/// <summary>
/// Create Experimental Run.
/// Refactor Idea: This class should not hold mca/motor/thermometer at all. It should be pass along from DAQThread as arguments.
/// </summary>
/// <param name="mca"></param>
/// <param name="motor"></param>
/// <param name="thermometer"></param>
/// <param name="runmode"></param>
public ExperimentalRun(DT5780 mca, LinearMotor motor, DigitalThermometer thermometer, RunMode runmode = RunMode.Experiment)
{
this.mca = mca;
this.thermometer = thermometer;
this.motor = motor;
Timeout = 60;
MaxSample = 0;
Log = new ExperimentLog();
ClearData();
RunMode = runmode;
Channel0PeakFinder = new PeakFinder();
Channel1PeakFinder = new PeakFinder();
ExperimentStatus = ExperimentStatusEnum.Prepared;
StartActionMap = new Dictionary<RunMode, DAQThread.OnSuccessfulStartDelegate>{
{RunMode.Experiment, OnExperimentStart},
{RunMode.Calibrate, OnCalibrationStart},
{RunMode.Simulated, OnSimulationStart}
};
StopActionMap = new Dictionary<RunMode, DAQThread.OnSuccessfulStopDelegate>{
{RunMode.Experiment, OnExperimentEnd},
{RunMode.Calibrate, OnCalibrationEnd},
{RunMode.Simulated, OnSimulationEnd}
};
UpdateActionMap = new Dictionary<RunMode, DAQThread.UpdateProgressDelegate>{
{RunMode.Experiment, OnExperimentUpdate},
{RunMode.Calibrate, OnCalibrationUpdate},
{RunMode.Simulated, OnSimulationUpdate}
};
InitCommand();
Channel0FittedDataPoints = new DataPoint[0];
Channel1FittedDataPoints = new DataPoint[0];
}
public void Initialize()
{
Console.WriteLine(DateTime.UtcNow);
mca = new DT5780();
bool foundone = mca.ScanConnect();
if (!foundone) Assert.Inconclusive("DT5780 Not Found");
mca.Reset();
mca.UseDefaultBoardSetting();
}
public SettingMaker(DT5780 mca, LinearMotor motor, DigitalThermometer thermometer, ObservableCollection<MCASetting> mcasettings)
{
this.mca = mca;
this.motor = motor;
this.thermometer = thermometer;
this.MCASettings = mcasettings;
this.MCAData = new MCAData();
TargetPosition = -15;
MaxSample = 0;
Timeout = -1;
InitCommand();
}
public void UseSettingOn(DT5780 mca, int channel)
{
mca.set_PulsePolarity(channel, Polarity);
mca.set_DecayTime(channel, DecayTime);
mca.set_InputRiseTime(channel, DecayTime);
mca.set_TrapezoidRiseTime(channel, TrapezoidRiseTime);
mca.set_TrapezoidFlatTop(channel, FlatTop);
mca.set_BaselineAveragingWindow(channel, BaselineMean);
mca.SetTrapezoidGain(channel, TrapezoidGain);
mca.set_PeakingTime(channel, PeakingDelay);
mca.set_PeakAveragingWindow(channel, PeakMean);
mca.set_BaselineHoldOff(channel, BaselineHoldoff);
mca.set_PeakHoldOffExtension(channel, PeakHoldoff);
}
public DAQThread(DT5780 MCA)
{
this.MCA = MCA;
}
/// <summary>
/// Constructor
/// </summary>
public MainViewModel()
{
//if (System.Diagnostics.Debugger.IsAttached)
//{
// App.Settings.Reset();
//}
MCA = new DT5780();
LinearMotor = LinearMotorWrapper.LinearMotor.GetInstance();
Thermometer = new DigitalThermometer();
//DAQThread = new MCACalibrator.Threads.DAQThread(MCA);
MotorStatus = new MotorStatus(LinearMotor);
PeripheralConnection = new PeripheralConnection();
LogEntries = new BindingList<LogEntry>();
ExperimentalRuns = new ObservableCollection<ExperimentalRun>();
QCData = new QCData();
MCASettings = App.Settings.MCASettings;
StartHVPoller();
StartMotorPoller();
StartPeripheralConnectionPoller();
SetupCommand();
MotorCommand = new MotorCommand(this);
SettingMaker = new SettingMaker(MCA, LinearMotor, Thermometer, MCASettings);
}
public static ExperimentalRun DummyFilledData(DT5780 mca, LinearMotor motor, DigitalThermometer thermometer, double position = 0)
{
ExperimentalRun ret = ExperimentalRun.DummyEmptyData(mca, motor, thermometer, position);
ret.FillWithDummyData();
return ret;
}
public static ExperimentalRun DummyEmptyData(DT5780 mca, LinearMotor motor, DigitalThermometer thermometer, double position = 0)
{
ExperimentalRun ret = new ExperimentalRun(mca, motor, thermometer);
ret.Log.Setting = MCASetting.LargeLYSOSetting();
ret.Log.MotorPosition = position;
return ret;
}
public void UseSettingOnMCA(DT5780 mca)
{
mca.Reset();
mca.SetChannelEnableMask(0x3);
HV0.UseSettingOnMCA(mca, 0);
HV1.UseSettingOnMCA(mca, 1);
TriggerSetting0.UseSettingOn(mca, 0);
TriggerSetting1.UseSettingOn(mca, 1);
ShapingSetting0.UseSettingOn(mca, 0);
ShapingSetting1.UseSettingOn(mca, 1);
ProbeSetting.UseSettingOn(mca);
}
public void UseSettingOn(DT5780 mca)
{
mca.SetChannelEnableMask(0x3);
if (Mode == ProbeMode.Histogram)
{
mca.SetDPPAcquisitionMode(DT5780.DPPAcqMode.List, DT5780.DPPSaveParam.EnergyAndTime);
}
else if (Mode == ProbeMode.Oscilloscope)
{
mca.SetDPPAcquisitionMode(DT5780.DPPAcqMode.Mixed, DT5780.DPPSaveParam.EnergyAndTime);
}
mca.SetVirtualProbe(VirtualProbeMode,
VirtualProbe1Mode,
VirtualProbe2Mode,
DigitalProbeMode);
mca.RecordLength = RecordLength;
mca.set_PreTrg(0, PreTrigger);
mca.set_PreTrg(1, PreTrigger);
mca.SetSWTriggerMode(SWTrigger);
mca.SetExtTriggerInputMode(ExtTriggerInput);
mca.AcquisitionMode = DT5780.AcquisitionModeType.SoftwareControl;
}
public void UseSettingOnMCA(DT5780 mca, int channel)
{
mca.set_HVVMax(channel, VMax);
mca.set_HVVSet(channel, VSet);
mca.set_HVISet(channel, ISet);
}
public void UseSettingOn(DT5780 mca, int channel)
{
mca.set_TriggerThreshold(channel, TriggerLevel);
mca.set_TriggerFilterSmoothing(channel, SmoothingFactor);
mca.set_PreTrg(channel, 0);
mca.set_TriggerHoldoff(channel, TriggerHoldoff);
mca.SetChannelSelfTriggerMode(channel, SelfTrigger);
mca.SetInputRange(channel, InputRange);
}
