private void WriteFile(string path, FRATableFormat tableFormat)
{
using (StreamWriter wr = new StreamWriter(path))
{
wr.AutoFlush = true;
wr.WriteLine(FRAResult.ToStringTitles(tableFormat));
foreach (FRAResult result in m_FRAResults)
{
wr.WriteLine(result.ToStringValues(tableFormat));
}
}
}
public string GetDataTable(FRATableFormat tableFormat)
{
using (StringWriter wr = new StringWriter())
{
wr.WriteLine(FRAResult.ToStringTitles(tableFormat));
foreach (FRAResult result in m_FRAResults)
{
wr.WriteLine(result.ToStringValues(tableFormat));
}
return(wr.ToString());
}
}
public static string ToStringTitles(FRATableFormat tableFormat)
{
switch (tableFormat)
{
case FRATableFormat.CSV_FRA4PicoScope:
return("Frequency Log(Hz), Gain(dB), Phase(deg)");
case FRATableFormat.CSV_RhodeSchwarz:
return("in Sa,Frequency in Hz,Gain in dB,Phase in °,Amplitude in Vpp");
case FRATableFormat.CSV_Keysight:
return("#, Frequency (Hz), Amplitude (Vpp), Gain (dB), Phase (°)");
case FRATableFormat.Excel_ALL:
return("Frequency(Hz)" + "\t" + "Gain(dB)" + "\t" + "Phase(°)" + "\t" + "Impedance(MilliOhms)" + "\t" +
"Capacitance(pF)" + "\t" + "Inductance(nH)" + "\t" + "ESR(MilliOhms)" + "\t" + "Q(Capacitor)" + "\t" + "Q(Inductor)");
default:
return("");
}
}
public string ToStringValues(FRATableFormat tableFormat)
{
switch (tableFormat)
{
case FRATableFormat.CSV_FRA4PicoScope:
return(FrequencyLogHz.ToString(CultureInfo.InvariantCulture) + "," + GainFRA_DB.ToString(CultureInfo.InvariantCulture) + "," + PhaseDegrees.ToString(CultureInfo.InvariantCulture));
case FRATableFormat.CSV_Keysight:
throw new NotImplementedException("TODO Keysight Formatting"); // currently also not used for saving
case FRATableFormat.CSV_RhodeSchwarz:
throw new NotImplementedException("TODO RhodeSchwarz Formatting"); // currently also not used for saving
case FRATableFormat.Excel_ALL:
return(FrequencyHz.ToString() + "\t" + GainFRA_DB.ToString() + "\t" + PhaseDegrees.ToString() + "\t" +
DUTImpedanceMilliOhms.ToString() + "\t" + DUTSeriesCapacitancePicoFarad.ToString() + "\t" +
DUTSeriesInductanceNanoHenry.ToString() + "\t" + DUT_ESR_MilliOhms.ToString() + "\t" + DUT_QCapacitor.ToString() + "\t" + DUT_QInductor.ToString());
default:
return("");
}
}