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CIFLog3二次开发Java接口说明
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CIFLog3二次开发Java接口说明

[TOC]

CIFLog3二次开发Java接口说明

程序挂接路径：...\CIFLog\platformResource_CN\appModule
cif包路径：...CIFLog\ciflog\modules\

Java基础数据访问接口

DataServiceBasicIO接口

接口函数 用途
changeCurveDepthRange 修改曲线深度区间
closeCifp 关闭井次文件
copyCuve 同井次间拷贝曲线
copyTable 不同井次间拷贝表格
ereateCip 创建井次文件
ereateCure(categoryID, curveName, arrayNum, arraySize, startDepth, sampleCount, depthLevel, dataType, curveUnit) 创建曲线
createCure(categoryID, curveNane, arayNum, arnySixe, startDeph, sampleCoumu, dephLevel, dataType, curveUnit, isClean-ingData) 创建曲线( 是否初始化曲线数据)
ereateDocunent(int categoryID, String docName, int isOverwriten) 创建空的二进制文档
createDocument(int caltegoryID, String docName, String srcFilPath, int isOverwritten) 创建二进制文档
cretaTable 创建表格
createWell 创建井文件
deleteCurve 删除曲线
dispatchNotifcation 分发数据更新消息
flush 刷新单条曲线缓存数据
flushAll 刷新所有曲线缓存数据
getCategoryDepthUnit 获得井次深度单位
getCurentWorkDir 获取当前工作目录
getCurve1DCount 获得井次文件中一维曲线条数
getCurve1DName 获得指定下标的一维曲线名称
getCuve2DCount 获得井次文件中二维曲线条数
getCurve2DName 获得指定下标的二维曲线名称
getCurve3DCount 获得井次文件中三维曲线条数
getCurve3DName 获得指定下标的三维曲线名称
getCurveArrayNum 获取曲线阵列数
getCurveArraySize 获取曲线阵列大小
getCurveDepthLevel 获取曲线采样间隔
getCurveDepthUnit 获取曲线深度单位
getCurveDimension 获取曲线维数
gelCurveEndDepth 获取曲线结束深度
gelCurveStartDepth 获取曲线开始深度
getCurveUnit 获取曲线单位
getMainProjectPath 获取系统当前主项目目录
getSysIstallationPath 获取系统安装目录
getSysResourcePath 获得系统资源目录
getTableColumnCount 获取表格列数
getTableRowCount 获取表格行数
getWellPropertiesltemValue 获取井次中的井属性
isCategoryExisted 判断井次是否存在
isCurveExisted 断曲线是否存在
openCifp 打开井次文件,获得井次ID号
readCurve1D(categoryID, curveName, startDepth, dataCount, buffer) 读一维曲线数据
readCurve1D(categoryID, curveName, startDepth, depthLevel, dataCount, buffer) 按指定的深度采样间隔读一维曲线数据
readCurve1D(categoryID, curveName, startDepth, upwardCount, downWardCount，buffer) 按前后点方式读一维曲线数据
readCurve2D(categoryID, curveName, startDepth, dataCount, arraySize, buffer) 读二维曲线数据
readCurve2D(categoryID, curveName, startDepth, upwardCount, downWardCount, araySize, buffer) 按前后点方式读二维曲线数据
readCurve3D(categoryID, curveName, arrayIndex, startDepth, dataCount, araySize, buffer) 读三维曲线数据
readCurve3D(categoryID, curveName, arrayIndex, startDepth, upwardCount, downWardCount, arraySize, buffer) 按前后点方式读三维曲线数据
readDocument 读文档保存至本地磁盘上的指定文件中
readTable(int categoryID, String tableName, int rowIndex, float[] buffer) 读表格记录
readTable( int categoryID, String tableName, int rowIndex, String[] buffer) 读表格记录
removeTableAllRecords 删除表格所有记录
setCurveDepthLevel 设置曲线深度采样间隔
setCurveInterpolation 设置曲线插值方式
setWellropertiesItemValue 设置井次中的井属性
spliceFilePath 拼接文件路径
writeCurve1D 写一维曲线数据
writeCurve2D 写二维曲线数据
writeCurve3D 写三维曲线数据
writeDocument 写二进制文档
writeTable(int categoryID, String tableName, int rowIndex, float[] buffer) 写表格记录
writeTable(int categoryID, String tableName, int rowIndex, String[] buffer) 写表格记录

DataServiceAssistIO接口

接口函数 用途
getCategoryCount 获取井次个数
getCalegoryName 获取井次名称
getLogCurveCount 获取曲线个数
getLogCurveName 获取曲线名称
getLogDocCount 获取文档个数
getLogDocName 获取文档名称
getLogTableCount 获取表格个数
getLogTableName 获取表格名称
getWellCount 获取井个数
getWellName 获取井名称
getWorkSpaceCount 获取工区个数
getWorkSpaceName 获取工区名称
openDataSource 打开数据源,获取数据源ID号

DataServiceIntegratedIO接口

接口函数 用途
dataChangedNotification 分发更新数据消息
flushData 刷新缓存中的数据
getDEP 获取当前曲线数据的输人深度
getDEPO 获取当前曲线数据的输出深度
getEDEP 获取当前处理层段的结束深度
getENDEP 获取处理井段的结束深度
getErrorMessage 获取错误信息
getInDataCount 获取一次读人的数据个数
getInputCategoryDepthUnit 获得处理井文件的深度单位
getInputCurveValue(int index, double startDepth, int dataCount, float[] values) 获取指定曲线的处理层段所有值, cifsun接口使用
getInputCurveValues(double currentDep, float[] values) 读入当前深度，点的每条输入曲线值
getOutDataCount 获取一次写人的数据个数
getParameterValues 获取当前处理层段的参数
getRLEV 获取处理井段的采样间隔
getRLEVO 获得输出曲线处理井段的采样间隔
getRedirectionInputCurveName 获得重定向输人曲线名称
getRedirectionOutputCurveName 获得重定向输出曲线名称
getSDEP 获取当前处理层段的起始深度
getSTDEP 获取处理井段的起始深度
readInpFile 解析参数卡片
setCifpPath 设置处理cifp文件路径
setInArrayCurve 设置输人的阵列曲线
setInpFilePath 设置参数卡片的路径
setInputCurveNames 设置初始的输人曲线名
setInterpolation 设置曲线的插值方式
setNextDepthRangeDepths 设置下一个处理层段相关值,到达处理层段末尾时不处理
setOutArrayCurve 设置输出的阵列曲线
setOuputCifpPath 设置输出cifp文件
setOutputCurveNames 设置初始的输出曲线名
setOutputCurveUnit 设置输出曲线单位
setOutputCurveValues 写人当前深度点的每条输出曲线值
setOutputDepthLevel 设置输出曲线处理层段的采样间隔
setParameterNames 设置初始的处理参数名
setZero 创建新曲线时是否将曲线值初始化为零

符合函数使用示例

计算POR

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import cif.dataservice.io.*;

public class POR extends JavaBaseTemplate {
    //{ { variableDefination
    private float AC;//输人曲线
    private float DTma = 0;//处理参数
    private float DTf = 0;//处理参数
    private float B = 0;//处理参数
    private float Flag = 0;//处理参数
    private float POR;//输出曲线
    //} } variableDefination .
    float[] inValues;//一次读 人的输人曲线数据
    float[] outValues;//- -次写出的输出曲线数据

    public void inhead() {
//{ { initDefination
        NAMEI = new String[]{" AC"};//输人曲线名称列表
        NAMEC = new String[]{" DTma", "DTf", " B", " Flag"};//处理参数名称列表
        NAMEO = new String[]{" POR"};//输出曲线名称列表
        params = new float[4];//- -次读人的所有处理参数值
//} } initDefination
    }

    public boolean process(String[] args) {
        inhead();//程序初始化
        //读入输人曲线或输出曲线的重定向,确定处理井段
        boolean returmCode = parame(args[0], arygs[1]);
        if (!retunCode) {
            return false;
        }
        while (DEP <= ENDEP) {//循环主体
            if (DEP >= EDEP) {
                vparame();
            }//转换下一层段参数
            indata();//读DEP深度点上的输人曲线数据
            //以下为用户算法
            //{ { userCodes
            switch ((int) Flag) {
                case 1:
                    POR = (AC - DTma) / (DTf - DTma);
                    break;
                case 2:
                    POR = 1 - (float) Math.pow(DTma / AC, 1 / B);
                    break;
                default:
                    POR = (AC - DTma) / (DTf - DTma);
                    break;
            }
            if (POR < 0) POR = 0;
//} } userCodes
//以上为用户算法
            outdata();//写DEPO深度点上的输出曲线数据
        }
        outhead();//发送数据更新消息并关闭数据文件
        return returnCode;
    }

    //打开数据文件及参数文件,读人要重定向的输人曲线或输出曲线及参数卡
    private boolean parame(String wellPath, String inpFilePath) {
        if (!baseParame(wellPath, inpFilePath)) {
            return false;
        }
        inValues = new float[indataCount];
        outValues = new float[outdataCount]; .
//Get the parameters of the first disposal layer
//{ {functionParame
        io.getParameterValues(params);
        DTma = params[0];
        DTf = params[1];
        B = params[2];
        Flag = params[3];
//} } functionParame
        return true;
//读人下一井段处理参数
    }

    private boolean vparame() {
        if (!baseVParame()) {
            return false;
        }
//Get the parameters of the next disposal layer
//{ {functionVParame
        io.getParameterV alues (params);
        DTma = params[0];
        DTf = params[1];
        B = params[2];
        Flag = params[3];
//} } functionVParame
        return true;
//读人由DEP指定的曲线数据
    }

    private void indata() {
        DEP = RLEV * depIndex + SDEP;
        io.getInputCurveValues(DEP, inValues);
//{ {functionInData
        AC = inValues[0];
//}{ }functionInData
        depIndex++;
//读人由DEP指定的曲线数据
    }

    private void outdata() {
        DEPO = RLEV * depoIndex + SDEP;
//{ {functionOutData
        outValues[0] = POR;
//}{ }functionOutData
        io.setOutputCurveValues(DEPO, outValues);
        depoIndex++;
    }

    public static void main(String[] args) {
        POR processer = new POR();
        if (!processer.process(args)) {
            System.out.print("处理失败!");
            return;
        }
        System.out.print("处理完毕!");
    }
}

多维曲线读写

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import cif.dataservice.io.*;

public class POR extends JavaBaseTemplate {
    //{ {variableDefination
    private float X3;//输人曲线
    private float[] X1 = new float[1 * 500];//输人曲线
    private float[] X2 = new float[3 * 500];//输人曲线
    private float Y3;//输出曲线
    private float[] Y1 = new float[1 * 500];//输出曲线
    private float[] Y2 = new float[3 * 500];//输出曲线
    //} } variableDefination
    float[] inValues;//- -次读人的输人曲线数据
    float[] outValues;//- -次写出的输出曲线数据

    public void inhead() {
//{ { initDefination
        NAMEI = new String[]{"X1", "X2", "X3"};//输入曲线名称列表
        NAMEC = new String[]{};//处理参数名称列表
        NAMEO = new String[]{"Y1", " Y2", "Y3"};//输出曲线名称列表
        params = new float[0];//-次读人的所有处理参数值
//} } initDefination
    }

    public boolean process(String[] args) {
        inhead();//程序初始化
        boolean returmCode = true;
//{{ processCodes
        /*调用PARAME函数之前,设置输人、输出阵列曲线的阵列参数*/
//(X1,1 ,500)表示输人曲线X1为一-阵列大小为500的二维阵列曲线
//(X2 ,3 ,500)表示输人曲线X2为一阵列大小为3 * 500的三维阵列曲线
        io.setInArayCurve("X1,1 ,500;X2 ,3 ,500");
//(Y1,1 ,500)表示输出曲线Y1为一-阵列大小为500的二维阵列曲线
//(Y2 ,3 ,500)表示输出曲线Y2为一-阵列大小为3 * 500的三维阵列曲线
        io.setOutArrayCurve(" Y1,1 ,500;Y2,3 ,500");
//(Y1,n)表示输出曲线Y1的单位为in.
        io.setOutputCurveUnit(" Y1 ,in; Y2, ppm;Y3, %");
//} } processCodes
//读人输人曲线或输出曲线的重定向,确定处理井段
        returnCode = parame(args[0], args[1]);
        if (!returmCode) {
            return false;
        }
        while (DEP <= ENDEP) {//循环主体
            if (DEP >= EDEP) {
                vparame();
            }//转换下一层段参数
            indata();//读DEP深度点上的输人曲线数据
//{ { userCodes
//以下为用户算法
            for (int i = 0; i < 500; i++) {
                Y1[i] = X1[i];
            }
            for (int i = 0; i < 3 * 500; i++) {
                Y2[i] = X2[i];
            }
            Y3 = X3;
//以上为用户算法
//} } userCodes
            outdata();//写DEPO深度点上的输出曲线数据
        }
        outhead();//发送数据更新消息并关闭数据文件
        return returmCode;
    }

    //打开数据文件及参数文件,读人要重定向的输人曲线或输出曲线及参数卡
    private boolean parame(String wellPath, String inpFilePath) {
        if (!baseParame(wellPath, inpFilePath)) {
            return false;
        }
        inValues = new float[indataCount];
        outValues = new float[outdataCount];
//{ {functionParame
        io.getParameterValues(params);
//} } functionParame
        return true;
//读人下一井段处理参数
    }

    private boolean vparame() {
        if (!baseVParame()) {
            return false;
        }
//Get the parameters of the next disposal layer
//{ {functionVParame
        io.getParameterValues(params);
//} } functionVParame
        return true;
//读人由DEP指定的曲线数据
    }

    private void indata() {
        DEP = RLEV * depIndex + SDEP;
        io.getInputCurveValues(DEP, inValues);
//{ {functionInData
        System.arraycopy(inValues, 0, X1, 0, 500);
        System.arraycopy(inValues，500, X2, 0, 1500);
        X3 = inValues[2000];
//} } functionInData
        depIndex++;
//输出由DEPO深度点指定的曲线数据
    }

    private void outdata() {
        DEPO = RLEV * depoIndex + SDEP;
//{ {functionOutData
        System.arraycopy(Y1, 0, outValues, 0, 500);
        System.arraycopy(Y2, 0, outValues, 500, 1500);
        outValues[1000] = Y3;
//} } functionOutData
        io.setOutputCurveV alues (DEPO, outValues);
        depoIndex++;
    }

    public static void main(String[] args) {
        POR processer = new POR();
        if (!processer.process(args)) {
            System.out.print("处理失败!");
            return;
        }
        System.out.print("处理完毕!");
    }
}

输入曲线、输出曲线来自不同的井次文件

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import cif.dataservice.io.*;

public class POR extends JavaBaseTemplate {
    //{{variableDefination
    private float CAL;
    private float BITS = 0;
    private float CALC;
    //} } variableDefination
    float[] inValues;//一次读人的输人曲线数据
    float[] outValues;//一次写出的输出曲线数据

    public void inhead() {
        //{ { initDefination
        NAMEI = new String[]{"CAL"};//输入曲线名称列表
        NAMEC = new String[]{" BITS"};//处理参数名称列表
        NAMEO = new String[]{"CALC"};//输出曲线名称列表
        params = new float[1];//- -次读入的所有处理参数值
        //} } initDefination
    }

    public boolean process(String[] args) {
        inhead();//程序初始化
        boolean retunCode = true;
        //设置输出曲线来源
        io.setOutputCifpPath(args[2]);
        //读入输人曲线或输出曲线的重定向，确定处理井段
        retumCode = parame(args[0], args[1]);
        if (!returmCode) {
            return false;
        }
        while (DEP <= ENDEP) {//循环主体
            if (DEP >= EDEP) {
                vparame();
            }//转换下一层段参数
            indata();//读DEP深度点上的输人曲线数据
            //{ { userCodes
            //以下为用户算法
            CALC = CAL - BITS;
            //以上为用户算法
            //} } userCodes
            outdata();//写DEPO深度点上的输出曲线数据
        }
        outhead();//发送数据更新消息并关闭数据文件
        returm returnCode;
    }

    //打开数据文件及参数文件，读人要重定向的输入曲线或输出曲线及参数卡
    private boolean parame(String wellPath, String inpFilePath) {
        if (!baseParame(wellPath, inpFilePath)) {
            return false;
        }
        inValues = new float[indataCount];
        outValues = new float[outdataCount];
        //{ { functionParame
        io.getParameterValues(params);
        BITS = params[0];
        //} } functionParame
        return true;
    }

    //读人下一井段处理参数
    private boolean vparame() {
        if (!baseVParame()) {
            return false;
        }
        //Get the parameters of the next disposal layer
        //{ { functionVParame
        io.getParameterValues(params);
        BITS = params[0];
        //} } functionVParame
        return true;
    }

    //读入由DEP指定的曲线数据
    private void indata() {
        DEP = RLEV * depIndex + SDEP;
        io.getInputCurveValues(DEP, inValues);
        // {{ functionInData
        CAL = inValues[0];
        //} } functionInData
        depIndex + +;
    }

    //输出由DEPO深度点指定的曲线数据
    private void outdata() {
        DEPO = RLEV * depoIndex + SDEP;
        // {{ functionOutData
        outValues[0] = CALC;
        //} } functionOutData
        io.setOutputCurveValues(DEPO, outValues);
        depoIndex++;
    }

    public static void main(String[] args) {
        POR processer = new POR();
        if (!processer.process(args)) {
            System.out.print("处理失败!");
            return;
        }
        System.out.print("处理完毕!");
    }
}

设置输入、输出曲线采样间隔

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import cif.dataservice.io.*;

public class POR extends JavaBaseTemplate {
    //{ { variableDefination
    private float CAL;
    private float BITS = 0;
    private float CALC;
    //} } variableDefination
    float[] inValues;//-次读入的输人曲线数据
    float[] outValues;//- -次写出的输出曲线数据

    public void inhead() {
// {{ initDefination
        NAMEI = new String[]{"CAL"};
        NAMEC = new String[]{" BITS"};
        NAMEO = new String[]{"CALC"};
        params = new float[1];
    }

    //} } initDefination
    public boolean process(String[] args) {
        inhead();//程序初始化
        boolean retumCode = true;
//设置输入曲线、输出曲线采样间隔
//每次调用INDATA--次,当前深度向下移动0.125
        io.setInputDepthLevel(0. 125);
//新建的输出曲线采样间隔统一为0.25
        io.setOutputDepthLevel(0. 25);
//读入输入曲线或输出曲线的重定向,确定处理井段
        retumCode = parame(args[O], rgs[1]);
        if (!returnCode) {
            return false;
        }
        while (DEP <= ENDEP) {//循环主体
            if (DEP >= EDEP) {
                vparame();
            }//转换下一层段参数
            indata();//读DEP深度点上的输人曲线数据
//{ {userCodes
//以下为用户算法
            CALC = CAL - BITS;
//以上为用户算法
//} } userCodes
            outdata();//写DEPO深度点上的输出曲线数据
        }
        outhead();//发送数据更新消息并关闭数据文件

        return returnCode;
    }

    //打开数据文件及参数文件,读入要重定向的输人曲线或输出曲线及参数卡
    private boolean parame(String wellPath, String inpFilePath) {
        if (!baseParame(wellPath, inpFilePath)) {
            return false;
        }
        inValues = new float[indataCount];
        outValues = new float[outdataCount];
// {{ functionParame
        io.getParameterValues(params);
        BITS = params[0];
//} } functionParame
        return true;
    }

    //读入下一-井段处理参数
    private boolean vparame() {
        if (!baseVParame()) {
            return false;
        }
//Get the parameters of the next disposal layer
//{ { functionVParame
        io.getParameterValues(params);
        BITS = params[0];
//} } functionVParame
        return true;
    }

    //读人由DEP指定的曲线数据
    private void indata() {
        DEP = RLEV * depIndex + SDEP;
        io.getInputCurveValues(DEP, inValues);
//{ { functionInData
        CAL = inValues[0];
//} }functionInData
        depIndex++;
    }

    //输出由DEPO深度点指定的曲线数据
    private void outdata() {
        DEPO = RLEV * depoIndex + SDEP;
//{ { functionOutData
        outValues[0] = CALC;
//} } functionOutData
        io.setOutputCurveValues(DEPO, outValues);
        depoIndex++;
    }

    public static void main(String[] args) {
        POR processer = new POR();
        if (!processer.process(args)) {
            System.out.print("处理失败!");
            return;
        }
        System.out.print("处理完毕!");
    }
}

基础函数使用示例

曲线读写

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import cif.dataservice.io.DataServiceBasicIO;

public class Demo {
    public static final void main(String[] args) {
        String curvelD = "X1";
        String curve2D = "X2";
        String curve3D = "X3";
        float[] buffer = new float[1000];

        DataServiceBasicIO io = new DataServiceBasicI0();
        //命令行第一个参数为输人井次文件
        int id = io.openCifp(args[0]);//打开eifp文件,获得文件ID号
        if (id == 0) {
            return;
        }

        //一维曲线读写
        int readCount = 0;
        int retCode = io.isCurveExisted(id, curve1D);//判断曲线是否存在
        if (retCode == 1) {
            double startDepth = io.getCurveStartDepth(id, curve1D);//获得曲线起始深度
            readCount = io.readCurve1D(id, curve1D, startDepth, 100, buffer);//读曲线值
            for (inti = 0; i < readCount; i++) {
                buffer[i] = buffer[i] - 100;
            }
            io.writeCurve1D(id, curve1D, sartDepth, 100, buffer);//写一维曲线值
            io.flush(id, curve1D);//刷新缓存数据
        }

        //二维曲线读写
        retCode = io.isCurveExisted(id, curve2D);//判断曲线是否存在
        if (retCode == 1) {
            double startDepth = io.getCurveStartDepth(id, curve2D);//获得曲线起始深度
            int arraySize = io.getCurveArraySize(id, curve2D);//获得曲线阵列大小
            //读二维曲线值
            readCount = io.readCurve2D(id, curve2D, startDepth, 100, arraySize, buffer);
            for (int i = 0; i < readCount * araySize; i++) {
                buffer[i] = buffer[i] - 100;
            }
            io.writeCurve2D(id, curve2D, startDepth, 100, arraySize, buffer);//写二维曲线值
            io.flush(id, curve2D);//刷新缓存数据
        }

        //三维曲线读写
        retCode = io.isCurveExisted(id, curve3D);//判断曲线是否存在
        if (retCode == 1) {
            double startDepth = io.getCurveStartDepth(id, curve3D);//获得曲线起始深度
            int arraySize = io.getCurveArraySize(id, curve3D);//获得曲线阵列大小
            int arrayNum = io.getCurveArrayNum(id, curve3D);//获得曲线阵列数
            for (int j = 0; j < arrayNum; j++) {
                //读三维曲线值
                readCount = io.readCurve3D(id, curve3D, j, startDepth, 100, arraySize, buffer);
                for (int i = 0; i < readCount * arraySize; i++) {
                    buffer[i] = buffer[i] - 100;
                }
                //写三维曲线值
                io.writeCurve3D(id, curve3D, j, startDepth, 100, arraySize, buffer);
            }
            io.flush(id, curve3D);//刷新缓存数据
        }
        
        io.dispatchNotification();//分发数据更新消息
        io.closeCifp(id);//关闭cifp文件
    }
}

表格读写

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import eif.dataservice.io.DataServiceBasicIO;

public class Demo {
    public static final void main(String[] args) {
        String tableTemplateName = "解释结论";
        String tableName1 = " result";
        String tableName2 = " result1 ";
        DataServiceBasiclO io = new DataServiceBasicIO();
        int id = io.openCifp(args[0]);//打开eifp文件,获得文件ID号
        
        if (id <= 0) {
            return;
        }

        int retCode = io.isCurveExisted(id, tableNamel);//判断表格是否存在
        if (retCode == 0) {
            return;
        }

        //获得表格行数和列数
        int rowCount = io.getTableRowCount(id, tableNamel);
        int columnCount = io.getTableColumnCount(id, tableNamel);
        retCode = io.createTable(id, tableTemplateName, tableName2, 0);//创建系统表格
        if (retCode == 0) {
            return;
        }

        //按照字符串形式统一读写 表格数据循环
        String[] buffer = new String[colunnCount];
        for (int i = 1; i <= rowCount; i + +) {
            retCode = io.readTable(id, tableNamne1, i, bufer);
            if (retCode ==1){
                io.writeTable(id, tableName2, i, buffer);
            }
        }
        io.dispatchNotification();//分发数据更新消息
        io.closeCifp(id);//关闭ceifp 文件
    }
}

