def run(self):
board = Board(size=4)
board.place_new_value_randomly()
states = [
[0], # move up after having moved left
[0], # move up after having moved right
[1], # move right
[3], # move left
[1, 3], # move right after having moved down
[2] # move down
]
state = 0
num_consecutive_ignores = 0
for x in xrange(1000):
# self.gfx.draw(board.board_values)
moved = False
for direction in states[state]:
if board.can_move(direction):
board_values_copy = deepcopy(board.board_values)
self.board_states.append(board_values_copy)
self.moves.append(direction)
board.move(direction)
moved = True
break
if moved:
state = self.get_next_state(state)
board.place_new_value_randomly()
num_consecutive_ignores = 0
else:
# print 'ignored move'
num_consecutive_ignores += 1
state = self.get_next_state(state, force_down=num_consecutive_ignores >= 3)
if len(board.get_possible_moves()) == 0:
# print
# print 'game over'
break
# print x + 1, 'moves'
# print len(self.board_states), len(self.moves)
filename = "run_" + str(uuid4()) + ".pickle"
pickle.dump([self.board_states, self.moves], open('runs/' + filename, "wb"))
def play_game_randomly(self, max_num_moves=2000):
board = Board(size=4)
board.place_new_value_randomly()
for x in xrange(max_num_moves):
directions = range(4)
random.shuffle(directions)
moved = False
for direction in directions:
if board.can_move(direction):
board.move(direction)
moved = True
break
if not moved:
break
board.place_new_value_randomly()
num_empty_tiles, max_tile_value, tile_sum = board.get_tile_stats()
print(max_tile_value)
self.max_tile_value = max_tile_value
def play_game_randomly(self, max_num_moves=2000):
board = Board(size=4)
board.place_new_value_randomly()
for x in xrange(max_num_moves):
directions = range(4)
random.shuffle(directions)
moved = False
for direction in directions:
if board.can_move(direction):
board.move(direction)
moved = True
break
if not moved:
break
board.place_new_value_randomly()
num_empty_tiles, max_tile_value, tile_sum = board.get_tile_stats()
print(max_tile_value)
self.max_tile_value = max_tile_value
def run(self):
self.board_states = []
board = Board(size=4)
board.place_new_value_randomly()
for i in xrange(2000):
if self.args.print_results:
print('iteration', i)
print(board)
self.board_states.append(deepcopy(board.board_values))
directions = self.choose_direction(board.board_values)
has_moved = False
for direction in directions:
if board.can_move(direction):
board.move(direction)
has_moved = True
break
if not has_moved:
break
board.place_new_value_randomly()
num_empty_tiles, max_tile_value, tile_sum = board.get_tile_stats()
print(max_tile_value)
self.max_tile_value = max_tile_value
def run(self):
self.board_states = []
board = Board(size=4)
board.place_new_value_randomly()
for i in xrange(2000):
if self.args.print_results:
print('iteration', i)
print(board)
self.board_states.append(deepcopy(board.board_values))
directions = self.choose_direction(board.board_values)
has_moved = False
for direction in directions:
if board.can_move(direction):
board.move(direction)
has_moved = True
break
if not has_moved:
break
board.place_new_value_randomly()
num_empty_tiles, max_tile_value, tile_sum = board.get_tile_stats()
print(max_tile_value)
self.max_tile_value = max_tile_value
