def evaluate_heuristic_score(self, game_state, move, player):
board, player_1_score, player_2_score = game_state
counter = points_counter.PointsCounter(board)
move_points = counter.count_move_points(move)
if player == 1:
return player_1_score + move_points - player_2_score
else:
return player_2_score + move_points - player_1_score
def evaluate_heuristic_score(self, game_state, move, player):
board, player_1_score, player_2_score = game_state
counter = points_counter.PointsCounter(board)
move_points = counter.count_move_points(move)
extra_score = 0
if board[move[1], move[0]] != 0:
extra_score = 0.5
if player == 1:
return player_1_score + move_points - player_2_score + extra_score
else:
return player_2_score + move_points - player_1_score + extra_score
def __init__(self, board_size):
self._PLAYER_1 = 1
self._PLAYER_2 = 2
self._current_player = self._PLAYER_1
self._player_1_points = 0
self._player_2_points = 0
self._board_size = board_size
self._game_board = np.zeros(shape=(board_size, board_size))
self._points_counter = points_counter.PointsCounter(self._game_board)
def __init__(self, game_board):
self._game_board = game_board
self._points_counter = points_counter.PointsCounter(game_board)
def evaluate_heuristic_score(self, game_state, move, player):
board, player_1_score, player_2_score = game_state
counter = points_counter.PointsCounter(board)
return counter.count_move_points(move)