gather some initial statistics

analysis.py

@@ -3,10 +3,37 @@
 import random
 import bingo
 
+TRIALS = 10000
+
+def make_call_list():
+    call_list = list(range(75))
+    random.shuffle(call_list)
+    return call_list
+
 if __name__ == "__main__":
-    b = bingo.Board()
-    b.call(1)
-    b.call(2)
-    b.call(40)
-    b.call(50)
-    b.print()
+    n_until_bingo = []
+    n_until_block_of_9 = []
+    n_until_coverall = []
+    for trial in range(TRIALS):
+        board = bingo.Board()
+        counted_bingo = False
+        counted_block_of_9 = False
+        counted_coverall = False
+        for i, n in enumerate(make_call_list()):
+            board.call(n)
+            if not counted_bingo and board.has_bingo():
+                n_until_bingo.append(i + 1)
+                counted_bingo = True
+            if not counted_block_of_9 and board.has_block_of_9():
+                n_until_block_of_9.append(i + 1)
+                counted_block_of_9 = True
+            if not counted_coverall and board.has_coverall():
+                n_until_coverall.append(i + 1)
+                counted_coverall = True
+                break
+    average_n_until_bingo = sum(n_until_bingo) / len(n_until_bingo)
+    print("Average number of calls until bingo: %f" % average_n_until_bingo)
+    average_n_until_block_of_9 = sum(n_until_block_of_9) / len(n_until_block_of_9)
+    print("Average number of calls until block of 9: %f" % average_n_until_block_of_9)
+    average_n_until_coverall = sum(n_until_coverall) / len(n_until_coverall)
+    print("Average number of calls until coverall: %f" % average_n_until_coverall)