Write a class that represents two dimensional points.

public class Point { //fields, constructors, methods... }

The class should have the following fields:

x (double)

y (double)

The class should have the following basic features:

A default constructor that creates a point at the origin.

A parameterized constructor to assign the fields of the class

Getters & setters for each field

A toString() method that prints out a String representation of a Point object. The format of the string should look like this: Point - x: 20, y: 100

The class should also have the following methods:

public boolean isLocatedAtOrigin() - returns true if the point is on the origin, otherwise the method returns false

public double distance(double xOther, double yOther) - returns the distance between this point and the (x, y) coordinate given as method parameters

Test case - Make sure you can create Point objects:

Point atOrigin = new Point(); System.out.println(atOrigin.toString()); //Point - x: 0, y: 0 Point point = new Point(1, 5); System.out.println(point.toString()); //Point - x: 1, y: 5

Test case - Your isLocatedAtOrigin() and distance() methods should both work correctly:

System.out.println(atOrigin.isLocatedAtOrigin()); //true System.out.println(point.isLocatedAtOrigin()); //false System.out.println(point.distance(-2, 1)); //5 System.out.println(atOrigin.distance(0, 0)); //0