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));
}
private IRITEindexMapper GetMapper(ExposureDataAdaptor expData)
{
IRITEindexMapper indexMapper;
if (graphCache.GetIndexMapper(expData.ContractID, out indexMapper))
{
return(indexMapper);
}
else
{
RAPSettings rapsettings = graphCache.GetSettings(expData.ContractID).RAPsettings;
indexMapper = new RITEmapper1(expData, rapsettings, new RMSSubPerilConfig());
graphCache.Add(expData.ContractID, indexMapper);
return(indexMapper);
}
}
//Dictionary<int, LevelInfo> allLevelInformation = new Dictionary<int, LevelInfo>();
public override void Initialize()
{
int subPerilIndex = 3; //WI
ISubPerilConfig subperilInfo = new RMSSubPerilConfig();
RAPSettings setting = new RAPSettings(new HashSet <string> {
"WI", "WA"
});
IRITEindexMapper mapper = new RITEmapper1(expData, setting, subperilInfo);
//int m = 45408;
int m = 22704;
//hard-coded the NumOfBuildingArrray
/////////////////////////////////////////////////////level 0: cover level
int n = 1;
bool _maxded = false;
bool _percentded = false;
float[] _minDeds = new float[n];
float[] _maxDeds = new float[n];
float[] _limits = new float[n];
int[] _partitions = new int[1];
_partitions[0] = n;
int[] _atomicRITEIndexes = new int[0];
int[] _atomicRITEPartitions = new int[0];
int[] _factor1 = new int[n];
int[] _factor2 = new int[n];
for (int i = 0; i < n; i++)
{
_minDeds[i] = 0;
_limits[i] = 1000000000000;
}
TermLevel L0 = new TermLevel(n, 0, _maxded, _percentded, _minDeds, _maxDeds, _limits, _partitions, _atomicRITEPartitions, _atomicRITEIndexes, _factor1, _factor2);
////////////////////////////////////////////////Level 1
n = m;
_maxded = false;
_percentded = false;
_minDeds = new float[n];
_maxDeds = new float[n];
_limits = new float[n];
_partitions = new int[1];
_partitions[0] = n;
_atomicRITEIndexes = new int[0];
_atomicRITEPartitions = new int[0];
for (int i = 0; i < n; i++)
{
_minDeds[i] = (float)296564.4820;
_limits[i] = 10000000000;
}
TermLevel L1 = new TermLevel(m, 0, _maxded, _percentded, _minDeds, _maxDeds, _limits, _partitions, _atomicRITEPartitions, _atomicRITEIndexes, _factor1, _factor2);
///////////////////////////////////level 2:
n = m;
_maxded = false;
_percentded = false;
_minDeds = new float[n];
_maxDeds = new float[n];
_limits = new float[n];
_partitions = new int[n];
_atomicRITEIndexes = new int[n];
_atomicRITEPartitions = new int[n];
for (int i = 0; i < n; i++)
{
_minDeds[i] = 0;
_limits[i] = (float)444846.7230;
_partitions[i] = i + 1;
_atomicRITEPartitions[i] = i + 1;
}
List <int> AtomicRITEIndexesList = new List <int>();
foreach (RITCharacteristic RITE in expData.Characteristics)
{
if (RITE.ExpType == ExposureType.CoverageA)
{
int numBldgd = RITE.ParentRITE.NumOfSampleBldgs;
for (int i = 0; i < numBldgd; i++)
{
int uniqueIndex = mapper.GetMappedIndex(RITE.ID, i, "WI");
AtomicRITEIndexesList.Add(uniqueIndex);
}
}
}
_atomicRITEIndexes = AtomicRITEIndexesList.ToArray();
TermLevel L2 = new TermLevel(n, n, _maxded, _percentded, _minDeds, _maxDeds, _limits, _partitions, _atomicRITEPartitions, _atomicRITEIndexes, _factor1, _factor2);
//////////////////////////////////////////////level 3 (AtomicRiteLevel, lowest level):
n = m;
_atomicRITEPartitions = new int[n];
for (int i = 0; i < n; i++)
{
_atomicRITEPartitions[i] = i + 1;
}
AtomicRITEIndexesList = new List <int>();
foreach (RITCharacteristic RITE in expData.Characteristics)
{
if (RITE.ExpType == ExposureType.CoverageC)
{
int numBldgd = RITE.ParentRITE.NumOfSampleBldgs;
for (int i = 0; i < numBldgd; i++)
{
int uniqueIndex = mapper.GetMappedIndex(RITE.ID, i, "WI");
AtomicRITEIndexesList.Add(uniqueIndex);
}
}
}
_atomicRITEIndexes = AtomicRITEIndexesList.ToArray();
//////////////////////////////////////////Finally Set MatrixGraph properties...
lowestLevelInfo = new AtomicRITELevel(_atomicRITEPartitions, n, _factor1, _atomicRITEIndexes);
allTermLevelInformation.Add(0, L0);
allTermLevelInformation.Add(1, L1);
allTermLevelInformation.Add(2, L2);
contractInfo = new ContractInfo(false, false);
}