def throw(ability, action):
self = action.unit
damage = 3
statuses.Prone(self.grabbed_target)
self.grabbed_target.receive_damage(damage)
self.grabbed_target.disabled.remove(self)
self.grabbed_target.move_back()
if len(self.targets()) > 1:
target = random.choice([
trgt for trgt in self.targets() if trgt != self.grabbed_target
])
if 'dodge' not in self.target.action:
self.string('skill_7',
format_dict={
'target_1': self.grabbed_target.name,
'target_2': target.name,
'damage': damage
})
target.receive_damage(damage)
target.move_back()
statuses.Prone(target)
self.grabbed_target = None
return
self.string('skill_8',
format_dict={
'target_1': self.grabbed_target.name,
'damage': damage
})
self.grabbed_target = None
def wing_clap(ability, action):
unit = action.unit
unit.waste_energy(2)
targets = unit.melee_targets
for target in targets:
target.move_back()
statuses.Prone(target)
unit.string('skill_2', format_dict={'actor': unit.name})
def free(self):
self.release()
if self.state == 'lift':
self.string('skill_6',
format_dict={
'actor': self.name,
'target': self.target.name
})
statuses.Prone(self.victim)
def fling(self):
damage = 4
self.target.receive_damage(damage)
self.target.move_back()
self.string('skill_10',
format_dict={
'actor': self.name,
'target': self.target.name,
'damage': damage
})
statuses.Prone(self.victim)
self.free()
def free(self):
self.release()
if self.state == 'lift':
self.string('skill_6',
format_dict={
'actor': self.name,
'target': self.target.name
})
statuses.Prone(self.victim)
self.victim = None
self.target = None
self.controller.find_target()
def dies(self):
self.wounds -= self.dmg_received
if self.wounds <= 0 and self not in self.fight.dead:
print(self.name)
if self.state == 'lift':
self.string('died_message_1',
format_dict={
'actor': self.name,
'target': self.victim.name
})
statuses.Prone(self.victim)
else:
self.string('died_message', format_dict={'actor': self.name})
self.release()
self.owner.branch_spawned = False
return True
elif self.dmg_received:
self.string('fire_out', format_dict={'actor': self.name})
return False
def activate(self, action):
self.on_cd()
if 'massive' in action.target.types:
self.string('impossible',
format_dict={
'target': action.target.name,
'actor': self.unit.name
})
elif 'move' in action.target.action:
self.string('use',
format_dict={
'actor': self.unit.name,
'target': action.target.name
})
statuses.Prone(action.target)
action.target.receive_damage(3)
else:
self.string('fail',
format_dict={
'actor': self.unit.name,
'target': action.target.name
})
def activate(self, action):
self.on_cd()
if 'massive' in action.target.types:
self.string('impossible',
format_dict={
'target': action.target.name,
'actor': self.unit.name
})
elif action.target.energy < action.unit.energy + random.randint(0, 1):
self.string('use',
format_dict={
'actor': action.unit.name,
'target': action.target.name
})
statuses.Buff(action.target, 'melee_accuracy', -6, 1)
statuses.Buff(action.target, 'range_accuracy', -6, 1)
print(action.target.melee_accuracy)
statuses.Prone(action.target)
else:
self.string('fail',
format_dict={
'actor': action.unit.name,
'target': action.target.name
})
def effect_resolve(self, attack_action):
self.effect_chance -= 10 * attack_action.dmg_blocked
statuses.Prone(attack_action.target)
attack_action.to_emotes(emoji_utils.emote_dict['prone_em'])
