def spawn(world, cfg, pos=None):
get_random_point = lambda: getPositionAwayFromOtherObjects(
world, cfg.getint("WormHole", "buffer_exit_object"),
cfg.getint("WormHole", "buffer_exit_edge"))
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("WormHole", "buffer_object"),
cfg.getint("WormHole", "buffer_edge"))
wht = random.choice(eval(cfg.get("WormHole", "types")))
if wht == WormHole.RANDOM:
p = WormHole(pos, whtype=WormHole.RANDOM, exitpos=get_random_point)
elif wht == WormHole.FIXED_POINT:
p = WormHole(pos,
whtype=WormHole.FIXED_POINT,
exitpos=get_random_point())
elif wht == WormHole.OTHER_CELESTIALBODY:
pos2 = getPositionAwayFromOtherObjects(
world, cfg.getint("WormHole", "buffer_object"),
cfg.getint("WormHole", "buffer_edge"))
p2 = WormHole(pos2, whtype=WormHole.OTHER_CELESTIALBODY)
world.append(p2)
p = WormHole(pos, whtype=WormHole.OTHER_CELESTIALBODY)
p.link_wormhole(p2)
p2.link_wormhole(p)
world.append(p)
return p
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Asteroid", "buffer_object"),
cfg.getint("Asteroid", "buffer_edge"))
a = Asteroid(pos, cfg_rand_min_max(cfg, "Asteroid", "move_speed"))
world.append(a)
return a
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Constellation", "buffer_object"),
cfg.getint("Constellation", "buffer_edge"))
a = Constellation(pos)
world.append(a)
return a
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Quasar", "buffer_object"),
cfg.getint("Quasar", "buffer_edge"))
n = Quasar(pos, random.choice(eval(cfg.get("Quasar", "sizes"))),
cfg_rand_min_max(cfg, "Quasar", "pull"))
world.append(n)
return n
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("SpaceMine", "buffer_object"), cfg.getint("SpaceMine", "buffer_edge"))
t = random.choice(eval(cfg.get("SpaceMine", "types")))
if t == SpaceMine.AUTONOMOUS:
sm = SpaceMine(pos, cfg_rand_min_max(cfg, "SpaceMine", "delay"), t, cfg_rand_min_max(cfg, "SpaceMine", "direction"), cfg_rand_min_max(cfg, "SpaceMine", "speed"), cfg_rand_min_max(cfg, "SpaceMine", "duration"))
else:
sm = SpaceMine(pos, cfg_rand_min_max(cfg, "SpaceMine", "delay"), t)
world.append(sm)
return sm
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Star", "buffer_object"),
cfg.getint("Star", "buffer_edge"))
s = Star(pos, cfg_rand_min_max(cfg, "Star", "range"),
cfg_rand_min_max(cfg, "Star", "pull"),
cfg.getfloat("Star", "dmg_mod"),
cfg.getboolean("Planet", "pull_weapon"))
world.append(s)
return s
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("BlackHole", "buffer_object"),
cfg.getint("BlackHole", "buffer_edge"))
bh = BlackHole(pos, cfg_rand_min_max(cfg, "BlackHole", "range"),
cfg_rand_min_max(cfg, "BlackHole", "pull"),
cfg.getfloat("BlackHole", "crush_time"),
cfg.getboolean("Planet", "pull_weapon"))
world.append(bh)
return bh
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Planet", "buffer_object"),
cfg.getint("Planet", "buffer_edge"))
p = Planet(pos,
cfg_rand_min_max(cfg, "Planet", "range"),
cfg_rand_min_max(cfg, "Planet", "pull"),
torpedo=cfg.getboolean("Planet", "pull_weapon"))
world.append(p)
return p
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Dragon", "buffer_object"), cfg.getint("Dragon", "buffer_edge"))
d = Dragon(pos, cfg_rand_min_max(cfg, "Dragon", "range"),
cfg_rand_min_max(cfg, "Dragon", "attack_speed"),
cfg_rand_min_max(cfg, "Dragon", "health"),
(cfg.getfloat("Dragon", "attack_time_min"), cfg.getfloat("Dragon", "attack_time_max")),
(cfg.getfloat("Dragon", "attack_amount_min"), cfg.getfloat("Dragon", "attack_amount_max")),
cfg_rand_min_max(cfg, "Dragon", "move_speed")
)
world.append(d)
return d
def spawn(world, cfg, pos=None):
