public Tuner(ITunableMetaheuristic metaheuristic, string dirInstances,
int runsPerProblem, int[] timeLimits, int timeTolerance)
{
Metaheuristic = metaheuristic;
InputFiles = Directory.GetFiles(dirInstances, "*.in", SearchOption.AllDirectories);
RunsPerProblem = runsPerProblem;
TimeLimits = timeLimits;
TimeTolerance = timeTolerance;
}
public Tuner(ITunableMetaheuristic metaheuristic, string dirInstances,
int runsPerProblem, int[] timeLimits, int timeTolerance)
{
Metaheuristic = metaheuristic;
InputFiles = Directory.GetFiles(dirInstances, "*.in", SearchOption.AllDirectories);
RunsPerProblem = runsPerProblem;
TimeLimits = timeLimits;
TimeTolerance = timeTolerance;
}
public SATuner(ITunableMetaheuristic metaheuristic, string dirInstances)
: base(metaheuristic, dirInstances, 6, new int[] { 2000, 10000 }, 5)
{
}
public UMDATuner(ITunableMetaheuristic metaheuristic, string dirInstances)
: base(metaheuristic, dirInstances, 6, new int[] { 10000 }, 5)
{
}
public static void Main(string[] args)
{
ITunableMetaheuristic[] algorithms = new ITunableMetaheuristic[] {
// new ACOBL2OptBest42SP(),
// new ACONPS42SP(),
// new BL2OptBest42SP(),
// new BL2OptFirst42SP(),
// new NPS42SP(),
// new SSBL2OptFirst42SP(),
// new SSBL42SP(),
// new UMDABL2OptBest42SP(),
// new UMDABL2OptFirst42SP(),
// new UMDABL42SP(),
// new UMDANPS42SP(),
// new UMDA4QAP(),
// new SANPS42SP(),
// new ACOBL42SP(),
// new SABL42SP(),
// new SSNPS42SP(),
// new ACOBL2OptFirst42SP(),
// new SSBL2OptBest42SP(),
// new ACO2OptFirst4QAP(),
// new ACO4QAP(),
// new SS4QAP(),
// new UMDA2OptFirst4QAP(),
// new SS2OptFirst4QAP(),
// new SA4QAP(),
// new UMDA2OptBest4QAP(),
// new ACO2OptBest4QAP(),
// new SS2OptBest4QAP(),
// new TwoOptBest4SPP(),
// new TwoOptFirst4SPP(),
// new ACO2OptBest4SPP(),
// new UMDA4SPP(),
// new SS2OptFirst4SPP(),
// new ACO2OptFirst4SPP(),
// new UMDA2OptFirst4SPP(),
// new ACO4SPP(),
// new SS4SPP(),
// new SA4SPP(),
// new UMDA2OptBest4SPP(),
// new SS2OptBest4SPP(),
// new UMDA4TSP(),
// new ACO2OptFirst4TSP(),
// new ACO4TSP(),
// new SS2OptFirst4TSP(),
// new SS4TSP(),
// new UMDA2OptBest4TSP(),
// new UMDA2OptFirst4TSP(),
// new SA4TSP(),
// new ACO2OptBest4TSP(),
// new SS2OptBest4TSP(),
// new GABL2OptBest42SP(),
// new GABL2OptFirst42SP(),
// new GABL42SP(),
// new GANPS42SP(),
// new PSOBL42SP(),
// new PSONPS42SP(),
// new PSOBL2OptBest42SP(),
// new PSOBL2OptFirst42SP(),
// new TSNPS42SP(),
// new TSBL42SP(),
// new TwoOptBest4TSP(),
// new TwoOptFirst4TSP(),
// new HMSAwGRASP2OptBest4TSP(),
// new HMSAwGRASP2OptFirst4TSP(),
// new GA2OptBest4TSP(),
// new GA2OptFirst4TSP(),
// new GA4TSP(),
// new GRASP2OptBest4TSP(),
// new GRASP2OptFirst4TSP(),
// new HMTSwGRASP2OptBest4TSP(),
// new HMTSwGRASP2OptFirst4TSP(),
// new PSO2OptBest4TSP(),
// new PSO2OptFirst4TSP(),
// new PSO4TSP(),
// new TS4TSP(),
// new TwoOptBest4QAP(),
// new TwoOptFirst4QAP(),
// new HMSAwGRASP2OptBest4QAP(),