复合接口与基础接口混用示例

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import eif.dataservice.io.*;

public class Demo extends JavaBaseTemplate {
    //{ { variableDefination
    private float CAL;
    private float BITS = 0;
    private float CALC;
    //} } variableDefination
    float[] inValues;//- -次读人的输入曲线数据
    float[] outValues;//-次写出的输出曲线数据

    public void inhead() {
        //{ { initDefination
        NAMEI = new String[]{"CAL"};//输人曲线名称列表
        NAMEC = new String[]{" BITS"};//处理参数名称列表
        NAMEO = new String[]{"CALC"};//输出曲线名称列表
        params = new float[1];//一次读人的所有处理参数值
        //} } initDefination
    }

    public boolean process(String[] args) {
        inhead();//程序初始化
        boolean returmCode = true;

        //读入输入曲线或输出曲线的重定向,确定处理井段
        retumCode = parame(args[0], args[1]);
        if (!returmnCode) {
            return false;
        }

        while (DEP <= ENDEP) {// 循环主体
            if (DEP >= EDEP) {
                vparame();
            }//转换下一层段参数
            indata();//读DEP深度点上的输人曲线数据
            //{ { userCodes
            //以下为用户算法
            CALC = CAL - BITS;
            //以上为用户算法
            //} } userCodes
            outdata();//写DEPO深度点上的输出曲线数据
        }
        //基础函数部分
        String tableTemplateName = "解释结论";
        String tableNamel = " result";
        String tableName2 = " result1";
        DataServiceBasicIO iol = new DataServiceBasicI0();

        int id = iol.openCifp(rgs[0]);//打开eifp文件,获得文件ID号
        if (id <= 0) {
            return false;
        }

        int retCode = iol.isCurveExisted(id, tableName1);//判断表格是否存在
        if (retCode == 0) {
            return false;
        }

        //获得表格行数和列数
        int rowCount = iol.getTableRowCount(id, tableNamel);
        int columnCount = iol.getTableColumnCount(d, tableNamel);
        retCode = iol.createTable(id, tableTemplateName, tableName2, 0);//创建系统表格
        if (retCode == 0) {
            return false;
        }

        //按照字符串形式统-读写表格数据循环
        String[] buffer = new String[columnCount];
        for (int i = 1; i <= rowCount; i++) {
            retCode = iol.readTable(id, tableNamel, i, buffer);
            if (retCode == 1) {
                iol.writeTable(id, tableName2, i, buffer);
            }
        }
        iol.closeCifp(id);//关闭cifp 文件

        outhead();//发送数据更新消息并关闭数据文件
        return returnCode;
    }

    //打开数据文件及参数文件,读人要重定向的输人曲线或输出曲线及参数卡
    private boolean parame(String wellPah, String inpFilePath) {
        if (!baseParame(wellPath, inpFilePath)) {
            return false;
        }
        inValues = new float[indataCount];
        outValues = new float[outdataCount];
        // {{ functionParame
        io.getParameterValues(params);
        BITS = params[0];
        //} } functionParame
        return true;
    }

    //读入下一井段处理参数
    private boolean vparame() {
        if (!baseVParame()) {
            return false;
        }
        //Get the parameters of the next disposal layer
        //functionVParame
        io.getParameterValues(params);
        BITS = params[0];
        //!! functionVParame
        return true;
    }

    //读入由 DEP 指定的曲线数据
    private void indata() {
        DEP = RLEV * depIndex + SDEP;
        io.getlnputCurveValues(DEP, inValues);
        //!! functionlnData
        CAL = inValues[0];
        //t! functionlnData
        depIndex++;
    }

    //输出由 DEPO 深度点指定的曲线数据
    private void outdata() {
        DEPO = RLEV * depolndex + SDEP;
        //! f functionOutData
        outValues[0] = CALC;
        //! functionOutData
        io.setOutputCurveValues(DEPO, outValues);
        depolndex++;
    }

    public static void main(String[] args) {
        POR processer = new POR();
        if (!processer.process(args)) {
            System.out.print("处理失败!");
            return;
        }
        System.out.print("处理完毕!");
    }
}

二次开发args传参说明

单井

arg[0]：代表当前Cifp文件路径

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正在启动进程...
命令：""java" "-classpath" ""D:\CIFLog\platformResource_CN\appModule\单井读取地层表格";"D:\CIFLog\ciflog\modules\cif-base.jar";"D:\CIFLog\ciflog\modules\cif-dataengine.jar";"D:\CIFLog\ciflog\modules\cif-dataservice.jar";"D:\CIFLog\ciflog\modules\cif-baseutil.jar";"D:\CIFLog\ciflog\modules\cif-cifplus.jar";"D:\CIFLog\ciflog\modules\cif-db.jar";"D:\CIFLog\ciflog\modules\cif-resource.jar";"D:\CIFLog\ciflog\modules\cif-libe.jar";"D:\CIFLog\ciflog\modules\org-openide-util.jar";"D:\CIFLog\ciflog\modules\org-openide-util-lookup.jar"" "Read_FM" "CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3580_100082608601W600\3580_100082608601W600_精简" "C:\Users\windows11\.cifPlatform\temp\app_7819482362594584962_单井读取地层表格.inp""
名称：单井读取地层表格

多井

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命令：""java" "-classpath" ""D:\CIFLog\platformResource_CN\appModule\Read_FM";"D:\CIFLog\ciflog\modules\cif-base.jar";"D:\CIFLog\ciflog\modules\cif-dataengine.jar";"D:\CIFLog\ciflog\modules\cif-dataservice.jar";"D:\CIFLog\ciflog\modules\cif-baseutil.jar";"D:\CIFLog\ciflog\modules\cif-cifplus.jar";"D:\CIFLog\ciflog\modules\cif-resource.jar";"D:\CIFLog\ciflog\modules\cif-libe.jar";"D:\CIFLog\ciflog\modules\org-openide-util-lookup.jar"" "Read_FM" "C:\Users\windows11\.cifPlatform\temp\MW_tmp_wellFilePath.wells" "C:\Users\windows11\.cifPlatform\temp\MW_tmp_paramFilePath.inp""

会在本次生成两个缓存文件

arg[0]代表批处理井的编号的文件，文件内存储多个单井的Cifp文件路径

单井读取表格

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import cif.dataservice.io.DataServiceBasicIO;
import cif.dataservice.io.DataServiceAssistIO;
import java.util.*;
import java.io.*;

public class Read_FM {
	public static final void main(String[] args) throws NoSuchMethodException{				
		//要读取的表格名称
		String tableName1 = "层位";
		String tableName2 = "小层";

		//创建接口
		DataServiceBasicIO io = new DataServiceBasicIO();
		DataServiceAssistIO io1 = new DataServiceAssistIO();

		//打开井次文件，获取井次ID号
		int id = io.openCifp(args[0]);
//		System.out.println(id);
		//如果没有井次文件，退出程序
		if(id <= 0) {
			System.out.println("不存在井次");
			return;			
		}

		//DataServiceAssistIO接口里getWellName方法的传入参数是什么,public int getWellName（int arg0, String arg1,int arg2）		
//		System.out.println(io1.getWellName(0, args[0], 0));
		//arg[0]代表当前Cifp文件路径
//		System.out.println(args[0]);
//		System.out.println(args[1]);
//		System.out.println(args[2]);

		//从args0中提取出井位id
		//斜杠划分坐标
		String[] split1 = args[0].split(java.util.regex.Matcher.quoteReplacement(File.separator));
//		System.out.println(split1[split1.length - 1]);
		//当前井序名称
		String WellCategoryName = split1[split1.length - 1];
		String[] split2 = WellCategoryName.split("_");
		String WellId = split2[0];
		String WellUWI = split2[1];
			
		//判断表格是否存在		
		int retCode = io.isCurveExisted(id, tableName1);
		if (retCode == 0) {
			System.out.println("表格不存在");
			return;
		}
		
		//获得表格行数和列数
		int rowCount = io.getTableRowCount(id, tableName1);
		int columnCount = io.getTableColumnCount(id, tableName1);
				
		//按照字符串形式统一读写表 格数据循环
		String[] buffer = new String[columnCount];
		//一行一行输出
//		retCode = io.readTable(id, tableName1, 2, buffer);
//		String temp1 = Arrays.toString(buffer);
//		System.out.println(temp1);
//		System.out.println("--");
		
		for (int i = 1; i <= rowCount; i++) {
			retCode = io.readTable(id, tableName1, i, buffer);
			//单排输出
			//格式：井序名	ID	UWI	层位名	层顶	层底
			System.out.print(WellCategoryName);
			System.out.print('\t');
			System.out.print(WellId);
			System.out.print('\t');
			System.out.print(WellUWI);
			System.out.print('\t');
			System.out.print(buffer[0]);
			System.out.print('\t');
			System.out.print(buffer[1]);
			System.out.print('\t');
			System.out.print(buffer[2]);
			System.out.println();
			//整个表输出
//			String temp = Arrays.toString(buffer);
//			System.out.println(temp);
		}
		
		io.dispatchNotification();//分发数据更新消息
		io.closeCifp(id);//关闭eifp文件
	}
}

多井读取表格

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import cif.dataservice.io.DataServiceBasicIO;
import java.util.*;
import java.io.*;

public class Read_Tables {
	public static final void main(String[] args) throws NoSuchMethodException{				
		//要读取的表格名称
		String tableName1 = "层位";
//		String tableName1 = "小层";

		//args[0]为存放井列表的一个文件地址
//		System.out.println(args[0]);	//C:\Users\windows11\.cifPlatform\temp\MW_tmp_wellFilePath.wells
		
		//井列表
		String wellFilePathAll = "";
		
		//读取文件地址内容
		File file = new File(args[0]);
        	FileReader fileReader = null;
        	try {
          	fileReader = new FileReader(file);
          	char[] charArray = new char[(int) file.length()];
          	fileReader.read(charArray);
          	wellFilePathAll = new String(charArray);
//          	System.out.println(wellFilePathAll);
          	//CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3536_100062808506W600+\3536_100062808506W600_精简
          	//CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3571_102040909711W600_缺DT\3571_102040909711W600_精简
          	//CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3580_100082608601W600\3580_100082608601W600_精简
        	} catch (IOException e) {
          	e.printStackTrace();
        	} finally {
			if (fileReader != null) {
				try {
					fileReader.close();
				} catch (IOException e) {
					e.printStackTrace();
				}
			}
		}

		//处理井列表字符串
		//分行
		String[] wellFilePathTemp1 = wellFilePathAll.split("\n");
//		System.out.println(wellFilePathTemp1[0]);	//CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3536_100062808506W600+\3536_100062808506W600_精简
//		System.out.println(wellFilePathTemp1[1]);	//CIF://F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3571_102040909711W600_缺DT\3571_102040909711W600_精简

		//声明井路径字符串数组
		String[] wellFilePath = new String[wellFilePathTemp1.length];
		//每一行切分然后保存路径
		for (int i = 0 ; i < wellFilePathTemp1.length - 1; i++) {
			String[] wellFilePathTemp2 = wellFilePathTemp1[i].split("//");
			wellFilePath[i] = wellFilePathTemp2[1];
//			System.out.println(wellFilePath[i]);
			//F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3536_100062808506W600+\3536_100062808506W600_精简
			//F:\nextcloudData\No2\WesternCanadaBasinWrokSpaceCiflog1-1\WesternCanadaBasin\东1-可用_垂直\3571_102040909711W600_缺DT\3571_102040909711W600_精简
		}


		//批处理
		for (int i = 0; i < wellFilePath.length-1; i++) {
			//创建接口
			DataServiceBasicIO io = new DataServiceBasicIO();
			
			//打开井次文件，获取井次ID号						
			int id = io.openCifp(wellFilePath[i]);
//			System.out.println(id);
			//如果没有井次文件，退出程序
			if(id <= 0) {
				System.out.println("不存在井次");
				return;			
			}

			//斜杠划分坐标
			String[] split1 = wellFilePath[i].split(java.util.regex.Matcher.quoteReplacement(File.separator));
	//		System.out.println(split1[split1.length - 1]);
			//当前井序名称
			String WellCategoryName = split1[split1.length - 1];
			String[] split2 = WellCategoryName.split("_");
			String WellId = split2[0];
			String WellUWI = split2[1];
				
			//判断表格是否存在		
			int retCode = io.isCurveExisted(id, tableName1);
			if (retCode == 0) {
				System.out.println("表格不存在");
				return;
			}
			
			//获得表格行数和列数
			int rowCount = io.getTableRowCount(id, tableName1);
			int columnCount = io.getTableColumnCount(id, tableName1);
					
			//按照字符串形式统一读写表 格数据循环
			String[] buffer = new String[columnCount];
			//一行一行输出
	//		retCode = io.readTable(id, tableName1, 2, buffer);
	//		String temp1 = Arrays.toString(buffer);
	//		System.out.println(temp1);
	//		System.out.println("--");
			
			for (int i1 = 1; i1 <= rowCount; i1++) {
				retCode = io.readTable(id, tableName1, i1, buffer);
				//单排输出
				//格式：井序名	ID	UWI	层位名	层顶	层底
//				System.out.print(WellCategoryName);
//				System.out.print('\t');
				System.out.print(WellId);
				System.out.print('\t');
				System.out.print(WellUWI);
				System.out.print('\t');
				System.out.print(buffer[0]);
				System.out.print('\t');
				System.out.print(buffer[1]);
				System.out.print('\t');
				System.out.print(buffer[2]);
				System.out.println();
				//整个表输出
	//			String temp = Arrays.toString(buffer);
	//			System.out.println(temp);
			}
			buffer = new String[columnCount];
			
		}
			
	}
}

获取API接口参数方法

代码

反射类加载机制读取，无法了解传入参数的解释

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import cif.dataservice.io.DataServiceBasicIO;
import cif.dataservice.io.DataServiceAssistIO;
import cif.dataservice.io.*;
import java.lang.annotation.*;
import java.lang.reflect.*;

public class HUOQULEI {
	public static void main(String[] args) throws Exception {
		Class c = Class.forName("cif.dataservice.io.DataServiceBasicIO");
		//-------------------获取方法的详细信息
		//-------------------测试函数getDeclaredMethods()
		Method m[] = c.getDeclaredMethods();

		for(int i = 0; i < m.length; i++) {
			//--------------------获得方法的名字
			System.out.println("getDeclaredMethods()获得的方法的名字是:" + m[i].getName());
			
			//--------------------获得方法参数的类型和有几个参数
			Class b[] = m[i].getParameterTypes();//获得所有的参数并且存放到数组B中
			for(int j = 0; j < b.length; j++) {
				System.out.println("getDeclaredMethods()获得的参数的类型是" + b[j]);
			}
			
			//--------------------获得方法返回值的类型
			System.out.println("getDeclaredMethods()获得的方法的返回值的类型" + m[i].getReturnType());//获得方法的返回值类型
			
			//--------------------获得方法的修饰符
			int mod = m[i].getModifiers();
			System.out.println("getDeclaredMethods()获得的方法的修饰符有" + Modifier.toString(mod));
			
			//--------------------获得方法的异常类型
			Class e[] = m[i].getExceptionTypes();//获得所有的异常类型存放到数组e中
			for(int k = 0; k < e.length; k++){
			   System.out.println("getDeclaredMethods()获得的方法的异常类型是：" + e[k]);
			}
			
			System.out.println("-------------------------------------------------------------------");
		}
  
		//-------------------获取方法的详细信息
		//-------------------测试函数getMethods()
		Method n[] = c.getMethods();
	 
		for(int i = 0; i < n.length; i++) {
			//--------------------获得方法的名字
			System.out.println("getMethods()获得的方法的名字是:" + n[i].getName());
			
			//--------------------获得方法参数的类型和有几个参数
			Class b1[] = n[i].getParameterTypes();//获得所有的参数并且存放到数组B中
			
			for(int j = 0; j < b1.length; j++){
			  System.out.println("getMethods()获得的参数的类型是" + b1[j]);
			}
			
			//--------------------获得方法返回值的类型
			System.out.println("getMethods()获得的方法的返回值的类型" + n[i].getReturnType());//获得方法的返回值类型
			
			//--------------------获得方法的修饰符
			int mod1 = n[i].getModifiers();
			System.out.println("getMethods()获得的方法的修饰符有" + Modifier.toString(mod1));
			
			//--------------------获得方法的异常类型
			Class e1[] = n[i].getExceptionTypes();//获得所有的异常类型存放到数组e中
			for(int k = 0; k < e1.length; k++){
			   System.out.println("getMethods()获得的方法的异常类型是：" + e1[k]);
			}
			
			//--------------------获得方法的注解信息
			Parameter[] parameters = n[i].getParameters();
			for (Parameter parameter : parameters) {
                Class<?> parameterType = parameter.getType();
                Annotation[] annotations = parameter.getAnnotations();
                for (Annotation annotation : annotations) {
                    System.out.println("Parameter Annotation: " + annotation);
                }
            }
			
			//--------------------获得方法的参数名称
			for (Parameter parameter : parameters) {
                Class<?> parameterType = parameter.getType();
                Annotation[] annotations = parameter.getAnnotations();
                String parameterName = parameter.getName();
                System.out.println("Parameter Name: " + parameterName);
            }			
			
			System.out.println("-------------------------------------------------------------------");
		}
	}
}

用注解方式获取：（无法读取包内注解信息，返回空指针异常）

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import java.lang.annotation.*;
import java.lang.reflect.Constructor;
import java.lang.reflect.Field;
import java.lang.reflect.Method;
import java.lang.reflect.Parameter;

/**
 * TODO
 *
 * @author syl
 */
public class TestReflect {
    public static void main(String[] args) {
        try {
            //获取字节码对象
            Class<?> r= Class.forName("cif.dataservice.io.DataServiceAssistIO");
            //类操作
            //class1(r);

            //属性操作
            //field(r);


            //方法操作
            method(r);

            //构造方法方法
            //constructor(r);
        } catch (ClassNotFoundException e) {
            e.printStackTrace();
        }
    }
   /**
     * 类操作
     * @param r
     */
    private static void class1(Class<?> r) {
        //获取全限定类名
        r.getName();
        //获取包名
        r.getPackage().getName();
        //获取类上所有注解
        Annotation[] annotations = r.getAnnotations();
        //获取类上指定的注解
        ClassAnnotation classAnnotation =r.getAnnotation(ClassAnnotation.class);
        //注解的全限定类名
        String aClass = classAnnotation.annotationType().getName();
        //判断是否有指定注解
        boolean b = r.isAnnotationPresent(ClassAnnotation.class);
    }
  /**
     * 属性操作
     * @param r
     */
    private static void field(Class<?> r) {
        try {
            //获取指定属性
            Field id = r.getDeclaredField("id");
            //获取属性名
            System.out.println(id.getName());
            //获取属性类型
            System.out.println(id.getType().getName());
        } catch (NoSuchFieldException e) {
            e.printStackTrace();
        }
        //获取所有属性
        Field[] fields = r.getDeclaredFields();
        for (Field field : fields) {
            //获取属性上面指定的指定的注解
            FieldAnnotation fieldAnnotation = field.getAnnotation(FieldAnnotation.class);
            //获取注解属性值
            System.out.println(fieldAnnotation.value());
        }
    }
 /**
     * 构造方法操作
     * @param r
     */
    private static void constructor(Class<?> r) {
        //获取所有构造方法
        Constructor<?>[] constructors = r.getDeclaredConstructors();
        for (Constructor<?> constructor : constructors) {
            //获取构造方法上面指定的注解
            ConstructorAnnotation constructorAnnotation = constructor.getAnnotation(ConstructorAnnotation.class);
            //获取注解的属性值
            if ("含参构造".equals(constructorAnnotation.value())){
                //获取各个参数名
                Parameter[] parameters = constructor.getParameters();
                for (Parameter parameter : parameters) {
                    System.out.println(parameter.getName());
                }
                //获取各个参数类型
                Class<?>[] parameterTypes = constructor.getParameterTypes();
                for (Class<?> parameterType : parameterTypes) {
                    System.out.println(parameterType.getName());
                }
                //获取参数数量
                System.out.println(constructor.getParameterCount());
            }
        }
    }
   /**
     *方法操作
     * @param r
     */
    private static void method(Class<?> r) {
        //获取所有方法
        Method[] methods = r.getDeclaredMethods();
        for (Method method : methods) {
            //获取方法上指定的注解
            MethodAnnotation methodAnnotation = method.getAnnotation(MethodAnnotation.class);
            System.out.println(methodAnnotation.value());
            //获取方法名
            System.out.println(method.getName());
            //获取返回值类型
            System.out.println(method.getReturnType().getName());
            //获取各个形参数名及类型
            Parameter[] parameters = method.getParameters();
            for (Parameter parameter : parameters) {
                System.out.println(parameter.getName());
                System.out.println(parameter.getType().getName());
                //获取参数的注解
                System.out.println(parameter.getAnnotation(ParameterAnnotation.class).value());
            }
        }
    }
}
/**
 * 类注解
 * @author syl
 */
@Target({ElementType.TYPE})
@Retention(RetentionPolicy.RUNTIME)
@interface ClassAnnotation{
    String value() default "";
}

/**
 * 属性注解
 * @author syl
 */
@Target({ElementType.FIELD})
@Retention(RetentionPolicy.RUNTIME)
@interface FieldAnnotation{
    String value() default "";
}

/**
 * 方法注解
 * @author syl
 */
@Target({ElementType.METHOD})
@Retention(RetentionPolicy.RUNTIME)
@interface MethodAnnotation{
    String value() default "";
}

/**
 * 构造方法注解
 * @author syl
 */
@Target({ElementType.CONSTRUCTOR})
@Retention(RetentionPolicy.RUNTIME)
@interface ConstructorAnnotation{
    String value() default "";
}

/**
 * 参数注解
 * @author syl
 */
@Target({ElementType.PARAMETER})
@Retention(RetentionPolicy.RUNTIME)
@interface ParameterAnnotation{
    String value() default "";
}

DataServiceAssistIO

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getDeclaredMethods()获得的方法的名字是:exportTextFileData
getDeclaredMethods()获得的参数的类型是class java.lang.StringBuffer
getDeclaredMethods()获得的参数的类型是class java.io.File
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有privat
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:openLocalDataSource
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getWorkSpaceCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLoggingNameList
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class [Ljava.lang.String;
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCategoryCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getWorkSpaceName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogCurveCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getWellName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogTableCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogTableName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCategoryName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogDocName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLoggingCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogCurveName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLoggingName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getWellCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:openDataSource
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getLogDocCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getID
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getWorkSpaceCount
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCategoryCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getWorkSpaceName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogCurveCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getWellName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogTableCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogTableName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCategoryName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogDocName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogCurveName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getWellCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:openDataSource
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getLogDocCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的参数的类型是long
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的参数的类型是long
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:equals
getMethods()获得的参数的类型是class java.lang.Object
getMethods()获得的方法的返回值的类型boolean
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:toString
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:hashCode
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getClass
getMethods()获得的方法的返回值的类型class java.lang.Class
getMethods()获得的方法的修饰符有public final native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:notify
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:notifyAll
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native

