Can you convert my code that currently only works with integers to now work with any type of number such as a float or a double? When converting to a template you may need to move all of your implementation into the .h file.

thank you

#include

using namespace std;

// class definition

template

class fractionType

{

// template class with generic data types

T num, den;

public:

// default constructor

fractionType() {}

// parameterized constructor

fractionType(T a, T b)

{

num = a;

den = b;

}

// overload the stream insertion operators

friend ostream &operator<<(ostream &out, fractionType f)

{

out << f.num << "/" << f.den;

return out;

}

friend istream &operator>>(istream &in, fractionType &f)

{

cout << "Enter numerator: ";

in >> f.num;

cout << "Enter denominator: ";

in >> f.den;

return in;

}

// overlaod the arithmetic operators

friend fractionType operator+(fractionType a, fractionType b)

{

fractionType sum((a.num * b.den + a.den * b.num), (a.den * b.den));

return sum;

}

friend fractionType operator-(fractionType a, fractionType b)

{

fractionType diff((a.num * b.den - a.den * b.num), (a.den * b.den));

return diff;

}

friend fractionType operator*(fractionType a, fractionType b)

{

fractionType res((a.num * b.num), (a.den * b.den));

return res;

}

friend fractionType operator/(fractionType a, fractionType b)

{

fractionType res((a.num / b.den), (a.den * b.num));

return res;

}

// overload the relational operators

friend bool operator<(fractionType a, fractionType b)

{

return a.num * b.den < a.den * b.num;

}

friend bool operator>(fractionType a, fractionType b)

{

return a.num * b.den > a.den * b.num;

}

friend bool operator<=(fractionType a, fractionType b)

{

return a.num * b.den <= a.den * b.num;

}

friend bool operator>=(fractionType a, fractionType b)

{

return a.num * b.den >= a.den * b.num;

}

friend bool operator==(fractionType a, fractionType b)

{

return a.num * b.den == a.den * b.num;

}

};

// small main function to test some operators and functions

int main()

{

fractionType x;

fractionType y;

cin >> x;

cin >> y;

fractionType z = x + y;

cout << z;

return 0;

}