def simple_est_rb(data, interleaved=False, p_min=0.0, p_max=1.0, n_particles=8000, return_all=False):
    r"""
    Estimates the fidelity of a gateset from a standard or interleaved randomized benchmarking
    experiment.
    
    :param data: Data to be used in estimating the gateset fidelity.
    :type data: see :ref:`simple_est_data_arg`
    :param float p_min: Minimum value of the parameter :math:`p`
        to consider feasible.
    :param float p_max: Minimum value of the parameter :math:`p`
        to consider feasible.
    :param int n_particles: The number of particles to be used in estimating
        the randomized benchmarking model.
    :param bool return_all: Controls whether additional return
        values are provided, such as the updater.

    :column counts (int): How many sequences of length :math:`m` were observed to
        survive.
    :column m (int): How many gates were used for sequences in this row of the data.
    :column n_shots (int): How many different sequences of length :math:`m`
        were measured.
    :column reference (bool): `True` if this row represents reference sequences, or
        `False` if the gate of interest is interleaved. Note that this column is omitted
        if ``interleaved`` is `False`.

    :return mean: Bayesian mean estimator for the model vector
        :math:`(p, A, B)`, or :math:`(\tilde{p}, p_{\text{ref}}, A, B)`
        for the interleaved case.
    :return var: Variance of the final posterior over RB model vectors.
    :return extra: See :ref:`simple_est_extra_return`. Only returned
        if ``return_all`` is `True`.
    """
    model = BinomialModel(RandomizedBenchmarkingModel(interleaved=interleaved))
    prior = PostselectedDistribution(UniformDistribution([
            [p_min, p_max],
            [0, 1],
            [0, 1]
        ] if not interleaved else [
            [p_min, p_max],
            [p_min, p_max],
            [0, 1],
            [0, 1]
        ]),
        model
    )

    data = load_data_or_txt(data, [
        ('counts', 'uint'),
        ('m', 'uint'),
        ('n_shots', 'uint')
    ] + ([
        ('reference', 'uint')
    ] if interleaved else []))

    cols_expparams = {
        'm': (1, 'm'),
        'n_meas': (2, 'n_shots')
    }
    if interleaved:
        cols_expparams['reference'] = (3, 'reference')

    outcomes, expparams = data_to_params(data,
        model.expparams_dtype,
        cols_expparams=cols_expparams
    )

    return do_update(
        model, n_particles, prior, outcomes, expparams,
        return_all
    )
r"""
    Estimates the fidelity of a gateset from a standard or interleaved randomized benchmarking
    experiment.
    
    :param data: Data to be used in estimating the gateset fidelity.
    :type data: see :ref:`simple_est_data_arg`
    :param float p_min: Minimum value of the parameter :math:`p`
        to consider feasible.
    :param float p_max: Minimum value of the parameter :math:`p`
        to consider feasible.
    :param int n_particles: The number of particles to be used in estimating
        the randomized benchmarking model.
    :param bool return_all: Controls whether additional return
        values are provided, such as the updater.

    :column counts (int): How many sequences of length :math:`m` were observed to
        survive.
    :column m (int): How many gates were used for sequences in this row of the data.
    :column n_shots (int): How many different sequences of length :math:`m`
        were measured.
    :column reference (bool): `True` if this row represents reference sequences, or
        `False` if the gate of interest is interleaved. Note that this column is omitted
        if ``interleaved`` is `False`.

    :return mean: Bayesian mean estimator for the model vector
        :math:`(p, A, B)`, or :math:`(\tilde{p}, p_{\text{ref}}, A, B)`
        for the interleaved case.
    :return var: Variance of the final posterior over RB model vectors.
    :return extra: See :ref:`simple_est_extra_return`. Only returned
        if ``return_all`` is `True`.