class Point    {        double x, y;        public Point(double x, double y)        {            this.x = x;            this.y = y;        }        public double X        {            get { return this.x; }        }        public double Y        {            get { return this.y; }        }    }    class Program    {        static void Main(string[] args)        {            // Create an array of five Point structures.            Point[] points = { new Point(100, 200),             new Point(150, 250), new Point(250, 375),             new Point(275, 395), new Point(295, 450) };            // To find the first Point structure for which X times Y             // is greater than 100000, pass the array and a delegate            // that represents the ProductGT10 method to the static             // Find method of the Array class.             //public static T Find
     
      (T[] array, Predicate
      
        match);            Point first = Array.Find(points, CheckMax);           // Predicate
       
         productMax = CheckMax;            // Note that you do not need to create the delegate             // explicitly, or to specify the type parameter of the             // generic method, because the C# compiler has enough            // context to determine that information for you.            // Display the first structure found.            Console.WriteLine("Found: X = {0}, Y = {1}", first.X, first.Y);            Console.ReadLine();        }        // This method implements the test condition for the Find        // method.        private static bool ProductGT10(Point p)        {            if (p.X * p.Y > 100000)            {                return true;            }            else            {                return false;            }        }        private static bool CheckMax(Point p)        {            return p.X > 200 && p.Y > 200;        }    }