public void AcquisitionFinished(Block b)
{
this.Block = b;
mainWindow.AppendToTextArea("Demodulating block.");
b.AddDetectorsToBlock();
DBlock = blockDemodulator.QuickDemodulateBlock(b);
AnalysedDBlock = QuickEDMAnalysis.AnalyseDBlock(DBlock);
liveViewer.AddAnalysedDBlock(AnalysedDBlock);
//config.g
haveBlock = true;
appState = AppState.stopped;
mainWindow.AppendToTextArea("Acquisition finished");
SetStatusReady();
}
//public void Clear()
//{
//}
public void AddDBlock(DemodulatedBlock dblock)
{
QuickEDMAnalysis analysis = QuickEDMAnalysis.AnalyseDBlock(dblock);
//Append LiveViewer text with edm errors, B, DB & DB/SIG
AppendStatusText(
(Math.Pow(10, 26) * analysis.RawEDMErr).ToString("G3")
+ "\t" + (Math.Pow(10, 26) * analysis.RawEDMErrNormed).ToString("G3")
+ "\t\t" + (analysis.BValAndErr[0]).ToString("N2")
+ "\t" + (analysis.DBValAndErr[0]).ToString("N2")
+ "\t" + (analysis.DBValAndErr[0] / analysis.SIGValAndErr[0]).ToString("N3")
+ Environment.NewLine);
// Rollings values of edm error
clusterVariance =
((clusterVariance * (blockCount - 1)) + analysis.RawEDMErr * analysis.RawEDMErr) / blockCount;
double edmPerDay = Math.Sqrt(clusterVariance / blocksPerDay);
clusterVarianceNormed =
((clusterVarianceNormed * (blockCount - 1))
+ analysis.RawEDMErrNormed * analysis.RawEDMErrNormed) / blockCount;
double edmPerDayNormed = Math.Sqrt(clusterVarianceNormed / blocksPerDay);
UpdateClusterStatusText(
"errorPerDay: " + edmPerDay.ToString("E3")
+ "\terrorPerDayNormed: " + edmPerDayNormed.ToString("E3")
+ Environment.NewLine + "block count: " + blockCount);
//Update Plots
AppendToSigScatter(new double[] { blockCount }, new double[] { analysis.SIGValAndErr[0] });
AppendToSigNoiseScatter(new double[] { blockCount }, new double[] { analysis.SIGValAndErr[1] });
AppendToBScatter(new double[] { blockCount }, new double[] { analysis.BValAndErr[0] });
AppendToDBScatter(new double[] { blockCount }, new double[] { analysis.DBValAndErr[0] });
AppendToEDMScatter(new double[] { blockCount },
new double[] { Math.Pow(10, 26) * analysis.RawEDMErr });
AppendToEDMNormedScatter(new double[] { blockCount },
new double[] { Math.Pow(10, 26) * analysis.RawEDMErrNormed });
AppendSigmaToSIGScatter(new double[] { blockCount },
new double[] { analysis.SIGValAndErr[0] + analysis.SIGValAndErr[1] },
new double[] { analysis.SIGValAndErr[0] - analysis.SIGValAndErr[1] });
AppendSigmaToBScatter(new double[] { blockCount },
new double[] { analysis.BValAndErr[0] + analysis.BValAndErr[1] },
new double[] { analysis.BValAndErr[0] - analysis.BValAndErr[1] });
AppendSigmaToDBScatter(new double[] { blockCount },
new double[] { analysis.DBValAndErr[0] + analysis.DBValAndErr[1] },
new double[] { analysis.DBValAndErr[0] - analysis.DBValAndErr[1] });
AppendToNorthLeakageScatter(new double[] { blockCount },
new double[] { analysis.NorthCurrentValAndError[0] });
AppendToSouthLeakageScatter(new double[] { blockCount },
new double[] { analysis.SouthCurrentValAndError[0] });
AppendToNorthLeakageErrorScatter(new double[] { blockCount },
new double[] { analysis.NorthCurrentValAndError[1] });
AppendToSouthLeakageErrorScatter(new double[] { blockCount },
new double[] { analysis.SouthCurrentValAndError[1] });
AppendToNorthECorrLeakageScatter(new double[] { blockCount },
new double[] { analysis.NorthECorrCurrentValAndError[0] });
AppendToSouthECorrLeakageScatter(new double[] { blockCount },
new double[] { analysis.SouthECorrCurrentValAndError[0] });
AppendToMagNoiseScatter(new double[] { blockCount },
new double[] { analysis.MagValandErr[1] });
AppendToRfCurrentScatter(new double[] { blockCount },
new double[] { analysis.rfCurrent[0] });
AppendToLF1Scatter(new double[] { blockCount }, new double[] { analysis.LFValandErr[0] });
AppendToLF1NoiseScatter(new double[] { blockCount }, new double[] { analysis.LFValandErr[1] });
AppendToRF1AScatter(new double[] { blockCount }, new double[] { analysis.rf1AmpAndErr[0] });
AppendToRF2AScatter(new double[] { blockCount }, new double[] { analysis.rf2AmpAndErr[0] });
AppendToRF1FScatter(new double[] { blockCount }, new double[] { analysis.rf1FreqAndErr[0] });
AppendToRF2FScatter(new double[] { blockCount }, new double[] { analysis.rf2FreqAndErr[0] });
if (blockCount == 1)
{
initProbePD = analysis.probePD[0];
initPumpPD = analysis.pumpPD[0];
}
AppendTopProbePDScatter(new double[] { blockCount }, new double[] { analysis.probePD[0] / initProbePD });
AppendTopPumpPDScatter(new double[] { blockCount }, new double[] { analysis.pumpPD[0] / initPumpPD });
AppendToLF1DBDBScatter(new double[] { blockCount }, new double[] { analysis.LF1DBDB[0] });
AppendToLF2DBDBScatter(new double[] { blockCount }, new double[] { analysis.LF2DBDB[0] });
AppendSigmaToLF1Scatter(new double[] { blockCount },
new double[] { analysis.LF1DBDB[0] + analysis.LF1DBDB[1] },
new double[] { analysis.LF1DBDB[0] - analysis.LF1DBDB[1] });
AppendSigmaToLF2Scatter(new double[] { blockCount },
new double[] { analysis.LF2DBDB[0] + analysis.LF2DBDB[1] },
new double[] { analysis.LF2DBDB[0] - analysis.LF2DBDB[1] });
blockCount = blockCount + 1;
}