#include "head.h"

//extern vector<Substation> substation;
//extern vector<Terminal> terminal;
//extern vector<BaseVoltage> base_voltage;
//extern vector<BasePower> base_power;
//extern vector<ConnectivityNode> connectivity_node;
//extern vector<ACLineSegment> acline_segment;
//extern vector<BusbarSection> busbar_section;
//extern vector<Disconnector> disconnector;
//extern vector<PowerTransformer> power_transformer;
//extern vector<TransformerWinding> transformer_winding;
//extern vector<List> list1;
//extern vector<GroundDisconnector> ground_disconnector;
//extern vector<CompositeSwitch> composite_switch;
//extern vector<Circuit> circuit;
//extern vector<Bay> bay;
//extern vector<Connector> connector;
//extern vector<Fuse> fuse;
//extern vector<Pole> pole;
//extern vector<LoadBreakSwitch> load_break_switch;
//extern vector<Breaker> breaker;
//extern vector<AC_kind> ac_kind;

//extern int i1;
//extern int i2;
//extern int i3;
//extern int i4;
//extern int i5;
//extern int i6;
//extern int i7;
//extern int i8;
//extern int i9;
//extern int i10;
//extern int i11;
//extern int i12;
//extern int i13;
//extern int i14;
//extern int i15;
//extern int i16;
//extern int i17;
//extern int i18;
//extern int i19;


//extern QStringRef R1;
#include "qt_readxml.h"
bool Qt_readxml::XmlReaderreadFile(QIODevice *file)
{
    setDevice(file);
    //std::cout<<"XmlReaderreadFile"<<std::endl;
    while(!atEnd())
    {

        if(isStartElement())
        {
//            if(name()=="RDF")
//            {
                XmlReaderread();
//            }
//            else
//            {
//                raiseError(QObject::tr("Not cim file"));
//            }
        }
        readNext();
    }
    file->close();
    return 0;
}

void Qt_readxml::XmlReaderFormList(int i,QString name1,QString id)
{
    //std::cout<<"XmlReaderFormList"<<std::endl;
    List L;
    L.ID=id;
    L.name=name1;
    L.no=i;
    list1.push_back(L);
}

void Qt_readxml::XmlReaderread()
{
    //std::cout<<"XmlReaderread"<<std::endl;
    while(!atEnd())
    {
        readNext();
        if(isStartElement())
        {
            if(name()=="Substation")
            {
                XmlReaderread_Substation();
            }
            else if(name()=="Terminal")
            {
                XmlReaderread_Terminal();
            }
            else if(name()=="BaseVoltage")
            {
                XmlReaderread_BaseVoltage();
            }
            else if(name()=="BasePower")
            {
                XmlReaderread_BasePower();
            }
            else if(name()=="ConnectivityNode")
            {
                XmlReaderread_ConnectivityNode();
            }
            else if(name()=="ACLineSegment")
            {
                XmlReaderread_ACLineSegment();
            }
            else if(name()=="BusbarSection")
            {
                XmlReaderread_BusbarSection();
            }
            else if(name()=="Disconnector")
            {
                XmlReaderread_Disconnector();
            }
            else if(name()=="PowerTransformer")
            {
                XmlReaderread_PowerTransformer();
            }
            else if(name()=="TransformerWinding")
            {
                XmlReaderread_TransformerWinding();
            }
            else if(name()=="GroundDisconnector")
            {
                XmlReaderread_GroundDisconnector();
            }
            else if(name()=="CompositeSwitch")
            {
                XmlReaderread_CompositeSwitch();
            }
            else if(name()=="Circuit")
            {
                XmlReaderread_Circuit();
            }
            else if(name()=="Bay")
            {
                XmlReaderread_Bay();
            }
            else if(name()=="Connector")
            {
                XmlReaderread_Connector();
            }
            else if(name()=="Fuse")
            {
                XmlReaderread_Fuse();
            }
            else if(name()=="Pole")
            {
                XmlReaderread_Pole();
            }
            else if(name()=="LoadBreakSwitch")
            {
                XmlReaderread_LoadBreakSwitch();
            }
            else if(name()=="Breaker")
            {
                XmlReaderread_Breaker();
            }
        }
    }
}

void Qt_readxml::XmlReaderread_Substation()
{
    //std::cout<<"XmlReaderread_Substation"<<std::endl;
    Substation S;
    QStringRef ID1 =attributes().value("ID");
    S.ID=ID1.toString();
    S.flag=0; S.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(S.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Substation")
                {
                    substation.push_back(S);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    S.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    S.name=readElementText();
                }
                else if(name()=="Substation.MemberOf_SubControlArea")
                {
                    R1=attributes().value("resource");
                    S.MemberOf_SubControlArea_res.push_back(R1.toString());
                }
                else if(name()=="GIS_type")
                {
                    S.GIS_type=readElementText();
                }
            }
        }
        QString name1="substation";
        XmlReaderFormList(i1,name1,S.ID);
        i1++;
    }
}

