def single_player():
player1, _, turn = utility.player_assignment(1)
comp = 'Computer'
name = player1
unoccupied = [1, 2, 3, 4, 5, 6, 7, 8, 9]
board = utility.reset_board()
utility.print_board(board)
count = 0
for i in range(10):
# Taking input from the user b/w 0 to 9
exist = 1
while exist:
print(f"{name}'s chance!!!. Choose an unoccupied space :")
if name == player1:
try:
user_input = int(input())
except ValueError:
print("Invalid Input")
print("!!!Enter Again!!!")
exist = 1
continue
else:
user_input = utility.comp_chance(unoccupied, board, count)
if 0 < user_input < 10:
# IF true then checking if the space is already occupied
if board[user_input] == " ":
board[user_input] = turn
count += 1
exist = 0
else:
print("Space already occupied")
exist = 1
else:
print("Invalid Input")
print("!!!Enter Again!!!")
exist = 1
unoccupied.remove(user_input)
utility.print_board(board)
if count == 9:
print("Match Tie")
break
ans = utility.checking_count(count, board)
if ans == 'X' or ans == '0':
name = utility.playerName_move[ans]
print(f"{name} WINS")
break
# To interchange players
turn, name = utility.interchange_players_turns(player1, comp, name,
turn)
def game(p1: str, p2: str, move, board):
"""
p1 - string - Can be a bot or a user.
p2 - string - Always a bot.
move - dict[string] - contains info on how a player will move
Implements the tic-tac-toe game.
"""
board = [str(x) for x in range(9)]
player = itertools.cycle((p1, p2))
piece = itertools.cycle(("X", "O"))
# Default message if outcome is a draw.
winner = "No one"
print(f"It is {p1}'s turn", end="\n\n")
print_board(board)
counter = 0
while (counter := counter + 1) <= 9:
cur_play, cur_piece = next(player), next(piece)
sq = move[cur_play](board, counter - 1, cur_piece)
board[sq] = cur_piece
print(f"It is {cur_play}'s turn")
print_board(board)
if iswinner(board, cur_piece):
winner = cur_play
break
SGF_FILENAME = "0323_result01-0.sgf"
TURN_NUMBER = 69
plays = Plays()
plays.load_from_sgf(os.path.join(SGF_STORAGE_PATH, SGF_FILENAME))
features = FeatureMap(plays, TURN_NUMBER)
print("After move {0}{1}".format(
features.turn_number, " (Game ended.)" if features.turn_number
== features.total_plays else " / {0}".format(features.total_plays)))
print("Next player: {0!r}{1}".format(
features.player_color, ""
if features.turn_number != features.total_plays else "(Game ended.)"))
print("")
print("{0}\t{1}")
print_features(features)
print_int_feature(features.board, features._turns_since_played_plane())
print("")
print_int_feature(features.board, features._liberty_planes())
print("")
print_int_feature(features.board, features._capture_size_plane())
print("")
print_int_feature(features.board, features._self_atari_size_plane())
print("")
print_feature(features._label_plane())
print("")
print_board(features.board)
print("")
print("Done.")
SGF_STORAGE_PATH = "."
SGF_FILENAME = "0323_result01-0.sgf"
TURN_NUMBER = 69
plays = Plays()
plays.load_from_sgf(os.path.join(SGF_STORAGE_PATH, SGF_FILENAME))
features = FeatureMap(plays, TURN_NUMBER)
print("After move {0}{1}".format(features.turn_number,
" (Game ended.)" if features.turn_number == features.total_plays else " / {0}".format(
features.total_plays)))
print("Next player: {0!r}{1}".format(features.player_color,
"" if features.turn_number != features.total_plays else "(Game ended.)"))
print("")
print("{0}\t{1}")
print_features(features)
print_int_feature(features.board, features._turns_since_played_plane())
print("")
print_int_feature(features.board, features._liberties_plane())
print("")
print_int_feature(features.board, features._capture_size_plane())
print("")
print_int_feature(features.board, features._self_atari_size_plane())
print("")
print_feature(features._label_plane())
print("")
print_board(features.board)
print("")
print("Done.")