def basic_coop_direction(board):
possibles = [
d for d in rules.DIRECTIONS if rules.move_dir_possible(d, board)
]
if possibles != [3] and 3 in possibles:
possibles.remove(3) #Ne jamais jouer haut quand on peut l'éviter
score = {basic_coop_score(rules.move_dir(d, board)): d for d in possibles}
return score[max(score)]
def game_direction_first(dir_player, tile_player, board):
i = 0
while not rules.game_over(board):
direction = dir_player(board)
assert (direction is not None) #On peut jouer
assert (0 <= direction < 4) #On ne peut jouer que 4 directions
assert (rules.move_dir_possible(direction, board))
board = rules.move_dir(direction, board)
tuile = tile_player(board)
assert (tuile is not None)
rules.move_tile(tuile, board)
i += 1
return (1 << rules.max_tile(board), i) #1 << a is 2 ** a
def test_move_dir_possible(direction, board, expected):
if not STAGE_SLIDE_IS_OVER:
assert_equal(rules.move_dir_possible(direction, board), expected)
if expected:
start_test("game not over", INDENT)
assert not rules.game_over(board)
return
start_test("mimicking with rules.move_dir", INDENT)
xboard = [board[i].copy() for i in range(rules.SIZE)]
res = rules.move_dir(direction, xboard)
if expected:
if res == xboard:
print("Error of rules.slide on input", xboard)
print("Output is the same while it should be different")
assert res != xboard
elif res is not xboard:
print("Error of rules.slide on input", xboard)
print("Output is ", xboard)
assert xboard is board
start_test("purity", INDENT)
assert_equal(board, xboard)
def random_direction(board):
l = [d for d in rules.DIRECTIONS if rules.move_dir_possible(d, board)]
if l:
return random.choice(l)
def first_direction(board):
for d in rules.DIRECTIONS:
if rules.move_dir_possible(d, board):
return d