void Qt_readxml::XmlReaderread_Terminal()
{
    //std::cout<<"XmlReaderread_Terminal"<<std::endl;
    Terminal T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Terminal")
                {
                    terminal.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="Terminal.ConductingEquipment")
                {
                    R1=attributes().value("resource");
                    T1.ConductingEquipment_res.push_back(R1.toString());
                }
                else if(name()=="Terminal.ConnectivityNode")
                {
                    R1=attributes().value("resource");
                    T1.ConnectivityNode_res.push_back(R1.toString());
                }
            }
        }
        QString name1="terminal";
        XmlReaderFormList(i2,name1,T1.ID);
        i2++;
    }
}

void Qt_readxml::XmlReaderread_BaseVoltage()
{
    //std::cout<<"XmlReaderread_BaseVoltage"<<std::endl;
    BaseVoltage T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "BaseVoltage")
                {
                    base_voltage.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="nominalVoltage")
                {
                    T1.nominalVoltage=readElementText().toDouble();
                }
                else if(name()=="BaseVoltage.BasePower")
                {
                    R1=attributes().value("resource");
                    T1.BasePower_res.push_back(R1.toString());
                }
            }
        }
        QString name1="base_voltage";
        XmlReaderFormList(i3,name1,T1.ID);
        i3++;
    }
}

void Qt_readxml::XmlReaderread_BasePower()
{
    //std::cout<<"XmlReaderread_BasePower"<<std::endl;
    BasePower T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "BasePower")
                {
                    base_power.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="BasePower.basePower")
                {
                    T1.basePower=readElementText().toDouble();
                }
            }
        }
        QString name1="base_power";
        XmlReaderFormList(i4,name1,T1.ID);
        i4++;
    }
}

void Qt_readxml::XmlReaderread_ConnectivityNode()
{
    //std::cout<<"XmlReaderread_ConnectivityNode"<<std::endl;
    ConnectivityNode T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "ConnectivityNode")
                {
                    connectivity_node.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
            }
        }
        QString name1="connectivity_node";
        XmlReaderFormList(i5,name1,T1.ID);
        i5++;
    }
}

void Qt_readxml::XmlReaderread_ACLineSegment()
{
    //std::cout<<"XmlReaderread_ACLineSegment"<<std::endl;
    ACLineSegment T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    T1.link_from=0;
    T1.link_to=0;
    T1.secLength=0;
    T1.foreheadI=-1;
    T1.depth=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "ACLineSegment")
                {
                    acline_segment.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="LongLength")
                {
                    T1.LongLength=readElementText().toDouble();
                }
                else if(name()=="Model")
                {
                    T1.Model=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="GIS_ID")
                    {
                    T1.GIS_ID=readElementText();
                }
            }
        }
        QString name1="acline_segment";
        XmlReaderFormList(i6,name1,T1.ID);
        i6++;
    }
}

void Qt_readxml::XmlReaderread_BusbarSection()
{
    //std::cout<<"XmlReaderread_BusbarSection"<<std::endl;
    BusbarSection T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    T1.busSequence=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "BusbarSection")
                {
                    busbar_section.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="Normal_Voltage")
                {
                    T1.Normal_Voltage=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
            }
        }
        QString name1="busbar_section";
        XmlReaderFormList(i7,name1,T1.ID);
        i7++;
    }
}

void Qt_readxml::XmlReaderread_Disconnector()
{
    //std::cout<<"XmlReaderread_Disconnector"<<std::endl;
    Disconnector T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Disconnector")
                {
                    disconnector.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="Switch.normalOpen")
                {
                    T1.normalOpen=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="disconnector";
        XmlReaderFormList(i8,name1,T1.ID);
        i8++;
    }
}

void Qt_readxml::XmlReaderread_PowerTransformer()
{
    //std::cout<<"XmlReaderread_PowerTransformer"<<std::endl;
    PowerTransformer T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    T1.link_1=0;
    T1.link_2=0;
    T1.link_3=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "PowerTransformer")
                {
                    power_transformer.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="ratedMVA")
                {
                    T1.ratedMVA=readElementText().toDouble();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
                else if (name()=="Serial_Number")
                {
                    T1.Serial_Number=readElementText();
                }
                else if (name()=="Model")
                {
                    T1.Model=readElementText();
                }
                else if (name()=="Type")
                 {
                    if(readElementText()=="public")
                    {
                    T1.isPublic=true;
                    }
                    else
                    {
                        T1.isPublic=false;
                    }
                 }
            }
        }
        QString name1="power_transformer";
        XmlReaderFormList(i9,name1,T1.ID);
        i9++;
    }
}


void Qt_readxml::XmlReaderread_TransformerWinding()
{
    //std::cout<<"XmlReaderread_TransformerWinding"<<std::endl;
    TransformerWinding T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "TransformerWinding")
                {
                    transformer_winding.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="TransformerWinding.MemberOf_PowerTransformer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_PowerTransformer_res.push_back(R1.toString());
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
            }
        }
        QString name1="transformer_winding";
        XmlReaderFormList(i10,name1,T1.ID);
        i10++;
    }
}

