public UMCLight(UMCLight feature)
{
Abundance = feature.Abundance;
AbundanceSum = feature.AbundanceSum;
AmbiguityScore = feature.AmbiguityScore;
AverageDeconFitScore = feature.AverageDeconFitScore;
AverageInterferenceScore = feature.AverageInterferenceScore;
ChargeState = feature.ChargeState;
ClusterId = feature.ClusterId;
ConformationFitScore = feature.ConformationFitScore;
ConformationId = feature.ConformationId;
DriftTime = feature.DriftTime;
GroupId = feature.GroupId;
Id = feature.Id;
IdentifiedSpectraCount = feature.IdentifiedSpectraCount;
Index = feature.Index;
MassMonoisotopic = feature.MassMonoisotopic;
MassMonoisotopicAligned = feature.MassMonoisotopicAligned;
MeanChargeStateRsquared = feature.MeanChargeStateRsquared;
MeanIsotopicRsquared = feature.MeanIsotopicRsquared;
MinimumCentroidDistance = feature.MinimumCentroidDistance;
MsMsCount = feature.MsMsCount;
Mz = feature.Mz;
Net = feature.Net;
NetAligned = feature.NetAligned;
SaturatedMemberCount = feature.SaturatedMemberCount;
Scan = feature.Scan;
ScanAligned = feature.ScanAligned;
ScanEnd = feature.ScanEnd;
ScanStart = feature.ScanStart;
Score = feature.Score;
SpectralCount = feature.SpectralCount;
Tightness = feature.Tightness;
// UmcCluster = feature.UmcCluster;
// Charge state and Isotopic Chromatograms
ChargeStateChromatograms = new Dictionary <int, Chromatogram>();
IsotopeChromatograms = new Dictionary <int, List <Chromatogram> >();
}
public void SetParentFeature(UMCLight parentFeature)
{
Umc = parentFeature;
UmcId = Umc.Id;
}
public void AddChildFeature(UMCLight feature)
{
m_umcList.Add(feature);
feature.MsFeatures.ForEach(AddChildFeature);
}
