#include "transformer.h"

#include <iostream>
Transformer::Transformer(const QPair<QString,QString>& fromTo, PowerTransformer* tf, QObject *parent):Branch(fromTo.first,fromTo.second,parent)
{
    this->ratio=1;
    this->tf=tf;
    this->extract();
}


void Transformer::extract()
{
    PowerTransformer *tf=this->tf;
    this->capacityMVA=tf->getMVA();
//    double length=-1;
    //几个变压器型号的参数

    //S11-315/10  uk(short)=4% copper loss=3.3kW  Noload=1.1%  Noload Loss=0.48kW
    //S11-M-160/10  uk(short)=4% copper loss=1.9955kW Noload=1.4%  Noload Loss=0.28kW
    //S11-M-250/10  uk(short)=4% copper loss=3.05kW Noload=1.2%  Noload Loss=0.4kW
    //S11-M-30/10  uk(short)=4% copper loss=0.6kW Noload=2%  Noload Loss=0.1kW
    //S11-M-500/10  uk(short)=4% copper loss=4.67kW Noload=1%  Noload Loss=0.68kW
    //S11-M-630/10  uk(short)=4.5% copper loss=5.62kW Noload=0.9%  Noload Loss=0.81kW
    //S11-M-800/10  uk(short)=4.5% copper loss=6.08kW Noload=0.8%  Noload Loss=0.98kW
    int capkVA=int(this->capacityMVA*1000);
    //std::cout<<"cap"<<cap<<std::endl;
//    if(cap==0)
//    {
//        std::cout<<"0 cap "<<tf->getID().toStdString()<<std::endl;
//    }
    double short_kw=0;
    double short_vp=0;
    double noload_kw=0;
    double noload_vp=0;
    switch (capkVA) {
    case 315:
        short_kw=3.3;
        short_vp=4;
        noload_kw=0.48;
        noload_vp=1.1;
        break;
    case 160:
        short_kw=1.9955;
        short_vp=4;
        noload_kw=0.28;
        noload_vp=1.4;
        break;
    case 250:
        short_kw=3.05;
        short_vp=4;
        noload_kw=0.4;
        noload_vp=1.2;
        break;
    case 30:
        short_kw=0.6;
        short_vp=4;
        noload_kw=0.1;
        noload_vp=2;
        break;
    case 500:
        short_kw=4.67;
        short_vp=4;
        noload_kw=0.68;
        noload_vp=1;
        break;
    case 630:
        short_kw=5.62;
        short_vp=4.5;
        noload_kw=0.81;
        noload_vp=0.9;
        break;
    case 800:
        short_kw=6.08;
        short_vp=4.5;
        noload_kw=0.98;
        noload_vp=0.8;
        break;
    default:
        short_kw=6.08;
        short_vp=4.5;
        noload_kw=0.98;
        noload_vp=0.8;
        break;
    }

    //单位阻抗
    double r0=short_kw/1000/(capkVA*1.0/1000);
    double x0=short_vp/100;
    double g0=noload_kw/1000/(capkVA*1.0/1000);
    double b0=noload_vp/100;
    this->r=r0;
    this->x=x0;
    this->g1=g0;
    this->g2=g0;
    this->b1=b0;
    this->b2=b0;


}


PowerTransformer *Transformer::getTF()
{
    return this->tf;
}