def change_player(self):
self.currentPlayer = -self.currentPlayer
self.gameState.playerTurn = -self.gameState.playerTurn
self.gameState.board = turn_board(self.gameState.board)
self.gameState.current_position = (12 -
self.gameState.current_position[0],
8 -
self.gameState.current_position[1])
def test_turn_board_with_lines(self):
game = Game()
board = game.gameState.board.copy()
game.gameState.board[18, 5] = 1
game.gameState.board[28, 6] = 1
board[30, 2] = 1
board[20, 1] = 1
self.assertEqual(
turn_board(game.gameState.board).tolist(), board.tolist())
def test_turn_board_with_broad_lines(self):
game = Game()
board = game.gameState.board.copy()
game.gameState.board[4, 0] = 1
game.gameState.board[42, 0] = 1
game.gameState.board[6, 7] = 1
board[44, 7] = 1
board[6, 7] = 1
board[42, 0] = 1
self.assertEqual(
turn_board(game.gameState.board).tolist(), board.tolist())
def addNode(self, parent, edge):
state = copy.deepcopy(parent.state)
done, res = state.make_move(edge)
state.playerTurn = -state.playerTurn
state.board = turn_board(state.board)
state.current_position = (12 - state.current_position[0], 8 - state.current_position[1])
node = Node(state, parent, e=edge)
if done != 0:
node.result = res
node.value = 999999*res
node.edges = node.state.get_full_moves_simple(max_moves=config.MAX_MOVES_MCTS_DEEP,
max_time=config.MAX_TIME_MCTS_DEEP)
if len(node.edges) == 0:
node.result = -1
return node
def check_for_danger(board, tmp_current_pos, full_moves_final=[]):
board_temp = turn_board(board)
tmp_current_pos_turned = (12 - tmp_current_pos[0],
8 - tmp_current_pos[1])
local_moves = []
get_full_moves_utils(self, [],
board_temp,
tmp_current_pos_turned,
local_moves,
c_p=tmp_current_pos_turned,
max_moves=max_checked_moves,
full_moves_final=full_moves_final)
if len(full_moves_final) >= 1:
if full_moves_final[0][2] == 1:
return -1
if len(full_moves_final) > max_final_moves:
return -1
if not local_moves:
return 1
elif local_moves[0][2] == 1:
return -1
return 0
def simulate(self):
# print('level',self.level)
# print('visited',self.visited)
player = self.state.playerTurn
const_player = player
result = 0
done = False
# state_copy = copy.deepcopy(self.state)
i = 1
while not done:
move =self.state.get_random_move()
# if len(move) > 0:
# print(move[1])
# else:
# print('none')
player = self.state.playerTurn
# print(player)
done, result =self.state.make_move(move)
self.state.playerTurn = -self.state.playerTurn
self.state.board = turn_board(self.state.board)
self.state.current_position = (12 - self.state.current_position[0], 8 - self.state.current_position[1])
return const_player * result * player
def test_turn_empty_board(self):
game = Game()
board = turn_board(game.gameState.board)
self.assertEqual(game.gameState.board.tolist(), board.tolist())
board[0, 0] = 0
self.assertNotEqual(game.gameState.board.tolist(), board.tolist())
def test_turn_full_board(self):
game = Game()
board = np.zeros((48, 8), dtype=int)
board[:48, :8] = 1
# print(board)
self.assertEqual(turn_board(board).tolist(), board.tolist())