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();
}
public override Task <InvokeResponse> InvokeService(InvokeServiceRequest request, ServerCallContext context)
{
var response = new Any();
switch (request.Message.Method)
{
case "GetVelocity":
var inputString = request.Message.Data.Value.ToStringUtf8();
var velocityRequest = new VelocityRequest {
PhoneNumber = inputString
};
var velocityResponse = _velocityService.GetVelocity(velocityRequest, context).Result;
var msg = new VelocityResponse {
Message = velocityResponse.Message, Response = { velocityResponse.Response }
};
response = Any.Pack(msg);
break;
}
return(Task.FromResult(new InvokeResponse
{
Data = response
}));
}
public void SetReference(FRF[] vClose_ref, VelocityResponse vR, List <Mode> initialModes)
{
VClose_ref = vClose_ref;
VR = vR;
Target = new List <FRF[]>();
Target = GettingRegionReference(vClose_ref);
InitialModes = initialModes;
}
public FormMain()
{
InitializeComponent();
//Function object
VR = new VelocityResponse();
//Set experiment Control Parameters (C controller)
Parameters P = new Parameters();
SetParameters(P);
VR.P = P;
//Defining target, read FRF file from csv file, which is created by servoguide
VClose_ref = VR.ReadServoGuide_FRFdata_csv("Frequency_Response_Axis-1_1_-_1000Hz.csv");
VR.IsFreqDataSameAsRef = true;
DrawLine(VClose_ref, 0, chart_mag, chart_phs);
}
