Create an abstract class named Shape with the following properties and methods:

Properties: name

$($

String

$)$

$$and color

$($

String

$)$

$.$

Abstract methods: calculateArea

$($

$)$

$$and calculatePerimeter

$($

$)$

$.$

Create two subclasses of Shape named Circle and Rectangle. Implement the abstract methods in each subclass to calculate the area and perimeter of the respective shapes.

Circle should have a constructor that accepts the radius as a parameter.

Rectangle should have a constructor that accepts the length and width as parameters.

Create an interface named Resizable with a method resize

$($

int percent

$)$

$$that should be implemented by the Circle and Rectangle classes. The resize method should increase or decrease the dimensions of the shape by the given percentage.

Create a main class ShapeTest to test your implementation. Create instances of Circle and Rectangle, set their properties, calculate their areas and perimeters, and resize them using the Resizable interface.

Bonus

$($

Optional

$)$

: Implement additional shapes

$($

e

$.$

g

$.$

$,$

$$Triangle$,$ Square

$)$

$$as subclasses of Shape and provide appropriate implementations for calculating area, perimeter, and resizing.

The following test code should then output the Circle and Rectangle objects:

public class ShapeTest

$\{$

$$ public static void main

$($

String

$[$

$]$

$$args

$)$

$\{$

$$ Circle circle

$=$

$$new Circle

$($

$"$

Circle

$"$

$,$

$"$Red$",$

$5$

$)$

;

$$ Rectangle rectangle

$=$

$$new Rectangle

$($

$"$

Rectangle

$"$

$,$

$"$Blue$",$

$4$

$,$

$6$

$)$

;

$$ System.out.println

$($

$"$

Circle:

$"$

$)$

;

$$ System.out.println

$($

$"$

Name:

$"$

$+$

$$circle$.$getName

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Color:

$"$

$+$

$$circle$.$getColor

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Radius:

$"$

$+$

$$circle$.$getRadius

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Area:

$"$

$+$

$$circle$.$calculateArea

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Perimeter:

$"$

$+$

$$circle$.$calculatePerimeter

$($

$)$

$)$

;

$$ circle.resize

$($

$5$

$0$

$)$

;

$$ System.out.println

$($

$"$

Resized Circle

$-$

$$Radius:

$"$

$+$

$$circle$.$getRadius

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Rectangle:"

$)$

;

$$ System.out.println

$($

$"$

Name:

$"$

$+$

$$rectangle$.$getName

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Color:

$"$

$+$

$$rectangle$.$getColor

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Length:

$"$

$+$

$$rectangle$.$getLength

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Width:

$"$

$+$

$$rectangle$.$getWidth

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Area:

$"$

$+$

$$rectangle$.$calculateArea

$($

$)$

$)$

;

$$ System.out.println

$($

$"$

Perimeter:

$"$

$+$

$$rectangle$.$calculatePerimeter

$($

$)$

$)$

;

$$ rectangle.resize

$($

$5$

$0$

$)$

;

$$ System.out.println

$($

$"$

Resized Rectangle

$-$

$$Length:

$"$

$+$

$$rectangle$.$getLength

$($

$)$

$+$

$"$

$,$

$$Width:

$"$

$+$

$$rectangle$.$getWidth

$($

$)$

$)$

;

$$

$\}$

$\}$

Sample output:

Circle:

Name: Circle

Color: Red

Radius:

$5$

$.$

$0$

Area:

$7$

$8$

$.$

$5$

$3$

$9$

$8$

$1$

$6$

$3$

$3$

$9$

$7$

$4$

$4$

$8$

$3$

Perimeter:

$3$

$1$

$.$

$4$

$1$

$5$

$9$

$2$

$6$

$5$

$3$

$5$

$8$

$9$

$7$

$9$

$3$

Resized Circle

$-$

$$Radius:

$7$

$.$

$5$

Rectangle:

Name: Rectangle

Color: Blue

Length:

$4$

$.$

$0$

Width:

$6$

$.$

$0$

Area:

$2$

$4$

$.$

$0$

Perimeter:

$2$

$0$

$.$

$0$

Resized Rectangle

$-$

$$Length:

$6$

$.$

$0$

$,$

$$Width:

$9$

$.$

$0$