def predict(self, data_view_id, candidates, method="scalar", use_prior=True):
        """
        Predict endpoint. This simply wraps the async methods (submit and poll for status/results).

        :param data_view_id: The ID of the data view to use for prediction
        :type data_view_id: str
        :param candidates: A list of candidates to make predictions on
        :type candidates: list of dicts
        :param method: Method for propagating predictions through model graphs. "scalar" uses linearized uncertainty
        propagation, whereas "scalar_from_distribution" still returns scalar predictions but uses sampling to
        propagate uncertainty without a linear approximation.
        :type method: str ("scalar" or "scalar_from_distribution")
        :param use_prior:  Whether to apply prior values implied by the property descriptors
        :type use_prior: bool
        :return: The results of the prediction
        :rtype: list of :class:`PredictionResult`
        """

        uid = self.submit_predict_request(data_view_id, candidates, method, use_prior)

        while self.check_predict_status(data_view_id, uid)['status'] not in ["Finished", "Failed", "Killed"]:
            time.sleep(1)

        result = self.check_predict_status(data_view_id, uid)
        if result["status"] == "Finished":

            paired = zip(result["results"]["candidates"], result["results"]["loss"])
            prediction_result_format = [{k: (p[0][k], p[1][k]) for k in p[0].keys()} for p in paired]

            return list(map(
                lambda c: _get_prediction_result_from_candidate(c), prediction_result_format
            ))
        else:
            raise RuntimeError(
                "Prediction failed: UID={}, result={}".format(uid, result["status"])
            )
def predict(self, data_view_id, candidates, method="scalar", use_prior=True):
        """
        Predict endpoint. This simply wraps the async methods (submit and poll for status/results).

        :param data_view_id: The ID of the data view to use for prediction
        :type data_view_id: str
        :param candidates: A list of candidates to make predictions on
        :type candidates: list of dicts
        :param method: Method for propagating predictions through model graphs. "scalar" uses linearized uncertainty
        propagation, whereas "scalar_from_distribution" still returns scalar predictions but uses sampling to
        propagate uncertainty without a linear approximation.
        :type method: str ("scalar" or "scalar_from_distribution")
        :param use_prior:  Whether to apply prior values implied by the property descriptors
        :type use_prior: bool
        :return: The results of the prediction
        :rtype: list of :class:`PredictionResult`
        """

        uid = self.submit_predict_request(data_view_id, candidates, method, use_prior)

        while self.check_predict_status(data_view_id, uid)['status'] not in ["Finished", "Failed", "Killed"]:
            time.sleep(1)

        result = self.check_predict_status(data_view_id, uid)
        if result["status"] == "Finished":

            paired = zip(result["results"]["candidates"], result["results"]["loss"])
            prediction_result_format = [{k: (p[0][k], p[1][k]) for k in p[0].keys()} for p in paired]

            return list(map(
                lambda c: _get_prediction_result_from_candidate(c), prediction_result_format
            ))
        else:
            raise RuntimeError(
                "Prediction failed: UID={}, result={}".format(uid, result["status"])
            )
def predict ( self , data_view_id , candidates , method = "scalar" , use_prior = True ) : uid = self . submit_predict_request ( data_view_id , candidates , method , use_prior ) while self . check_predict_status ( data_view_id , uid ) [ 'status' ] not in [ "Finished" , "Failed" , "Killed" ] : time . sleep ( 1 ) result = self . check_predict_status ( data_view_id , uid ) if result [ "status" ] == "Finished" : paired = zip ( result [ "results" ] [ "candidates" ] , result [ "results" ] [ "loss" ] ) prediction_result_format = [ { k : ( p [ 0 ] [ k ] , p [ 1 ] [ k ] ) for k in p [ 0 ] . keys ( ) } for p in paired ] return list ( map ( lambda c : _get_prediction_result_from_candidate ( c ) , prediction_result_format ) ) else : raise RuntimeError ( "Prediction failed: UID={}, result={}" . format ( uid , result [ "status" ] ) )
Predict endpoint. This simply wraps the async methods (submit and poll for status/results).

        :param data_view_id: The ID of the data view to use for prediction
        :type data_view_id: str
        :param candidates: A list of candidates to make predictions on
        :type candidates: list of dicts
        :param method: Method for propagating predictions through model graphs. "scalar" uses linearized uncertainty
        propagation, whereas "scalar_from_distribution" still returns scalar predictions but uses sampling to
        propagate uncertainty without a linear approximation.
        :type method: str ("scalar" or "scalar_from_distribution")
        :param use_prior:  Whether to apply prior values implied by the property descriptors
        :type use_prior: bool
        :return: The results of the prediction
        :rtype: list of :class:`PredictionResult`
Predict endpoint . This simply wraps the async methods ( submit and poll for status / results ) .