RailwayRouteOptimization/scripts/Optimize/PM/PM.js

/**
 * Copyright (c) 2011-2018 by Andrew Mustun. All rights reserved.
 * 
 * This file is part of the QCAD project.
 *
 * QCAD is free software: you can redistribute it and/or modify
 * it under the terms of the GNU General Public License as published by
 * the Free Software Foundation, either version 3 of the License, or
 * (at your option) any later version.
 *
 * QCAD is distributed in the hope that it will be useful,
 * but WITHOUT ANY WARRANTY; without even the implied warranty of
 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
 * GNU General Public License for more details.
 *
 * You should have received a copy of the GNU General Public License
 * along with QCAD.
 */

include("scripts/EAction.js");
include("scripts/simple.js");
include("scripts/Layer/Layer.js");
include("scripts/Common/DrawPM.js")

function PM() {

    this.newEntityData = new Array();
    this.newFZEntityData = new Array();
    this.ratio = 1.0;
    this.csvData = new Array();
    this.csvCoor = new Array();
    this.csvR = new Array();
    this.csvls = new Array();

    //圆心坐标
    this.centerO = new Array();
    this.CurHuanheTArr = new Array();
    this.primePointArr = new Array();

    // 里程距离（用于计算百里标和公里标）
    this.mileage = 0.0;
}


PM.includeBasePath = includeBasePath;

PM.prototype.interface = function (fileName) {
    try {


        this.fileName = fileName.substring(0, fileName.lastIndexOf(".")) + ".csv";;
        var ok0 = this.convert(this.fileName);
        if (ok0 == true) {
            EAction.handleUserMessage("optimize success!!!");

            var fileNamePM = fileName.replace(/.\w+$/i, "_op.pm");
            // 绘制PM
            var filePM = new DrawPM(fileNamePM, this.ratio, 3);
            filePM.applyDrawing();

            if (true) {
                var tmp = RSettings.getStringValue("OpenDisplayFile/PMFile", "");
                RSettings.setValue("OpenDisplayFile/PMFile", tmp + "," + fileNamePM);
            }

            this.cvFile = this.fileName.substring(0, this.fileName.lastIndexOf(".")) + "_op.pm";
            var ok = this.readTxt(this.cvFile);
            if (ok) {
                var tmp = RSettings.getStringValue("OpenDisplayFile/PMFile", "");
                RSettings.setValue("OpenDisplayFile/PMFile", tmp + "," + this.cvFile);
            }
        }
    } catch (error) {
        EAction.handleUserMessage("eooro: " + error.toString());
    }
}

PM.prototype.convert = function (fileName) {
    var process = new QProcess;
    EAction.handleUserMessage("starting optimize " + fileName);
    // 后台运行
    // process.start(PM.includeBasePath + "/railway_horizontal_sw_V1-background.exe -f " + fileName + " -e " + PM.includeBasePath);

    // 阻塞运行
    EAction.handleUserMessage(PM.includeBasePath + "/railway_horizontal_sw_V1.exe -f " + fileName + " -e " + PM.includeBasePath);
    process.setProgram(PM.includeBasePath + "/railway_horizontal_sw_V1.exe");
    var args = [];
    var input1 = " -f ";
    args.push(input1);
    var input2 = fileName;
    args.push(input2);
    var input3 = " -e ";
    args.push(input3);
    var input4 = PM.includeBasePath;
    args.push(input4);
    process.setArguments(args);
    process.start();
    process.waitForStarted(-1); //等待程序启动
    process.waitForFinished(-1);//等待程序关闭

    return true;
};


PM.prototype.applyOperation = function (preview) {

    // 添加图层
    var layername = this.cvFile;
    addLayerToView(layername.toString(), "white", "CONTINUOUS", RLineweight.Weight025, 1);
    setCurrentLayer(layername.toString());

    var colorReady = new Array(
        [
            new RColor(255, 0, 0),
            new RColor(255, 0, 0),
            new RColor(160, 32, 240),
            new RColor(0, 255, 0),
        ]
        // ,
        // [
        //     new RColor(128, 0, 128),
        //     new RColor(77, 255, 77),
        //     new RColor(200, 96, 255),
        //     new RColor(160, 32, 240),
        // ],
        // [
        //     new RColor(255, 153, 77),
        //     new RColor(255, 153, 77),
        //     new RColor(128, 255, 255),
        //     new RColor(0, 255, 255),
        // ],
        // [
        //     new RColor(77, 255, 255),
        //     new RColor(77, 255, 255),
        //     new RColor(255, 255, 128),
        //     new RColor(255, 255, 0),
        // ],
        // [
        //     new RColor(148, 121, 253),
        //     new RColor(148, 121, 253),
        //     new RColor(255, 192, 128),
        //     new RColor(255, 165, 0),
        // ]
    );
    var colorIndex = Math.floor(Math.random() * colorReady.length);
    var selectedArray = colorReady[colorIndex];
    var YQXColor = selectedArray[0];
    var ZXColor = selectedArray[1];
    var HHQXColor = selectedArray[2];
    var FZXColor = selectedArray[3];