DataServiceBasicIO

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getDeclaredMethods()获得的方法的名字是:getMainProjectPath
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:exportTextFileData
getDeclaredMethods()获得的参数的类型是class java.lang.StringBuffer
getDeclaredMethods()获得的参数的类型是class java.io.File
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurrentWorkDir
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveDimension
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:changeCurveDepthRange
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:isCategoryExisted
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:isCategoryExisted
getDeclaredMethods()获得的参数的类型是class cif.dataengine.DataPath
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getSysInstallationPath
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getSysResourcePath
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createBulkCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCommonTableName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCategoryDepthUnit
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCommonTableCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveStartDepth
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveDepthLevel
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:setCurveDepthLevel
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:spliceFilePath
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCurveEx
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:closeCifp
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createWell
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCifp
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCifp
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCurve
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是boolean
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCurve
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createCurve
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getWellPropertiesItemValue
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:setWellPropertiesItemValue
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:flush
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getID
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:openCifp
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve3DName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve2DName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeBulkCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [[[F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeBulkCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve1DCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveEndDepth
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveXLevel
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveXCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveXUnit
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.ReadMode
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveYMin
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveYLevel
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveYMax
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveYCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveYUnit
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve3DCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:reacBulkCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:reacBulkCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [[[F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveXMin
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve1DName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.ReadMode
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [S
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurve2DCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:isCurveExisted
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveXMax
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型double
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是float
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [Ljava.lang.String;
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:deleteTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:copyCurve
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveArrayNum
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveUnit
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveProperty
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class cif.dataservice.io.CurveProperty
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getTableRowCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:deleteCurve
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [Ljava.lang.String;
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTable_x
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型float
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:copyTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:flushAll
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getTableColumnCount
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:addWellNotification
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogWell
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:changeCurveDepthLevel
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogCategory
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogCurve
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class cif.dataengine.io.LogCurve
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:setCurveInterpolation
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveTimeSampleLevel
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型float
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveDepthUnit
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCommonTableColumnName
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型class java.lang.String
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:removeTableAllRecords
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:computReadRowCount
getDeclaredMethods()获得的参数的类型是byte
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LoggingProperties
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:addCategoryNotification
getDeclaredMethods()获得的参数的类型是class cif.dataservice.io.ReferCategoryStruct
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCurveArraySize
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:dispatchNotification
getDeclaredMethods()获得的方法的返回值的类型void
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createRemoteCategory
getDeclaredMethods()获得的参数的类型是class cif.dataengine.DataPath
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createLocalCategory
getDeclaredMethods()获得的参数的类型是class cif.dataengine.DataPath
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createDocument
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createDocument
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readDocument
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readDocument
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [B
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeDocument
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [B
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:copyCurveAction
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogCategory
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogCurve
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class cif.dataengine.io.LogCurve
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve_3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve_2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTableData
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [Ljava.lang.String;
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTableData
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeTableData
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.ReadMode
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.ReadMode
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_3D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTableData
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [Ljava.lang.String;
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readTableData
getDeclaredMethods()获得的参数的类型是class cif.dataengine.io.LogTable
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getDocSize
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:buildCurveXD
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的方法的返回值的类型class cif.dataengine.io.CurveXD
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:writeCurve_1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [S
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_2D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:createLocalWell
getDeclaredMethods()获得的参数的类型是class cif.dataengine.DataPath
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:readCurve_1D
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class java.lang.String
getDeclaredMethods()获得的参数的类型是double
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是int
getDeclaredMethods()获得的参数的类型是class [F
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getDeclaredMethods()获得的方法的名字是:getCategoryID
getDeclaredMethods()获得的参数的类型是class cif.dataengine.DataPath
getDeclaredMethods()获得的方法的返回值的类型int
getDeclaredMethods()获得的方法的修饰符有private
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getMainProjectPath
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurrentWorkDir
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveDimension
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:changeCurveDepthRange
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:isCategoryExisted
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getSysInstallationPath
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getSysResourcePath
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createBulkCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
Parameter Name: arg8
Parameter Name: arg9
Parameter Name: arg10
Parameter Name: arg11
Parameter Name: arg12
Parameter Name: arg13
Parameter Name: arg14
Parameter Name: arg15
Parameter Name: arg16
Parameter Name: arg17
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCommonTableName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCategoryDepthUnit
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCommonTableCount
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveStartDepth
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveDepthLevel
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:setCurveDepthLevel
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:spliceFilePath
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createCurveEx
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
Parameter Name: arg8
-------------------------------------------------------------------
getMethods()获得的方法的名字是:closeCifp
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createWell
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createCifp
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createCifp
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createCurve
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
Parameter Name: arg8
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createCurve
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
Parameter Name: arg8
Parameter Name: arg9
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getWellPropertiesItemValue
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:setWellPropertiesItemValue
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:flush
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:openCifp
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve3DName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve2DName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeBulkCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [[[F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeBulkCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve1DCount
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveEndDepth
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveXLevel
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveXCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveXUnit
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeCurve1D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveYMin
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveYLevel
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveYMax
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveYCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveYUnit
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve3DCount
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:reacBulkCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:reacBulkCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [[[F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveXMin
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve1DName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve2D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [S
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
Parameter Name: arg8
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
Parameter Name: arg7
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurve2DCount
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeCurve3D
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是double
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
Parameter Name: arg5
Parameter Name: arg6
-------------------------------------------------------------------
getMethods()获得的方法的名字是:isCurveExisted
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveXMax
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型double
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是float
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [Ljava.lang.String;
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:deleteTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:copyCurve
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveArrayNum
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveUnit
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveProperty
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class cif.dataservice.io.CurveProperty
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getTableRowCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:deleteCurve
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [Ljava.lang.String;
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [F
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readTable_x
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型float
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:copyTable
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:flushAll
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getTableColumnCount
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:setCurveInterpolation
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveTimeSampleLevel
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型float
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveDepthUnit
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCommonTableColumnName
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:removeTableAllRecords
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getCurveArraySize
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:dispatchNotification
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createDocument
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
-------------------------------------------------------------------
getMethods()获得的方法的名字是:createDocument
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readDocument
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
-------------------------------------------------------------------
getMethods()获得的方法的名字是:readDocument
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [B
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:writeDocument
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class [B
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
Parameter Name: arg2
Parameter Name: arg3
Parameter Name: arg4
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getDocSize
getMethods()获得的参数的类型是int
getMethods()获得的参数的类型是class java.lang.String
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的参数的类型是long
getMethods()获得的参数的类型是int
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
Parameter Name: arg0
Parameter Name: arg1
-------------------------------------------------------------------
getMethods()获得的方法的名字是:wait
getMethods()获得的参数的类型是long
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native
getMethods()获得的方法的异常类型是：class java.lang.InterruptedException
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:equals
getMethods()获得的参数的类型是class java.lang.Object
getMethods()获得的方法的返回值的类型boolean
getMethods()获得的方法的修饰符有public
Parameter Name: arg0
-------------------------------------------------------------------
getMethods()获得的方法的名字是:toString
getMethods()获得的方法的返回值的类型class java.lang.String
getMethods()获得的方法的修饰符有public
-------------------------------------------------------------------
getMethods()获得的方法的名字是:hashCode
getMethods()获得的方法的返回值的类型int
getMethods()获得的方法的修饰符有public native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:getClass
getMethods()获得的方法的返回值的类型class java.lang.Class
getMethods()获得的方法的修饰符有public final native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:notify
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native
-------------------------------------------------------------------
getMethods()获得的方法的名字是:notifyAll
getMethods()获得的方法的返回值的类型void
getMethods()获得的方法的修饰符有public final native
-------------------------------------------------------------------

详细接口API说明

ciflog对应的基础jar包路径：...\CIFLog\ciflog\modules

前文中提到的dataservice接口在cif-dataservice.jar中

打开IDEA，文件→项目结构→库→添加库，可以将jar包导入

DataServiceAssistIO.java

简略方法

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public int openDataSource(String dataSourcePath)

public int getWorkSpaceCount(int dataSourceID)

public int getWellCount(int dataSourceID, String workSpaceName)

public int getCategoryCount(int dataSourceID, String workSpaceName, String wellName)

public int getLogCurveCount(int dataSourceID, String workSpaceName, String wellName, String categoryName)

public int getLogTableCount(int dataSourceID, String workSpaceName, String wellName, String categoryName)

public int getLogDocCount(int dataSourceID, String workSpaceName, String wellName, String categoryName)

public String getWorkSpaceName(int dataSourceID, int index)

public String getWellName(int dataSourceID, String workSpaceName, int index)

public String getCategoryName(int dataSourceID, String workSpaceName, String wellName, int index)

public String getLogCurveName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index)

public String getLogTableName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index)

public String getLogDocName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index)

类源码

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//
// Source code recreated from a .class file by IntelliJ IDEA
// (powered by FernFlower decompiler)
//

package cif.dataservice.io;

import cif.dataengine.DataPath;
import cif.dataengine.io.LogCategory;
import cif.dataengine.io.LogCurve;
import cif.dataengine.io.LogDataSource;
import cif.dataengine.io.LogDocument;
import cif.dataengine.io.LogTable;
import cif.dataengine.io.LogWell;
import cif.dataengine.io.LogWorkSpace;
import java.io.File;
import java.io.FileOutputStream;
import java.io.IOException;
import org.openide.util.Exceptions;

public class DataServiceAssistIO {
    public DataServiceAssistIO() {
    }

    private void exportTextFileData(StringBuffer sourceData, File file) {
        FileOutputStream fos = null;

        try {
            fos = new FileOutputStream(file);
            byte[] bytes = sourceData.toString().getBytes();
            fos.write(bytes);
        } catch (Exception var13) {
            Exceptions.printStackTrace(var13);
        } finally {
            if (fos != null) {
                try {
                    fos.close();
                } catch (IOException var12) {
                    Exceptions.printStackTrace(var12);
                }
            }

        }

    }

    public int openDataSource(String dataSourcePath) {
        if (dataSourcePath != null && !dataSourcePath.trim().isEmpty()) {
            String temp = dataSourcePath.trim();
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(temp);
            if (dataSourceStruct != null) {
                DataSourceContainer.getInstance().removeElement(dataSourceStruct);
            }

            int index = temp.indexOf("@@**");
            return index == -1 ? this.openLocalDataSource(temp) : 0;
        } else {
            return -1;
        }
    }

    public int getWorkSpaceCount(int dataSourceID) {
        DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
        return dataSourceStruct == null ? -1 : dataSourceStruct.dataSource.getWorkSpaceCount();
    }

    public int getWellCount(int dataSourceID, String workSpaceName) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return -1;
            } else {
                LogWorkSpace ws = dataSourceStruct.dataSource.getLogWorkSpace(workSpaceName.trim());
                return ws == null ? -1 : ws.getWellCount();
            }
        } else {
            return -1;
        }
    }

    public int getCategoryCount(int dataSourceID, String workSpaceName, String wellName) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty() && wellName != null && !wellName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return -1;
            } else {
                LogWorkSpace ws = dataSourceStruct.dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return -1;
                } else {
                    LogWell well = ws.getLogWell(wellName.trim());
                    return well == null ? -1 : well.getCategoryCount();
                }
            }
        } else {
            return -1;
        }
    }

    public int getLogCurveCount(int dataSourceID, String workSpaceName, String wellName, String categoryName) {
        return this.getLoggingCount(dataSourceID, workSpaceName, wellName, categoryName, 0);
    }

    public int getLogTableCount(int dataSourceID, String workSpaceName, String wellName, String categoryName) {
        return this.getLoggingCount(dataSourceID, workSpaceName, wellName, categoryName, 1);
    }

    public int getLogDocCount(int dataSourceID, String workSpaceName, String wellName, String categoryName) {
        return this.getLoggingCount(dataSourceID, workSpaceName, wellName, categoryName, 2);
    }

    public String getWorkSpaceName(int dataSourceID, int index) {
        DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
        if (dataSourceStruct == null) {
            return null;
        } else {
            LogWorkSpace ws = dataSourceStruct.dataSource.getLogWorkSpace(index);
            return ws == null ? null : ws.getWorkSpaceName();
        }
    }

    public String getWellName(int dataSourceID, String workSpaceName, int index) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return null;
            } else {
                LogDataSource dataSource = dataSourceStruct.dataSource;
                LogWorkSpace ws = dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return null;
                } else {
                    LogWell well = ws.getLogWell(index);
                    return well == null ? null : well.getWellName();
                }
            }
        } else {
            return null;
        }
    }

    public String getCategoryName(int dataSourceID, String workSpaceName, String wellName, int index) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty() && wellName != null && !wellName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return null;
            } else {
                LogDataSource dataSource = dataSourceStruct.dataSource;
                LogWorkSpace ws = dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return null;
                } else {
                    LogWell well = ws.getLogWell(wellName.trim());
                    if (well == null) {
                        return null;
                    } else {
                        LogCategory category = well.getLogCategory(index);
                        return category == null ? null : category.getCategoryName();
                    }
                }
            }
        } else {
            return null;
        }
    }

    public String getLogCurveName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index) {
        return this.getLoggingName(dataSourceID, workSpaceName, wellName, categoryName, index, 0);
    }

    public String getLogTableName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index) {
        return this.getLoggingName(dataSourceID, workSpaceName, wellName, categoryName, index, 1);
    }

    public String getLogDocName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index) {
        return this.getLoggingName(dataSourceID, workSpaceName, wellName, categoryName, index, 2);
    }

    private int getLoggingCount(int dataSourceID, String workSpaceName, String wellName, String categoryName, int loggingType) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty() && wellName != null && !wellName.trim().isEmpty() && categoryName != null && !categoryName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return -1;
            } else {
                LogDataSource dataSource = dataSourceStruct.dataSource;
                LogWorkSpace ws = dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return -1;
                } else {
                    LogWell well = ws.getLogWell(wellName.trim());
                    if (well == null) {
                        return -1;
                    } else {
                        LogCategory category = well.getLogCategory(categoryName.trim());
                        if (category == null) {
                            return -1;
                        } else {
                            int logCount = -1;
                            switch (loggingType) {
                                case 0:
                                    logCount = category.getLogCurveCount();
                                    break;
                                case 1:
                                    logCount = category.getLogCommonTableCount();
                                    break;
                                case 2:
                                    logCount = category.getLogDocCount();
                            }

                            return logCount;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private String getLoggingName(int dataSourceID, String workSpaceName, String wellName, String categoryName, int index, int loggingType) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty() && wellName != null && !wellName.trim().isEmpty() && categoryName != null && !categoryName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return null;
            } else {
                LogDataSource dataSource = dataSourceStruct.dataSource;
                LogWorkSpace ws = dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return null;
                } else {
                    LogWell well = ws.getLogWell(wellName.trim());
                    if (well == null) {
                        return null;
                    } else {
                        LogCategory category = well.getLogCategory(categoryName.trim());
                        if (category == null) {
                            return null;
                        } else {
                            String loggingName = null;
                            switch (loggingType) {
                                case 0:
                                    LogCurve curve = category.getLogCurve(index);
                                    if (curve != null) {
                                        loggingName = curve.getName();
                                    }
                                    break;
                                case 1:
                                    LogTable table = category.getLogCommonTable(index);
                                    if (table != null) {
                                        loggingName = table.getName();
                                    }
                                    break;
                                case 2:
                                    LogDocument document = category.getLogDoc(index);
                                    if (document != null) {
                                        loggingName = document.getName();
                                    }
                            }

                            return loggingName;
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    private int getLoggingNameList(int dataSourceID, String workSpaceName, String wellName, String categoryName, String[] loggingNames, int loggingType) {
        if (workSpaceName != null && !workSpaceName.trim().isEmpty() && wellName != null && !wellName.trim().isEmpty() && categoryName != null && !categoryName.trim().isEmpty()) {
            DataSourceStruct dataSourceStruct = DataSourceContainer.getInstance().getElement(dataSourceID);
            if (dataSourceStruct == null) {
                return -1;
            } else {
                LogDataSource dataSource = dataSourceStruct.dataSource;
                LogWorkSpace ws = dataSource.getLogWorkSpace(workSpaceName.trim());
                if (ws == null) {
                    return -1;
                } else {
                    LogWell well = ws.getLogWell(wellName.trim());
                    if (well == null) {
                        return -1;
                    } else {
                        LogCategory category = well.getLogCategory(categoryName.trim());
                        if (category == null) {
                            return -1;
                        } else {
                            int retCount = 0;
                            int i;
                            switch (loggingType) {
                                case 0:
                                    retCount = category.getLogCurveCount();

                                    for(i = 0; i < retCount; ++i) {
                                        loggingNames[i] = category.getLogCurve(i).getName();
                                    }

                                    return retCount;
                                case 1:
                                    retCount = category.getLogCommonTableCount();

                                    for(i = 0; i < retCount; ++i) {
                                        loggingNames[i] = category.getLogCommonTable(i).getName();
                                    }

                                    return retCount;
                                case 2:
                                    retCount = category.getLogDocCount();

                                    for(i = 0; i < retCount; ++i) {
                                        loggingNames[i] = category.getLogDoc(i).getName();
                                    }
                            }

                            return retCount;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int openLocalDataSource(String dataSourcePath) {
        DataPath dataPath = new DataPath();
        dataPath.parse(dataSourcePath);
        if (dataPath.getPathLevel() < 1) {
            return -1;
        } else {
            String dsFilePath = dataPath.getDataSourceName();
            File file = new File(dsFilePath);
            if (file.exists() && file.isDirectory()) {
                file = new File(dsFilePath + File.separator + "cifPlatform.xml");
                if (file.exists() && file.isFile()) {
                    LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
                    if (!dataSource.connect(dsFilePath)) {
                        return -1;
                    }

                    int id = this.getID();
                    DataSourceContainer.getInstance().addElement(new DataSourceStruct(dataSource, id));
                    return id;
                }
            }

            return -1;
        }
    }

    private int getID() {
        int dataSourceID = 1;
        int id = false;

        boolean flag;
        do {
            flag = false;

            for(int i = 0; i < DataSourceContainer.getInstance().size(); ++i) {
                int id = DataSourceContainer.getInstance().elemenAt(i).id;
                if (dataSourceID == id) {
                    flag = true;
                    ++dataSourceID;
                    break;
                }
            }
        } while(flag);

        return dataSourceID;
    }
}

DataServiceBasicIO.java

简略方法

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public String spliceFilePath(String prePath, String sufPath)

public String getCurrentWorkDir()

public String getMainProjectPath()

public String getSysInstallationPath()

public String getSysResourcePath()

public int openCifp(String cifpPath)

public void closeCifp(int categoryID)

public String getWellPropertiesItemValue(int categoryID, String itemName)

public void setWellPropertiesItemValue(int categoryID, String itemName, String itemValue)

public int getCategoryDepthUnit(int categoryID)//meter_0,feet_1,s_2,defult_-1

public int createWell(String wellPath)

public int createCifp(String cifpPath, int isOverwritten)

public int createCifp(String cifpPath)

public int createCurveEx(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit)

public int createCurve(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit)

public int createCurve(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit, int isCleaningData)

public int createBulkCurve3D(int categoryID, String curveName, int dataType, String curveUnit, double startDepth, int sampleCount, double depthLevel, double xMin, double xMax, double xLevel, double yMin, double yMax, double yLevel, int xCount, int yCount, String xUnit, String yUnit, int isCleaningData)

public int isCategoryExisted(String categoryPath)

public int isCurveExisted(int categoryID, String curveName)

public int getCurve1DCount(int categoryID)

public String getCurve1DName(int categoryID, int index)

public String getCurve2DName(int categoryID, int index)

public String getCurve3DName(int categoryID, int index)

public String getCommonTableName(int categoryID, int index)

public int getCurve2DCount(int categoryID)

public int getCurve3DCount(int categoryID)

public int getCommonTableCount(int categoryID)

public int readCurve1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer)

public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, float[] buffer)

public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, float[] buffer, int interpolationMode)

public int readCurve1D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, float[] buffer)

public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int upwardCount, int downWardCount, float[] buffer)

public int writeCurve1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer)

public int readCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer)

public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer)

public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer, int interpolationMode)

public int readCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, short[] buffer)

public int readCurve2D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer)

public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int upwardCount, int downWardCount, int arraySize, float[] buffer)

public int writeCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer)

public int reacBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[] buffer)

public int reacBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[][][] buffer)

public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer)

public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer)

public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer)

public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int upwardCount, int downWardCount, int arraySize, float[] buffer)

public int writeCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer)

public int writeBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[] buffer)

public int writeBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[][][] buffer)

public double getCurveStartDepth(int categoryID, String curveName)

public double getCurveEndDepth(int categoryID, String curveName)

public double getCurveDepthLevel(int categoryID, String curveName)

public double getCurveXMin(int categoryID, String curveName)

public double getCurveXMax(int categoryID, String curveName)

public double getCurveXLevel(int categoryID, String curveName)

public int getCurveXCount(int categoryID, String curveName)

public String getCurveXUnit(int categoryID, String curveName)
 
public double getCurveYMin(int categoryID, String curveName)
 
public double getCurveYMax(int categoryID, String curveName)
 
public double getCurveYLevel(int categoryID, String curveName)
 
public int getCurveYCount(int categoryID, String curveName)

public String getCurveYUnit(int categoryID, String curveName)

public int setCurveDepthLevel(int categoryID, String curveName, double newDepthLevel)

public int changeCurveDepthRange(int categoryID, String curveName, double newStartDepth, double newEndDepth)

public int deleteCurve(int categoryID, String curveName)

public int deleteTable(int categoryID, String tableName)

public int copyCurve(int categoryID, String srcCurveName, String desCurveName, int isOverWritten)

public CurveProperty getCurveProperty(int categoryID, String curveName)

public int getCurveDimension(int categoryID, String curveName)

public int getCurveArrayNum(int categoryID, String curveName)

public int getCurveArraySize(int categoryID, String curveName)

public float getCurveTimeSampleLevel(int categoryID, String curveName)

public String getCurveUnit(int categoryID, String curveName)

public String getCurveDepthUnit(int categoryID, String curveName)

public void flush(int categoryID, String curveName)

public void flushAll()

public void setCurveInterpolation(int categoryID, String curveName, int mode)

public int createTable(int categoryID, String tableTemplateName, String tableName, int isOverwritten)

public int getTableRowCount(int categoryID, String tableName)

public String getCommonTableColumnName(int categoryID, String tableName, int columnIndex)

public int getTableColumnCount(int categoryID, String tableName)

public String readTable(int categoryID, String tableName, int rowIndex, int columnIndex)

public float readTable_x(int categoryID, String tableName, int rowIndex, int columnIndex)

public int readTable(int categoryID, String tableName, int rowIndex, float[] buffer)

public int readTable(int categoryID, String tableName, int rowIndex, String[] buffer)

public int writeTable(int categoryID, String tableName, int rowIndex, float[] buffer)

public int writeTable(int categoryID, String tableName, int rowIndex, int columnIndex, float buffer)

public int writeTable(int categoryID, String tableName, int rowIndex, int columnIndex, String buffer)

public int writeTable(int categoryID, String tableName, int rowIndex, String[] buffer)
 
public int copyTable(int srcCategoryID, String srcTableName, int desCategoryID, String desTableName, int isOverwritten)

public void removeTableAllRecords(int categoryID, String tableName)

public int getDocSize(int categoryID, String docName)

public int createDocument(int categoryID, String docName, int isOverwritten)

public int createDocument(int categoryID, String docName, String srcFilePath, int isOverwritten)

public int readDocument(int categoryID, String docName, int offset, int byteSize, byte[] buffer)

public int readDocument(int categoryID, String docName, String desFilePath)

public int writeDocument(int categoryID, String docName, int offset, int byteSize, byte[] buffer)

public void dispatchNotification()

类源码

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//
// Source code recreated from a .class file by IntelliJ IDEA
// (powered by FernFlower decompiler)
//

package cif.dataservice.io;

import cif.base.Global;
import cif.baseutil.EncryptCipher;
import cif.dataengine.DataEngine;
import cif.dataengine.DataPath;
import cif.dataengine.io.CategoryProperties;
import cif.dataengine.io.Curve1D;
import cif.dataengine.io.Curve2D;
import cif.dataengine.io.Curve3D;
import cif.dataengine.io.CurveXD;
import cif.dataengine.io.LogCategory;
import cif.dataengine.io.LogCurve;
import cif.dataengine.io.LogCurve1D;
import cif.dataengine.io.LogCurve2D;
import cif.dataengine.io.LogCurve3D;
import cif.dataengine.io.LogDataSource;
import cif.dataengine.io.LogDocument;
import cif.dataengine.io.LogTable;
import cif.dataengine.io.LogWell;
import cif.dataengine.io.LogWorkSpace;
import cif.dataengine.io.Logging;
import cif.dataengine.io.LoggingProperties;
import cif.dataengine.io.ReadMode;
import cif.dataengine.io.TableFields;
import cif.dataengine.io.TableRecords;
import cif.dataengine.io.WellProperties;
import cif.dataengine.io.WriteMode;
import cif.dataservice.CategoryNotifiedInfo;
import cif.dataservice.NotificationMessage;
import cif.dataservice.NotificationStruct;
import cif.dataservice.WellNotifiedInfo;
import cif.dataservice.client.MessageCommunicationClient;
import cif.resource.ResourceObject;
import cif.resource.ResourceUtilities;
import cif.resource.table.TableTemplateXmlRw;
import java.io.BufferedReader;
import java.io.ByteArrayInputStream;
import java.io.File;
import java.io.FileOutputStream;
import java.io.FileReader;
import java.io.IOException;
import java.util.ArrayList;
import org.openide.util.Exceptions;

public class DataServiceBasicIO {
    private final ArrayList<NotificationStruct> wellNotificationList = new ArrayList();
    private final ArrayList<NotificationStruct> categoryNotificationList = new ArrayList();
    private final StringBuffer strBuf = new StringBuffer();

    public DataServiceBasicIO() {
    }

    private void exportTextFileData(StringBuffer sourceData, File file) {
        FileOutputStream fos = null;

        try {
            fos = new FileOutputStream(file);
            byte[] bytes = sourceData.toString().getBytes();
            fos.write(bytes);
        } catch (IOException var13) {
            Exceptions.printStackTrace(var13);
        } finally {
            if (fos != null) {
                try {
                    fos.close();
                } catch (IOException var12) {
                    Exceptions.printStackTrace(var12);
                }
            }

