Program about Complex numbers.

[rootsline1]

...

[maikel]

I would design it like this

template <typename T>
class Complex {
public:
    Complex(T const &real) : real(real), imaginary(0) { }
    Complex(T const &real, T const &imaginary) :
    real(real), imaginary(imaginary) { }
    
    friend T const & Re<> (Complex<T> const &z);
    friend T const & Im<> (Complex<T> const &z);
    
    Complex<T> operator+ (Complex<T> const &z)
    {
        return Complex<T>(real + z.real, imaginary + z.imaginary);
    }    
    Complex<T> operator* (Complex<T> const &z)
    {
        return Complex<T>(real * z.real - imaginary * z.imaginary,
                          real * z.imaginary + imaginary * z.real);
    }
    
private:
    T real;
    T imaginary;
};

[Duthomhas]

I would stay away from templates just yet. Keep it as simple as possible. Your class needs to have only two double variables: the real and the imaginary parts.

Good luck!

[rootsline1]

...

[rootsline1]

So Far I have this much in the program. Am I in the right track? And I do have a lot of errors. So can you check please?

[Duthomhas]

It is really hard to evaluate code that is not in [code] tags and properly indented.

[rootsline1]

...

[rootsline1]

How can I indent my code because whenever I copy paste it. It happens the same shit.

[guestgulkan]

rootsline1 wrote:

How can I indent my code because whenever I copy paste it. It happens the same shit.

put it between a pair of [code] [/code] tags.

[serge]

rootsline1, yes, basically, you are on a right track. However, your present code contains a dozen of syntax errors like c6(5,6,). Try to get rid of them first.

It is much better to use a template to avoid hardcored data type. You are using float one. Right? However, it is not the only choice. A complex number might compose integer or double precision real.

[cnoeval]

If you're still needing help on this topic I suggest you stop erasing the history of your posts. No one else can jump in to help you now since we can't see the original question.