    var jdIndx = 1;
    var lastType = 0;
    for (var i = 0; i < this.newEntityData.length; i++) {
        if (1 == this.newEntityData[i][8]) {
            var TempEntityData = new Array();
            TempEntityData.push([this.newEntityData[i][0], this.newEntityData[i][1]]);
            TempEntityData.push([this.newEntityData[i][2], this.newEntityData[i][3]]);
            addPolylinetoView(TempEntityData, false, false, 1, ZXColor);
            // EAction.handleUserMessage(this.newEntityData[i].toString());
            this.mileage_line(
                lastType,
                new Array(this.newEntityData[i][0], this.newEntityData[i][1]),
                new Array(this.newEntityData[i][2], this.newEntityData[i][3]),
                ZXColor, true
            );
        }
        else if (3 == this.newEntityData[i][8]) {
            //-1:右曲线，1：左曲线 其中右曲线因为是逆时针（角度由大到小），需要画出对应的反向弧 lyz
            // EAction.handleUserMessage(this.newEntityData[i].toString());
            if (1 == this.newEntityData[i][7]) {
                addArctoView(this.newEntityData[i][0], this.newEntityData[i][1], this.newEntityData[i][4],
                    this.newEntityData[i][5], this.newEntityData[i][6], false, 1, YQXColor);
            }
            else if (-1 == this.newEntityData[i][7]) {
                addArctoView(this.newEntityData[i][0], this.newEntityData[i][1], this.newEntityData[i][4],
                    this.newEntityData[i][5], this.newEntityData[i][6], true, 1, YQXColor);
            }
            this.mileage_circle(
                lastType,
                new Array(this.newEntityData[i][0], this.newEntityData[i][1]),
                this.newEntityData[i][4],
                this.newEntityData[i][5],
                this.newEntityData[i][6],
                true,
                YQXColor,
                true
            );
        }
        else {
            //-1:右曲线，1：左曲线 其中右曲线因为是逆时针（角度由大到小），需要画出对应的反向弧 lyz
            // EAction.handleUserMessage(this.newEntityData[i].toString());
            if (1 == this.newEntityData[i][7]) {
                addArctoView(this.newEntityData[i][0], this.newEntityData[i][1], this.newEntityData[i][4],
                    this.newEntityData[i][5], this.newEntityData[i][6], false, 1, HHQXColor);
            }
            else if (-1 == this.newEntityData[i][7]) {
                addArctoView(this.newEntityData[i][0], this.newEntityData[i][1], this.newEntityData[i][4],
                    this.newEntityData[i][5], this.newEntityData[i][6], true, 1, HHQXColor);
            }
            this.mileage_circle(
                lastType,
                new Array(this.newEntityData[i][0], this.newEntityData[i][1]),
                this.newEntityData[i][4],
                this.newEntityData[i][5],
                this.newEntityData[i][6],
                true,
                YQXColor,
                lastType != this.newEntityData[i][8]
            );
        }
        lastType = this.newEntityData[i][8];
    }

    //绘制辅助线，1为辅助线起点，2为焦点点，3为辅助线终点
    for (var i = 0; i < this.newFZEntityData.length;) {
        var TempLineData = new Array();

        if (i < this.newFZEntityData.length && this.newFZEntityData[i][2] == 1) {
            TempLineData.push([this.newFZEntityData[i][0], this.newFZEntityData[i][1]]);
        }
        if (i + 1 < this.newFZEntityData.length && this.newFZEntityData[i + 1][2] == 2) {
            TempLineData.push([this.newFZEntityData[i + 1][0], this.newFZEntityData[i + 1][1]]);
            addCircleToView(this.newFZEntityData[i + 1][0], this.newFZEntityData[i + 1][1], 0.5, 1, FZXColor);

        }
        if (i + 2 < this.newFZEntityData.length && this.newFZEntityData[i + 2][2] == 3) {
            TempLineData.push([this.newFZEntityData[i + 2][0], this.newFZEntityData[i + 2][1]]);
        }
        // 计算角度
        this.calDeg([this.newFZEntityData[i][0], this.newFZEntityData[i][1]], [this.newFZEntityData[i + 1][0], this.newFZEntityData[i + 1][1]],
            [this.newFZEntityData[i + 2][0], this.newFZEntityData[i + 2][1]], jdIndx);

        jdIndx = jdIndx + 1;

        addPolylinetoView(TempLineData, false, false, 1, FZXColor);
        i = i + 3;
    }

    EAction.handleUserMessage("save csv file start!");
    // var fname = this.fileName.substring(0,this.fileName.lastIndexOf("."))+".csv";
    var fname = this.fileName.substring(0, this.fileName.lastIndexOf(".")) + "_op.csv";
    var file = new QFile(fname);
    if (file.exists()) {
        //如果文件存在执行的操作，此处为空，因为文件不可能存在
    }
    file.open(makeQIODeviceOpenMode(QIODevice.WriteOnly, QIODevice.Text));
    var out = new QTextStream(file);
    //写表头
    out.writeString("JD_x,JD_y,R,ls\n");
    //写数据
    for (i = 0; i < this.csvCoor.length; i++) {
        if (i == 0 || i == this.csvCoor.length - 1) {
            out.writeString(this.csvCoor[i][0] + "," + this.csvCoor[i][1] + "," + 0 + "," + 0 + "\n");
        }
        else {
            out.writeString(this.csvCoor[i][0] + "," + this.csvCoor[i][1] + "," + this.csvR[i - 1] + "," + this.csvls[i - 1] + "\n");
        }
    }
    out.flush();
    //写完数据需要关闭文件
    file.close();
    EAction.handleUserMessage("save csv file success!");

    var di = getAssignDocumentInterface(1);
    if (!isNull(di)) {
        // di.regenerateScenes();
        di.autoZoom();
    }

    return true;
};

