b)
	class MontyPi {
		public static def main(args:Array[String](1)) {
			val N = Int.parse(args(0));
			val P = Int.parse(args(1));

			var result:Double = 0;
			finish for (1..P) async {
				val r = new Random();
				val res:Double = 0;
				for (1 .. (N/P)) {
					val x = r.nextDouble();
					val y = r.nextDouble();
					if (x*x + y*y <= 1) res++;
				}
				atomic result += res;
			}
			val pi = 4*result/N;
			Console.OUT.println("The value of pi is " + pi);
		}
	}

c)
	class MontyPi {
		private static def f(loops:Int):Double {
					val r = new Random();
					val res:Double = 0;
					for (1 .. loops) {
						val x = r.nextDouble();
						val y = r.nextDouble();
						if (x*x + y*y <= 1) res++;
					}

			return res;
		}

		public static def main(args:Array[String](1)) {
			val N = Int.parse(args(0));
			val P = Int.parse(args(1));
			var curplace:Place = here;
			var result:Double = 0;
			finish for (1..P) {
				curplace = curplace.next();
				val pl = curplace;
				async {
					val res = at (pl) f(N/P);
					atomic result += res;
				}
			}
			val pi = 4*result/N;
			Console.OUT.println("The value of pi is " + pi);
		}
	}