private async Task <IList <SatResult> > SolveInstances(IList <SatInstance> instances, bool savePlotInfo)
{
var options = GetOptions(savePlotInfo);
numberOfInstancesTotal = instances.Count;
numberOfFinishedInstances = 0;
var results = await Task.Factory.StartNew(() =>
{
var performanceTester = new PerformanceTester();
performanceTester.RaiseInstanceCalculationFinished += OnInstanceCalculationFinished;
var res = performanceTester.SolveWithPerformanceTest(instances, options);
return(res);
}
);
foreach (var result in results)
{
result.ResultLabel = CustomRowLabel.Text;
}
AddEpsilonValues(results);
ProgressLabel.Content = "Calculations done!";
return(results);
}
public override void HandleData(CommandLineOptions options)
{
//Process and load input instances
if (!ProcessInputInstances(out var instances, options.InputFile, InputFieldParser.ParseConstructiveKnapsackInstance))
{
return;
}
var strategy = GetConstructiveStrategy(options.Strategy);
if (typeof(ConstructiveFPTAS).IsInstanceOfType(strategy))
{
AddAproxToInstances(instances, options);
}
//var results = strategy.SolveAll(instances, options.Strategy, options.DataSetName);
var results = PerformanceTester.SolveWithPerformanceTest(instances, strategy, options);
//Compare with the reference solution if specified
if (options.ReferenceFile != null)
{
if (!ValidateResults <ConstructiveResult, KnapsackInstance>(results, options.ReferenceFile, SolutionValidator.ConstructiveComparator))
{
return;
}
}
//Output the solution
try
{
OutputWriter.WriteConstructiveResults(results, options.OutputFile);
}
catch (IOException e)
{
Console.WriteLine($"Error while writing into the output file: {e.Message}");
}
}
private async Task <IList <KnapsackResult> > SolveInstances(IList <KnapsackInstance> instances, bool savePlotInfo)
{
var options = GetOptions();
options.SavePlotInfo = savePlotInfo;
numberOfInstancesTotal = int.Parse(NumberOfInstances.Text);
var instanceOffset = int.Parse(InstanceOffset.Text);
numberOfFinishedInstances = 0;
var results = await Task.Factory.StartNew(() =>
{
var performanceTester = new PerformanceTester();
performanceTester.RaiseInstanceCalculationFinished += OnInstanceCalculationFinished;
return(performanceTester.SolveWithPerformanceTest(instances.Skip(instanceOffset).Take(numberOfInstancesTotal).ToList(), options));
}
);
ProgressLabel.Content = "Calculations done!";
return(results);
}