C++. Hlp please! my last point((( Disassemble the program.
The main idea of ​​the template is to separate data and function (algorithm) and customize each of them separately, if necessary.

#include
using namespace std;

template
class Complex {
private:
T r, m; // x = Re + Im*i
public:
Complex(T nr = 0, T nm = 0) : r(nr), m(nm) { }
Complex operator+= (const Complex & c);
};

template
Complex Complex ::operator+= (const Complex & c) {

r += c. r;
m += c. m;
return *this;
}

template
Complex operator+ (const Complex & c1, const Complex & c2) {
Complex x = c1;
return x += c2;
}

int main(){

Complex<> a(0, 0), b(2, 2), c(7, -5);

Complex<> r1 = a + b + c;

Complex<> r2 = a;
r2 += b;
r2 += c;

return 0;
}

Exercise 1.1.
Try to create complex numbers based on the described template with real and imaginary parts represented by floating point numbers (float, double) and symbols (char).
Make any necessary changes to the implementation of the addition operators. Concatenation must occur when symbols are used.

Exercise 1.2.
Overload the input and output operations via the >> and << streams for the template.

Please note that the syntax for creating templates is quite flexible:
template class class_template_name {...};
After declaring a template, you can declare a class using this template:
class_template_name

Exercise 1.3.
Convert the template so that the data types r and m are different. And adapt the methods and functions developed in the program for this case.

Exercise 1.4.
Modify the program so that one of the template settings is the implementation of the operation for comparing complex numbers.
Those. so that you can choose not only data types, but also the logic for comparing two complex numbers.
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