PM.prototype.readTxt = function (file) {

    var reader = new QFile(file);

    var flags = makeQIODeviceOpenMode(QIODevice.ReadOnly, QIODevice.Text);
    if (!reader.open(flags)) {
        EAction.handleUserWarning("cannot open file: " + file);
        return;
    }

    //每次都去文件中的一行，然后输出读取到的字符串lyz

    var ts = new QTextStream(reader);
    setUtf8Codec(ts);

    //定义初始值 lyz
    var pLineNo = 0;
    var LineStartPointX = 0.0;
    var LineStartPointY = 0.0;

    var CurCurveStartPointX = 0.0;
    var CurCurveStartPointY = 0.0;
    var CurCurveEndPointX = 0.0;
    var CurCurveEndPointY = 0.0;
    var CurCurveZ = 0;
    var CurCurveS = 0.0;
    var CurCurveRO = 0.0;
    var CurCurveRD = 0.0;
    var CurCurveType = 0;

    var CurCurveStartZH = 0.0;
    var CurCurveEndZH = 0.0;
    var CurCurveStartAngle = 0.0;
    var CurCurveEndAngle = 0.0;

    var CurHuanheT = 0.0;

    var CurCurveCenterPointX = 0.0;
    var CurCurveCenterPointY = 0.0;

    var DeltaS = 5.0;//缓和曲线取样点间隔

    var TempFZData = new Array();//临时辅助线 liyz

    //当读取出现错误（返回 -1）或者读取到的字符数为 0 时，结束读取 lyz
    do {
        var textLine = ts.readLine().trim();
        //EAction.handleUserWarning(textLine);

        textLine = textLine.replace(/[\t]+/g, " ").replace(/[\s]+/g, " ");
        textLine = textLine.replace(/\r\n/g, "");
        //EAction.handleUserMessage(textLine);
        var fields = textLine.split(" ");    // Reserved: ',&[' & ';&['
        if (fields.length < 4 || pLineNo < 1 /*|| pLineNo >10*/) {    // With two extra fields >
            pLineNo++;
            continue;
        } // End with two extra

        if (pLineNo == 1) {
            // EAction.handleUserMessage("LineCurveTotalNum: " + fields[0]);
        }
        else if (pLineNo == 2) {
            // EAction.handleUserMessage("LineStartLinkMode: " + fields[0]);
            // EAction.handleUserMessage("LineStartZH: " + fields[1]);
            // EAction.handleUserMessage("LineStartXY: " + fields[4] + "," + fields[5]);

            //添加线路起点坐标 lyz
            LineStartPointX = parseFloat(fields[4]);
            LineStartPointY = parseFloat(fields[5]);
            //用曲线入口X1,Y1作为起始位置 lyz
            CurCurveStartPointX = parseFloat(fields[4]);
            CurCurveStartPointY = parseFloat(fields[5]);
            //用桩号/公里标作为起始位置 lyz
            //  CurCurveStartPointX = parseFloat(fields[1]);
            // CurCurveStartPointY = 0.0;

            this.csvCoor.push([fields[4], fields[5]]);
        }
        else if ((pLineNo - 3) % 3 == 0) {

            // EAction.handleUserMessage("Curve Z: " + fields[0]);
            // EAction.handleUserMessage("Curve S: " + fields[2]);
            // EAction.handleUserMessage("Curve T: " + fields[3]);
            // EAction.handleUserMessage("Curve RO: " + fields[4]);
            // EAction.handleUserMessage("Curve RD: " + fields[5]);
            // EAction.handleUserMessage("Curve Type: " + fields[6]);

            CurCurveZ = parseInt(fields[0]);
            CurCurveS = Math.abs(parseFloat(fields[2]));
            CurHuanheT = parseFloat(fields[3]);
            CurCurveRO = parseFloat(fields[4]);
            CurCurveRD = parseFloat(fields[5]);
            CurCurveType = parseInt(fields[6]);
        }
        else if ((pLineNo - 3) % 3 == 1) {

            //EAction.handleUserMessage("Curve Z:" + fields[0]);
            //EAction.handleUserMessage("Curve S:" + fields[2]);
            //EAction.handleUserMessage("Curve RO:" + fields[2]);
            //EAction.handleUserMessage("Curve RD:" + fields[2]);
        }
        else if ((pLineNo - 3) % 3 == 2) {
            // EAction.handleUserMessage("Curve StartZH: " + fields[0]);
            // EAction.handleUserMessage("Curve EndZH: " + fields[1]);
            // EAction.handleUserMessage("Curve StartAngle: " + fields[2]);
            // EAction.handleUserMessage("Curve EndAngle: " + fields[3]);

            CurCurveStartZH = parseFloat(fields[0]);
            CurCurveEndZH = parseFloat(fields[1]);
            CurCurveStartAngle = parseFloat(fields[2]);
            CurCurveEndAngle = parseFloat(fields[3]);

            if (1 == CurCurveType) {
                //确定直线的起始和终止点 lyz
                CurCurveEndPointX = CurCurveStartPointX + Math.abs(CurCurveS) * Math.cos(CurCurveStartAngle);
                CurCurveEndPointY = CurCurveStartPointY + Math.abs(CurCurveS) * Math.sin(CurCurveStartAngle);

                this.newEntityData.push([CurCurveStartPointX / parseFloat(this.ratio), CurCurveStartPointY / parseFloat(this.ratio),
                CurCurveEndPointX / parseFloat(this.ratio), CurCurveEndPointY / parseFloat(this.ratio), 0,
                    0, 0, CurCurveZ, CurCurveType]);

