public XDocument Serialize()
{
return(new XDocument(new XElement(EspdNames.Qarp + nameof(QualificationApplicationResponse),
new XAttribute(XNamespace.Xmlns + "cbc", UblNames.Cbc),
new XAttribute(XNamespace.Xmlns + "cac", UblNames.Cac),
UBLVersionID.Serialize(nameof(UBLVersionID)),
CustomizationID.Serialize(nameof(CustomizationID)),
ProfileID.Serialize(nameof(ProfileID)),
ID?.Serialize(nameof(ID)),
CopyIndicator.Serialize(nameof(CopyIndicator)),
UUID.Serialize(nameof(UUID)),
ContractFolderID.Serialize(nameof(ContractFolderID)),
IssueDate.Serialize(nameof(IssueDate)),
IssueTime.Serialize(nameof(IssueTime)),
EconomicOperatorGroupName.Serialize(nameof(EconomicOperatorGroupName)),
VersionID.Serialize(nameof(VersionID)),
PreviousVersionID.Serialize(nameof(PreviousVersionID)),
ProcedureCode.Serialize(nameof(ProcedureCode)),
QualificationApplicationTypeCode.Serialize(nameof(QualificationApplicationTypeCode)),
WeightScoringMethodologyNote.Serialize(nameof(WeightScoringMethodologyNote)),
WeightingTypeCode.Serialize(nameof(WeightingTypeCode)),
ContractingParty?.Serialize(),
EconomicOperatorParty?.Serialize(nameof(EconomicOperatorParty)),
ProcurementProject?.Serialize(),
ProcurementProjectLots?.Select(lot => lot.Serialize()),
TenderingCriteria?.Select(c => c.Serialize()),
TenderingCriterionResponses?.Select(r => r.Serialize()),
AdditionalDocumentReferences?.Select(d => d.Serialize()),
Evidences?.Select(e => e.Serialize())
)));
}
/// <summary>
/// Calculate average mass and net and stdev mass and net for each Target.
/// </summary>
public void CalculateStatistics()
{
var massesList = Evidences.Select(c => c.MonoisotopicMass).ToList();
var netList = Evidences.Select(c => c.ObservedNet).ToList();
TheoreticalMonoIsotopicMass = massesList.Average();
AverageNet = netList.Average();
StdevNet = (netList.Count == 1) ? 0 : netList.StandardDeviation();
}