logplus/WellLogUI/src/MyWelllogRound.cpp

#include "MemRdWt.h"
#include "geometryutils.h"
#include <QSettings>
#include <QTextCodec>
#include <QTime>
#include "MyWelllogRound.h"

#pragma warning( pop )
std::string MyWelllogRound::GetAudit() const
{
    return filemessage.audit;
}


std::string MyWelllogRound::GetName() const
{
    return m_name;
}

std::string MyWelllogRound::GetWellName() const
{
    return filemessage.WellName;
}


std::string MyWelllogRound::GetCompanyName() const
{
    return filemessage.LogCompanyName;
}

std::string MyWelllogRound::GetOilCompanyName() const
{
    return filemessage.OilCompanyName;
}

std::string MyWelllogRound::GetDate() const
{
    time_t td=filemessage.LoggingDate;
    QString cs=::GetDate(td);
    return cs.toStdString();
}

float MyWelllogRound::GetDensity() const
{
    return filemessage.Mud_Density[0];
}

std::string MyWelllogRound::GetINTLog() const
{
    return filemessage.IntDepths;
}

std::string MyWelllogRound::GetIntProg() const
{
    return filemessage.Prog;
}

std::string MyWelllogRound::GetInteDress() const
{
    return filemessage.Intor;
}

std::string MyWelllogRound::GetItem() const
{
    return filemessage.Item;
}

std::string MyWelllogRound::GetMudType() const
{
    return filemessage.Mud_Property;
}

float MyWelllogRound::GetMudViscosity() const
{
    return filemessage.Mud_Viscosity[0];
}

std::string MyWelllogRound::GetNITINT() const
{
    return filemessage.IntDepths;
}

std::string MyWelllogRound::GetOperator() const
{
    return filemessage.Operator;
}

std::string MyWelllogRound::GetRemark() const
{
    return filemessage.Reserved;
}

float MyWelllogRound::GetResi() const
{
    return filemessage.Mud_Resistivity[0];
}

std::string MyWelllogRound::GetSerial() const
{
    return filemessage.LoggingSerial;
}

std::string MyWelllogRound::GetTeam() const
{
    return filemessage.LoggingTeam;
}

float MyWelllogRound::GetTemp() const
{
    return filemessage.Mud_Temp;
}

float MyWelllogRound::GetTempBot() const
{
    return filemessage.Well_Bottom_Temperature;
}

float MyWelllogRound::GetWaterLoss() const
{
    return filemessage.WaterLoss;
}

void MyWelllogRound::SetAudit(std::string audit)
{
    int len=strlen(audit.c_str());
    if(len>sizeof(filemessage.audit)) len=sizeof(filemessage.audit);
    strncpy(filemessage.audit,audit.c_str(),len);
    filemessage.audit[len]=0;
}

void MyWelllogRound::SetName(std::string audit)
{
    this->m_name = audit;
}

void MyWelllogRound::SetCompanyName(std::string companyName)
{
    int len=strlen(companyName.c_str());
    if(len>sizeof(filemessage.LogCompanyName)) len=sizeof(filemessage.LogCompanyName);
    strncpy(filemessage.LogCompanyName,companyName.c_str(),len);
    filemessage.LogCompanyName[len]=0;
}

void MyWelllogRound::SetDate(std::string mdate)
{
    filemessage.LoggingDate=StringToTime((char*)mdate.c_str());
}

void MyWelllogRound::SetDensity(float density)
{
    filemessage.Mud_Density[0]=density;
}

void MyWelllogRound::SetINTLog(std::string mINTLog)
{
    int len=strlen(mINTLog.c_str());
    if(len>sizeof(filemessage.IntDepths)) len=sizeof(filemessage.IntDepths);
    strncpy(filemessage.IntDepths,mINTLog.c_str(),len);
    filemessage.IntDepths[len]=0;
}

