转配置
            [PlaceStyle.BACK_TURN_BACK]: {
                widthSource: 'cutWidth',
                lengthSource: 'cutLength',
                sealMap: {
                    left: 'sealLeft',
                    right: 'sealRight',
                    top: 'sealTop',
                    bottom: 'sealBottom'
                },
                holeCountMap: {
                    left: 'holeCountLeft',
                    right: 'holeCountRight',
                    top: 'holeCountTop',
                    bottom: 'holeCountBottom'
                },
                direction: Direction.LEFT,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.LEFT : Direction.DOWN
            },

            // 反面左转配置
            [PlaceStyle.BACK_TURN_LEFT]: {
                widthSource: 'cutLength',
                lengthSource: 'cutWidth',
                sealMap: {
                    left: 'sealTop',
                    right: 'sealBottom',
                    top: 'sealLeft',
                    bottom: 'sealRight'
                },
                holeCountMap: {
                    left: 'holeCountTop',
                    right: 'holeCountBottom',
                    top: 'holeCountLeft',
                    bottom: 'holeCountRight'
                },
                direction: Direction.UP,
                lengthDirection: (block) =>
                    block.length > block.width - 0.001 ? Direction.UP : Direction.LEFT
            }
        };
    }

    /**
     * 设置块的放置属性
     * @param block 块对象
     * @param newStyle 新的放置样式
     */
    static setBlockPlacementProperties(block: Block, newStyle: PlaceStyle): Block {
        // 创建一个临时实例来访问 placementConfigs
        const instance = new PlacePositionClass();
        const config = instance.placementConfigs[newStyle];
        if (!config) return block;

        // 设置尺寸
        block.placeWidth = block[config.widthSource] as number;
        block.placeLength = block[config.lengthSource] as number;

        // 设置封边
        block.placeSealLeft = block[config.sealMap.left];
        block.placeSealRight = block[config.sealMap.right];
        block.placeSealTop = block[config.sealMap.top];
        block.placeSealBottom = block[config.sealMap.bottom];

        // 设置孔位计数
        block.holeCountSideLeft = block[config.holeCountMap.left] as number;
        block.holeCountSideRight = block[config.holeCountMap.right] as number;
        block.holeCountSideTop = block[config.holeCountMap.top] as number;
        block.holeCountSideBottom = block[config.holeCountMap.bottom] as number;

        // 设置方向，严格参照 BlockHelper.resetPlaceStyle
        switch (newStyle) {
            case PlaceStyle.FRONT:
                block.placeDirection = '→';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '→' : '↓';
                break;
            case PlaceStyle.FRONT_TURN_RIGHT:
                block.placeDirection = '↓';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '↓' : '←';
                break;
            case PlaceStyle.FRONT_TURN_BACK:
                block.placeDirection = '←';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '←' : '↑';
                break;
            case PlaceStyle.FRONT_TURN_LEFT:
                block.placeDirection = '↑';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '↑' : '→';
                break;
            case PlaceStyle.BACK:
                block.placeDirection = '→';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '→' : '↑';
                break;
            case PlaceStyle.BACK_TURN_RIGHT:
                block.placeDirection = '↓';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '↓' : '→';
                break;
            case PlaceStyle.BACK_TURN_BACK:
                block.placeDirection = '←';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '←' : '↓';
                break;
            case PlaceStyle.BACK_TURN_LEFT:
                block.placeDirection = '↑';
                block.placeDirection_Length = block.length > block.width - 0.001 ? '↑' : '←';
                break;
            default:
                block.placeDirection = '';
                block.placeDirection_Length = '';
                break;
        }

        return block;
    }

    static getOriginalSides(placeStyle: PlaceStyle): number[] {
        // let orgSides = [0, 1, 2, 3];
        let orgSides = [EdgeType.BOTTOM, EdgeType.RIGHT, EdgeType.TOP, EdgeType.LEFT]
        switch (placeStyle) {
            case PlaceStyle.FRONT: // 正面
                break
            case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转
                orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT
                orgSides[EdgeType.RIGHT] = EdgeType.TOP
                orgSides[EdgeType.TOP] = EdgeType.LEFT
                orgSides[EdgeType.LEFT] = EdgeType.BOTTOM
                break
            case PlaceStyle.FRONT_TURN_BACK: // 正面后转
                orgSides[EdgeType.BOTTOM] = EdgeType.TOP
                orgSides[EdgeType.RIGHT] = EdgeType.LEFT
                orgSides[EdgeType.TOP] = EdgeType.BOTTOM
                orgSides[EdgeType.LEFT] = EdgeType.RIGHT
                break
            case PlaceStyle.FRONT_TURN_LEFT: // 正面左转
                orgSides[EdgeType.BOTTOM] = EdgeType.LEFT
                orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM
                orgSides[EdgeType.TOP] = EdgeType.RIGHT
                orgSides[EdgeType.LEFT] = EdgeType.TOP
                break
            case PlaceStyle.BACK: // 反面
                orgSides[EdgeType.BOTTOM] = EdgeType.BOTTOM
                orgSides[EdgeType.RIGHT] = EdgeType.LEFT
                orgSides[EdgeType.TOP] = EdgeType.TOP
                orgSides[EdgeType.LEFT] = EdgeType.RIGHT
                break
            case PlaceStyle.BACK_TURN_RIGHT: // 反面右转
                orgSides[EdgeType.BOTTOM] = EdgeType.LEFT
                orgSides[EdgeType.RIGHT] = EdgeType.TOP
                orgSides[EdgeType.TOP] = EdgeType.RIGHT
                orgSides[EdgeType.LEFT] = EdgeType.BOTTOM
                break
            case PlaceStyle.BACK_TURN_BACK: // 反面后转
                orgSides[EdgeType.BOTTOM] = EdgeType.TOP
                orgSides[EdgeType.RIGHT] = EdgeType.RIGHT
                orgSides[EdgeType.TOP] = EdgeType.BOTTOM
                orgSides[EdgeType.LEFT] = EdgeType.LEFT
                break
            case PlaceStyle.BACK_TURN_LEFT: // 反面左转
                orgSides[EdgeType.BOTTOM] = EdgeType.RIGHT
                orgSides[EdgeType.RIGHT] = EdgeType.BOTTOM
                orgSides[EdgeType.TOP] = EdgeType.LEFT
                orgSides[EdgeType.LEFT] = EdgeType.TOP
                break
            default:
                break
        }
        return orgSides
    }
    /** 翻转小板,翻转动作opType: 0翻面 1右转 2后转 3左转 */
    static turnBlock(block: PlaceBlock, pm: PlaceMaterial, opType: number) {
        let orgStyle = block.placeStyle
        let newStyle = BlockHelper.getTurnedPlaceStyle(orgStyle, opType)

        let orgPlaceX = block.placeX - block.placeOffX
        let orgPlaceY = block.placeY - block.placeOffY

        let offset = BlockSizePlus.getOffDis(block, newStyle)
        let newPlaceX = orgPlaceX + offset.x
        let newPlaceY = orgPlaceY + offset.y
        block.placeOffX = offset.x
        block.placeOffY = offset.y
        // 修改小板的放置方式
        BlockHelper.resetPlaceStyle(block, newStyle)
        // 重置放置,检查冲突
        BlockHelper.replaceBlock(pm, block, block.boardId, new Point(newPlaceX, newPlaceY))
    }
    /** 获得翻转后的新放置方式, 翻转动作opType: 0翻面 1右转 2后转 3左转 */
    static getTurnedPlaceStyle(orgStyle: PlaceStyle, opType: number): PlaceStyle {

