private void AddNextBtn_Click(object sender, EventArgs e)
{
SelectorPanel.Visible = false;
AddDetectorTypePanel.Visible = false;
// Create new detector with default parameters for the selected type
DataSourceIdentifier did = new DataSourceIdentifier();
did.DetectorName = AddDetectorNameTextBox.Text;
InstrType dt;
INCCDB.Descriptor desc = (INCCDB.Descriptor)AddDetectorTypeComboBox.SelectedItem;
System.Enum.TryParse <InstrType>(desc.Name, out dt);
did.SRType = dt;
did.FullConnInfo = new LMConnectionInfo();
Multiplicity mkey = new Multiplicity(InstrTypeExtensions.DefaultFAFor(did.SRType));
det = new Detector(did, mkey, null);
// Jump to an edit panel for the parameters of the appropriate type
if (det != null)
{
if (det.Id.SRType == InstrType.MCA527)
{
PopulateMCA527ParamFields();
}
else
{
PopulateLMMM_PTR32ParamFields();
}
}
AddingNew = true;
}
//public Detector GetIt(ShiftRegisterParameters sr)
//{
// Detector d = null;
// d = Find(det => det.SRParams.Equals(sr));
// if (d == null)
// d = new Detector();
// return d;
//}
public Detector GetIt(DataSourceIdentifier dsid)
{
Detector d = null;
d = Find(det => det.Item1.Equals(dsid));
return(d);
}
/// <summary>
/// transform run_rec_ext results into a MultiplicityCountingRes, also see INCKnew.RunToCycle
/// later step will place results on current cycle in appropriate results map using the Det.MultiplicityParams key
/// </summary>
/// <param name="Id"></param>
/// <param name="cycle"></param>
public void TransformResults(DataSourceIdentifier Id, Cycle cycle)
{
FAType fa = Id.SRType.DefaultFAFor();
tds.mcr = new MultiplicityCountingRes(fa, 0);
RunValuesToResults(tds.run, cycle, Det.MultiplicityParams, tds.mcr);
}
public SRInstrument(Detector det)
: base()
{
id = new DataSourceIdentifier(det.Id);
srstatus = new SRInstrStatus();
DAQState = DAQInstrState.Offline; // different scheme, we need to connect after the Instrument is known, rather than connect because the instrument is known
}
public Instrument()
{
id = new DataSourceIdentifier();
daqstate = DAQInstrState.Online;
selected = true;
id.dt = System.DateTime.Now;
}
public INCCSR(ShiftRegisterParameters sr, DataSourceIdentifier id, AcquireParameters acq, TestParameters test, LMLoggers.LognLM log)
{
sr_parms = new ShiftRegisterParameters(sr);
dsid = new DataSourceIdentifier(id);
dsid.SerialPort -= 1; // serial ports are 0 based at the HW layer
acquire_parms = new AcquireParameters(acq);
test_parms = new TestParameters(test);
this.log = log;
}
public LMInstrument(Detector det)
: base()
{
id = new DataSourceIdentifier(det.Id);
lmstatus = new LMInstrStatus();
file = new NCDFile();
file.Log = NC.App.Loggers.Logger(LMLoggers.AppSection.Collect);
Init(null, null);
}
public INCCSR(ShiftRegisterParameters sr, DataSourceIdentifier id, AcquireParameters acq, TestParameters test, LMLoggers.LognLM log)
{
sr_parms = new ShiftRegisterParameters(sr);
dsid = new DataSourceIdentifier(id);
dsid.SerialPort -= 1; // serial ports are 0 based at the HW layer
acquire_parms = new AcquireParameters(acq);
test_parms = new TestParameters(test);
this.log = log;
}
public Cycle(LMLoggers.LognLM logger = null)
{
// Raw counts aka totals
singles = new VTuple();
dsid = new DataSourceIdentifier();
qcstatus = new QCStatusMap();
countresults = new CountingResults();
daqStatus = CycleDAQStatus.None;
this.logger = logger;
hitsPerChn = new double[NC.ChannelCount];
}
// dev note: prolly need to lock access to data on these thread classes
public void GetLastStatus(DataSourceIdentifier dsid, ref int lastSr, ref int lastMeas)
{
SRControlThread srct;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
lastSr = srct.SRCtrl.LastSRStatus;
lastMeas = srct.SRCtrl.LastMeasStatus;
