private void CheckForPurePassengerTrips(PurePassengerTripChain DriverTripChain, ModeChoiceTripChainData PassengerTripChainData, int driverIndex, int passengerIndex, int passengerTripChainIndex, Random random)
{
for (int j = 0; j < PassengerTripChainData.TripData.Length; j++)
{
float passengerEpsilon = float.NegativeInfinity;
float v;
if (PassengerTripChainData.TripChain.Trips[j].Mode.RequiresVehicle != null)
{
continue;
}
if (PassengerMode.CalculateV(DriverTripChain.Trips[0], PassengerTripChainData.TripChain.Trips[j], out v))
{
if (passengerEpsilon <= float.NegativeInfinity)
{
passengerEpsilon = GenerateEpsilon(random);
}
var deltaU = v + passengerEpsilon + GenerateEpsilon(random) - GetUtilityOfTrips(PassengerTripChainData, j);
if (deltaU > 0)
{
PotentialTrips.Add(new PotentialPassengerTrip(DriverTripChain.Trips[0],
PassengerTripChainData.TripChain.Trips[j], deltaU, driverIndex, passengerIndex, passengerTripChainIndex, j));
}
}
}
}
private PurePassengerTripChain CreateDriverTripChain(Time start, Time end, IZone homeZone, ITashaPerson driver)
{
var mode = PassengerMode.AssociatedMode;
var driverTrip = PurePassengerTrip.MakeDriverTrip(homeZone, mode, start, end);
var driverTripChain = new PurePassengerTripChain();
driverTrip.TripChain = driverTripChain;
driverTripChain.Trips.Add(driverTrip);
driverTripChain.Person = driver;
return(driverTripChain);
}