public void GraphModeChanged(GraphMode mode)
{
GraphMode = mode;
NewEdge = new NewEdge();
StartAlgorithm = new StartAlgorithm();
}
public void RunAlgorithm(Options options, StartAlgorithm startAlgorithm, Graph graph, AlgoExplain algoExplain, ref List <List <GraphObject> > playAlgorithm)
{
Options = options;
StartAlgorithm = startAlgorithm;
Graph = graph;
AlgoExplain = algoExplain;
PlayAlgorithm = playAlgorithm;
playAlgorithm.Clear();
AlgoExplain.Explanations.Clear();
AlgoExplain.Counter = 0;
PlayAlgorithm.Add(new List <GraphObject>());
foreach (Node node in Graph.Nodes)
{
PlayAlgorithm[AlgoExplain.Counter].Add(new Node(node, options.Default));
}
foreach (Edge edge in Graph.Edges)
{
PlayAlgorithm[AlgoExplain.Counter].Add(new Edge(edge, options.Default, ""));
}
MaxId = Graph.Nodes.Max(n => n.Id);
Increment();
switch (StartAlgorithm.Algorithm)
{
case Algorithm.Kruskal:
Kruskal();
break;
case Algorithm.BFS:
BFS();
break;
case Algorithm.DFS:
DFS();
break;
case Algorithm.Dijkstra:
Dijkstra();
break;
case Algorithm.DijkstraPath:
DijkstraPath();
break;
case Algorithm.MaxFlow:
FordFulkerson();
break;
case Algorithm.Degree:
Degree();
break;
case Algorithm.DegreeCentrality:
DegreeCentrality("both");
break;
case Algorithm.InDegreeCentrality:
DegreeCentrality("in");
break;
case Algorithm.OutDegreeCentrality:
DegreeCentrality("out");
break;
case Algorithm.Articulation:
Articulation();
break;
}
StartAlgorithm.Done = true;
AlgoExplain.MaxCounter = AlgoExplain.Counter;
AlgoExplain.Counter = 0;
}