        let newStyle: number = orgStyle
        if (opType == 0) // 翻面
        {
            switch (orgStyle) {
                case PlaceStyle.FRONT: // 正面
                    newStyle = PlaceStyle.BACK // 反面
                    break
                case PlaceStyle.FRONT_TURN_RIGHT: // 正面右转
                    newStyle = PlaceStyle.BACK_TURN_LEFT // 反面左转
                    break
                case PlaceStyle.FRONT_TURN_BACK: // 正面后转
                    newStyle = PlaceStyle.BACK_TURN_BACK // 反面后转
                    break
                case PlaceStyle.FRONT_TURN_LEFT: // 正面左转
                    newStyle = PlaceStyle.BACK_TURN_RIGHT // 反面右转
                    break
                case PlaceStyle.BACK: // 反面
                    newStyle = PlaceStyle.FRONT // 正面
                    break
                case PlaceStyle.BACK_TURN_RIGHT: // 反面右转
                    newStyle = PlaceStyle.FRONT_TURN_LEFT // 正面左转
                    break
                case PlaceStyle.BACK_TURN_BACK: // 反面后转
                    newStyle = PlaceStyle.FRONT_TURN_BACK // 正面后转
                    break
                case PlaceStyle.BACK_TURN_LEFT: // 反面左转
                    newStyle = PlaceStyle.FRONT_TURN_RIGHT // 正面右转
                    break
                default:
                    break
            }
        }
        else if (opType == 1) // 右转
        {
            newStyle = orgStyle + 1
            if (newStyle == 4)
                newStyle = 0
            if (newStyle == 8)
                newStyle = 4
        }
        else if (opType == 2) // 后转
        {
            newStyle = orgStyle + 2
            if (orgStyle < 4 && newStyle >= 4)
                newStyle = newStyle - 4
            if (orgStyle >= 4 && newStyle >= 8)
                newStyle = newStyle - 4
        }
        else if (opType == 3) // 左转
        {
            newStyle = orgStyle - 1
            if (newStyle == 3)
                newStyle = 7
            if (newStyle == -1)
                newStyle = 3
        }
        return newStyle
    }
    static resetPlaceStyle(block: PlaceBlock, newStyle: PlaceStyle) {
        block.placeStyle = newStyle
        let _width = block.cutWidth
        let _lenth = block.cutLength
        if (block.width > block.length) {
            block.cutWidth = Math.max(_width, _lenth)
            block.cutLength = Math.min(_width, _lenth)
        } else {
            block.cutWidth = Math.min(_width, _lenth)
            block.cutLength = Math.max(_width, _lenth)
        }
        let _block: Block = {
            placeWidth: block.placeWidth,
            placeLength: block.placeLength,
            cutWidth: block.cutWidth,
            cutLength: block.cutLength,
            width: block.width,
            length: block.length,
            sealLeft: block.sealLeft,
            sealRight: block.sealRight,
            sealTop: block.sealTop,
            sealBottom: block.sealBottom,
            placeSealLeft: block.placeSealLeft,
            placeSealRight: block.placeSealRight,
            placeSealTop: block.placeSealTop,
            placeSealBottom: block.placeSealBottom,
            holeCountLeft: block.holeCountLeft(),
            holeCountRight: block.holeCountRight(),
            holeCountTop: block.holeCountTop(),
            holeCountBottom: block.holeCountBottom(),
            holeCountSideLeft: block.holeCountSideLeft,
            holeCountSideRight: block.holeCountSideRight,
            holeCountSideTop: block.holeCountSideTop,
            holeCountSideBottom: block.holeCountSideBottom,
            placeDirection: block.placeDirection,
            placeDirection_Length: block.placeDirection_Length
        }
        this.setBlockPlacementProperties(_block, newStyle)
    }
}

// 1. 定义Block接口
interface Block {
    // 尺寸相关
    placeWidth: number;
    placeLength: number;
    cutWidth: number;
    cutLength: number;
    width: number;
    length: number;

    // 封边相关
    sealLeft: any;
    sealRight: any;
    sealTop: any;
    sealBottom: any;
    placeSealLeft: any;
    placeSealRight: any;
    placeSealTop: any;
    placeSealBottom: any;

    // 孔位计数相关
    holeCountLeft: number;
    holeCountRight: number;
    holeCountTop: number;
    holeCountBottom: number;
    holeCountSideLeft: number;
    holeCountSideRight: number;
    holeCountSideTop: number;
    holeCountSideBottom: number;

    // 方向相关
    placeDirection: string;
    placeDirection_Length: string;
}

// 2. 定义方向枚举（增强类型安全）
enum Direction {
    RIGHT = '→',
    LEFT = '←',
    UP = '↑',
    DOWN = '↓'
}

// 3. 定义放置配置接口
interface PlacementConfig {
    widthSource: keyof Block;  // 取宽度的来源
    lengthSource: keyof Block; // 取长度的来源
    sealMap: {                // 封边映射
        left: keyof Block;
        right: keyof Block;
        top: keyof Block;
        bottom: keyof Block;
    };
    holeCountMap: {           // 孔位计数映射
        left: keyof Block;
        right: keyof Block;
        top: keyof Block;
        bottom: keyof Block;
    };
    direction: Direction;     // 基础方向
    lengthDirection: (block: Block) => Direction; // 长度方向计算函数
}


//import { DrawRect } from "../DrawRect";

//开料生产
export class KLSC
{
    xbang: YH_bang[];       //小板集合
    Bakbang: YH_bang[];     //备份小板集合
    HB_bang: number[] = []; //合并的板
    HB: number[][] = [];    //合并板的数组
    B_k: number;            //大板宽
    B_g: number;            //大板高
    dt: number;             //刀头大小（含修边）
    wzx: number;            //临时用于打印
    wzy: number;            //临时用于打印
    jl_mz: number;          //用于测试距离或者面积优选

    SCid: number[] = [];    //用于存化顺序的板的bangid
    //f = () => 5;
    constructor(xbang: YH_bang[], Bang_k: number, Bang_g: number, dt: number, wzx: number, wzy: number, JL_MZ: number) //false JL  ture MZ
    {
        this.xbang = JSON.parse(JSON.stringify(xbang));
        //this.xbang = [...xbang];
        this.Bakbang = JSON.parse(JSON.stringify(xbang));
        this.B_g = Bang_g;
        this.B_k = Bang_k;
        this.dt = dt;
        this.wzx = wzx;
        this.wzy = wzy;
        this.jl_mz = JL_MZ;
        this.XDscjs();
    };

    //查找距离中心最近，且跟最大的板相差不大于容差面积 rcmz 的板 返加YH_bang[].bangid
    MaxMZ = (rcmz: number): number =>
    {
        let tmepckb: number;
        let tmepckb1: number;
        let tempxbang: YH_bang[] = [];
        this.xbang.sort((b, a) => a.pbg * a.pbk - b.pbg * b.pbk);
        let maxmz = this.xbang[0].pbg * this.xbang[0].pbk / 1000000;
        let maxbangid = this.xbang[0].bangid;
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].pbg > this.xbang[i].pbk)
            {
                tmepckb = this.xbang[i].pbg / this.xbang[i].pbk;
            }
            else
            {
                tmepckb = this.xbang[i].pbk / this.xbang[i].pbg;
            }
            if (this.xbang[0].pbg > this.xbang[0].pbk)
            {
                tmepckb1 = this.xbang[0].pbg / this.xbang[0].pbk;
            }
            else
            {
                tmepckb1 = this.xbang[0].pbk / this.xbang[0].pbg;
            }

            if (equaln(this.xbang[i].pbg * this.xbang[i].pbk / 1000000, maxmz, rcmz) && equaln(tmepckb, tmepckb1, 2))
            {
                tempxbang.push(this.xbang[i]);
            }
        }
        if (tempxbang.length > 0)
        {
            return this.minJL(tempxbang);
        }
        else
        {
            return maxbangid;
        }

    };

    //查找指定Bangid的板  返回在数组中的位置ID     f = () => 5;
    getID = (bangid: number): number => this.xbang.findIndex((n) => n.bangid == bangid);

    //查找备份板Bangid的板  返回在数组中的位置ID     f = () => 5;
    getID_Bkb = (bangid: number): number => this.Bakbang.findIndex((n) => n.bangid == bangid);


