//void Refine
void DipoleAnalyseOneStepOnly()
{
if (!CheckForCalibration() || !bDeviceConnected)
{
return;
}
Int64 nFrequencyStep;
float[] fSweepResult = null;
Int64 nFrequencyBase;
int nCaptureCount;
// first scan
MyNotifier.SetProgressBar(SweepProgressBar);
LOGDraw("Start dipole detection...");
nFrequencyBase = nFrequencyDetectionStart;
nCaptureCount = Convert.ToInt32(SamplesTextBox.Text);
nFrequencyStep = ((nFrequencyDetectionEnd - nFrequencyDetectionStart) + (nCaptureCount - 1)) / nCaptureCount;
if (nFrequencyStep == 0)
{
nFrequencyStep = 1;
nCaptureCount = (int)(nFrequencyDetectionEnd - nFrequencyDetectionStart);
SamplesTextBox.Text = nCaptureCount.ToString();
}
fSweepResult = RunSweep(nFrequencyBase,
nFrequencyStep,
nCaptureCount,
MyNotifier,
(NWTDevice.DetectorUsed)DetectorCombobox.SelectedItem);
SingleCurveDisplay(nFrequencyBase, nFrequencyStep, fSweepResult);
DipoleProcessAnalyseOnFinalRange(fSweepResult, nFrequencyBase, nFrequencyStep);
RefreshQERFilterEstimator();
}
void DipoleAnalyse()
{
if (!CheckForCalibration() || !bDeviceConnected)
{
return;
}
Int64 nFrequencyStep;
float[] fSweepResult = null;
Int64 nFrequencyBase;
int nCaptureCount;
int nserieIndex;
Int64 nserieFrequency;
// first scan
MyNotifier.SetProgressBar(SweepProgressBar);
LOGDraw("Start dipole detection...");
nFrequencyBase = nFrequencyDetectionStart;
nCaptureCount = 9999;
nFrequencyStep = ((nFrequencyDetectionEnd - nFrequencyDetectionStart) + (nCaptureCount - 1)) / nCaptureCount;
if (nFrequencyStep == 0)
{
nFrequencyStep = 1;
nCaptureCount = (int)(nFrequencyDetectionEnd - nFrequencyDetectionStart);
SamplesTextBox.Text = nCaptureCount.ToString();
}
fSweepResult = RunSweep(nFrequencyBase, nFrequencyStep, nCaptureCount, MyNotifier);
SingleCurveDisplay(nFrequencyBase, nFrequencyStep, fSweepResult);
// check if the precision will be acceptable
{
nserieIndex = Utility.RetrieveMaxValueIndex(fSweepResult);
nserieFrequency = nFrequencyBase + nserieIndex * nFrequencyStep;
LOGDraw("first estimation serie resonance :" + Utility.GetStringWithSeparators(nserieFrequency / 1000, " ") + "kHz");
int nStepFromFrequencyFactor = (int)((nserieFrequency * 6) / 30000000);
if (nStepFromFrequencyFactor > 5)
{
nStepFromFrequencyFactor = 5;
}
nFrequencyStep = (nStepFromFrequencyFactor) + 1;
if (!ParallelCheckBox.Checked)
{
nFrequencyBase = nserieFrequency - nFrequencyStep * 5000;
}
else
{
nFrequencyBase = nserieFrequency - nFrequencyStep * 3300;
}
nCaptureCount = 9999;
LOGDraw("dipole accurate analyse...");
fSweepResult = RunSweep(nFrequencyBase, nFrequencyStep, nCaptureCount, MyNotifier);
SingleCurveDisplay(nFrequencyBase, nFrequencyStep, fSweepResult);
}
float nParralelLeveldB = 0.0f;
float fParrallelFrequency = 0.0f;
if (ParallelCheckBox.Checked)
{
int nParrallelIndex = Utility.RetrieveMinValueIndex(fSweepResult);
while (nParrallelIndex > 9500)
{
nFrequencyStep += nFrequencyStep;
LOGDraw("parrallel mode resonance not found, we broaden the scan...");
fSweepResult = RunSweep(nFrequencyBase, nFrequencyStep, nCaptureCount, MyNotifier);
