AggregateAndFilter(Dictionary <string, Dictionary <int, Dictionary <long, Tuple <double, uint, List <float> > > > > inputDict)
{
Dictionary <string, Dictionary <int, Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > > > outputDict = new Dictionary <string, Dictionary <int, Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > > >();
AggregateRITEMapper aggregateRITEmapper = mapper.GetAggregateMapper();
bool UseAggragatRITEs = aggregateRITEmapper.UseAggregateMapping;
foreach (string subperil in inputDict.Keys)
{
Dictionary <long, Tuple <double, uint, List <float> > > LossesByRITE = inputDict[subperil][0];
Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > AggregatedLossesByRITE = new Dictionary <long, Tuple <List <double>, List <uint>, List <float> > >();
foreach (KeyValuePair <long, Tuple <double, uint, List <float> > > pair in LossesByRITE)
{
long currentRITEId = pair.Key;
if (aggregateRITEmapper.RITEInContract(currentRITEId))
//if (true) // Sunny Hack remove Immeadiateley !!!!!!!!!!!
{
long originalAggregateRITEID = aggregateRITEmapper.OriginalAggregateID(currentRITEId);
int NumOfSamples = LossesByRITE[currentRITEId].Item3.Count;
if (AggregatedLossesByRITE.ContainsKey(originalAggregateRITEID))
{
//Set Factors
AggregatedLossesByRITE[originalAggregateRITEID].Item1.AddRange(Enumerable.Repeat(LossesByRITE[currentRITEId].Item1, NumOfSamples));
//Set Timestamps
AggregatedLossesByRITE[originalAggregateRITEID].Item2.AddRange(Enumerable.Repeat(LossesByRITE[currentRITEId].Item2, NumOfSamples));
//Set GULoss
AggregatedLossesByRITE[originalAggregateRITEID].Item3.AddRange(LossesByRITE[currentRITEId].Item3);
}
else
{
AggregatedLossesByRITE[originalAggregateRITEID] = new Tuple <List <double>, List <uint>, List <float> >(
Enumerable.Repeat(LossesByRITE[currentRITEId].Item1, NumOfSamples).ToList(),
Enumerable.Repeat(LossesByRITE[currentRITEId].Item2, NumOfSamples).ToList(),
new List <float>(LossesByRITE[currentRITEId].Item3));
}
}
}
outputDict.Add(subperil, new Dictionary <int, Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > >
{
{ 0, AggregatedLossesByRITE }
});
}
return(outputDict);
}
public GULossTransformer(IRITEindexMapper _mapper)
{
mapper = _mapper;
aggreagetRITEmapper = mapper.GetAggregateMapper();
}