    //查找距离最近的板 返加YH_bang[].bangid
    minJL = (xbang: YH_bang[]): number => { xbang.sort((b, a) => Math.hypot(this.B_k / 2 - b.x - b.pbk / 2, this.B_g / 2 - b.y - b.pbg / 2) - Math.hypot(this.B_k / 2 - a.x - a.pbk / 2, this.B_g / 2 - a.y - a.pbg / 2)); return xbang[0].bangid; };

    //查找左边且Y位置一样的板，， 返加YH_bang[].bangid
    F_Left = (bangid: number): number =>
    {
        let a = this.xbang.find((n) => equaln(n.x + n.pbk + this.dt, this.xbang[this.getID(bangid)].x, 0.001)
            && equaln(n.y, this.xbang[this.getID(bangid)].y, 0.001) && n.ishb == false);
        if (a == undefined) { return; } return a.bangid;
    };
    //查找左边关连的板，并写入
    F_GL_LR = () =>
    {
        let temp: number;
        let bangIndex: number;
        let maxkd: number = 0;
        let maxid: number;  //bangid
        if (this.xbang.length > 1)
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                bangIndex = i;
                while (1)  //左边
                {
                    if (this.xbang[bangIndex].pbg > this.xbang[bangIndex].pbk && this.xbang[bangIndex].pbk < 200 && this.xbang[bangIndex].ishb == false)
                    {
                        temp = this.xbang.findIndex(n => n.x + n.pbk < this.xbang[bangIndex].x && n.y <= this.xbang[bangIndex].y && this.XJcd(n.bangid, this.xbang[bangIndex].bangid)[1] > this.xbang[bangIndex].pbk);
                        if (temp != -1)
                        {
                            if (this.xbang[temp].pbk > maxkd)
                            {
                                maxkd = this.xbang[temp].pbk;
                                maxid = this.xbang[temp].bangid;
                            }
                            if (this.xbang[temp].pbk > 200)
                            {
                                this.xbang[temp].isgr = true;
                                this.xbang[temp].gr.push(this.xbang[bangIndex].bangid);
                                this.xbang[bangIndex].grid = this.xbang[temp].bangid;
                                break;
                            }
                            else
                            {
                                bangIndex = temp;
                            }

                        }
                        else
                        {
                            break;
                        }
                    }
                    else
                    {
                        break;
                    }

                }
                bangIndex = i;
                while (1) //右边
                {
                    if (this.xbang[bangIndex].pbg > this.xbang[bangIndex].pbk && this.xbang[bangIndex].pbk < 200 && this.xbang[bangIndex].ishb == false)
                    {
                        temp = this.xbang.findIndex(n => n.x > this.xbang[bangIndex].x + this.xbang[bangIndex].pbk
                            && this.LR_is(this.xbang[bangIndex].bangid, n.bangid) == false
                            && n.pbg > 300
                            && this.XJcd(n.bangid, this.xbang[bangIndex].bangid)[1] > this.xbang[bangIndex].pbk);
                        if (temp != -1)
                        {
                            if (this.xbang[temp].pbk > maxkd)
                            {
                                maxkd = this.xbang[temp].pbk;
                                maxid = this.xbang[temp].bangid;
                            }
                            if (this.xbang[temp].pbk > 200)
                            {
                                this.xbang[temp].isgr = true;
                                this.xbang[temp].gr.push(this.xbang[bangIndex].bangid);
                                this.xbang[bangIndex].grid = this.xbang[temp].bangid;
                                break;
                            }
                            else
                            {
                                bangIndex = temp;
                            }

                        }
                        else
                        {
                            break;
                        }
                    }
                    else
                    {
                        break;
                    }

                }


            }
        };
    };

    //查找上下边关连的板，并写入
    F_GL_TD = () =>
    {
        let temp: number;
        let bangIndex: number;
        let maxkd: number = 0;
        let maxid: number;  //bangid
        if (this.xbang.length > 1)
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                bangIndex = i;
                while (1)  //上面
                {
                    if (this.xbang[bangIndex].pbg < this.xbang[bangIndex].pbk && this.xbang[bangIndex].pbg < 200 && this.xbang[bangIndex].ishb == false)
                    {
                        temp = this.xbang.findIndex(n => n.y > this.xbang[bangIndex].y + this.xbang[bangIndex].pbg && n.x + 0.01 <= this.xbang[bangIndex].x
                            && this.XJcd(n.bangid, this.xbang[bangIndex].bangid)[0] > this.xbang[bangIndex].pbg);
                        if (temp != -1)
                        {
                            if (this.xbang[temp].pbg > maxkd)
                            {
                                maxkd = this.xbang[temp].pbg;
                                maxid = this.xbang[temp].bangid;
                            }
                            if (this.xbang[temp].pbg > 200)
                            {
                                this.xbang[temp].isgr = true;
                                this.xbang[temp].gr.push(this.xbang[bangIndex].bangid);
                                this.xbang[bangIndex].grid = this.xbang[temp].bangid;
                                break;
                            }
                            else
                            {
                                bangIndex = temp;
                            }

                        }
                        else
                        {
                            break;
                        }
                    }
                    else
                    {
                        break;
                    }

                }
                bangIndex = i;
                while (1)  //下面
                {

                    if (this.xbang[bangIndex].pbg < this.xbang[bangIndex].pbk && this.xbang[bangIndex].pbg < 200 && this.xbang[bangIndex].ishb == false)
                    {

                        temp = this.xbang.findIndex(n => n.y + n.pbg < this.xbang[bangIndex].y + this.xbang[bangIndex].pbg && n.x - 0.01 <= this.xbang[bangIndex].x
                            && this.XJcd(n.bangid, this.xbang[bangIndex].bangid)[0] > this.xbang[bangIndex].pbg);
                        if (temp != -1)
                        {
                            if (this.xbang[temp].pbg > maxkd)
                            {
                                maxkd = this.xbang[temp].pbg;
                                maxid = this.xbang[temp].bangid;
                            }
                            if (this.xbang[temp].pbg > 200)
                            {
                                this.xbang[temp].isgr = true;
                                this.xbang[temp].gr.push(this.xbang[bangIndex].bangid);
                                this.xbang[bangIndex].grid = this.xbang[temp].bangid;
                                break;
                            }
                            else
                            {
                                bangIndex = temp;
                            }

                        }
                        else
                        {
                            break;
                        }
                    }
                    else
                    {
                        break;
                    }

                }


            }
        };
    };

    //查找有异形交集关连的板，并写入
    F_GL_JJB = () =>
    {
        let temp: number;
        if (this.xbang.length > 1)
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                temp = this.xbang.findIndex(n => this.XJcd(n.bangid, this.xbang[i].bangid)[0] > 50
                    && this.XJcd(n.bangid, this.xbang[i].bangid)[1] > 50 && n.bangid != this.xbang[i].bangid);
                if (temp != -1)
                {
                    if (this.xbang[i].pbg * this.xbang[i].pbk > this.xbang[temp].pbg * this.xbang[temp].pbk)
                    {
                        this.xbang[i].isgr = true;
                        this.xbang[i].gr.push(this.xbang[temp].bangid);
                        this.xbang[temp].grid = this.xbang[i].bangid;
                    }
                    else if (equaln(this.xbang[i].pbg * this.xbang[i].pbk, this.xbang[temp].pbg * this.xbang[temp].pbk, 0.01))
                    {
                        if (this.xbang[temp].x > this.xbang[i].x)
                        {

                            this.xbang[i].isgr = true;
                            this.xbang[i].gr.push(this.xbang[temp].bangid);
                            this.xbang[temp].grid = this.xbang[i].bangid;
                        }
                        else
                        {
                            this.xbang[temp].isgr = true;
                            this.xbang[temp].gr.push(this.xbang[i].bangid);
                            this.xbang[i].grid = this.xbang[temp].bangid;
                        }
                    }
                    else
                    {
                        this.xbang[temp].isgr = true;
                        this.xbang[temp].gr.push(this.xbang[i].bangid);
                        this.xbang[i].grid = this.xbang[temp].bangid;
                    }

