def get_ground_units(self, position=None, radius=None): """@see get_ships""" if position is not None and radius is not None: circle = Circle(position, radius) return [unit for unit in self.ground_units if circle.contains(unit.position)] else: return self.ground_units
def get_ground_units(self, position=None, radius=None): """@see get_ships""" if position is not None and radius is not None: circle = Circle(position, radius) return [unit for unit in self.ground_units if circle.contains(unit.position)] else: return self.ground_units
def get_buildings(self, position=None, radius=None): """@see get_ships""" buildings = [] if position is not None and radius is not None: circle = Circle(position, radius) for island in self.islands: for building in island.buildings: if circle.contains(building.position.center): buildings.append(building) return buildings else: return [b for b in island.buildings for island in self.islands]
def get_ships(self, position=None, radius=None): """Returns all ships on the map, optionally only those in range around the specified position. @param position: Point or Rect instance. @param radius: int radius to use. @return: List of ships. """ if position is not None and radius is not None: circle = Circle(position, radius) return [ship for ship in self.ships if circle.contains(ship.position)] else: return self.ships
def get_buildings(self, position=None, radius=None):
"""@see get_ships"""
buildings = []
if position is not None and radius is not None:
circle = Circle(position, radius)
for island in self.islands:
for building in island.buildings:
if circle.contains(building.position.center):
buildings.append(building)
return buildings
else:
return [b for b in island.buildings for island in self.islands]
def get_ships(self, position=None, radius=None): """Returns all ships on the map, optionally only those in range around the specified position. @param position: Point or Rect instance. @param radius: int radius to use. @return: List of ships. """ if position is not None and radius is not None: circle = Circle(position, radius) return [ship for ship in self.ships if circle.contains(ship.position)] else: return self.ships
