The base class, Point, includes the two fields, x and y, with a constructor, accessors (getX().getY()), a mutator (move()) and toString(). Create two derived classes, Circle and Cylinder. Place both definitions in the same header file and the member functions for both classes in the same implementation file. Create a derived class from Point named Circle
Add only one data member, radius.
Add a working constructor that takes radius, x and y as arguments
Do not add a default constructor.
Add accessors getRadius().getArea() and getCircumference()
Add an overridden version of the toString() method.
Create a derived class from Circle named Cylinder
It also will add only one additional field (height).
Its constructor will take the arguments height, radius, x and y
Do not add a default constructor
Add accessors getHeight().getVolume().
Override getArea() to return the total surface area of the cylinder
Override toString() as described below.
The toString(Virtual Function The toString() member function takes a decimals argument that defaults to 2. Look at Point to see how it works. Call Point: .toString() in your Circle::toString() and Cylinder::toString() member functions. The output from Circle::toString() should look like this: Circle(radius=20.00, center=Point(150.00, 135.00))