        }

    }

    public String spliceFilePath(String prePath, String sufPath) {
        if (prePath != null && sufPath != null) {
            if (prePath.endsWith("\\") || prePath.endsWith("/")) {
                prePath = prePath.substring(0, prePath.length() - 1).trim();
            }

            return prePath.trim() + File.separator + sufPath.trim();
        } else {
            return "";
        }
    }

    public String getCurrentWorkDir() {
        String workDir = System.getProperty("user.dir");
        if (workDir.endsWith("\\") || workDir.endsWith("/")) {
            workDir = workDir.substring(0, workDir.length() - 1).trim();
        }

        return workDir;
    }

    public String getMainProjectPath() {
        try {
            File file = new File(Global.getTempPath() + File.separator + "maindsinfo.txt");
            if (!file.exists()) {
                return null;
            } else {
                BufferedReader in = new BufferedReader(new FileReader(file));
                String mainDSPath = in.readLine();
                return mainDSPath != null && !mainDSPath.trim().isEmpty() ? mainDSPath.trim() : null;
            }
        } catch (IOException var4) {
            return null;
        }
    }

    public String getSysInstallationPath() {
        return Global.getInstallationPath();
    }

    public String getSysResourcePath() {
        return Global.getInstallationResourcePath();
    }

    public int openCifp(String cifpPath) {
        if (cifpPath != null && !cifpPath.trim().isEmpty()) {
            String temp = cifpPath.trim();
            DataPath dataPath = new DataPath();
            dataPath.parse(temp);
            return dataPath.getPathLevel() < 4 ? -1 : this.getCategoryID(dataPath);
        } else {
            return -1;
        }
    }

    public void closeCifp(int categoryID) {
        if (categoryID >= 0) {
            ReferCategoryStruct referCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (referCategoryStruct != null) {
                LogCategory category = referCategoryStruct.getCategory();
                if (category != null) {
                    category.close();
                    ReferCategoryContainer.getInstance().removeElement(categoryID);
                }
            }

        }
    }

    public String getWellPropertiesItemValue(int categoryID, String itemName) {
        if (categoryID >= 0 && itemName != null && !itemName.trim().isEmpty()) {
            ReferCategoryStruct referCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (referCategoryStruct == null) {
                return null;
            } else {
                LogCategory category = referCategoryStruct.getCategory();
                if (category == null) {
                    return null;
                } else {
                    WellProperties wellProperties = category.getWellProperties();
                    return wellProperties == null ? null : wellProperties.getValue(itemName.trim());
                }
            }
        } else {
            return null;
        }
    }

    public void setWellPropertiesItemValue(int categoryID, String itemName, String itemValue) {
        if (categoryID >= 0 && itemName != null && !itemName.trim().isEmpty()) {
            ReferCategoryStruct referCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (referCategoryStruct != null) {
                LogCategory category = referCategoryStruct.getCategory();
                if (category != null) {
                    WellProperties wellProperties = category.getWellProperties();
                    if (wellProperties != null) {
                        wellProperties.setValue(itemName.trim(), itemValue);
                    }
                }
            }
        }
    }

    public int getCategoryDepthUnit(int categoryID) {
        if (categoryID < 0) {
            return -1;
        } else {
            ReferCategoryStruct referCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (referCategoryStruct == null) {
                return -1;
            } else {
                LogCategory category = referCategoryStruct.getCategory();
                if (category == null) {
                    return -1;
                } else {
                    switch (category.getCategoryDepthUnit()) {
                        case "meter":
                            return 0;
                        case "feet":
                            return 1;
                        case "s":
                            return 2;
                        default:
                            return -1;
                    }
                }
            }
        }
    }

    public int createWell(String wellPath) {
        if (wellPath != null && !wellPath.trim().isEmpty()) {
            String temp = wellPath.trim();
            int index = temp.indexOf("@@**");
            if (index == -1) {
                DataPath dataPath = new DataPath();
                dataPath.parse(temp);
                return dataPath.getPathLevel() < 3 ? 0 : this.createLocalWell(dataPath);
            } else {
                return 0;
            }
        } else {
            return 0;
        }
    }

    public int createCifp(String cifpPath, int isOverwritten) {
        if (cifpPath != null && !cifpPath.trim().isEmpty()) {
            String temp = cifpPath.trim();
            int index = temp.indexOf("@@**");
            if (index == -1) {
                DataPath dataPath = new DataPath();
                dataPath.parse(temp);
                return dataPath.getPathLevel() < 4 ? 0 : this.createLocalCategory(dataPath, isOverwritten);
            } else {
                String dataPathStr = temp.substring(0, index);
                String userPath = temp.substring(index + "@@**".length());
                index = userPath.indexOf("%%%");
                if (index == -1) {
                    return 0;
                } else {
                    DataPath dataPath = new DataPath();
                    dataPath.parse(dataPathStr);
                    if (dataPath.getPathLevel() < 4) {
                        return 0;
                    } else {
                        EncryptCipher encryptCipher = new EncryptCipher();
                        String userName = encryptCipher.decrypt(userPath.substring(0, index).trim());
                        String userPassword = encryptCipher.decrypt(userPath.substring(index + "%%%".length()).trim());
                        return this.createRemoteCategory(dataPath, userName, userPassword);
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int createCifp(String cifpPath) {
        if (cifpPath != null && !cifpPath.trim().isEmpty()) {
            String temp = cifpPath.trim();
            int index = temp.indexOf("@@**");
            if (index == -1) {
                DataPath dataPath = new DataPath();
                dataPath.parse(temp);
                return dataPath.getPathLevel() < 4 ? 0 : this.createLocalCategory(dataPath, 0);
            } else {
                String dataPathStr = temp.substring(0, index);
                String userPath = temp.substring(index + "@@**".length());
                index = userPath.indexOf("%%%");
                if (index == -1) {
                    return 0;
                } else {
                    DataPath dataPath = new DataPath();
                    dataPath.parse(dataPathStr);
                    if (dataPath.getPathLevel() < 4) {
                        return 0;
                    } else {
                        EncryptCipher encryptCipher = new EncryptCipher();
                        String userName = encryptCipher.decrypt(userPath.substring(0, index).trim());
                        String userPassword = encryptCipher.decrypt(userPath.substring(index + "%%%".length()).trim());
                        return this.createRemoteCategory(dataPath, userName, userPassword);
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int createCurveEx(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit) {
        return this.createCurve(categoryID, curveName, arrayNum, arraySize, startDepth, sampleCount, depthLevel, dataType, curveUnit, true, 0);
    }

    public int createCurve(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit) {
        return this.createCurve(categoryID, curveName, arrayNum, arraySize, startDepth, sampleCount, depthLevel, dataType, curveUnit, false, 0);
    }

    public int createCurve(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit, int isCleaningData) {
        return this.createCurve(categoryID, curveName, arrayNum, arraySize, startDepth, sampleCount, depthLevel, dataType, curveUnit, false, isCleaningData);
    }

    public int createBulkCurve3D(int categoryID, String curveName, int dataType, String curveUnit, double startDepth, int sampleCount, double depthLevel, double xMin, double xMax, double xLevel, double yMin, double yMax, double yLevel, int xCount, int yCount, String xUnit, String yUnit, int isCleaningData) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            if (sampleCount < 1) {
                return 0;
            } else {
                String curve_name = curveName.trim();
                ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
                if (categoryStruct == null) {
                    return 0;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category.getLogCurve(curve_name) != null) {
                        return 0;
                    } else {
                        Curve3D curve3D = new Curve3D();
                        curve3D.setCurveType((byte)3);
                        curve3D.setSubCurveType((byte)1);
                        curve3D.setCurveName(curveName);
                        curve3D.setStartDepth(startDepth);
                        curve3D.setEndDepth(startDepth + depthLevel * (double)(sampleCount - 1));
                        curve3D.setDepthLevel(depthLevel);
                        curve3D.setDataType((byte)dataType);
                        curve3D.setDepthUnit(category.getCategoryDepthUnit());
                        curve3D.setCurveUnit(curveUnit);
                        curve3D.setXMin(xMin);
                        curve3D.setXMax(xMax);
                        curve3D.setXLevel(xLevel);
                        curve3D.setXCount(xCount);
                        curve3D.setXUnit(xUnit);
                        curve3D.setYMin(yMin);
                        curve3D.setYMax(yMax);
                        curve3D.setYLevel(yLevel);
                        curve3D.setYCount(yCount);
                        curve3D.setYUnit(yUnit);
                        LogCurve curve = category.createCurve(curve3D, false);
                        if (curve == null) {
                            return 0;
                        } else {
                            ReferCurveStruct curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            categoryStruct.isModified = true;
                            return 1;
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    private int createCurve(int categoryID, String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit, boolean isOverWrite, int isCleaningData) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            if (arrayNum >= 1 && arraySize >= 1) {
                String curve_name = curveName.trim();
                ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
                if (categoryStruct == null) {
                    return 0;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category.getLogCurve(curve_name) != null) {
                        if (!isOverWrite) {
                            return 0;
                        }

                        if (category.deleteLogging(curve_name) != 0) {
                            return 0;
                        }
                    }

                    CurveXD curveXD = this.buildCurveXD(curve_name, arrayNum, arraySize, startDepth, sampleCount, depthLevel, dataType, curveUnit, category.getCategoryDepthUnit());
                    LogCurve curve = category.createCurve(curveXD, isCleaningData == 1);
                    if (curve == null) {
                        return 0;
                    } else {
                        ReferCurveStruct curveStruct = new ReferCurveStruct(curve_name, curve);
                        categoryStruct.addCurveElement(curveStruct);
                        categoryStruct.isModified = true;
                        return 1;
                    }
                }
            } else {
                return 0;
            }
        } else {
            return 0;
        }
    }

    public int isCategoryExisted(String categoryPath) {
        if (categoryPath != null && !categoryPath.trim().isEmpty()) {
            String temp = categoryPath.trim();
            DataPath dataPath = new DataPath();
            dataPath.parse(temp);
            return dataPath.getPathLevel() < 4 ? -1 : 1;
        } else {
            return 0;
        }
    }

    public int isCurveExisted(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct != null) {
                LogCategory category = categoryStruct.getCategory();
                if (category != null) {
                    Logging curve = category.getLogging(curveName.trim());
                    if (curve != null) {
                        return 1;
                    }
                }
            }

            return 0;
        } else {
            return 0;
        }
    }

    public int getCurve1DCount(int categoryID) {
        if (categoryID < 1) {
            return 0;
        } else {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            return categoryStruct == null ? 0 : categoryStruct.getCategory().getLogCurve1DCount();
        }
    }

    public String getCurve1DName(int categoryID, int index) {
        if (categoryID >= 1 && index >= 1) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                return index > categoryStruct.getCategory().getLogCurve1DCount() ? null : categoryStruct.getCategory().getLogCurve1D(index - 1).getName();
            }
        } else {
            return null;
        }
    }

    public String getCurve2DName(int categoryID, int index) {
        if (categoryID >= 1 && index >= 1) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                return index > categoryStruct.getCategory().getLogCurve2DCount() ? null : categoryStruct.getCategory().getLogCurve2D(index - 1).getName();
            }
        } else {
            return null;
        }
    }

    public String getCurve3DName(int categoryID, int index) {
        if (categoryID >= 1 && index >= 1) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                return index > categoryStruct.getCategory().getLogCurve3DCount() ? null : categoryStruct.getCategory().getLogCurve3D(index - 1).getName();
            }
        } else {
            return null;
        }
    }

    public String getCommonTableName(int categoryID, int index) {
        if (categoryID >= 1 && index >= 1) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                return index > categoryStruct.getCategory().getLogCommonTableCount() ? null : categoryStruct.getCategory().getLogCommonTable(index - 1).getName();
            }
        } else {
            return null;
        }
    }

    public int getCurve2DCount(int categoryID) {
        if (categoryID < 1) {
            return 0;
        } else {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            return categoryStruct == null ? 0 : categoryStruct.getCategory().getLogCurve2DCount();
        }
    }

    public int getCurve3DCount(int categoryID) {
        if (categoryID < 1) {
            return 0;
        } else {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            return categoryStruct == null ? 0 : categoryStruct.getCategory().getLogCurve3DCount();
        }
    }

    public int getCommonTableCount(int categoryID) {
        if (categoryID < 1) {
            return 0;
        } else {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            return categoryStruct == null ? 0 : categoryStruct.getCategory().getLogCommonTableCount();
        }
    }

    public int readCurve1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer) {
        return this.readCurve_1D(categoryID, curveName, startDepth, dataCount, buffer);
    }

    public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, float[] buffer) {
        return this.readCurve1D(categoryID, curveName, startDepth, depthLevel, dataCount, buffer, (ReadMode)null);
    }

    public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, float[] buffer, int interpolationMode) {
        ReadMode readMode = new ReadMode();
        switch (interpolationMode) {
            case 0:
                readMode.interpolationMode = 1;
                break;
            case 1:
                readMode.interpolationMode = 0;
                break;
            case 2:
                readMode.interpolationMode = 3;
        }

        return this.readCurve1D(categoryID, curveName, startDepth, depthLevel, dataCount, buffer, readMode);
    }

    private int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, float[] buffer, ReadMode mode) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve1D)curveStruct.curve).readData(startDepth, depthLevel, dataCount, buffer, (ReadMode)null);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogCurve1D curve = category.getLogCurve1D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.readData(startDepth, dataCount, buffer, mode);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int readCurve1D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, float[] buffer) {
        return this.readCurve_1D(categoryID, curveName, startDepth, upwardCount, downWardCount, buffer);
    }

    public int readCurve1D(int categoryID, String curveName, double startDepth, double depthLevel, int upwardCount, int downWardCount, float[] buffer) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve1D)curveStruct.curve).readData(startDepth, depthLevel, upwardCount, downWardCount, buffer, (ReadMode)null);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogCurve1D curve = category.getLogCurve1D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.readData(startDepth, depthLevel, upwardCount, downWardCount, buffer, (ReadMode)null);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeCurve1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer) {
        return this.writeCurve_1D(categoryID, curveName, startDepth, dataCount, buffer);
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer) {
        return this.readCurve_2D(categoryID, curveName, startDepth, dataCount, arraySize, buffer);
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer) {
        return this.readCurve2D(categoryID, curveName, startDepth, depthLevel, dataCount, arraySize, buffer, (ReadMode)null);
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer, int interpolationMode) {
        ReadMode readMode = new ReadMode();
        switch (interpolationMode) {
            case 0:
                readMode.interpolationMode = 1;
                break;
            case 1:
                readMode.interpolationMode = 0;
                break;
            case 2:
                readMode.interpolationMode = 3;
        }

        return this.readCurve2D(categoryID, curveName, startDepth, depthLevel, dataCount, arraySize, buffer, readMode);
    }

    private int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer, ReadMode readMode) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                LogCurve2D curve = null;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, depthLevel, dataCount, data, readMode);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, depthLevel, dataCount, data, readMode);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, short[] buffer) {
        return this.readCurve_2D(categoryID, curveName, startDepth, dataCount, arraySize, buffer);
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        return this.readCurve_2D(categoryID, curveName, startDepth, upwardCount, downWardCount, arraySize, buffer);
    }

    public int readCurve2D(int categoryID, String curveName, double startDepth, double depthLevel, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int dataCount = upwardCount + downWardCount + 1;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve2D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, depthLevel, upwardCount, downWardCount, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, depthLevel, upwardCount, downWardCount, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeCurve2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer) {
        return this.writeCurve_2D(categoryID, curveName, startDepth, dataCount, arraySize, buffer);
    }

    public int reacBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                int i;
                int offset;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][][] data = new float[dataCount][xCount][yCount];
                    int retCode = curve.readDataWithoutBuffer(startDepth, dataCount, data, (ReadMode)null);
                    if (retCode > 0) {
                        int offset = false;

                        for(offset = 0; offset < retCode; ++offset) {
                            retCode = offset * yCount * xCount;

                            for(i = 0; i < yCount; ++i) {
                                System.arraycopy(data[offset][i], 0, buffer, retCode + i * xCount, xCount);
                            }
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][][] data = new float[dataCount][yCount][xCount];
                            retCode = curve.readDataWithoutBuffer(startDepth, dataCount, data, (ReadMode)null);
                            if (retCode > 0) {
                                int offset = false;

                                for(i = 0; i < retCode; ++i) {
                                    offset = i * yCount * xCount;

                                    for(int j = 0; j < yCount; ++j) {
                                        System.arraycopy(data[i][j], 0, buffer, offset + j * xCount, xCount);
                                    }
                                }
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int reacBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[][][] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    return curve.readDataWithoutBuffer(startDepth, dataCount, buffer, (ReadMode)null);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            int retCode = curve.readDataWithoutBuffer(startDepth, dataCount, buffer, (ReadMode)null);
                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer) {
        return this.readCurve_3D(categoryID, curveName, arrayIndex, startDepth, dataCount, arraySize, buffer);
    }

    public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer) {
        return this.readCurve_3D(categoryID, curveName, arrayIndex, startDepth, depthLevel, dataCount, arraySize, buffer, (ReadMode)null);
    }

    public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        return this.readCurve_3D(categoryID, curveName, arrayIndex, startDepth, upwardCount, downWardCount, arraySize, buffer);
    }

    public int readCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        return this.readCurve_3D(categoryID, curveName, arrayIndex, startDepth, depthLevel, upwardCount, downWardCount, arraySize, buffer, (ReadMode)null);
    }

    public int writeCurve3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer) {
        return this.writeCurve_3D(categoryID, curveName, arrayIndex, startDepth, dataCount, arraySize, buffer);
    }

    public int writeBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int retCode = true;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int i;
                int retCode;
                int offset;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][][] data = new float[dataCount][yCount][xCount];
                    int offset = false;

                    for(offset = 0; offset < dataCount; ++offset) {
                        int offset = offset * yCount * xCount;

                        for(i = 0; i < yCount; ++i) {
                            System.arraycopy(buffer, offset + i * xCount, data[offset][i], 0, xCount);
                        }
                    }

                    retCode = curve.writeDataWithoutBuffer(startDepth, dataCount, data, (WriteMode)null);
                    if (retCode > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][][] data = new float[dataCount][yCount][xCount];
                            int offset = false;

                            for(i = 0; i < dataCount; ++i) {
                                offset = i * yCount * xCount;

                                for(int j = 0; j < yCount; ++j) {
                                    System.arraycopy(buffer, offset + j * xCount, data[i][j], 0, xCount);
                                }
                            }

                            retCode = curve.writeDataWithoutBuffer(startDepth, dataCount, data, (WriteMode)null);
                            if (retCode == 0) {
                                return 0;
                            } else {
                                categoryStruct.isModified = true;
                                return retCode;
                            }
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeBulkCurve3D(int categoryID, String curveName, double startDepth, int dataCount, int xCount, int yCount, float[][][] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int retCode = true;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    retCode = curve.writeDataWithoutBuffer(startDepth, dataCount, buffer, (WriteMode)null);
                    if (retCode > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            retCode = curve.writeDataWithoutBuffer(startDepth, dataCount, buffer, (WriteMode)null);
                            if (retCode == 0) {
                                return 0;
                            } else {
                                categoryStruct.isModified = true;
                                return retCode;
                            }
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public double getCurveStartDepth(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getStartDepth();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getStartDepth();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveEndDepth(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getEndDepth();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getEndDepth();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveDepthLevel(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getDepthLevel();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getDepthLevel();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveXMin(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getXMin();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getXMin();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveXMax(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getXMax();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getXMax();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveXLevel(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getXLevel();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getXLevel();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public int getCurveXCount(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getXCount();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getXCount();
                        }
                    }
                }
            }
        } else {
            return -99999;
        }
    }

    public String getCurveXUnit(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return "";
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getXUnit();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return "";
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return "";
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getXUnit();
                        }
                    }
                }
            }
        } else {
            return "";
        }
    }

    public double getCurveYMin(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getYMin();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getYMin();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveYMax(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getYMax();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getYMax();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public double getCurveYLevel(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getYLevel();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999.0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getYLevel();
                        }
                    }
                }
            }
        } else {
            return -99999.0;
        }
    }

    public int getCurveYCount(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getYCount();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999;
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -99999;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getYCount();
                        }
                    }
                }
            }
        } else {
            return -99999;
        }
    }

    public String getCurveYUnit(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return "";
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve3D)curveStruct.curve).getYUnit();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return "";
                    } else {
                        LogCurve3D curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return "";
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getYUnit();
                        }
                    }
                }
            }
        } else {
            return "";
        }
    }

    public int setCurveDepthLevel(int categoryID, String curveName, double newDepthLevel) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                LogCategory category = categoryStruct.getCategory();
                LogCurve curve = null;
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    curve = curveStruct.curve;
                } else {
                    curve = category.getLogCurve(curve_name);
                }

                if (curve == null) {
                    return 0;
                } else {
                    LogCurve newCurve = this.changeCurveDepthLevel(category, curve, newDepthLevel, category.getNewCurveSuffix());
                    categoryStruct.removeCurveElement(curve_name);
                    curveStruct = new ReferCurveStruct(curve_name, newCurve);
                    categoryStruct.addCurveElement(curveStruct);
                    categoryStruct.isModified = true;
                    return 1;
                }
            }
        } else {
            return 0;
        }
    }

    public int changeCurveDepthRange(int categoryID, String curveName, double newStartDepth, double newEndDepth) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                LogCategory category = categoryStruct.getCategory();
                LogCurve curve = null;
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    curve = curveStruct.curve;
                } else {
                    curve = category.getLogCurve(curve_name);
                    curveStruct = new ReferCurveStruct(curve_name, curve);
                    categoryStruct.addCurveElement(curveStruct);
                }

                if (curve == null) {
                    return 0;
                } else {
                    int retCode = curve.changeDepthRange(newStartDepth, newEndDepth, true);
                    categoryStruct.isModified = true;
                    return retCode == 0 ? 1 : 0;
                }
            }
        } else {
            return 0;
        }
    }

    public int deleteCurve(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                String curve_name = curveName.trim();
                LogCategory category = categoryStruct.getCategory();
                int retCode = category.deleteLogging(curve_name);
                if (retCode != 0) {
                    return 0;
                } else {
                    categoryStruct.removeCurveElement(curve_name);
                    categoryStruct.isModified = true;
                    return 1;
                }
            }
        } else {
            return 0;
        }
    }

    public int deleteTable(int categoryID, String tableName) {
        if (categoryID >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                String table_name = tableName.trim();
                LogCategory category = categoryStruct.getCategory();
                int retCode = category.deleteLogging(table_name);
                if (retCode != 0) {
                    return 0;
                } else {
                    categoryStruct.removeCurveElement(table_name);
                    categoryStruct.isModified = true;
                    return 1;
                }
            }
        } else {
            return 0;
        }
    }

    public int copyCurve(int categoryID, String srcCurveName, String desCurveName, int isOverWritten) {
        if (categoryID >= 1 && srcCurveName != null && !srcCurveName.trim().isEmpty() && desCurveName != null && !desCurveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                LogCategory category = categoryStruct.getCategory();
                LogCurve srcCurve = null;
                LogCurve desCurve = null;
                String srcCurve_name = srcCurveName.trim();
                String desCurve_name = desCurveName.trim();
                ReferCurveStruct srcCurveStruct = categoryStruct.getSpecifiedCurveElement(srcCurve_name);
                if (srcCurveStruct != null) {
                    srcCurve = srcCurveStruct.curve;
                } else {
                    srcCurve = category.getLogCurve(srcCurve_name);
                }

                ReferCurveStruct desCurveStruct = categoryStruct.getSpecifiedCurveElement(desCurve_name);
                if (desCurveStruct != null) {
                    desCurve = desCurveStruct.curve;
                } else {
                    desCurve = category.getLogCurve(desCurve_name);
                }

                if (srcCurve == null) {
                    return 0;
                } else {
                    if (desCurve != null) {
                        if (isOverWritten == 0) {
                            return 0;
                        }

                        category.deleteLogging(desCurve_name);
                        if (desCurveStruct != null) {
                            categoryStruct.removeCurveElement(desCurveStruct);
                        }
                    }

