template typename Tclass Compare public CompareT a T b num1a num2b T getMax return num1 num2 num1 num2; T getMin return num1 num2 num1 num2; private T num1;

template class Compare { public: // Constructor that initializes num1 and num2 with the given values Compare(T a, T b) : num1(a), num2(b) {}

// Returns the maximum value between num1 and num2
T getMax() {
    return (num1 > num2) ? num1 : num2;
}

// Returns the minimum value between num1 and num2
T getMin() {
    return (num1 < num2) ? num1 : num2;
}

private: T num1; // First number T num2; // Second number };

The code above defines a template class called "Compare". A template class allows you to define a generic class that can work with different data types. In this case, the class is designed to compare two values of the same data type and find the maximum and minimum values.

The class has two private member variables, "num1" and "num2", of type T (the template parameter). These variables store the two values that will be compared.

The constructor takes two parameters of type T and initializes the member variables with the given values.

The class has two member functions, "getMax()" and "getMin()". Both functions return a value of type T.

The "getMax()" function uses a ternary operator to check if num1 is greater than num2. If it is, num1 is returned; otherwise, num2 is returned. This function finds and returns the maximum of the two values.

The "getMin()" function uses a ternary operator to check if num1 is less than num2. If it is, num1 is returned; otherwise, num2 is returned. This function finds and returns the minimum of the two values