In this part, translate the Java code below into code that does the same thing in Python by completing the methods in Part 3 of the template. Test your code by uncommenting the last (ungraded) part of the given assignment template. /** Represents a coordinate point on the playing field grid. */ public class Point { public double x; 11 x coordinate in tile lengths public double y; // y coordinate in tile lengths private static final double EPSILON -0.003; // threshold for coords to be considered equal /** Constructs a Point. The arguments are in tile lengths. */ public Point(double x, double y) { this.x - X; this.y - Y; } /** Returns the distance between the two points in tile lengths (feet). */ public double distanceTo(Point other) { double dx - other. - X; double dy - other.y - y; return Math.sqrt(dx * dx + dy * dy); } /** Makes points from a string in a comma-separated format, eg "(1,1), (2.5,3)". */ public static List makePointsFromString(String s) { List result - new ArrayList(); if (s -- null || !s.contains(")")) { return result; } ss.replaceAll("\\s+", "").replaceAll("\", "").replaceAll("W", "W"); for (String fragment: s.split("\/>")) { String[] xy - fragment.split(","); result.add(new Point(Double.parseDouble(xy[@]), Double.parseDouble(xy[1]))); } return result; } @Override public boolean equals(Object o) { if (!(o instanceof Point)) { return false; } Point other. (Point) o; return Math.abs(x - other.x) float: "Return the distance between this point and the other point." @staticmethod def make_points_from_string(s: str) -> list[Point]: "Make points from a string in a comma-separated format, eg '(1,1), (2.5, 3)'." def eq_(self, o: object) -> bool: def repr (self) -> str: # Question 3 # Uncomment the following lines after completing the question to test your Point class # print ("24:") # points = Point.make_points_from_string ("(1,1.25), (2,5),(-3, 3)") # for p in points: # print (p) # print (f"The distance between {(pl := points[0])} and { (p2 := points[1])} is {pl.distance_to (p2):.2f}.")