def get_nts(self, goids=None, sortby=None):
        """Given GO IDs, get a list of namedtuples."""
        nts = []
        # User GO IDs
        if goids is None:
            goids = self.go_sources
        else:
            chk_goids(goids, "GoSubDag::get_nts")
        if goids:
            ntobj = cx.namedtuple("NtGo", " ".join(self.prt_attr['flds']))
            go2nt = self.get_go2nt(goids)
            for goid, ntgo in self._get_sorted_go2nt(go2nt, sortby):
                assert ntgo is not None, "{GO} NOT IN go2nt".format(GO=goid)
                if goid == ntgo.GO:
                    nts.append(ntgo)
                else:
                    fld2vals = ntgo._asdict()
                    fld2vals['GO'] = goid
                    nts.append(ntobj(**fld2vals))
        return nts
def get_nts ( self , goids = None , sortby = None ) : nts = [ ] if goids is None : goids = self . go_sources else : chk_goids ( goids , "GoSubDag::get_nts" ) if goids : ntobj = cx . namedtuple ( "NtGo" , " " . join ( self . prt_attr [ 'flds' ] ) ) go2nt = self . get_go2nt ( goids ) for goid , ntgo in self . _get_sorted_go2nt ( go2nt , sortby ) : assert ntgo is not None , "{GO} NOT IN go2nt" . format ( GO = goid ) if goid == ntgo . GO : nts . append ( ntgo ) else : fld2vals = ntgo . _asdict ( ) fld2vals [ 'GO' ] = goid nts . append ( ntobj ( ** fld2vals ) ) return nts
Given GO IDs, get a list of namedtuples.