public void TreeEdge(object sender, EdgeEventArgs args)
{
if (args.get_Edge() is ReversedEdge)
{
this.Successors.set_Item(args.get_Edge().get_Source(), ((ReversedEdge) args.get_Edge()).get_Wrapped());
}
else
{
this.Successors.set_Item(args.get_Edge().get_Source(), args.get_Edge());
}
}
private void reverser_ReversedEdgeAdded(object sender, EdgeEventArgs e)
{
this.capacities.set_Item(e.get_Edge(), 0.0);
}
public void TreeEdge(object sender, EdgeEventArgs args)
{
this.Predecessors.set_Item(args.get_Edge().get_Target(), args.get_Edge());
}
public void RecordTarget(object sender, EdgeEventArgs args)
{
this.vertices.Add(args.get_Edge().get_Target());
}
public void TreeEdge(object sender, EdgeEventArgs e)
{
this.graph.AddVertex(e.get_Edge().get_Target());
this.graph.AddEdge(e.get_Edge());
}
public void BackForwardOrCrossEdge(object sender, EdgeEventArgs e)
{
this.graph.AddEdge(e.get_Edge());
}
public void FinishEdge(object sender, EdgeEventArgs args)
{
if (!this.EdgePredecessors.ContainsValue(args.get_Edge()))
{
this.EndPathEdges.Add(args.get_Edge());
}
}
public void TreeEdge(object sender, EdgeEventArgs e)
{
this.weights.set_Item(e.get_Edge(), this.weights.get_Item(e.get_Edge()) * this.factor);
}
private void TreeEdge(object sender, EdgeEventArgs args)
{
if (this.Relax(args.get_Edge()))
{
this.OnEdgeRelaxed(args.get_Edge());
}
else
{
this.OnEdgeNotRelaxed(args.get_Edge());
}
}
private void GrayTarget(object sender, EdgeEventArgs args)
{
if (this.Relax(args.get_Edge()))
{
this.vertexQueue.Update(args.get_Edge().get_Target());
this.OnEdgeRelaxed(args.get_Edge());
}
else
{
this.OnEdgeNotRelaxed(args.get_Edge());
}
}
public void RecordEdge(object sender, EdgeEventArgs args)
{
this.Edges.Add(args.get_Edge());
}