public string GetAxisTitle(RTPeptideValue rtPeptideValue)
{
string calculatorName = _retentionTimeRegression.Calculator.Name;
if (rtPeptideValue == RTPeptideValue.Retention || rtPeptideValue == RTPeptideValue.All)
{
return(string.Format(Resources.RegressionUnconversion_CalculatorScoreFormat, calculatorName));
}
return(string.Format(Resources.RegressionUnconversion_CalculatorScoreValueFormat, calculatorName, ToLocalizedString(rtPeptideValue)));
}
public static string ToLocalizedString(RTPeptideValue rtPeptideValue)
{
switch (rtPeptideValue)
{
case RTPeptideValue.All:
case RTPeptideValue.Retention:
return(Resources.RtGraphValue_Retention_Time);
case RTPeptideValue.FWB:
return(Resources.RtGraphValue_FWB_Time);
case RTPeptideValue.FWHM:
return(Resources.RtGraphValue_FWHM_Time);
}
throw new ArgumentException(rtPeptideValue.ToString());
}
public RetentionTimeTransform(RTPeptideValue rtPeptideValue, IRetentionTimeTransformOp rtAlignment, AggregateOp aggregateOp)
{
RtPeptideValue = rtPeptideValue;
RtTransformOp = rtAlignment;
AggregateOp = aggregateOp;
}
public string GetAxisTitle(RTPeptideValue rtPeptideValue)
{
return(string.Format(Resources.RtAlignment_AxisTitleAlignedTo, ToLocalizedString(rtPeptideValue), ChromatogramSet.Name));
}
public void ShowRTPeptideValue(RTPeptideValue value)
{
Settings.Default.RTPeptideValue = value.ToString();
UpdateRetentionTimeGraph();
}
