351 lines
14 KiB
C++
351 lines
14 KiB
C++
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#include "memrdwt.h"
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#include "math.h"
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#include "basefun.h"
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#include "DepthProgress.h"
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#include "PluginDialog.h"
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#include "pythonhandler.h"
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Slf_WAVE mWave[1];
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extern "C"{
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__declspec (dllexport) struct INC_STRU INC=INC={6,
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"FWGN_W:波名1,raw;;\
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NWGN_W:波名2,raw;;\
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RWGN_W:波名3,raw;;\
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GR:伽马,API;;\
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NWGN_C:曲线名2,raw;;\
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RWGN_C:曲线名3,raw;;\
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"
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};//输入曲线定义 6:输入6条数据, "数据英文:数据中文,数据单位;;"
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__declspec (dllexport) struct INP_STRU INP; //使用GetINValue(RGN_C, 6, 1);函数需要定义该变量
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__declspec (dllexport) struct OUTC_STRU OUTC={2,
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"ATT:波名1,raw;;\
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THCAV:曲线名1,raw;;\
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"
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};//输出曲线定义 2:输出2条数据, "数据英文:数据中文,数据单位;;"（注：先写波形数据，再写曲线数据）
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__declspec (dllexport) struct OUTP_STRU OUTP;
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__declspec (dllexport) struct HD_STRU HD={0.0,9999.0,0.0,0.0,0.0,0.0,0.0,"example_plugin.INP","example_plugin.TLP"};
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__declspec (dllexport) struct CONC_STRU CONC={4,
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"CTH:参数名1,mm;;;;10.5;\
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CT:参数名2,%;;;;1;\
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IT:参数名3,mm;;;;9.7;\
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MT:参数名4,%;;;;1;"
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};//常量参数定义 4:4个参数, "数据英文:数据中文,单位;;;;参数默认值;"
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__declspec (dllexport) struct CON_STRU CON={10.5, 1, 9.7, 1}; //再次设置默认值（需要与前面相同）
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__declspec (dllexport) struct ErrorInf errorinf;
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//定义输出数据类型（注：需要与前面输出定义一一对应）
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__declspec (dllexport) struct LogType LogType={WAVE_OBJECT, CURVE_OBJECT}; //{WAVE_OBJECT, CURVE_OBJECT}
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__declspec( dllexport ) CMemRdWt MemRdWt;
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__declspec (dllexport) int example_plugin(); //改成自己的工程名
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//以下两行代码用于创建自定义界面来控制参数的对话框，如果不需开发者自己定义对话框，则不需要这两行及下面的InitDialog函数初始化
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__declspec (dllexport) QDialog* InitDialog(QWidget *pF);
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__declspec( dllexport ) CPluginDialog *PLGDialog=NULL;
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__declspec( dllexport ) void* getAction_CApi(int* count);
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__declspec (dllexport) int Init();
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__declspec (dllexport) int Finish();
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}
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struct Process_Struct{
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float fa;
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float fb;
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float fc;
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int Process();
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};
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int Init()
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{
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return 1;
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}
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//此部分用于创建对话框，该第一话框将被显示在平台的参数区
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//如果需要独立显示对话框，则不需熬此函数
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QDialog* InitDialog(QWidget *pF)
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{
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PLGDialog=new CPluginDialog(pF);
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return PLGDialog;
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}
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// 实现
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void* getAction_CApi(int* count)
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{
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if(PLGDialog == nullptr)
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InitDialog(nullptr);
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QList<QAction*> actions = PLGDialog->getListAction();
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int ncnt = actions.size();
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*count = ncnt;
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// 需要确保内存管理方式一致
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QAction** array = new QAction*[ncnt];
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for(int i = 0; i < ncnt; ++i) {
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array[i] = actions[i];
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}
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return array;
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}
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int Finish()
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{
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return 1;
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}
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int example_plugin()
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{
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Process_Struct Process;
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return Process.Process();
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}
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//固井结构体（注：此处为表格输出示例）
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typedef struct ss_struct
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{
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int GNO;
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float GSDEP,GEDEP;
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int GRESULT;
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} GUJING;
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//结论结构体
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void callPython(float FGN_C, float NGN_C, float RGN_C, float* FGN_W, float* NGN_W, float* Att0all, int nlen)
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{
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QVariantList args;
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QVariantList arg1;
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QVariantList arg2;
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// 填充列表
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for (int i = 0; i < nlen; ++i) {
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arg1 << (double)FGN_W[i];
