def _compute_aggregation(aggregation: str, data: Iterable[Any]):
        """
        Compute the specified aggregation on the given data.

        :param aggregation: the name of an arbitrary NumPy function (e.g., mean, max, median, nanmean, ...)
                            or one of :py:attr:`EXTRA_AGGREGATIONS`.
        :param data: data to be aggregated
        :raise ValueError: if the specified aggregation is not supported or found in NumPy
        """
        ComputeStats._raise_check_aggregation(aggregation)
        if aggregation == 'nanfraction':
            return np.sum(np.isnan(data)) / len(data)
        if aggregation == 'nancount':
            return int(np.sum(np.isnan(data)))
        return getattr(np, aggregation)(data)
def _compute_aggregation ( aggregation : str , data : Iterable [ Any ] ) : ComputeStats . _raise_check_aggregation ( aggregation ) if aggregation == 'nanfraction' : return np . sum ( np . isnan ( data ) ) / len ( data ) if aggregation == 'nancount' : return int ( np . sum ( np . isnan ( data ) ) ) return getattr ( np , aggregation ) ( data )
Compute the specified aggregation on the given data.

        :param aggregation: the name of an arbitrary NumPy function (e.g., mean, max, median, nanmean, ...)
                            or one of :py:attr:`EXTRA_AGGREGATIONS`.
        :param data: data to be aggregated
        :raise ValueError: if the specified aggregation is not supported or found in NumPy