private int calculateTripAmount(List<TaxiDemandPerLor> demandPerLor) {
int amount = 0;
for (TaxiDemandPerLor tdpl : demandPerLor) {
amount += tdpl.getFromLor();
}
return amount;
}
private void addStartVehicles(int currentVeh, List<TaxiDemandPerLor> demandPerLor, int hr) {
int amountOfTrips = this.calculateTripAmount(demandPerLor);
int count = 0;
for (TaxiDemandPerLor dpl : demandPerLor) {
if (dpl.getFromLor() == 0) continue;
double shareOfTripsFromHere = (double) dpl.getFromLor() / (double) amountOfTrips;
long taxiAmountFromHere = Math.round(currentVeh * shareOfTripsFromHere);
for (int i = 0; i < taxiAmountFromHere; i++) {
Id<Vehicle> vid = Id.create("t_" + dpl.getFromId() + "_" + hr + "_" + i, Vehicle.class);
VData v = new VData(vid, dpl.getFromId());
int start = (hr % 24) * 3600 - 1800;
int end = start + 7200 + rnd.nextInt(16 * 3600);
v.t0 = start;
v.t1 = end;
vdata.add(v);
count++;
}
}
Collections.sort(demandPerLor);
TaxiDemandPerLor dpl[] = {Collections.max(demandPerLor), demandPerLor.get(1)};
int i = 0;
int rest = currentVeh - count;
while (rest > 0) {
Id<Vehicle> vid =
Id.create("t_" + dpl[i % 2].getFromId() + "_" + (hr % 24) + "_x" + i, Vehicle.class);
VData v = new VData();
i++;
v.lor = dpl[i % 2].getFromId();
v.vid = vid;
int start = (hr % 24) * 3600 + rnd.nextInt(3600);
int end = start + rnd.nextInt(8 * 3600);
v.t0 = start;
v.t1 = end;
rest--;
vdata.add(v);
}
System.out.println((hr % 24) + ": " + i);
}