void MyWelllogRound::SetIntProg(std::string intProg)
{
    int len=strlen(intProg.c_str());;
    if(len>sizeof(filemessage.Prog)) len=sizeof(filemessage.Prog);
    strncpy(filemessage.Prog,intProg.c_str(),len);
    filemessage.Prog[len]=0;
}

void MyWelllogRound::SetInteDress(std::string inteDress)
{
    int len=strlen(inteDress.c_str());
    if(len>sizeof(filemessage.Intor)) len=sizeof(filemessage.Intor);
    strncpy(filemessage.Intor,inteDress.c_str(),len);
    filemessage.Intor[len]=0;
}

void MyWelllogRound::SetWellName(std::string wellname)
{
    int len=strlen(wellname.c_str());
    if(len>sizeof(filemessage.WellName)) len=sizeof(filemessage.WellName);
    memset(filemessage.WellName,0,sizeof(filemessage.WellName));
    strncpy(filemessage.WellName,wellname.c_str(),len);
    filemessage.WellName[len]=0;
    //		m_FileName=wellname.c_str();
}

void MyWelllogRound::SetItem(std::string item)
{
    int len=strlen(item.c_str());
    if(len>sizeof(filemessage.Item)) len=sizeof(filemessage.Item);
    memset(filemessage.Item,0,sizeof(filemessage.Item));
    strncpy(filemessage.Item,item.c_str(),len);
    filemessage.Item[len]=0;
}

void MyWelllogRound::SetMudType(std::string mudType)
{
    int len=strlen(mudType.c_str());
    if(len>sizeof(filemessage.Mud_Property)) len=sizeof(filemessage.Mud_Property);
    strncpy(filemessage.Mud_Property,mudType.c_str(),len);
    filemessage.Mud_Property[len]=0;
}

void MyWelllogRound::SetMudViscosity(float mudViscosity)
{
    filemessage.Mud_Viscosity[0] = mudViscosity;
}

void MyWelllogRound::SetNITINT(std::string mNITINT)
{
    int len=strlen(mNITINT.c_str());
    if(len>sizeof(filemessage.IntDepths)) len=sizeof(filemessage.IntDepths);
    strncpy(filemessage.IntDepths,mNITINT.c_str(),len);
    filemessage.IntDepths[len]=0;
}

void MyWelllogRound::SetOperator(std::string moperator)
{
    int len=strlen(moperator.c_str());
    if(len>sizeof(filemessage.Operator)) len=sizeof(filemessage.Operator);
    strncpy(filemessage.Operator,moperator.c_str(),len);
    filemessage.Operator[len]=0;
}

void MyWelllogRound::SetRemark(std::string remark)
{
    int len=strlen(remark.c_str());
    if(len>sizeof(filemessage.Reserved)) len=sizeof(filemessage.Reserved);
    strncpy(filemessage.Reserved,remark.c_str(),len);
    filemessage.Reserved[len]=0;
}

void MyWelllogRound::SetResi(float resi)
{
    filemessage.Mud_Resistivity[0] = resi;
}

void MyWelllogRound::SetSerial(std::string serial)
{
    int len=strlen(serial.c_str());
    if(len>sizeof(filemessage.LoggingSerial)) len=sizeof(filemessage.LoggingSerial);
    strncpy(filemessage.LoggingSerial,serial.c_str(),len);
    filemessage.LoggingSerial[len]=0;
}

void MyWelllogRound::SetTeam(std::string team)
{
    int len=strlen(team.c_str());
    if(len>sizeof(filemessage.LoggingTeam)) len=sizeof(filemessage.LoggingTeam);
    strncpy(filemessage.LoggingTeam,team.c_str(),len);
    filemessage.LoggingTeam[len]=0;
}

void MyWelllogRound::SetTemp(float temp)
{
    filemessage.Mud_Temp= temp;
}

void MyWelllogRound::SetTempBot(float tempBot)
{
    filemessage.Well_Bottom_Temperature = tempBot;
}

