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#include <iostream>
#include <stdio.h>
#include <stdlib.h>
#include <math.h>
#include <iostream>
#include <math.h>
#define Pi 3.1415
#include <iomanip>
using namespace std;
class Kompleks
{
public:
Kompleks (double r=0, double i=0) : _Re(r),_Im(i)
{}
double Re() const
{ return _Re; }
double Im() const
{ return _Im; }
double Ro() const
{return this->Moduo();}
double Fi() const
{
if (Re()) return atan(Im()/Re());
else return Im()<0 ? -Pi/2 : Pi/2;
}
double Moduo () const
{
return sqrt(Re()*Re()+Im()*Im());
}
Kompleks operator +(const Kompleks& c) const
{
return Kompleks(Re() + c.Re(), Im() + c.Im());
}
Kompleks operator -(const Kompleks& c) const
{
return Kompleks( Re() - c.Re(), Im() - c.Im() );
}
Kompleks operator *(const Kompleks& c) const
{
return Kompleks( Re() * c.Re() - Im() * c.Im(), Re() * c.Im() + Im() * c.Re());
}
Kompleks operator * (const double d) const
{
return Kompleks (Re()*d,Im()*d);
}
Kompleks operator /(const Kompleks& c) const
{
return Kompleks( (Re() * c.Re() + Im() * c.Im())/(c.Re() * c.Re() + c.Im() * c.Im())
,(Im() * c.Re() - Re() * c.Im())/(c.Re() * c.Re() + c.Im() * c.Im()));
}
Kompleks operator ~() const
{
return Kompleks(Re() , -Im());
}
istream& Citaj (istream &ul)
{
char c, i;
ul >> _Re >> c >> _Im >> i;
if (c=='-')
_Im=-_Im;
return ul;
}
ostream& Pisi (ostream &izl) const
{
char c = Im()<0 ? '-' : '+';
return izl <<Re() << c << abs(Im()) << 'i';
}
private:
double _Re;
double _Im;
};
istream& operator >> (istream& str, Kompleks& c)
{ return c.Citaj(str);}
ostream& operator << (ostream& str, const Kompleks& c)
{ return c.Pisi(str); }
main ()
{
Kompleks Re(4.3,0);
Kompleks Xe(0,8.07);
Kompleks Snp(31500000,0);
Kompleks Sns(31500000,0);
Kompleks Snt(10500000,0);
Kompleks Vnp(110000,0);
Kompleks Vns(20000,0);
Kompleks Vnt(10000,0);
double Ukps=12.7;
double Ukpt=9.2l;
double Ukst=2.4;
Kompleks Pcups(131000,0);
Kompleks Pcupt(0,0);
Kompleks Pcust(0,0);
Kompleks Pfe(40000,0);
double Jfe=0.0004;
Kompleks Sn(1000000,0);
Kompleks V1n(20000,0);
Kompleks V2n(400,0);
double Uk=5;
Kompleks Pcu(8550,0);
Kompleks Pfet(2200,0);
Kompleks Ife(0.008,0);
double L4001=1;
double L4002=2;
double L4003=4;
double L4004=1;
double L4005=2.5;
double L4006=2;
double L4007=1;
double L4008=2;
double L4009=2;
double L4010=2;
klasa complex c++
Kompleks r(0.209,0);
Kompleks x(0,0.117);
Kompleks g(0,0);
Kompleks b(0,0.000116);
Kompleks Rks=r*1.4;
Kompleks r0(0.75,0);
Kompleks x0(0,0.112);
Kompleks Rksmin0=r0*1.4;
Kompleks g0(0,0);
Kompleks b0(0,0.0000696);
Kompleks Zps=((Vnp*Vnp)/Snp)*(Ukps/100);
Kompleks Zpt=((Vnp*Vnp)/Snt)*(Ukpt/100);
Kompleks Zst=((Vnp*Vnp)/Snt)*(Ukst/100);
Kompleks Zp=(Zps+Zpt-Zst)/2;
Kompleks Zs=(Zps-Zpt+Zst)/2;
Kompleks Zt=(Zpt-Zps+Zst)/2;
Kompleks Z1=(r+x)*L4001;
cout << "resenje=" << Z1 << endl;
return 0;
}
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