A square shaped can be considered to be a specific type of a rectangle. This is a relationship we can $"$is$-$a$",$ where a square $"$is$-$a$"$ specific type of rectangle, particularly when all $4$ sides are equal. In OOP this relationship is called Inheritance.

The same idea we can follow for a circle, which $"$is$-$a$"$ specific type of an oval.

We can also generalize where we can say all circles, ovals, squares and rectangles are different types of shapes.

Hence, shape is a general class. But can you draw a shape without knowing what specific shape you want to draw? thus a shape is what we call in OOP an abstract class $-$ that is a class that cannot be instantiated.

However, in the spirit of programming in general, we want to create a shape factory where we can generate random shapes $($with valid dimensions, i$.$e$.$ no negative or zero sides or radius, and keep max dimension to $100,$ all integers$).$

Furthermore, adding one twist, if we have a canvas object, one can say that the canvas contains shapes or "has$-$a$"$ list of shapes associated with it$.$ This is a composition association in OOP, where a canvas contains, or "has$-$a$"$ shape$($s$).$

Shape is abstract class, and every shape has a unique id $($an incrementing positive integer$-$ Hint: use a static counter variable for this$).$

An Oval has a horizontal radius and a vertical radius. An Oval is a Shape.

A Circle is a specific type of Oval.

A Rectangle is a Shape with a value for length and width.

A Square is a Rectangle.

A Canvas has a list of $10$ random Shape$($s$).$ There should be no duplicate shapes $($ie$.$ same dimensions of the same shape$).$

A Main instantiates a Canvas and displays its contents $($in text as the example below:$)$

$>>$ Canvas has the following random shapes:

Shape $1$: RECTANGLE $4$x$10$

Shape $2$: SQUARE $50$x$50$

Shape $3$: CIRCLE $100$

Shape $4$: OVAL $100$x$40$

Shape $5$: OVAL $10$x$11$

Shape $6$: CIRCLE $10$

Shape $7$: SQUARE $1$x$1$

Shape $8$: RECTANGLE $1$x$2$

Shape $9$: RECTANGLE $2$x$2$

Shape $10$: CIRCLE $11$

For this assignment you are to implement the classes: CShape, CCanvas, COval, CCircle, CRectangle and CSquare. $[2$ pts each $=6$ pts$]$

Then a main method $($with driver class$)$ to instantiate a Canvas containing $10$ random non$-$duplicate shapes and printing them $($as per example above$).[4$ pts$]$

You must fully document every class, method, and attribute following the conventional JavaDoc. $[-2$ if not followed properly$/0$ marks on assignment if no proper documentation$].$