void MyWelllogRound::SetWaterLoss(float waterLoss)
{
    filemessage.WaterLoss=waterLoss;
}

void MyWelllogRound::SetTopDepth(float dep)
{
    this->TopDepth = dep;
}

void MyWelllogRound::SetBottomDepth(float dep)
{
    this->BottomDepth = dep;
}

float MyWelllogRound::GetTopDepth()
{
    return TopDepth;
}

float MyWelllogRound::GetBottomDepth()
{
    return BottomDepth;
}

std::string MyWelllogRound::GetAreaName() const
{
    return filemessage.AreaName;
}

float MyWelllogRound::GetAsl() const
{
    return filemessage.Altitude;
}

std::string MyWelllogRound::GetBit1Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Depth[0]).toStdString();
}

std::string MyWelllogRound::GetBit2Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Depth[1]).toStdString();
}

std::string MyWelllogRound::GetBit3Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Depth[2]).toStdString();
}

std::string MyWelllogRound::GetBit4Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Depth[3]).toStdString();
}

std::string MyWelllogRound::GetBit5Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Depth[4]).toStdString();
}

float MyWelllogRound::GetBsl() const
{
    return ConvertDataByFloat(filemessage.Kelly).toFloat();
}

std::string MyWelllogRound::GetCWMethod() const
{
    return m_CWMethod;
}

std::string MyWelllogRound::GetCas1Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Diameter[0]).toStdString();
}

float MyWelllogRound::GetCas1Shot() const
{
    return ConvertDataByFloat(filemessage.Bushing_Detpth[0]).toFloat();
}

std::string MyWelllogRound::GetCas2Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Diameter[1]).toStdString();
}

float MyWelllogRound::GetCas2Shot() const
{
    return ConvertDataByFloat(filemessage.Bushing_Detpth[1]).toFloat();
}

std::string MyWelllogRound::GetCas3Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Diameter[2]).toStdString();;
}

std::string MyWelllogRound::GetCas4Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Diameter[3]).toStdString();;
}

std::string MyWelllogRound::GetCas5Prog() const
{
    return ConvertDataByFloat(filemessage.Bit_Diameter[4]).toStdString();;
}

std::string MyWelllogRound::GetCompleteDate() const
{
    time_t tm1=0;//filemessage.CompleteDrillDate;
    QString cs=::GetDate(tm1);
    return cs.toStdString();
}

std::string MyWelllogRound::GetEDrillDate() const
{
    time_t tm1=filemessage.EndDrillDate;
    QString cs=::GetDate(tm1);
    return cs.toStdString();
}

float MyWelllogRound::GetSC1EDep() const
{
    return m_SC1EDep;
}

float MyWelllogRound::GetSC1SDep() const
{
    return m_SC1SDep;
}

float MyWelllogRound::GetSC2EDep() const
{
    return m_SC2EDep;
}

float MyWelllogRound::GetSC2SDep() const
{
    return m_SC2SDep;
}

std::string MyWelllogRound::GetSDrillDate() const
{
    time_t tm1=filemessage.StartDrillDate;
    QString cs=::GetDate(tm1);
    return cs.toStdString();
}

int MyWelllogRound::GetWellType() const
{
    static QString temp = ::GetConfPath()+"data.ini";
    QSettings settings(temp,QSettings::IniFormat,0);
    settings.setIniCodec(QTextCodec::codecForName("UTF-8"));
    QStringList serials=settings.value("wellType",0).toStringList();
    return serials.indexOf(filemessage.WellType);
}

double MyWelllogRound::GetXCode() const
{
    return filemessage.Xcoor;
}

double MyWelllogRound::GetYCode() const
{
    return filemessage.Ycoor;
}
float MyWelllogRound::GetTVD0()
{
    return filemessage.TVD;
}
float MyWelllogRound::GetXOffset()
{
    return filemessage.X0;
}
float MyWelllogRound::GetYOffset()
{
    return filemessage.Y0;
}

