#include "head.h"
#include "transformerparser.h"
#include "linetypeparser.h"
#include "qt_readxml.h"
void Qt_readxml::XmlReaderDealData()
{
    qDebug()<<"Get Transformer Power:";
    int trans_no=power_transformer.size();
    double UN=10.5;
    base_power[0].basePower=100;
    double SB=base_power[0].basePower;
    //double SB=100;
    //QString transPowerData="E:\\line loss\\nn06302000.csv";
    QString transPowerData="E:\\line loss\\lz00.csv";
    QString transParaData="E:\\line loss\\trans.csv";
    QString lineParaData="E:\\line loss\\LineType.txt";
    if(!QFile::exists(transPowerData))
    {
        //std::cout<<"nn06302000 "<<"not found."<<std::endl;
        std::cout<<"lz00.csv "<<"not found."<<std::endl;
    }
    if(!QFile::exists(transParaData))
    {
        std::cout<<"trans "<<"not found."<<std::endl;
    }
    if(!QFile::exists(lineParaData))
    {
        std::cout<<"LineType "<<"not found."<<std::endl;
    }
    for (int i=0;i<trans_no;i++)
    {
        int a=power_transformer[i].BaseVoltage_res[0].length();
        QString b=power_transformer[i].BaseVoltage_res[0];
        std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(b.right(a-1)));
        power_transformer[i].UB=base_voltage[it->no].nominalVoltage;
        double UB=power_transformer[i].UB;
        if (!power_transformer[i].ratedMVA)
        {
            power_transformer[i].ratedMVA=630;
        }
        double ratedMVA=power_transformer[i].ratedMVA/1000;
        if (power_transformer[i].Model.trimmed()=="")
        {
            power_transformer[i].Model="S11-M";
        }
        power_transformer[i].APower=TransformerParser::GetTransformerAPower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].BPower=TransformerParser::GetTransformerBPower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].CPower=TransformerParser::GetTransformerCPower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].Pk=TransformerParser::GetDisTransformerPk(transParaData,power_transformer[i].Model);
        power_transformer[i].Uk=TransformerParser::GetDisTransformerUk(transParaData,power_transformer[i].Model);
        double Pk=power_transformer[i].Pk;
        double Uk=power_transformer[i].Uk;
        power_transformer[i].AReactivePower=TransformerParser::GetTransformerAReactivePower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].BReactivePower=TransformerParser::GetTransformerBReactivePower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].CReactivePower=TransformerParser::GetTransformerCReactivePower(transPowerData,power_transformer[i].Serial_Number);
        power_transformer[i].P0=TransformerParser::GetDisTransformerP0(transParaData,power_transformer[i].Model);
        power_transformer[i].I0=TransformerParser::GetDisTransformerI0(transParaData,power_transformer[i].Model);
        double P0=power_transformer[i].P0;
        double I0=power_transformer[i].I0;

        if (!power_transformer[i].Uk && !power_transformer[i].Pk)
        {
            QString newModel=power_transformer[i].Model+"-"+QString::number(ratedMVA*1000);
            power_transformer[i].Pk=TransformerParser::GetDisTransformerPk(transParaData,newModel);
            power_transformer[i].Uk=TransformerParser::GetDisTransformerUk(transParaData,newModel);
            power_transformer[i].P0=TransformerParser::GetDisTransformerP0(transParaData,newModel);
            power_transformer[i].I0=TransformerParser::GetDisTransformerI0(transParaData,newModel);
            Pk=power_transformer[i].Pk;
            Uk=power_transformer[i].Uk;
            P0=power_transformer[i].P0;
            I0=power_transformer[i].I0;
        }

        if (!power_transformer[i].Uk && !power_transformer[i].Pk)
        {
//            QString newModel="S11-M";
//            power_transformer[i].Pk=TransformerParser::GetDisTransformerPk(transParaData,newModel);
//            power_transformer[i].Uk=TransformerParser::GetDisTransformerUk(transParaData,newModel);
//            power_transformer[i].P0=TransformerParser::GetDisTransformerP0(transParaData,newModel);
//            power_transformer[i].I0=TransformerParser::GetDisTransformerI0(transParaData,newModel);
//            Pk=power_transformer[i].Pk;
//            Uk=power_transformer[i].Uk;
//            P0=power_transformer[i].P0;
//            I0=power_transformer[i].I0;

            Pk=0.0001;
            Uk=0.0001;
            P0=0.0001;
            I0=0.0001;
        }

        power_transformer[i].r=(Pk*UB*UB/(1000*ratedMVA*ratedMVA))*SB/(UN*UN);
        power_transformer[i].x=(Uk*UB*UB/(100*ratedMVA))*SB/(UN*UN);  //在这，UN为基准电压，UB为额定电压
        power_transformer[i].g=(P0/(1000*UB*UB))*(UN*UN)/SB;
        power_transformer[i].b=(I0*ratedMVA/(100*UB*UB))*(UN*UN)/SB;
    }

    qDebug()<<"Get Line Parameters:";

    int ac_no=acline_segment.size();
    for (int i=0;i<ac_no;i++)
    {
        int a=acline_segment[i].BaseVoltage_res[0].length();
        QString b=acline_segment[i].BaseVoltage_res[0];
        std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(b.right(a-1)));
        acline_segment[i].UB=base_voltage[it->no].nominalVoltage;
        double UB=acline_segment[i].UB;
        std::vector<AC_kind>::iterator ac = find_if(ac_kind.begin(), ac_kind.end(), ac_finder(acline_segment[i].GIS_ID));
        double length=acline_segment[i].LongLength/(ac->quantity);
        acline_segment[i].secLength = length;
        if (!length)
        {
            length=0.3;
            acline_segment[i].LongLength=length;
            acline_segment[i].secLength = length;
        }
        if (acline_segment[i].Model.left(4)=="YJV-")
        {
            acline_segment[i].Model=acline_segment[i].Model.insert(3,"22");
        }
        else if (acline_segment[i].Model.left(5)=="YJLV-")
        {
            acline_segment[i].Model=acline_segment[i].Model.insert(4,"22");
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-10")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/2";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-16")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/3";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-25")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/4";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-35")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/6";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-50")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/8";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-70")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/10";
        }
        else if (acline_segment[i].Model.left(9)=="JKLGYJ-95")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/20";
        }
        else if (acline_segment[i].Model.left(10)=="JKLGYJ-120")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/20";
        }
        else if (acline_segment[i].Model.left(10)=="JKLGYJ-150")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/20";
        }
        else if (acline_segment[i].Model.left(10)=="JKLGYJ-185")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/25";
        }
        else if (acline_segment[i].Model.left(10)=="JKLGYJ-240")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/30";
        }
        else if (acline_segment[i].Model.left(10)=="JKLGYJ-300")
        {
            acline_segment[i].Model=acline_segment[i].Model+"/50";
        }
        acline_segment[i].x=(LineTypeParser::GetReactance(lineParaData,acline_segment[i].Model)*length)*SB/(UN*UN);
        acline_segment[i].r=(LineTypeParser::GetResistance(lineParaData,acline_segment[i].Model)*length)*SB/(UN*UN);

        if (acline_segment[i].r==0 && acline_segment[i].x==0)
        {
            acline_segment[i].r=0.8*length*SB/(UN*UN);
            acline_segment[i].x=0.7*length*SB/(UN*UN);
//            acline_segment[i].r=0.01;
//            acline_segment[i].x=0.01;
        }
            total_length=total_length+length;
    }
}