In this exercise, you will work with $3$ classes: Shape, Triangle and Rectangle.

The first class is the class Shape. The Shape class has two float type properties: center$\_$x and center$\_$y$.$ The Shape class also has the following methods:

a constructor Shape$(),$ that will set center$\_$x and center$\_$y to zero.

set$/$get functions for the two attributes

$1)$ You need to implement two additional functions for Shape:

setCenter$($float x$,$ float y$),$ that will set the new center and print:

Figure moved to $[,]$

draw$(),$ that will print:

Drawing Figure at $[,]$

$2)$ You will have to implement another class, called Triangle, which inherits from the Shape class. The Triangle class has one int attribute: side. The Triangle class has the following methods:

a constructor that will receive one int parameters $($side$)$

set$/$get for its attribute

setCenter$($float x$,$ float y$),$ that will set the new center and print:

Triangle moved to $[,]$

draw$(),$ that will print the following message and draw the triangle depending on the size of the side:

Drawing Triangle at $[,]$

$*$

$**$

$***$

$//$example of side $=3$

$3)$ You will have to implement another class, called Rectangle, which inherits from the Shape class. The Rectangle class has two int attributes: base and height. The Rectangle class has the following methods:

a constructor that will receive two int parameters $($base$,$ height$)$

set$/$get for its attributes

setCenter$($float x$,$ float y$),$ that will set the new center and print:

Rectangle moved to $[,]$

draw$(),$ that will print the following message and draw the triangle depending on the size of the base and height:

Drawing Rectangle at $[,]$

$****$

$****$

$****$

$//$example of base $=4$ and height $=3$

Use polymorphism to make sure each object is drawn correctly!