                    LogCurve newCurve = this.copyCurveAction(category, srcCurve, desCurve_name);
                    desCurveStruct = new ReferCurveStruct(desCurve_name, newCurve);
                    categoryStruct.addCurveElement(desCurveStruct);
                    categoryStruct.isModified = true;
                    return 1;
                }
            }
        } else {
            return 0;
        }
    }

    public CurveProperty getCurveProperty(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                CurveProperty curveProperty = null;
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    curveProperty = new CurveProperty();
                    LoggingProperties properties = curveStruct.curve.getLoggingProperties();
                    curveProperty.curveName = properties.getLoggingName();
                    curveProperty.arrayNum = properties.getArrayNum();
                    curveProperty.timeSampleNum = properties.getTimeSampleNum();
                    curveProperty.curveLeftScale = properties.getLeftScale();
                    curveProperty.curveRightScale = properties.getRightScale();
                    curveProperty.dataType = properties.getDataType();
                    curveProperty.startDepth = properties.getStartDepth();
                    curveProperty.endDepth = properties.getEndDepth();
                    curveProperty.depthLevel = properties.getDepthLevel();
                    curveProperty.curveUnit = properties.getCurveUnit();
                    curveProperty.depthUnit = properties.getDepthUnit();
                    curveProperty.timeSampleLevel = properties.getTimeSampleLevel();
                    curveProperty.timeSampleUnit = properties.getTimeSampleUnit();
                    curveProperty.timeSampleStartTime = properties.getTimeSampleStartTime();
                    curveProperty.xMin = properties.getXMin();
                    curveProperty.xMax = properties.getXMax();
                    curveProperty.xLevel = properties.getXLevel();
                    curveProperty.yMin = properties.getYMin();
                    curveProperty.yMax = properties.getYMax();
                    curveProperty.yLevel = properties.getYLevel();
                    curveProperty.xCount = properties.getXCount();
                    curveProperty.yCount = properties.getYCount();
                    curveProperty.xUnit = properties.getXUnit();
                    curveProperty.yUnit = properties.getYUnit();
                    return curveProperty;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return null;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return null;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            curveProperty = new CurveProperty();
                            LoggingProperties properties = curve.getLoggingProperties();
                            curveProperty.curveName = properties.getLoggingName();
                            curveProperty.arrayNum = properties.getArrayNum();
                            curveProperty.timeSampleNum = properties.getTimeSampleNum();
                            curveProperty.curveLeftScale = properties.getLeftScale();
                            curveProperty.curveRightScale = properties.getRightScale();
                            curveProperty.dataType = properties.getDataType();
                            curveProperty.startDepth = properties.getStartDepth();
                            curveProperty.endDepth = properties.getEndDepth();
                            curveProperty.depthLevel = properties.getDepthLevel();
                            curveProperty.curveUnit = properties.getCurveUnit();
                            curveProperty.depthUnit = properties.getDepthUnit();
                            curveProperty.timeSampleLevel = properties.getTimeSampleLevel();
                            curveProperty.timeSampleUnit = properties.getTimeSampleUnit();
                            curveProperty.timeSampleStartTime = properties.getTimeSampleStartTime();
                            curveProperty.xMin = properties.getXMin();
                            curveProperty.xMax = properties.getXMax();
                            curveProperty.xLevel = properties.getXLevel();
                            curveProperty.yMin = properties.getYMin();
                            curveProperty.yMax = properties.getYMax();
                            curveProperty.yLevel = properties.getYLevel();
                            curveProperty.xCount = properties.getXCount();
                            curveProperty.yCount = properties.getYCount();
                            curveProperty.xUnit = properties.getXUnit();
                            curveProperty.yUnit = properties.getYUnit();
                            return curveProperty;
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    public int getCurveDimension(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getDimension();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return 0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getDimension();
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int getCurveArrayNum(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getArrayNum();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return 0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getArrayNum();
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int getCurveArraySize(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getTimeSampleCount();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return 0;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getTimeSampleCount();
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public float getCurveTimeSampleLevel(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0.0F;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return (float)curveStruct.curve.getLoggingProperties().getTimeSampleLevel();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0.0F;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return 0.0F;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return (float)curve.getLoggingProperties().getTimeSampleLevel();
                        }
                    }
                }
            }
        } else {
            return 0.0F;
        }
    }

    public String getCurveUnit(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getCurveUnit();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return null;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return null;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getCurveUnit();
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    public String getCurveDepthUnit(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return curveStruct.curve.getDepthUnit();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return null;
                    } else {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve == null) {
                            return null;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.getDepthUnit();
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    public void flush(int categoryID, String curveName) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct != null) {
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curveName.trim());
                if (curveStruct != null && curveStruct.curve != null) {
                    curveStruct.curve.flush();
                }

            }
        }
    }

    public void flushAll() {
        ReferCurveStruct curveStruct = null;
        ReferCategoryStruct categoryStruct = null;

        for(int i = 0; i < ReferCategoryContainer.getInstance().size(); ++i) {
            categoryStruct = ReferCategoryContainer.getInstance().elemenAt(i);
            if (categoryStruct.isModified) {
                for(int j = 0; j < categoryStruct.getCurveSize(); ++j) {
                    curveStruct = categoryStruct.curveElementAt(j);
                    if (curveStruct.curve != null) {
                        curveStruct.curve.flush();
                    }
                }
            }
        }

    }

    public void setCurveInterpolation(int categoryID, String curveName, int mode) {
        if (categoryID >= 1 && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct != null) {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    curveStruct.setInterpolationMode((byte)mode);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category != null) {
                        LogCurve curve = category.getLogCurve(curve_name);
                        if (curve != null) {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            curveStruct.setInterpolationMode((byte)mode);
                            categoryStruct.addCurveElement(curveStruct);
                        }
                    }
                }
            }
        }
    }

    public int createTable(int categoryID, String tableTemplateName, String tableName, int isOverwritten) {
        if (categoryID >= 1 && tableTemplateName != null && !tableTemplateName.trim().isEmpty() && tableName != null && !tableName.trim().isEmpty()) {
            String template_name = tableTemplateName.trim() + "." + ResourceUtilities.getDefault().getResourceExt(1);
            String table_name = tableName.trim();
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                ResourceObject resourceFile = ResourceUtilities.getDefault().getPreservedResourceObject(1, template_name);
                TableTemplateXmlRw xmlRw = new TableTemplateXmlRw();
                TableFields tableFields = xmlRw.readTableTemplate(new ByteArrayInputStream((byte[])((byte[])ResourceUtilities.getDefault().getResourceObjectContents(resourceFile))), resourceFile.getResourceType());
                if (tableFields == null) {
                    return 0;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category.getLogging(table_name) != null) {
                        if (isOverwritten == 0) {
                            return 0;
                        }

                        category.deleteLogging(table_name);
                        categoryStruct.removeDocElement(table_name);
                    }

                    TableRecords tableRecords = new TableRecords();
                    tableRecords.init(0, tableFields);
                    LogTable table = category.createTable(table_name, ResourceUtilities.getDefault().toString(resourceFile), (byte)5, tableRecords);
                    if (table == null) {
                        return 0;
                    } else {
                        ReferTableStruct tableStruct = new ReferTableStruct(table_name, table);
                        categoryStruct.addTableElement(tableStruct);
                        categoryStruct.isModified = true;
                        return 1;
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int getTableRowCount(int categoryID, String tableName) {
        if (categoryID >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    return tableStruct.table.getRowCount();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            return table.getRowCount();
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public String getCommonTableColumnName(int categoryID, String tableName, int columnIndex) {
        if (categoryID >= 1 && tableName != null && !tableName.trim().isEmpty() && columnIndex >= 0) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    LogTable table = tableStruct.table;
                    int columnCount = table.getColumnCount();
                    if (columnIndex > columnCount) {
                        return null;
                    } else {
                        TableFields tableFields = new TableFields();
                        table.readTableFields(tableFields);
                        return tableFields.getName(columnIndex);
                    }
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return null;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return null;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            int columnCount = table.getColumnCount();
                            if (columnIndex > columnCount) {
                                return null;
                            } else {
                                TableFields tableFields = new TableFields();
                                table.readTableFields(tableFields);
                                return tableFields.getName(columnIndex);
                            }
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    public int getTableColumnCount(int categoryID, String tableName) {
        if (categoryID >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    return tableStruct.table.getColumnCount();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            return table.getColumnCount();
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public String readTable(int categoryID, String tableName, int rowIndex, int columnIndex) {
        if (categoryID >= 1 && rowIndex >= 1 && columnIndex >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return null;
            } else {
                String[] buf = null;
                int columnCount = false;
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                int columnCount;
                if (tableStruct != null) {
                    columnCount = tableStruct.table.getColumnCount();
                    if (columnIndex > columnCount) {
                        return null;
                    } else {
                        buf = new String[columnCount];
                        int retCode = this.readTableData(tableStruct.table, rowIndex, buf);
                        return retCode > 0 ? buf[columnIndex - 1] : null;
                    }
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return null;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return null;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            columnCount = table.getColumnCount();
                            if (columnIndex > columnCount) {
                                return null;
                            } else {
                                buf = new String[columnCount];
                                int retCode = this.readTableData(tableStruct.table, rowIndex, buf);
                                return retCode > 0 ? buf[columnIndex - 1] : null;
                            }
                        }
                    }
                }
            }
        } else {
            return null;
        }
    }

    public float readTable_x(int categoryID, String tableName, int rowIndex, int columnIndex) {
        if (categoryID >= 1 && rowIndex >= 1 && columnIndex >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -99999.0F;
            } else {
                float[] buf = null;
                int columnCount = false;
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                float[] buf;
                int columnCount;
                if (tableStruct != null) {
                    columnCount = tableStruct.table.getColumnCount();
                    if (columnIndex > columnCount) {
                        return -99999.0F;
                    } else {
                        buf = new float[columnCount];
                        int retCode = this.readTableData(tableStruct.table, rowIndex, buf);
                        return retCode > 0 ? buf[columnIndex - 1] : -99999.0F;
                    }
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -99999.0F;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -99999.0F;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            columnCount = table.getColumnCount();
                            if (columnIndex > columnCount) {
                                return -99999.0F;
                            } else {
                                buf = new float[columnCount];
                                int retCode = this.readTableData(tableStruct.table, rowIndex, buf);
                                return retCode > 0 ? buf[columnIndex - 1] : -99999.0F;
                            }
                        }
                    }
                }
            }
        } else {
            return -99999.0F;
        }
    }

    public int readTable(int categoryID, String tableName, int rowIndex, float[] buffer) {
        if (categoryID >= 1 && rowIndex >= 1 && buffer != null && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    return this.readTableData(tableStruct.table, rowIndex, buffer);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            return this.readTableData(table, rowIndex, buffer);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int readTable(int categoryID, String tableName, int rowIndex, String[] buffer) {
        if (categoryID >= 1 && rowIndex >= 1 && buffer != null && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    return this.readTableData(tableStruct.table, rowIndex, buffer);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            return this.readTableData(table, rowIndex, buffer);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeTable(int categoryID, String tableName, int rowIndex, float[] buffer) {
        if (categoryID >= 1 && rowIndex >= 1 && buffer != null && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                int retCount = true;
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                int retCount;
                if (tableStruct != null) {
                    retCount = this.writeTableData(tableStruct.table, rowIndex, buffer);
                    if (retCount > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCount;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            retCount = this.writeTableData(table, rowIndex, buffer);
                            if (retCount > 0) {
                                categoryStruct.isModified = true;
                            }

                            return retCount;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeTable(int categoryID, String tableName, int rowIndex, int columnIndex, float buffer) {
        return this.writeTable(categoryID, tableName, rowIndex, columnIndex, Float.toString(buffer));
    }

    public int writeTable(int categoryID, String tableName, int rowIndex, int columnIndex, String buffer) {
        if (categoryID >= 1 && rowIndex >= 1 && columnIndex >= 1 && buffer != null && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                int retCount = true;
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                int retCount;
                if (tableStruct != null) {
                    retCount = this.writeTableData(tableStruct.table, rowIndex, columnIndex, buffer);
                    if (retCount > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCount;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return 0;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            retCount = this.writeTableData(table, rowIndex, columnIndex, buffer);
                            if (retCount > 0) {
                                categoryStruct.isModified = true;
                            }

                            return retCount;
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int writeTable(int categoryID, String tableName, int rowIndex, String[] buffer) {
        if (categoryID >= 1 && rowIndex >= 1 && buffer != null && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                int retCount = true;
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                int retCount;
                if (tableStruct != null) {
                    retCount = this.writeTableData(tableStruct.table, rowIndex, buffer);
                    if (retCount > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCount;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table == null) {
                            return -1;
                        } else {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            retCount = this.writeTableData(table, rowIndex, buffer);
                            if (retCount > 0) {
                                categoryStruct.isModified = true;
                            }

                            return retCount;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int copyTable(int srcCategoryID, String srcTableName, int desCategoryID, String desTableName, int isOverwritten) {
        if (srcCategoryID >= 1 && desCategoryID >= 1 && srcTableName != null && !srcTableName.trim().isEmpty() && desTableName != null && !desTableName.trim().isEmpty()) {
            String src_name = srcTableName.trim();
            String des_name = desTableName.trim();
            ReferCategoryStruct srcCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(srcCategoryID);
            if (srcCategoryStruct == null) {
                return 0;
            } else {
                ReferCategoryStruct desCategoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(desCategoryID);
                if (desCategoryStruct == null) {
                    return 0;
                } else {
                    LogCategory srcCategory = srcCategoryStruct.getCategory();
                    LogCategory desCategory = desCategoryStruct.getCategory();
                    LogTable srcTable = srcCategory.getLogCommonTable(src_name);
                    if (srcTable == null) {
                        return 0;
                    } else {
                        if (desCategory.getLogCommonTable(des_name) != null) {
                            if (isOverwritten == 0) {
                                return 0;
                            }

                            desCategory.deleteLogging(des_name);
                            desCategoryStruct.removeTableElement(des_name);
                        }

                        int retCode = desCategory.copyLoggingFrom(srcTable, "");
                        if (retCode != 0) {
                            return 0;
                        } else {
                            desCategoryStruct.isModified = true;
                            return 1;
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public void removeTableAllRecords(int categoryID, String tableName) {
        if (categoryID >= 1 && tableName != null && !tableName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct != null) {
                String table_name = tableName.trim();
                ReferTableStruct tableStruct = categoryStruct.getSpecifiedTableElement(table_name);
                if (tableStruct != null) {
                    TableRecords tableRecords = new TableRecords();
                    tableStruct.table.readTableRecords(tableRecords);
                    int recordsNum = tableRecords.getRecordsNum();
                    if (recordsNum > 0) {
                        tableRecords.deleteTableRecords(0, recordsNum);
                        tableStruct.table.writeTableRecords(tableRecords);
                        categoryStruct.isModified = true;
                    }

                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category != null) {
                        LogTable table = category.getLogCommonTable(table_name);
                        if (table != null) {
                            tableStruct = new ReferTableStruct(table_name, table);
                            categoryStruct.addTableElement(tableStruct);
                            TableRecords tableRecords = new TableRecords();
                            tableStruct.table.readTableRecords(tableRecords);
                            int recordsNum = tableRecords.getRecordsNum();
                            if (recordsNum > 0) {
                                tableRecords.deleteTableRecords(0, recordsNum);
                                tableStruct.table.writeTableRecords(tableRecords);
                                categoryStruct.isModified = true;
                            }

                        }
                    }
                }
            }
        }
    }

    public int getDocSize(int categoryID, String docName) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty()) {
            String doc_name = docName.trim();
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                ReferDocStruct docStruct = categoryStruct.getSpecifiedDocElement(doc_name);
                if (docStruct != null) {
                    return docStruct.doc.getLoggingProperties().getDocSize();
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return 0;
                    } else {
                        LogDocument doc = category.getLogDoc(doc_name);
                        if (doc == null) {
                            return 0;
                        } else {
                            docStruct = new ReferDocStruct(doc_name, doc);
                            categoryStruct.addDocElement(docStruct);
                            return docStruct.doc.getLoggingProperties().getDocSize();
                        }
                    }
                }
            }
        } else {
            return 0;
        }
    }

    public int createDocument(int categoryID, String docName, int isOverwritten) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty()) {
            String doc_name = docName.trim();
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return 0;
            } else {
                LogCategory category = categoryStruct.getCategory();
                if (category.getLogDoc(doc_name) != null) {
                    if (isOverwritten == 0) {
                        return 0;
                    }

                    category.deleteLogging(doc_name);
                    categoryStruct.removeDocElement(doc_name);
                }

                LogDocument doc = category.createDocument(doc_name);
                if (doc == null) {
                    return 0;
                } else {
                    ReferDocStruct docStruct = new ReferDocStruct(doc_name, doc);
                    categoryStruct.addDocElement(docStruct);
                    categoryStruct.isModified = true;
                    return 1;
                }
            }
        } else {
            return 0;
        }
    }

    public int createDocument(int categoryID, String docName, String srcFilePath, int isOverwritten) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty() && srcFilePath != null && !srcFilePath.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                File srcFile = new File(srcFilePath.trim());
                if (srcFile.exists() && srcFile.isFile()) {
                    String doc_name = docName.trim();
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        if (category.getLogDoc(doc_name) != null) {
                            if (isOverwritten == 0) {
                                return -1;
                            }

                            category.deleteLogging(doc_name);
                            categoryStruct.removeDocElement(doc_name);
                        }

                        boolean retCode = category.createDocument(doc_name, srcFilePath);
                        if (!retCode) {
                            return 0;
                        } else {
                            ReferDocStruct docStruct = new ReferDocStruct(doc_name, category.getLogDoc(doc_name));
                            categoryStruct.addDocElement(docStruct);
                            categoryStruct.isModified = true;
                            return 1;
                        }
                    }
                } else {
                    return -1;
                }
            }
        } else {
            return -1;
        }
    }

    public int readDocument(int categoryID, String docName, int offset, int byteSize, byte[] buffer) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String doc_name = docName.trim();
                ReferDocStruct docStruct = categoryStruct.getSpecifiedDocElement(doc_name);
                if (docStruct != null) {
                    return docStruct.doc.readDoc((long)offset, byteSize, buffer);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogDocument document = category.getLogDoc(doc_name);
                        if (document == null) {
                            return -1;
                        } else {
                            docStruct = new ReferDocStruct(doc_name, document);
                            categoryStruct.addDocElement(docStruct);
                            return document.readDoc((long)offset, byteSize, buffer);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int readDocument(int categoryID, String docName, String desFilePath) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty() && desFilePath != null && !desFilePath.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String doc_name = docName.trim();
                ReferDocStruct docStruct = categoryStruct.getSpecifiedDocElement(doc_name);
                if (docStruct != null) {
                    return docStruct.doc.readDoc(desFilePath.trim());
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogDocument document = category.getLogDoc(doc_name);
                        if (document == null) {
                            return -1;
                        } else {
                            docStruct = new ReferDocStruct(doc_name, document);
                            categoryStruct.addDocElement(docStruct);
                            return document.readDoc(desFilePath.trim());
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    public int writeDocument(int categoryID, String docName, int offset, int byteSize, byte[] buffer) {
        if (categoryID >= 1 && docName != null && !docName.trim().isEmpty() && buffer != null) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String doc_name = docName.trim();
                int retCode = true;
                ReferDocStruct docStruct = categoryStruct.getSpecifiedDocElement(doc_name);
                int retCode;
                if (docStruct != null) {
                    retCode = docStruct.doc.writeDoc((long)offset, byteSize, buffer);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    }

                    LogDocument document = category.getLogDoc(doc_name);
                    if (document == null) {
                        return -1;
                    }

                    docStruct = new ReferDocStruct(doc_name, document);
                    categoryStruct.addDocElement(docStruct);
                    retCode = document.writeDoc((long)offset, byteSize, buffer);
                }

                if (retCode > 0) {
                    categoryStruct.isModified = true;
                }

                return retCode;
            }
        } else {
            return -1;
        }
    }

    private int writeTableData(LogTable table, int rowIndex, float[] buffer) {
        int rowCount = table.getRowCount();
        TableRecords records = new TableRecords();
        int retCode = table.readTableRecords(0, rowCount, records);
        if (retCode != 0) {
            return -1;
        } else {
            TableFields fields = records.getTableFields();
            int value = rowIndex - rowCount;
            if (value > 0) {
                TableRecords newRecords = new TableRecords();
                newRecords.init(value, fields);
                records.appendTableRecords(newRecords);
            }

            int bufLength = buffer.length;

            for(int i = 0; i < fields.getFieldNum() && bufLength >= i + 1; ++i) {
                switch (fields.getDataType(i)) {
                    case 1:
                        records.setRecordByteData(rowIndex - 1, i, (byte)((int)buffer[i]));
                        break;
                    case 2:
                        records.setRecordShortData(rowIndex - 1, i, (short)((int)buffer[i]));
                        break;
                    case 3:
                        records.setRecordIntData(rowIndex - 1, i, (int)buffer[i]);
                        break;
                    case 4:
                        records.setRecordLongData(rowIndex - 1, i, (long)buffer[i]);
                        break;
                    case 5:
                        records.setRecordFloatData(rowIndex - 1, i, buffer[i]);
                        break;
                    case 6:
                    case 11:
                        records.setRecordDoubleData(rowIndex - 1, i, (double)buffer[i]);
                        break;
                    case 7:
                    case 8:
                    case 9:
                    case 10:
                    default:
                        records.setRecordStringData(rowIndex - 1, i, Float.toString(buffer[i]));
                }
            }

            table.writeTableRecords(records);
            return 1;
        }
    }

    private int writeTableData(LogTable table, int rowIndex, int columnIndex, String buffer) {
        int rowCount = table.getRowCount();
        int columnCount = table.getColumnCount();
        if (columnIndex > columnCount) {
            return -1;
        } else {
            TableRecords records = new TableRecords();
            int retCode = table.readTableRecords(0, rowCount, records);
            if (retCode != 0) {
                return -1;
            } else {
                TableFields fields = records.getTableFields();
                int value = rowIndex - rowCount;
                if (value > 0) {
                    TableRecords newRecords = new TableRecords();
                    newRecords.init(value, fields);
                    records.appendTableRecords(newRecords);
                }

                switch (fields.getDataType(columnIndex - 1)) {
                    case 1:
                        try {
                            records.setRecordByteData(rowIndex - 1, columnIndex - 1, Byte.parseByte(buffer));
                        } catch (NumberFormatException var17) {
                            records.setRecordByteData(rowIndex - 1, columnIndex - 1, (byte)-128);
                        }
                        break;
                    case 2:
                        try {
                            records.setRecordShortData(rowIndex - 1, columnIndex - 1, Short.parseShort(buffer));
                        } catch (NumberFormatException var16) {
                            records.setRecordShortData(rowIndex - 1, columnIndex - 1, (short)-32767);
                        }
                        break;
                    case 3:
                        try {
                            records.setRecordIntData(rowIndex - 1, columnIndex - 1, Integer.parseInt(buffer));
                        } catch (NumberFormatException var15) {
                            records.setRecordIntData(rowIndex - 1, columnIndex - 1, -99999);
                        }
                        break;
                    case 4:
                        try {
                            records.setRecordLongData(rowIndex - 1, columnIndex - 1, Long.parseLong(buffer));
                        } catch (NumberFormatException var14) {
                            records.setRecordLongData(rowIndex - 1, columnIndex - 1, -99999L);
                        }
                        break;
                    case 5:
                        try {
                            records.setRecordFloatData(rowIndex - 1, columnIndex - 1, Float.parseFloat(buffer));
                        } catch (NumberFormatException var13) {
                            records.setRecordFloatData(rowIndex - 1, columnIndex - 1, -99999.0F);
                        }
                        break;
                    case 6:
                    case 11:
                        try {
                            records.setRecordDoubleData(rowIndex - 1, columnIndex - 1, Double.parseDouble(buffer));
                        } catch (NumberFormatException var12) {
                            records.setRecordDoubleData(rowIndex - 1, columnIndex - 1, -99999.0);
                        }
                        break;
                    case 7:
                    case 8:
                    case 9:
                    case 12:
                    case 13:
                    case 14:
                    case 15:
                    case 16:
                        records.setRecordStringData(rowIndex - 1, columnIndex - 1, buffer);
                    case 10:
                }

                table.writeTableRecords(records);
                return 1;
            }
        }
    }

    private int writeTableData(LogTable table, int rowIndex, String[] buffer) {
        int rowCount = table.getRowCount();
        TableRecords records = new TableRecords();
        int retCode = table.readTableRecords(0, rowCount, records);
        if (retCode != 0) {
            return -1;
        } else {
            TableFields fields = records.getTableFields();
            int value = rowIndex - rowCount;
            if (value > 0) {
                TableRecords newRecords = new TableRecords();
                newRecords.init(value, fields);
                records.appendTableRecords(newRecords);
            }

            int bufLength = buffer.length;