                }
            }
        };
        for (let k = 0; k < this.xbang.length; k++)
        {
            let newgr = [... new Set(this.xbang[k].gr)];
            this.xbang[k].gr = newgr;
        }
    };

    //判断有关联的板跟大板之间是否有交集，如果有取消这块板的关联
    Is_big_gr = () =>
    {
        for (let k = 0; k < this.xbang.length; k++)
        {
            let newgr = [... new Set(this.xbang[k].gr)];
            this.xbang[k].gr = newgr;
        }
        let tempx: number;
        let tempy: number;
        let bangIndex1 = this.xbang[this.getID(this.HB[0][0])];
        let bangIndex2: number;
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].isgr == true)
            {
                tempx = 0;
                tempy = 0;
                for (let j = 0; j < this.xbang[i].gr.length; j++)
                {
                    bangIndex2 = this.getID(this.xbang[i].gr[j]);
                    if (this.xbang[i].bangid == 10)////////////////////用于调试
                    {
                        console.log(this.xbang[i].bangid);
                    }
                    if (this.xbang[bangIndex2].pbg > this.xbang[bangIndex2].pbk)
                    {
                        tempy = this.Jcxj(bangIndex1.y, bangIndex1.pbg, this.xbang[bangIndex2].y, this.xbang[bangIndex2].pbg);
                    }
                    else
                    {
                        tempx = this.Jcxj(bangIndex1.x, bangIndex1.pbk, this.xbang[bangIndex2].x, this.xbang[bangIndex2].pbk);
                    }
                }
                if (tempx > 50 || tempy > 50)
                {
                    this.xbang[i].isgr = false;
                }
            }
        }

    };


    //检测两块板之间的右上角是否有板  false 没有 true 有
    LR_is = (bangid1: number, bangid2: number): boolean =>
    {
        let tb: YH_bang[] = [];
        tb.push(this.xbang[this.getID(bangid1)]);
        tb.push(this.xbang[this.getID(bangid2)]);
        if (tb[0].pbg + tb[0].y > tb[1].pbg + tb[1].y)//右上空间 左边高
        {
            return this.JCQY_is_bang(tb[1].x, tb[1].y + tb[1].pbg + this.dt, tb[1].pbk, tb[0].pbg - tb[1].pbg - this.dt);
        }
        else
        {
            return false;
        }
    };

    //检测两块板之间的右上角是否有板  false 没有 true 有
    TD_is = (bangid1: number, bangid2: number): boolean =>
    {
        let tb: YH_bang[] = [];
        tb.push(this.xbang[this.getID(bangid1)]);
        tb.push(this.xbang[this.getID(bangid2)]);
        if (tb[0].pbk + tb[0].x > tb[1].pbk + tb[1].x)//右下空间 左边高
        {
            return this.JCQY_is_bang(tb[1].x, tb[1].y + tb[1].pbg + this.dt, tb[1].pbk, tb[0].pbg - tb[1].pbg - this.dt);
        }
        else
        {
            return false;
        }
    };

    //查找左边且Y位置一样的板，， 返加YH_bang[].bangid
    F_Left_Big = (bangid: number, gbcd: number): number =>
    {
        let tempjh: YH_bang[] = [];
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].x + this.xbang[i].pbk < this.xbang[this.getID(bangid)].x && this.XJcd(this.xbang[i].bangid, this.xbang[this.getID(bangid)].bangid)[1] > gbcd)
            {
                tempjh.push(this.xbang[i]);
            }
        }
        if (tempjh.length > 0)
        {
            tempjh.sort((a, b) => a.x - b.x);
            return tempjh[0].bangid;
        }
        else
        {
            return -1;
        }
    };

    //找到左右靠边最长的高度  返回  [0]长度 [1] y位置   [2] 0左边 1 右边
    L_R_kbcd = (bangid: number): [number, number, number] =>
    {
        let l_b: YH_bang[] = [];
        let cd_l = 0; let cd_r: number = 0; let wzl: number; let wzr: number;
        let tb = [...this.xbang];
        let tempx: number = this.xbang[this.getID(bangid)].x;
        let tempy: number = this.xbang[this.getID(bangid)].y;
        let tempk: number = this.xbang[this.getID(bangid)].pbk;
        let tempid: number;
        let isend: boolean = true;
        for (let i = 0; i < 2; i++)
        {
            l_b = [];
            tb = [...this.xbang];
            isend = true;
            while (isend == true)
            {
                if (i == 0) { tempid = tb.findIndex((n) => equaln(n.x + n.pbk + this.dt, tempx, 0.001) && (n.y <= tempy)); }
                else { tempid = tb.findIndex((n) => equaln(n.x, tempx + tempk + this.dt, 0.001) && (n.y <= tempy)); }

                if (tempid != -1)
                {
                    l_b.push(tb[tempid]);
                    tb.splice(tempid, 1);
                }
                else
                {
                    isend = false;
                }
            }
            if (l_b.length > 0)
            {
                l_b.sort((a, b) => b.pbg - a.pbg);
                if (i == 0) { cd_l = l_b[0].pbg; wzl = l_b[0].y; } else { cd_r = l_b[0].pbg; wzr = l_b[0].y; }
            }
        }
        if (cd_l > cd_r || cd_l == cd_r && cd_l > 0)
        {
            return [cd_l, wzl, 0];
        }
        else if (cd_l < cd_r)
        {
            return [cd_r, wzr, 1];
        }
        else
        {
            return [0, 0, 0];
        }

    };

    //查找右边且Y位置一样的板，， 返加YH_bang[].bangid
    F_Right = (bangid: number): number =>
    {
        let a = this.xbang.find((n) => equaln(n.x, this.xbang[this.getID(bangid)].x + this.xbang[this.getID(bangid)].pbk + this.dt, 0.001)
            && equaln(n.y, this.xbang[this.getID(bangid)].y, 0.001) && n.ishb == false);
        if (a == undefined) { return; } return a.bangid;
    };

    //查找右边且Y位置一样的板，， 返加YH_bang[].bangid
    F_Right_Big = (bangid: number, gbcd: number): number =>
    {
        let tempjh: YH_bang[] = [];
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].x > this.xbang[this.getID(bangid)].x + this.xbang[this.getID(bangid)].pbk && this.XJcd(this.xbang[i].bangid, this.xbang[this.getID(bangid)].bangid)[1] > gbcd)
            {
                tempjh.push(this.xbang[i]);
            }
        }
        if (tempjh.length > 0)
        {
            tempjh.sort((a, b) => a.x - b.x);
            return tempjh[0].bangid;
        }
        else
        {
            return -1;
        }
    };

    //查找下边且X位置一样的板，， 返加YH_bang[].bangid
    F_Down = (bangid: number): number =>
    {
        let a = this.xbang.find((n) => equaln(n.y + n.pbg + this.dt, this.xbang[this.getID(bangid)].y, 0.001)
            // && n.x > 10
            && equaln(n.x, this.xbang[this.getID(bangid)].x, 0.001) && n.ishb == false);
        if (a == undefined) { return; } return a.bangid;
    };

    //查找上边且X位置一样的板，， 返加YH_bang[].bangid
    F_TOP = (bangid: number): number =>
    {
        let a = this.xbang.find((n) => equaln(n.y, this.xbang[this.getID(bangid)].y + this.xbang[this.getID(bangid)].pbg + this.dt, 0.001)
            //&& n.x > 10
            && equaln(n.x, this.xbang[this.getID(bangid)].x, 0.001) && n.ishb == false);
        if (a == undefined) { return; } return a.bangid;
    };


