experimental/fun_mcmc/fun_mcmc_lib.py
def call_fn(fn: TransitionOperator, args: Union[Tuple[Any], Any]) -> Any:
  """Calls a transition operator with args, unpacking args if its a sequence.

  Args:
    fn: A `TransitionOperator`.
    args: Arguments to `fn`

  Returns:
    ret: Return value of `fn`.
  """

  if isinstance(args, (list, tuple)) and not mcmc_util.is_namedtuple_like(args):
    args = args  # type: Tuple[Any]
    return fn(*args)
  else:
    return fn(args)
def call_fn(fn: TransitionOperator, args: Union[Tuple[Any], Any]) -> Any:
  if isinstance(args, (list, tuple)) and not mcmc_util.is_namedtuple_like(args):
    args = args  # type: Tuple[Any]
    return fn(*args)
  else:
    return fn(args)
def call_fn ( fn : TransitionOperator , args : Union [ Tuple [ Any ] , Any ] ) -> Any : if isinstance ( args , ( list , tuple ) ) and not mcmc_util . is_namedtuple_like ( args ) : args = args # type: Tuple[Any] return fn ( * args ) else : return fn ( args )
Calls a transition operator with args, unpacking args if its a sequence.

  Args:
    fn: A `TransitionOperator`.
    args: Arguments to `fn`

  Returns:
    ret: Return value of `fn`.
Calls a transition operator with args unpacking args if its a sequence .