| public GetTOFOnOverShotNoiseNormedArray ( int index, double startTime0, double endTime0, double startTime1, double endTime1 ) : double[] | ||
| index | int | |
| startTime0 | double | |
| endTime0 | double | |
| startTime1 | double | |
| endTime1 | double | |
| return | double[] | |
private void AnalyseScanNoise(Scan s, double gateStart, double gateEnd, double spectrumGateStart, double spectrumGateEnd)
{
double detectorRatio = (double)Environs.Hardware.GetInfo("machineLengthRatio");
string channelList = (string)s.GetSetting("shot","channel");
string[] channels = channelList.Split(new char[] { ',' });
double[] probedat;
double[] pumpdat;
double[] normedDat;
if (channels.Length == 2)
{
int[] detectors = { 0, 1 };
probedat = s.GetTOFOnOverShotNoiseArray(0, gateStart, gateEnd);
pumpdat = s.GetTOFOnOverShotNoiseArray(1, gateStart / detectorRatio, gateEnd / detectorRatio);
normedDat = s.GetTOFOnOverShotNoiseNormedArray(detectors, gateStart, gateEnd, gateStart / detectorRatio, gateEnd / detectorRatio);
}
else
{
probedat = s.GetTOFOnOverShotNoiseArray(0, gateStart, gateEnd);
pumpdat = probedat;
normedDat = probedat;
}
double tempP = 0;
double tempN = 0;
double tempTN = 0;
double scanStart = s.ScanParameterArray[0];
double scanEnd = s.ScanParameterArray[s.ScanParameterArray.Length - 1];
int pointStart = (int)Math.Round((spectrumGateStart * (probedat.Length - 1)) / (scanEnd - scanStart));
int pointEnd = (int)Math.Round((spectrumGateEnd * (probedat.Length - 1)) / (scanEnd - scanStart));
int pointLength = pointEnd - pointStart;
for (int i = pointStart; i < pointEnd; i++)
{
tempP += probedat[i];
tempN += pumpdat[i];
tempTN += normedDat[i];
}
OverShotNoise0 = tempP/pointLength;
OverShotNoise1 = tempN/pointLength;
OverShotNoise01 = tempTN/pointLength;
}
