tensorflow_probability/python/distributions/joint_distribution_coroutine.py
def _flat_sample_distributions(self, sample_shape=(), seed=None, value=None):
    """Executes `model`, creating both samples and distributions."""
    ds = []
    values_out = []
    seed = seed_stream.SeedStream('JointDistributionCoroutine', seed)
    gen = self._model()
    index = 0
    d = next(gen)
    try:
      while True:
        actual_distribution = d.distribution if isinstance(d, self.Root) else d
        ds.append(actual_distribution)
        if (value is not None and len(value) > index and
            value[index] is not None):
          seed()
          next_value = value[index]
        else:
          next_value = actual_distribution.sample(
              sample_shape=sample_shape if isinstance(d, self.Root) else (),
              seed=seed())
        values_out.append(next_value)
        index += 1
        d = gen.send(next_value)
    except StopIteration:
      pass
    return ds, values_out
def _flat_sample_distributions(self, sample_shape=(), seed=None, value=None):
    ds = []
    values_out = []
    seed = seed_stream.SeedStream('JointDistributionCoroutine', seed)
    gen = self._model()
    index = 0
    d = next(gen)
    try:
      while True:
        actual_distribution = d.distribution if isinstance(d, self.Root) else d
        ds.append(actual_distribution)
        if (value is not None and len(value) > index and
            value[index] is not None):
          seed()
          next_value = value[index]
        else:
          next_value = actual_distribution.sample(
              sample_shape=sample_shape if isinstance(d, self.Root) else (),
              seed=seed())
        values_out.append(next_value)
        index += 1
        d = gen.send(next_value)
    except StopIteration:
      pass
    return ds, values_out
def _flat_sample_distributions ( self , sample_shape = ( ) , seed = None , value = None ) : ds = [ ] values_out = [ ] seed = seed_stream . SeedStream ( 'JointDistributionCoroutine' , seed ) gen = self . _model ( ) index = 0 d = next ( gen ) try : while True : actual_distribution = d . distribution if isinstance ( d , self . Root ) else d ds . append ( actual_distribution ) if ( value is not None and len ( value ) > index and value [ index ] is not None ) : seed ( ) next_value = value [ index ] else : next_value = actual_distribution . sample ( sample_shape = sample_shape if isinstance ( d , self . Root ) else ( ) , seed = seed ( ) ) values_out . append ( next_value ) index += 1 d = gen . send ( next_value ) except StopIteration : pass return ds , values_out
Executes `model`, creating both samples and distributions.
Executes model creating both samples and distributions .