def __init__(self, n, path="input.txt"):
self.size = n
with open(path, 'r') as f:
lines = f.readlines()
self.our_player = int(lines[0])
self.other_player = 3 - self.our_player
self.cur_step_num = None
# self.good_moves = [Move(Point(1, 1)),
# Move(Point(1, 2)),
# Move(Point(1, 3)),
# Move(Point(2, 1)),
# Move(Point(2, 3)),
# Move(Point(3, 1)),
# Move(Point(3, 2)),
# Move(Point(3, 3))]
self.good_moves = [
Move(Point(1, 1)),
Move(Point(1, 3)),
Move(Point(3, 1)),
Move(Point(3, 3))
]
previous_board_arr = []
current_board_arr = []
black_stones = 0
white_stones = 0
for line in lines[1:self.size + 1]:
row = [int(x) for x in line.rstrip('\n')]
previous_board_arr.append(row)
for line in lines[self.size + 1:2 * self.size + 1]:
row = []
for x in line.rstrip('\n'):
row.append(int(x))
if int(x) == BLACK:
black_stones += 1
elif int(x) == WHITE:
white_stones += 1
current_board_arr.append(row)
previous_board = Board(self.size, previous_board_arr)
current_board = Board(self.size, current_board_arr)
self.board = current_board
self.previous_state = State(previous_board, None,
self.other_player, None)
self.active_state = State(current_board, self.previous_state,
self.our_player, None)
self.set_step_num(black_stones, white_stones)
def __init__(self, n):
self.size = n
self.board = Board(self.size)
