private void assignDistanceBinsPerPerson(DesiredDurationPerson desiredDurationPerson) {
Id personId = desiredDurationPerson.getPersonId();
PlanImpl plan = (PlanImpl) this.plans.getPersons().get(personId).getSelectedPlan();
List<? extends PlanElement> actslegs = plan.getPlanElements();
for (int j = 0; j < actslegs.size(); j = j + 2) {
final Activity act = (Activity) actslegs.get(j);
if (act.getType().startsWith("leisure")) {
final LegImpl leg = (LegImpl) actslegs.get(j + 1);
if (leg.getMode().equals(this.mode)) {
int randomDistance =
(int)
Math.round(
this.distanceBins.getRandomDistance(
desiredDurationPerson.planContainsLeisurePriorToWork()));
String newActType = act.getType() + "_" + randomDistance;
act.setType(newActType);
// minimum duration is 30 min! -> else division by zero while scoring
plan.getPerson()
.getDesires()
.putActivityDuration(
newActType, Math.max(30 * 60, desiredDurationPerson.getDuration()));
// for plot
this.durationDistanceBins.addVal(desiredDurationPerson.getDuration(), randomDistance);
}
}
}
}
private ArrayList<DesiredDurationPerson> movePlansWithLeisurePriorToWorkToHead(
ArrayList<DesiredDurationPerson> linearBins) {
ArrayList<DesiredDurationPerson> linearBinsOrdered = new ArrayList<DesiredDurationPerson>();
Collections.reverse(linearBins); // long duration -------- short duration
int cnt = 0;
Iterator<DesiredDurationPerson> bins_it = linearBins.iterator();
while (bins_it.hasNext()) {
DesiredDurationPerson desiredDurationPerson = bins_it.next();
if (desiredDurationPerson.planContainsLeisurePriorToWork()) {
linearBinsOrdered.add(0, desiredDurationPerson);
cnt++;
} else {
linearBinsOrdered.add(cnt, desiredDurationPerson);
}
}
return linearBinsOrdered;
}