private void displayData(ScanParameters sp, CavityScanData data)
{
ui.ScatterGraphPlot(ui.SlaveLaserIntensityScatterGraph,
ui.SlaveDataPlot, sp.CalculateRampVoltages(), data.SlavePhotodiodeData);
ui.ScatterGraphPlot(ui.MasterLaserIntensityScatterGraph, ui.MasterDataPlot,
sp.CalculateRampVoltages(), data.MasterPhotodiodeData);
}
private void displaySlaveFit(ScanParameters sp, double[] fitCoefficients)
{
double[] fitPoints = new double[sp.Steps];
double[] ramp = sp.CalculateRampVoltages();
double n = fitCoefficients[3];
double q = fitCoefficients[2];
double c = fitCoefficients[1];
double w = fitCoefficients[0];
for (int i = 0; i < sp.Steps; i++)
{
if (w == 0)
{
w = 0.001; // watch out for divide by zero
}
fitPoints[i] = n + q * (1 / (1 + (((ramp[i] - c) * (ramp[i] - c)) / ((w / 2) * (w / 2)))));
}
ui.ScatterGraphPlot(ui.SlaveLaserIntensityScatterGraph,
ui.SlaveFitPlot, ramp, fitPoints);
}
/// <summary>
/// A function to scan across the voltage range set by the limits high and low.
/// Reads from the two photodiodes and spits out an array.
/// The basic unit of the program.
/// </summary>
private CavityScanData scan(ScanParameters sp)
{
CavityScanData scanData = new CavityScanData(sp.Steps, 2);
scanData.parameters = sp;
double[] voltages = sp.CalculateRampVoltages();
tcl.ScanCavity(voltages, false);
tcl.StartScan();
Thread.Sleep(1);
tcl.SendScanTriggerAndWaitUntilDone();
scanData.PhotodiodeData = tcl.ReadPhotodiodes(sp.Steps);
tcl.StopScan();
return(scanData);
}
/// <summary>
/// A function to scan across the voltage range set by the limits high and low.
/// Reads from the two photodiodes and spits out an array.
/// The basic unit of the program.
/// </summary>
private CavityScanData scan(ScanParameters sp)
{
CavityScanData scanData = new CavityScanData(sp.Steps, 2);
scanData.parameters = sp;
double[] voltages = sp.CalculateRampVoltages();
tcl.ScanCavity(voltages, false);
tcl.StartScan();
Thread.Sleep(1);
tcl.SendScanTriggerAndWaitUntilDone();
scanData.PhotodiodeData = tcl.ReadPhotodiodes(sp.Steps);
tcl.StopScan();
return scanData;
}
private void displaySlaveFit(ScanParameters sp, double[] fitCoefficients)
{
double[] fitPoints = new double[sp.Steps];
double[] ramp = sp.CalculateRampVoltages();
double n = fitCoefficients[3];
double q = fitCoefficients[2];
double c = fitCoefficients[1];
double w = fitCoefficients[0];
for (int i = 0; i < sp.Steps; i++)
{
if (w == 0) w = 0.001; // watch out for divide by zero
fitPoints[i] = n + q * (1 / (1 + (((ramp[i] - c) * (ramp[i] - c)) / ((w / 2) * (w / 2)))));
}
ui.ScatterGraphPlot(ui.SlaveLaserIntensityScatterGraph,
ui.SlaveFitPlot, ramp, fitPoints);
}
private void displayData(ScanParameters sp, CavityScanData data)
{
ui.ScatterGraphPlot(ui.SlaveLaserIntensityScatterGraph,
ui.SlaveDataPlot, sp.CalculateRampVoltages(), data.SlavePhotodiodeData);
ui.ScatterGraphPlot(ui.MasterLaserIntensityScatterGraph, ui.MasterDataPlot,
sp.CalculateRampVoltages(), data.MasterPhotodiodeData);
}