public void HandleDataPoint(DataEventArgs e)
{
Profile currentProfile = Controller.GetController().ProfileManager.CurrentProfile;
// update the TOF graphs
if (currentProfile.GUIConfig.average)
{
if (shotCounter % currentProfile.GUIConfig.updateTOFsEvery == 0)
{
if (avOnTof != null)
{
window.PlotOnTOF(avOnTof/onAverages);
}
avOnTof = (TOF) e.point.AverageOnShot.TOFs[0];
onAverages = 1;
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
if (avOffTof != null)
{
window.PlotOffTOF(avOffTof/offAverages);
}
avOffTof = (TOF) e.point.AverageOffShot.TOFs[0];
offAverages = 1;
}
}
else // do the averaging
{
if (avOnTof != null)
{
avOnTof = avOnTof + ((TOF) e.point.AverageOnShot.TOFs[0]);
onAverages++;
}
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"] && avOffTof != null)
{
avOffTof = avOffTof + ((TOF) e.point.AverageOffShot.TOFs[0]);
offAverages++;
}
}
}
else // if not averaging
{
if (shotCounter % currentProfile.GUIConfig.updateTOFsEvery == 0)
{
window.PlotOnTOF((TOF)e.point.AverageOnShot.TOFs[0]);
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
window.PlotOffTOF((TOF)e.point.AverageOffShot.TOFs[0]);
}
}
}
// update the spectra
pointsToPlot.Points.Add(e.point);
if (shotCounter % currentProfile.GUIConfig.updateSpectraEvery == 0)
{
if (pointsToPlot.AnalogChannelCount >= 1)
window.AppendToAnalog1(pointsToPlot.ScanParameterArray, pointsToPlot.GetAnalogArray(0));
if (pointsToPlot.AnalogChannelCount >= 2)
window.AppendToAnalog2(pointsToPlot.ScanParameterArray, pointsToPlot.GetAnalogArray(1));
window.AppendToPMTOn(pointsToPlot.ScanParameterArray,
pointsToPlot.GetTOFOnIntegralArray(0,
startTOFGate, endTOFGate));
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
window.AppendToPMTOff(pointsToPlot.ScanParameterArray,
pointsToPlot.GetTOFOffIntegralArray(0,
startTOFGate, endTOFGate));
window.AppendToDifference(pointsToPlot.ScanParameterArray,
pointsToPlot.GetDifferenceIntegralArray(0,
startTOFGate, endTOFGate));
}
// update the spectrum fit if in shot mode.
if (spectrumFitMode == FitMode.Shot)
{
Scan currentScan = Controller.GetController().DataStore.CurrentScan;
if (currentScan.Points.Count > 10)
{
FitAndPlotSpectrum(currentScan);
}
}
pointsToPlot.Points.Clear();
}
shotCounter++;
}
private void Acquire()
{
try
{
// lock a monitor onto the acquisitor, to synchronise with the controller
// when acquiring a set number of scans - the monitor is released in
// AcquisitionFinishing()
Monitor.Enter(AcquisitorMonitorLock);
// initialise all of the plugins
config.outputPlugin.AcquisitionStarting();
config.pgPlugin.AcquisitionStarting();
config.shotGathererPlugin.AcquisitionStarting();
config.switchPlugin.AcquisitionStarting();
config.yagPlugin.AcquisitionStarting();
config.analogPlugin.AcquisitionStarting();
for (int scanNumber = 0 ;; scanNumber++)
{
// prepare for the scan start
config.outputPlugin.ScanStarting();
config.pgPlugin.ScanStarting();
config.shotGathererPlugin.ScanStarting();
config.switchPlugin.ScanStarting();
config.yagPlugin.ScanStarting();
config.analogPlugin.ScanStarting();
for (int pointNumber = 0 ; pointNumber < (int)config.outputPlugin.Settings["pointsPerScan"] ; pointNumber++)
{
// calculate the new scan parameter and move the scan along
config.outputPlugin.ScanParameter = NextScanParameter(pointNumber, scanNumber);
// check for a change in the pg parameters
lock(this)
{
if (tweakFlag)
{
// now it's safe to update the pattern generator settings
// and ask the pg to reload
SettingsReflector sr = new SettingsReflector();
sr.SetField(config.pgPlugin,
latestTweak.parameter, latestTweak.newValue.ToString());