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arg2 << (double)NGN_W[i];
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}
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args.append(QVariant::fromValue(arg1)); // 直接将 innerList1 作为元素添加
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args.append(QVariant::fromValue(arg2)); // 使用 << 操作符
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args << (double)FGN_C << (double)NGN_C << (double)RGN_C;
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PythonHandler::getInstance()->executeScript("fdsa4_test", "process_arrays", args, Att0all, nlen);
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}
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int Process_Struct::Process()
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{
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if(HD.Sdep >= HD.EndDep)
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{
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// AfxMessageBox("当前处理井段深度有误！\n已停止计算");
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// AfxMessageBox("The current depth of the processing interval is incorrect!\n Calculation has been stopped");
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return 0;
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}
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/*******************************************************写数据前的准备操作*******************************************************
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******************************begin****************************/
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//（1）初始化参数、输入
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MemRdWt.Const();
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MemRdWt.In();
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//（2）波形类型的输出数据初始化检查
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char outname[2][16];
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int OUTindex = 0, WaveIndex = 0;
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MemRdWt.GetOutCurveName(OUTindex, outname[OUTindex]);//获取输出数据名称，参数1是序列值（从0开始）（注：波形/曲线均使用GetOutCurveName函数）
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int index1 = MemRdWt.OpenWave(outname[OUTindex]);//检查是否存在outname[OUTindex]波形
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if(index1 < 0) //返回索引小于0说明没有该波形，需要创建
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{
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//创建方式：
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Slf_WAVE myWave;
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strcpy(myWave.Name, outname[OUTindex]);
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strcpy(myWave.AliasName, outname[OUTindex]);
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strcpy(myWave.DepthUnit, "m");
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myWave.CodeLen = 4;
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myWave.RepCode = 4;
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myWave.DefVal = 0;
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myWave.StartDepth = HD.Sdep;
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myWave.EndDepth = HD.Edep;
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myWave.DepLevel = HD.Rlev;
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strcpy(myWave.DepthUnit, "m");
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myWave.StartTime = 0; //起始记录时间
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myWave.TimeLevel = 5; //时间采样间隔
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myWave.ArrayNum = 1; //阵列数
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myWave.TimeSamples = 36; //时间采样总数
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strcpy(myWave.TimeUnit, "ns"); //时间单位
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index1 = MemRdWt.OpenWave((Slf_WAVE *)&myWave); //创建波形（注：此时返回索引应>1，代表创建成功）
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}
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if(index1 < 0)
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{
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// AfxMessageBox("阵列数据创建失败！\n已停止计算");
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// AfxMessageBox("Array data creation failed!\nCalculation stopped");
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return 0;
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}else{
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WaveIndex = index1;
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}
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//（3）曲线类型的输出数据初始化检查
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OUTindex = 1;//按extern "C"中定义的输出数据顺序设置
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MemRdWt.GetOutCurveName(OUTindex, outname[OUTindex]);//获取输出数据名称，参数1是序列值（从0开始）
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index1 = MemRdWt.OpenCurve(outname[1]);//index1 = MemRdWt.OpenCurve("EEE");//检查数据是否存在//outname[OUTindex]
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if(index1 < 0) //返回索引小于0说明没有这条曲线，需要创建
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{
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//创建方式：
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Slf_CURVE myCurve; //定义曲线对象
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strcpy(myCurve.Name, outname[1]); //设置名称
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strcpy(myCurve.AliasName, outname[1]); //设置别名
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strcpy(myCurve.Unit, "m"); //设置数据单位
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myCurve.CodeLen = 4; //设置字节长度（注：4float）
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myCurve.RepCode = 4; //设置数据类型（注：4float）
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myCurve.DefVal = 0; //设置默认值
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myCurve.StartDepth = HD.Sdep; //设置起始深度
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myCurve.EndDepth = HD.Edep; //设置结束深度
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myCurve.DepLevel = HD.Rlev; //设置采样间隔
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strcpy(myCurve.DepthUnit, "m"); //设置深度单位
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index1 = MemRdWt.OpenCurve((Slf_CURVE *)&myCurve); //创建曲线（注：此时返回索引应>1，代表创建成功）
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}
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if(index1 < 0)
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{
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// AfxMessageBox("波形数据创建失败！\n已停止计算");
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// AfxMessageBox("Array data creation failed!\nCalculation stopped");
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return 0;
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}
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/*********************************************************end************************************************************/
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//（4）平台进度条设置
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DepthProgress mmProgress;
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mmProgress.CreatProgress(HD.Stdep, HD.EndDep, "程序处理中...");
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//（5）深度循环
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while(HD.Dep <= HD.EndDep)//逐深度处理
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{
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mmProgress.SetDepth(HD.Dep);//设置平台进度条
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/********************************************************获取常量参数示例***************************************************
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******************************begin****************************/