            }
            else if (21 == CurCurveType || 22 == CurCurveType) {
                ////确定直缓和及缓和直曲线的起始和终止点 lyz
                //var CurCurveStartAngleByCenter = 0.0;
                //var CurCurveEndAngleByCenter = 0.0;
                //var TempCurveR = Math.abs(CurCurveS) / Math.abs(CurCurveEndAngle - CurCurveStartAngle);
                //if (CurCurveZ == 1) {
                //    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) - 90;
                //    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) - 90;
                //} else if (CurCurveZ == -1) {
                //    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) + 90;
                //    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) + 90;
                //}

                //CurCurveCenterPointX = CurCurveStartPointX - TempCurveR * Math.cos(deg2rad(CurCurveStartAngleByCenter));
                //CurCurveCenterPointY = CurCurveStartPointY - TempCurveR * Math.sin(deg2rad(CurCurveStartAngleByCenter));

                //CurCurveEndPointX = CurCurveCenterPointX + TempCurveR * Math.cos(deg2rad(CurCurveEndAngleByCenter));
                //CurCurveEndPointY = CurCurveCenterPointY + TempCurveR * Math.sin(deg2rad(CurCurveEndAngleByCenter));

                //this.newEntityData.push([CurCurveCenterPointX / parseFloat(this.ratio), CurCurveCenterPointY / parseFloat(this.ratio), 0, 0, TempCurveR / parseFloat(this.ratio),
                //    CurCurveStartAngleByCenter, CurCurveEndAngleByCenter, CurCurveZ, CurCurveType]);
                this.CurHuanheTArr.push(CurHuanheT);
                if (CurCurveZ == 1) {
                    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) - 90;
                    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) - 90;
                } else if (CurCurveZ == -1) {
                    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) + 90;
                    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) + 90;
                }
                var CurCurveDeltaR = Math.abs(CurCurveRD - CurCurveRO);
                // EAction.handleUserMessage("Curve CurCurveDeltaR: " + CurCurveDeltaR.toString());
                var TempStartPointX = CurCurveStartPointX;
                var TempStartPointY = CurCurveStartPointY;
                var TempEndPointX = 0;
                var TempEndPointY = 0;
                var TempCenterPointX = 0;
                var TempCenterPointY = 0;
                var TempStartAngleByCenter = CurCurveStartAngleByCenter;
                var TempEndAngleByCenter = 0.0;
                var TempCurveR = 0;

                //插值求解缓和曲线：计算每个分段曲线（用圆弧或者线段都可以，此处用圆弧）的半径、起始角度、终止角度及圆心，再将分段曲线拟合成缓和曲线，liyz
                for (var j = 0; j < CurCurveS; j = j + DeltaS) {

                    if (21 == CurCurveType) {
                        TempCurveR = CurCurveRO - (j / CurCurveS) * CurCurveDeltaR;
                    }
                    else {
                        TempCurveR = CurCurveRO + (j / CurCurveS) * CurCurveDeltaR;
                    }
                    // EAction.handleUserMessage("Curve TempCurveR: " + TempCurveR.toString());

                    if (1 == CurCurveZ) {
                        TempEndAngleByCenter = TempStartAngleByCenter + rad2deg(DeltaS / TempCurveR);
                    }
                    else {
                        TempEndAngleByCenter = TempStartAngleByCenter - rad2deg(DeltaS / TempCurveR);
                    }


                    TempCenterPointX = TempStartPointX - TempCurveR * Math.cos(deg2rad(TempStartAngleByCenter));
                    TempCenterPointY = TempStartPointY - TempCurveR * Math.sin(deg2rad(TempStartAngleByCenter));

                    TempEndPointX = TempCenterPointX + TempCurveR * Math.cos(deg2rad(TempEndAngleByCenter));
                    TempEndPointY = TempCenterPointY + TempCurveR * Math.sin(deg2rad(TempEndAngleByCenter));

                    this.newEntityData.push([TempCenterPointX / parseFloat(this.ratio), TempCenterPointY / parseFloat(this.ratio), 0, 0, TempCurveR / parseFloat(this.ratio),
                        TempStartAngleByCenter, TempEndAngleByCenter, CurCurveZ, CurCurveType]);

                    //存储临时辅助线数据
                    if (21 == CurCurveType && j == 0) {
                        TempFZData.push([TempStartPointX, TempStartPointY, CurCurveStartAngle, 1, CurCurveZ]);

                        this.csvls.push(Math.abs(CurCurveS));
                    }
                    else if (22 == CurCurveType && j + DeltaS >= CurCurveS) {
                        TempFZData.push([TempEndPointX, TempEndPointY, CurCurveEndAngle, 3, CurCurveZ]);
                    }


                    TempStartPointX = TempEndPointX;
                    TempStartPointY = TempEndPointY;
                    TempStartAngleByCenter = TempEndAngleByCenter;

                    if (j + DeltaS >= CurCurveS) {
                        CurCurveEndPointX = TempEndPointX;
                        CurCurveEndPointY = TempEndPointY;
                    }
                }

