def execute_type_add_buff(self, user, effect, target, execute_args):
buff_id = int(execute_args.get('buff_id'))
turn = int(execute_args.get('turn', 1))
value = utils.get_value_by_execute_args(execute_args, user, target)
self.add_buff_to_target(user, target, buff_id, turn, value)
def execute_type_cure(self, user, effect, target, execute_args):
rate = float(execute_args.get('rate', 1.0))
effect_base = execute_args.get('effect_base', 'atk')
value = utils.get_value_by_execute_args(execute_args, user, target)
self.create_cure(user, target, effect, value)
def execute_type_add_hot(self, user, effect, target, execute_args):
buff_id = int(execute_args.get('buff_id'))
turn = int(execute_args.get('turn', 1))
value = utils.get_value_by_execute_args(execute_args, user, target)
cure_struct = self.create_cure_struct(user, target, value, {})
user_property = cure_struct.get_expect_value()
self.add_buff_to_target(user, target, buff_id, turn, user_property)
def execute_type_damage(self, user, effect, target, execute_args):
hit = self.check_hit(user, effect, target)
if not hit:
self.on_effect_not_hit(user, effect, target)
return
be_evade = self.check_evade(user, effect, target)
if be_evade:
self.on_damage_be_evade(user, effect, target)
return
value = utils.get_value_by_execute_args(execute_args, user, target)
_damage_struct = self.create_damage(user, target, effect, value)
absorb_hp_rate = float(execute_args.get('absorb_hp_rate', 0))
if absorb_hp_rate:
_real_value = _damage_struct.get_real_value()
self.create_cure(user, user, effect, _real_value * absorb_hp_rate)