#include <iostream.h>

class Integers
{

private:
 int num;

public:
 Integers(int n = 0);
 void UpdateValue();
 void Print() const;
 Integers operator+ (const Integers & W) const;
 int IsEven() const;
 friend Integers operator* (const Integers & X, const Integers & Y);

};

//Click here to see notation
void main()
{

 Integers A_Obj, B_Obj, sum_Obj, product_Obj;

 A_Obj.UpdateValue();
 B_Obj.UpdateValue();

 sum_Obj = A_Obj + B_Obj;  //Add two objects
 A_Obj.Print();
 B_Obj.Print();
 sum_Obj.Print();
 if (sum_Obj.IsEven())
  cout << "The value of sum object is even" <<endl;
 else
  cout << "The value of sum object is odd" <<endl;
 product_Obj = A_Obj * B_Obj; //Multiply two objects
 product_Obj.Print();

}
 

Integers::Integers(int n)
{
 num = n;
}

void Integers::UpdateValue()
{
 int v;
 cout << "The value of num is currently " << num << endl;
 cout << "What value do you want to increase?" << endl;
 cin >> v;
 num = num + v;
}

void Integers::Print() const
{
 cout << "The value of num is " << num << endl;
}

Integers Integers::operator+ (const Integers & W) const
{
 return Integers(num + W.num);
}
int Integers::IsEven() const
{
      return (num % 2) == 0;
}

Integers operator* (const Integers & X, const Integers & Y)
{
 return Integers(X.num * Y.num);
}