public FormGAOptions(FRF[] vClose_ref, VelocityResponse vR, FormMain.FittingOptimization fittingOPT, List <FormMain.InitialFrequencyPoints> initialValues)
{
InitializeComponent();
VClose_ref = vClose_ref;
VR = vR;
FittingOPT = fittingOPT;
FormMain.DrawLine(VClose_ref, 0, chart_mag, chart_phs);
PlottingGAData();
textBoxFreq_1.Text = initialValues[0].ResonantFreqPeak.ToString();
textBoxMag_1.Text = initialValues[0].ResonantMagPeak.ToString();
textBoxFreqMax_1.Text = initialValues[0].FrequencyRage.MaxValue.ToString();
textBoxFreqMin_1.Text = initialValues[0].FrequencyRage.MinValue.ToString();
textBoxFreq_2.Text = initialValues[1].ResonantFreqPeak.ToString();
textBoxMag_2.Text = initialValues[1].ResonantMagPeak.ToString();
textBoxFreqMax_2.Text = initialValues[1].FrequencyRage.MaxValue.ToString();
textBoxFreqMin_2.Text = initialValues[1].FrequencyRage.MinValue.ToString();
textBoxFreq_3.Text = initialValues[2].ResonantFreqPeak.ToString();
textBoxMag_3.Text = initialValues[2].ResonantMagPeak.ToString();
textBoxFreqMax_3.Text = initialValues[2].FrequencyRage.MaxValue.ToString();
textBoxFreqMin_3.Text = initialValues[2].FrequencyRage.MinValue.ToString();
textBoxPCross.Text = FittingOPT.GA[0].GA_Settings.PCrossover.ToString();
textBoxPMutation.Text = FittingOPT.GA[0].GA_Settings.PMutation.ToString();
textBoxPop.Text = FittingOPT.GA[0].GA_Settings.PopulationSize.ToString();
textBoxGen.Text = FittingOPT.GA[0].GA_Settings.Generations.ToString();
}
private void GeneticAlgorithmOptimization(List <FormMain.InitialFrequencyPoints> ResonantPeak)
{
List <Mode> VLoopModes = new List <Mode>();
FormMain.CreateModes(VLoopModes);
GeneticAlgorithm.Range Mass_range = new GeneticAlgorithm.Range {
MinValue = FormMain.TryToDouble(textBoxMassMin.Text), MaxValue = FormMain.TryToDouble(textBoxMassMax.Text)
};
GeneticAlgorithm.Range Zeta_range = new GeneticAlgorithm.Range {
MinValue = FormMain.TryToDouble(textBoxZetaMin.Text), MaxValue = FormMain.TryToDouble(textBoxZetaMax.Text)
};
List <GeneticAlgorithm.Range> FrequencyRange = new List <GeneticAlgorithm.Range>();
for (int i = 0; i < ResonantPeak.Count; i++)
{
FrequencyRange.Add(ResonantPeak[i].FrequencyRage);
}
FittingOPT = new FormMain.FittingOptimization(Mass_range, Zeta_range, FrequencyRange);
FittingOPT.SetOptimizationParameters((int)FormMain.TryToDouble(textBoxPop.Text), FormMain.TryToDouble(textBoxPCross.Text), FormMain.TryToDouble(textBoxPMutation.Text), (int)FormMain.TryToDouble(textBoxGen.Text), 500);
FittingOPT.SetReference(VClose_ref, VR, VLoopModes);
VLoopModes = new List <Mode>();
VLoopModes = FittingOPT.Solve();
//Create Structure Nature Modes Object
VR.VLoopModes = VLoopModes;
//Evaluation
FRF[] Close = VR.SolveCloseLoopResponse();
//FRF[] Open = VR.SolveOpenLoopResponse();
// draw simulated FRF in chart
FormMain.DrawLine(Close, 1, chart_mag, chart_phs);
}