def wholeGame(i):
board = p3_t3.Board()
state0 = board.starting_state()
if len(sys.argv) != 3:
print("Need two player arguments")
exit(1)
p1 = sys.argv[1]
if p1 not in players:
print("p1 not in " + players.keys().join(","))
exit(1)
p2 = sys.argv[2]
if p2 not in players:
print("p2 not in " + players.keys().join(","))
exit(1)
player1 = players[p1]
player2 = players[p2]
print("")
print("Round %d, fight!" % i)
i += 1
state = state0
last_action = None
current_player = player1
while not board.is_ended(state):
last_action = current_player(board, state)
state = board.next_state(state, last_action)
current_player = player1 if current_player == player2 else player2
print("Finished!")
print()
final_score = board.points_values(state)
winner = 'draw'
if final_score[1] == 1:
winner = 1
elif final_score[2] == 1:
winner = 2
print("The %s bot wins round %s! %s" % (winner, i, str(final_score)))
return winner
elif board.is_legal(state, action):
return action
else:
print(
"Please input moves as space-separated lists of numbers. Remember that you can only move in the board corresponding to your opponent's last move!"
)
return get_human_input(board, state)
players = dict(human=get_human_input,
random_bot=random_bot.think,
rollout_bot=rollout_bot.think,
mcts_vanilla=mcts_vanilla.think,
mcts_modified=mcts_modified.think)
board = p3_t3.Board()
state0 = board.starting_state()
if len(sys.argv) != 3:
print("Need two player arguments")
exit(1)
p1 = sys.argv[1]
if p1 not in players:
print("p1 not in " + players.keys().join(","))
exit(1)
p2 = sys.argv[2]
if p2 not in players:
print("p2 not in " + players.keys().join(","))
exit(1)