            }
            else if (3 == CurCurveType) {
                //确定圆曲线的起始和终止点 lyz
                var CurCurveStartAngleByCenter = 0.0;
                var CurCurveEndAngleByCenter = 0.0;
                if (CurCurveZ == 1) {
                    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) - 90;
                    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) - 90;
                } else if (CurCurveZ == -1) {
                    CurCurveStartAngleByCenter = rad2deg(CurCurveStartAngle) + 90;
                    CurCurveEndAngleByCenter = rad2deg(CurCurveEndAngle) + 90;
                }

                CurCurveCenterPointX = CurCurveStartPointX - CurCurveRO * Math.cos(deg2rad(CurCurveStartAngleByCenter));
                CurCurveCenterPointY = CurCurveStartPointY - CurCurveRO * Math.sin(deg2rad(CurCurveStartAngleByCenter));

                CurCurveEndPointX = CurCurveCenterPointX + CurCurveRO * Math.cos(deg2rad(CurCurveEndAngleByCenter));
                CurCurveEndPointY = CurCurveCenterPointY + CurCurveRO * Math.sin(deg2rad(CurCurveEndAngleByCenter));

                this.newEntityData.push([CurCurveCenterPointX / parseFloat(this.ratio), CurCurveCenterPointY / parseFloat(this.ratio), 0, 0, CurCurveRO / parseFloat(this.ratio),
                    CurCurveStartAngleByCenter, CurCurveEndAngleByCenter, CurCurveZ, CurCurveType]);

                var Rl = abs(deg2rad(CurCurveEndAngleByCenter - CurCurveStartAngleByCenter) * CurCurveRO);
                this.centerO.push([CurCurveCenterPointX, CurCurveCenterPointY, Rl, (CurCurveEndAngleByCenter - CurCurveStartAngleByCenter)]);
                this.csvR.push(CurCurveRO);
            }

            CurCurveStartPointX = CurCurveEndPointX;
            CurCurveStartPointY = CurCurveEndPointY;
            // this.primePointArr.push([CurCurveType, CurCurveStartPointX, CurCurveStartPointY, CurCurveEndZH, CurCurveEndAngle]);
        }
        // EAction.handleUserMessage("\n");

        pLineNo++;
    }
    while (!ts.atEnd());


    //处理辅助线点信息 liyz
    for (var j = 0; j < TempFZData.length - 1; j++) {
        if (1 == TempFZData[j][3] && 3 == TempFZData[j + 1][3]) {
            this.newFZEntityData.push([TempFZData[j][0] / parseFloat(this.ratio), TempFZData[j][1] / parseFloat(this.ratio), TempFZData[j][3]]);

            //计算辅助线交点值 liyz
            var k_1 = Math.tan(TempFZData[j][2]);
            var b_1 = TempFZData[j][1] - TempFZData[j][0] * k_1;
            var k_2 = Math.tan(TempFZData[j + 1][2]);
            var b_2 = TempFZData[j + 1][1] - TempFZData[j + 1][0] * k_2;

            var TempJDX = (b_2 - b_1) / (k_1 - k_2);
            var TempJDY = k_1 * TempJDX + b_1;

            this.newFZEntityData.push([TempJDX / parseFloat(this.ratio), TempJDY / parseFloat(this.ratio), 2]);
            this.csvCoor.push([TempJDX / parseFloat(this.ratio), TempJDY / parseFloat(this.ratio)]);
            this.newFZEntityData.push([TempFZData[j + 1][0] / parseFloat(this.ratio), TempFZData[j + 1][1] / parseFloat(this.ratio), TempFZData[j + 1][3]]);
        }
    }

    // EAction.handleUserMessage("newFZEntityData: " + this.newFZEntityData.toString());
    this.applyOperation();

    reader.close();
    return true;

};


PM.prototype.calDeg = function (A, B, C, jdIndx) {
    var JD_x = B[0];
    var JD_y = B[1];
    var C_x = this.centerO[jdIndx - 1][0];
    var C_y = this.centerO[jdIndx - 1][1];
    // 计算向量AB与x轴的夹角
    var angleRad = Math.atan2(JD_y - C_y, JD_x - C_x);
    // 将弧度转换为角度
    var angleDeg = rad2deg(angleRad);
    // 保证角度在0到360度之间
    if (angleDeg < 0) {
        angleDeg += 360.0;
    }
    // 相对JD的向圆心的偏移量
    var drift_x = Math.cos(deg2rad(angleDeg));
    var drift_y = Math.sin(deg2rad(angleDeg));
    // JD文本的旋转角度
    var angle_vertical = 0;
    if (0 <= angleDeg && angleDeg < 90) {
        drift_x = - Math.abs(drift_x);
        drift_y = - Math.abs(drift_y);
        angle_vertical = - (90 - angleDeg % 90);
    } else if (90 <= angleDeg && angleDeg < 180) {
        drift_x = Math.abs(drift_x);
        drift_y = - Math.abs(drift_y);
        angle_vertical = angleDeg % 90;
    } else if (180 <= angleDeg && angleDeg < 270) {
        drift_x = Math.abs(drift_x);
        drift_y = Math.abs(drift_y);
        angle_vertical = - (90 - angleDeg % 90);
    } else {
        drift_x = - Math.abs(drift_x);
        drift_y = Math.abs(drift_y);
        angle_vertical = angleDeg % 90;
    }
    if (angleDeg > 180) {
        // 标注文本方向始终是JD向内的方向
        angle_vertical = angle_vertical + 180;
    }
    // 交点和圆心的的连线
    // addLineToView([JD_x, JD_y], [C_x, C_y], 1);
    // EAction.handleUserMessage("jdIndx: " + jdIndx.toString() + ", angleDeg:" + angleDeg.toString() + ",angleDeg % 90:" + (angleDeg % 90).toString()+ ",angle_vertical:" + angle_vertical.toString());

