private void checkDemands(VehicleCResult vcr) {
double capacityMax;
Compartment compartement;
for (int pId : vcr.getProductIds()) {
compartement = (Compartment) Instance.getVehicle().getAttribute("compartment").get(pId);
capacityMax = compartement.getMax();
if (vcr.getSumDemands().get(pId) > capacityMax) {
cEval.addMessage(
"Deterministic capacity Single Vehicle Multi Product|Vehicle capacity , Product Id "
+ pId
+ " - "
+ vcr.getSumDemands().get(pId)
+ " greater than "
+ capacityMax);
}
}
}
/*
* (non-Javadoc)
*
* @see
* vrpRep.solutionChecker.constraint.IConstraint#evaluate(vrpRep.solutionChecker
* .instance.DefaultInstance,
* vrpRep.solutionChecker.solution.DefaultSolution)
*/
@Override
public ConstraintEvaluation checkConstraint() {
cEval = new ConstraintEvaluation();
VehicleCResult vcr;
DeterministicCapacitySingleVehicleSingleProduct dcsvsp =
new DeterministicCapacitySingleVehicleSingleProduct();
// each route
for (Route r : Solution.getRoutes()) {
vcr = dcsvsp.new VehicleCResult(-1);
// sum demands
for (Request n : r.getRequests()) {
if (n.getDemand().size() != 0) {
for (Demand d : n.getDemand()) {
vcr.addDemand(d.getId(), d.getDemand());
}
}
}
checkDemands(vcr);
}
return cEval;
}
