private HashSet <GraphInfo> BuildPosition(HashSet <long> conIDs)
{
HashSet <GraphInfo> position = new HashSet <GraphInfo>();
foreach (long ID in conIDs)
{
GraphInfo contract;
if (graphCache.GetGraphInfo(ID, out contract))
{
position.Add(contract);
}
else
{
GraphBuilder builder = new GraphBuilder(graphCache);
ExposureDataAdaptor expData = graphCache.GetExposure(ID);
GraphType type = graphCache.GetSettings(ID).GraphType;
IRITEindexMapper mapper = GetMapper(expData);
contract = builder.MakeGraph(type, expData, mapper);
graphCache.Add(ID, contract);
position.Add(contract);
}
}
return(position);
}
public void Add(long conID, IRITEindexMapper mapper)
{
if (!indexMappings.ContainsKey(conID))
{
indexMappings.Add(conID, mapper);
}
}
public ReferenceResultOutput ExecutePeriod(long conID, GraphType type, List <Dictionary <string, Dictionary <int, Dictionary <long, Tuple <double, uint, List <float> > > > > > ListOfguLossDict)
{
ExposureDataAdaptor expData = PDataAdaptor.GetExposureAdaptor(conID);
string error;
// Gu Loss can be for many contracts for need Dictionary of Mapper as input..
Dictionary <long, IRITEindexMapper> indexMappers = GetMappers(expData);
//Need to get mapper for current executing contract to build graph..
IRITEindexMapper mapperForContract = indexMappers[conID];
GraphInfo graphInfo = GetGraph(type, expData, mapperForContract);
Graph graph = graphInfo.Graph;
//Output object
ReferenceResultOutput ResultOutput = new ReferenceResultOutput(0, 0);
foreach (Dictionary <string, Dictionary <int, Dictionary <long, Tuple <double, uint, List <float> > > > >
guLossDict in ListOfguLossDict)
{
//Execute each event
graph.EventReset();
GULossAdaptor guLossAdaptor = new GULossAdaptor(indexMappers, guLossDict, graph.DeclarationsForAssociatedContracts, true);
GraphExecuterAdaptor MainExecuter = new GraphExecuterAdaptor(graphInfo);
ResultOutput += MainExecuter.RunExecution(guLossAdaptor);
}
return(ResultOutput);
}
private void ConvertToGU(float[] drLossVector, IRITEindexMapper mapper)
{
int NumGuLoss = drLossVector.Length;
float[] TIVarray = mapper.GetOrderedTIVArray();
for (int i = 0; i < NumGuLoss; i++)
{
drLossVector[i] = drLossVector[i] * TIVarray[i];
}
}
public bool GetIndexMapper(long conID, out IRITEindexMapper mapper)
{
if (indexMappings.TryGetValue(conID, out mapper))
{
return(true);
}
else
{
return(false);
}
}
public GULossAdaptor(IRITEindexMapper _mapper, IVectorEvent _guLossVector, Dictionary <long, Declarations> _declarationsSet, bool _convertToGU = true)
{
//mapper = _mapper;
//ContractDeclarations = _contractDeclarations;
//AllocationHelper = new AllocatedLossAdaptor(_mapper, ContractDeclarations);
//drLossEvent = _guLossVector;
//lossType = GULossType.Vector;
//transformer = new GULossTransformer(mapper);
//convertToGU = _convertToGU;
throw new NotSupportedException("Losses of Vector type input is no longer supported");
}
private Dictionary <long, IRITEindexMapper> GetMappers(ExposureDataAdaptor expData)
{
Dictionary <long, IRITEindexMapper> indexMappers = new Dictionary <long, IRITEindexMapper>();
if (expData.TreatyExposure)
{
foreach (long conID in expData.Positions.GetDependentContracts())
{
ExposureDataAdaptor childContractData = PDataAdaptor.GetExposureAdaptor(conID);
IRITEindexMapper childMapper = GetMapperForContract(childContractData);
indexMappers.Add(childContractData.ContractID, childMapper);
}
indexMappers.Add(expData.ContractID, null);
}
else
{
IRITEindexMapper Mapper = GetMapperForContract(expData);
indexMappers.Add(expData.ContractID, Mapper);
}
return(indexMappers);
}
public void PrepareContract(long ConID, GraphType type = GraphType.Auto)
{
ExposureDataAdaptor expData = PDataAdaptor.GetExposureAdaptor(ConID);
IRITEindexMapper mapper = GetMapperForContract(expData);
GraphInfo graphInfo = GetGraph(type, expData, mapper);
}
private GraphInfo GetGraph(GraphType type, ExposureDataAdaptor expData, IRITEindexMapper mapper)
{
GraphBuilder builder = new GraphBuilder(GraphCache);
return(builder.MakeGraph(type, expData, mapper));
}
public AllocatedLossAdaptor(IRITEindexMapper _mapper)
{
Mapper = _mapper;
}
public GraphInfo MakeGraph(GraphType type, ExposureDataAdaptor expData, IRITEindexMapper indexMapper)
{
GraphInfo graphInfo;
if (graphCache.GetGraphInfo(expData.ContractID, out graphInfo))
{
return(graphInfo);
}
Graph graph;
switch (type)
{
case GraphType.Auto:
ContractExtractor contract = GetContract(expData, graphCache);
contract.Extract();
AutoGraphStyle style = GetGraphStyle(contract);
//AutoGraphStyle style = AutoGraphStyle.Matrix;
//AutoGraphStyle style = AutoGraphStyle.Node;
AutoGraphBuilder builder;
if (style == AutoGraphStyle.Node)
{
builder = new AutoGraphOfNodesBuilder(contract);
}
else
{
builder = new AutoGraphOfMatrixBuilder(contract, indexMapper);
}
graph = builder.Build();
graphInfo = new GraphInfo(style, graph);
break;
case GraphType.FixedGraph1:
graph = new FixedGraph1(expData);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
case GraphType.FixedGraph2:
graph = new FixedGraph2(expData);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
case GraphType.FixedGraphOverlap:
graph = new FixedGraphOverlap(expData);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
case GraphType.FixedGraphOverlapSubperil:
graph = new FixedGraphOverlapSubperil(expData);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
case GraphType.FixedGraphOverlapSubperil2:
graph = new FixedGraphOverlapSubperil2(expData);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
case GraphType.FixedTreaty1:
graph = new FixedTreaty1(expData, graphCache);
graphInfo = new GraphInfo(AutoGraphStyle.Node, graph);
break;
//case GraphType.FixedMatrixGraphJPTY:
// graph = new FixedMatrixGraphJPTY(expData);
// graphInfo = new GraphInfo(AutoGraphStyle.Matrix, graph);
// //graph.Initialize();
// break;
default:
throw new NotSupportedException("Cannot currently support this treaty type");
}
graph.Initialize();
if (graph is FixedPrimaryGraph || graph is FixedTreaty1) ///need to remove FixedTreaty1 condition
{
GetTermsForGraph(expData, graph as GraphOfNodes);
}
graph.PeriodReset();
graphCache.Add(graph.ContractID, graphInfo);
return(graphInfo);
}
public VectorGUInputGenerator(GUInputGenerator inputGenerator, IRITEindexMapper _indexMapper)
{
GUgenerator = inputGenerator;
indexMapper = _indexMapper;
}
public GULossTransformer(IRITEindexMapper _mapper)
{
mapper = _mapper;
aggreagetRITEmapper = mapper.GetAggregateMapper();
}
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;
}
}
}
}