    // JD标注
    addSimpleTextToView("JD" + jdIndx.toString(), [JD_x - 20 * drift_x - 10, JD_y - 20 * drift_y], 15, angle_vertical, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);

    // 圆心和JD连接与圆的交叉点
    var cross_x = C_x - this.csvR[jdIndx - 1] * drift_x;
    var cross_y = C_y - this.csvR[jdIndx - 1] * drift_y;
    // 标注和交叉点的距离
    var distance = 150;
    var angle = this.centerO[jdIndx - 1][3];
    var textArray = new Array();
    textArray.push("JD" + jdIndx.toString());
    // textArray.push("az-" + this.centerO[jdIndx - 1][3].toString());
    var deg = Math.floor(angle);
    var min = Math.floor((angle - deg) * 60);
    var sec = Math.floor(((angle - deg) * 60 - min) * 60);
    textArray.push("az-" + deg.toString() + "°" + min.toString() + "'" + sec.toString() + "''");
    textArray.push("R-" + this.csvR[jdIndx - 1].toString());
    textArray.push("l-" + this.csvls[jdIndx - 1].toString());
    textArray.push("T-" + (round(this.CurHuanheTArr[jdIndx - 1] * 1000) / 1000).toString());
    textArray.push("L-" + (round(this.centerO[jdIndx - 1][2] * 1000) / 1000).toString());
    for (var i = 0; i < textArray.length; i++) {
        var text_x = (distance + 25 * i) * drift_x + cross_x;
        var text_y = (distance + 25 * i) * drift_y + cross_y;
        addSimpleTextToView(textArray[i], [text_x, text_y], 15, angle_vertical, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    }
    return true;
};


PM.prototype.drawPrimeTxt = function () {
    var digree = rad2deg(this.primePointArr[i][4]) + 90;

    if (1 == this.primePointArr[i][0]) {
        addSimpleTextToView("ZH +" + this.primePointArr[i][3].toString(), [this.primePointArr[i][1] + 1, this.primePointArr[i][2]],
            15, digree, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    } else if (21 == this.primePointArr[i][0]) {
        addSimpleTextToView("HY +" + this.primePointArr[i][3].toString(), [this.primePointArr[i][1] + 1, this.primePointArr[i][2]],
            15, digree, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    } else if (3 == this.primePointArr[i][0]) {
        addSimpleTextToView("YH +" + this.primePointArr[i][3].toString(), [this.primePointArr[i][1] + 1, this.primePointArr[i][2]],
            15, digree, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    } else {
        addSimpleTextToView("HZ +" + this.primePointArr[i][3].toString(), [this.primePointArr[i][1] + 1, this.primePointArr[i][2]],
            15, digree, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    }
};

PM.prototype.compute_offset = function (origin, target) {
    var origin_x = origin[0];
    var origin_y = origin[1];
    var target_x = target[0];
    var target_y = target[1];
    // 计算向量AB与x轴的夹角
    var angleRad = Math.atan2(origin_y - target_y, origin_x - target_x);
    // 将弧度转换为角度
    var angleDeg = rad2deg(angleRad);
    // 保证角度在0到360度之间
    if (angleDeg < 0) {
        angleDeg += 360.0;
    }
    // target向origin偏移量
    var drift_x = Math.cos(deg2rad(angleDeg));
    var drift_y = Math.sin(deg2rad(angleDeg));
    // JD文本的旋转角度
    var vertical_angle = 0;
    var vertical_drift_x = 0;
    var vertical_drift_y = 0;
    if (0 <= angleDeg && angleDeg < 90) {
        drift_x = -Math.abs(drift_x);
        drift_y = -Math.abs(drift_y);
        vertical_angle = -(90 - (angleDeg % 90));
        vertical_drift_x = Math.abs(Math.cos(deg2rad(vertical_angle)));
        vertical_drift_y = - Math.abs(Math.sin(deg2rad(vertical_angle)));
    } else if (90 <= angleDeg && angleDeg < 180) {
        drift_x = Math.abs(drift_x);
        drift_y = -Math.abs(drift_y);
        vertical_angle = angleDeg % 90;
        vertical_drift_x = Math.abs(Math.cos(deg2rad(vertical_angle)));
        vertical_drift_y = Math.abs(Math.sin(deg2rad(vertical_angle)));
    } else if (180 <= angleDeg && angleDeg < 270) {
        drift_x = Math.abs(drift_x);
        drift_y = Math.abs(drift_y);
        vertical_angle = -(90 - (angleDeg % 90));
        vertical_drift_x = Math.abs(Math.cos(deg2rad(vertical_angle)));
        vertical_drift_y = - Math.abs(Math.sin(deg2rad(vertical_angle)));
    } else {
        drift_x = -Math.abs(drift_x);
        drift_y = Math.abs(drift_y);
        vertical_angle = angleDeg % 90;
        vertical_drift_x = Math.abs(Math.cos(deg2rad(vertical_angle)));
        vertical_drift_y = Math.abs(Math.sin(deg2rad(vertical_angle)));
    }
    return new Array(drift_x, drift_y, angleDeg, vertical_drift_x, vertical_drift_y, vertical_angle);
};

