def assessModel(self, target: str, prediction: str, nominal: bool = True, event: str = '', **kwargs):
        """
        This method will calculate assessment measures using the SAS AA_Model_Eval Macro used for SAS Enterprise Miner.
        Not all datasets can be assessed. This is designed for scored data that includes a target and prediction columns
        TODO: add code example of build, score, and then assess

        :param target: string that represents the target variable in the data
        :param prediction: string that represents the numeric prediction column in the data. For nominal targets this should a probability between (0,1).
        :param nominal: boolean to indicate if the Target Variable is nominal because the assessment measures are different.
        :param event: string which indicates which value of the nominal target variable is the event vs non-event
        :param kwargs:
        :return: SAS result object
        """
        # submit autocall macro
        self.sas.submit("%aamodel;")
        objtype = "datastep"
        objname = '{s:{c}^{n}}'.format(s=self.table[:3], n=3,
                                       c='_') + self.sas._objcnt()  # translate to a libname so needs to be less than 8
        code = "%macro proccall(d);\n"

        # build parameters
        score_table = str(self.libref + '.' + self.table)
        binstats = str(objname + '.' + "ASSESSMENTSTATISTICS")
        out = str(objname + '.' + "ASSESSMENTBINSTATISTICS")
        level = 'interval'
        # var = 'P_' + target
        if nominal:
            level = 'class'
            # the user didn't specify the event for a nominal Give them the possible choices
            try:
                if len(event) < 1:
                    raise Exception(event)
            except Exception:
                print("No event was specified for a nominal target. Here are possible options:\n")
                event_code = "proc hpdmdb data=%s.%s %s classout=work._DMDBCLASSTARGET(keep=name nraw craw level frequency nmisspercent);" % (
                    self.libref, self.table, self._dsopts())
                event_code += "\nclass %s ; \nrun;" % target
                event_code += "data _null_; set work._DMDBCLASSTARGET; where ^(NRAW eq . and CRAW eq '') and lowcase(name)=lowcase('%s');" % target
                ec = self.sas._io.submit(event_code)
                HTML(ec['LST'])
                # TODO: Finish output of the list of nominals variables

        if nominal:
            code += "%%aa_model_eval(DATA=%s%s, TARGET=%s, VAR=%s, level=%s, BINSTATS=%s, bins=100, out=%s,  EVENT=%s);" \
                    % (score_table, self._dsopts(), target, prediction, level, binstats, out, event)
        else:
            code += "%%aa_model_eval(DATA=%s%s, TARGET=%s, VAR=%s, level=%s, BINSTATS=%s, bins=100, out=%s);" \
                    % (score_table, self._dsopts(), target, prediction, level, binstats, out)
        rename_char = """
        data {0};
            set {0};
            if level in ("INTERVAL", "INT") then do;
                rename  _sse_ = SumSquaredError
                        _div_ = Divsor
                        _ASE_ = AverageSquaredError
                        _RASE_ = RootAverageSquaredError
                        _MEANP_ = MeanPredictionValue
                        _STDP_ = StandardDeviationPrediction
                        _CVP_ = CoefficientVariationPrediction;
            end;
            else do;
                rename  CR = MaxClassificationRate
                        KSCut = KSCutOff
                        CRDEPTH =  MaxClassificationDepth
                        MDepth = MedianClassificationDepth
                        MCut  = MedianEventDetectionCutOff
                        CCut = ClassificationCutOff
                        _misc_ = MisClassificationRate;
            end;
        run;
        """
        code += rename_char.format(binstats)
        if nominal:
            # TODO: add graphics code here to return to the SAS results object
            graphics ="""
            ODS PROCLABEL='ERRORPLOT' ;
            proc sgplot data={0};
                title "Error and Correct rate by Depth";
                series x=depth y=correct_rate;
                series x=depth y=error_rate;
                yaxis label="Percentage" grid;
            run;
            /* roc chart */
            ODS PROCLABEL='ROCPLOT' ;

            proc sgplot data={0};
                title "ROC Curve";
                series x=one_minus_specificity y=sensitivity;
                yaxis grid;
            run;
            /* Lift and Cumulative Lift */
            ODS PROCLABEL='LIFTPLOT' ;
            proc sgplot data={0};
                Title "Lift and Cumulative Lift";
                series x=depth y=c_lift;
                series x=depth y=lift;
                yaxis grid;
            run;
            """
            code += graphics.format(out)
        code += "run; quit; %mend;\n"
        code += "%%mangobj(%s,%s,%s);" % (objname, objtype, self.table)

        if self.sas.nosub:
            print(code)
            return

        ll = self.sas.submit(code, 'text')
        obj1 = sp2.SASProcCommons._objectmethods(self, objname)
        return sp2.SASresults(obj1, self.sas, objname, self.sas.nosub, ll['LOG'])