public void solveReified(
JacopSoftConstraintProblem scsp,
DirectedConstraintGraph dcg,
HashMap<Constraint, WrappedPrimitiveConstraint> constraintMapper) {
constraintMap = new HashMap<String, WrappedPrimitiveConstraint>();
allIndicatorVariables = new ArrayList<BooleanVar>(constraintMapper.size());
constantOne = new BooleanVar(scsp.getStore(), "constOne", 1, 1);
constantZero = new BooleanVar(scsp.getStore(), "constZero", 0, 0);
store = scsp.getStore();
for (Entry<Constraint, WrappedPrimitiveConstraint> entry : constraintMapper.entrySet()) {
constraintMap.put(entry.getKey().getName(), entry.getValue());
allIndicatorVariables.add(entry.getValue().getViolationIndicator());
}
IntVar[] vars =
new IntVar
[scsp.getVariables().size() + allIndicatorVariables.size() + 3]; // including zero one
// constants
if (weighted) {
for (BooleanVar bv : allIndicatorVariables) {
bv.weight = Integer.MAX_VALUE / 2;
}
}
vars = allIndicatorVariables.toArray(vars);
ArrayList<IntVar> classicalVars = new ArrayList<IntVar>(scsp.getVariables());
for (int i = allIndicatorVariables.size(); i < vars.length - 3; ++i) {
vars[i] = classicalVars.get(i - allIndicatorVariables.size());
}
vars[vars.length - 1] = scsp.getObjective();
vars[vars.length - 2] = constantZero;
vars[vars.length - 3] = constantOne;
search = new DepthFirstSearch<IntVar>();
search.setPrintInfo(debug);
select = new InputOrderSelect<IntVar>(store, vars, new IndomainMin<IntVar>());
if (weighted) {
select =
new SimpleSelect<IntVar>(vars, new WeightedDegree<IntVar>(), new IndomainMin<IntVar>());
}
// now for the actual enumeration
objective = scsp.getObjective();
if (weighted) {
enumerator = new WeightedViolationDegreeEnumerator(dcg);
} else {
enumerator = new ConstraintRelationshipViolationDegreeEnumerator(dcg);
}
enumerator.addViolationDegreeListener(this);
enumerator.enumerate();
}
public boolean solveHard(JacopSoftConstraintProblem jscsp) {
solveReified = false;
idToConstraintMap =
new HashMap<String, org.jacop.constraints.Constraint>(jscsp.getConstraints().size());
for (org.jacop.constraints.Constraint jconstraint : jscsp.getConstraints()) {
idToConstraintMap.put(jconstraint.id, jconstraint);
}
IntVar[] vars = new IntVar[jscsp.getVariables().size()]; // including zero one
// constants
ArrayList<IntVar> classicalVars = new ArrayList<IntVar>(jscsp.getVariables());
store = jscsp.getStore();
vars = classicalVars.toArray(vars);
search = new DepthFirstSearch<IntVar>();
search.setPrintInfo(debug);
select = new InputOrderSelect<IntVar>(store, vars, new IndomainMin<IntVar>());
if (weighted) {
select =
new SimpleSelect<IntVar>(vars, new WeightedDegree<IntVar>(), new IndomainMin<IntVar>());
}
graph = jscsp.getDirectedConstraintGraph();
upperCostBound = jscsp.getUpperCostBound();
if (weighted) {
enumerator = new WeightedViolationDegreeEnumerator(graph);
} else {
enumerator = new ConstraintRelationshipViolationDegreeEnumerator(graph);
}
enumerator.addViolationDegreeListener(this);
wasSolved = false;
enumerator.enumerate();
return wasSolved;
}