def make_move(self, current_node):
def fill_board(board, bits, value):
for i, v in enumerate(
reversed('{{:0>{}}}'.format(config.N**2).format(
bin(bits)[2:]))):
if v == "1":
x = i % config.N
y = i // config.N
board[y][x] = value
board = np.zeros((config.N, config.N), dtype=np.int)
fill_board(board, current_node.board.black, 1)
fill_board(board, current_node.board.white, 2)
board_string = "\n".join(" ".join(map(str, row)) for row in board) \
+ "\n" + str(1 if current_node.player == config.black else 2) + "\n"
self.player.stdin.write(board_string)
self.player.stdin.flush()
out = self.player.stdout.readline()
if out.strip() == "pass":
return config.pass_move
return plane_2_line(out)
def make_move(self, current_node):
if current_node.move == config.pass_move:
self.write_stdin("pass")
else:
self.write_stdin(line_2_plane(current_node.move))
self.read_stdout()
self.write_stdin("go")
edax_move_plane = self.read_stdout().split("plays ")[-1][:2]
if edax_move_plane == "PS":
return config.pass_move
else:
return plane_2_line(edax_move_plane)
def make_move(self, current_node):
human_input = -1
while True:
human_input_str = input(">")
if human_input_str == "pass":
human_input = config.pass_move
else:
human_input = plane_2_line(human_input_str)
if human_input is None or current_node.legal_moves[human_input] == 0:
print("illegal.")
else:
return human_input