def put():
data = request.get_json()
b1 = data["board"]
x = int(data["x"])
y = int(data["y"])
adv = data["adv"]
if adv:
W = deepcopy(data["W"])
w = deepcopy(data["w"])
b2 = []
for i in range(8):
b2.append(list(b1[i * 8:(i + 1) * 8]))
mode = "maxmin" if data["mode"] == 'settai' else "minmax"
if data["difficulty"] == 0:
mode = "random"
depth = int(data["difficulty"])
p = get_player_instance(mode, "B")
q = get_player_instance(mode, "W")
b = Board(b2)
# PLAYER'S TURN
if x >= 0:
if validate(b.board_data, "B", [x, y]):
do_move(b.board_data, "B", [x, y])
plisult = deepcopy(b.board_data)
if adv and depth > 0:
nm = q.next_move(b.board_data, "W", depth, W, w)
elif depth > 0:
nm = q.next_move(b.board_data, "W", depth)
else:
nm = q.next_move(b.board_data, "W")
if validate(b.board_data, "W", nm):
do_move(b.board_data, "W", nm)
qlisult = b.board_data
return jsonify({"player": plisult, "com": qlisult, "pos": nm})
def get_valid_pos(self):
moves = []
for y in range(8):
for x in range(8):
if game.validate(self._board, self._color, [x, y]):
moves.append([x, y])
return moves
def valid_pos(self, player):
moves = []
for y in range(8):
for x in range(8):
if validate(self.board_data, player.color, [x, y]):
moves.append([x, y])
return moves
def next_move(self, board, color, depth=2, W=None, w=None):
if game.validate(board, color, 'pass'):
return "pass"
mov, val = self.max_val(board,
-self.inf,
self.inf,
depth,
color,
W=W,
w=w)
return mov
def successors(self, state, color):
suclist = []
movs = []
for y in range(8):
for x in range(8):
if game.validate(state, color, [x, y]):
movs.append([x, y])
for mov in movs:
nb = deepcopy(state)
game.do_move(nb, color, mov)
suclist.append([mov, nb])
return suclist
def end_state(self, state):
return game.validate(state, "B", "pass") and game.validate(
state, "W", "pass")
def is_game_over(self):
return validate(self.board_data, "B", 'pass') and validate(
self.board_data, "W", 'pass')