def run(self):
"""The main loop.
:return: The winner.
"""
white_player_exceeded = self.setup_player(sys.modules[self.white_player].Player, WHITE_PLAYER)
black_player_exceeded = self.setup_player(sys.modules[self.black_player].Player, BLACK_PLAYER)
winner = self.handle_time_expired(white_player_exceeded, black_player_exceeded)
if winner:
return winner
board_state = amazons_board.amazonsBoard()
curr_player_idx = 0
remaining_run_times = self.remaining_times[:]
k_count = 0
# Running the actual game loop. The game ends if someone is left out of moves,
# or exceeds his time.
while True:
if self.printPref == 'y':
board_state.printBoard()
player = self.players[curr_player_idx]
remaining_run_time = remaining_run_times[curr_player_idx]
try:
possible_moves = board_state.legalMoves()
if not possible_moves:
winner = self.make_winner_result(0 if curr_player_idx == 1 else 1)
break
move, run_time = utils.run_with_limited_time(
player.get_move, (copy.deepcopy(board_state), possible_moves), {}, remaining_run_time*1.5)
remaining_run_times[curr_player_idx] -= run_time
if remaining_run_times[curr_player_idx] < 0:
raise utils.ExceededTimeError
except (utils.ExceededTimeError, MemoryError):
print('Player {} exceeded resources.'.format(player))
winner = self.make_winner_result(0 if curr_player_idx == 1 else 1)
break
board_state.doMove(move)
if self.printPref == 'y':
print('Player ' + repr(player) + ' performed the move: ' + repr(move))
curr_player_idx = (curr_player_idx + 1) % 2
if curr_player_idx == 0:
# White and black played.
k_count = (k_count + 1) % self.k
if k_count == 0:
# K rounds completed. Resetting timers.
remaining_run_times = self.remaining_times[:]
self.end_game(winner)
return winner
count = 0
idx = range(10)
for y in idx:
for x in idx:
diff = black_dist_map[x][y] - white_dist_map[x][y]
count += (diff > 0) - (diff < 0)
return count
@timed
def test(state):
count = 0
max_depth = 9
for i in range(0, len(state.legalMoves())):
count = cell_owners(state, max_depth)
print(count)
state = amazons_board.amazonsBoard()
'''for i in range(0, 10):
state.board[2][i] = 'a'
state.board[3][1] = 'a'
state.board[4][1] = 'a'
state.board[4][0] = 'a'
state.board[3][8] = 'a'
state.board[4][8] = 'a'
state.board[4][9] = 'a'
state.printBoard()'''
test(state)
