def __init__(self, backend, n_sd=0):
Core.__init__(self, n_sd, backend)
self.core = self
self.environment = DummyEnvironment()
self.environment.register(self)
self.req_attr = {'n': Multiplicities(self), 'cell id': CellID(self)}
self.particles = None
def __init__(self, backend=None, n_sd=0):
backend = backend or Default()
Core.__init__(self, n_sd, backend)
self.core = self
self.environment = DummyEnvironment()
self.environment.register(self)
self.req_attr = {'n': Multiplicities(self), 'cell id': CellID(self)}
self.state = None
def __init__(self, backend, n_sd=0, formulae=None):
if formulae is None:
formulae = Formulae()
Core.__init__(self, n_sd, backend(formulae))
self.core = self
self.environment = DummyEnvironment()
self.environment.register(self)
self.req_attr = {'n': Multiplicities(self), 'cell id': CellID(self)}
self.particles = None
def __init__(self, n_sd, backend):
self.core = Core(n_sd, backend)
self.req_attr = {
'n': Multiplicities(self),
'volume': Volume(self),
'cell id': CellID(self)
}
self.aerosol_radius_threshold = 0
self.condensation_params = None
def __init__(self, n_sd, backend, formulae=Formulae()):
assert inspect.isclass(backend)
self.formulae = formulae
self.core = Core(n_sd, backend(formulae))
self.req_attr = {
'n': Multiplicities(self),
'volume': Volume(self),
'cell id': CellID(self)
}
self.aerosol_radius_threshold = 0
self.condensation_params = None