void Qt_readxml::XmlReaderread_GroundDisconnector()
{
    //std::cout<<"XmlReaderread_GroundDisconnector"<<std::endl;
    GroundDisconnector T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "GroundDisconnector")
                {
                    ground_disconnector.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="Switch.normalOpen")
                {
                    T1.normalOpen=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="ground_disconnector";
        XmlReaderFormList(i11,name1,T1.ID);
        i11++;
    }
}

void Qt_readxml::XmlReaderread_CompositeSwitch()
{
    //std::cout<<"XmlReaderread_CompositeSwitch"<<std::endl;
    CompositeSwitch T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "CompositeSwitch")
                {
                    composite_switch.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="CompositeSwitchType")
                {
                    T1.CompositeSwitchType=readElementText();
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="composite_switch";
        XmlReaderFormList(i12,name1,T1.ID);
        i12++;
    }
}

void Qt_readxml::XmlReaderread_Circuit()
{
    //std::cout<<"XmlReaderread_Circuit"<<std::endl;
    Circuit T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Circuit")
                {
                    circuit.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="Substations")
                {
                    R1=attributes().value("resource");
                    T1.Substations_res.push_back(R1.toString());
                }
            }
        }
        QString name1="circuit";
        XmlReaderFormList(i13,name1,T1.ID);
        i13++;
    }
}

void Qt_readxml::XmlReaderread_Bay()
{
    //std::cout<<"XmlReaderread_Bay"<<std::endl;
    Bay T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Bay")
                {
                    bay.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="VoltageLevel.MemberOf_Substation")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_Substation_res.push_back(R1.toString());
                }
            }
        }
        QString name1="bay";
        XmlReaderFormList(i14,name1,T1.ID);
        i14++;
    }
}

void Qt_readxml::XmlReaderread_Connector()
{
    //std::cout<<"XmlReaderread_Connector"<<std::endl;
    Connector T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    T1.link_from=0;
    T1.link_to=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Connector")
                {
                    connector.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
            }
        }
        QString name1="connector";
        XmlReaderFormList(i15,name1,T1.ID);
        i15++;
    }
}

void Qt_readxml::XmlReaderread_Fuse()
{
   // std::cout<<"XmlReaderread_Fuse"<<std::endl;
    Fuse T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Fuse")
                {
                    fuse.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="normalOpen")
                {
                    T1.normalOpen=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="fuse";
        XmlReaderFormList(i16,name1,T1.ID);
        i16++;
    }
}

void Qt_readxml::XmlReaderread_Pole()
{
    //std::cout<<"XmlReaderread_Pole"<<std::endl;
    Pole T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Pole")
                {
                    pole.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="pole";
        XmlReaderFormList(i17,name1,T1.ID);
        i17++;
    }
}

void Qt_readxml::XmlReaderread_LoadBreakSwitch()
{
    //std::cout<<"XmlReaderread_LoadBreakSwitch"<<std::endl;
    LoadBreakSwitch T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "LoadBreakSwitch" )
                {
                    load_break_switch.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="normalOpen")
                {
                    T1.normalOpen=readElementText();
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
                else if(name()=="PowerSystemResource.Circuits")
                {
                    R1=attributes().value("resource");
                    T1.Circuits_res.push_back(R1.toString());
                }
            }
        }
        QString name1="load_break_switch";
        XmlReaderFormList(i18,name1,T1.ID);
        i18++;
    }
}

void Qt_readxml::XmlReaderread_Breaker()
{
    //std::cout<<"XmlReaderread_Breaker"<<std::endl;
    Breaker T1;
    QStringRef ID1 =attributes().value("ID");
    T1.ID=ID1.toString();
    T1.flag=0; T1.island=0;
    std::vector<List>::iterator it = find_if(list1.begin(), list1.end(), vector_finder(T1.ID));                //得到与ID号相对应的元素
    if(it==list1.end())
    {
        while(!atEnd())
        {
            readNext();
            if(isEndElement())
            {
                if(name() == "Breaker" )
                {
                    breaker.push_back(T1);
                    break;
                }
            }
            if(isStartElement())
            {
                if(name()=="Naming.description")
                {
                    T1.description=readElementText();
                }
                else if(name()=="Naming.name")
                {
                    T1.name=readElementText();
                }
                else if(name()=="MemberOf_EquipmentContainer")
                {
                    R1=attributes().value("resource");
                    T1.MemberOf_EquipmentContainer_res.push_back(R1.toString());
                }
                else if(name()=="ConductingEquipment.BaseVoltage")
                {
                    R1=attributes().value("resource");
                    T1.BaseVoltage_res.push_back(R1.toString());
                }
            }
        }
        QString name1="breaker";
        XmlReaderFormList(i19,name1,T1.ID);
        i19++;
    }
}