/// <summary>
///
/// </summary>
/// <param name="item"></param>
/// <param name="signal"></param>
public AESignalItem(SignalItem item, SignalObject signal, TDBFile TDB)
{
typeWidget = (int)TypeWidget.SIGNAL_WIDGET;
Item = item;
Signal = signal;
sigFonction = new List <SignalHead.MstsSignalFunction>();
foreach (var sig in Signal.SignalHeads)
{
sigFonction.Add(sig.sigFunction);
if (sig.sigFunction == SignalHead.MstsSignalFunction.SPEED)
{
File.AppendAllText(@"C:\temp\AE.txt", "SPEED\n");
}
}
foreach (var fn in sigFonction)
{
File.AppendAllText(@"C:\temp\AE.txt", "FN " + fn + "\n");
}
hasDir = false;
Location.X = item.TileX * 2048 + item.X;
Location.Y = item.TileZ * 2048 + item.Z;
try
{
var node = TDB.TrackDB.TrackNodes[signal.trackNode];
Vector2 v2;
if (node.TrVectorNode != null)
{
var ts = node.TrVectorNode.TrVectorSections[0];
v2 = new Vector2(ts.TileX * 2048 + ts.X, ts.TileZ * 2048 + ts.Z);
}
else if (node.TrJunctionNode != null)
{
var ts = node.UiD;
v2 = new Vector2(ts.TileX * 2048 + ts.X, ts.TileZ * 2048 + ts.Z);
}
else
{
throw new Exception();
}
var v1 = new Vector2(Location.X, Location.Y);
var v3 = v1 - v2;
v3.Normalize();
//v2 = v1 - Vector2.Multiply(v3, signal.direction == 0 ? 12f : -12f);
v2 = v1 - Vector2.Multiply(v3, 12f);
Dir.X = (float)v2.X;
Dir.Y = (float)v2.Y;
//v2 = v1 - Vector2.Multiply(v3, signal.direction == 0 ? 1.5f : -1.5f);//shift signal along the dir for 2m, so signals will not be overlapped
v2 = v1 - Vector2.Multiply(v3, 1.5f);
Location.X = (float)v2.X;
Location.Y = (float)v2.Y;
hasDir = true;
}
catch { }
}
public AIPath(TDBFile TDB, TSectionDatFile tsectiondat, string filePath)
#endif
{
PathFile patFile = new PathFile(filePath);
pathName = patFile.Name;
TrackDB = TDB.TrackDB;
TSectionDat = tsectiondat;
#if ACTIVITY_EDITOR
orRouteConfig = orRouteConf;
#endif
bool fatalerror = false;
if (patFile.TrPathNodes.Count <= 0)
{
fatalerror = true;
Nodes = null;
return;
}
foreach (TrPathNode tpn in patFile.TrPathNodes)
{
Nodes.Add(new AIPathNode(tpn, patFile.TrackPDPs[(int)tpn.fromPDP], TrackDB, isTimetableMode));
}
FirstNode = Nodes[0];
//LastVisitedNode = FirstNode;
// Connect the various nodes to each other
for (int i = 0; i < Nodes.Count; i++)
{
AIPathNode node = Nodes[i];
node.Index = i;
TrPathNode tpn = patFile.TrPathNodes[i];
// find TVNindex to next main node.
if (tpn.HasNextMainNode)
{
node.NextMainNode = Nodes[(int)tpn.nextMainNode];
node.NextMainTVNIndex = node.FindTVNIndex(node.NextMainNode, TDB, tsectiondat);
if (node.JunctionIndex >= 0)
{
node.IsFacingPoint = TestFacingPoint(node.JunctionIndex, node.NextMainTVNIndex);
}
if (node.NextMainTVNIndex < 0)
{
node.NextMainNode = null;
Trace.TraceWarning("Cannot find main track for node {1} in path {0}", filePath, i);
fatalerror = true;
}
}
// find TVNindex to next siding node
if (tpn.HasNextSidingNode)
{
node.NextSidingNode = Nodes[(int)tpn.nextSidingNode];
node.NextSidingTVNIndex = node.FindTVNIndex(node.NextSidingNode, TDB, tsectiondat);
if (node.JunctionIndex >= 0)
{
node.IsFacingPoint = TestFacingPoint(node.JunctionIndex, node.NextSidingTVNIndex);
}
if (node.NextSidingTVNIndex < 0)
{
node.NextSidingNode = null;
Trace.TraceWarning("Cannot find siding track for node {1} in path {0}", filePath, i);
fatalerror = true;
}
}
if (node.NextMainNode != null && node.NextSidingNode != null)
{
node.Type = AIPathNodeType.SidingStart;
}
}
FindSidingEnds();
if (fatalerror)
{
Nodes = null; // invalid path - do not return any nodes
}
}
