private static string GetDisplayTimeForArrival(ScheduledArrival arrival, bool military)
{
StringBuilder result = new StringBuilder();
if (arrival.ScheduledArrivalTime != null)
{
result.Append($"({(int)(arrival.ScheduledDepartureTime - arrival.ScheduledArrivalTime.Value).TotalMinutes})");
}
result.Append(arrival.ScheduledDepartureTime.ToString(military ? "HH:mm" : "h:mm"));
if (arrival.IsDropOffOnly)
{
result.Append("D");
}
return(result.ToString());
}
public override void NotifyEvent(ActivityEventType EventType)
{
playerTrain = simulator.OriginalPlayerTrain;
switch (EventType)
{
// The train is stopped.
case ActivityEventType.TrainStop:
if (playerTrain.TrainType != TrainType.AiPlayerHosting && playerTrain.TrainAtStation() ||
playerTrain.TrainType == TrainType.AiPlayerHosting && (playerTrain as AITrain).MovementState == AiMovementState.StationStop)
{
if (simulator.TimetableMode || playerTrain.StationStops.Count == 0)
{
// If yes, we arrived
if (ActualArrival == null)
{
ActualArrival = TimeSpan.FromSeconds((int)simulator.ClockTime);
}
arrived = true;
// Figure out the boarding time
// <CSComment> No midnight checks here? There are some in Train.CalculateDepartTime
double plannedBoardingS = (ScheduledDeparture - ScheduledArrival).TotalSeconds;
double punctualBoardingS = (ScheduledDeparture - ActualArrival.GetValueOrDefault(ScheduledArrival)).TotalSeconds;
double expectedBoardingS = plannedBoardingS > 0 ? plannedBoardingS : PlatformEnd1.PlatformMinWaitingTime;
BoardingS = punctualBoardingS; // default is leave on time
if (punctualBoardingS < expectedBoardingS) // if not enough time for boarding
{
if (plannedBoardingS > 0 && plannedBoardingS < PlatformEnd1.PlatformMinWaitingTime)
{ // and tight schedule
BoardingS = plannedBoardingS; // leave late with no recovery of time
}
else
{ // generous schedule
BoardingS = Math.Max(
punctualBoardingS, // leave on time
PlatformEnd1.PlatformMinWaitingTime); // leave late with some recovery
}
}
// ActArrive is usually same as ClockTime
BoardingEndS = simulator.ClockTime + BoardingS;
// But not if game starts after scheduled arrival. In which case actual arrival is assumed to be same as schedule arrival.
double sinceActArriveS = (TimeSpan.FromSeconds((int)simulator.ClockTime) - ActualArrival.GetValueOrDefault(ScheduledArrival)).TotalSeconds;
BoardingEndS -= sinceActArriveS;
}
else
{
// <CSComment> MSTS mode - player
if (simulator.GameTime < 2)
{
// If the simulation starts with a scheduled arrive in the past, assume the train arrived on time.
if (ScheduledArrival.TotalSeconds < simulator.ClockTime)
{
ActualArrival = ScheduledArrival;
}
}
BoardingS = playerTrain.StationStops[0].ComputeStationBoardingTime(simulator.PlayerLocomotive.Train);
if (BoardingS > 0 || ((double)(ScheduledDeparture - ScheduledArrival).TotalSeconds > 0 &&
playerTrain.PassengerCarsNumber == 1 && playerTrain.Cars.Count > 10))
{
// accepted station stop because either freight train or passenger train or fake passenger train with passenger car on platform or fake passenger train
// with Scheduled Depart > Scheduled Arrive
// ActArrive is usually same as ClockTime
BoardingEndS = simulator.ClockTime + BoardingS;
if (!ActualArrival.HasValue)
{
ActualArrival = TimeSpan.FromSeconds((int)simulator.ClockTime);
}
arrived = true;
// But not if game starts after scheduled arrival. In which case actual arrival is assumed to be same as schedule arrival.
