def force_fire(self, **kwargs):
self.play_sound('fire')
ang = self.angle + (self.fire_n - 1) * self.inaccuracy * 180
proj = self.spawn_proj()
proj.velocity = Vec2d.from_anglen(ang, self.proj_velocity)
proj.angle = self.angle
proj.target = kwargs.get('target_function', kwargs.get('target', None))
self.fire_n = (self.fire_n + 1) % 3
def force_fire(self, **kwargs):
self.play_sound('fire')
ca = self.angle
da = self.inaccuracy * 360
sa = ca - da / 2
frag = self.fragmentation
vel = self.proj_velocity
segments = []
b_a = self.spawn(Ballast)
b_a.set_parent(self)
b_a.angle = sa
b_a.velocity = Vec2d.from_anglen(sa, vel)
b_b = self.spawn(Ballast)
b_b.set_parent(self)
b_b.angle = sa + da
b_b.velocity = Vec2d.from_anglen(sa + da, vel)
b_a.pair = b_b
b_b.pair = b_a
w = (self.Projectile.LENGTH - self.Projectile.RADIUS) / 2
for n in range(frag):
proj = self.spawn_proj()
if segments:
Pivot(proj.body, segments[-1].body, (-w, 0), (w, 0))
segments.append(proj)
ang = sa + da * (n / frag)
proj.angle = ang - 90
proj.velocity = Vec2d.from_anglen(ang, vel * .8)
Pivot(b_a.body, segments[0].body, (0, 0), (-w, 0))
Pivot(b_b.body, segments[-1].body, (0, 0), (w, 0))
