add an equation with one operand on the right-hand side . concode_field_sep Graph equations concode_elem_sep boolean EAGER concode_elem_sep DF_Solution cells concode_elem_sep boolean DEBUG concode_elem_sep Comparator<DF_Equation> dfComparator concode_elem_sep HashSet<DF_Equation> newEquations concode_elem_sep TreeSet<DF_Equation> workList concode_field_sep void numberEquationsTopological concode_elem_sep int compare concode_elem_sep void addToWorkList concode_elem_sep void changedCell concode_elem_sep DF_LatticeCell getCell concode_elem_sep void initializeWorkList concode_elem_sep DF_Solution getSolution concode_elem_sep void addAllEquationsToWorkList concode_elem_sep int getNumberOfEquations concode_elem_sep DF_LatticeCell findOrCreateCell concode_elem_sep DF_LatticeCell makeCell concode_elem_sep Enumeration<DF_Equation> getEquations concode_elem_sep void addEquation concode_elem_sep void updateWorkList concode_elem_sep void solve concode_elem_sep void initializeLatticeCells concode_elem_sep String toString concode_elem_sep void addNewEquationsToWorkList concode_elem_sep void showGraphStats concode_elem_sep void addCellAppearancesToWorkList
void function ( DF_LatticeCell arg0 , DF_Operator arg1 , DF_LatticeCell arg2 ) { DF_Equation loc0 = new DF_Equation ( arg0 , arg1 , arg2 ) ; equations . addGraphNode ( loc0 ) ; equations . addGraphNode ( arg0 ) ; equations . addGraphNode ( arg2 ) ; newEquations . add ( loc0 ) ; arg2 . addUse ( loc0 ) ; arg0 . addDef ( loc0 ) ; if ( EAGER && loc0 . evaluate ( ) ) changedCell ( arg0 ) ; }