def sword_attack_giant_normal(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if d6() == 1:
damage = d6(2) + (attacker.get_force() * 4)
defense = target.get_armor()
target.apply_damage(damage - defense)
def sword_attack_giant_normal(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if d6() == 1:
damage = d6(2) + (attacker.get_force() * 4)
defense = target.get_armor()
target.apply_damage(damage - defense)
def light_saber_attack_giant_normal(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if self.light_saber_mode and d6() == 1:
damage = d6(3) + (attacker.get_force() * 4)
defense = target.get_armor()
target.apply_damage(damage - defense)
self.light_saber_mode = False
def light_saber_attack_giant_normal(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if self.light_saber_mode and d6() == 1:
damage = d6(3) + (attacker.get_force() * 4)
defense = target.get_armor()
target.apply_damage(damage - defense)
self.light_saber_mode = False
def combo_attack(self, attackers, target):
assert_type(target, characters.Character)
if all([character.has_advantage(self.name) for character in attackers]) and not self.already_used:
best_skill = max([character.get_skill() for character in attackers])
if d6() <= best_skill:
combo_fire_power = sum([character.get_fire_power() for character in attackers])
damage = d6(1) + combo_fire_power
defense = target.get_armor()
target.apply_damage(damage - defense)
self.already_used = True
def combo_attack(self, attackers, target):
assert_type(target, characters.Character)
if all([character.has_advantage(self.name)
for character in attackers]) and not self.already_used:
best_skill = max(
[character.get_skill() for character in attackers])
if d6() <= best_skill:
combo_fire_power = sum(
[character.get_fire_power() for character in attackers])
damage = d6(1) + combo_fire_power
defense = target.get_armor()
target.apply_damage(damage - defense)
self.already_used = True
def sword_attack_normal_giant(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if attacker.check_skill():
damage = d6(2) + attacker.get_force()
defense = (target.get_armor() * 4)
target.apply_damage(damage - defense)
def sword_attack_normal_giant(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if attacker.check_skill():
damage = d6(2) + attacker.get_force()
defense = (target.get_armor() * 4)
target.apply_damage(damage - defense)
def light_saber_attack_normal_giant(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if self.light_saber_mode and attacker.check_skill():
damage = d6(3) + attacker.get_force()
defense = (target.get_armor() * 4)
target.apply_damage(damage - defense)
self.light_saber_mode = False
def light_saber_attack_normal_giant(self, target):
assert_type(target, characters.Character)
attacker = self.action_manager
if self.light_saber_mode and attacker.check_skill():
damage = d6(3) + attacker.get_force()
defense = (target.get_armor() * 4)
target.apply_damage(damage - defense)
self.light_saber_mode = False
def devastating_blow_fire_power(self, target):
assert_type(target, characters.Character)
if self.action_manager.check_skill():
damage = (d6() + self.action_manager.get_force()) * 2
defense = target.get_armor()
target.apply_damage(damage - defense)
def devastating_blow_fire_power(self, target):
assert_type(target, characters.Character)
if self.action_manager.check_skill():
damage = (d6() + self.action_manager.get_force()) * 2
defense = target.get_armor()
target.apply_damage(damage - defense)
def check_fire_power(self):
return d6() < self.fire_power
def check_endurance(self):
return d6() < self.endurance
def check_skill(self):
return d6() < self.skill
def check_force(self):
return d6() <= self.force