            for(int i = 0; i < fields.getFieldNum() && bufLength >= i + 1; ++i) {
                switch (fields.getDataType(i)) {
                    case 1:
                        try {
                            records.setRecordByteData(rowIndex - 1, i, Byte.parseByte(buffer[i]));
                        } catch (NumberFormatException var17) {
                            records.setRecordByteData(rowIndex - 1, i, (byte)-128);
                        }
                        break;
                    case 2:
                        try {
                            records.setRecordShortData(rowIndex - 1, i, Short.parseShort(buffer[i]));
                        } catch (NumberFormatException var16) {
                            records.setRecordShortData(rowIndex - 1, i, (short)-32767);
                        }
                        break;
                    case 3:
                        try {
                            records.setRecordIntData(rowIndex - 1, i, Integer.parseInt(buffer[i]));
                        } catch (NumberFormatException var15) {
                            records.setRecordIntData(rowIndex - 1, i, -99999);
                        }
                        break;
                    case 4:
                        try {
                            records.setRecordLongData(rowIndex - 1, i, Long.parseLong(buffer[i]));
                        } catch (NumberFormatException var14) {
                            records.setRecordLongData(rowIndex - 1, i, -99999L);
                        }
                        break;
                    case 5:
                        try {
                            records.setRecordFloatData(rowIndex - 1, i, Float.parseFloat(buffer[i]));
                        } catch (NumberFormatException var13) {
                            records.setRecordFloatData(rowIndex - 1, i, -99999.0F);
                        }
                        break;
                    case 6:
                    case 11:
                        try {
                            records.setRecordDoubleData(rowIndex - 1, i, Double.parseDouble(buffer[i]));
                        } catch (NumberFormatException var12) {
                            records.setRecordDoubleData(rowIndex - 1, i, -99999.0);
                        }
                        break;
                    case 7:
                    case 8:
                    case 9:
                    case 12:
                    case 13:
                    case 14:
                        records.setRecordStringData(rowIndex - 1, i, buffer[i]);
                    case 10:
                    case 15:
                    case 16:
                }
            }

            table.writeTableRecords(records);
            return 1;
        }
    }

    private int readTableData(LogTable table, int rowIndex, float[] buffer) {
        TableRecords records = new TableRecords();
        int retCode = table.readTableRecords(rowIndex - 1, 1, records);
        if (retCode != 0) {
            return -1;
        } else {
            TableFields fields = records.getTableFields();
            int bufLength = buffer.length;

            for(int i = 0; i < fields.getFieldNum() && bufLength >= i + 1; ++i) {
                switch (fields.getDataType(i)) {
                    case 1:
                        buffer[i] = (float)records.getRecordByteData(0, i);
                        break;
                    case 2:
                        buffer[i] = (float)records.getRecordShortData(0, i);
                        break;
                    case 3:
                        buffer[i] = (float)records.getRecordIntData(0, i);
                        break;
                    case 4:
                        buffer[i] = (float)records.getRecordLongData(0, i);
                        break;
                    case 5:
                        buffer[i] = records.getRecordFloatData(0, i);
                        break;
                    case 6:
                    case 11:
                        buffer[i] = (float)records.getRecordDoubleData(0, i);
                        break;
                    case 7:
                    case 8:
                    case 9:
                    case 10:
                    default:
                        buffer[i] = -99999.0F;
                }
            }

            return 1;
        }
    }

    private int readTableData(LogTable table, int rowIndex, String[] buffer) {
        TableRecords records = new TableRecords();
        int retCode = table.readTableRecords(rowIndex - 1, 1, records);
        if (retCode != 0) {
            return -1;
        } else {
            TableFields fields = records.getTableFields();
            int bufLength = buffer.length;

            for(int i = 0; i < fields.getFieldNum() && bufLength >= i + 1; ++i) {
                switch (fields.getDataType(i)) {
                    case 1:
                        buffer[i] = Byte.toString(records.getRecordByteData(0, i));
                        break;
                    case 2:
                        buffer[i] = Short.toString(records.getRecordShortData(0, i));
                        break;
                    case 3:
                        buffer[i] = Integer.toString(records.getRecordIntData(0, i));
                        break;
                    case 4:
                        buffer[i] = Long.toString(records.getRecordLongData(0, i));
                        break;
                    case 5:
                        buffer[i] = Float.toString(records.getRecordFloatData(0, i));
                        break;
                    case 6:
                    case 11:
                        buffer[i] = Double.toString(records.getRecordDoubleData(0, i));
                        break;
                    case 7:
                    case 8:
                    case 9:
                    case 10:
                    default:
                        buffer[i] = records.getRecordStringData(0, i);
                }
            }

            return 1;
        }
    }

    private void addWellNotification(LogWell well, int notifyType) {
        String wsPath = (new DataPath(well.getLogWorkSpace())).toString();
        NotificationStruct infoStruct = null;
        String wellName = well.getWellName();
        WellNotifiedInfo wellInfo = new WellNotifiedInfo(wellName, notifyType);

        for(int i = 0; i < this.wellNotificationList.size(); ++i) {
            infoStruct = (NotificationStruct)this.wellNotificationList.get(i);
            if (infoStruct.getDataPath().equalsIgnoreCase(wsPath) && !infoStruct.contains(wellName)) {
                infoStruct.addNotifiedInfo(wellInfo);
                return;
            }
        }

        infoStruct = new NotificationStruct(wsPath);
        infoStruct.addNotifiedInfo(wellInfo);
        this.wellNotificationList.add(infoStruct);
    }

    private void addCategoryNotification(ReferCategoryStruct categoryStruct, int notifyType) {
        categoryStruct.isModified = false;
        LogCategory category = categoryStruct.getCategory();
        String wellPath = (new DataPath(category.getLogWell())).toString();
        NotificationStruct infoStruct = null;
        String categoryName = category.getCategoryName();
        CategoryNotifiedInfo categoryInfo = new CategoryNotifiedInfo(categoryName, notifyType);

        for(int i = 0; i < this.categoryNotificationList.size(); ++i) {
            infoStruct = (NotificationStruct)this.categoryNotificationList.get(i);
            if (infoStruct.getDataPath().equalsIgnoreCase(wellPath) && !infoStruct.contains(categoryName)) {
                infoStruct.addNotifiedInfo(categoryInfo);
                return;
            }
        }

        infoStruct = new NotificationStruct(wellPath);
        infoStruct.addNotifiedInfo(categoryInfo);
        this.categoryNotificationList.add(infoStruct);
    }

    private LogCurve copyCurveAction(LogCategory category, LogCurve srcCurve, String desCurveName) {
        LoggingProperties properties = srcCurve.getLoggingProperties();
        byte curveType = properties.getLoggingType();
        double startDep = properties.getStartDepth();
        double depthLevel = properties.getDepthLevel();
        int dataCount = (int)((properties.getEndDepth() - startDep) / depthLevel + 1.5);
        int readCount = this.computReadRowCount(curveType, properties);
        int readingNum = readCount > dataCount ? dataCount : readCount;
        int indexToRead = 0;
        double readDep = startDep;
        LogCurve newCurve = null;
        switch (curveType) {
            case 1:
                Curve1D curve1D = new Curve1D();
                curve1D.getInfoFromLoggingProperties(properties);
                curve1D.setCurveName(desCurveName);
                newCurve = (LogCurve1D)category.createCurve(curve1D);
                double[] data1D = null;

                for(LogCurve1D oldCurve1D = (LogCurve1D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * depthLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    double[] data1D = new double[readingNum];
                    oldCurve1D.readData(readDep, readingNum, data1D, (ReadMode)null);
                    ((LogCurve1D)newCurve).writeData(readDep, readingNum, data1D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
                break;
            case 2:
                Curve2D curve2D = new Curve2D();
                curve2D.getInfoFromLoggingProperties(properties);
                curve2D.setCurveName(desCurveName);
                newCurve = (LogCurve2D)category.createCurve(curve2D);
                double[][] data2D = (double[][])null;

                for(LogCurve2D oldCurve2D = (LogCurve2D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * depthLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    data2D = new double[readingNum][properties.getTimeSampleNum()];
                    oldCurve2D.readData(readDep, readingNum, data2D, (ReadMode)null);
                    ((LogCurve2D)newCurve).writeData(readDep, readingNum, data2D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
                break;
            case 3:
                Curve3D curve3D = new Curve3D();
                curve3D.getInfoFromLoggingProperties(properties);
                curve3D.setCurveName(desCurveName);
                newCurve = (LogCurve3D)category.createCurve(curve3D);
                double[][][] data3D = (double[][][])null;
                double[][] data = (double[][])null;
                int X2Nps = properties.getArrayNum();
                int X3Npw = properties.getTimeSampleNum();

                for(LogCurve3D oldCurve3D = (LogCurve3D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * depthLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    data3D = new double[readingNum][X2Nps][X3Npw];

                    for(int i = 0; i < X2Nps; ++i) {
                        data = new double[readingNum][X3Npw];
                        oldCurve3D.readData(readDep, readingNum, i, data, (ReadMode)null);

                        for(int j = 0; j < readingNum; ++j) {
                            System.arraycopy(data[j], 0, data3D[j][i], 0, X3Npw);
                        }
                    }

                    ((LogCurve3D)newCurve).writeDataWithoutBuffer(readDep, readingNum, data3D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
        }

        return (LogCurve)newCurve;
    }

    public void dispatchNotification() {
        MessageCommunicationClient client = new MessageCommunicationClient();
        if (client.connectToServer()) {
            NotificationMessage message = null;
            if (this.wellNotificationList.size() > 0) {
                message = new NotificationMessage();
                message.setCommmand(2);
                message.setNotificationList(this.wellNotificationList);
                client.sendMessage(message);
                this.wellNotificationList.clear();
            }

            ReferCategoryStruct categoryStruct = null;

            for(int i = 0; i < ReferCategoryContainer.getInstance().size(); ++i) {
                categoryStruct = ReferCategoryContainer.getInstance().elemenAt(i);
                if (categoryStruct.isModified) {
                    this.addCategoryNotification(ReferCategoryContainer.getInstance().elemenAt(i), 2);
                }
            }

            if (this.categoryNotificationList.size() > 0) {
                message = new NotificationMessage();
                message.setCommmand(3);
                message.setNotificationList(this.categoryNotificationList);
                client.sendMessage(message);
                this.categoryNotificationList.clear();
            }

            message = new NotificationMessage();
            message.setCommmand(1);
            client.sendMessage(message);
            if (client != null) {
                client.disconnect();
            }

        }
    }

    private int writeCurve_3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int retCode = true;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];

                    for(int i = 0; i < dataCount; ++i) {
                        System.arraycopy(buffer, i * arraySize, data[i], 0, arraySize);
                    }

                    retCode = curve.writeData(startDepth, arrayIndex, dataCount, data, (WriteMode)null);
                    if (retCode > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];

                            for(int i = 0; i < dataCount; ++i) {
                                System.arraycopy(buffer, i * arraySize, data[i], 0, arraySize);
                            }

                            retCode = curve.writeData(startDepth, arrayIndex, dataCount, data, (WriteMode)null);
                            if (retCode == 0) {
                                return 0;
                            } else {
                                categoryStruct.isModified = true;
                                return retCode;
                            }
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int upwardCount, int downWardCount, int arraySize, float[] buffer, ReadMode readMode) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int dataCount = upwardCount + downWardCount + 1;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, depthLevel, upwardCount, downWardCount, arrayIndex, data, readMode);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, depthLevel, upwardCount, downWardCount, arrayIndex, data, readMode);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_3D(int categoryID, String curveName, int arrayIndex, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int dataCount = upwardCount + downWardCount + 1;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, upwardCount, downWardCount, arrayIndex, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, upwardCount, downWardCount, arrayIndex, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_3D(int categoryID, String curveName, int arrayIndex, double startDepth, double depthLevel, int dataCount, int arraySize, float[] buffer, ReadMode readMode) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, depthLevel, dataCount, arrayIndex, data, readMode);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, depthLevel, dataCount, arrayIndex, data, readMode);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_3D(int categoryID, String curveName, int arrayIndex, double startDepth, int dataCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve3D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve3D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, dataCount, arrayIndex, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve3D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, dataCount, arrayIndex, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int writeCurve_2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int retCode = true;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve2D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];

                    for(int i = 0; i < dataCount; ++i) {
                        System.arraycopy(buffer, i * arraySize, data[i], 0, arraySize);
                    }

                    retCode = curve.writeData(startDepth, dataCount, data, (WriteMode)null);
                    if (retCode > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];

                            for(int i = 0; i < dataCount; ++i) {
                                System.arraycopy(buffer, i * arraySize, data[i], 0, arraySize);
                            }

                            retCode = curve.writeData(startDepth, dataCount, data, (WriteMode)null);
                            if (retCode > 0) {
                                categoryStruct.isModified = true;
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_2D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                int dataCount = upwardCount + downWardCount + 1;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                LogCurve2D curve = null;
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, upwardCount, downWardCount, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, upwardCount, downWardCount, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, short[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                LogCurve2D curve = null;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    short[][] data = new short[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, dataCount, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, dataCount, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_2D(int categoryID, String curveName, double startDepth, int dataCount, int arraySize, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                LogCurve2D curve = null;
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                int retCode;
                if (curveStruct != null) {
                    curve = (LogCurve2D)curveStruct.curve;
                    float[][] data = new float[dataCount][arraySize];
                    int retCode = curve.readData(startDepth, dataCount, data, (ReadMode)null);
                    if (retCode > 0) {
                        for(retCode = 0; retCode < retCode; ++retCode) {
                            System.arraycopy(data[retCode], 0, buffer, retCode * arraySize, arraySize);
                        }
                    }

                    return retCode;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        curve = category.getLogCurve2D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            float[][] data = new float[dataCount][arraySize];
                            retCode = curve.readData(startDepth, dataCount, data, (ReadMode)null);

                            for(int i = 0; i < retCode; ++i) {
                                System.arraycopy(data[i], 0, buffer, i * arraySize, arraySize);
                            }

                            return retCode;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int writeCurve_1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                int retCount = true;
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                int retCount;
                if (curveStruct != null) {
                    retCount = ((LogCurve1D)curveStruct.curve).writeData(startDepth, dataCount, buffer, (WriteMode)null);
                    if (retCount > 0) {
                        categoryStruct.isModified = true;
                    }

                    return retCount;
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogCurve1D curve = category.getLogCurve1D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            retCount = curve.writeData(startDepth, dataCount, buffer, (WriteMode)null);
                            if (retCount > 0) {
                                categoryStruct.isModified = true;
                            }

                            return retCount;
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_1D(int categoryID, String curveName, double startDepth, int upwardCount, int downWardCount, float[] buffer) {
        if (categoryID >= 1 && upwardCount >= 0 && downWardCount >= 0 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve1D)curveStruct.curve).readData(startDepth, upwardCount, downWardCount, buffer, (ReadMode)null);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogCurve1D curve = category.getLogCurve1D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.readData(startDepth, upwardCount, downWardCount, buffer, (ReadMode)null);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int readCurve_1D(int categoryID, String curveName, double startDepth, int dataCount, float[] buffer) {
        if (categoryID >= 1 && dataCount >= 1 && buffer != null && curveName != null && !curveName.trim().isEmpty()) {
            ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryID);
            if (categoryStruct == null) {
                return -1;
            } else {
                String curve_name = curveName.trim();
                ReferCurveStruct curveStruct = categoryStruct.getSpecifiedCurveElement(curve_name);
                if (curveStruct != null) {
                    return ((LogCurve1D)curveStruct.curve).readData(startDepth, dataCount, buffer, (ReadMode)null);
                } else {
                    LogCategory category = categoryStruct.getCategory();
                    if (category == null) {
                        return -1;
                    } else {
                        LogCurve1D curve = category.getLogCurve1D(curve_name);
                        if (curve == null) {
                            return -1;
                        } else {
                            curveStruct = new ReferCurveStruct(curve_name, curve);
                            categoryStruct.addCurveElement(curveStruct);
                            return curve.readData(startDepth, dataCount, buffer, (ReadMode)null);
                        }
                    }
                }
            }
        } else {
            return -1;
        }
    }

    private int isCategoryExisted(DataPath dataPath) {
        String catetgoryPath = dataPath.toString(4, false);
        if (ReferCategoryContainer.getInstance().getSpecifiedElement(catetgoryPath) != null) {
            return 1;
        } else {
            String wellPath = dataPath.toString(3, false);
            File file = new File(wellPath);
            if (file.exists() && file.isDirectory()) {
                String identifierFilePath = wellPath + File.separator + "wellproperties.xml";
                file = new File(identifierFilePath);
                if (!file.exists()) {
                    return 0;
                } else {
                    file = new File(catetgoryPath + ".cifp");
                    return !file.exists() ? 0 : 1;
                }
            } else {
                return 0;
            }
        }
    }

    private CurveXD buildCurveXD(String curveName, int arrayNum, int arraySize, double startDepth, int sampleCount, double depthLevel, int dataType, String curveUnit, String depthUnit) {
        CurveXD curveXD = null;
        if (arrayNum == 1) {
            if (arraySize == 1) {
                curveXD = new Curve1D();
                ((CurveXD)curveXD).setCurveType((byte)1);
            } else {
                curveXD = new Curve2D();
                ((Curve2D)curveXD).setTimeSampleNum(arraySize);
                ((CurveXD)curveXD).setCurveType((byte)2);
            }
        } else {
            curveXD = new Curve3D();
            ((Curve3D)curveXD).setArrayNum(arrayNum);
            ((Curve3D)curveXD).setTimeSampleNum(arraySize);
            ((CurveXD)curveXD).setCurveType((byte)3);
        }

        ((CurveXD)curveXD).setCurveName(curveName);
        ((CurveXD)curveXD).setStartDepth(startDepth);
        ((CurveXD)curveXD).setEndDepth(startDepth + depthLevel * (double)(sampleCount - 1));
        ((CurveXD)curveXD).setDepthLevel(depthLevel);
        ((CurveXD)curveXD).setDataType((byte)dataType);
        ((CurveXD)curveXD).setDepthUnit(depthUnit);
        ((CurveXD)curveXD).setCurveUnit(curveUnit);
        return (CurveXD)curveXD;
    }

    private int createRemoteCategory(DataPath dataPath, String userName, String userPassword) {
        LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
        String str = "%%%";
        String connectPara = dataPath.getDataSourceName() + str + userName + str + userPassword;
        if (!dataSource.connect(connectPara)) {
            return 0;
        } else {
            LogWorkSpace ws = dataSource.getLogWorkSpace(dataPath.getWorkSpaceName());
            if (ws == null) {
                return 0;
            } else {
                LogWell well = ws.getLogWell(dataPath.getWellName());
                if (well == null) {
                    return 0;
                } else {
                    String categoryName = dataPath.getCategoryName();
                    if (well.getLogCategory(categoryName) != null) {
                        return 0;
                    } else {
                        CategoryProperties properties = new CategoryProperties();
                        properties.setCategoryName(categoryName);
                        LogCategory category = well.createCategory(properties);
                        if (category == null) {
                            return 0;
                        } else {
                            int categoryID = this.getID();
                            ReferCategoryStruct categoryStruct = new ReferCategoryStruct(dataPath.toString(4, true), category, categoryID);
                            ReferCategoryContainer.getInstance().addElement(categoryStruct);
                            this.addCategoryNotification(categoryStruct, 0);
                            return categoryID;
                        }
                    }
                }
            }
        }
    }

    private int createLocalWell(DataPath dataPath) {
        LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
        if (!dataSource.connect(dataPath.getDataSourceName())) {
            return 0;
        } else {
            LogWorkSpace workSpace = dataSource.getLogWorkSpace(dataPath.getWorkSpaceName());
            if (workSpace == null) {
                return 0;
            } else {
                String wellName = dataPath.getWellName();
                LogWell well = workSpace.getLogWell(wellName);
                if (well != null) {
                    return 0;
                } else {
                    well = workSpace.createWell(wellName);
                    if (well == null) {
                        return 0;
                    } else {
                        this.addWellNotification(well, 0);
                        return 1;
                    }
                }
            }
        }
    }

    private int createLocalCategory(DataPath dataPath, int isOverwritten) {
        LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
        if (!dataSource.connect(dataPath.getDataSourceName())) {
            return 0;
        } else {
            LogWorkSpace workSpace = dataSource.getLogWorkSpace(dataPath.getWorkSpaceName());
            if (workSpace == null) {
                return 0;
            } else {
                String wellName = dataPath.getWellName();
                LogWell well = workSpace.getLogWell(wellName);
                if (well == null) {
                    well = workSpace.createWell(wellName);
                    if (well == null) {
                        return 0;
                    }
                }

                String categoryName = dataPath.getCategoryName();
                LogCategory logCategory = well.getLogCategory(categoryName);
                if (logCategory != null) {
                    if (isOverwritten == 0) {
                        return 0;
                    }

                    if (!well.deleteCategory(categoryName)) {
                        return -1;
                    }

                    ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(dataPath.toString(4, true));
                    if (categoryStruct == null) {
                        categoryStruct = new ReferCategoryStruct(dataPath.toString(4, true), logCategory, this.getID());
                    } else {
                        ReferCategoryContainer.getInstance().removeElement(categoryStruct.getCategoryID());
                    }

                    this.addCategoryNotification(categoryStruct, 1);
                }

                CategoryProperties properties = new CategoryProperties();
                properties.setCategoryName(categoryName);
                LogCategory category = well.createCategory(properties);
                if (category == null) {
                    return 0;
                } else {
                    int categoryID = this.getID();
                    ReferCategoryStruct categoryStruct = new ReferCategoryStruct(dataPath.toString(4, true), category, categoryID);
                    ReferCategoryContainer.getInstance().addElement(categoryStruct);
                    this.addCategoryNotification(categoryStruct, 0);
                    return categoryID;
                }
            }
        }
    }

    private int getCategoryID(DataPath dataPath) {
        String categoryPath = dataPath.toString(4, true);
        ReferCategoryStruct categoryStruct = ReferCategoryContainer.getInstance().getSpecifiedElement(categoryPath);
        if (categoryStruct != null) {
            return categoryStruct.getCategoryID();
        } else {
            LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
            if (!dataSource.connect(dataPath.getDataSourceName())) {
                return 0;
            } else {
                LogWorkSpace workSpace = dataSource.getLogWorkSpace(dataPath.getWorkSpaceName());
                if (workSpace == null) {
                    return 0;
                } else {
                    LogWell well = workSpace.getLogWell(dataPath.getWellName());
                    if (well == null) {
                        return 0;
                    } else {
                        LogCategory category = well.getLogCategory(dataPath.getCategoryName());
                        if (category == null) {
                            return 0;
                        } else {
                            int id = this.getID();
                            ReferCategoryContainer.getInstance().addElement(new ReferCategoryStruct(categoryPath, category, id));
                            if (DataEngine.getDefault().getMainDataSource() == null) {
                                DataEngine.getDefault().setMainDataSource(dataSource);
                            }

                            return id;
                        }
                    }
                }
            }
        }
    }

    private int getID() {
        int categoryID = 1;
        int id = false;

        boolean flag;
        do {
            flag = false;

            for(int i = 0; i < ReferCategoryContainer.getInstance().size(); ++i) {
                int id = ReferCategoryContainer.getInstance().elemenAt(i).getCategoryID();
                if (categoryID == id) {
                    flag = true;
                    ++categoryID;
                    break;
                }
            }
        } while(flag);

        return categoryID;
    }

    private int computReadRowCount(byte curveType, LoggingProperties logPros) {
        int allowMaxSize = 262144;
        int size = Global.sizeof(logPros.getDataType());
        switch (curveType) {
            case 1:
                return allowMaxSize / size;
            case 2:
                return allowMaxSize / size / logPros.getTimeSampleNum();
            case 3:
                return allowMaxSize / size / logPros.getArrayNum() / logPros.getTimeSampleNum();
            default:
                return -1;
        }
    }

    private LogCurve changeCurveDepthLevel(LogCategory category, LogCurve srcCurve, double newDepLevel, String newCurveSuffix) {
        LoggingProperties properties = srcCurve.getLoggingProperties();
        byte curveType = properties.getLoggingType();
        double startDep = properties.getStartDepth();
        int dataCount = (int)((properties.getEndDepth() - startDep) / newDepLevel + 1.5);
        String newCurveName = properties.getLoggingName() + newCurveSuffix;
        int readCount = this.computReadRowCount(curveType, properties);
        int readingNum = readCount > dataCount ? dataCount : readCount;
        int indexToRead = 0;
        double readDep = startDep;
        LogCurve newCurve = null;
        switch (curveType) {
            case 1:
                Curve1D curve1D = new Curve1D();
                curve1D.getInfoFromLoggingProperties(properties);
                curve1D.setCurveName(newCurveName);
                curve1D.setDepthLevel(newDepLevel);
                newCurve = (LogCurve1D)category.createCurve(curve1D);
                double[] data1D = null;

                for(LogCurve1D oldCurve1D = (LogCurve1D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * newDepLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    double[] data1D = new double[readingNum];
                    oldCurve1D.readData(readDep, newDepLevel, readingNum, data1D, (ReadMode)null);
                    ((LogCurve1D)newCurve).writeData(readDep, readingNum, data1D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
                break;
            case 2:
                Curve2D curve2D = new Curve2D();
                curve2D.getInfoFromLoggingProperties(properties);
                curve2D.setCurveName(newCurveName);
                curve2D.setDepthLevel(newDepLevel);
                newCurve = (LogCurve2D)category.createCurve(curve2D);
                double[][] data2D = (double[][])null;

                for(LogCurve2D oldCurve2D = (LogCurve2D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * newDepLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    data2D = new double[readingNum][properties.getTimeSampleNum()];
                    oldCurve2D.readData(readDep, newDepLevel, readingNum, data2D, (ReadMode)null);
                    ((LogCurve2D)newCurve).writeData(readDep, readingNum, data2D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
                break;
            case 3:
                Curve3D curve3D = new Curve3D();
                curve3D.getInfoFromLoggingProperties(properties);
                curve3D.setCurveName(newCurveName);
                curve3D.setDepthLevel(newDepLevel);
                newCurve = (LogCurve3D)category.createCurve(curve3D);
                double[][][] data3D = (double[][][])null;
                double[][] data = (double[][])null;
                int X2Nps = properties.getArrayNum();
                int X3Npw = properties.getTimeSampleNum();

                for(LogCurve3D oldCurve3D = (LogCurve3D)srcCurve; indexToRead < dataCount; readDep += (double)readingNum * newDepLevel) {
                    if (dataCount - indexToRead < readingNum) {
                        readingNum = dataCount - indexToRead;
                    }

                    data3D = new double[readingNum][X2Nps][X3Npw];

                    for(int i = 0; i < X2Nps; ++i) {
                        data = new double[readingNum][X3Npw];
                        oldCurve3D.readData(readDep, readingNum, i, data, (ReadMode)null);

