def run(self):
AbilityInstance.run(self)
if self.player.world.is_master:
# create the bounding circle to check collision against
bounding_cone = collision.BoundingCone(self.hit_radius,
self.player.rotation,
self.hit_angle)
# get a list of colliding players
self.targets = self.player.world.get_colliders(
bounding_cone, self.player.position, [self.player],
objects.Player)
# for each player, apply effects
for player in self.targets:
# get force vector for other player
force_vector = ((player.position[0] - self.player.position[0],
player.position[1] - self.player.position[1]))
force_vector = CollisionDetector.normalise_vector(force_vector)
player.force_vector = (force_vector[0] *
self.starting_strength,
force_vector[1] *
self.starting_strength)
print "Gust of wind collided with another player!"
# end the effect
self.expire()
def master(self):
# create the bounding circle to check collision against
bounding_cone = collision.BoundingCone(self.hit_radius, self.player.rotation, self.hit_angle)
# get a list of colliding players
colliders = self.player.world.get_colliders(bounding_cone, self.player.position,
[self.player], objects.Player)
# for each player, apply effects
for player in colliders:
player.apply_damage(self.damage, self.player, 403)
print "Tidal Wave collided with another player!"
def run(self):
AbilityInstance.run(self)
if not self.player.world.is_master:
# This ability doesn't do anything client-side.
self.expire()
else:
self.range = self.player.bounding_shape.radius + 16
self.bounding_shape = collision.BoundingCone(self.range,
self.player.rotation, 2*math.pi/3)
self.hit_players = []
def run(self):
AbilityInstance.run(self)
bounding_shape = collision.BoundingCone(
self.player.bounding_shape.radius + 8,
self.player.rotation, math.pi/2)
colliders = self.player.world.get_colliders(
bounding_shape, self.player.position,
[self.player], objects.Player)
print "Fire Primary ability collided with %s game objects." % (len(colliders))
self.expire()
def run(self):
AbilityInstance.run(self)
# @todo: have swing delay
bounding_shape = collision.BoundingCone(
self.range,
self.player.rotation, self.hit_angle)
colliders = self.player.world.get_colliders(
bounding_shape, self.player.position,
[self.player], objects.Player)
print "Earth Primary ability collided with %s players." % (len(colliders))
self.expire()
def run(self):
AbilityInstance.run(self)
# @todo: have swing delay
bounding_shape = collision.BoundingCone(self.range,
self.player.rotation,
self.hit_angle)
colliders = self.player.world.get_colliders(bounding_shape,
self.player.position,
[self.player],
objects.Player)
if self.player.world.is_master:
self.master(colliders)
self.expire()
def run(self):
AbilityInstance.run(self)
# create the bounding circle to check collision against
bounding_cone = collision.BoundingCone(self.hit_radius, self.player.rotation, self.hit_angle)
# get a list of colliding players
colliders = self.player.world.get_colliders(bounding_cone, self.player.position,
[self.player], objects.Player)
# for each player, apply effects
for player in colliders:
# @todo: apply damage etc
print "Tidal Wave collided with another player!"
# end the effect
self.expire()
def run(self):
AbilityInstance.run(self)
# create the bounding circle to check collision against
bounding_cone = collision.BoundingCone(self.hit_radius, self.player.rotation, self.hit_angle)
# get a list of colliding players
colliders = self.player.world.get_colliders(bounding_cone, self.player.position,
[self.player], objects.Player)
# for each player, apply effects
for player in colliders:
# get force vector for other player
force_vector = ((player.position[0] - self.player.position[0],
player.position[1] - self.player.position[1]))
player.apply_force(force_vector, self.knockback_strength, self.acceleration_factor, self.duration)
print "Gust of wind collided with another player!"
# end the effect
self.expire()