}
}
public SRInstrument MatchByDSID(DataSourceIdentifier id)
{
return((SRInstrument)this.Find(i =>
{
if (i is SRInstrument)
{
SRInstrument sr = (SRInstrument)i;
return id.Equals(sr);
}
else
{
return false;
}
}
));
}
public int StartSRActionAndWait(DataSourceIdentifier dsid, SROp op, int setpt = -1, int runtime = -1)
{
SRControlThread srct;
int res = SR.SUCCESS;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
if (srct == null || !srct.IsBusy)
{
return(res);
}
try
{
if (setpt >= 0)
{
srct.SRCtrl.HVSet(setpt, runtime);
}
srct.op = op;
// tell caller to wait, then kick the thread into action
srct.callwait.Reset();
// tell the thread to go ahead
srct.opgate.Set();
// caller will now wait for completion
srct.callwait.Wait(srct.cts.Token);
// fire the operation completed event here, consciously placed out of the executing SR service thread context
srct.SROpCompletedEvent(srct.status);
}
catch (OperationCanceledException)
{
}
finally
{
res = srct.SRCtrl.LastMeasStatus;
}
}
return(res);
}
public Cycle(Cycle copyFrom)
{
// Raw counts aka totals
singles = new VTuple(copyFrom.singles);
dsid = new DataSourceIdentifier(copyFrom.dsid);
qcstatus = new QCStatusMap();
foreach (KeyValuePair <Multiplicity, QCStatus> kvp in copyFrom.qcstatus)
{
qcstatus.Add(kvp.Key, kvp.Value);
}
countresults = new CountingResults();
foreach (KeyValuePair <SpecificCountingAnalyzerParams, object> cr in copyFrom.countresults)
{
countresults.Add(cr.Key, cr.Value);
}
daqStatus = CycleDAQStatus.None;
ts = copyFrom.TS;
this.logger = null;
hitsPerChn = new double[NC.ChannelCount];
}
public void SetAction(DataSourceIdentifier dsid, SROp op)
{
SRControlThread srct;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
if (!srct.IsBusy)
{
return;
}
srct.op = op;
// tell caller to wait, then kick the waiting thread into action
srct.callwait.Reset();
srct.opgate.Set();
}
}
List <string> GenDetIdStr(DataSourceIdentifier dsid)
{
List <string> ls = new List <string>();
ls.Add(string.Format("{0,10}: {1}", "Name", dsid.DetectorId));
if (dsid.SRType.IsListMode())
{
ls.Add(string.Format("{0,10}: {1}", "LM type", dsid.SRType.ToString()));
}
else
{
ls.Add(string.Format("{0,10}: {1}", "SR type", dsid.SRType.INCC5ComboBoxString()));
}
ls.Add(string.Format("{0,10}: {1}", "User type", dsid.Type));
ls.Add(string.Format("{0,10}: {1}", "Elec. id", dsid.ElectronicsId));
if (dsid.SRType.IsCOMPortBasedSR())
{
ls.Add(string.Format("{0,10}: {1}", "Baud rate", dsid.BaudRate));
}
ls.Add(string.Format("{0,10}: {1}", "Data src", dsid.source.HappyFunName()));
if (dsid.SRType.IsListMode())
{
LMConnectionInfo lm = (LMConnectionInfo)dsid.FullConnInfo; // todo: finish this
//lm.NetComm and
//lm.DeviceConfig
//ls.Add(string.Format("{0,10}: {1}", "Port", lm.NetComm.));
//ls.Add(string.Format("{0,10}: {1}", "Port", dsid.FullConnInfo.Port));
}
if (!string.IsNullOrEmpty(dsid.FullConnInfo.Port))
{
ls.Add(string.Format("{0,10}: {1}", "COM port", dsid.FullConnInfo.Port));
}
if (dsid.FullConnInfo.Wait != 0)
{
ls.Add(string.Format("{0,10}: {1}", "Wait", dsid.FullConnInfo.Wait) + " mSec");
}
return(ls);
}
public CycleProcessingStateSnapshot(Instrument inst)
{
if (inst == null || inst.RDT == null || inst.RDT.Cycle == null)
{
return;
}
Cycle c = inst.RDT.Cycle;
seq = c.seq;
ts = new TimeSpan(c.TS.Ticks);
singles = c.Totals;
rawsinglesrate = c.SinglesRate;
totalevents = c.TotalEvents;
totals = c.Totals;
message = c.Message;
hitsPerChn = new double[c.HitsPerChannel.Length];
Array.Copy(c.HitsPerChannel, hitsPerChn, hitsPerChn.Length);
highVoltage = c.HighVoltage;
dsid = new DataSourceIdentifier(c.DataSourceId);
daqStatus = c.DaqStatus;
//cycle = c;
}
public void SetAction(DataSourceIdentifier dsid, SROp op)
{