config.pgPlugin.ReloadPattern();
tweakFlag = false;
}
}
ScanPoint sp = new ScanPoint();
sp.ScanParameter = config.outputPlugin.ScanParameter;
for (int shotNum = 0; shotNum < (int)(config.outputPlugin.Settings["shotsPerPoint"]); shotNum++)
{
// Set the switch state
config.switchPlugin.State = true;
// wait for the data gatherer to finish
config.shotGathererPlugin.ArmAndWait();
// read out the data
sp.OnShots.Add(config.shotGathererPlugin.Shot);
if ((bool)config.switchPlugin.Settings["switchActive"])
{
config.switchPlugin.State = false;
config.shotGathererPlugin.ArmAndWait();
sp.OffShots.Add(config.shotGathererPlugin.Shot);
}
}
// sample the analog channels and add them to the ScanPoint
config.analogPlugin.ArmAndWait();
sp.Analogs.AddRange(config.analogPlugin.Analogs);
// send up the data bundle
DataEventArgs evArgs = new DataEventArgs();
evArgs.point = sp;
OnData(evArgs);
// check for exit
if (CheckIfStopping())
{
AcquisitionFinishing(config);
return;
}
}
// prepare for the start of the next scan
OnScanFinished();
config.pgPlugin.ScanFinished();
config.yagPlugin.ScanFinished();
config.outputPlugin.ScanFinished();
config.shotGathererPlugin.ScanFinished();
config.switchPlugin.ScanFinished();
config.analogPlugin.ScanFinished();
// I think that this pause will workaround an annoying threading bug
// I should probably be less cheezy and put a lock in, but I'm not really
// sure that I know what the bug is as it's intermittent (and rare).
Thread.Sleep(750);
// check if we are finished scanning
if (scanNumber + 1 == numberOfScans)
{
backendState = AcquisitorState.stopped;
// set the controller state to stopped
Controller.GetController().appState = Controller.AppState.stopped;
AcquisitionFinishing(config);
return;
}
}
}
catch (Exception e)
{
// last chance exception handler - this stops a rogue exception in the
// acquire loop from killing the whole program
Console.Error.Write(e.Message + e.StackTrace);
MessageBox.Show("Exception caught in acquire loop.\nTake care - the program " +
"is probably unstable.\n" + e.Message + "\n" + e.StackTrace, "Acquire error",
MessageBoxButtons.OK, MessageBoxIcon.Error);
// Try and stop the pattern gracefully before the program dies
config.pgPlugin.AcquisitionFinished();
lock (this) backendState = AcquisitorState.stopped;
}
}
protected virtual void OnData( DataEventArgs e )
{
if (Data != null) Data(this, e);
}
// This function is registered to handle data events from the acquisitor.
// Whenever the acquisitor has new data it will call this function.
// Note well that this will be called on the acquisitor thread (meaning
// no direct GUI manipulation in this function).
private void DataHandler(object sender, DataEventArgs e)
{
lock (this)
{
// grab the settings
GUIConfiguration guiConfig = profileManager.CurrentProfile.GUIConfig;
// store the datapoint
dataStore.AddScanPoint(e.point);
// tell the viewers to handle the data point
viewerManager.HandleDataPoint(e);
}
}
public void HandleDataPoint(DataEventArgs e)
{
Profile currentProfile = Controller.GetController().ProfileManager.CurrentProfile;
// update the TOF graphs
if (currentProfile.GUIConfig.average)
{
if (shotCounter % currentProfile.GUIConfig.updateTOFsEvery == 0)
{
if (avOnTofs != null)
{
for (int i = 0; i < avOnTofs.Count; i++) { avOnTofs[i] = ((TOF)avOnTofs[i]) / onAverages; }
window.PlotOnTOF(avOnTofs);
if (avOnTofs.Count > 1)
{
// integral between the signal gates minus the integral between the background gates (adjusted for the relative width of the two gates)
