def fire(self):
projectiles = []
if self.firing and self.current_cool_down == 0 and self.parent.reactor.current_power >= self.power_use\
and not self.parent.reactor.overheating:
self.current_cool_down = self.cool_down
self.parent.reactor.current_power -= self.power_use
self.firing = False
for projectile in range(self.projectiles):
projectile = Projectile(
size=self.projectile_size,
pos=self.pos + pygame.Vector2(
uniform(-self.projectile_grouping,
self.projectile_grouping),
uniform(-self.projectile_grouping,
self.projectile_grouping)),
health=0,
speed=self.speed,
damage=self.damage,
color=self.projectile_color,
parent=self.parent,
direction=pygame.Vector2(
1, 0).rotate(-self.parent.angle +
uniform(-self.spread, self.spread)),
effects=copy(self.effects))
projectiles.append(projectile)
return projectiles
def __init__(self, id):
self.id = id
self.sprite = SpriteSheet(res.weapon)
self.sprite.init(12, 12, 0.06)
self.sprite.set_frame_loop(5, 5, False)
self.slot = None # WeaponSlot this weapon is in
self.position = sf.Vector2(0, 0)
self.firing = False # Whether or not it's firing this turn
self.powered = False # Is the weapon powered or unpowered
self.was_powered = False # Was the weapon powered last turn? (Used for weapon slide out/in animation)
self.target = None # Target room
self.charge = 0
self.required_charge = 1
self.required_power = 1 # Power consumption
self.projectile_type = None
self.num_shots = 2
self.projectiles = [Projectile(), Projectile()]
