// For each TPU set left and right TPunit wich is Active at the moment
public void SetEachPathClosePaths()
{
for (int i = 0; i < TrackList.Length; i++)
{
TrackPathUnit track = TrackList [i];
track.SetOwnClosePaths();
}
}
public void SetTrainProperties(Train train)
{
//Start TPU
if (train.TrainDirection == -1)
{
startTrack = TrackPath.Instance.GetTrackPathUnitByName(Constants.TRACK_I_RIGHT);
}
else
{
startTrack = TrackPath.Instance.GetTrackPathUnitByName(Constants.TRACK_I_LEFT);
}
//out TPU
outTrack = TrackPath.Instance.GetTrackPathUnitByName(startTrack.name.Equals(Constants.TRACK_I_RIGHT) ? Constants.TRACK_I_LEFT : Constants.TRACK_I_RIGHT);
}
public void GetTrackPath(RollingStock car)
{
PathMade++;
ClearPath(car);
// if we change swithces in indication mode
if (IndicationManager.Instance.IsPathIndicate)
{
IndicationManager.Instance.TurnPathIndicationOff();
IndicationManager.Instance.IsPathIndicate = true;
}
SetEachPathClosePaths();
TrackPathUnit currentTrack = car.OwnTrack;
tempLeft = currentTrack.LeftTrackPathUnit;
tempRight = currentTrack.RightTrackPathUnit;
count = Constants.PATHS_NUM / 2;
countLeft = count;
countRight = count;
TrackPathUnit [] pathOwn = new TrackPathUnit [Constants.PATHS_NUM];
pathOwn [count] = currentTrack;
while (tempLeft != null || tempRight != null)
{
if (tempLeft != null)
{
pathOwn[countLeft - 1] = tempLeft;
countLeft--;
tempLeft = tempLeft.LeftTrackPathUnit;
}
if (tempRight != null)
{
pathOwn [countRight + 1] = tempRight;
countRight++;
tempRight = tempRight.RightTrackPathUnit;
}
}
car.SetPathToRS(pathOwn, countLeft, countRight);
PathMade--;
// if all paths of all compositions are made
if (PathMade == 0)
{
print("PathMade");
EventManager.PathUpdated();
}
}
public void GetRightTrafficLight()
{
rightTL = null;
//get comp path
TrackPathUnit [] paths = rsComposition.CarComposition.MainCar.OwnPath;
currentPath = rsComposition.CarComposition.MainCar.OwnTrack;
int stop = rsComposition.CarComposition.MainCar.LastTrackIndex;
int start = Array.IndexOf(paths, currentPath);
for (int i = start; i <= stop; i++)
{
TrafficLight tl = paths [i].TrackCircuit.TrackLights [1];
if (tl && tl.IsClosed)
{
rightTL = tl;
return;
}
}
}
public TrackPathUnit GetPrevTrack(TrackPathUnit _current, TrackPathUnit [] _path)
{
return(_current.LeftTrackPathUnit);
}
public TrackPathUnit GetNextTrack(TrackPathUnit _current, TrackPathUnit [] _path)
{
return(_current.RightTrackPathUnit);
}
