Details:$$Define the following classes with the methods specified. Note that get$/$set functions$$are NOT required for this assignment. You can assign all values in the constructor.

The Shape$3$D Class

This is an abstract class that implements the Comparable interfaceContains an abstract method called Volume$()$ that returns a double

There are no input parameters to this method

Defines a compareTo method that compares itself to another Shape$3$D classes

HINT: Remember to implement Comparable with your class name

implements Comparable

HINT: When defining compareTo use Shape$3$D other as the input parameter$$Calls the abstract Volume$()$ method and compares the result

if this.Volume$()>$ other.Volume$()$ return $1$else if this.Volume$()<$ other.Volume$()$ return $-1$else return $0$

The Cuboid class

This extends the Shape$3$D classContains the following attributes

width $-$ integerdepth $-$ integerheight $-$ integer

Contains a constructor class where width, depth and height are set via input parametersOverrides the Volume$()$ method

return width $*$ depth $*$ height

The Cylinder Class

This extends the Shape$3$D classContains the following attributes

radius $-$ integerheight $-$ integer

Contains a constructor class where radius and height are set via input parametersOverrides the Volume$()$ method

return Math.PI $*$ radius $*$ radius $*$ height

Test Class

The test class contains your main method.In your main method create a Cuboid and a Cylinder

You can set the dimensions to whatever you want

Use the compareTo method to output which has the greater volume, the cuboid or the cylinder or if they are equal