// new HMSAwGRASP2OptFirst4QAP(),
// new GA2OptBest4QAP(),
// new GA2OptFirst4QAP(),
// new GA4QAP(),
// new GRASP2OptBest4QAP(),
// new GRASP2OptFirst4QAP(),
// new HMTSwGRASP2OptBest4QAP(),
// new HMTSwGRASP2OptFirst4QAP(),
// new PSO2OptBest4QAP(),
// new PSO2OptFirst4QAP(),
// new PSO4QAP(),
// new TS4QAP(),
// new GA2OptBest4SPP(),
// new GRASP2OptBest4SPP(),
// new GRASP2OptFirst4SPP(),
// new HMTSwGRASP2OptFirst4SPP(),
// new HMTSwGRASP2OptBest4SPP(),
// new HMSAwGRASP2OptBest4SPP(),
// new HMSAwGRASP2OptFirst4SPP(),
// new GA2OptFirst4SPP(),
// new GA4SPP(),
// new TS4SPP(),
};
algorithms.ParallelForEach(algorithm => {
string instancesDir = "";
switch (algorithm.Problem)
{
case ProblemType.QAP:
instancesDir = "../../../Problems/QAP/Instances";
break;
case ProblemType.SPP:
instancesDir = "../../../Problems/SPP/Instances";
break;
case ProblemType.TSP:
instancesDir = "../../../Problems/TSP/Instances";
break;
case ProblemType.TwoSP:
instancesDir = "../../../Problems/2SP/Instances";
break;
default:
break;
}
Tuner tuner = null;
switch (algorithm.Type)
{
case MetaheuristicType.EDA:
tuner = new UMDATuner(algorithm, instancesDir);
break;
case MetaheuristicType.GA:
tuner = new GATuner(algorithm, instancesDir);
break;
case MetaheuristicType.SA:
tuner = new SATuner(algorithm, instancesDir);
break;
case MetaheuristicType.GRASP:
tuner = new GRASPTuner(algorithm, instancesDir);
break;
case MetaheuristicType.PSO:
tuner = new PSOTuner(algorithm, instancesDir);
break;
case MetaheuristicType.SS:
tuner = new SSTuner(algorithm, instancesDir);
break;
case MetaheuristicType.TS:
tuner = new TSTuner(algorithm, instancesDir);
break;
case MetaheuristicType.HM:
tuner = new HMTuner(algorithm, instancesDir);
break;
case MetaheuristicType.ACO:
tuner = new ACOTuner(algorithm, instancesDir);
break;
default:
break;
}
tuner.Start(algorithm.GetType().Name + ".txt");
});
}
public GRASPTuner(ITunableMetaheuristic metaheuristic, string dirInstances)
: base(metaheuristic, dirInstances, 6, new int[] { 2000, 10000 }, 5)
{
}
public static void Main(string[] args)
{
ITunableMetaheuristic[] algorithms = new ITunableMetaheuristic[] {
// new ACOBL2OptBest42SP(),
// new ACONPS42SP(),
// new BL2OptBest42SP(),
// new BL2OptFirst42SP(),
// new NPS42SP(),
// new SSBL2OptFirst42SP(),
// new SSBL42SP(),
// new UMDABL2OptBest42SP(),
// new UMDABL2OptFirst42SP(),
// new UMDABL42SP(),
// new UMDANPS42SP(),
// new UMDA4QAP(),
// new SANPS42SP(),
// new ACOBL42SP(),
// new SABL42SP(),
// new SSNPS42SP(),
// new ACOBL2OptFirst42SP(),
// new SSBL2OptBest42SP(),
// new ACO2OptFirst4QAP(),
// new ACO4QAP(),
// new SS4QAP(),
// new UMDA2OptFirst4QAP(),
// new SS2OptFirst4QAP(),
// new SA4QAP(),
// new UMDA2OptBest4QAP(),
// new ACO2OptBest4QAP(),
// new SS2OptBest4QAP(),
// new TwoOptBest4SPP(),
// new TwoOptFirst4SPP(),
// new ACO2OptBest4SPP(),
// new UMDA4SPP(),
// new SS2OptFirst4SPP(),
// new ACO2OptFirst4SPP(),
// new UMDA2OptFirst4SPP(),