double normVal = (((TOF)avOnTofs[1]).Integrate(NormSigGateLow, NormSigGateHigh)) - (((TOF)avOnTofs[1]).Integrate(NormBgGateLow, NormBgGateHigh)) * (NormSigGateHigh - NormSigGateLow) / (NormBgGateHigh - NormBgGateLow);
window.PlotNormedOnTOF(((TOF)avOnTofs[0]) / normVal);
}
}
avOnTofs = e.point.AverageOnShot.TOFs;
onAverages = 1;
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
if (avOffTofs != null)
{
for (int i = 0; i < avOffTofs.Count; i++) { avOffTofs[i] = ((TOF)avOffTofs[i]) / offAverages; }
window.PlotOffTOF(avOffTofs);
if (avOffTofs.Count > 1)
{
double normVal = (((TOF)avOffTofs[1]).Integrate(NormSigGateLow, NormSigGateHigh)) - (((TOF)avOffTofs[1]).Integrate(NormBgGateLow, NormBgGateHigh)) * (NormSigGateHigh - NormSigGateLow) / (NormBgGateHigh - NormBgGateLow);
window.PlotNormedOffTOF(((TOF)avOffTofs[0]) / normVal);
}
}
avOffTofs = e.point.AverageOffShot.TOFs;
offAverages = 1;
}
}
else // do the averaging
{
if (avOnTofs != null)
{
//avOnTof = avOnTof + ((TOF) e.point.AverageOnShot.TOFs[0]);
for (int i = 0; i < avOnTofs.Count; i++) { avOnTofs[i] = (TOF)avOnTofs[i] + ((TOF)e.point.AverageOnShot.TOFs[i]); }
onAverages++;
}
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"] && avOffTofs != null)
{
//avOffTof = avOffTof + ((TOF) e.point.AverageOffShot.TOFs[0]);
for (int i = 0; i < avOffTofs.Count; i++) { avOffTofs[i] = (TOF)avOffTofs[i] + ((TOF)e.point.AverageOffShot.TOFs[i]); }
offAverages++;
}
}
}
else // if not averaging
{
if (shotCounter % currentProfile.GUIConfig.updateTOFsEvery == 0)
{
ArrayList currentTofs = e.point.AverageOnShot.TOFs;
window.PlotOnTOF(currentTofs);
if (currentTofs.Count > 1)
{
double normVal = (((TOF)currentTofs[1]).Integrate(NormSigGateLow, NormSigGateHigh)) - (((TOF)currentTofs[1]).Integrate(NormBgGateLow, NormBgGateHigh)) * (NormSigGateHigh - NormSigGateLow) / (NormBgGateHigh - NormBgGateLow);
window.PlotNormedOnTOF(((TOF)currentTofs[0]) / normVal);
}
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
currentTofs = e.point.AverageOffShot.TOFs;
window.PlotOffTOF(currentTofs);
if (currentTofs.Count > 1)
{
double normVal = (((TOF)currentTofs[1]).Integrate(NormSigGateLow, NormSigGateHigh)) - (((TOF)currentTofs[1]).Integrate(NormBgGateLow, NormBgGateHigh)) * (NormSigGateHigh - NormSigGateLow) / (NormBgGateHigh - NormBgGateLow);
window.PlotNormedOffTOF(((TOF)currentTofs[0]) / normVal);
}
}
}
}
// update the spectra
pointsToPlot.Points.Add(e.point);
if (shotCounter % currentProfile.GUIConfig.updateSpectraEvery == 0)
{
if (pointsToPlot.AnalogChannelCount >= 1)
window.AppendToAnalog1(pointsToPlot.ScanParameterArray, pointsToPlot.GetAnalogArray(0));
if (pointsToPlot.AnalogChannelCount >= 2)
window.AppendToAnalog2(pointsToPlot.ScanParameterArray, pointsToPlot.GetAnalogArray(1));
window.AppendToPMTOn(pointsToPlot.ScanParameterArray,
pointsToPlot.GetTOFOnIntegralArray(0,
startTOFGate, endTOFGate));
if ((bool)currentProfile.AcquisitorConfig.switchPlugin.Settings["switchActive"])
{
window.AppendToPMTOff(pointsToPlot.ScanParameterArray,
pointsToPlot.GetTOFOffIntegralArray(0,
startTOFGate, endTOFGate));
window.AppendToDifference(pointsToPlot.ScanParameterArray,
pointsToPlot.GetDifferenceIntegralArray(0,
startTOFGate, endTOFGate));
}
// update the spectrum fit if in shot mode.
if (spectrumFitMode == FitMode.Shot)
{
Scan currentScan = Controller.GetController().DataStore.CurrentScan;
if (currentScan.Points.Count > 10)
{
FitAndPlotSpectrum(currentScan);
}
}
pointsToPlot.Points.Clear();
}
shotCounter++;
}
public void HandleDataPoint(DataEventArgs e)
{
foreach (DictionaryEntry de in viewers) ((Viewer)(de.Value)).HandleDataPoint(e);
}
