public static void InternalMain()
{
Diagraph g = new Diagraph(@"Graph/testdata/tinyDG.txt");
Console.Write(g.toString());
//Graph g1 = g.Clone();
//Console.Write(g1.toString());
}
public static void InternalMain()
{
Diagraph g = new Diagraph(@"Graph/testdata/TinyDAG.txt");
Console.Write(g.toString());
Topological t = new Topological(g);
Console.WriteLine(Graph.PrintFormat(t.GetOrder()));
}
public static void InternalMain()
{
Diagraph g = new Diagraph(@"Graph/testdata/tinyDG.txt");
Console.Write(g.toString());
DirectedCycle dc = new DirectedCycle(g);
Console.WriteLine(dc.hasCycle());
Console.WriteLine(Graph.PrintFormat(dc.Cycle()));
}
public static void InternalMain()
{
Diagraph g = new Diagraph(@"Graph/testdata/tinyDAG.txt");
Console.Write(g.toString());
KosarajuSharirSCC cc = new KosarajuSharirSCC(g);
Console.WriteLine("Number of connected components" + cc.count());
Console.WriteLine(cc.connected(3, 7));
}
public static void InternalMain()
{
Diagraph g = new Diagraph(@"Graph/testdata/TinyDG.txt");
Console.Write(g.toString());
DirectedBFS bfsPths = new DirectedBFS(g, 6);
Console.WriteLine(bfsPths.hasPathTo(3));
Console.WriteLine(bfsPths.hasPathTo(1));
Console.WriteLine(bfsPths.hasPathTo(7));
Console.WriteLine(Graph.PrintFormat(bfsPths.pathTo(3)));
}