// new ACO4SPP(),
// new SS4SPP(),
// new SA4SPP(),
// new UMDA2OptBest4SPP(),
// new SS2OptBest4SPP(),
// new UMDA4TSP(),
// new ACO2OptFirst4TSP(),
// new ACO4TSP(),
// new SS2OptFirst4TSP(),
// new SS4TSP(),
// new UMDA2OptBest4TSP(),
// new UMDA2OptFirst4TSP(),
// new SA4TSP(),
// new ACO2OptBest4TSP(),
// new SS2OptBest4TSP(),
// new GABL2OptBest42SP(),
// new GABL2OptFirst42SP(),
// new GABL42SP(),
// new GANPS42SP(),
// new PSOBL42SP(),
// new PSONPS42SP(),
// new PSOBL2OptBest42SP(),
// new PSOBL2OptFirst42SP(),
// new TSNPS42SP(),
// new TSBL42SP(),
// new TwoOptBest4TSP(),
// new TwoOptFirst4TSP(),
// new HMSAwGRASP2OptBest4TSP(),
// new HMSAwGRASP2OptFirst4TSP(),
// new GA2OptBest4TSP(),
// new GA2OptFirst4TSP(),
// new GA4TSP(),
// new GRASP2OptBest4TSP(),
// new GRASP2OptFirst4TSP(),
// new HMTSwGRASP2OptBest4TSP(),
// new HMTSwGRASP2OptFirst4TSP(),
// new PSO2OptBest4TSP(),
// new PSO2OptFirst4TSP(),
// new PSO4TSP(),
// new TS4TSP(),
// new TwoOptBest4QAP(),
// new TwoOptFirst4QAP(),
// new HMSAwGRASP2OptBest4QAP(),
// new HMSAwGRASP2OptFirst4QAP(),
// new GA2OptBest4QAP(),
// new GA2OptFirst4QAP(),
// new GA4QAP(),
// new GRASP2OptBest4QAP(),
// new GRASP2OptFirst4QAP(),
// new HMTSwGRASP2OptBest4QAP(),
// new HMTSwGRASP2OptFirst4QAP(),
// new PSO2OptBest4QAP(),
// new PSO2OptFirst4QAP(),
// new PSO4QAP(),
// new TS4QAP(),
// new GA2OptBest4SPP(),
// new GRASP2OptBest4SPP(),
// new GRASP2OptFirst4SPP(),
// new HMTSwGRASP2OptFirst4SPP(),
// new HMTSwGRASP2OptBest4SPP(),
// new HMSAwGRASP2OptBest4SPP(),
// new HMSAwGRASP2OptFirst4SPP(),
// new GA2OptFirst4SPP(),
// new GA4SPP(),
// new TS4SPP(),
};
algorithms.ParallelForEach(algorithm => {
string instancesDir = "";
switch (algorithm.Problem) {
case ProblemType.QAP:
instancesDir = "../../../Problems/QAP/Instances";
break;
case ProblemType.SPP:
instancesDir = "../../../Problems/SPP/Instances";
break;
case ProblemType.TSP:
instancesDir = "../../../Problems/TSP/Instances";
break;
case ProblemType.TwoSP:
instancesDir = "../../../Problems/2SP/Instances";
break;
default:
break;
}
Tuner tuner = null;
switch(algorithm.Type) {
case MetaheuristicType.EDA:
tuner = new UMDATuner(algorithm, instancesDir);
break;
case MetaheuristicType.GA:
tuner = new GATuner(algorithm, instancesDir);
break;
case MetaheuristicType.SA:
tuner = new SATuner(algorithm, instancesDir);
break;
case MetaheuristicType.GRASP:
tuner = new GRASPTuner(algorithm, instancesDir);
break;
case MetaheuristicType.PSO:
tuner = new PSOTuner(algorithm, instancesDir);
break;
case MetaheuristicType.SS:
tuner = new SSTuner(algorithm, instancesDir);
break;
case MetaheuristicType.TS:
tuner = new TSTuner(algorithm, instancesDir);
break;
case MetaheuristicType.HM:
tuner = new HMTuner(algorithm, instancesDir);
break;
case MetaheuristicType.ACO:
tuner = new ACOTuner(algorithm, instancesDir);
break;
default:
break;
}
tuner.Start(algorithm.GetType().Name + ".txt");
});
}