    //查找上边且X位置一样的板，， 返加YH_bang[].bangid  hbcd为大于共边的长度
    F_Top_Big = (bangid: number, gbcd: number): number =>
    {
        let tempjh: YH_bang[] = [];
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].y > this.xbang[this.getID(bangid)].y + this.xbang[this.getID(bangid)].pbg
                && this.xbang[i].x + this.xbang[i].pbk <= this.xbang[this.getID(bangid)].x + this.xbang[this.getID(bangid)].pbk + 0.1
                && this.XJcd(this.xbang[i].bangid, this.xbang[this.getID(bangid)].bangid)[0] > gbcd)
            {
                tempjh.push(this.xbang[i]);
            }
        }
        if (tempjh.length > 0)
        {
            tempjh.sort((a, b) => a.x - b.x);
            return tempjh[0].bangid;
        }
        else
        {
            return -1;
        }
    };


    //查找下边且X位置一样的板，， 返加YH_bang[].bangid
    F_Down_Big = (bangid: number, gbcd: number): number =>
    {
        let tempjh: YH_bang[] = [];
        for (let i = 0; i < this.xbang.length; i++)
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                if (this.xbang[i].y + this.xbang[i].pbg < this.xbang[this.getID(bangid)].y
                    && this.xbang[i].x >= this.xbang[this.getID(bangid)].x && this.xbang[i].pbg > 300
                    && this.XJcd(this.xbang[i].bangid, this.xbang[this.getID(bangid)].bangid)[0] > gbcd)
                {
                    tempjh.push(this.xbang[i]);
                }
            }
        }
        if (tempjh.length > 0)
        {
            tempjh.sort((a, b) => a.x - b.x);
            return tempjh[0].bangid;
        }
        else
        {
            return -1;
        }
    };


    //合并同高相邻的板  isbig: true 为第一回合并的大板  wz为方位  L 左 R右 T上 D下   返回是否有合并过 false 为没有合并过  true 有合并过
    HB_LR = (bangid: number, isbig: boolean): boolean =>
    {
        let isend: boolean = true;
        let tempbangid: number;
        let ishb: boolean = false;

        while (isend == true)
        {
            tempbangid = this.F_Left(bangid);
            if (tempbangid != undefined)
            {
                let temp = this.JC_is_bang(bangid, tempbangid);  //[f/t,1:x,2:y,3:k,4:g]
                if (temp[0] == false)
                {
                    this.addbang(bangid, tempbangid, temp[1], temp[2], temp[3], temp[4], isbig);
                    ishb = true;
                }
                else
                {
                    isend = false;
                }
            }
            else
            {
                isend = false;
            }
        }
        isend = true;
        while (isend == true)
        {
            tempbangid = this.F_Right(bangid);
            if (tempbangid != undefined)
            {
                let temp = this.JC_is_bang(bangid, tempbangid);  //[f/t,1:x,2:y,3:k,4:g]
                if (temp[0] == false)
                {
                    this.addbang(bangid, tempbangid, temp[1], temp[2], temp[3], temp[4], isbig);
                    ishb = true;
                }
                else
                {
                    isend = false;
                }
            }
            else
            {
                isend = false;
            }
        }
        return ishb;
    };

    //合并同宽相邻的板  isbig: true 为第一回合并的大板  wz为方位  L 左 R右 T上 D下 返回是否有合并过 false 为没有合并过  true 有合并过
    HB_TD = (bangid: number, isbig: boolean): boolean =>
    {
        let isend: boolean = true;
        let tempbangid: number;
        let ishb: boolean = false;
        while (isend == true)
        {
            tempbangid = this.F_Down(bangid);
            if (tempbangid != undefined)
            {
                let temp = this.JC_is_bang(bangid, tempbangid);  //[f/t,1:x,2:y,3:k,4:g]
                if (temp[0] == false)
                {
                    this.addbang(bangid, tempbangid, temp[1], temp[2], temp[3], temp[4], isbig);
                    ishb = true;
                }
                else
                {
                    isend = false;
                }

            }
            else
            {
                isend = false;
            }
        }
        isend = true;
        while (isend == true)
        {
            tempbangid = this.F_TOP(bangid);
            if (tempbangid != undefined)
            {
                let temp = this.JC_is_bang(bangid, tempbangid);  //[f/t,1:x,2:y,3:k,4:g]
                if (temp[0] == false)
                {
                    this.addbang(bangid, tempbangid, temp[1], temp[2], temp[3], temp[4], isbig);
                    ishb = true;
                }
                else
                {
                    isend = false;
                }
            }
            else
            {
                isend = false;
            }
        }
        return ishb;
    };

    addbang = (id1: number, id2: number, x: number, y: number, k: number, g: number, isbig: boolean) =>  //把合并的板写入，并改板的大小
    {
        let tempid1 = this.getID(id1);
        let tempid2 = this.getID(id2);
        if (this.xbang[tempid1].ishb == false)
        {
            this.HB_bang.push(id1);
        }
        this.HB_bang.push(id2);
        this.xbang[tempid1].x = x;
        this.xbang[tempid1].y = y;
        this.xbang[tempid1].pbk = k;
        this.xbang[tempid1].pbg = g;
        this.xbang[tempid1].ishb = true;
        this.xbang[tempid2].ishb = true;
        if (isbig == true) { this.xbang[tempid1].isbig = true; this.xbang[tempid2].isbig = true; }
    };

    //计算相邻两块板中有空位的地方是否有其它小板 返回 false 为没有其它板，true 有其它板  x,y,k,g
    JC_is_bang = (bangid1: number, bangid2: number): [boolean, number, number, number, number] =>
    {
        let tb: YH_bang[] = [];
        tb.push(this.xbang[this.getID(bangid1)]);
        tb.push(this.xbang[this.getID(bangid2)]);
        if (equaln(tb[0].y, tb[1].y, 0.01)) //左右相邻
        {
            tb.sort((a, b) => a.x - b.x);
            if (tb[0].pbg < tb[1].pbg)//左上空间 右边高
            {
                return [this.JCQY_is_bang(tb[0].x, tb[0].y + tb[0].pbg + this.dt, tb[0].pbk, tb[1].pbg - tb[0].pbg - this.dt),
                tb[0].x, tb[0].y, tb[0].pbk + tb[1].pbk + this.dt, tb[1].pbg];
            }
            else if (tb[0].pbg > tb[1].pbg)//右上空间 左边高
            {
                return [this.JCQY_is_bang(tb[1].x, tb[1].y + tb[1].pbg + this.dt, tb[1].pbk, tb[0].pbg - tb[1].pbg - this.dt),
                tb[0].x, tb[0].y, tb[0].pbk + tb[1].pbk + this.dt, tb[0].pbg];
            }
            else   //一样高
            {
                return [false, tb[0].x, tb[0].y, tb[0].pbk + tb[1].pbk + this.dt, tb[0].pbg];
            }
        }
        else   //上下空间
        {
            tb.sort((b, a) => a.y - b.y);
            if (tb[0].pbk < tb[1].pbk)//右上空间 上边短
            {
                return [this.JCQY_is_bang(tb[0].x + tb[0].pbk + this.dt, tb[0].y, tb[1].pbk - tb[0].pbk - this.dt, tb[0].pbg),
                tb[1].x, tb[1].y, tb[1].pbk, tb[0].pbg + tb[1].pbg + this.dt];
            }
            else if (tb[0].pbk > tb[1].pbk)//右下空间 下边短
            {
                return [this.JCQY_is_bang(tb[1].x + tb[1].pbk + this.dt, tb[1].y, tb[0].pbk - tb[1].pbk - this.dt, tb[1].pbg),
                tb[1].x, tb[1].y, tb[0].pbk, tb[0].pbg + tb[1].pbg + this.dt];
            }
            else   //一样高
            {
                return [false, tb[1].x, tb[1].y, tb[0].pbk, tb[0].pbg + tb[1].pbg + this.dt];
            }
        }
    };

