public void GenerateCandidateMovement()
{
foreach (Segment seg in SegmentList)
{
for (int t = 0; t <= Parameters.TimeHorizon - seg.RunningTime; t++)
{
TrainSegmentMovement m = new TrainSegmentMovement()
{
ID = DataRepository.MovementList.Count.ToString(),
BindingTrain = this,
FromLocation = seg.FromStation,
ToLocation = seg.ToStation,
FromTime = t,
ToTime = t + seg.RunningTime,
OnSegment = seg,
};
DataRepository.MovementList.Add(m);
CandidateMovementGroup.Add(m);
}
}
}
public void GeneratePossibleMovementPath()
{
Stack <Node> NodeStack = new Stack <Node>();
for (int t = 0; t <= Parameters.TimeHorizon - SegmentList[0].RunningTime; t++)
{
Node n = new Node()
{
Segment = SegmentList[0],
};
NodeStack.Push(n);
TrainSegmentMovement rArc = new TrainSegmentMovement()
{
ID = DataRepository.MovementList.Count.ToString(),
FromLocation = SegmentList[0].FromStation,
ToLocation = SegmentList[0].ToStation,
FromTime = t,
ToTime = t + SegmentList[0].RunningTime
};
n.MovementList.Add(rArc);
DataRepository.MovementList.Add(rArc);
CandidateMovementGroup.Add(rArc);
}
while (NodeStack.Count > 0)
{
Node current = NodeStack.Pop();
Segment seg = current.Segment;
if (seg == SegmentList.Last())
{
PossibleMovementPath.Add(current.MovementList);
continue;
}
Segment nextSeg = SegmentList[SegmentList.IndexOf(seg) + 1];
for (int t = current.MovementList.Last().ToTime; t <= Parameters.TimeHorizon - nextSeg.RunningTime; t++)
{
Node n = new Node()
{
Segment = nextSeg,
MovementList = new List <Movement>(current.MovementList),
};
NodeStack.Push(n);
TrainSegmentMovement m = new TrainSegmentMovement()
{
ID = DataRepository.MovementList.Count.ToString(),
FromLocation = nextSeg.FromStation,
ToLocation = nextSeg.ToStation,
FromTime = t,
ToTime = t + nextSeg.RunningTime
};
n.MovementList.Add(m);
DataRepository.MovementList.Add(m);
CandidateMovementGroup.Add(m);
}
}
}