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Implement the Point class (basic Point class was discussed in the lecture). The class has the following instance variables: 1. x coordinate 2. y coordinate and the following methods: 3. Constructor that sets the x and y coordinates 4. Appropriate get and set methods 5. Method equals that returns true only if this Point is equal to another Point object (if the x and y coordinates are the same). 6. Method is Farther Left if this point is farther to the left than another Point object (if the x coordinate of this Point is less than the x coordinate of the other Point) 7. Method find Distance that calculates the length of the line connecting this Point to another Point object (Use the Euclidean distance formula for the length between two points (x1, y1) and (x2, y2), which is the square root of ((x2 - x1) + (y2 - y1)^2) Test the class. In the demo program, construct four points p1, p2, p3 and p4 using user-defined values. Determine Which point is farthest to the left. (If two points are equivalently far, you may report either point). whether the line p1 rightarrow p2 is longer than line p3 rightarrow p4. A sample screen dialog is given below: Enter the x and y coordinates for point1: -9 7 Enter the x and y coordinates for point2: 5 -7 Enter the x and y coordinates for point3: 4 -3 Enter the x and y coordinates for point4: 0 -2 [-9, 7] is the farthest point to the left The length between [-9, 7] and [5, -7) is 19.79898987322333 The length between [4, -3] and [0, -2) is 4.123105625617661 Line from [-9, 7] to [5, -7] is 4.123105625617661 Line from [-9, 7] to [5, -7] is longer