    //检测两块板之间相交的长度且两块板之间没有其它板 ，返回长度，第一个为X相交长度  第二个为Y相交长度
    XJcd = (bangid1: number, bangid2: number): [number, number] =>
    {
        let tempbang: YH_bang[] = [];
        tempbang.push(this.xbang[this.getID(bangid1)]);
        tempbang.push(this.xbang[this.getID(bangid2)]);

        let tempx = this.Jcxj(tempbang[0].x, tempbang[0].pbk, tempbang[1].x, tempbang[1].pbk);
        let tempy = this.Jcxj(tempbang[0].y, tempbang[0].pbg, tempbang[1].y, tempbang[1].pbg);
        if (tempx > 0 && tempy > 0)
        {
            return [tempx, tempy];
        }
        else if (tempx > 0)
        {
            tempbang.sort((a, b) => a.x - b.x);
            if (tempbang[0].y > tempbang[1].y)
            {
                if (this.JCQY_is_bang(tempbang[1].x, tempbang[1].y + tempbang[1].pbg, tempx, tempbang[0].y - tempbang[1].y - tempbang[1].pbg) == false)
                {
                    return [tempx, 0];
                }
                else
                {
                    return [0, 0];
                }
            }
            else
            {
                if (this.JCQY_is_bang(tempbang[1].x, tempbang[0].y + tempbang[0].pbg, tempx, tempbang[1].y - tempbang[0].y - tempbang[0].pbg) == false)
                {
                    return [tempx, 0];
                }
                else
                {
                    return [0, 0];
                }
            }

        }
        else if (tempy > 0)
        {
            tempbang.sort((a, b) => a.x - b.x);
            if (tempbang[0].y > tempbang[1].y)
            {
                if (this.JCQY_is_bang(tempbang[0].x + tempbang[0].pbk, tempbang[0].y, tempbang[1].x - tempbang[0].x - tempbang[0].pbk, tempy) == false)
                {
                    return [0, tempy];
                }
                else
                {
                    return [0, 0];
                }
            }
            else
            {
                if (this.JCQY_is_bang(tempbang[0].x + tempbang[0].pbk, tempbang[1].y, tempbang[1].x - tempbang[0].x - tempbang[0].pbk, tempy) == false)
                {
                    return [0, tempy];
                }
                else
                {
                    return [0, 0];
                }
            }
        }
        else
        {
            return [0, 0];
        }
    };

    //检测指定区域内否有其它小板 返回 false 为没有其它板，true 有其它板
    JCQY_is_bang = (x: number, y: number, k: number, g: number): boolean =>
    {
        let result = this.xbang.findIndex((n) => (k + n.pbk - Math.abs(x - n.x) - Math.abs(x - n.x + k - n.pbk)) / 2 > 0.01 &&
            (g + n.pbg - Math.abs(y - n.y) - Math.abs(y - n.y + g - n.pbg)) / 2 > 0.01);
        if (result == -1) { return false; } else { return true; }
    };

    //计算两边相交长度/
    Jcxj = (wz1: number, l1: number, wz2: number, l2: number): number => { return (l1 + l2 - Math.abs(wz1 - wz2) - Math.abs(wz1 - wz2 + l1 - l2)) / 2; };

    Find_BS = (): number[] =>
    {
        let temp = this.Find_BS_gr();
        if (temp[0] > 2)
        {
            return this.Find_BS_wgr()[1];
        }
        else
        {
            if (temp[1][0] == 0)
            {
                return this.Find_BS_wgr()[1];
            }
            else
            {
                return temp[1];
            }


        }
    };
    //找到共边最少的板的集合  订算有关系的板
    Find_BS_gr = (): [number, number[]] =>
    {
        let bs: number = 6;
        let id: number[] = [];
        let tempsl: number[];
        if (this.xbang.length == 1)
        {
            return [0, [0]];
        }
        else
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                if (this.xbang[i].isgr == false && this.xbang[i].ishb == false && this.xbang[i].isqg == false)
                {
                    tempsl = this.JSgbsl(this.xbang[i].bangid);
                    if (bs == tempsl[0])
                    {
                        id.push(this.xbang[i].bangid);
                    }
                    else if (bs > tempsl[0])
                    {
                        bs = tempsl[0];
                        id = [];
                        id.push(this.xbang[i].bangid);
                    }

                }
            }
            if (id.length > 0)
            { return [bs, id]; }
            else
            {
                //console.log("没找到最少边");
                return [0, [0]];
            }

        }
    };

    //找到共边最少的板的集合  订算没有算关系的板
    Find_BS_wgr = (): [number, number[]] =>
    {
        let bs: number = 6;
        let id: number[] = [];
        let tempsl: number[];
        if (this.xbang.length == 1)
        {
            return [0, [0]];
        }
        else
        {
            for (let i = 0; i < this.xbang.length; i++)
            {
                if (this.xbang[i].ishb == false && this.xbang[i].isqg == false)
                {
                    tempsl = this.JSgbsl(this.xbang[i].bangid);
                    if (bs == tempsl[0])
                    {
                        id.push(this.xbang[i].bangid);
                    }
                    else if (bs > tempsl[0])
                    {
                        bs = tempsl[0];
                        id = [];
                        id.push(this.xbang[i].bangid);
                    }
                }
            }
            if (id.length > 0) { return [bs, id]; } else { return [0, [0]]; }

        }
    };


    //计算这块板的与其它板的相交的边数，及每条边数跟权重 0数量  1左 2右 3上 4下  5权重
    JSgbsl = (bangid: number): [number, number, number, number, number, number] =>
    {
        let left = 0, right = 0, top = 0, down = 0, qz = 0;
        let bangIndex = this.getID(bangid);
        for (let j = 0; j < this.xbang.length; j++)
        {
            if (bangIndex != j && this.xbang[j].isqg == false)
            {
                let jjy = this.Jcxj(this.xbang[bangIndex].y, this.xbang[bangIndex].pbg, this.xbang[j].y, this.xbang[j].pbg);
                let jjx = this.Jcxj(this.xbang[bangIndex].x, this.xbang[bangIndex].pbk, this.xbang[j].x, this.xbang[j].pbk);
                if (this.xbang[bangIndex].pbg > this.xbang[bangIndex].pbk)
                {
                    if (jjy < this.xbang[bangIndex].pbk && jjy < 50) { jjy = 0; }
                }
                if (this.xbang[bangIndex].pbk > this.xbang[bangIndex].pbg)
                {
                    if (jjx < this.xbang[bangIndex].pbg && jjx < 50) { jjx = 0; }
                }
                if (jjy > 0 && this.xbang[bangIndex].x > this.xbang[j].x + this.xbang[j].pbk) { left = 1; }
                if (jjy > 0 && this.xbang[j].x > this.xbang[bangIndex].x + this.xbang[bangIndex].pbk) { right = 1; }
                if (jjx > 0 && this.xbang[bangIndex].y > this.xbang[j].y + this.xbang[j].pbg) { down = 1; }
                if (jjx > 0 && this.xbang[j].y > this.xbang[bangIndex].y + this.xbang[bangIndex].pbg) { top = 1; }
                if ((left == 1 && right == 1) || (down == 1 && top == 1)) { qz = 1; }
            }
        }
        return [left + right + top + down + qz, left, right, top, down, qz];
    };
    Jcsb = (bangid1: number, bangid2: number): boolean =>  // 把bang1 要去掉， bang2 是否少边  返加True 有少边  False 没有少边
    {
        let xj = this.XJcd(bangid1, bangid2);
        let jjx = xj[0]; let jjy = xj[1];


        if (jjx > 0 && this.xbang[this.getID(bangid1)].pbg < this.xbang[this.getID(bangid2)].pbg)
        {
            return true;
        }
        else if (jjx > 0 && jjx > 0 && this.xbang[this.getID(bangid1)].pbk * this.xbang[this.getID(bangid1)].pbg < this.xbang[this.getID(bangid2)].pbk * this.xbang[this.getID(bangid2)].pbg)
        {
            return false;
        }
        else if (jjy > 0 && this.xbang[this.getID(bangid1)].pbg < this.xbang[this.getID(bangid2)].pbg)
        {
            return false;
        }
        else if (jjy > 0 && this.xbang[this.getID(bangid1)].pbg > this.xbang[this.getID(bangid2)].pbg)
        {
            return true;
        }
        // else if (jjy > 0 && this.xbang[this.getID(bangid2)].pbk > this.xbang[this.getID(bangid2)].pbg
        //     && this.xbang[this.getID(bangid2)].pbk * this.xbang[this.getID(bangid2)].pbg < this.xbang[this.getID(bangid1)].pbk * this.xbang[this.getID(bangid1)].pbg)
        // {
        //     return true;
        // }
        else
        {
            return false;
        }