SRControlThread srct;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
if (!srct.IsBusy)
return;
srct.op = op;
// tell caller to wait, then kick the waiting thread into action
srct.callwait.Reset();
srct.opgate.Set();
}
}
string GenDetIdLabelStr(DataSourceIdentifier dsid)
{
string s = dsid.ToString();
return s;
}
// dev note: prolly need to lock access to data on these thread classes
public void GetLastStatus(DataSourceIdentifier dsid, ref int lastSr, ref int lastMeas)
{
SRControlThread srct;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
lastSr = srct.SRCtrl.LastSRStatus;
lastMeas = srct.SRCtrl.LastMeasStatus;
}
}
public int StartSRActionAndWait(DataSourceIdentifier dsid, SROp op, int setpt = -1, int runtime = -1)
{
SRControlThread srct;
int res = SR.SUCCESS;
if (threads.ContainsKey(dsid))
{
srct = threads[dsid];
if (srct == null || !srct.IsBusy)
return res;
try
{
if (setpt >= 0)
srct.SRCtrl.HVSet(setpt, runtime);
srct.op = op;
// tell caller to wait, then kick the thread into action
srct.callwait.Reset();
// tell the thread to go ahead
srct.opgate.Set();
// caller will now wait for completion
srct.callwait.Wait(srct.cts.Token);
// fire the operation completed event here, consciously placed out of the executing SR service thread context
srct.SROpCompletedEvent(srct.status);
}
catch (OperationCanceledException)
{
}
finally
{
res = srct.SRCtrl.LastMeasStatus;
}
}
return res;
}
private TimeSpan ts; // timestamp of last neutron v. requested time
#endregion Fields
#region Constructors
public Cycle(LMLoggers.LognLM logger)
{
// Raw counts aka totals
singles = new VTuple();
dsid = new DataSourceIdentifier();
qcstatus = new QCStatusMap();
countresults = new CountingResults();
daqStatus = CycleDAQStatus.None;
this.logger = logger;
hitsPerChn = new double[NC.ChannelCount];
}
/// <summary>
/// transform run_rec_ext results into a MultiplicityCountingRes, also see INCKnew.RunToCycle
/// later step will place results on current cycle in appropriate results map using the Det.MultiplicityParams key
/// </summary>
/// <param name="Id"></param>
/// <param name="cycle"></param>
public void TransformResults(DataSourceIdentifier Id, Cycle cycle)
{
FAType fa = Id.SRType.DefaultFAFor();
tds.mcr = new MultiplicityCountingRes(fa, 0);
RunValuesToResults(tds.run, cycle, Det.MultiplicityParams, tds.mcr);
}
public void SetUpdatedDataSourceId(DataSourceIdentifier dataSourceIdentifier)
{
dsid = new DataSourceIdentifier(dataSourceIdentifier);
dsid.dt = DateTimeOffset.Now;
}
public void SetUpdatedDataSourceId(DataSourceIdentifier dataSourceIdentifier)
{
dsid = new DataSourceIdentifier(dataSourceIdentifier);
dsid.dt = DateTimeOffset.Now;
}
private void treeView1_AfterSelect(object sender, TreeViewEventArgs e)
{
List <string> ls = null;
if (e.Node.Parent == null)
{
if (e.Node.Tag == null)
{
return;
}
else
{
Type t = (Type)e.Node.Tag;
if (t == typeof(TestParameters))
{
TestParameters d = N.App.DB.TestParameters.Get();
ls = d.ToDBElementList(generate: true).AlignedNameValueList;
}
}
}
else
{
object o = e.Node.Parent.Tag;
if (o == null)
{
return;
}
else // display content in the right-hand pane
{
Type t = e.Node.Tag.GetType();
if (t == typeof(ItemId))
{
ls = ((ParameterBase)e.Node.Tag).ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(Detector))
{
ls = GenDetIdStr(((Detector)e.Node.Tag).Id);
}
else if (t == typeof(Isotopics))
{
ls = ((ParameterBase)e.Node.Tag).ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(CompositeIsotopics))
{
ls = ((ParameterBase)e.Node.Tag).ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(CollarItemId))
{
ls = ((ParameterBase)e.Node.Tag).ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(Stratum))
{
