public PSOAlgorithm<ICell[]> CreateFrequencyValueBased(int Population,FAPModel Model,double localCoefficient, double globalCoefficient)
{
PositionGenCellArray generator = new FrequencyPositionGenerator(Model);
FitnessFuncCellArray evalFunction = new FAPCostFunction(Model);
ParticleMoveFunction moveFunction = new ParticlePerTrxFunction(Model, Model.GeneralInformation.Spectrum[0], Model.GeneralInformation.Spectrum[1],
localCoefficient, globalCoefficient, CreateCollisionResolver(Model));
ICellIntegrityChecker checker = new GBCViolationChecker(Model.GeneralInformation.GloballyBlockedChannels);
String benchName = Model.GeneralInformation.ScenarioID;
return new FAPPSOAlgorithm(benchName,Population, evalFunction, moveFunction, generator, checker,GBestFactory.GetStandardSelector());
}
public void RunSiemens4Test()
{
FAPModelFactory factory = new FAPModelFactory();
Console.Write("Creating model siemens4 problem");
FAPModel model = factory.CreateSiemens4Model();
Console.WriteLine(" ... Done");
Console.Write("Loading assignment for siemens4");
model.LoadTestData(@"..\..\FAP\Problems\siemens4.ass");
Console.WriteLine(" ... Done");
FAPCostFunction costFunction = new FAPCostFunction(model);
Console.Write("Calculating total amount of interference");
double interference = costFunction.Evaluate(model.Cells);
Console.WriteLine(" ... Done");
Console.WriteLine("Total Interference: {0}", interference);
Console.WriteLine("Projected Interference from assignment file: {0}", 2.200);
}
public void RunTest(String problemPath, String assignmentPath)
{
FAPModelFactory factory = new FAPModelFactory();
Console.Write("Creating model from problem file given at : {0}", problemPath);
FAPModel model = factory.CreateModel(problemPath);
Console.WriteLine(" ... Done");
Console.Write("Loading assignment file given at: {0}", assignmentPath);
model.LoadTestData(assignmentPath);
Console.WriteLine(" ... Done");
FAPCostFunction costFunction = new FAPCostFunction(model);
Console.Write("Calculating total amount of interference");
double interference = costFunction.Evaluate(model.Cells);
Console.WriteLine(" ... Done");
Console.WriteLine("Total Interference: {0}", interference);
}