        // if (bangid1 == 2 && bangid2 == 10)
        // {
        //     console.log(bangid1);
        // }
        // let bs1 = this.JSgbsl(bangid1)[0];
        // let bs2 = this.JSgbsl(bangid2)[0];
        // let sb2 = this.is_sb(bangid1, bangid2)[0];
        // let sb1 = this.is_sb(bangid2, bangid1)[0];

        // if (sb2 < bs1 && sb1 < bs2)
        // {
        //     return true;
        // }
        // else
        // {
        //     return false;
        // }

    };

    //检测所有会让其它板少条且最小的的板
    JS_sb_minmz = (): number =>
    {
        let Bangidzh = this.Find_BS();
        if (Bangidzh[0] != 0)
        {
            let tempbang: YH_bang[] = [];
            for (let m = 0; m < Bangidzh.length; m++)
            {
                tempbang.push(this.xbang[this.getID(Bangidzh[m])]);
            }
            if (tempbang.length > 0)
            {
                tempbang.sort((a, b) => a.pbg * a.pbk - b.pbg * b.pbk);
                return tempbang[0].bangid;
            }
            else if (tempbang.length == 1)
            {
                return tempbang[0].bangid;
            }
            else
            {
                return -1;
            }
        }
        else
        {
            return -1;
        }
    };
    //合并所有的板
    HB_b = () =>
    {
        let jshb_lr: boolean = true;
        let jshb_td: boolean = true;
        let jshb: boolean;
        for (let i = 0; i < this.xbang.length; i++)
        {
            if (this.xbang[i].ishb == false) { jshb = true; } else { jshb = false; }
            while (jshb == true)
            {
                if (this.xbang[i].pbg > this.xbang[i].pbk && this.xbang[i].pbk > 100) //左右
                {
                    jshb_lr = this.HB_LR(this.xbang[i].bangid, false);
                }
                else
                {
                    jshb_lr = false;
                }

                if ((this.xbang[i].pbg < this.xbang[i].pbk && this.xbang[i].pbg > 100)) //上下合并
                {
                    jshb_td = this.HB_TD(this.xbang[i].bangid, false);
                }
                else
                {
                    jshb_td = false;
                }
                if (jshb_lr == true || jshb_td == true)
                {
                    jshb = true;
                }
                else if (jshb_lr == false || jshb_td == false)
                {
                    if ((this.xbang[i].pbg > 100 && this.xbang[i].pbk > 100)) //上下合并
                    {
                        jshb_lr = this.HB_LR(this.xbang[i].bangid, false);
                        jshb_td = this.HB_TD(this.xbang[i].bangid, false);
                        if (jshb_lr == true || jshb_td == true) { jshb = true; } else { jshb = false; }
                    }
                    else
                    {
                        jshb = false;
                    }
                }
                else
                {
                    jshb = true;
                }
            }
            if (this.HB_bang.length > 0)
            {
                this.HB.push(this.HB_bang);
                this.HB_bang = [];
            }
        }
    };

    //合并指定的板 第一步
    HB_Max_bang = (Bangid: number) =>
    {
        if (Bangid > 0)
        {
            let jshb_lr: boolean = true;
            let jshb_td: boolean = true;
            let jshb: boolean;
            let bangid = this.getID(Bangid);
            if (this.xbang[bangid].ishb == false) { jshb = true; } else { jshb = false; }
            while (jshb == true)
            {
                if (this.xbang[bangid].pbg > this.xbang[bangid].pbk && this.xbang[bangid].pbk > 100) //左右
                {
                    jshb_lr = this.HB_LR(this.xbang[bangid].bangid, false);
                }
                else
                {
                    jshb_lr = false;
                }

                if ((this.xbang[bangid].pbg < this.xbang[bangid].pbk && this.xbang[bangid].pbg > 100)) //上下合并
                {
                    jshb_td = this.HB_TD(this.xbang[bangid].bangid, false);
                }
                else
                {
                    jshb_td = false;
                }
                if (jshb_lr == true || jshb_td == true)
                {
                    jshb = true;
                }
                else if (jshb_lr == false || jshb_td == false)
                {
                    if ((this.xbang[bangid].pbg > 100 && this.xbang[bangid].pbk > 100)) //上下合并
                    {
                        jshb_lr = this.HB_LR(this.xbang[bangid].bangid, false);
                        jshb_td = this.HB_TD(this.xbang[bangid].bangid, false);
                        if (jshb_lr == true || jshb_td == true) { jshb = true; } else { jshb = false; }
                    }
                    else
                    {
                        jshb = false;
                    }
                }
                else
                {
                    jshb = true;
                }
            }
            if (this.HB_bang.length > 0)
            {
                this.HB.push(this.HB_bang);
                this.HB_bang = [];
            }
            else
            {
                this.HB.push([Bangid]);
                this.xbang[bangid].ishb = true;
            }
        }
    };


    //合并上面的大板  cd为共边长度
    HB_top = (bangid: number, cd: number) =>
    {
        let hbbang: number[] = [];
        let fid: number = bangid;
        while (fid > -1)
        {
            fid = this.F_Top_Big(fid, cd);
            if (fid > -1)
            {
                this.xbang[this.getID(fid)].ishb = true;
                hbbang.push(fid);
                //this.printstr(fid, 1, "大合", -30, 80, 50);
            }
        }
        if (hbbang.length > 0) { this.HB.push(hbbang); }
    };
    //合并下面的大板  cd为共边长度
    HB_down = (bangid: number, cd: number) =>
    {
        let hbbang: number[] = [];
        let fid: number = bangid;
        while (fid > -1)
        {
            fid = this.F_Down_Big(fid, cd);
            if (fid > -1)
            {
                this.xbang[this.getID(fid)].ishb = true;
                hbbang.push(fid);
                // this.printstr(fid, 1, "大合", 10, 80, 50);
            }
        }
        if (hbbang.length > 0) { this.HB.push(hbbang); }
    };

    //寻找最后一块要切割的板
    F_last_mz = (jlID: number): number =>
    {
        let bangid: number;
        let temp: number[];
        let index: number = 1;
        let lastId: number;
        if (jlID == 0) { lastId = this.F_minMZ(); } else { lastId = jlID; }
        while (true)
        {
            if (lastId == -1) { break; }
            bangid = this.JS_sb_Bxl(lastId);  //检测所有会让其它板少条且有两块或者多块边相邻的板
            if (bangid > -1)
            { this.add_last(bangid, index); index++; lastId = bangid; }
            else
            {
                bangid = this.JS_sb_minmz(); //检测所有会让其它板少条且最小的的板
                if (bangid > -1)
                { this.add_last(bangid, index); index++; lastId = bangid; }
                else
                {
                    if (lastId == -1) { break; }
                    bangid = this.F_minJL(lastId);
                    if (bangid > -1) { this.add_last(bangid, index); index++; lastId = bangid; }
                    else
                    {
                        bangid = this.F_minMZ();  //找到面积最小的板
                        this.add_last(bangid, index);
                        index++;
                        lastId = bangid;
                    }
                }
            }
            // bangid = this.F_minJL(bangid);
            //if (bangid > -1) { this.add_last(bangid, index); index++; }

            temp = this.Find_BS();

            if (temp[0] == 0)
            {
                break;
            }
        }
        return index;

    };


