class FireFlameRushInstance(AbilityInstance):
charge_speed_multiplier = 3
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(2)
self.scheduler.on_fire += self.expire
def run(self):
AbilityInstance.run(self)
self.player.is_charging = True
self.player.move_speed *= self.charge_speed_multiplier
self.player.collided += self.on_player_collided
def on_player_collided(self, player, object):
if object.type == "player":
# @todo: do damage...
print "Flame Rush collided with another player!"
self.expire()
return False
if not object.isPassable:
# @todo: stun? damage? etc...
print "Flame Rush collided with some other object!"
self.expire()
return False
def update(self, dt):
AbilityInstance.update(self, dt)
self.scheduler.addtime(dt)
def expire(self):
AbilityInstance.expire(self)
self.player.is_charging = False
self.player.move_speed /= self.charge_speed_multiplier
class FireFlameRushInstance(AbilityInstance):
charge_speed_multiplier = 3
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(2)
self.scheduler.on_fire += self.expire
def run(self):
AbilityInstance.run(self)
self.player.is_charging = True
self.player.move_speed *= self.charge_speed_multiplier
self.player.collided += self.on_player_collided
def on_player_collided(self, player, object):
if object.type == "player":
# @todo: do damage...
print "Flame Rush collided with another player!"
self.expire()
return False
if not object.isPassable:
# @todo: stun? damage? etc...
print "Flame Rush collided with some other object!"
self.expire()
return False
def update(self, dt):
AbilityInstance.update(self, dt)
self.scheduler.addtime(dt)
def expire(self):
AbilityInstance.expire(self)
self.player.is_charging = False
self.player.move_speed /= self.charge_speed_multiplier
class FireFlameRushInstance(AbilityInstance):
power_cost = 30
charge_speed_multiplier = 3
damage = 20
duration = .5
radius = 12
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(self.duration)
self.scheduler.fired += self.expire
self.type = "FireFlameRushInstance"
self.collided = Event()
def run(self):
AbilityInstance.run(self)
self.player.is_charging = True
if self.player.world.is_master:
self.player.move_speed *= self.charge_speed_multiplier
self.player.collided += self.on_player_collided
def on_player_collided(self, object):
if not self.is_active:
return False
if not object.isPassable or object.type == "player":
self.collided(self.player)
# create the bounding circle to check collision against
bounding_circle = collision.BoundingCircle(self.radius)
# get a list of colliding players
colliders = self.player.world.get_colliders(
bounding_circle, self.player.position, [self.player],
objects.Player)
# for each player, apply effects
if self.player.world.is_master:
self.master(colliders)
self.expire()
return False
def master(self, colliders):
for player in colliders:
player.apply_damage(self.damage, self.player, 202)
print "Flame Rush collided with some other object!"
def update(self, dt):
AbilityInstance.update(self, dt)
self.scheduler.addtime(dt)
def expire(self):
AbilityInstance.expire(self)
self.player.is_charging = False
if self.player.world.is_master:
self.player.move_speed /= self.charge_speed_multiplier
class FireFlameRushInstance(AbilityInstance):
power_cost = 30
charge_speed_multiplier = 3
damage = 20
duration = .5
radius = 12
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(self.duration)
self.scheduler.fired += self.expire
self.type = "FireFlameRushInstance"
self.collided = Event()
def run(self):
AbilityInstance.run(self)
self.player.is_charging = True
if self.player.world.is_master:
self.player.move_speed *= self.charge_speed_multiplier
self.player.collided += self.on_player_collided
def on_player_collided(self, object):
if not self.is_active:
return False
if not object.isPassable or object.type == "player":
self.collided(self.player)
# create the bounding circle to check collision against
bounding_circle = collision.BoundingCircle(self.radius)
# get a list of colliding players
colliders = self.player.world.get_colliders(bounding_circle, self.player.position,
[self.player], objects.Player)
# for each player, apply effects
if self.player.world.is_master:
self.master(colliders)
self.expire()
return False
def master(self, colliders):
for player in colliders:
player.apply_damage(self.damage, self.player, 202)
print "Flame Rush collided with some other object!"
def update(self, dt):
AbilityInstance.update(self, dt)
self.scheduler.addtime(dt)
def expire(self):
AbilityInstance.expire(self)
self.player.is_charging = False
if self.player.world.is_master:
self.player.move_speed /= self.charge_speed_multiplier
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(self.duration)
self.scheduler.fired += self.expire
self.type = "FireFlameRushInstance"
self.collided = Event()
def __init__(self, player, delay):
Scheduler.__init__(self, delay)
self.player = player
def schedule(self, in_time, callback, *params):
s = Scheduler(in_time, *params)
s.fired += lambda *_: self.schedulers.remove(s)
s.fired += callback
self.schedulers.append(s)
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(2)
self.scheduler.on_fire += self.expire
def __init__(self, player):
AbilityInstance.__init__(self, player)
self.scheduler = Scheduler(2)
self.scheduler.on_fire += self.expire
