private void StoreTripModeRecords(int hhldID,
Dictionary <PersonChain, DATIterationInformation> hhldData,
ITashaPerson person, float expFactor, int tripID, ITripChain chain, ITrip trip)
{
var query = from mc in trip.ModesChosen
group mc by mc into g
select new { Mode = g.Key, Count = g.Count() };
DATIterationInformation chainData = null;
hhldData?.TryGetValue(new PersonChain(person, chain), out chainData);
if (trip.Purpose == Activity.Home)
{
foreach (var modeChoice in query)
{
var mode = modeChoice.Mode;
if (mode != _dat)
{
_modeRecordQueue.Add(new ModeRecord(hhldID, person.Id, tripID, mode.ModeName,
trip.TripStartTime, trip.TripStartTime + mode.TravelTime(trip.OriginalZone, trip.DestinationZone, trip.TripStartTime),
modeChoice.Count));
}
else if (chainData != null)
{
// we need that defensive check in case of edge cases
var travelTime = chainData.ExpectedDATTravelTime(trip);
_modeRecordQueue.Add(new ModeRecord(hhldID, person.Id, tripID, mode.ModeName,
trip.TripStartTime, trip.TripStartTime + Time.FromMinutes(travelTime),
modeChoice.Count));
chainData.StoreStationRecords(_stationRecordQueue, hhldID, person.Id, tripID, trip, chainData);
}
}
}
else
{
foreach (var modeChoice in query)
{
var mode = modeChoice.Mode;
if (mode != _dat)
{
_modeRecordQueue.Add(new ModeRecord(hhldID, person.Id, tripID, mode.ModeName,
trip.ActivityStartTime - mode.TravelTime(trip.OriginalZone, trip.DestinationZone, trip.TripStartTime), trip.ActivityStartTime,
modeChoice.Count));
}
else if (chainData != null)
{
var travelTime = chainData.ExpectedDATTravelTime(trip);
_modeRecordQueue.Add(new ModeRecord(hhldID, person.Id, tripID, mode.ModeName,
trip.ActivityStartTime - Time.FromMinutes(travelTime), trip.ActivityStartTime,
modeChoice.Count));
chainData.StoreStationRecords(_stationRecordQueue, hhldID, person.Id, tripID, trip, chainData);
}
}
}
}
public void HouseholdIterationComplete(ITashaHousehold household, int hhldIteration, int totalHouseholdIterations)
{
if (_writeThisIteration)
{
_activeDATData.TryGetValue(household, out var datData);
_activePassengerData.TryGetValue(household, out var passengerRecords);
foreach (var person in household.Persons)
{
foreach (var tc in person.TripChains)
{
// this is only true if a station has been selected in the tours past
if (tc["AccessStation"] is IZone zone)
{
// if the household doesn't have data, allocate it
if (datData == null)
{
datData = new Dictionary <PersonChain, DATIterationInformation>();
_activeDATData[household] = datData;
}
var tcRef = new PersonChain(person, tc);
// if the trip chain does not have data, allocate it
if (!datData.TryGetValue(tcRef, out var tcData))
{
tcData = new DATIterationInformation();
datData[tcRef] = tcData;
}
tcData.AddTourData(_dat, tc, hhldIteration, zone, _autoNetwork,
_transitNetwork, _zoneSystem);
}
foreach (var trip in tc.Trips)
{
if (trip.Mode == _passenger)
{
if (trip["Driver"] is ITrip driverTrip)
{
if (passengerRecords == null)
{
_activePassengerData[household] = passengerRecords = new Dictionary <ITrip, PassengerIterationInformation>();
}
passengerRecords.TryGetValue(trip, out var tripData);
if (tripData == null)
{
passengerRecords.Add(trip, tripData = new PassengerIterationInformation());
}
tripData.Add(driverTrip, this);
}
}
}
}
}
}
}
internal void StoreStationRecords(BlockingCollection <StationRecord> stationRecordQueue,
int hhldID, int personID, int tripID, ITrip trip, DATIterationInformation chainData)
{
// for each trip that we have stored
if (_tripData.TryGetValue(trip, out var tripData))
{
var replicationData = tripData.Data;
// store the access and egresses per access station
foreach (var stn in from rec in replicationData
group rec by rec.StationIndex into g
select new
{
StationIndex = g.Key,
TimesAccessed = g.Count(r => r.First),
TimesEgressed = g.Count(r => !r.First)
})
{
if (stn.TimesAccessed > 0)
{
stationRecordQueue.Add(new StationRecord(hhldID, personID, tripID, stn.StationIndex, true, stn.TimesAccessed));
}
if (stn.TimesEgressed > 0)
{
stationRecordQueue.Add(new StationRecord(hhldID, personID, tripID, stn.StationIndex, false, stn.TimesEgressed));
}
}
}
}