public PLTGenerator(GUInputGenerator _gugenerator, DateTime _start, DateTime _end)
{
GUgenerator = _gugenerator;
Start = _start;
End = _end;
PeriodRange = Start - End;
}
public VectorGUInputGenerator GetGeneratorForContract(long conID)
{
ExposureDataAdaptor expData = pData.GetExposureAdaptor(conID);
RITEmapper1 mapper = new RITEmapper1(expData, new RAPSettings(subperils), subperilConfig);
GUInputGenerator guGenerator = GeneratorFactory.GetGeneratorForContract(conID);
return(new VectorGUInputGenerator(guGenerator, mapper));
}
public void GeneratePLT()
{
//number of events and event numbers in the period
List <int> eventList = GenerateEvents();
//call GUInputGenerator
GUInputGenerator GUGen = new GUInputGenerator(PD, conID, COLSet, timestyle, lossStyle);
foreach (int et in eventList)
{
GUGen.GenerateRITELoss(et);
PLT.PGULosses.Add(GUGen.GULosses);
}
}
public PLTGenerator GetGeneratorForContract(ExposureDataAdaptor _expData)
{
GUInputGenerator guGenerator = GeneratorFactory.GetGeneratorForContract(_expData);
return(new PLTGenerator(guGenerator, Start, End));
}
public PLTGenerator GetGeneratorForContract(long ConID)
{
GUInputGenerator guGenerator = GeneratorFactory.GetGeneratorForContract(ConID);
return(new PLTGenerator(guGenerator, Start, End));
}
public VectorGUInputGenerator(GUInputGenerator inputGenerator, IRITEindexMapper _indexMapper)
{
GUgenerator = inputGenerator;
indexMapper = _indexMapper;
}