void MyWelllogRound::SetAreaName(std::string areaName)
{
    int len=areaName.length();
    if(len>sizeof(filemessage.AreaName)) len=sizeof(filemessage.AreaName);
    strncpy(filemessage.AreaName,areaName.c_str(),len);
}

void MyWelllogRound::SetAsl(float asl)
{
    filemessage.Altitude = asl;
}

void MyWelllogRound::SetBit1Prog(std::string bit1Prog)
{
    filemessage.Bit_Depth[0]= ConvertDataByString(bit1Prog.c_str());
}

void MyWelllogRound::SetBit2Prog(std::string bit2Prog)
{
    filemessage.Bit_Depth[1] = ConvertDataByString(bit2Prog.c_str());
}

void MyWelllogRound::SetBit3Prog(std::string bit3Prog)
{
    filemessage.Bit_Depth[2] = ConvertDataByString(bit3Prog.c_str());
}

void MyWelllogRound::SetBit4Prog(std::string bit4Prog)
{
    filemessage.Bit_Depth[3] = ConvertDataByString(bit4Prog.c_str());
}

void MyWelllogRound::SetBit5Prog(std::string bit5Prog)
{
    filemessage.Bit_Depth[4] = ConvertDataByString(bit5Prog.c_str());
}

void MyWelllogRound::SetBsl(float bsl)
{
    filemessage.Kelly = ConvertDataByString(QString::number(bsl));
}

void MyWelllogRound::SetCWMethod(std::string cWMethod)
{
    this->m_CWMethod = cWMethod;
}

void MyWelllogRound::SetCas1Prog(std::string cas1Prog)
{
    filemessage.Bit_Diameter[0]=ConvertDataByString(cas1Prog.c_str());
}

void MyWelllogRound::SetCas1Shot(float cas1Shot)
{
    m_Cas1Shot=cas1Shot;
}

void MyWelllogRound::SetCas2Prog(std::string cas2Prog)
{
    filemessage.Bit_Diameter[1]=ConvertDataByString(cas2Prog.c_str());
}

void MyWelllogRound::SetCas2Shot(float cas2Shot)
{
    m_Cas2Shot=cas2Shot;
}

void MyWelllogRound::SetCas3Prog(std::string cas3Prog)
{
    filemessage.Bit_Diameter[2]=ConvertDataByString(cas3Prog.c_str());
}

void MyWelllogRound::SetCas4Prog(std::string cas4Prog)
{
    filemessage.Bit_Diameter[3]=ConvertDataByString(cas4Prog.c_str());
}

void MyWelllogRound::SetCas5Prog(std::string cas5Prog)
{
    filemessage.Bit_Diameter[4]=ConvertDataByString(cas5Prog.c_str());
}

void MyWelllogRound::SetOilCompanyName(std::string companyName)
{
    int len=companyName.length();
    if(len>sizeof(filemessage.OilCompanyName)) len=sizeof(filemessage.OilCompanyName);
    strncpy(filemessage.OilCompanyName,companyName.c_str(),len);
}

void MyWelllogRound::SetCompleteDate(std::string completeDate)
{
    QDate td=QDate::fromString(completeDate.c_str(),"yyyy年-MM月-dd日");
    char buf[200];
    sprintf(buf,"%04d-%02d-%02d %02d:%02d:%02d",td.year(),td.month(),td.day(),0,0,0);
    //filemessage.completeDate=
    StringToTime(buf);
}

void MyWelllogRound::SetEDrillDate(std::string eDrillDate)
{
    QDate td=QDate::fromString(eDrillDate.c_str(),"yyyy年-MM月-dd日");
    char buf[200];
    sprintf(buf,"%04d-%02d-%02d %02d:%02d:%02d",td.year(),td.month(),td.day(),0,0,0);
    filemessage.EndDrillDate=StringToTime(buf);
}

