In this assignment you will implement a class with attributes $($aka data fields$)$ and methods. Follow these guidelines $($in Java$)$:

$1.$ Name the class MyCircle

$2.$ Declare $3$ private double properties named x$,$ y$,$ and radius. The x and y attributes represent the center of the circle, and the radius defines the radius of the same circle object.

$3.$ Implement $3$ constructors:

i$.$ The default constructor creates a circle object center at $(0,0)$ and has radius $1.$

ii$.$ Overloaded constructor that accepts $1$ double argument used to define a circle's radius, and default center at $(0,0).$

iii. Overloaded constructor that accepts $2$ double arguments to define the center point coordinates, and sets the radius to the default $1$ value.

iv$.$ Overloaded constructor that accepts $3$ double arguments that initializes the center point coordinates and the radius of the circle object with the given values, the arguments should be in this order: x$,$ y$,$ radius respectively.

$4.$ Implement getter methods for each of the private data fields.

$5.$ Implement setter methods for each of the private data fields.

$6.$ Implement the contains$($doubnle x$,$ double y$)$ method. It returns true if the given $($x$,$y$)$ arguments are inside the circle object, false otherwise.

$7.$ Make sure that the radius property of the circle can never be less than or equal to $0($zero$).$

i$.$ In the constructor$($s$),$ make sure that if the given radius value is less than or equal to $0,$ that it sets radius to the default value instead $(1).$

ii$.$ In the radius setter, make sure the value does NOT change if the given value is $0$ or negative.

Boilerplate code:

public class MyCircle $\{$

$/*$ Attributes$/$Data fields$/$Properties $*/$

$//$ YOUR CODE HERE

$/*$ Constructor$($s$)*/$

Circle $()\{$

$//$ YOUR CODE HERE

$\}$

Circle $(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

Circle $(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

Circle $(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

$/*$ Method$($s$)*/$

$//$ Getters and Setters

public $/*$ add appropriate return type $*/$ setRadius$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

public $/*$ add appropriate return type $*/$ getRadius$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

public $/*$ add appropriate return type $*/$ setX$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

public $/*$ add appropriate return type $*/$ getX$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

public $/*$ add appropriate return type $*/$ setY$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

public $/*$ add appropriate return type $*/$ getY$(/*$ add expected arguments here if needed $*/)\{$

$//$ YOUR CODE HERE

$\}$

$//$ Other helpful methods

public $/*$ add appropriate return type $*/$ contains$($double x$,$ double y$)\{$

$//$ YOUR CODE HERE

$\}$

$\}$