                        for(int j = 0; j < readingNum; ++j) {
                            System.arraycopy(data[j], 0, data3D[j][i], 0, X3Npw);
                        }
                    }

                    ((LogCurve3D)newCurve).writeDataWithoutBuffer(readDep, readingNum, data3D, (WriteMode)null);
                    indexToRead += readingNum;
                }

                ((LogCurve)newCurve).flush();
        }

        String oldName = srcCurve.getName();
        category.deleteLogging(oldName);
        ((LogCurve)newCurve).rename(oldName);
        return (LogCurve)newCurve;
    }
}

DataServiceIntegratedIO.java

简略方法

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public void flushData()

public void dataChangedNotification()

public int getProcessState()

public int setNextDepthRangeDepths()

public double getDEP()

public double getDEPO()

public double getSDEP()

public double getEDEP()

public double getSTDEP()

public double getENDEP()

public double getRLEV()

public double getRLEVO()

public void getParameterValues(float[] values)

public int getInDataCount()

public int getOutDataCount()

public int getDepthSegmentCount()

public int getInputCurveValue(int index, double startDepth, int dataCount, float[] values)

public int getInputCurveValues(double currentDep, float[] values)

public void setOutputCurveValues(double currentDep, float[] values)

public void setInArrayCurve(String str)

public void setOutArrayCurve(String str)

public void setOutputCurveUnit(String str)

public void setZero(int bzero)

public int setOutputCifpPath(String cifpPath)

public void setInterpolation(int mode)

public void setInputDepthLevel(double depLevel)

public void setOutputDepthLevel(double depLevel)

public int readInpFile()

public void setInputCurveNames(String[] curveNames)

public void setOutputCurveNames(String[] curveNames)

public void setParameterNames(String[] curveNames)

public void setParameterDefaultValues(float[] values)

public String getErrorMessage()
 
public int setInpFilePath(String inpPath)

public int getCifpCount()

public String getCifpPath(int index)

public int setCifpPath(String cifpPath)

public CurveProperty getInputCurveProperty(int index)

public String getRedirectionInputCurveName(int index)

public String getRedirectionOutputCurveName(int index)

public int getInputCurveExistFlag(int index)

public void getInputCurveValue(double depth, int index, float[] values)

public int setOutputCurveValue(int index, double startDepth, int dataCount, float[] values)

public void setOutputCurveValue(double depth, int index, float[] values)

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//
// Source code recreated from a .class file by IntelliJ IDEA
// (powered by FernFlower decompiler)
//

package cif.dataservice.io;

import cif.baseutil.CifpFileCardWrapper;
import cif.baseutil.InpFileWrapper;
import cif.dataengine.DataPath;
import cif.dataengine.io.CategoryProperties;
import cif.dataengine.io.Curve1D;
import cif.dataengine.io.Curve2D;
import cif.dataengine.io.Curve3D;
import cif.dataengine.io.CurveXD;
import cif.dataengine.io.LogCategory;
import cif.dataengine.io.LogCurve;
import cif.dataengine.io.LogCurve1D;
import cif.dataengine.io.LogCurve2D;
import cif.dataengine.io.LogCurve3D;
import cif.dataengine.io.LogDataSource;
import cif.dataengine.io.LogWell;
import cif.dataengine.io.LogWorkSpace;
import cif.dataengine.io.LoggingProperties;
import cif.dataengine.io.ReadMode;
import cif.dataengine.io.WriteMode;
import cif.dataservice.CategoryNotifiedInfo;
import cif.dataservice.NotificationMessage;
import cif.dataservice.NotificationStruct;
import cif.dataservice.client.MessageCommunicationClient;
import java.io.File;
import java.util.ArrayList;
import java.util.LinkedHashMap;
import java.util.ResourceBundle;

public class DataServiceIntegratedIO {
    private InpFileWrapper inpFileWrapper = null;
    private final StringBuffer errorMsg = new StringBuffer();
    private String inpFilePath = null;
    private LogCategory[] inputCategorys = null;
    private LogCategory[] outputCategorys = null;
    private CurveItem[][] inputCurveItems = (CurveItem[][])null;
    private CurveItem[][] outputCurveItems = (CurveItem[][])null;
    private double[] depthLevels = null;
    private boolean isModifiedInLevel = false;
    private double[] depoLevels = null;
    private boolean isModifiedOutLevel = false;
    private String[] inputCurveNames = null;
    private String[] outputCurveNames = null;
    private String[] parameterNames = null;
    private String[] parameterDefaultValues = null;
    private int inputCurveCount = 0;
    private int outputCurveCount = 0;
    private boolean isCleaningData = false;
    private double dep;
    private double depo;
    private final ArrayList<ArrayCurveSetItem> inputArrayCurveSets = new ArrayList();
    private final ArrayList<ArrayCurveSetItem> outputArrayCurveSets = new ArrayList();
    private final ArrayList<NotificationStruct> categoryNotificationList = new ArrayList();
    private final LinkedHashMap<String, ModifiedOutputProperty> outputCurvePropertyHashMap = new LinkedHashMap();
    private int currentZoneIndex = 0;
    private int currentCategoryIndex = 0;
    private int inDataCount = 0;
    private int outDataCount = 0;
    private final ReadMode readMode = new ReadMode();
    private double customDepLevel = 99999.0;
    private double customDepoLevel = 99999.0;

    public DataServiceIntegratedIO() {
        this.inpFileWrapper = new InpFileWrapper();
    }

    public void flushData() {
        LogCurve curve = null;
        CurveItem[][] var2 = this.outputCurveItems;
        int var3 = var2.length;

        int var4;
        for(var4 = 0; var4 < var3; ++var4) {
            CurveItem[] outputCurveItem = var2[var4];
            CurveItem[] var6 = outputCurveItem;
            int var7 = outputCurveItem.length;

            for(int var8 = 0; var8 < var7; ++var8) {
                CurveItem outputCurveItem1 = var6[var8];
                curve = outputCurveItem1.getCurve();
                if (curve != null) {
                    curve.flush();
                }
            }
        }

        LogCategory[] var10 = this.inputCategorys;
        var3 = var10.length;

        LogCategory outputCategory;
        for(var4 = 0; var4 < var3; ++var4) {
            outputCategory = var10[var4];
            outputCategory.close();
        }

        var10 = this.outputCategorys;
        var3 = var10.length;

        for(var4 = 0; var4 < var3; ++var4) {
            outputCategory = var10[var4];
            outputCategory.close();
        }

    }

    public void dataChangedNotification() {
        MessageCommunicationClient client = new MessageCommunicationClient();
        if (client.connectToServer()) {
            NotificationMessage message = null;
            if (this.categoryNotificationList.size() > 0) {
                message = new NotificationMessage();
                message.setCommmand(3);
                message.setNotificationList(this.categoryNotificationList);
                client.sendMessage(message);
                message = new NotificationMessage();
                message.setCommmand(1);
                client.sendMessage(message);
                message = new NotificationMessage();
                message.setCommmand(4);
                client.sendMessage(message);
            }

            client.disconnect();
        }
    }

    public int getProcessState() {
        if (this.currentCategoryIndex == this.inputCategorys.length - 1 && this.currentZoneIndex == this.inpFileWrapper.getZoneCount(this.currentCategoryIndex) - 1) {
            return 0;
        } else {
            ++this.currentCategoryIndex;
            this.currentZoneIndex = 0;
            this.dep = this.depo = this.inpFileWrapper.getAllZoneStartDepth(this.currentCategoryIndex);
            return 1;
        }
    }

    public int setNextDepthRangeDepths() {
        int tempNum = this.currentZoneIndex;
        ++tempNum;
        if (tempNum == this.inpFileWrapper.getZoneCount(this.currentCategoryIndex)) {
            return 0;
        } else {
            ++this.currentZoneIndex;
            this.dep = this.depo = this.inpFileWrapper.getZoneStartDepth(this.currentCategoryIndex, this.currentZoneIndex);
            return 1;
        }
    }

    public double getDEP() {
        return this.dep;
    }

    public double getDEPO() {
        return this.depo;
    }

    public double getSDEP() {
        return this.inpFileWrapper.getZoneStartDepth(this.currentCategoryIndex, this.currentZoneIndex);
    }

    public double getEDEP() {
        return this.inpFileWrapper.getZoneEndDepth(this.currentCategoryIndex, this.currentZoneIndex);
    }

    public double getSTDEP() {
        return this.inpFileWrapper.getAllZoneStartDepth(this.currentCategoryIndex);
    }

    public double getENDEP() {
        return this.inpFileWrapper.getAllZoneEndDepth(this.currentCategoryIndex);
    }

    public double getRLEV() {
        return this.depthLevels[this.currentCategoryIndex];
    }

    public double getRLEVO() {
        return this.depoLevels[this.currentCategoryIndex];
    }

    public void getParameterValues(float[] values) {
        this.inpFileWrapper.getParameterValues(this.currentCategoryIndex, this.currentZoneIndex, values);
    }

    public int getInDataCount() {
        CurveItem item = null;

        for(int i = 0; i < this.inputCurveCount; ++i) {
            item = this.inputCurveItems[this.currentCategoryIndex][i];
            this.inDataCount += item.getArrayNum() * item.getArraySize();
        }

        return this.inDataCount;
    }

    public int getOutDataCount() {
        CurveItem item = null;

        for(int i = 0; i < this.outputCurveCount; ++i) {
            item = this.outputCurveItems[this.currentCategoryIndex][i];
            this.outDataCount += item.getArrayNum() * item.getArraySize();
        }

        return this.outDataCount;
    }

    public int getDepthSegmentCount() {
        return this.inpFileWrapper.getZoneCount(this.currentCategoryIndex);
    }

    public int getInputCurveValue(int index, double startDepth, int dataCount, float[] values) {
        int size = this.inputCurveItems[this.currentCategoryIndex].length;
        if (index >= 0 && index < size) {
            int pos = 0;
            CurveItem curveItem = this.inputCurveItems[this.currentCategoryIndex][index];
            LogCurve curve = curveItem.getCurve();
            int array2DSize;
            int array3DSize;
            if (curve == null) {
                for(array2DSize = 0; array2DSize < curveItem.getArrayNum(); ++array2DSize) {
                    for(int i = 0; i < dataCount; ++i) {
                        for(array3DSize = 0; array3DSize < curveItem.getArraySize(); ++array3DSize) {
                            values[pos++] = -99999.0F;
                        }
                    }
                }

                return pos;
            } else {
                switch (curve.getLoggingType()) {
                    case 1:
                        pos = ((LogCurve1D)curve).readData(startDepth, this.depthLevels[this.currentCategoryIndex], dataCount, values, this.readMode);
                        break;
                    case 2:
                        array2DSize = curveItem.getRealArraySize();
                        float[][] float2DBuffer = new float[dataCount][array2DSize];
                        ((LogCurve2D)curve).readData(startDepth, this.depthLevels[this.currentCategoryIndex], dataCount, float2DBuffer, this.readMode);

                        for(array3DSize = 0; array3DSize < dataCount; ++array3DSize) {
                            System.arraycopy(float2DBuffer[array3DSize], pos, values, pos, array2DSize);
                            pos += array2DSize;
                        }

                        return pos;
                    case 3:
                        array3DSize = curveItem.getRealArraySize();
                        int array3DNum = curveItem.getRealArrayNum();
                        float[][] float3DBuffer = (float[][])null;

                        for(int k = 0; k < array3DNum; ++k) {
                            float3DBuffer = new float[dataCount][array3DSize];
                            ((LogCurve3D)curve).readData(this.dep, this.depthLevels[this.currentCategoryIndex], dataCount, k, float3DBuffer, this.readMode);

                            for(int i = 0; i < dataCount; ++i) {
                                System.arraycopy(float3DBuffer[i], 0, values, pos, array3DSize);
                                pos += array3DSize;
                            }
                        }
                }

                return pos;
            }
        } else {
            return 0;
        }
    }

    public int getInputCurveValues(double currentDep, float[] values) {
        this.dep = currentDep;
        if (this.inDataCount == 0) {
            return 0;
        } else {
            CurveItem curveItem = null;
            LogCurve curve = null;
            int pos = 0;

            for(int i = 0; i < this.inputCurveCount; ++i) {
                curveItem = this.inputCurveItems[this.currentCategoryIndex][i];
                curve = curveItem.getCurve();
                int read2DArraySize;
                if (curve == null) {
                    for(int j = 0; j < curveItem.getArrayNum(); ++j) {
                        for(read2DArraySize = 0; read2DArraySize < curveItem.getArraySize(); ++read2DArraySize) {
                            values[pos++] = -99999.0F;
                        }
                    }
                } else {
                    int read3DArraySize;
                    switch (curve.getLoggingType()) {
                        case 1:
                            float[] float1DBuffer = new float[]{-99999.0F};
                            ((LogCurve1D)curve).readData(this.dep, this.depthLevels[this.currentCategoryIndex], 1, float1DBuffer, this.readMode);
                            values[pos++] = float1DBuffer[0];
                            break;
                        case 2:
                            read2DArraySize = curveItem.getArraySize();
                            int array2DSize = curveItem.getRealArraySize();
                            float[][] float2DBuffer = new float[1][array2DSize];

                            for(read3DArraySize = 0; read3DArraySize < array2DSize; ++read3DArraySize) {
                                float2DBuffer[0][read3DArraySize] = -99999.0F;
                            }

                            ((LogCurve2D)curve).readData(this.dep, this.depthLevels[this.currentCategoryIndex], 1, float2DBuffer, this.readMode);
                            System.arraycopy(float2DBuffer[0], 0, values, pos, Math.min(read2DArraySize, array2DSize));
                            pos += read2DArraySize;
                            break;
                        case 3:
                            read3DArraySize = curveItem.getArraySize();
                            int read3DArrayNum = curveItem.getArrayNum();
                            int array3DSize = curveItem.getRealArraySize();
                            int array3DNum = curveItem.getRealArrayNum();
                            float[][] float3DBuffer = (float[][])null;

                            for(int k = 0; k < Math.min(read3DArrayNum, array3DNum); ++k) {
                                float3DBuffer = new float[1][array3DSize];

                                for(int j = 0; j < array3DSize; ++j) {
                                    float3DBuffer[0][j] = -99999.0F;
                                }

                                ((LogCurve3D)curve).readData(this.dep, this.depthLevels[this.currentCategoryIndex], 1, k, float3DBuffer, this.readMode);
                                System.arraycopy(float3DBuffer[0], 0, values, pos, Math.min(read3DArraySize, array3DSize));
                                pos += read3DArraySize;
                            }
                    }
                }
            }

            return pos;
        }
    }

    public void setOutputCurveValues(double currentDep, float[] values) {
        this.depo = currentDep;
        if (this.outDataCount != 0) {
            CurveItem curveItem = null;
            LogCurve curve = null;
            int pos = 0;

            for(int i = 0; i < this.outputCurveCount; ++i) {
                curveItem = this.outputCurveItems[this.currentCategoryIndex][i];
                curve = curveItem.getCurve();
                switch (curve.getLoggingType()) {
                    case 1:
                        float[] float1DBuffer = new float[]{values[pos++]};
                        ((LogCurve1D)curve).writeData(this.depo, 1, float1DBuffer, (WriteMode)null);
                        break;
                    case 2:
                        int write2DArraySize = curveItem.getArraySize();
                        int array2DSize = curveItem.getRealArraySize();
                        float[][] float2DBuffer = new float[1][array2DSize];
                        System.arraycopy(values, pos, float2DBuffer[0], 0, Math.min(write2DArraySize, array2DSize));
                        ((LogCurve2D)curve).writeData(this.depo, 1, float2DBuffer, (WriteMode)null);
                        pos += write2DArraySize;
                        break;
                    case 3:
                        int write3DArraySize = curveItem.getArraySize();
                        int write3DArrayNum = curveItem.getArrayNum();
                        int array3DNum = curveItem.getRealArrayNum();
                        int array3DSize = curveItem.getRealArraySize();
                        float[][] float3DBuffer = (float[][])null;
                        int init3DSize = Math.min(write3DArraySize, array3DSize);

                        for(int k = 0; k < Math.min(write3DArrayNum, array3DNum); ++k) {
                            float3DBuffer = new float[1][array3DSize];
                            System.arraycopy(values, pos, float3DBuffer[0], 0, init3DSize);
                            ((LogCurve3D)curve).writeData(this.depo, k, 1, float3DBuffer, (WriteMode)null);
                            pos += write3DArraySize;
                        }
                }
            }

        }
    }

    public void setInArrayCurve(String str) {
        if (str != null && !str.trim().isEmpty()) {
            String[] arrayCurves = str.trim().split(";");
            String[] var3 = arrayCurves;
            int var4 = arrayCurves.length;

            for(int var5 = 0; var5 < var4; ++var5) {
                String arrayCurve = var3[var5];
                String[] curve = arrayCurve.split(",");
                if (curve.length == 3) {
                    try {
                        String name = curve[0].trim();
                        int arrayNum = Integer.parseInt(curve[1].trim());
                        int arraySize = Integer.parseInt(curve[2].trim());
                        this.inputArrayCurveSets.add(new ArrayCurveSetItem(name, arrayNum, arraySize));
                    } catch (NumberFormatException var11) {
                    }
                }
            }

        }
    }

    public void setOutArrayCurve(String str) {
        if (str != null && !str.trim().isEmpty()) {
            String[] arrayCurves = str.trim().split(";");
            String[] var3 = arrayCurves;
            int var4 = arrayCurves.length;

            for(int var5 = 0; var5 < var4; ++var5) {
                String arrayCurve = var3[var5];
                String[] curve = arrayCurve.split(",");
                if (curve.length == 3) {
                    try {
                        String name = curve[0].trim();
                        int arrayNum = Integer.parseInt(curve[1].trim());
                        int arraySize = Integer.parseInt(curve[2].trim());
                        this.outputArrayCurveSets.add(new ArrayCurveSetItem(name, arrayNum, arraySize));
                    } catch (NumberFormatException var11) {
                    }
                }
            }

        }
    }

    public void setOutputCurveUnit(String str) {
        if (str != null && !str.trim().isEmpty()) {
            String[] curveUnits = str.trim().split(";");
            String[] var3 = curveUnits;
            int var4 = curveUnits.length;

            for(int var5 = 0; var5 < var4; ++var5) {
                String curveUnit1 = var3[var5];
                String[] curveUnitItem = curveUnit1.split(",");
                String curveName = null;
                String curveUnit = null;
                if (curveUnitItem.length == 2) {
                    try {
                        curveName = curveUnitItem[0].trim().toUpperCase();
                        curveUnit = curveUnitItem[1].trim();
                        ModifiedOutputProperty modifiedOutputProperty = (ModifiedOutputProperty)this.outputCurvePropertyHashMap.get(curveName);
                        if (modifiedOutputProperty == null) {
                            modifiedOutputProperty = new ModifiedOutputProperty();
                            this.outputCurvePropertyHashMap.put(curveName, modifiedOutputProperty);
                        }

                        modifiedOutputProperty.setCurveUnit(curveUnit);
                    } catch (NumberFormatException var11) {
                    }
                }
            }

        }
    }

    public void setZero(int bzero) {
        this.isCleaningData = bzero == 1;
    }

    public int setOutputCifpPath(String cifpPath) {
        if (cifpPath != null && !cifpPath.trim().isEmpty()) {
            if (cifpPath.endsWith(".wells")) {
                CifpFileCardWrapper cifpFileWrapper = new CifpFileCardWrapper();
                if (cifpFileWrapper.read(cifpPath) != 0) {
                    this.errorMsg.append("Output Cifp File Path Parsing Error!\r\n");
                }

                int count = cifpFileWrapper.getCifpFileCount();
                this.outputCategorys = new LogCategory[count];

                for(int i = 0; i < count; ++i) {
                    this.outputCategorys[i] = this.getCategory(cifpFileWrapper.getCifpFile(i), false);
                    if (this.outputCategorys[i] == null) {
                        this.errorMsg.append("Output Cifp File Path Parsing Error!\r\n");
                        return 0;
                    }
                }
            } else {
                this.outputCategorys = new LogCategory[1];
                this.outputCategorys[0] = this.getCategory(cifpPath, false);
                if (this.outputCategorys[0] == null) {
                    this.errorMsg.append("Output Cifp File Path Parsing Error!\r\n");
                    return 0;
                }
            }

            return 1;
        } else {
            this.errorMsg.append("Null Path For Output Cifp File!\r\n");
            return 0;
        }
    }

    public void setInterpolation(int mode) {
        this.readMode.interpolationMode = (byte)mode;
    }

    public void setInputDepthLevel(double depLevel) {
        this.customDepLevel = depLevel;
        this.isModifiedInLevel = true;
    }

    public void setOutputDepthLevel(double depLevel) {
        this.customDepoLevel = depLevel;
        this.isModifiedOutLevel = true;
    }

    public int readInpFile() {
        if (this.inputCurveNames != null) {
            this.inpFileWrapper.setInputCurveNames(this.inputCurveNames);
            this.inputCurveCount = this.inputCurveNames.length;
        }

        if (this.outputCurveNames != null) {
            this.inpFileWrapper.setOutputCurveNames(this.outputCurveNames);
            this.outputCurveCount = this.outputCurveNames.length;
        }

        if (this.parameterNames != null) {
            this.inpFileWrapper.setParameterNames(this.parameterNames);
            if (this.parameterDefaultValues != null) {
                this.inpFileWrapper.setParameterDefaultValues(this.parameterDefaultValues);
            }
        }

        int retCode = this.inpFileWrapper.readInpFile(this.inpFilePath);
        if (retCode == 0) {
            if (!this.setInputCurves()) {
                return 0;
            } else {
                this.computeDepthLevel();
                if (!this.setOutputCurves()) {
                    return 0;
                } else {
                    this.dep = this.depo = this.inpFileWrapper.getAllZoneStartDepth(this.currentCategoryIndex);
                    return 1;
                }
            }
        } else {
            for(int i = 0; i < this.inpFileWrapper.getErrorMessageCount(); ++i) {
                this.errorMsg.append(this.inpFileWrapper.getErrorMessage(i)).append("\r\n");
            }

            return 0;
        }
    }

    public void setInputCurveNames(String[] curveNames) {
        if (curveNames != null && curveNames.length != 0) {
            this.inputCurveNames = curveNames;
        }
    }

    public void setOutputCurveNames(String[] curveNames) {
        if (curveNames != null && curveNames.length != 0) {
            this.outputCurveNames = curveNames;
        }
    }

    public void setParameterNames(String[] curveNames) {
        if (curveNames != null && curveNames.length != 0) {
            this.parameterNames = curveNames;
        }
    }

    public void setParameterDefaultValues(float[] values) {
        if (values != null && values.length != 0) {
            this.parameterDefaultValues = new String[values.length];

            for(int i = 0; i < values.length; ++i) {
                this.parameterDefaultValues[i] = String.valueOf(values[i]);
            }

