def lock_on(self) -> Optional[LockOn]:
if self.fire_groups and all_equal((fg.lock_on for fg in self.fire_groups)):
return self.fire_groups[0].lock_on
else:
return None
def ammo(self) -> Optional[Ammo]:
if self.fire_modes and all_equal((fm.ammo for fm in self.fire_modes)):
return self.fire_modes[0].ammo
else:
return None
def heat(self) -> Optional[Heat]:
if self.fire_modes and all_equal((fm.heat for fm in self.fire_modes)):
return self.fire_modes[0].heat
else:
return None
def recoil(self) -> Optional[Recoil]:
if self.fire_groups and all_equal((fg.recoil for fg in self.fire_groups)):
return self.fire_groups[0].recoil
else:
return None
def projectile(self) -> Optional[Projectile]:
if self.fire_groups and all_equal((fg.projectile for fg in self.fire_groups)):
return self.fire_groups[0].projectile
else:
return None
def fire_timing(self) -> Optional[FireTiming]:
if self.fire_groups and all_equal((fg.fire_timing for fg in self.fire_groups)):
return self.fire_groups[0].fire_timing
else:
return None
def heat(self) -> Optional[Heat]:
if self.fire_groups and all_equal((fg.heat for fg in self.fire_groups)):
return self.fire_groups[0].heat
else:
return None
def ammo(self) -> Optional[Ammo]:
if self.fire_groups and all_equal((fg.ammo for fg in self.fire_groups)):
return self.fire_groups[0].ammo
else:
return None
def lock_on(self) -> Optional[LockOn]:
if self.fire_modes and all_equal(
(fm.lock_on for fm in self.fire_modes)):
return self.fire_modes[0].lock_on
else:
return None
def projectile(self) -> Optional[Projectile]:
if self.fire_modes and all_equal(
(fm.projectile for fm in self.fire_modes)):
return self.fire_modes[0].projectile
else:
return None
def player_state_can_ads(self) -> Optional[Dict[PlayerState, bool]]:
if self.fire_modes and all_equal(
(fm.player_state_can_ads for fm in self.fire_modes)):
return self.fire_modes[0].player_state_can_ads
else:
return None
def recoil(self) -> Optional[Recoil]:
if self.fire_modes and all_equal(
(fm.recoil for fm in self.fire_modes)):
return self.fire_modes[0].recoil
else:
return None
def direct_damage_profile(self) -> Optional[DamageProfile]:
if self.fire_modes and all_equal(
(fm.direct_damage_profile for fm in self.fire_modes)):
return self.fire_modes[0].direct_damage_profile
else:
return None
def fire_timing(self) -> Optional[FireTiming]:
if self.fire_modes and all_equal(
(fm.fire_timing for fm in self.fire_modes)):
return self.fire_modes[0].fire_timing
else:
return None
def direct_damage_profile(self) -> Optional[DamageProfile]:
if self.fire_groups and all_equal(
(fg.direct_damage_profile for fg in self.fire_groups)):
return self.fire_groups[0].direct_damage_profile
else:
return None
def player_state_can_ads(self) -> Optional[Dict[PlayerState, bool]]:
if self.fire_groups and all_equal(
(fg.player_state_can_ads for fg in self.fire_groups)):
return self.fire_groups[0].player_state_can_ads
else:
return None
def player_state_cone_of_fire(
self) -> Optional[Dict[PlayerState, ConeOfFire]]:
if self.fire_groups and all_equal(
(fg.player_state_cone_of_fire for fg in self.fire_groups)):
return self.fire_groups[0].player_state_cone_of_fire
else:
return None
def test_all_equal():
assert all_equal([1, 2, 3]) is False
assert all_equal([1, 1]) is True
assert all_equal([]) is True
