def recalculate_orientation(self):
def is_similar_tile(position):
tile = self.island.get_tile(position)
return self.is_barrier(tile)
origin = self.position.origin
action = get_tile_alignment_action(origin, is_similar_tile)
location = self._instance.getLocation()
self.act(action, location, True)
def recalculate_orientation(self): def is_similar_tile(position): tile = self.island.get_tile(position) return self.is_barrier(tile) origin = self.position.origin action = get_tile_alignment_action(origin, is_similar_tile) location = self._instance.getLocation() self.act(action, location, True)
def test_get_tile_alignment_action(expected, tiles): """Tests for the road/wall orientation code. Basically `get_tile_alignment_action` returns the sorted list of fields that the tile in position . should connect. Tile names: h a e d . b g c f """ tiles, accessor = make_tiles(tiles) aligned = get_tile_alignment_action(Point(0, 0), accessor) assert aligned == expected
def test_get_tile_alignment_action(expected, tiles):
"""Tests for the road/wall orientation code.
Basically `get_tile_alignment_action` returns the sorted list of fields that the tile in
position . should connect.
Tile names:
h a e
d . b
g c f
"""
tiles, accessor = make_tiles(tiles)
aligned = get_tile_alignment_action(Point(0, 0), accessor)
assert aligned == expected
def check_alignment(expected_action, tiles):
tiles, accessor = make_tiles(tiles)
aligned = get_tile_alignment_action(Point(0, 0), accessor)
assert aligned == expected_action, 'Expected {0}, got {1} instead'.format(
expected_action, aligned)
def check_alignment(expected_action, tiles):
tiles, accessor = make_tiles(tiles)
aligned = get_tile_alignment_action(Point(0, 0), accessor)
assert aligned == expected_action, 'Expected {0}, got {1} instead'.format(expected_action, aligned)
