def get_input(self, go: Game, piece_type):
self.load_dict()
# print(board.n_move)
# go.visualize_board()
if go.count_player_stones(piece_type) <= 0:
self.side = piece_type
self.opponent = 1 if self.side == 2 else 2
self.cache = {}
open("cache.txt", "w").close()
if go.is_position_valid(2, 2, self.side, True):
copy_board = copy.deepcopy(go)
copy_board.next_board(2, 2, self.side, True)
# print("Minimax: piece_type = {}".format(self.side), \
# "current board value = {}".format(self.total_score(copy_board, self.side)))
return 2, 2
if go.is_game_finished():
return
else:
# score, action = self._max(board)
depth = DEPTH
if go.n_move > 18:
depth = 24 - go.n_move
elif go.n_move < 8:
# return aggressive_action(go, piece_type)
depth = 1
action = self.alpha_beta_cutoff_search(go, depth)
copy_board = copy.deepcopy(go)
if action != "PASS":
# print(action)
copy_board.next_board(action[0], action[1], self.side, True)
# print("Minimax: piece_type = {}".format(self.side), \
# "current board value = {}".format(self.total_score(copy_board, self.side)))
self.save_dict()
return action # board.move(action[0], action[1], self.side)
def get_input(self, board: Game, piece_type):
if board.count_player_stones(piece_type) <= 0:
self.side = piece_type
self.opponent = 1 if self.side == 2 else 2
if board.is_position_valid(2, 2, self.side, True):
copy_board = copy.deepcopy(board)
copy_board.next_board(2, 2, self.side, True)
# print("Minimax_old: piece_type = {}".format(self.side), \
# "current board value = {}".format(self.total_score(copy_board, self.side)))
return 2, 2
if board.is_game_finished():
return
else:
# score, action = self._max(board)
action = self.alpha_beta_cutoff_search(board, DEPTH)
if action != "PASS":
copy_board = copy.deepcopy(board)
copy_board.next_board(action[0], action[1], self.side, True)
# print("Minimax_old: piece_type = {}".format(self.side), \
# "current board value = {}".format(self.total_score(copy_board, self.side)))
return action # board.move(action[0], action[1], self.side)