/// <summary>
/// Restores the general variable parameters
/// Called from within the Simulator class.
/// </summary>
public virtual void Restore(BinaryReader inf, Simulator simulator)
{
Continuous = inf.ReadBoolean();
GoToTarget = inf.ReadBoolean();
GoToAutoTarget = inf.ReadBoolean();
TurntableFrameRate = null;
if (inf.ReadBoolean())
{
TurntableFrameRate = inf.ReadInt32();
}
ConnectedTrackEnd = inf.ReadInt32();
SendNotifications = inf.ReadBoolean();
InUse = inf.ReadBoolean();
RelativeFrontTravellerXNALocation = RestoreVector(inf);
RelativeRearTravellerXNALocation = RestoreVector(inf);
FinalFrontTravellerXNALocation = RestoreVector(inf);
FinalRearTravellerXNALocation = RestoreVector(inf);
var trainsOnMovingTable = inf.ReadInt32();
while (trainsOnMovingTable > 0)
{
TrainOnMovingTable trainOnMovingTable = new TrainOnMovingTable(simulator);
trainOnMovingTable.Restore(inf);
trainsOnMovingTable--;
TrainsOnMovingTable.Add(trainOnMovingTable);
}
int trainsInQ = inf.ReadInt32();
for (int iQ = 0; iQ < trainsInQ - 1; iQ++)
{
Q.Enqueue(iQ);
}
}
/// <summary>
/// Restores the general variable parameters
/// Called from within the Simulator class.
/// </summary>
public virtual void Restore(BinaryReader inf, Simulator simulator)
{
Continuous = inf.ReadBoolean();
GoToTarget = inf.ReadBoolean();
ConnectedTrackEnd = inf.ReadInt32();
RelativeFrontTravellerXNALocation = RestoreVector(inf);
RelativeRearTravellerXNALocation = RestoreVector(inf);
FinalFrontTravellerXNALocation = RestoreVector(inf);
FinalRearTravellerXNALocation = RestoreVector(inf);
var trainsOnMovingTable = inf.ReadInt32();
while (trainsOnMovingTable > 0)
{
TrainOnMovingTable trainOnMovingTable = new TrainOnMovingTable(simulator);
trainOnMovingTable.Restore(inf);
trainsOnMovingTable--;
TrainsOnMovingTable.Add(trainOnMovingTable);
}
}
/// <summary>
/// CheckTrainOnTurntable: checks if actual player train is on turntable
/// </summary>
///
public bool CheckTrainOnMovingTable(Train train)
{
var thisTableType = this is Turntable?Simulator.Catalog.GetString("turntable") : Simulator.Catalog.GetString("transfertable");
var trainIndex = TrainsOnMovingTable.FindIndex(x => x.Train.Number == train.Number);
if (WorldLocation.Within(train.FrontTDBTraveller.WorldLocation, WorldPosition.WorldLocation, Length / 2))
{
if (trainIndex == -1 || !TrainsOnMovingTable[trainIndex].FrontOnBoard)
{
if (trainIndex == -1)
{
var trainOnTurntable = new TrainOnMovingTable(train, Simulator);
trainIndex = TrainsOnMovingTable.Count;
TrainsOnMovingTable.Add(trainOnTurntable);
}
if (!TrainsOnMovingTable[trainIndex].BackOnBoard)
{
// check if turntable aligned with train
var isAligned = CheckMovingTableAligned(train, true);
if (!isAligned)
{
TrainsOnMovingTable[trainIndex].SetFrontState(true);
Simulator.Confirmer.Warning(Simulator.Catalog.GetStringFmt("Train slipped into non aligned {0}", thisTableType));
train.SetTrainOutOfControl(Train.OUTOFCONTROL.SLIPPED_INTO_TURNTABLE);
train.SpeedMpS = 0;
foreach (var car in train.Cars)
{
car.SpeedMpS = 0;
}
return(false);
}
}
if (SendNotifications)
{
Simulator.Confirmer.Information(Simulator.Catalog.GetStringFmt("Train front on {0}", thisTableType));
}
}
TrainsOnMovingTable[trainIndex].SetFrontState(true);
}
else
{
if (trainIndex != -1 && TrainsOnMovingTable[trainIndex].FrontOnBoard)
{
if (SendNotifications)
{
Simulator.Confirmer.Information(Simulator.Catalog.GetStringFmt("Train front outside {0}", thisTableType));
}
if (TrainsOnMovingTable[trainIndex].BackOnBoard)
{
TrainsOnMovingTable[trainIndex].SetFrontState(false);
}
else
{
TrainsOnMovingTable.RemoveAt(trainIndex);
trainIndex = -1;
}
}
}
if (WorldLocation.Within(train.RearTDBTraveller.WorldLocation, WorldPosition.WorldLocation, Length / 2))
{
if (trainIndex == -1 || !TrainsOnMovingTable[trainIndex].BackOnBoard)
{
if (trainIndex == -1)
{
var trainOnTurntable = new TrainOnMovingTable(train, Simulator);
trainIndex = TrainsOnMovingTable.Count;
TrainsOnMovingTable.Add(trainOnTurntable);
}
if (!TrainsOnMovingTable[trainIndex].FrontOnBoard)
{
// check if turntable aligned with train
var isAligned = CheckMovingTableAligned(train, false);
if (!isAligned)
{
TrainsOnMovingTable[trainIndex].SetBackState(true);
Simulator.Confirmer.Warning(Simulator.Catalog.GetStringFmt("Train slipped into non aligned {0}", thisTableType));
train.SetTrainOutOfControl(Train.OUTOFCONTROL.SLIPPED_INTO_TURNTABLE);
train.SpeedMpS = 0;
foreach (var car in train.Cars)
{
car.SpeedMpS = 0;
}
return(false);
}
}
Simulator.Confirmer.Information(Simulator.Catalog.GetStringFmt("Train rear on {0}", thisTableType));
}
TrainsOnMovingTable[trainIndex].SetBackState(true);
}
else
{
if (trainIndex != -1 && TrainsOnMovingTable[trainIndex].BackOnBoard)
{
if (SendNotifications)
{
Simulator.Confirmer.Information(Simulator.Catalog.GetStringFmt("Train rear outside {0}", thisTableType));
}
if (TrainsOnMovingTable[trainIndex].FrontOnBoard)
{
TrainsOnMovingTable[trainIndex].SetBackState(false);
}
else
{
TrainsOnMovingTable.RemoveAt(trainIndex);
trainIndex = -1;
}
}
}
if (Simulator.ActivityRun != null && !train.IsPathless && train.TrainType != Train.TRAINTYPE.STATIC && trainIndex != -1 &&
TrainsOnMovingTable[trainIndex].FrontOnBoard && TrainsOnMovingTable[trainIndex].BackOnBoard && train.SpeedMpS <= 0.1f && train.ControlMode != Train.TRAIN_CONTROL.MANUAL &&
train.TCRoute.activeSubpath == train.TCRoute.TCRouteSubpaths.Count - 1 && train.TCRoute.TCRouteSubpaths[train.TCRoute.activeSubpath].Count > 1 &&
(train.PresentPosition[0].RouteListIndex == train.TCRoute.TCRouteSubpaths[train.TCRoute.activeSubpath].Count - 2 ||
train.PresentPosition[1].RouteListIndex == train.TCRoute.TCRouteSubpaths[train.TCRoute.activeSubpath].Count - 2))
// Activity mode, train with path is at end of it and is being rotated on the turntable
{
train.IsPathless = true;
}
return(false);
}
