-[2]Complete setX funciton
-[2]Complete getX function
-[2]write a default constructor that initializes all values to 0
-[2]Complete the all-argument constructor: Circle(Point2D c, double r)
-[2]write getter and setter methods for this class
-[2]Complete the intersect(Circle rhs) function that determines if this circle intersects with another circle rhs
-[2]Complete the contains(Circle rhs) function that determines if this circle contains another circle rhs
-[2]Complete contains(Point2D p) function that determines if this circle contains a point p
-[2]Complete perimeter() function that returns perimeter of the circle -[2]write a destructor that sets all values to 0
-[3]define two variables that specifies the rectangle in a 2d space the variables should represent: topright point, bottom-left point
-[2]write a default constructor that initializes all values to 0
-[3]write an all-argument constructor that accepts values of all member variables and set the members variables accordingly
-[2]write getter and setter methods for this class
-[2]Complete the area() function that returns area of the rectangle
-[3]Complete the intersect(Rectangle rhs) function that determines if this rectangle intersects with another rectangle rhs
-[3]Complete the contains(Rectangle rhs) function that determines if this rectangle contains another rectangle rhs
-[3]Complete inside(Circle c) function that determines if this rectangle is completely inside a circle c
-[2]Complete the perimeter() function that returns perimeter of the rectangle -[2]write a destructor that sets all values to 0
-Create suitable examples to demonstrate all functionalities as specified in the cpp file.
More practice: [For online]
-Extend your program to include facilities for other geometric objects such as square, triangle, ellipse, etc.
