public void OnFindPathAlgorithmCall(
IPresenterConnectedDialog dialog,
int first,
int second,
bool dijkstra,
bool bellmanFord,
bool floyd)
{
string strPath;
if (dijkstra)
{
strPath = EvaluateDijkstra(first, second);
}
else if (bellmanFord)
{
strPath = EvaluateBellmanFord(first, second);
}
else if (floyd)
{
strPath = EvaluateFloyd(first, second);
}
else
{
strPath = "Algorithm not specified error";
}
dialog.SetData(strPath);
}
public void OnTotalSstCall(IPresenterConnectedDialog dialog)
{
int total = MinimumSpanningTree.TotalStAmount(_graphMatrix);
string totalStr = total > 0 ? total.ToString() : $"More than {Int32.MaxValue}";
_view.AppendToLog($"{_logEntryNumber++}: Kirchhoff's total amount of spanning trees:" +
Environment.NewLine +
$"Total amount: {totalStr}" +
Environment.NewLine + Environment.NewLine);
}
public void OnCheckPathAlgorithmCall(IPresenterConnectedDialog dialog, int first, int second)
{
bool result = PathExistenceChecker.CheckPathExistence(_graphMatrix.GetAdjacencyMatrix(), first, second);
string data = $"Path between {first} and {second} " + (result ? "exists" : "doesn't exist");
_view.AppendToLog($"{_logEntryNumber++}: Check path:" +
Environment.NewLine +
data +
Environment.NewLine + Environment.NewLine);
dialog.SetData(data);
}
public void OnShimbelAlgorithmCall(IPresenterConnectedDialog dialog, int edgesAmount, bool shortestPaths)
{
var matrix = ShimbelAlgorithm.FindPaths(_graphMatrix, edgesAmount, shortestPaths);
string matrixStr = MatrixPrinter.GetMatrix(matrix);
_view.AppendToLog($"{_logEntryNumber++}: Shimbel's Algorithm for " +
(shortestPaths ? "shortest" : "longest") +
$" paths ({edgesAmount} edges):" +
Environment.NewLine +
matrixStr + Environment.NewLine);
dialog.SetData(matrixStr);
}
public void OnKruskalAlgorithmCall(IPresenterConnectedDialog dialog)
{
(var tree, int iter) = MinimumSpanningTree.Kruskal(_graphMatrix);
var builder = new StringBuilder();
_sstGenerated = true;
int weight = 0;
if (tree.Count > 0)
{
for (int i = 0; i < tree.Count; ++i)
{
builder.AppendLine((tree[i].Item1 + 1) + " <-> " + (tree[i].Item2 + 1));
weight += _graphMatrix.GetWeightMatrix()[
Math.Min(tree[i].Item1, tree[i].Item2),
Math.Max(tree[i].Item1, tree[i].Item2)];
}
}
else
{
builder.Append("SST not found");
_sstGenerated = false;
}
_view.AppendToLog($"{_logEntryNumber++}: Kruskal's Algorithm:" +
Environment.NewLine +
builder.ToString() +
$"Weight: {weight}" +
Environment.NewLine +
$"Iterations: {iter}" +
Environment.NewLine + Environment.NewLine);
dialog.SetData("Built SST");
_graphMatrix.OutputToFileWithKruskal();
UpdateViewGraphImage();
}
