public Form1()
{
InitializeComponent();
pc = new PC(true);
pc.Update();
pcAnalyzer = new PCAnalyzer(pc, new PCAnalyzerSettings(new CPUAnalyzerSettings(null,
new FieldThreshold(CPU.CPUField.CoresPower, 25),
new FieldThreshold(CPU.CPUField.PackagePower, 40),
new FieldThreshold(CPU.CPUField.PackageTemperature, 60),
new FieldThreshold(CPU.CPUField.TotalLoad, 70)
), null, null, null, null));
utils = new ProcessUtilizationCollection();
utils.UpdateProcesses();
Timer1.Start();
}
public void PerformAnalysis(IAnalysisOptions options)
{
IsSaved = false;
switch (options.Algorithm)
{
case AnalysisAlgorithm.PCA:
var pcaResult = new PCAnalyzer((PCAOptions)options).Analyze();
analysisResults[AnalysisAlgorithm.PCA] = pcaResult;
PCAPerformed(this, new AnalysisPerformedEventArgs(pcaResult));
break;
case AnalysisAlgorithm.KPCA:
var kpcaResult = new KPCAnalyzer((KPCAOptions)options).Analyze();
analysisResults[AnalysisAlgorithm.KPCA] = kpcaResult;
KPCAPerformed(this, new AnalysisPerformedEventArgs(kpcaResult));
break;
}
}
public void PerformAnalysis(IAnalysisOptions options)
{
IsSaved = false;
switch (options.Algorithm)
{
case AnalysisAlgorithm.PCA:
var pcaResult = new PCAnalyzer((PCAOptions) options).Analyze();
analysisResults[AnalysisAlgorithm.PCA] = pcaResult;
PCAPerformed(this, new AnalysisPerformedEventArgs(pcaResult));
break;
case AnalysisAlgorithm.KPCA:
var kpcaResult = new KPCAnalyzer((KPCAOptions) options).Analyze();
analysisResults[AnalysisAlgorithm.KPCA] = kpcaResult;
KPCAPerformed(this, new AnalysisPerformedEventArgs(kpcaResult));
break;
}
}
protected void createGameSubmission(CustomGameEntry game)
{
analyzer = new PCAnalyzer(game, gameSubmissionDone);
disableInterface(analyzer);
analyzer.analyze();
}