def test_diagonal_locations_for_size_13():
""" Same as above, but for size 13. Only checks one location per sector """
maze, _ = create_maze_and_leftover(size=13)
assert maze[BoardLocation(4, 8)].rotation == 90
assert maze[BoardLocation(8, 8)].rotation == 180
assert maze[BoardLocation(8, 4)].rotation == 270
assert maze[BoardLocation(4, 4)].rotation == 0
def test_create_maze_and_leftover_no_cross_for_size_11():
""" Tests create_maze_and_leftover.
Checks that there is no cross maze card for size 11, because it is not of the form 4k + 1. """
maze, leftover = create_maze_and_leftover()
assert leftover.out_paths != MazeCard.CROSS
for location in maze.maze_locations:
assert maze[location].out_paths != MazeCard.CROSS
def test_create_maze_and_leftover_fixed_pieces_for_size_9():
""" Tests create_maze_and_leftover.
Checks corners, fixed t-juncts, and cross center. """
maze, _ = create_maze_and_leftover(size=9)
_assert_corners(maze)
_assert_fixed_pieces_t_juncts(maze)
_assert_cross_center(maze)
def test_diagonal_locations_for_size_7():
""" Checks that the maze cards on the diagonals are rotated
such that the cards on the center-to-NE look like a T (T_JUNCT rotated by 90),
and the clockwise subsequent ones are successively rotated by 90 degrees. """
maze, _ = create_maze_and_leftover()
assert maze[BoardLocation(2, 4)].rotation == 90
assert maze[BoardLocation(4, 4)].rotation == 180
assert maze[BoardLocation(4, 2)].rotation == 270
assert maze[BoardLocation(2, 2)].rotation == 0
def test_create_maze_and_leftover_distribution_for_size_7():
""" Tests create_maze_and_leftover.
Checks maze card type distribution. """
maze, leftover = create_maze_and_leftover()
out_paths = [maze[location].out_paths for location in maze.maze_locations]
out_paths.append(leftover.out_paths)
assert len(out_paths) == 50
counts = Counter(out_paths)
assert counts[MazeCard.CORNER] == 19
assert counts[MazeCard.T_JUNCT] == 18
assert counts[MazeCard.STRAIGHT] == 13
def test_create_maze_and_leftover_distribution_for_size_13():
""" Tests create_maze_and_leftover.
Checks maze card type distribution for non-fixed cards in a maze of size 13.
The distribution should by approximately equal to the
non-fixed distribution of the original game, i.e. (15, 6, 13) for corners, t-juncts, and straights. """
size = 13
maze, leftover = create_maze_and_leftover(size=size)
out_paths = [maze[location].out_paths for location in maze.maze_locations]
out_paths.append(leftover.out_paths)
assert len(out_paths) == 170
non_fixed = len(out_paths) - 49
counts = Counter(out_paths)
assert counts[MazeCard.CROSS] == 1
approx_expected_corners = math.floor(15 / 34 * non_fixed + 4)
approx_expected_t_juncts = math.floor(6 / 34 * non_fixed + 44)
approx_expected_straights = math.floor(13 / 34 * non_fixed)
assert approx_expected_corners <= counts[MazeCard.CORNER] <= approx_expected_corners + 1
assert approx_expected_t_juncts <= counts[MazeCard.T_JUNCT] <= approx_expected_t_juncts + 1
assert approx_expected_straights <= counts[MazeCard.STRAIGHT] <= approx_expected_straights + 1
def test_create_maze_and_leftover_fixed_pieces_for_size_7():
""" Tests create_maze_and_leftover.
Checks corners and fixed t-juncts. """
maze, _ = create_maze_and_leftover()
_assert_corners(maze)
_assert_fixed_pieces_t_juncts(maze)
def test_create_maze_and_leftover_unique_ids_for_size_7():
""" Tests create_maze_and_leftover.
Checks unique ids. """
maze, leftover = create_maze_and_leftover()
ids = _assert_unique_ids(maze)
assert leftover.identifier not in ids