SingleCurveDisplay(nFrequencyBase, nFrequencyStep, fSweepResult);
nParrallelIndex = Utility.RetrieveMinValueIndex(fSweepResult);
}
nParralelLeveldB = fSweepResult[nParrallelIndex];
fParrallelFrequency = nFrequencyBase + nParrallelIndex * nFrequencyStep;
}
DipoleProcessAnalyseOnFinalRange(fSweepResult, nFrequencyBase, nFrequencyStep);
RefreshQERFilterEstimator();
}
public Form1()
{
InitializeComponent();
SweepModeCurvesList.Clear();
SweepModeCurvesList.Add(new CCurve());
CurveListComboBox.DataSource = null;
CurveListComboBox.DataSource = SweepModeCurvesList;
CurveListComboBox.SelectedItem = SweepModeCurvesList[0];
CurveConfigPropertyGrid.SelectedObject = SweepModeCurvesList[0];
AutodetectCOMcheckBox.Checked = Program.Save.SerialPortAutodetectAtLaunch;
RawCaptureCheckBox.Checked = Program.Save.RawCapture;
//SerialPortComboBox.SelectedValueChanged -= DevicesComboBox_SelectedValueChanged;
RefreshCOMPortList();
//SerialPortComboBox.SelectedValueChanged += DevicesComboBox_SelectedValueChanged;
Text = Program.Version;
OutputModeComboBox.DataSource = Enum.GetValues(typeof(OutputMode));
FilterComboBox.DataSource = Enum.GetValues(typeof(FilterMode));
OutputModeComboBox.SelectedItem = Program.Save.Output;
FilterComboBox.SelectedItem = Program.Save.Filter;
AttLevelcomboBox.SelectedIndexChanged -= AttLevelcomboBox_SelectedIndexChanged;
AttLevelcomboBox.DataSource = Enum.GetValues(typeof(AttLevel));
AttLevelcomboBox.SelectedIndexChanged += AttLevelcomboBox_SelectedIndexChanged;
DetectorCombobox.DataSource = Enum.GetValues(typeof(NWTDevice.DetectorUsed));
MyNotifier.SetProgressBar(SweepProgressBar);
MyNotifier.SetForm(this);
DeviceManagerInit();
//SerialPortComboBox.Items.AddRange(SerialPort.GetPortNames());
//AutoDetectserialPort();
DeviceListMenuRefresh();
bMuteDeviceComboBoxEvent = true;
int nDeviceIndex = GetDeviceIndex(Program.Save.LastUsedDevice);
if (nDeviceIndex >= 0)
{
SelectecDeviceComboBox.SelectedIndex = nDeviceIndex;
}
else
{
SelectecDeviceComboBox.SelectedIndex = 0;
}
bMuteDeviceComboBoxEvent = false;
SetAnalyzer(SelectecDeviceComboBox.SelectedIndex, true);
if (Program.Save.LastUsedCOMPort != null)
{
// we try to initalize this com port
bool bSuccess = SerialPortInitialize(Program.Save.LastUsedCOMPort);
if (bSuccess)
{
SerialPortComboBox.SelectedItem = Program.Save.LastUsedCOMPort;
}
if (!bSuccess && Program.Save.SerialPortAutodetectAtLaunch)
{
AutoDetectSerialPort();
}
}
else
{
if (Program.Save.SerialPortAutodetectAtLaunch)
{
AutoDetectSerialPort();
}
}
AttCalCheckBox.Checked = Program.Save.AttCal;
SpectrumPictureBox.SetOwnedForm(this);
SetSampleCount(Program.Save.SampleCount);
if (DeviceInterface.GetDevice().Attenuator)
{
if (Program.Save.AttCal)
{
DeviceInterface.SetAttenuatorLevel((AttLevel)AttLevelcomboBox.SelectedItem, (AttLevel)AttLevelcomboBox.SelectedItem);
}
else
{
DeviceInterface.SetAttenuatorLevel((AttLevel)AttLevelcomboBox.SelectedItem, AttLevel._0dB);
}
}
VFOFrequencyTextBox.Text = Utility.GetStringWithSeparators(Program.Save.LastVFOFrequency, " ");
}