def can_do_action(self, msg_fn=None):
super_result = super().can_do_action(msg_fn)
if super_result == self.Inactive:
return super_result
if any(Race.Demon in e.race for e in ext.collect_all(self, oop=False)):
return self.Active
else:
if msg_fn:
msg_fn('No valid target, I can\'t use it!')
return self.Inactive
def can_do_action(self, msg_fn=None):
super_result = super().can_do_action(msg_fn)
if super_result == self.Inactive:
return super_result
if any(Race.Demon in e.race for e in ext.collect_all(self, oop=False)):
return self.Active
else:
if msg_fn:
msg_fn('No valid target, I can\'t use it!')
return self.Inactive
def run_battlecry(self, target, **kwargs):
return [
std_events.DistributedDamage(
self.game,
self,
3,
collect_fn=lambda: ext.collect_all(self,
player_id=1 - self.
player_id,
ignore_dead=True,
except_list=(self, )),
)
]
def process(self, event: respond[0]):
if event.card is not self.owner:
return []
targets = ext.collect_all(self, except_self=False, oop=True)
return [std_events.AreaDamage(self.game, self.owner, targets, [2 for _ in targets])]
def run_battlecry(self, target, **kwargs):
targets = ext.collect_all(self, oop=True, except_list=(self,))
return [std_events.AreaDamage(self.game, self, targets, [1 for _ in targets])]
def run(self, target, **kwargs):
targets = ext.collect_all(self, oop=True)
return [std_events.AreaDamage(self.game, self, targets, [self.dh_values[0] for _ in targets])]
def run_battlecry(self, target, **kwargs):
targets = ext.collect_all(self, oop=True, except_list=(self, ))
return [
std_events.AreaDamage(self.game, self, targets,
[1 for _ in targets])
]
def run(self, target, **kwargs):
targets = ext.collect_all(self, oop=True)
return [
std_events.AreaDamage(self.game, self, targets,
[self.dh_values[0] for _ in targets])
]
def process(self, event: respond[0]):
if event.card is not self.owner:
return []
targets = ext.collect_all(self, oop=True)
return [std_events.AreaDamage(self.game, self.owner, targets, [2 for _ in targets])]