#include <fstream>
#include <iostream>

using namespace std;

class complex {
    float im;
    float re;
public:
    complex() // по умолчанию
    {
        cout << "CREATED DEFAULT" << endl;
        im = -1;
        re = -1;
    }
    complex(const complex& o)
    {
        re = o.re;
        im = o.im;
        cout << "CREATED COPY" << endl;
    }
    complex(float re, float im)
        : im(im), re(re)
    {
        cout << "CREATED HIPSTER" << endl;
        this->im = im;
        this->re = re;
    }
    ~complex()
    {
        cout << "DELETED" << endl;
    }
    float getIm()
    {
        return im;
    }
    float getRe()
    {
        return re;
    }
    void setIm(float im)
    {
        this->im = im;
    }
    void setRe(float re)
    {
        this->re = re;
    }
    complex operator+(float other)
    {
        complex c;
        c.re = other + re;
        c.im = im;
        return c;
    }
    complex operator-(float other)
    {
        complex c;
        c.re = re - other;
        c.im = im;
        return c;
    }
    complex operator*(float other);
    complex operator/(float other);
    complex operator+(complex& other)
    {
        complex c;
        c.re = re + other.re;
        c.im = im + other.im;
        return c;
    }
    complex operator-(complex& other)
    {
        complex c;
        c.re = re - other.re;
        c.im = im - other.im;
        return c;
    }
    complex operator*(complex& other)
    {
        complex c;
        c.re = re*other.re - im*other.im;
        c.im = re*other.im + im*other.re;
        return c;
    }
    complex operator/(complex& other)
    {
        complex c;
        c.re = (re*other.re + im*other.im) / (other.re*other.re + other.im*other.im);
        c.im = (other.re*im - re*other.im) / (other.re*other.re + other.im*other.im);
        return c;
    }
    void print();

    friend complex operator+(float other, complex& first);
    friend complex operator-(float other, complex& first);
};


complex operator-(float other, complex& first)
{
    complex c;
    c.re = first.re - other;
    c.im = first.im;
    return c;
}
complex operator*(float other, complex& first)
{
    complex c;
    c.setRe(first.getRe()*other);
    return c;
}
complex operator/(float other, complex& first)
{
    complex c;
    c.setRe(first.getRe()/other);
    return c;
}


complex operator+(float other, complex& first)
{
    complex c;
    c.re = other + first.re;
    c.im = first.im;
    return c;
}


int main()
{
    complex p1(1, 2);
    complex p2(2, 3);
    complex c = p2/p1; //p1.operator+(p2);

    cout << c.getIm() << "*i + " << c.getRe() << endl;

    return 1;
}