def __init__(self, world, shooter, angle, offset2sz=0, spread=0):
offset = geometry.Vec2d(0, shooter.collision.radius)
offset.rotate(angle)
offset2 = geometry.Vec2d(0, shooter.collision.radius / 2.0)
offset2.rotate(angle + 90)
spreadn = max(spread, 1.0)
vertical_sep = offset2sz / spreadn
self.collision.radius = 2.0
self.states.exploded = False
self.position.position = shooter.position.position + offset * (
2.5 - abs(offset2sz / 16)) + offset2 * vertical_sep
self.movement.velocity = (offset.normalized() * self.SPEED +
shooter.movement.velocity)
self.movement.accel = offset2 * -offset2sz / 2.0 + offset.normalized(
) * (40.0 - abs(offset2sz) * 5) / spreadn
self.shape.verts = [(0, 1.5), (1.5, -1.5), (-1.5, -1.5)]
self.collision.from_mask = Asteroid.COLLIDE_INTO_MASK
self.collision.into_mask = Shot.COLLIDE_INTO_MASK
self.renderable.color = "#ffc"
if "--cheat1" in sys.argv:
world.clock.schedule_once(
self.expire,
self.TIME_TO_LIVE * 2 / (1 + abs(offset2sz) / 50.0))
else:
world.clock.schedule_once(
self.expire, self.TIME_TO_LIVE / (1 + abs(offset2sz) / 50.0))
def __init__(self, world, shooter, angle):
offset = geometry.Vec2d(0, shooter.collision.radius)
offset.rotate(angle)
self.position.position = shooter.position.position + offset
self.movement.velocity = (
offset.normalized() * self.SPEED + shooter.movement.velocity)
self.shape.verts = [(0, 1.5), (1.5, -1.5), (-1.5, -1.5)]
self.collision.radius = 2.0
self.collision.from_mask = ~shooter.collision.into_mask
self.renderable.color = "#ffc"
world.clock.schedule_once(self.expire, self.TIME_TO_LIVE)
def brake(self):
thrust_vec = geometry.Vec2d(0, -self.engine.thrust)
thrust_vec.rotate(self.position.angle)
self.movement.accel = thrust_vec
self.shape.verts[2] = (0, 0 - random.random() * 16)
self.THRUST_SOUND.play()
def thrust_on(self):
thrust_vec = geometry.Vec2d(0, self.THRUST_ACCEL)
thrust_vec.rotate(self.position.angle)
self.movement.accel = thrust_vec
self.shape.verts[2] = (0, -16 - random.random() * 16)
self.THRUST_SOUND.play()