public AssayProcessingStateSnapshot(Instrument inst)
{
cpss = new CycleProcessingStateSnapshot(inst);
if (inst == null)
{
return;
}
assayPending = inst.IsPending();
if (inst.RDT == null)
{
return;
}
if (inst is LMInstrument)
{
LMInstrument lm = inst as LMInstrument;
Analysis.LMProcessingState lmrdtstate = (Analysis.LMProcessingState)(inst.RDT.State);
numProcessedRawDataBuffers = lm.NumProcessedRawDataBuffers;
maxValuesInBuffer = lmrdtstate.maxValuesInBuffer;
lastValue = lmrdtstate.lastValue;
wraparoundOffset = lmrdtstate.wraparoundOffset;
hitsPerChn = lmrdtstate.hitsPerChn;
}
else if (inst is SRInstrument)
{
}
numTotalsEncountered = inst.RDT.State.NumTotalsEncountered;
numValuesParsed = inst.RDT.State.NumValuesParsed;
}
public AssayProcessingStateSnapshot(Instrument inst)
{
cpss = new CycleProcessingStateSnapshot(inst);
if (inst == null)
return;
assayPending = inst.IsPending();
if (inst.RDT == null)
return;
if (inst is LMInstrument)
{
LMInstrument lm = inst as LMInstrument;
Analysis.LMProcessingState lmrdtstate = (Analysis.LMProcessingState)(inst.RDT.State);
numProcessedRawDataBuffers = lm.NumProcessedRawDataBuffers;
maxValuesInBuffer = lmrdtstate.maxValuesInBuffer;
lastValue = lmrdtstate.lastValue;
wraparoundOffset = lmrdtstate.wraparoundOffset;
hitsPerChn = lmrdtstate.hitsPerChn;
}
else if (inst is SRInstrument)
{
}
numTotalsEncountered = inst.RDT.State.NumTotalsEncountered;
numValuesParsed = inst.RDT.State.NumValuesParsed;
}