def activate(self,activator=None):
if not self.full():
print ("%s still on cooldown, %d turns remaining"%(self,self.count_to-self.count))
# still on cooldown
return False
self.reset(0) # was -1 because we immediately inc()
TurnTaker.add_turntaker(self)
return True
def activate(self,activator=None):
if not RunDownItem.activate(self):
return False
if self.is_active:
TurnTaker.add_turntaker(self.owner)
else:
TurnTaker.clear_turntaker(self.owner)
return True
def activate(self,activator=None):
if self.is_active:
# deactivate an active item
self.is_active = False
TurnTaker.clear_turntaker(self)
return True
elif self.full():
# can't activate one that's run out
return False
else:
self.is_active = True
TurnTaker.add_turntaker(self)
self.inc(4) # activation costs 4 + 1 for the first turn; discouraging flickering
self.take_turn() # so takes effect straight away if any turn taking behaviour
return True