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//GetPosValue函数的参数3为序列值，要和extern "C"的CONC内容对应上（从1开始）
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float CTH, CT, IT, MT;
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GetPosValue(CTH, CON, 1, 1);
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GetPosValue(CT, CON, 2, 1);
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GetPosValue(IT, CON, 3, 1);
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GetPosValue(MT, CON, 4, 1);
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/***************************************************************end*************************************************************/
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/********************************************************读数据示例***************************************************************
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*****************************begin****************************/
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//（1）读wave数据
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char inname[3][36];
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int index[4] = {-1};
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//获取输入数据对应的波列名称，，参数1是序列值（从0开始）
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MemRdWt.GetInCurveName(0, inname[0]);
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MemRdWt.GetInCurveName(1, inname[1]);
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MemRdWt.GetInCurveName(2, inname[2]);
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//获取波列数据对应的index,再读数据
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index[0] = MemRdWt.OpenWave(inname[0]);
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index[1] = MemRdWt.OpenWave(inname[1]);
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index[2] = MemRdWt.OpenWave(inname[2]);
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if(index[0] < 0 || index[1] < 0 || index[2] < 0){
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// AfxMessageBox("波列数据获取失败\n已停止计算");
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// AfxMessageBox("Waveform data acquisition failed\nCalculation stopped");
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return 0;
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}
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float FGN_W[60], NGN_W[60], RGN_W[60]; //必须根据wave数据的大小声明！
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int a = 0;
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int b = 0; int c = 0;
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c = MemRdWt.ReadWaveToFloatBuf(index[2], HD.Dep, 1, RGN_W);
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b = MemRdWt.ReadWaveToFloatBuf(index[1], HD.Dep, 1, NGN_W);
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a = MemRdWt.ReadWaveToFloatBuf(index[0], HD.Dep, 1, FGN_W);//读取wave数据，从HD.Dep深度开始，读1个深度位置的wave数据至FGN_W中
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//（2）读曲线数据
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//GetINValue函数的参数2为序列值，要和extern "C"的INC内容的顺序对应上
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float FGN_C, NGN_C, RGN_C;
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GetINValue(FGN_C, 4, 1);
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GetINValue(NGN_C, 5, 1);
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GetINValue(RGN_C, 6, 1);
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/********************************************************end*************************************************************/
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/*******************************************处理程序示例（注：改成自己的算法）******************************************
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*****************************begin****************************/
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float Att0all[36];
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float THCAV = 0.0;
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bool bPython = true;
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if (bPython)
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{
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callPython(FGN_C, NGN_C, RGN_C, FGN_W, NGN_W, Att0all, 36);
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}
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else
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{
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for(int i = 0; i < 36; i++)
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Att0all[i] = FGN_W[i] + NGN_W[i];
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THCAV = FGN_C + NGN_C + RGN_C;
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}
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/********************************************************end********************************************************/
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/*******************************************************向平台写数据示例**********************************************
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*****************************begin****************************/
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//（1）写wave数据
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MemRdWt.WriteWave(WaveIndex, HD.Dep, 1, &Att0all);
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//（2）写curve数据
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int THCAV_index = MemRdWt.OpenCurve(outname[1]);//outname[1]
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if(THCAV_index > 0)
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MemRdWt.WriteCurve(THCAV_index, HD.Dep, 1, &THCAV);
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/*******************************************************end**********************************************************/
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MemRdWt.In(); //继续深度循环
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}
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/*************************************************向平台写表格示例*************************************************************
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*****************************begin****************************/
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|
|
//（1）固井结论表格
|
|||
|
|
int itable1 = MemRdWt.OpenOG_RESULT("固井质量");//例如表格取名为“固井质量”
|
|||
|
|
MemRdWt.SetTableRecordCount(itable1, 0); //清空原有表格数据
|
|||
|
|
|
|||
|
|
GUJING *CCNN2 = new GUJING[5];
|
|||
|
|
for(int i = 0; i < 5; i++)
|
|||
|
|
{
|
|||
|
|
CCNN2[i].GNO = i + 1;
|
|||
|
|
CCNN2[i].GSDEP = 2000 + i * 10;
|
|||
|
|
CCNN2[i].GEDEP = 2000 + (i + 1) * 10;
|
|||
|
|
CCNN2[i].GRESULT = 1;
|
|||
|
|
|
|||
|
|
int temp = MemRdWt.WriteTable(itable1, i + 1, &CCNN2[i]);
|
|||
|
|
}
|
|||
|
|
|
|||
|
|
//（2）其他表格
|
|||
|
|
struct Slf_RST{
|
|||
|
|
int Order;
|
|||
|
|
float Depth;
|
|||
|
|
float CorrDepth;
|
|||
|
|
};
|
|||
|
|
struct Slf_RST m_Result;
|
|||
|
|
itable1 = MemRdWt.OpenTable("ABCD");
|
|||
|
|
if (itable1 < 0)
|
|||
|
|
{
|
|||
|
|
itable1 = MemRdWt.Open_Set_Table("ABCD",0,3,
|
|||
|
|
"NO,DEPTH,DDEP",
|
|||
|
|
"4,4,4",//字段长度
|
|||
|
|
"1,4,4",//字段类型
|
|||
|
|
"0,0,0");//字段备注,1-枚举
|
|||
|
|
}
|
|||
|
|
MemRdWt.SetTableRecordCount(itable1,3); //设置表格有3行数据
|
|||
|
|
for(int j = 0; j < 3; j++)
|
|||
|
|
{
|
|||
|
|
memset(&m_Result, 0, sizeof(Slf_RST));
|
|||
|
|
m_Result.Order = j + 1;
|
|||
|
|
m_Result.Depth = 10;
|
|||
|
|
m_Result.CorrDepth = 20 + j;
|
|||
|
|
MemRdWt.WriteTable(itable1, j + 1, &m_Result);
|
|||
|
|
|
|||
|
|
}
|
|||
|
|
MemRdWt.CloseTable(itable1);
|
|||
|
|
/******************************************************end*************************************************************/
|
|||
|
|
return 1;
|
|||
|
|
}
|