double sinceActArriveS = (TimeSpan.FromSeconds((int)simulator.ClockTime) - ActualArrival.GetValueOrDefault(ScheduledArrival)).TotalSeconds;
BoardingEndS -= sinceActArriveS;
double SchDepartS = ScheduledDeparture.TotalSeconds;
BoardingEndS = Time.Compare.Latest((int)SchDepartS, (int)BoardingEndS);
}
}
if (playerTrain.NextSignalObject[0] != null)
{
distanceToNextSignal = playerTrain.NextSignalObject[0].DistanceTo(playerTrain.FrontTDBTraveller);
}
}
break;
case ActivityEventType.TrainStart:
// Train has started, we have things to do if we arrived before
if (arrived)
{
ActualDeparture = TimeSpan.FromSeconds((int)simulator.ClockTime);
CompletedAt = ActualDeparture.Value;
// Completeness depends on the elapsed waiting time
IsCompleted = maydepart;
if (playerTrain.TrainType != TrainType.AiPlayerHosting)
{
playerTrain.ClearStation(PlatformEnd1.LinkedPlatformItemId, PlatformEnd2.LinkedPlatformItemId, true);
}
if (logStationStops)
{
StringBuilder stringBuild = new StringBuilder();
char separator = (char)simulator.Settings.DataLoggerSeparator;
stringBuild.Append(PlatformEnd1.Station);
stringBuild.Append(separator);
stringBuild.Append(ScheduledArrival.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append(ScheduledDeparture.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append(ActualArrival.HasValue ? ActualArrival.Value.ToString("c") : "-");
stringBuild.Append(separator);
stringBuild.Append(ActualDeparture.HasValue ? ActualDeparture.Value.ToString("c") : "-");
TimeSpan delay = ActualDeparture.HasValue ? (ActualDeparture - ScheduledDeparture).Value : TimeSpan.Zero;
stringBuild.Append(separator);
stringBuild.Append(delay.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append(maydepart ? "Completed" : "NotCompleted");
stringBuild.Append('\n');
File.AppendAllText(logStationLogFile, stringBuild.ToString());
}
}
break;
case ActivityEventType.Timer:
// Waiting at a station
if (arrived)
{
int remaining = (int)Math.Ceiling(BoardingEndS - simulator.ClockTime);
if (remaining < 1)
{
DisplayColor = Color.LightGreen;
}
else if (remaining < 11)
{
DisplayColor = new Color(255, 255, 128);
}
else
{
DisplayColor = Color.White;
}
if (remaining < 120 && (playerTrain.TrainType != TrainType.AiPlayerHosting))
{
playerTrain.ClearStation(PlatformEnd1.LinkedPlatformItemId, PlatformEnd2.LinkedPlatformItemId, false);
}
// Still have to wait
if (remaining > 0)
{
DisplayMessage = Simulator.Catalog.GetString("Passenger boarding completes in {0:D2}:{1:D2}",
remaining / 60, remaining % 60);
//Debrief Eval
if (simulator.PlayerLocomotive.SpeedMpS > 0 && !debriefEvalDepartBeforeBoarding)
{
Train train = simulator.PlayerLocomotive.Train;
debriefEvalDepartBeforeBoarding = true;
DebriefEvalDepartBeforeBoarding.Add(PlatformEnd1.Station);
train.DbfEvalValueChanged = true;
}
}
// May depart
else if (!maydepart)
{
// check if signal ahead is cleared - if not, do not allow depart
if (distanceToNextSignal >= 0 && distanceToNextSignal < 300 && playerTrain.NextSignalObject[0] != null &&
playerTrain.NextSignalObject[0].SignalLR(SignalFunction.Normal) == SignalAspectState.Stop &&
playerTrain.NextSignalObject[0].OverridePermission != SignalPermission.Granted)
{
DisplayMessage = Simulator.Catalog.GetString("Passenger boarding completed. Waiting for signal ahead to clear.");
}
else
{
maydepart = true;
DisplayMessage = Simulator.Catalog.GetString("Passenger boarding completed. You may depart now.");
simulator.SoundNotify = TrainEvent.PermissionToDepart;
}
debriefEvalDepartBeforeBoarding = false; //reset flag. Debrief Eval
// if last task, show closure window
// also set times in logfile
if (NextTask == null)
{
if (logStationStops)
{
StringBuilder stringBuild = new StringBuilder();
char separator = (char)simulator.Settings.DataLoggerSeparator;
stringBuild.Append(PlatformEnd1.Station);
stringBuild.Append(separator);
stringBuild.Append(ScheduledArrival.ToString("hh\\:mm\\:ss", CultureInfo.InvariantCulture));
stringBuild.Append(separator);
stringBuild.Append('-');
stringBuild.Append(separator);
stringBuild.Append(ActualArrival.HasValue ? ActualArrival.Value.ToString("c") : "-");
stringBuild.Append(separator);
stringBuild.Append('-');
stringBuild.Append(separator);
TimeSpan delay = ActualArrival.HasValue ? (ActualArrival - ScheduledArrival).Value : TimeSpan.Zero;
stringBuild.Append(delay.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append("Final stop");
stringBuild.Append('\n');
File.AppendAllText(logStationLogFile, stringBuild.ToString());
}
IsCompleted = true;
}
}
}
else
{
// Checking missed station
int tmp = (int)(simulator.ClockTime % 10);
if (tmp != timerChk)
{
if (TrainMissedStation() && (playerTrain.TrainType != TrainType.AiPlayerHosting))
{
playerTrain.ClearStation(PlatformEnd1.LinkedPlatformItemId, PlatformEnd2.LinkedPlatformItemId, true);
IsCompleted = false;
if (logStationStops)
{
StringBuilder stringBuild = new StringBuilder();
char separator = (char)simulator.Settings.DataLoggerSeparator;
stringBuild.Append(PlatformEnd1.Station);
stringBuild.Append(separator);
stringBuild.Append(ScheduledArrival.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append(ScheduledDeparture.ToString("c"));
stringBuild.Append(separator);
stringBuild.Append('-');
stringBuild.Append(separator);
stringBuild.Append('-');
stringBuild.Append(separator);
stringBuild.Append('-');
stringBuild.Append(separator);
stringBuild.Append("Missed");
stringBuild.Append('\n');
File.AppendAllText(logStationLogFile, stringBuild.ToString());
}
}
}
}
break;
}
}
