def update(self, time):
#Update as abstract object
AbstractObject.update(self,time)
if not self.owner.alive:
self.alive = False
if not self.returning:
#Update distance traveled
self.distance += self.vel.getNorm()*time
#Check to see if it hit max range yet
if self.distance >= self.range:
self.returning = True
elif self.returning: #returns along straight line between knife and owner
direction = self.pos - self.owner.pos
direction = direction.getNormalized()
self.vel = direction*self.speed
#if util.getCollisionInfo(self.shape.translate(self.getPos()), self.vel, self.owner.shape.translate(self.owner.getPos()), self.owner.vel):
# time = util.getCollisionInfo(self.shape.translate(self.getPos()), self.vel, self.owner.shape.translate(self.owner.getPos()), self.owner.vel)[0]
# print time
#CHECK FOR COLLISION WITH OWNER
#cant use onCollide because collision between unit and projectile of the same team are ignored
if util.Rect.touches(self.shape.translate(self.getPos()), self.owner.shape.translate(self.owner.getPos())):
#print "COLLISION"
self.alive = False
def update(self,time):
#Update as abstract object
AbstractObject.update(self,time)
#Update distance traveled
self.distance += self.vel.getNorm()*time
#Check to see if it hit max range yet
if self.distance >= self.range:
self.alive = False
