public void GetMinAndMaxScanLCAndDriftTimeAndMSFeatureRep(
out int scanLCMinimum, out int scanLCMaximum,
out double driftTimeMinimum, out double driftTimeMaximum, out MSFeature msFeatureRep)
{
var msFeatureList = new List <MSFeature>();
foreach (var imsMsFeature in imsMsFeatureList)
{
msFeatureList.AddRange(imsMsFeature.MSFeatureList);
}
var sortByScanLCQuery = (from msFeature in msFeatureList
orderby msFeature.ScanLC
select msFeature).ToList();
scanLCMinimum = sortByScanLCQuery.First().ScanLC;
scanLCMaximum = sortByScanLCQuery.Last().ScanLC;
var sortByScanIMSQuery = (from msFeature in msFeatureList
orderby msFeature.DriftTime
select msFeature).ToList();
driftTimeMinimum = sortByScanIMSQuery.First().DriftTime;
driftTimeMaximum = sortByScanIMSQuery.Last().DriftTime;
var sortByAbundanceQuery = from msFeature in msFeatureList
orderby msFeature.Abundance descending
select msFeature;
msFeatureRep = sortByAbundanceQuery.First();
}
private void Recalculate(MSFeature msFeature)
{
if (msFeature.ScanLC < m_scanLCMinimum)
{
m_scanLCMinimum = msFeature.ScanLC;
}
if (msFeature.ScanLC > m_scanLCMaximum)
{
m_scanLCMaximum = msFeature.ScanLC;
}
if (msFeature.MassMonoisotopic < m_massMinimum)
{
m_massMinimum = msFeature.MassMonoisotopic;
}
if (msFeature.MassMonoisotopic > m_massMaximum)
{
m_massMaximum = msFeature.MassMonoisotopic;
}
}
public void AddMSFeature(MSFeature msFeature)
{
MSFeatureList.Add(msFeature);
}
public void AddMSFeature(MSFeature msFeature)
{
// m_msFeatureList.Add(msFeature);
Recalculate(msFeature);
}
