@Override
public boolean why(RuleStore ruleStore, IntVar var, IEventType evt, int value) {
boolean newrules = ruleStore.addPropagatorActivationRule(this);
assert var == this.power;
if (IntEventType.isInclow(evt.getMask())) {
for (int i = 0; i < n; i++) {
newrules |= ruleStore.addLowerBoundRule(vars[i]);
}
} else if (IntEventType.isDecupp(evt.getMask())) {
for (int i = 0; i < n; i++) {
newrules |= ruleStore.addBoundsRule(vars[i]);
}
newrules |= ruleStore.addUpperBoundRule(vars[n]);
} else {
newrules |= super.why(ruleStore, var, evt, value);
}
return newrules;
}
@Override
public boolean why(RuleStore ruleStore, IntVar var, IEventType evt, int value) {
return ruleStore.addPropagatorActivationRule(this)
| ruleStore.addFullDomainRule((var == vars[0]) ? vars[1] : vars[0]);
}
@Override
public boolean why(RuleStore ruleStore, IntVar var, IEventType evt, int value) {
boolean nrules = false;
if (var == S) {
if (evt == IntEventType.INCLOW) {
nrules = ruleStore.addLowerBoundRule(E);
nrules |= ruleStore.addUpperBoundRule(D);
} else if (evt == IntEventType.DECUPP) {
nrules = ruleStore.addUpperBoundRule(E);
nrules |= ruleStore.addLowerBoundRule(D);
} else {
throw new SolverException("TaskMonitor exception");
}
} else if (var == E) {
if (evt == IntEventType.INCLOW) {
nrules = ruleStore.addLowerBoundRule(S);
nrules |= ruleStore.addLowerBoundRule(D);
} else if (evt == IntEventType.DECUPP) {
nrules = ruleStore.addUpperBoundRule(S);
nrules |= ruleStore.addUpperBoundRule(D);
} else {
throw new SolverException("TaskMonitor exception");
}
} else if (var == D) {
if (evt == IntEventType.INCLOW) {
nrules = ruleStore.addLowerBoundRule(E);
nrules |= ruleStore.addUpperBoundRule(S);
} else if (evt == IntEventType.DECUPP) {
nrules = ruleStore.addLowerBoundRule(S);
nrules |= ruleStore.addUpperBoundRule(E);
} else {
throw new SolverException("TaskMonitor exception");
}
}
return nrules;
}