private void ConvertToGU(Dictionary <string, Dictionary <int, Dictionary <long, Tuple <double, uint, List <float> > > > > drLossDict, IRITEindexMapper mapper)
{
int[] orderedNumOfBldgsList = mapper.GetOrderedNumBldgs();
float[] TIVarray = mapper.GetOrderedTIVArray();
foreach (string subperil in drLossDict.Keys)
{
Dictionary <long, Tuple <double, uint, List <float> > > LossesByRITE = drLossDict[subperil][0];
foreach (KeyValuePair <long, Tuple <double, uint, List <float> > > pair in LossesByRITE)
{
int indexOfRITE = mapper.GetMappedIndex(pair.Key);
int NumBldgs = orderedNumOfBldgsList[indexOfRITE];
List <float> losses = pair.Value.Item3;
for (int bldgID = 0; bldgID < NumBldgs; bldgID++)
{
float bldgTIV = TIVarray[mapper.GetMappedIndex(pair.Key, bldgID, subperil)];
losses[bldgID] = losses[bldgID] * bldgTIV; //TODO: raintest
//losses[bldgID] = 100;
}
}
}
}
public IVectorEvent DictToVector(Dictionary <string, Dictionary <int, Dictionary <long, Tuple <double, uint, List <float> > > > > drLossDict)
{
//First filter losses by contract and group losses by aggregate RITEs
Dictionary <string, Dictionary <int, Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > > > PostAggregateDrDict;
PostAggregateDrDict = AggregateAndFilter(drLossDict);
float[] GULossVector = new float[mapper.TotalNumIndexes];
float[] FactorVector = new float[mapper.TotalNumBldgs];
uint[] TimeStampsVector = new uint[mapper.TotalNumIndexes];
int[] orderedNumOfBldgsList = mapper.GetOrderedNumBldgs();
bool firstSubperil = true;
foreach (string subperil in drLossDict.Keys)
{
Dictionary <long, Tuple <List <double>, List <uint>, List <float> > > LossesByRITE = PostAggregateDrDict[subperil][0];
foreach (KeyValuePair <long, Tuple <List <double>, List <uint>, List <float> > > pair in LossesByRITE)
{
int indexOfRITE = mapper.GetMappedIndex(pair.Key);
//int NumBldgs = orderedNumOfBldgsList[indexOfRITE];
List <float> losses = pair.Value.Item3;
int NumOfSubSamples = losses.Count;
//Get Factors and Gu Losses
if (firstSubperil)
{
for (int subSampleID = 0; subSampleID < NumOfSubSamples; subSampleID++)
{
//Get GU loss from dictionary
int IndexInGULossVector = mapper.GetMappedIndex(pair.Key, subSampleID, subperil);
GULossVector[IndexInGULossVector] = losses[subSampleID];
//Get factor from dictionary
int IndexInFactorVector = mapper.GetMappedFactorIndex(pair.Key, subSampleID);
FactorVector[IndexInFactorVector] = (float)pair.Value.Item1[subSampleID];
//Get Time Stamp from dictionary
//int IndexInTimeStampsVector = mapper.GetMappedIndex(pair.Key, subSampleID, subperil);
TimeStampsVector[IndexInGULossVector] = pair.Value.Item2[subSampleID];
}
}
else
{
for (int subSampleID = 0; subSampleID < NumOfSubSamples; subSampleID++)
{
//Get GU loss from dictionary
int IndexInGULossVector = mapper.GetMappedIndex(pair.Key, subSampleID, subperil);
GULossVector[IndexInGULossVector] = losses[subSampleID];
//Get Time Stamp from dictionary
//int IndexInTimeStampsVector = mapper.GetMappedIndex(pair.Key, subSampleID, subperil);
TimeStampsVector[IndexInGULossVector] = pair.Value.Item2[subSampleID];
}
}
}
firstSubperil = false;
}
return(new VectorLossEvent(GULossVector, FactorVector, TimeStampsVector));
}
