public static double IntegralArea(LCPeak argLCPeak)
{
double AreaOfCurve = 0.0;
if (argLCPeak.RawPoint.Count > 0)
{
AreaOfCurve = IntegralArea(argLCPeak.RawPoint);
}
return AreaOfCurve;
}
public static double IntegralArea(LCPeak argLCPeak)
{
double AreaOfCurve = 0.0;
if (argLCPeak.RawPoint.Count > 0)
{
AreaOfCurve = IntegralArea(argLCPeak.RawPoint);
}
return(AreaOfCurve);
}
public void CalcLCPeak()
{
List<MSPoint> lstMSPs = new List<MSPoint>();
foreach (MatchedGlycanPeak Peak in _MatchedPeaksInScan)
{
lstMSPs.Add(new MSPoint(Convert.ToSingle(Math.Round(Peak.ScanTime,5)), Peak.Peak.MonoIntensity));
}
lstMSPs.Sort(delegate(MSPoint p1, MSPoint p2) { return p1.Mass.CompareTo(p2.Mass); });
List<MassLib.MSPoint> lstSmoothPnts = new List<MassLib.MSPoint>();
lstSmoothPnts = MassLib.Smooth.SavitzkyGolay.Smooth(lstMSPs, MassLib.Smooth.SavitzkyGolay.FILTER_WIDTH.FILTER_WIDTH_7);
//Peak Finding
List<MassLib.LCPeak> lcPk = null;
lcPk = MassLib.LCPeakDetection.PeakFinding(lstSmoothPnts, 0.1f, 0.01f);
MassLib.LCPeak MergedLCPeak = null;
if (lcPk.Count > 0)
{
MergedLCPeak = new LCPeak(lcPk[0].StartTime, lcPk[lcPk.Count - 1].EndTime, lcPk[0].RawPoint);
if (lcPk.Count > 1)
{
for (int i = 1; i < lcPk.Count; i++)
{
MergedLCPeak.RawPoint.AddRange(lcPk[i].RawPoint);
}
}
}
else
{
MergedLCPeak = new LCPeak(lstSmoothPnts[0].Mass,lstSmoothPnts[lstSmoothPnts.Count-1].Mass, lstSmoothPnts);
}
_LCPeak = MergedLCPeak;
}
