tensorflow_probability/python/distributions/joint_distribution_sequential.py
def _resolve_distribution_names(dist_fn_args, dist_names, leaf_name):
  """Uses arg names to resolve distribution names."""
  if dist_names is None:
    dist_names = []
  else:
    dist_names = dist_names.copy()
  n = len(dist_fn_args)
  dist_names.extend([None]*(n - len(dist_names)))
  for i_, args in enumerate(reversed(dist_fn_args)):
    if not args:
      continue  # There's no args to analyze.
    i = n - i_ - 1
    for j, arg_name in enumerate(args):
      dist_names[i - j - 1] = arg_name
  j = 0
  for i_ in range(len(dist_names)):
    i = n - i_ - 1
    if dist_names[i] is None:
      dist_names[i] = leaf_name if j == 0 else leaf_name + str(j)
      j += 1
  return tuple(dist_names)
def _resolve_distribution_names(dist_fn_args, dist_names, leaf_name):
  """Uses arg names to resolve distribution names."""
  if dist_names is None:
    dist_names = []
  else:
    dist_names = dist_names.copy()
  n = len(dist_fn_args)
  dist_names.extend([None]*(n - len(dist_names)))
  for i_, args in enumerate(reversed(dist_fn_args)):
    if not args:
      continue  # There's no args to analyze.
    i = n - i_ - 1
    for j, arg_name in enumerate(args):
      dist_names[i - j - 1] = arg_name
  j = 0
  for i_ in range(len(dist_names)):
    i = n - i_ - 1
    if dist_names[i] is None:
      dist_names[i] = leaf_name if j == 0 else leaf_name + str(j)
      j += 1
  return tuple(dist_names)
def _resolve_distribution_names ( dist_fn_args , dist_names , leaf_name ) : if dist_names is None : dist_names = [ ] else : dist_names = dist_names . copy ( ) n = len ( dist_fn_args ) dist_names . extend ( [ None ] * ( n - len ( dist_names ) ) ) for i_ , args in enumerate ( reversed ( dist_fn_args ) ) : if not args : continue # There's no args to analyze. i = n - i_ - 1 for j , arg_name in enumerate ( args ) : dist_names [ i - j - 1 ] = arg_name j = 0 for i_ in range ( len ( dist_names ) ) : i = n - i_ - 1 if dist_names [ i ] is None : dist_names [ i ] = leaf_name if j == 0 else leaf_name + str ( j ) j += 1 return tuple ( dist_names )
Uses arg names to resolve distribution names.
Uses arg names to resolve distribution names .