PM.prototype.mileage_line = function (CurCurveType, origin, target, ZXColor, isPrime) {
    var origin_x = origin[0];
    var origin_y = origin[1];
    var target_x = target[0];
    var target_y = target[1];
    var distance = Math.sqrt(Math.pow(target_x - origin_x, 2) + Math.pow(target_y - origin_y, 2));
    var distanceNext = 100 - (this.mileage % 100);
    if (isPrime && 0 !== this.mileage) {
        var angle_prime = this.compute_offset(origin, target)[5];
        if (1 == CurCurveType) {
            addSimpleTextToView("ZH +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [origin_x, origin_y], 15, angle_prime + 90, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else if (21 == CurCurveType) {
            addSimpleTextToView("HY +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [origin_x, origin_y], 15, angle_prime + 90, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else if (3 == CurCurveType) {
            addSimpleTextToView("YH +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [origin_x, origin_y], 15, angle_prime + 90, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else {
            addPolylinetoView(new Array([origin_x, origin_y], [origin_x + 150 * Math.cos(deg2rad(angle_prime)), origin_y + 150 * Math.sin(deg2rad(angle_prime))]), false, false, 1, ZXColor);
            var origin_text_x = origin_x + 18 * Math.abs(Math.cos(deg2rad(angle_prime + 90))) + 15 * Math.cos(deg2rad(angle_prime));
            var origin_text_y = origin_y + 18 * Math.abs(Math.sin(deg2rad(angle_prime + 90))) + 15 * Math.sin(deg2rad(angle_prime));
            addSimpleTextToView("HZ +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [origin_text_x, origin_text_y], 15, angle_prime, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        }
    }
    if (distance < distanceNext) {
        // 不足下一个百米标的位置直接返回
        this.mileage += distance;
        return;
    }
    this.mileage += distanceNext;
    var offset = this.compute_offset(origin, target);
    var offset_x = offset[0];
    var offset_y = offset[1];
    var angle = offset[2];
    var offset_vertical_x = offset[3];
    var offset_vertical_y = offset[4];
    var angle_vertical = offset[5];
    // 下一个百米标的坐标
    var x = origin_x + distanceNext * offset_x;
    var y = origin_y + distanceNext * offset_y;
    // addPolylinetoView(new Array([x, y], [x - 20 * offset_vertical_x, y - 20 * offset_vertical_y]), false, false, 0, ZXColor);
    // addPolylinetoView(new Array([x, y], [x + 20 * offset_vertical_x, y + 20 * offset_vertical_y]), false, false, 0, ZXColor);
    var text = this.mileage % 1000 == 0 ? "K " + this.mileage / 1000 : (this.mileage / 100) % 10;
    // EAction.handleUserMessage("--mileage_line: " + this.mileage.toString() + ", angle: " + angle.toString() + ", angle_vertical: " + angle_vertical.toString());
    // EAction.handleUserMessage("--mileage_line: offset_vertical_x: " + offset_vertical_x.toString() + ", offset_vertical_y: " + offset_vertical_y.toString());
    addPolylinetoView(new Array([x, y], [x + 10 * offset_vertical_x, y + 10 * offset_vertical_y]), false, false, 1, ZXColor);
    addSimpleTextToView(text.toString(), [x + 20 * offset_vertical_x, y + 20 * offset_vertical_y], 15, angle_vertical, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    // var isReverse = angle > 90 && angle < 270;
    // addPolylinetoView(new Array([x, y], [x + (isReverse?1:-1) * 10 * offset_vertical_x, y + (isReverse?1:-1) * 10 * offset_vertical_y]), false, false, 0, ZXColor);
    // addSimpleTextToView(text.toString(), [x + (isReverse?1:-1) * 20 * offset_vertical_x, y + (isReverse?1:-1) * 20 * offset_vertical_y], 15, isReverse ? angle-90 : angle, "Standard" , RS.VAlignTop, RS.HAlignLeft, false, false, 0);
    this.mileage_line(CurCurveType, new Array(x, y), target, ZXColor, false);
};

