private void ConstructFullLJVDataListAndCSV(string fp)
{
FullLJVDataList = new List <FullLJVDatum>();
foreach (RawLJVDatum rawdat in RawLJVDataList)
{
try
{
ProcessedLJVDatum procdat = ProcLJVDataList.Where(x => x.Voltage == rawdat.Voltage).First();
FullLJVDatum newDatum = new FullLJVDatum();
if (rawdat.PhotoCurrentA != 0)
{
newDatum = new FullLJVDatum()
{
Voltage = rawdat.Voltage,
Current = rawdat.Current,
CurrentDensity = procdat.CurrentDensity,
Resistance = rawdat.Resistance,
PhotoCurrentA = rawdat.PhotoCurrentA,
PhotoCurrentB = rawdat.PhotoCurrentB,
PhotoCurrentC = rawdat.PhotoCurrentC,
CameraCIEx = rawdat.CameraCIEx,
CameraCIEy = rawdat.CameraCIEy,
CameraLuminance = rawdat.CameraLuminance,
Luminance = procdat.Luminance,
CurrentEff = procdat.CurrentEff,
PowerEff = procdat.PowerEff,
EQE = procdat.EQE,
PCurrChangePercent = ((rawdat.PhotoCurrentC / rawdat.PhotoCurrentA) - 1) * 100,
TimeStamp = rawdat.TimeStamp
//generate method to find ELSpecPaths from SpectrumAtEachStep function
};
}
FullLJVDataList.Add(newDatum);
}
catch (Exception e)
{
Debug.WriteLine("error at LJVScanVM ConstructFullLJVDataListAndCSV: " + e.ToString());
}
}
DataProcessingService.WriteIENumberableToCSV(FullLJVDataList, fp);
}
public void PopulatePropertiesFromPath(string fp)
{
TheLJVScan.ProcDATFilePath = fp;
LoadProcLJVDataIntoList(fp);
TrimEfficiencies();
TheLJVScan.TimeWhenAcquired = File.GetCreationTime(fp);
TheLJVScan.MaxEQE = Math.Round(Convert.ToDecimal(ProcLJVDataList.Max(x => x.EQE)), 1);
TheLJVScan.MaxCE = Math.Round(Convert.ToDecimal(ProcLJVDataList.Max(x => x.CurrentEff)), 1);
TheLJVScan.MaxPE = Math.Round(Convert.ToDecimal(ProcLJVDataList.Max(x => x.PowerEff)), 1);
TheLJVScan.MaxVoltage = Math.Round(Convert.ToDecimal(ProcLJVDataList.Max(x => x.Voltage)), 1);
int maxEQEIndex = ProcLJVDataList.IndexOf(ProcLJVDataList.Where(x => x.EQE == ProcLJVDataList.Max(y => y.EQE)).First());
TheLJVScan.LuminanceAtMaxEQE = Math.Round(Convert.ToDecimal(ProcLJVDataList[maxEQEIndex].Luminance));
Debug.WriteLine("Found max EQE to be: " + TheLJVScan.MaxEQE + " with luminance: " + TheLJVScan.LuminanceAtMaxEQE);
//find indices of data for luminance before and after 500 nits
var listMaxLuminance = ProcLJVDataList.Max(x => x.Luminance);
if (listMaxLuminance < 10.0m)
{
TheLJVScan.PixelLitUp = false;
}
else
{
TheLJVScan.PixelLitUp = true;
}
if (listMaxLuminance > 1000.0m)
{
int i = ProcLJVDataList.Count() - 1;
if (listMaxLuminance > ProcLJVDataList.Last().Luminance) //special case where the luminance reaches a peak value and drops off
{
i = ProcLJVDataList.IndexOf(ProcLJVDataList.Where(x => x.Luminance == listMaxLuminance).First());
}
while (ProcLJVDataList[i].Luminance > 1000.0m)
{
i--;
}
TheLJVScan.At1kNitsEQE = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "EQE", 1000.0)), 1);
TheLJVScan.At1kNitsCE = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "CurrentEff", 1000.0)), 1);
TheLJVScan.At1kNitsCurrentDensity = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "CurrentDensity", 1000.0)), 2);
TheLJVScan.At1kNitsVoltage = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "Voltage", 1000.0)), 2);
}
if (listMaxLuminance > 500.0m)
{
int i = ProcLJVDataList.Count() - 1;
if (listMaxLuminance > ProcLJVDataList.Last().Luminance) //special case where the luminance reaches a peak value and drops off
{
i = ProcLJVDataList.IndexOf(ProcLJVDataList.Where(x => x.Luminance == listMaxLuminance).First());
}
while (ProcLJVDataList[i].Luminance > 500.0m)
{
i--;
}
TheLJVScan.At500NitsEQE = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "EQE", 500.0)), 1);
TheLJVScan.At500NitsCE = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "CurrentEff", 500.0)), 1);
TheLJVScan.At500NitsCurrentDensity = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "CurrentDensity", 500.0)), 2);
TheLJVScan.At500NitsVoltage = Math.Round(Convert.ToDecimal(FindInterpolatedValueForTargetLuminance(i, "Voltage", 500.0)), 2);
}
if (listMaxLuminance > 500.0m && listMaxLuminance < 1000.0m)
{
TheLJVScan.At1kNitsEQE = 0;
TheLJVScan.At1kNitsCE = 0;
TheLJVScan.At1kNitsCurrentDensity = 0;
TheLJVScan.At1kNitsVoltage = 0;
}
if (listMaxLuminance < 500.0m)
{
TheLJVScan.At500NitsEQE = 0;
TheLJVScan.At500NitsCE = 0;
TheLJVScan.At500NitsCurrentDensity = 0;
TheLJVScan.At500NitsVoltage = 0;
TheLJVScan.At1kNitsEQE = 0;
TheLJVScan.At1kNitsCE = 0;
TheLJVScan.At1kNitsCurrentDensity = 0;
TheLJVScan.At1kNitsVoltage = 0;
}
}