ls = ((ParameterBase)e.Node.Tag).ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(INCCDB.Descriptor))
{
INCCDB.Descriptor d = (INCCDB.Descriptor)e.Node.Tag;
ls = new List <string>(); ls.Add(d.Item1 + ": " + d.Item2);
}
else if (t == typeof(AnalysisMethods))
{
AnalysisMethods d = (AnalysisMethods)e.Node.Tag;
ls = d.ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(AcquireParameters))
{
AcquireParameters d = (AcquireParameters)e.Node.Tag;
ls = d.ToDBElementList(generate: true).AlignedNameValueList;
}
else if (t == typeof(AlphaBeta))
{
AlphaBeta AB = (AlphaBeta)e.Node.Tag;
ls = GenDetABStr(AB);
}
else if (t == typeof(Multiplicity))
{
Multiplicity m = (Multiplicity)e.Node.Tag;
ls = GenDetMultStr((Detector)o, m);
}
else if (t == typeof(DataSourceIdentifier))
{
DataSourceIdentifier d = (DataSourceIdentifier)e.Node.Tag;
ls = GenDetIdStr(d);
}
else if (t == typeof(INCCDB.IndexedResults))
{
ls = GenMeasStr((INCCDB.IndexedResults)e.Node.Tag);;
}
}
}
StringBuilder sb = new StringBuilder(100);
if (ls != null)
{
foreach (string s in ls)
{
sb.Append(s); sb.Append('\r');
}
richTextBox1.Text = sb.ToString();
}
}
string GenDetIdLabelStr(DataSourceIdentifier dsid)
{
string s = dsid.ToString();
return(s);
}
List<string> GenDetIdStr(DataSourceIdentifier dsid)
{
List<string> ls = new List<string>();
ls.Add(string.Format("{0,10}: {1}", "Name", dsid.DetectorId));
if (dsid.SRType.IsListMode())
ls.Add(string.Format("{0,10}: {1}", "LM type", dsid.SRType.ToString()));
else
ls.Add(string.Format("{0,10}: {1}", "SR type", dsid.SRType.INCC5ComboBoxString()));
ls.Add(string.Format("{0,10}: {1}", "User type", dsid.Type));
ls.Add(string.Format("{0,10}: {1}", "Elec. id", dsid.ElectronicsId));
if (dsid.SRType.IsCOMPortBasedSR())
ls.Add(string.Format("{0,10}: {1}", "Baud rate", dsid.BaudRate));
ls.Add(string.Format("{0,10}: {1}", "Data src", dsid.source.HappyFunName()));
if (dsid.SRType.IsListMode())
{
LMConnectionInfo lm = (LMConnectionInfo)dsid.FullConnInfo; // todo: finish this
//lm.NetComm and
//lm.DeviceConfig
//ls.Add(string.Format("{0,10}: {1}", "Port", lm.NetComm.));
//ls.Add(string.Format("{0,10}: {1}", "Port", dsid.FullConnInfo.Port));
}
if (!string.IsNullOrEmpty(dsid.FullConnInfo.Port))
ls.Add(string.Format("{0,10}: {1}", "COM port", dsid.FullConnInfo.Port));
if (dsid.FullConnInfo.Wait != 0)
ls.Add(string.Format("{0,10}: {1}", "Wait", dsid.FullConnInfo.Wait) + " mSec");
return ls;
}
public CycleProcessingStateSnapshot(Instrument inst)
{
if (inst == null || inst.RDT == null || inst.RDT.Cycle == null)
return;
Cycle c = inst.RDT.Cycle;
seq = c.seq;
ts = new TimeSpan(c.TS.Ticks);
singles = c.Totals;
rawsinglesrate = c.SinglesRate;
totalevents = c.TotalEvents;
totals = c.Totals;
message = c.Message;
hitsPerChn = new double[c.HitsPerChannel.Length];
Array.Copy(c.HitsPerChannel, hitsPerChn, hitsPerChn.Length);
highVoltage = c.HighVoltage;
dsid = new DataSourceIdentifier(c.DataSourceId);
daqStatus = c.DaqStatus;
//cycle = c;
}
private void AddNextBtn_Click(object sender, EventArgs e)
{
this.SelectorPanel.Visible = false;
this.AddDetectorTypePanel.Visible = false;
// Create new detector with default parameters for the selected type
DataSourceIdentifier did = new DataSourceIdentifier();
did.DetectorName = AddDetectorNameTextBox.Text;
InstrType dt;
INCCDB.Descriptor desc = (INCCDB.Descriptor)AddDetectorTypeComboBox.SelectedItem;
System.Enum.TryParse<InstrType>(desc.Name, out dt);
did.SRType = dt;
did.FullConnInfo = new LMConnectionInfo();
Multiplicity mkey = new Multiplicity(InstrTypeExtensions.DefaultFAFor(did.SRType));
det = new Detector(did, mkey, null);
// Jump to an edit panel for the parameters of the appropriate type
PopulateParamFields();
AddingNew = true;
}
