private void StartAlgorithm(int vertexNumber, int ltmLenght, int stmLenght, int endCryt, int noChangeFor, double costLessThan, int?numberOfLoop)
{
string currentDir = System.IO.Path.GetDirectoryName(System.Reflection.Assembly.GetExecutingAssembly().Location);
string pathG1, pathG2, pathResult;
if (numberOfLoop != null)
{
pathG1 = currentDir + "\\g1\\graph" + numberOfLoop;
pathG2 = currentDir + "\\g2\\graph" + numberOfLoop;
pathResult = currentDir + "\\result\\res" + numberOfLoop;
}
else
{
pathG1 = currentDir + "\\g1\\graph";
pathG2 = currentDir + "\\g2\\graph";
pathResult = currentDir + "\\result\\res";
}
Graph Graph1 = GraphGenerator.generateGraph(vertexNumber);
WMH.Model.FileOperation.FileOperationGraph.SaveToFile(pathG1, Graph1.Vertexes);
Graph Graph2 = GraphGenerator.generateGraph(vertexNumber);
WMH.Model.FileOperation.FileOperationGraph.SaveToFile(pathG2, Graph2.Vertexes);
LongTermMemory ltm = new LongTermMemory(ltmLenght);
TabuList tl = new TabuList(stmLenght);
IterationStopCriteria isc = new IterationStopCriteria(endCryt);
NoChangesStopCriteria ncsc = new NoChangesStopCriteria(noChangeFor);
CostStopCriteria csc = new CostStopCriteria(costLessThan);
WMH.TabuSearch.CostFinder cf = new TabuSearch.CostFinder();
WMH.TabuSearch.NeighbourFinder nf = new TabuSearch.NeighbourFinder(cf, ltm);
WMH.TabuSearch.Implementation.AspirationCriteria ac = new TabuSearch.Implementation.AspirationCriteria(cf);
WMH.TabuSearch.TabuSearch alg = new TabuSearch.TabuSearch(nf, tl, ltm, cf, ac, isc, ncsc, csc);
System.Diagnostics.Stopwatch stopWatch = System.Diagnostics.Stopwatch.StartNew();
IList <Edge> result = alg.FindSolution(Graph1, Graph2);
stopWatch.Stop();
WMH.Model.FileOperation.FileOperationResult.SaveResultToFile(result, pathResult, stopWatch);
}
private void BackgroundWorkerDoWork(object sender, EventArgs e)
{
result = alg.FindSolution(Graph1, Graph2);
costsList = alg.costsList;
}