add compound member formed via aggregate function constraint to the cell . concode_field_sep boolean extendedContext concode_elem_sep int[] columnBitPositions concode_elem_sep boolean unsatisfiable concode_elem_sep BitKey constrainedColumnsBitKey concode_elem_sep RolapStar star concode_elem_sep SortedMap<BitKey,StarPredicate> compoundPredicateMap concode_elem_sep StarColumnPredicate[] sparseColumnPredicateList concode_elem_sep boolean isDirty concode_elem_sep RolapStar.Measure measure concode_elem_sep Object[] singleValues concode_elem_sep RolapStar.Column[] columnsCache concode_elem_sep boolean drillThrough concode_elem_sep int numColumns concode_field_sep RolapStar.Measure getMeasure concode_elem_sep int getNumValues concode_elem_sep Object[] getSingleValues concode_elem_sep RolapStar.Column[] getConstrainedColumns concode_elem_sep StarColumnPredicate getValueAt concode_elem_sep void addConstrainedColumn concode_elem_sep BitKey getConstrainedColumnsBitKey concode_elem_sep SortedMap<BitKey,StarPredicate> getCompoundPredicateMap concode_elem_sep void check concode_elem_sep Map<String,Comparable> getMappedCellValues concode_elem_sep boolean isUnsatisfiable
void function ( BitKey arg0 , StarPredicate arg1 ) { if ( compoundPredicateMap == null ) { compoundPredicateMap = new TreeMap < BitKey , StarPredicate > ( ) ; } compoundPredicateMap . put ( arg0 , arg1 ) ; }