PM.prototype.mileage_circle = function (CurCurveType, center, radius, startAngle, endAngle, reversed, ZXColor, isPrime) {
    var center_x = center[0];
    var center_y = center[1];
    var angle_gap = startAngle - endAngle;
    var distance = radius * deg2rad(Math.abs(angle_gap));
    var distanceNext = 100 - (this.mileage % 100);
    if (isPrime && 0 !== this.mileage) {
        var prime_offset_x = Math.abs(Math.cos(deg2rad(startAngle)));
        var prime_offset_y = Math.abs(Math.sin(deg2rad(startAngle)));
        var tmp_startAngle = (startAngle + 360) % 360;
        if (tmp_startAngle <= 90) {
            prime_offset_x = prime_offset_x;
            prime_offset_y = prime_offset_y;
        } else if (tmp_startAngle > 90 && tmp_startAngle <= 180) {
            prime_offset_x = - prime_offset_x;
            prime_offset_y = prime_offset_y;
        } else if (tmp_startAngle > 180 && tmp_startAngle <= 270) {
            prime_offset_x = - prime_offset_x;
            prime_offset_y = - prime_offset_y;
        } else {
            prime_offset_x = prime_offset_x;
            prime_offset_y = - prime_offset_y;
        }
        var prime_x = center_x + radius * prime_offset_x;
        var prime_y = center_y + radius * prime_offset_y;
        var angle_prime = this.compute_offset(new Array(prime_x, prime_y), new Array(center_x, center_y))[5];
        var reverse_prime = angle_prime > 0 && angle_prime < 90;
        var angle_prime_text = reverse_prime ? angle_prime - 90 : angle_prime + 90;
        // EAction.handleUserMessage("---mileage: " + this.mileage.toString()+",angle_prime_text:"+angle_prime_text.toString());
        addPolylinetoView(new Array([prime_x, prime_y], [prime_x + 150 * Math.cos(deg2rad(angle_prime_text)), prime_y + 150 * Math.sin(deg2rad(angle_prime_text))]), false, false, 1, ZXColor);
        var prime_text_x = prime_x + 18 * Math.abs(Math.cos(deg2rad(angle_prime_text + 90))) + 15 * Math.cos(deg2rad(angle_prime_text));
        var prime_text_y = prime_y + 18 * Math.abs(Math.sin(deg2rad(angle_prime_text + 90))) + 15 * Math.sin(deg2rad(angle_prime_text));
        if (1 == CurCurveType) {
            addSimpleTextToView("ZH +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [prime_text_x, prime_text_y], 15, angle_prime_text, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else if (21 == CurCurveType) {
            addSimpleTextToView("HY +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [prime_text_x, prime_text_y], 15, angle_prime_text, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else if (3 == CurCurveType) {
            addSimpleTextToView("YH +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [prime_text_x, prime_text_y], 15, angle_prime_text, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        } else {
            addSimpleTextToView("HZ +" + (round(this.mileage % 1000 * 1000) / 1000).toString(), [prime_text_x, prime_text_y], 15, angle_prime_text, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
        }
    }
    if (distance < distanceNext) {
        // 不足下一个百米标的位置直接返回
        this.mileage += distance;
        return;
    }
    this.mileage += distanceNext;
    var newAngle = startAngle + (angle_gap > 0 ? -1 : 1) * rad2deg(distanceNext / radius);
    var new_offset_x = Math.abs(Math.cos(deg2rad(newAngle)));
    var new_offset_y = Math.abs(Math.sin(deg2rad(newAngle)));
    // 计算坐标偏移方向
    var tmp_angle = (newAngle + 360) % 360;
    if (tmp_angle <= 90) {
        new_offset_x = new_offset_x;
        new_offset_y = new_offset_y;
    } else if (tmp_angle > 90 && tmp_angle <= 180) {
        new_offset_x = - new_offset_x;
        new_offset_y = new_offset_y;
    } else if (tmp_angle > 180 && tmp_angle <= 270) {
        new_offset_x = - new_offset_x;
        new_offset_y = - new_offset_y;
    } else {
        new_offset_x = new_offset_x;
        new_offset_y = - new_offset_y;
    }
    var new_x = center_x + radius * new_offset_x;
    var new_y = center_y + radius * new_offset_y;
    // 开始画线
    var offset = this.compute_offset(new Array(new_x, new_y), new Array(center_x, center_y));
    var offset_x = offset[0];
    var offset_y = offset[1];
    var angle = offset[3];
    var angle_vertical = offset[5];
    // addPolylinetoView(new Array([new_x, new_y], [new_x - 20 * offset_x, new_y - 20 * offset_y]), false, false, 0, ZXColor);
    // addPolylinetoView(new Array([new_x, new_y], [new_x + 20 * offset_x, new_y + 20 * offset_y]), false, false, 0, ZXColor);
    var text = this.mileage % 1000 == 0 ? "K " + this.mileage / 1000 : (this.mileage / 100) % 10;
    var isReverse = tmp_angle > 90 && tmp_angle < 270;
    // EAction.handleUserMessage("--mileage_circle: " + this.mileage.toString() + ", tmp_angle: " + tmp_angle.toString() + ",angle: " + angle.toString() + ", angle_vertical: " + angle_vertical.toString());
    // EAction.handleUserMessage("--mileage_circle: offset_x: " + offset_x.toString() + ", offset_y: " + offset_y.toString());
    addPolylinetoView(new Array([new_x, new_y], [new_x + (isReverse ? 1 : -1) * 10 * offset_x, new_y + (isReverse ? 1 : -1) * 10 * offset_y]), false, false, 1, ZXColor);
    addSimpleTextToView(text.toString(), [new_x + (isReverse ? 1 : -1) * 20 * offset_x, new_y + (isReverse ? 1 : -1) * 20 * offset_y], 15, isReverse ? tmp_angle - 180 : tmp_angle, "Standard", RS.VAlignTop, RS.HAlignLeft, false, false, 1);
    // addPolylinetoView(new Array([new_x, new_y], [new_x + 10 * offset_x, new_y + 10 * offset_y]), false, false, 0, ZXColor);
    // addSimpleTextToView(text.toString(), [new_x + 20 * offset_x, new_y + 20 * offset_y], 15, isReverse ? angle_vertical + 270 :angle_vertical-90, "Standard" , RS.VAlignTop, RS.HAlignLeft, false, false, 0);
    this.mileage_circle(CurCurveType, center, radius, newAngle, endAngle, reversed, ZXColor, false);
};