    //寻找最后一块要切割的板
    F_last_jl = (jlID: number): number =>
    {
        let bangid: number;
        let temp: number[];
        let index: number = 1;
        let lastId: number;
        if (jlID == 0) { lastId = this.F_minMZ(); } else { lastId = jlID; }
        let tempend: boolean = false;
        while (true)
        {
            if (lastId == -1) { break; }
            bangid = this.JS_sb_Bxl(lastId);  //检测所有会让其它板少条且有两块或者多块边相邻的板
            if (bangid > -1)
            { this.add_last(bangid, index); index++; lastId = bangid; }
            else
            {
                if (lastId == -1) { break; }
                bangid = this.F_minJL(lastId);
                if (bangid > -1)
                { this.add_last(bangid, index); index++; lastId = bangid; }
                else
                {
                    //bangid = this.F_minMZ();  //找到面积最小的板
                    // if (lastId == -1) { break; }
                    // bangid = this.F_minJL(lastId);
                    bangid = this.JS_sb_minmz(); //检测所有会让其它板少条且最小的的板

                    if (bangid > -1) { this.add_last(bangid, index); index++; lastId = bangid; }
                    else
                    {
                        bangid = this.F_minMZ();  //找到面积最小的板
                        this.add_last(bangid, index);
                        index++;
                        lastId = bangid;
                    }
                }
            }
            // bangid = this.F_minJL(bangid);
            //if (bangid > -1) { this.add_last(bangid, index); index++; }

            temp = this.Find_BS();

            if (temp[0] == 0)
            {
                break;
            }

        }
        return index;

    };

    //打印并添加最后一块
    add_last = (bangid: number, index: number) =>
    {
        let tempx: number;
        //if (index > 9) { tempx = 27; } else { tempx = 10; } 这两行用于测试打印
        //this.printstr(bangid, 1, index.toString(), this.xbang[this.getID(bangid)].pbk / 2 - tempx, this.xbang[this.getID(bangid)].pbg / 2 - 20, 50);
        this.SCid.push(bangid);
        this.xbang[this.getID(bangid)].isqg = true;
        let tempid = this.xbang[this.getID(bangid)].grid;
        if (this.xbang[this.getID(bangid)].grid > -1)
        {
            let tempin = this.xbang[this.getID(tempid)].gr.findIndex((n) => n == bangid);
            if (tempin > -1)
            {
                this.xbang[this.getID(tempid)].gr.splice(tempin, 1);
                if (this.xbang[this.getID(tempid)].gr.length == 0) { this.xbang[this.getID(tempid)].isgr = false; }
            }
        }
    };

    //找到面积最小的板
    F_minMZ = (): number =>
    {
        let jhb = this.Find_BS();
        if (jhb[0] != 0)
        {
            let tempBang: YH_bang[] = [];
            if (jhb.length == 1)
            {
                return jhb[0];
            }
            else
            {
                for (let i = 0; i < jhb.length; i++)
                {
                    tempBang.push(this.xbang[this.getID(jhb[i])]);
                }
                tempBang = tempBang.sort((a, b) =>
                {
                    if (a.pbg * a.pbk == b.pbg * b.pbk)
                    {
                        return Math.hypot(this.B_k - a.x - a.pbk / 2, this.B_g - a.y - a.pbg / 2) - Math.hypot(this.B_k - b.x - b.pbk / 2, this.B_g - b.y - b.pbg / 2);
                    }
                    else
                    {
                        return a.pbg * a.pbk - b.pbg * b.pbk ? -1 : 1;
                    }
                });

                return tempBang[0].bangid;
            }
        }
        else
        {
            return -1;
        }
    };

    //按位置最近排序
    F_minJL = (bangid: number): number =>
    {
        let jhb = this.Find_BS();
        if (jhb.length[0] != 0)
        {
            let tempBang: YH_bang[] = [];
            if (jhb.length > 0)
            {
                for (let i = 0; i < jhb.length; i++)
                {
                    tempBang.push(this.xbang[this.getID(jhb[i])]);
                }
                let wzx = this.xbang[this.getID(bangid)].x + this.xbang[this.getID(bangid)].pbk / 2;
                let wzy = this.xbang[this.getID(bangid)].y + this.xbang[this.getID(bangid)].pbg / 2;
                tempBang.sort((a, b) => a.pbk * a.pbg - b.pbk * b.pbg);
                if (tempBang[tempBang.length - 1].pbg * tempBang[tempBang.length - 1].pbk / 1000000 - tempBang[0].pbg * tempBang[0].pbk / 1000000 > 0.2)
                {
                    return tempBang[0].bangid;
                }
                else
                {
                    tempBang.sort((a, b) => Math.hypot(wzx - a.x - a.pbk / 2, wzy - a.y - a.pbg / 2) - Math.hypot(wzx - b.x - b.pbk / 2, wzy - b.y - b.pbg / 2));
                    return tempBang[0].bangid;
                }
            }
            else if (jhb.length == 1)
            {
                return jhb[0];
            }
            else
            {
                return -1;
            }
        }
        else
        {
            return -1;
        }
    };
    //检测所有会让其它板少条且有两块或者多块边相邻的板
    JS_sb_Bxl = (bangid: number): number =>
    {
        let Bangidzh = this.Find_BS();
        if (Bangidzh[0] != 0)
        {
            let tempbang: YH_bang[] = [];
            let tempxj: YH_bang[] = [];
            let temp: YH_bang;
            for (let m = 0; m < Bangidzh.length; m++)
            {
                for (let n = 0; n < Bangidzh.length; n++)
                {
                    if (m != n)
                    {
                        if (this.Jcsb(Bangidzh[m], Bangidzh[n]) == true)
                        {
                            tempbang.push(this.xbang[this.getID(Bangidzh[m])]);
                        }
                    }
                }
            }
            if (tempbang.length == 1)
            {
                return tempbang[0].bangid;
            }
            else if (tempbang.length == 0)
            {
                return -1;
            }
            else //(tempbang.length > 1);
            {
                let wzx = this.xbang[this.getID(bangid)].x + this.xbang[this.getID(bangid)].pbk / 2;
                let wzy = this.xbang[this.getID(bangid)].y + this.xbang[this.getID(bangid)].pbg / 2;
                tempbang.sort((a, b) => Math.hypot(wzx - a.x - a.pbk / 2, wzy - a.y - a.pbg / 2) - Math.hypot(wzx - b.x - b.pbk / 2, wzy - b.y - b.pbg / 2));
                return tempbang[0].bangid;

            }
        }
        else
        {
            return -1;
        }

    };

    //用于计算下刀顺序
    XDscjs = () =>
    {
        let bangid = this.MaxMZ(0.05);
        this.HB_Max_bang(bangid);
        this.HB_top(bangid, 200);
        this.HB_down(bangid, 200);
        this.F_GL_LR();
        this.F_GL_TD();
        this.Is_big_gr();
        this.F_GL_JJB();

        let index: number;

        if (this.jl_mz == 1)
        {
            index = this.F_last_jl(0);
        } else
        {
            index = this.F_last_mz(0);
        }
        this.printHBCS(index);


    };
    printHBCS = (index: number) =>
    {
        for (let m = this.HB.length - 1; m >= 0; m--)
        {
            for (let n = this.HB[m].length - 1; n >= 0; n--)
            {
                //this.printstr(this.HB[m][n], 1, index.toString(), this.Bakbang[this.getID_Bkb(this.HB[m][n])].pbk / 2, this.Bakbang[this.getID_Bkb(this.HB[m][n])].pbg / 2, 50);
                this.SCid.push(this.HB[m][n]);
                index++;
            };
        }
    };
};



function equaln(v1: number, v2: number, fuzz = 1e-5)
{
    return Math.abs(v1 - v2) <= fuzz;
}




export interface YH_bang
{
    bangid: number;
    line: number ;
    x: number;
    y: number;
    pbg: number;
    pbk: number;
    ishb?: boolean;//是否参与合并的板
    hb?: number[];  //合在并的板
    isgr?: boolean; //是否关连
    gr?: number[];//关联的板的集合
    grid: number; //跟别的板关联的ID
    isbig?: boolean;//是否为合并的大板
    isqg?: boolean;//是否被切掉的板

}