def _create_full_cell(self):
cell = Cell(Serialiser('location'), False, True)
cell.avatar = Serialiser('avatar')
cell.pickup = Serialiser('pickup')
self.expected = {
'avatar': 'avatar',
'generates_score': True,
'habitable': False,
'location': 'location',
'pickup': 'pickup',
'partially_fogged': False
}
return cell
def generate_map(height, width, obstacle_ratio):
grid = [[Cell(Location(x, y)) for y in range(height)] for x in range(width)]
world_map = WorldMap(grid)
# We designate one non-corner edge cell as empty, to ensure that the map can be expanded
always_empty_edge_x, always_empty_edge_y = get_random_edge_index(height, width)
for x, y in shuffled(_get_edge_coordinates(height, width)):
if (x, y) != (always_empty_edge_x, always_empty_edge_y) and random.random() < obstacle_ratio:
cell = grid[x][y]
cell.habitable = False
# So long as all habitable neighbours can still reach each other, then the map cannot get bisected
if not _all_habitable_neighbours_can_reach_each_other(cell, world_map):
cell.habitable = True
return world_map
def get_cell(self, location):
if location not in self._cell_cache:
cell = Cell(location)
cell.avatar = self._avatar
self._cell_cache[location] = cell
return self._cell_cache[location]
def get_cell(self, location):
cell = Cell(location)
cell.pickup = self._pickup
return cell
def test_not_equal(self):
cell1 = Cell(1)
cell2 = Cell(2)
self.assertNotEqual(cell1, cell2)
def test_equal(self):
cell1 = Cell(1)
cell2 = Cell(1)
self.assertEqual(cell1, cell2)
def get_cell(self, location):
if location not in self._cell_cache:
cell = Cell(location)
cell.avatar = self._avatar
self._cell_cache[location] = cell
return self._cell_cache[location]
def get_cell(self, location):
default_cell = Cell(location, generates_score=(location.x % 2 == 1))
return self._cell_cache.setdefault(location, default_cell)
def get_cell(self, location):
return Cell(location)
def get_cell(self, location):
return self._cell_cache.setdefault(location, Cell(location))
def get_cell(self, location):
cell = Cell(location)
cell.pickup = self._pickup
return cell