        }
    }

    public String getErrorMessage() {
        return this.errorMsg.toString();
    }

    public int setInpFilePath(String inpPath) {
        if (inpPath != null && !inpPath.trim().isEmpty()) {
            this.inpFilePath = inpPath.trim();
            File file = new File(this.inpFilePath);
            if (!file.exists()) {
                this.errorMsg.append("Parameter Card Not Found!\r\n");
                return 0;
            } else {
                return 1;
            }
        } else {
            this.errorMsg.append("Null Path For Parameter Card!\r\n");
            return 0;
        }
    }

    public int getCifpCount() {
        return this.inputCategorys != null && this.inputCategorys.length != 0 ? this.inputCategorys.length : 0;
    }

    public String getCifpPath(int index) {
        return this.inputCategorys != null && this.inputCategorys.length != 0 && index >= 1 && index <= this.inputCategorys.length ? (new DataPath(this.inputCategorys[index - 1])).toFullString() : "";
    }

    public int setCifpPath(String cifpPath) {
        if (cifpPath != null && !cifpPath.trim().isEmpty()) {
            if (cifpPath.endsWith(".wells")) {
                CifpFileCardWrapper cifpFileWrapper = new CifpFileCardWrapper();
                if (cifpFileWrapper.read(cifpPath) != 0) {
                    this.errorMsg.append("Cifp File Path Parsing Error!\r\n");
                }

                int count = cifpFileWrapper.getCifpFileCount();
                this.inputCategorys = new LogCategory[count];

                for(int i = 0; i < count; ++i) {
                    this.inputCategorys[i] = this.getCategory(cifpFileWrapper.getCifpFile(i), false);
                    if (this.inputCategorys[i] == null) {
                        this.errorMsg.append("Cifp File Path Parsing Error!\r\n");
                        return 0;
                    }
                }
            } else {
                this.inputCategorys = new LogCategory[1];
                this.inputCategorys[0] = this.getCategory(cifpPath, false);
                if (this.inputCategorys[0] == null) {
                    this.errorMsg.append("Cifp File Path Parsing Error!\r\n");
                    return 0;
                }
            }

            if (this.outputCategorys == null) {
                this.outputCategorys = this.inputCategorys;
            }

            return 1;
        } else {
            this.errorMsg.append("Null Path For Cifp File!\r\n");
            return 0;
        }
    }

    private LogCurve getSpecifiedCurve(LogCategory category, String curveName) {
        return curveName != null && !curveName.trim().isEmpty() ? category.getLogCurve(curveName.trim()) : null;
    }

    public CurveProperty getInputCurveProperty(int index) {
        if (index >= 0 && index <= this.inputCurveCount - 1) {
            CurveProperty curveProperty = new CurveProperty();
            LogCurve curve = this.getSpecifiedCurve(this.inputCategorys[this.currentCategoryIndex], this.inpFileWrapper.getInputCurveRedirection(this.currentCategoryIndex, index));
            if (curve == null) {
                return null;
            } else {
                LoggingProperties properties = curve.getLoggingProperties();
                curveProperty.curveName = properties.getLoggingName();
                curveProperty.curveUnit = properties.getCurveUnit();
                curveProperty.startDepth = properties.getStartDepth();
                curveProperty.endDepth = properties.getEndDepth();
                curveProperty.depthLevel = properties.getDepthLevel();
                curveProperty.arrayNum = properties.getArrayNum();
                curveProperty.timeSampleNum = properties.getTimeSampleNum();
                curveProperty.timeSampleUnit = properties.getTimeSampleUnit();
                curveProperty.timeSampleStartTime = properties.getTimeSampleStartTime();
                curveProperty.timeSampleLevel = properties.getTimeSampleLevel();
                return curveProperty;
            }
        } else {
            return null;
        }
    }

    public String getRedirectionInputCurveName(int index) {
        return index >= 0 && index <= this.inputCurveCount - 1 ? this.inpFileWrapper.getInputCurveRedirection(this.currentCategoryIndex, index) : "";
    }

    public String getRedirectionOutputCurveName(int index) {
        return index >= 0 && index <= this.inputCurveCount - 1 ? this.inpFileWrapper.getOutputCurveRedirection(this.currentCategoryIndex, index) : null;
    }

    public int getInputCurveExistFlag(int index) {
        if (index >= 0 && index <= this.inputCurveCount - 1) {
            return this.getSpecifiedCurve(this.inputCategorys[this.currentCategoryIndex], this.inpFileWrapper.getInputCurveRedirection(this.currentCategoryIndex, index)) == null ? 0 : 1;
        } else {
            return 0;
        }
    }

    public void getInputCurveValue(double depth, int index, float[] values) {
        if (index >= 0 && index <= this.inputCurveCount) {
            CurveItem curveItem = this.inputCurveItems[this.currentCategoryIndex][index];
            LogCurve curve = curveItem.getCurve();
            int j;
            int k;
            if (curve == null) {
                int arraySize = curveItem.getArraySize();

                for(j = 0; j < curveItem.getArrayNum(); ++j) {
                    for(k = 0; k < arraySize; ++k) {
                        values[j * arraySize + k] = -99999.0F;
                    }
                }
            } else {
                int read3DArraySize;
                switch (curve.getLoggingType()) {
                    case 1:
                        float[] float1DBuffer = new float[]{-99999.0F};
                        ((LogCurve1D)curve).readData(depth, this.depthLevels[this.currentCategoryIndex], 1, float1DBuffer, this.readMode);
                        values[0] = float1DBuffer[0];
                        break;
                    case 2:
                        j = curveItem.getArraySize();
                        k = curveItem.getRealArraySize();
                        float[][] float2DBuffer = new float[1][k];

                        for(read3DArraySize = 0; read3DArraySize < k; ++read3DArraySize) {
                            float2DBuffer[0][read3DArraySize] = -99999.0F;
                        }

                        ((LogCurve2D)curve).readData(depth, this.depthLevels[this.currentCategoryIndex], 1, float2DBuffer, this.readMode);
                        System.arraycopy(float2DBuffer[0], 0, values, 0, Math.min(j, k));
                        break;
                    case 3:
                        read3DArraySize = curveItem.getArraySize();
                        int read3DArrayNum = curveItem.getArrayNum();
                        int array3DSize = curveItem.getRealArraySize();
                        int array3DNum = curveItem.getRealArrayNum();
                        float[][] float3DBuffer = (float[][])null;

                        for(int k = 0; k < Math.min(read3DArrayNum, array3DNum); ++k) {
                            float3DBuffer = new float[1][array3DSize];

                            for(int j = 0; j < array3DSize; ++j) {
                                float3DBuffer[0][j] = -99999.0F;
                            }

                            ((LogCurve3D)curve).readData(depth, this.depthLevels[this.currentCategoryIndex], 1, k, float3DBuffer, this.readMode);
                            System.arraycopy(float3DBuffer[0], 0, values, 0, Math.min(read3DArraySize, array3DSize));
                        }
                }
            }

        }
    }

    public int setOutputCurveValue(int index, double startDepth, int dataCount, float[] values) {
        if (index >= 0 && index <= this.outputCurveCount) {
            int writeCount = 0;
            CurveItem curveItem = this.outputCurveItems[this.currentCategoryIndex][index];
            LogCurve curve = curveItem.getCurve();
            int array3DSize;
            switch (curve.getLoggingType()) {
                case 1:
                    writeCount = ((LogCurve1D)curve).writeData(startDepth, dataCount, values, (WriteMode)null);
                    break;
                case 2:
                    int array2DSize = ((LogCurve2D)curve).getTimeSampleCount();
                    float[][] float2DBuffer = new float[dataCount][array2DSize];

                    for(array3DSize = 0; array3DSize < dataCount; ++array3DSize) {
                        System.arraycopy(values, array3DSize * array2DSize, float2DBuffer[array3DSize], 0, array2DSize);
                    }

                    writeCount = ((LogCurve2D)curve).writeData(startDepth, dataCount, float2DBuffer, (WriteMode)null);
                    break;
                case 3:
                    array3DSize = ((LogCurve3D)curve).getTimeSampleCount();
                    int array3DNum = ((LogCurve3D)curve).getArrayNum();
                    float[][] float3DBuffer = (float[][])null;
                    int pos = 0;

                    for(int k = 0; k < array3DNum; ++k) {
                        float3DBuffer = new float[dataCount][array3DSize];

                        for(int i = 0; i < dataCount; ++i) {
                            System.arraycopy(values, pos, float3DBuffer[i], 0, array3DSize);
                            pos += array3DSize;
                        }

                        writeCount += ((LogCurve3D)curve).writeData(startDepth, k, dataCount, float3DBuffer, (WriteMode)null);
                    }
            }

            return writeCount;
        } else {
            return 0;
        }
    }

    public void setOutputCurveValue(double depth, int index, float[] values) {
        if (index >= 0 && index <= this.outputCurveCount) {
            CurveItem curveItem = this.outputCurveItems[this.currentCategoryIndex][index];
            LogCurve curve = curveItem.getCurve();
            switch (curve.getLoggingType()) {
                case 1:
                    float[] float1DBuffer = new float[]{values[0]};
                    ((LogCurve1D)curve).writeData(depth, 1, float1DBuffer, (WriteMode)null);
                    break;
                case 2:
                    int write2DArraySize = curveItem.getArraySize();
                    int array2DSize = curveItem.getRealArraySize();
                    float[][] float2DBuffer = new float[1][array2DSize];
                    System.arraycopy(values, 0, float2DBuffer[0], 0, Math.min(write2DArraySize, array2DSize));
                    ((LogCurve2D)curve).writeData(depth, 1, float2DBuffer, (WriteMode)null);
                    break;
                case 3:
                    int write3DArraySize = curveItem.getArraySize();
                    int write3DArrayNum = curveItem.getArrayNum();
                    int array3DNum = curveItem.getRealArrayNum();
                    int array3DSize = curveItem.getRealArraySize();
                    float[][] float3DBuffer = (float[][])null;
                    int init3DSize = Math.min(write3DArraySize, array3DSize);

                    for(int k = 0; k < Math.min(write3DArrayNum, array3DNum); ++k) {
                        float3DBuffer = new float[1][array3DSize];
                        System.arraycopy(values, 0, float3DBuffer[0], 0, init3DSize);
                        ((LogCurve3D)curve).writeData(depth, k, 1, float3DBuffer, (WriteMode)null);
                    }
            }

        }
    }

    private boolean setOutputCurves() {
        int outputCategoryCount = this.outputCategorys.length;
        this.outputCurveItems = new CurveItem[outputCategoryCount][this.outputCurveCount];

        for(int i = 0; i < outputCategoryCount; ++i) {
            LogCurve curve = null;
            String redirectionCurveName = null;
            boolean addCurveFlag = false;
            boolean overwriteCurveFlag = false;
            double processStartDepth = this.inpFileWrapper.getAllZoneStartDepth(i);
            double processEndDepth = this.inpFileWrapper.getAllZoneEndDepth(i);

            for(int j = 0; j < this.outputCurveCount; ++j) {
                redirectionCurveName = this.inpFileWrapper.getOutputCurveRedirection(i, j);
                curve = this.getSpecifiedCurve(this.outputCategorys[i], redirectionCurveName);
                ArrayCurveSetItem item = null;
                int outputArrayCurveSetsCount = this.outputArrayCurveSets.size();

                for(int z = 0; z < outputArrayCurveSetsCount; ++z) {
                    if (((ArrayCurveSetItem)this.outputArrayCurveSets.get(z)).getCurveName().equalsIgnoreCase(this.inpFileWrapper.getOutputCurveOriginName(i, j))) {
                        item = (ArrayCurveSetItem)this.outputArrayCurveSets.get(z);
                        break;
                    }
                }

                if (curve != null) {
                    if (!(Math.abs(curve.getDepthLevel() - this.depoLevels[i]) < 1.0E-5)) {
                        this.errorMsg.append(curve.getName()).append(ResourceBundle.getBundle("cif/dataservice/io/Bundle").getString("DataServiceIntegratedIO.setOutputCurves.errorMsg1")).append("\r\n");
                        return false;
                    }

                    double startDepth = curve.getStartDepth();
                    double endDepth = curve.getEndDepth();
                    if (startDepth > processStartDepth || endDepth < processEndDepth) {
                        curve.changeDepthRange(Math.min(startDepth, processStartDepth), Math.max(endDepth, processEndDepth), true);
                    }

                    if (item != null) {
                        if (curve.getArrayNum() < item.getArrayNum()) {
                            this.errorMsg.append(curve.getName()).append(ResourceBundle.getBundle("cif/dataservice/io/Bundle").getString("DataServiceIntegratedIO.setOutputCurves.errorMsg2")).append("\r\n");
                            return false;
                        }

                        if (curve.getTimeSampleCount() != item.getArraySize()) {
                            this.errorMsg.append(curve.getName()).append(ResourceBundle.getBundle("cif/dataservice/io/Bundle").getString("DataServiceIntegratedIO.setOutputCurves.errorMsg3")).append("\r\n");
                            return false;
                        }

                        this.outputCurveItems[i][j] = new CurveItem(curve, item.getArrayNum(), item.getArraySize());
                    } else {
                        this.outputCurveItems[i][j] = new CurveItem(curve);
                    }

                    overwriteCurveFlag = true;
                } else {
                    curve = this.createOutputCurve(i, this.outputCategorys[i], redirectionCurveName, item);
                    if (curve == null) {
                        this.errorMsg.append(redirectionCurveName).append(ResourceBundle.getBundle("cif/dataservice/io/Bundle").getString("DataServiceIntegratedIO.setOutputCurves.errorMsg4")).append("\r\n");
                        return false;
                    }

                    this.outputCurveItems[i][j] = new CurveItem(curve);
                    addCurveFlag = true;
                }
            }

            if (addCurveFlag || overwriteCurveFlag) {
                this.addCategoryNotification(this.outputCategorys[i], 2);
            }
        }

        return true;
    }

    private LogCurve createOutputCurve(int categoryIndex, LogCategory category, String curveName, ArrayCurveSetItem item) {
        CurveXD curveXD = new Curve1D();
        ModifiedOutputProperty curveProperty = (ModifiedOutputProperty)this.outputCurvePropertyHashMap.get(curveName.trim().toUpperCase());
        if (item != null) {
            int arrayNum = item.getArrayNum();
            int arraySize = item.getArraySize();
            if (arrayNum < 1 || arraySize < 1) {
                return null;
            }

            switch (arrayNum) {
                case 1:
                    if (arraySize > 1) {
                        curveXD = new Curve2D();
                        ((Curve2D)curveXD).setTimeSampleNum(arraySize);
                        if (curveProperty != null) {
                            if (curveProperty.isIsTimeSampleLevelModified()) {
                                ((Curve2D)curveXD).setTimeSampleLevel(curveProperty.getTimeSampleLevel());
                            }

                            if (curveProperty.isIsTimeSampleUnitModified()) {
                                ((Curve2D)curveXD).setTimeSampleUnit(curveProperty.getTimeSampleUnit());
                            }

                            if (curveProperty.isIsTimeSampleStartTimeModified()) {
                                ((Curve2D)curveXD).setTimeSampleStartTime(curveProperty.getTimeSampleStartTime());
                            }
                        }
                    }
                    break;
                default:
                    curveXD = new Curve3D();
                    ((Curve3D)curveXD).setTimeSampleNum(arraySize);
                    ((Curve3D)curveXD).setArrayNum(arrayNum);
                    if (curveProperty != null) {
                        if (curveProperty.isIsTimeSampleLevelModified()) {
                            ((Curve2D)curveXD).setTimeSampleLevel(curveProperty.getTimeSampleLevel());
                        }

                        if (curveProperty.isIsTimeSampleUnitModified()) {
                            ((Curve2D)curveXD).setTimeSampleUnit(curveProperty.getTimeSampleUnit());
                        }

                        if (curveProperty.isIsTimeSampleStartTimeModified()) {
                            ((Curve2D)curveXD).setTimeSampleStartTime(curveProperty.getTimeSampleStartTime());
                        }
                    }
            }
        }

        ((CurveXD)curveXD).setCurveName(curveName);
        ((CurveXD)curveXD).setStartDepth(this.inpFileWrapper.getAllZoneStartDepth(categoryIndex));
        ((CurveXD)curveXD).setEndDepth(this.inpFileWrapper.getAllZoneEndDepth(categoryIndex));
        ((CurveXD)curveXD).setDepthLevel(this.depoLevels[categoryIndex]);
        ((CurveXD)curveXD).setDataType((byte)5);
        ((CurveXD)curveXD).setDepthUnit(category.getCategoryDepthUnit());
        if (curveProperty != null && curveProperty.isIsCurveUnitModified()) {
            ((CurveXD)curveXD).setCurveUnit(curveProperty.getCurveUnit());
        }

        return category.createCurve((CurveXD)curveXD, this.isCleaningData);
    }

    private void computeDepthLevel() {
        int inputCategoryCount = this.inputCategorys.length;
        this.depthLevels = new double[inputCategoryCount];
        this.depoLevels = new double[inputCategoryCount];

        for(int i = 0; i < inputCategoryCount; ++i) {
            this.depthLevels[i] = 99999.0;
            if (!this.isModifiedInLevel) {
                if (this.inputCurveItems[i].length > 0) {
                    LogCurve curve = null;
                    CurveItem[] var6 = this.inputCurveItems[i];
                    int var7 = var6.length;

                    for(int var8 = 0; var8 < var7; ++var8) {
                        CurveItem item = var6[var8];
                        curve = item.getCurve();
                        if (curve != null) {
                            double tempLev = curve.getDepthLevel();
                            if (this.depthLevels[i] > tempLev) {
                                this.depthLevels[i] = tempLev;
                            }
                        }
                    }
                } else {
                    this.depthLevels[i] = this.inputCategorys[i].getCategoryDepthLevel();
                }
            } else {
                this.depthLevels[i] = this.customDepLevel;
            }

            if (!this.isModifiedOutLevel) {
                this.depoLevels[i] = this.depthLevels[i];
            } else {
                this.depoLevels[i] = this.customDepoLevel;
            }
        }

    }

    private boolean setInputCurves() {
        int inputCategoryCount = this.inputCategorys.length;
        this.inputCurveItems = new CurveItem[inputCategoryCount][this.inputCurveCount];

        for(int z = 0; z < inputCategoryCount; ++z) {
            LogCurve curve = null;

            for(int i = 0; i < this.inputCurveCount; ++i) {
                curve = this.getSpecifiedCurve(this.inputCategorys[z], this.inpFileWrapper.getInputCurveRedirection(z, i));
                ArrayCurveSetItem item = null;

                for(int j = 0; j < this.inputArrayCurveSets.size(); ++j) {
                    if (((ArrayCurveSetItem)this.inputArrayCurveSets.get(j)).getCurveName().equalsIgnoreCase(this.inpFileWrapper.getInputCurveOriginName(z, i))) {
                        item = (ArrayCurveSetItem)this.inputArrayCurveSets.get(j);
                        break;
                    }
                }

                if (curve == null) {
                    if (item != null) {
                        this.inputCurveItems[z][i] = new CurveItem(curve, item.getArrayNum(), item.getArraySize());
                    } else {
                        this.inputCurveItems[z][i] = new CurveItem(curve, 1, 1);
                    }
                } else if (item == null) {
                    this.inputCurveItems[z][i] = new CurveItem(curve);
                } else {
                    if ((curve.getLoggingType() == 2 || curve.getLoggingType() == 1) && item.getArrayNum() > 1) {
                        this.errorMsg.append(curve.getName()).append(ResourceBundle.getBundle("cif/dataservice/io/Bundle").getString("DataServiceIntegratedIO.setInputCurves.errorMsg")).append("\r\n");
                        return false;
                    }

                    this.inputCurveItems[z][i] = new CurveItem(curve, item.getArrayNum(), item.getArraySize());
                }
            }
        }

        return true;
    }

    private LogCategory getCategory(String categoryPath, boolean isCreate) {
        DataPath dataPath = new DataPath();
        dataPath.parse(categoryPath.trim());
        return dataPath.getPathLevel() < 4 ? null : this.getCategory(dataPath, isCreate);
    }

    private LogCategory getCategory(DataPath dataPath, boolean isCreate) {
        LogDataSource dataSource = dataPath.getCurrentDataFormat().buildDataSource();
        if (!dataSource.connect(dataPath.getDataSourceName())) {
            return null;
        } else {
            LogWorkSpace ws = dataSource.getLogWorkSpace(dataPath.getWorkSpaceName());
            if (ws == null) {
                return null;
            } else {
                String wellName = dataPath.getWellName();
                LogWell well = ws.getLogWell(wellName);
                if (well == null) {
                    if (!isCreate) {
                        return null;
                    }

                    well = ws.createWell(wellName);
                    if (well == null) {
                        return null;
                    }
                }

                String categoryName = dataPath.getCategoryName();
                LogCategory category = well.getLogCategory(categoryName);
                if (category != null) {
                    return category;
                } else if (!isCreate) {
                    return null;
                } else {
                    CategoryProperties properties = new CategoryProperties();
                    properties.setCategoryName(categoryName);
                    category = well.createCategory(properties);
                    if (category == null) {
                        return null;
                    } else {
                        this.addCategoryNotification(category, 0);
                        return category;
                    }
                }
            }
        }
    }

    private void addCategoryNotification(LogCategory category, int notifyType) {
        String wellPath = (new DataPath(category.getLogWell())).toString();
        NotificationStruct infoStruct = null;
        String categoryName = category.getCategoryName();
        CategoryNotifiedInfo categoryInfo = new CategoryNotifiedInfo(categoryName, notifyType);

        for(int i = 0; i < this.categoryNotificationList.size(); ++i) {
            infoStruct = (NotificationStruct)this.categoryNotificationList.get(i);
            if (infoStruct.getDataPath().equalsIgnoreCase(wellPath) && !infoStruct.contains(categoryName)) {
                infoStruct.addNotifiedInfo(categoryInfo);
                return;
            }
        }

        infoStruct = new NotificationStruct(wellPath);
        infoStruct.addNotifiedInfo(categoryInfo);
        this.categoryNotificationList.add(infoStruct);
    }
}

DataSourceContainer.java

简略方法

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public void addElement(DataSourceStruct dataSourceStruct)

public void removeElement(DataSourceStruct dataSourceStruct)

public int size()

public DataSourceStruct elemenAt(int index)

public DataSourceStruct getElement(int dataSourceID)

public DataSourceStruct getElement(String dataSourcePath)

类源码

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//
// Source code recreated from a .class file by IntelliJ IDEA
// (powered by FernFlower decompiler)
//

package cif.dataservice.io;

import java.util.ArrayList;

class DataSourceContainer {
    private static DataSourceContainer instance = null;
    private ArrayList<DataSourceStruct> dataSourceContainer = new ArrayList();

    DataSourceContainer() {
    }

    public static DataSourceContainer getInstance() {
        if (instance == null) {
            instance = new DataSourceContainer();
        }

        return instance;
    }

    public void addElement(DataSourceStruct dataSourceStruct) {
        if (dataSourceStruct != null) {
            this.dataSourceContainer.add(dataSourceStruct);
        }
    }

    public void removeElement(DataSourceStruct dataSourceStruct) {
        this.dataSourceContainer.remove(dataSourceStruct);
    }

    public int size() {
        return this.dataSourceContainer.size();
    }

    public DataSourceStruct elemenAt(int index) {
        return index >= 0 && index < this.dataSourceContainer.size() ? (DataSourceStruct)this.dataSourceContainer.get(index) : null;
    }

    public DataSourceStruct getElement(int dataSourceID) {
        if (dataSourceID < 1) {
            return null;
        } else {
            DataSourceStruct dataSourceStruct = null;

            for(int i = 0; i < this.dataSourceContainer.size(); ++i) {
                dataSourceStruct = (DataSourceStruct)this.dataSourceContainer.get(i);
                if (dataSourceStruct.id == dataSourceID) {
                    return dataSourceStruct;
                }
            }

            return null;
        }
    }

    public DataSourceStruct getElement(String dataSourcePath) {
        if (dataSourcePath != null && !dataSourcePath.isEmpty()) {
            String path = dataSourcePath.trim().replace('\\', '/');
            DataSourceStruct dataSourceStruct = null;

            for(int i = 0; i < this.dataSourceContainer.size(); ++i) {
                dataSourceStruct = (DataSourceStruct)this.dataSourceContainer.get(i);
                if (dataSourceStruct.dataSource.getConnectParam().replace('\\', '/').contains(path)) {
                    return dataSourceStruct;
                }
            }

            return null;
        } else {
            return null;
        }
    }
}

如何在IDEA中编写二次开发插件

添加基础的cif类库到IDEA包中，即可实现IDEA开发，可以提示错误等

文章作者: HibisciDai
文章链接: http://hibiscidai.com/2023/10/30/CIFLog3二次开发Java接口说明/
版权声明: 本博客所有文章除特别声明外，均采用 CC BY-NC-SA 4.0 许可协议。转载请注明来自 HibisciDai！
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