Task 1: Extend the “ Circle ” class to have the following features. Two additional data members (integers) to store the x and y coordinate of the center of the Circle. A parameterized constructor....

Task 1:

Extend the “Circle” class to have the following features.

1. Two additional data members (integers) to store the x and y coordinate of the center of the Circle.


2. A parameterized constructor.


3. 
   Set()andGet()methods for each of the data members.


4. A function to display the data members of the class.


5. A functionenlargeCirlce(int); which increases the radius of the circle by the factor passed as input to the For example, if “c” is an object of classCircle, the statementc.enlargeCircle(2);should double the radius of the circle.


6. A functionmoveHorizontal(int);which should move the center of the circle in the horizontal direction. For example, if “c” is a circle with center at (5,10),moveHorizontal(3);should move the center to position (8,10).


7. A fuctionmoveVertical(int);similar to themoveHorizontal(int);function.

In the main program, create two objects of classCircle. Find which of the two circles is smaller (by comparing their radii) and enlarge the smaller circle by a factor of 2.

Code:

#include
using namespace std;

//Class which holds properties and methods of a class
class Circle {
private:
    int radius;
public:

    //Parameterized constructor that creates an object
    Circle(int r=0)  {radius=r;}

    //Member function to find area
    int area(){
        return 22*radius*radius/7;
    }

    //Member function to find circumference
    int circumference(){
        return 2*22*radius/7;
    }

    //Member function to print results
    void print(int ar, int cf)
    {
        cout<"area of="" circle="" with="" radius=""><><" is=""><><" and="" circumference="" of="" circle="" is=""><><>
    }
};

int main()
{
    Circle c1(49),c2(61);     //Creating two objects of class circle

    int ar1=c1.area();
    int cf1=c1.circumference();
    c1.print(ar1,cf1);

    int ar2=c2.area();
    int cf2=c2.circumference();
    c2.print(ar2,cf2);

    return 0;
}