public bool JonhsonFATSPAlgorithm()
{
AuxiliaryGraph.AddNode(new Node(AuxiliaryGraph.QuantityOfNodes, "Temporary"));
for (int Index = 0; Index < AuxiliaryGraph.QuantityOfNodes - 1; Index++)
{
AuxiliaryGraph.AddTwoWayEdge(new Edge(0, AuxiliaryGraph.SetOfNodes[AuxiliaryGraph.QuantityOfNodes - 1], AuxiliaryGraph.SetOfNodes[Index]));
}
BellmanFordPathSearch = new BellmanFordAlgorithm(AuxiliaryGraph);
if (BellmanFordPathSearch.BellmanFordShortestPathSearchAlgorithm(AuxiliaryGraph.SetOfNodes[AuxiliaryGraph.QuantityOfNodes - 1]))
{
for (int FirstIndex = 0; FirstIndex < InnerGraph.QuantityOfNodes; FirstIndex++)
{
DijkstraPathSearch = new DijkstraAlgorithm(InnerGraph);
DijkstraPathSearch.DijkstraSWSAlgorithm(InnerGraph.SetOfNodes[FirstIndex]);
for (int SecondIndex = 0; SecondIndex < InnerGraph.QuantityOfNodes; SecondIndex++)
{
MatrixOfTheShortesPathes[FirstIndex, SecondIndex] = DijkstraPathSearch.ShortestPath[SecondIndex].Weight;
}
}
return(true);
}
else
{
for (int Index = 0; Index < InnerGraph.QuantityOfEdges; Index++)
{
InnerGraph.SetOfEdges[Index].Weight =
InnerGraph.SetOfEdges[Index].Weight +
BellmanFordPathSearch.ShortestPath[InnerGraph.SetOfEdges[Index][0].Index].Weight -
BellmanFordPathSearch.ShortestPath[InnerGraph.SetOfEdges[Index][1].Index].Weight;
}
for (int FirstIndex = 0; FirstIndex < InnerGraph.QuantityOfNodes; FirstIndex++)
{
DijkstraPathSearch = new DijkstraAlgorithm(InnerGraph);
DijkstraPathSearch.DijkstraSWSAlgorithm(InnerGraph.SetOfNodes[FirstIndex]);
for (int SecondIndex = 0; SecondIndex < InnerGraph.QuantityOfNodes; SecondIndex++)
{
MatrixOfTheShortesPathes[FirstIndex, SecondIndex] = DijkstraPathSearch.ShortestPath[SecondIndex].Weight;
}
}
}
return(true);
}
