#include "complex_h.h"
#include <iostream>
using std::cout;
using std::cin;
using std::endl;

void complex::setr1(double value)
{
    cout << "Please Enter Your First Real Number: ";
    cin >> value;
    r1 = value;
}

void complex::seti1(double value)
{
    cout << "Please Enter Your First Imaginary Number: ";
    cin >> value;
    i1 = value;
}

void complex::setr2(double value)
{
    cout << "Please Enter Your Second Real Number: ";
    cin >> value;
    r2 = value;
}

void complex::seti2(double value)
{
    cout << "Please Enter Your Second Imaginary Number: ";
    cin >> value;
    i2 = value;
}

double complex::getr1(void)
{
    return r1;
}

double complex::geti1(void)
{
    return i1;
}

double complex::getr2(void)
{
    return r2;
}

double complex::geti2(void)
{
    return i2;
}

complex::complex(double r1, double i1, double r2, double i2)
{
    setr1(r1);
    seti1(i1);
    setr2(r2);
    seti2(i2);
}

//double complex::mycomplex(double r1, double i1, double r1, double i1)
//{
   // double addrealproduct=(r1 + r2);
   // double addimagproduct=(i1 + i2);
   // return sqrt(addrealproduct);
   // return sqrt(addimagproduct);

//}

void complex::print(void)
{
    cout<<"("<<r1<<"+"<<i1<<"i"<<")"<<" + "<<"("<<r2<<"+"<<i2<<"i"<<")"<<endl;
    cout<<"Adding the Real and Imaginary numbers has a product of: "<<endl;
}

#include "complex_h.h"
#include <iostream>
using std::cout;

void main(void)
{
    //addreal = add.myadd(r1, r2);
    //addimag = add.myadd(i1, i2);

    complex a1(1.,2.,1.,2.);
    a1.print();

    //cout<<"("<<addrealproduct<<" + "<<addimagproduct<<")"<<endl;
}

#ifndef complex_h
#define complex_h
class complex
{

public:
void setr1(double);
void seti1(double);
void setr2(double);
void seti2(double);

double getr1(void);
double geti1(void);
double getr2(void);
double geti2(void);

complex(double=1,double=1,double=1,double=1);

void print(void);

private:
    double r1;
    double i1;
    double r2;
    double i2;
};
#endif

//class add
//{
//public:
//double myadd(double, double);
//};

// complex class definition

#ifndef complex_h
#define complex_h

class Complex
{
public:
    complex( double = 0.0, double = 0.0 ); //constructor
    complex operator+( const complex & ) const; //addition
    complex operator-( const complex & ) const; //subtraction
    void print() const;
private:
    double real; // real part
    double imaginary; //imaginary part
}; // end class complex
#endif

// complex class member function definitions

#include <iostream>
using std::cout;

#include "ComplexNum.h"

// constructor
complex::complex( double realpart, double imaginarypart )
: real( realpart ),
imaginary( imaginarypart )
{
  //empty body
} // end complex constructor

// addition operator
complex complex::operator+( const complex &operand2 ) const
{
    return complex( real + operand2.real,
        imaginary + operand2.imaginary );
} // end function operator+

// subtraction operator
complex complex::operator-( const complex &operand2 ) const
{
    return complex( real - operand2.real,
        imaginary - operand2.imaginary );
} // end function operator-

// diplays in for ( a , b )
void complex::print() const
{
    cout << '( ' << real << " , " << imaginary << ' )';
} // end print function

// complex class test program

#include <iostream>
using std::cout;
using std::endl;

#include "ComplexNum.h"

int main()
{
    complex a;
    complex b( 4.3, 8.2 );
    complex c( 3.3, 1.1 );

    cout << "a: ";
    a.print();
    cout << "nb: ";
    b.print();
    cout << ""\nc: ";
    c.print()

    a = b + c;
    cout << "\na = b + c: " << endl;
    a.print();
    cout << " = ";
    b.print();
    cout << " + ";
    c.print();

    a = b - c;
    cout << "\na = b - c: " << endl;
    a.print();
    cout << " = ";
    b.print();
    cout << " + ";
    c.print();
    cout << endl;
    return 0;
} // end main