def __init__(self,
original_particles,
sink_radius=None,
mass=None,
position=None,
velocity=None,
angular_momentum=None,
looping_over="sinks"):
ParticlesOverlay.__init__(self, original_particles)
self._private.looping_over = looping_over
self.sink_radius = sink_radius or original_particles.radius
if not hasattr(original_particles, "mass"):
self.mass = mass or (([0.] * len(self)) | units.kg)
if not hasattr(original_particles, "x"):
self.position = position or (([[0., 0., 0.]] * len(self))
| units.m)
if not hasattr(original_particles, "vx"):
self.velocity = velocity or (([[0., 0., 0.]] * len(self))
| units.m / units.s)
if not hasattr(original_particles, "lx"):
self.angular_momentum = angular_momentum or (
([[0., 0., 0.]] * len(self)) | units.g * units.m**2 / units.s)
def __init__(self, original_particles, sink_radius=None, mass=None, position=None,
velocity=None, angular_momentum=None, looping_over="sinks"):
ParticlesOverlay.__init__(self, original_particles)
self._private.looping_over=looping_over
self.sink_radius = sink_radius or original_particles.radius
if not hasattr(original_particles, "mass"):
self.mass = mass or (([0.]*len(self)) | units.kg)
if not hasattr(original_particles, "x"):
self.position=position or (([[0.,0.,0.]]*len(self)) | units.m)
if not hasattr(original_particles, "vx"):
self.velocity=velocity or (([[0.,0.,0.]]*len(self)) | units.m/units.s)
if not hasattr(original_particles, "lx"):
self.angular_momentum=angular_momentum or (([[0.,0.,0.]]*len(self)) | units.g*units.m**2/units.s)
def __init__(self, *args, **kwargs):
ParticlesOverlay.__init__(self, *args, **kwargs)