def player_reset_mission(self, player):
# get a number of missions for each thing
player.mission = []
player.scanned = []
player.failed = False
for i in xrange(cfg_rand_min_max(self.cfg, "DiscoveryQuest", "mission_num")):
player.mission.append(random.choice(self._missions)) # TODO: validate that this player can still scan those types of objects
def player_reset_mission(self, player):
# get a number of missions for each thing
player.mission = []
player.scanned = []
player.failed = False
for i in xrange(cfg_rand_min_max(self.cfg, "DiscoveryQuest", "mission_num")):
player.mission.append(random.choice(self._missions)) # TODO: validate that this player can still scan those types of objects
def spawn(world, cfg, pos=None, setpoints=None, pname=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Bubble", "buffer_object"), cfg.getint("Bubble", "buffer_edge"))
points = cfg_rand_min_max(cfg, "Bubble", "points")
if setpoints != None:
points = setpoints
b = Bubble(pos, float(cfg.getint("KingOfTheBubble", "bubble_radius_min")), points, cfg.getint("KingOfTheBubble", "bubble_points_drain_speed"), pname, world)
world.append(b)
return b
def spawn(world, cfg, pos=None, setpoints=None, pname=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Bubble", "buffer_object"), cfg.getint("Bubble", "buffer_edge"))
points = cfg_rand_min_max(cfg, "Bubble", "points")
if setpoints != None:
points = setpoints
b = Bubble(pos, float(cfg.getint("KingOfTheBubble", "bubble_radius_min")), points, cfg.getint("KingOfTheBubble", "bubble_points_drain_speed"), pname, world)
world.append(b)
return b
def __start_bauble_timer(self):
self.__bauble_spawner = CallbackTimer(cfg_rand_min_max(self.cfg, "TheHungerBaubles", "cornucopia_spawn_time"), self.__cornucopia_bauble_spawn)
self.__bauble_spawner.start()