void MyWelllogRound::SetSC1EDep(float sC1EDep)
{
    m_SC1EDep=sC1EDep;
}

void MyWelllogRound::SetSC1SDep(float sC1SDep)
{
    m_SC1SDep=sC1SDep;
}

void MyWelllogRound::SetSC2EDep(float sC2EDep)
{
    m_SC2EDep=sC2EDep;
}

void MyWelllogRound::SetSC2SDep(float sC2SDep)
{
    m_SC2SDep=sC2SDep;
}

void MyWelllogRound::SetSDrillDate(std::string sDrillDate)
{
    QDate td=QDate::fromString(sDrillDate.c_str(),"yyyy年-MM月-dd日");
    char buf[200];
    sprintf(buf,"%04d-%02d-%02d %02d:%02d:%02d",td.year(),td.month(),td.day(),0,0,0);
    filemessage.StartDrillDate=StringToTime(buf);
    m_SDrillDate=sDrillDate;
}

void MyWelllogRound::SetWellType(int WellType)
{
    static QString temp = ::GetConfPath()+"data.ini";
    QSettings settings(temp,QSettings::IniFormat,0);
    settings.setIniCodec(QTextCodec::codecForName("UTF-8"));
    QStringList serials=settings.value("wellType",0).toStringList();
    if(WellType<0) WellType=0;
    if(WellType>=serials.size()) WellType=serials.size()-1;
    if(WellType>0&&WellType<serials.size()) strncpy(filemessage.WellType,serials[WellType].toStdString().c_str(),20);
}

void MyWelllogRound::SetXCode(double xCode)
{
    filemessage.Xcoor = xCode;
}

void MyWelllogRound::SetYCode(double yCode)
{
    filemessage.Ycoor = yCode;
}
void MyWelllogRound::SetTVD0(float Tvd0)
{
    filemessage.TVD = Tvd0;
}
void MyWelllogRound::SetXOffset(float XOffset)
{
    filemessage.X0 = XOffset;
}
void MyWelllogRound::SetYOffset(float YOffset)
{
    filemessage.Y0=YOffset;
}

void MyWelllogRound::LoadMeesge(QString filename)
{
    if(filename=="") return;
    m_FileName=filename;
    CMemRdWt *logio=new CMemRdWt();
    if(filename==""||!logio->Open(filename.toStdString().c_str(),CSlfIO::modeRead))
    {
        delete logio;
        //			QMessageBox::information(NULL,"提示","SLF文件打开失败，请检查！！",QMessageBox::Yes);
        memset(&filemessage,0,sizeof(Slf_FILE_MESSAGE));
        return;
    }
    logio->GetFileMessage(filemessage);
    delete logio;
}

void MyWelllogRound::SaveMeesge(QString filename)
{
    if(filename=="") return;
    if(filename.indexOf(".")<0) {
//        QString name=::GetProject()->GetName();
//        QString wellname=filemessage.WellName;
//        if(wellname.isEmpty()) wellname=filename;
//        QString filename1=GetLogdataPath()+name+"\\#"+filemessage.WellName;

//        CreateDir((char *)filename1.toStdString().c_str());
//        filename1+="\\"+filename+".slf";
//        filename=filename1;
    }

    CMemRdWt *logio=new CMemRdWt();
    if(filename==""||!logio->Open(filename.toStdString().c_str(),CSlfIO::modeReadWrite))
    {
        delete logio;
        //			QMessageBox::information(NULL,"提示","SLF文件打开失败，请检查！！",QMessageBox::Yes);
        return;
    }
    logio->SetFileMessage(filemessage);
    delete logio;
}
Slf_FILE_MESSAGE & MyWelllogRound::GetFileMessage()
{
    return filemessage;
}
void MyWelllogRound::SaveMeesge()
{
    SaveMeesge(m_FileName);
}
QString MyWelllogRound::GetFileName()
{
    return m_FileName;
}