def play_game(self):
P1 = Player(self.player_1_type, 1)
P2 = Player(self.player_2_type, 2)
B = Board()
player_list = [P1, P2]
turn_count = 0
error_count = 0
winner_id = ''
while turn_count < 42:
current_player = player_list[turn_count % 2]
move, piece = current_player.make_move_master(B.board_dict)
# print("You are here. This is move we got coming in: " + str(move))
if B.is_error(move) != 0:
if B.is_error(int(move)) == 1:
print('ERROR CODE 1 move not int!')
error_count += 1
# print('Error count: ' + str(error_count))
continue
if B.is_error(int(move)) == 2:
print('ERROR CODE 2 move not 1-7!')
error_count += 1
# print('Error count: ' + str(error_count))
if current_player.player_type == 'Human':
continue
else:
break
if B.is_error(int(move)) == 3:
# print('ERROR CODE 3 move off board')
error_count += 1
# print('Error count: ' + str(error_count))
continue
error_count = 0
B.board_move(move, piece)
if self.print_status == 2:
B.print_board()
if B.is_win() is True:
winner_id = (turn_count % 2) + 1
print("Game Won!!!")
break
turn_count += 1
if winner_id == '':
winner_id = 3
if self.print_status == 1 or self.print_status == 2:
print("FINAL BOARD: ")
B.print_board()
print(B.board_dict)
print('')
print(B.move_list)
return winner_id, B.board_dict
def make_move_smart_1(self, board_dict):
# Just checks if next move is winning, or blocks an opposing winning move
temp_B = Board()
temp_B.board_dict = board_dict.copy()
for i in range(1, 8):
temp_B.board_move(i, self.player_piece)
if temp_B.is_win() is True:
return i
else:
temp_B.board_dict = board_dict.copy()
for i in range(1, 8):
temp_B.board_move(i, self.opposing_piece)
if temp_B.is_win() is True:
return i
else:
temp_B.board_dict = board_dict.copy()
user_move = random.randint(1, 7)
return user_move
def make_move_smart_2(self, board_dict):
# Checks if can force a win
# print("Start of Move Analysis")
# Test comment
win_count = 0
bad_move_list = []
good_move_list = []
possible_move_list = []
temp_B = Board()
for i in range(1, 8):
if temp_B.is_error(i) == 3:
continue
else:
possible_move_list.append(i)
# temp_B.print_board()
for move in possible_move_list:
temp_B.board_dict = board_dict.copy()
# print("Original Board: ")
# temp_B.print_board()
# print("TEMP MOVE FIRST LAYER: " + str(i))
temp_B.board_move(i, self.player_piece)
# print("Level 1 Move Board: ")
if temp_B.is_win() is True:
# print("Level 1 Win Found")
return i
win_count = 0
for k in range(1, 8):
temp_B.board_move(k, self.opposing_piece)
if temp_B.is_win() is True:
# print("This move would lead to a guaranteed loss: " + str(i))
# temp_B.print_board()
bad_move_list.append(i)
temp_B.take_back()
break
for p in range(1, 8):
temp_B.board_move(p, self.player_piece)
# print("TEMP MOVE 3: " + str(p))
if temp_B.is_win() is True:
win_count += 1
# print("Level 3 Win found below. Level 3 Win Count: " + str(win_count))
# temp_B.print_board()
if win_count == 7:
print(
"ABSOLUTE WIN FOUND- Aren't you a clever boy: "
+ str(i))
# Bug where move returned is off-board, because player wins regardless
good_move_list.append(i)
temp_B.take_back()
break
temp_B.take_back()
temp_B.take_back()
temp_B.take_back()
# Checks first to make sure not missing an oponent has a winning move
temp_B.board_dict = board_dict.copy()
for i in range(1, 8):
temp_B.board_move(i, self.opposing_piece)
if temp_B.is_win() is True:
return i
else:
temp_B.board_dict = board_dict.copy()
# Solves bug of constantly returning a move that is off-board
temp_B.board_dict = board_dict.copy()
for user_move in good_move_list:
if temp_B.is_error(user_move) == 0:
return user_move
# Solves bug if no good move left
if len(bad_move_list) >= 6:
# print("THERE ARE NO GOOD MOVES BREAK")
user_move = random.randint(1, 7)
return user_move
# BUG HERE: When you get near end of game, there is only one column to move in. But it's
# in the bad move list, so it gets trapped in the While loop below
# If still no good move
user_move = random.randint(1, 7)
while user_move in bad_move_list:
print("You do get here")
user_move = random.randint(1, 7)
# print("Random Move playing: " + str(user_move))
return user_move
