def _concrete_map(self, raw_map):
stone_wall_tile_factory = TileFactory('stone_wall')
grass_floor_tile_factory = TileFactory('grass_floor')
# Fill all with wall
rectangle = geometry.Rectangle(geometry.get_point(0, 0), w=self.WIDTH, h=self.HEIGHT)
raw_map = self._fill_rectangle(raw_map, rectangle, stone_wall_tile_factory)
# Fill middle with floor
rectangle = geometry.Rectangle(geometry.get_point(1, 1), w=self.WIDTH - 2, h=self.HEIGHT - 2)
raw_map = self._fill_rectangle(raw_map, rectangle, grass_floor_tile_factory)
return raw_map
def move_towards(self, turn_summary, param, active=False):
''' For moving map objects around. A move by a Thing does not
count as a turn (only Actors can take a turn).
active: set to 'False' if movement is forced
(push, recoil, etc.) , which is always the
default case for Thing objects
Returns TurnSummary, with blocking Tile or Thing in
'TurnSummary.blocked_by'.
'''
target_x, target_y = get_vector(param)
target_xy = get_point(self.xy.x + target_x, self.xy.y + target_y)
# Check for blocking Tile or Thing
turn_summary.blocked_by = self.proxy.blocked_by_tile(target_xy) \
or self.proxy.blocked_by_obj(target_xy)
# Blocked moves
if turn_summary.blocked_by:
if active:
# Nothing happens in this class
pass
else:
# Crashbang!
# TODO: collision damage
pass
# Successful move
else:
self.xy = target_xy
return turn_summary
def spawn_at_random(self, obj):
success = False
while not success:
x = rnd.get_int(0, self.WIDTH - 1)
y = rnd.get_int(0, self.HEIGHT - 1)
success = self.spawn_at(obj, geometry.get_point(x, y))
return success
def _create_spawn_points(self, raw_map):
_xy_list = list()
for _n in xrange(self._number_of_spawn_points):
xy = None
while not xy:
x = rnd.get_int(1, self.WIDTH) - 1
y = rnd.get_int(1, self.WIDTH) - 1
if not raw_map[x][y].blocks:
raw_map[x][y].update_col(color.get_color(color.PURPLE, 2))
xy = geometry.get_point(x, y)
_xy_list.append(xy)
return tuple(_xy_list)