get_random_point = lambda : getPositionAwayFromOtherObjects(world, cfg.getint("WormHole", "buffer_exit_object"), cfg.getint("WormHole", "buffer_exit_edge"))
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("WormHole", "buffer_object"), cfg.getint("WormHole", "buffer_edge"))
wht = random.choice(eval(cfg.get("WormHole", "types")))
if wht == WormHole.RANDOM:
p = WormHole(pos, whtype=WormHole.RANDOM, exitpos=get_random_point)
elif wht == WormHole.FIXED_POINT:
p = WormHole(pos, whtype=WormHole.FIXED_POINT, exitpos=get_random_point())
elif wht == WormHole.OTHER_CELESTIALBODY:
pos2 = getPositionAwayFromOtherObjects(world, cfg.getint("WormHole", "buffer_object"), cfg.getint("WormHole", "buffer_edge"))
p2 = WormHole(pos2, whtype=WormHole.OTHER_CELESTIALBODY)
world.append(p2)
p = WormHole(pos, whtype=WormHole.OTHER_CELESTIALBODY)
p.link_wormhole(p2)
p2.link_wormhole(p)
world.append(p)
return p
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("SpaceMine", "buffer_object"),
cfg.getint("SpaceMine", "buffer_edge"))
t = random.choice(eval(cfg.get("SpaceMine", "types")))
if t == SpaceMine.AUTONOMOUS:
sm = SpaceMine(pos, cfg_rand_min_max(cfg, "SpaceMine", "delay"), t,
cfg_rand_min_max(cfg, "SpaceMine", "direction"),
cfg_rand_min_max(cfg, "SpaceMine", "speed"),
cfg_rand_min_max(cfg, "SpaceMine", "duration"))
else:
sm = SpaceMine(pos, cfg_rand_min_max(cfg, "SpaceMine", "delay"), t)
world.append(sm)
return sm
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(
world, cfg.getint("Dragon", "buffer_object"),
cfg.getint("Dragon", "buffer_edge"))
d = Dragon(pos, cfg_rand_min_max(cfg, "Dragon", "range"),
cfg_rand_min_max(cfg, "Dragon", "attack_speed"),
cfg_rand_min_max(cfg, "Dragon", "health"),
(cfg.getfloat("Dragon", "attack_time_min"),
cfg.getfloat("Dragon", "attack_time_max")),
(cfg.getfloat("Dragon", "attack_amount_min"),
cfg.getfloat("Dragon", "attack_amount_max")),
cfg_rand_min_max(cfg, "Dragon", "move_speed"))
world.append(d)
return d
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Constellation", "buffer_object"), cfg.getint("Constellation", "buffer_edge"))
a = Constellation(pos)
world.append(a)
return a
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Planet", "buffer_object"), cfg.getint("Planet", "buffer_edge"))
p = Planet(pos, cfg_rand_min_max(cfg, "Planet", "range"), cfg_rand_min_max(cfg, "Planet", "pull"), torpedo=cfg.getboolean("Planet", "pull_weapon"))
world.append(p)
return p
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("BlackHole", "buffer_object"), cfg.getint("BlackHole", "buffer_edge"))
bh = BlackHole(pos, cfg_rand_min_max(cfg, "BlackHole", "range"), cfg_rand_min_max(cfg, "BlackHole", "pull"), cfg.getfloat("BlackHole", "crush_time"), cfg.getboolean("Planet", "pull_weapon"))
world.append(bh)
return bh
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Nebula", "buffer_object"), cfg.getint("Nebula", "buffer_edge"))
n = Nebula(pos, random.choice(eval(cfg.get("Nebula", "sizes"))), cfg_rand_min_max(cfg, "Nebula", "pull"))
world.append(n)
return n
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Asteroid", "buffer_object"), cfg.getint("Asteroid", "buffer_edge"))
a = Asteroid(pos, cfg_rand_min_max(cfg, "Asteroid", "move_speed"))
world.append(a)
return a
def spawn(world, cfg, pos=None):
if pos == None:
pos = getPositionAwayFromOtherObjects(world, cfg.getint("Star", "buffer_object"), cfg.getint("Star", "buffer_edge"))
s = Star(pos, cfg_rand_min_max(cfg, "Star", "range"), cfg_rand_min_max(cfg, "Star", "pull"), cfg.getfloat("Star", "dmg_mod"), cfg.getboolean("Planet", "pull_weapon"))
world.append(s)
return s
