public ExposureDataAdaptor(ContractExposure contractExposure, JavascriptParser _jsParser, SubSamplingAnalysisSetting _subSamplingSettings)
{
JSParser = _jsParser;
_contractExposure = contractExposure;
SubSamplingSettings = _subSamplingSettings;
MaxNumSamplesPerHiResLocation = SubSamplingSettings.MaxSampleBldgs;
//Unnecessary if no more multiplier arrays...
RITE.MaxNumOfBldgs = MaxNumSamplesPerHiResLocation;
_contractJSON = GetJSONForContract();
ContractCOLs = GetContractCOLs();
UseAggregatedRITEs = IsExtractVersion2Disaggregated();
EDSDataExtract = new ExposureDataExtractor(_contractExposure);
_characteristics = new HashSet <RITCharacteristic>();
_rites = new HashSet <RITE>();
_schedules = new HashSet <ScheduleOfRITEs>();
_characteristicsDict = new Dictionary <long, RITCharacteristic>();
_ritesDict = new Dictionary <long, RITE>();
_schedulesDict = new Dictionary <string, ScheduleOfRITEs>();
RiskCharIDtoAggregateID = new Dictionary <long, long>();
AggregateIDtoDisaggIDs = new Dictionary <long, HashSet <long> >();
DisaggRitCharToDisAggRIT = new Dictionary <long, long>();
if (_contractExposure.ContractType.IsReinsuranceContract())
{
TreatyExposure = true;
treatyIncludesPrimaryData = false;
}
else
{
TreatyExposure = false;
}
}
public PLTGenertorFactory(PartitionData PD, COLCollection _COLSet, SubSamplingAnalysisSetting subSamplingSettings, DateTime _start, TimeStyle _timestyle, LossStyle _lossstyle)
{
Start = _start;
End = _start.AddYears(6);
pData = new PartitionDataAdpator(PD, subSamplingSettings);
GeneratorFactory = new GUInputGeneratorFactory(pData, _COLSet, _timestyle, _lossstyle);
}
public PLTGenertorFactory(PartitionData PD, HashSet <string> _subperils, SubSamplingAnalysisSetting subSamplingSettings, DateTime _start, TimeStyle _timestyle, LossStyle _lossstyle)
{
Start = _start;
End = _start.AddYears(6);
pData = new PartitionDataAdpator(PD, subSamplingSettings);
GeneratorFactory = new GUInputGeneratorFactory(pData, _subperils, _timestyle, _lossstyle);
}
public AggNumSamplesGenerator(SubSamplingAnalysisSetting _DLMSetting)
{
//string eventWeightFile = @"D:\NGFM";
//string originWeightFile = @"D:\NGFM";
DLMSetting = _DLMSetting;
//DLMSetting = new DisaggregationAnalysisSetting(true, (float)0.5, 2, eventWeightFile, originWeightFile);
}
public PartitionDataAdpator(PartitionData _PData, SubSamplingAnalysisSetting _subSamplingSettings)
{
PData = _PData;
expData = new Dictionary <long, ExposureDataAdaptor>();
JSParser = new JavascriptParser(GetParserSettings());
SubSamplingSettings = _subSamplingSettings;
}
public GUInputGeneratorFactory(PartitionData PD, COLCollection _COLSet, SubSamplingAnalysisSetting subSmaplingSettings, TimeStyle _timestyle, LossStyle _lossstyle)
{
PData = new PartitionDataAdpator(PD, subSmaplingSettings);
NeedDisposePData = true;
subperils = _COLSet.GetSubperils();
timestyle = _timestyle;
lossstyle = _lossstyle;
}
public ReferencePrototype(PartitionData PD, ModuleSettingsProvider _moduleSettings, JavascriptContext JSContext)
{
SetModelList(_moduleSettings);
RAPSettings _rapsettings = GetRAPSettings(_moduleSettings);
SubSamplingAnalysisSetting _subSamplingSettings = GetSubSamplingSettings(_moduleSettings);
InitilizePrototype(PD, _rapsettings, _subSamplingSettings, JSContext);
}
public float GetOriginWeight(ExtractRITCharInfo rite, SubSamplingAnalysisSetting DLMSetting)
{
string geoId = GetGEOId(rite, DLMSetting);
string lob = rite.OriginWEightsLOBLookupCode;
int disAggResolution = rite.DisAggResolutionIntCode;
if (DLMSetting.OriginWeightsDict.ContainsKey(Tuple.Create(disAggResolution, lob, geoId)))
{
return(DLMSetting.OriginWeightsDict[Tuple.Create(disAggResolution, lob, geoId)]);
}
else
{
return(1);
}
}
public string GetGEOId(ExtractRITCharInfo rite, SubSamplingAnalysisSetting DLMSetting)
{
if (DLMSetting.ResolutionIntCodeToFieldDict.ContainsKey(rite.OriginWeightsGeoIDLookupIntCode))
{
string field = DLMSetting.ResolutionIntCodeToFieldDict[rite.OriginWeightsGeoIDLookupIntCode];
Type type = rite.Address.GetType();
PropertyInfo info = type.GetProperty(field);
if (info == null)
{
return(null);
}
object value = info.GetValue(rite.Address, null);
return(value.ToString());
}
else
{
throw new InvalidOperationException("Resolution Int code " + rite.OriginWeightsGeoIDLookupIntCode + " not found");
}
}
public ReferencePrototype(PartitionData PD, RAPSettings _rapsettings, JavascriptContext JSContext, SubSamplingAnalysisSetting _subSamplingSettings)
{
InitilizePrototype(PD, _rapsettings, _subSamplingSettings, JSContext);
}
public ReferencePrototype(PartitionData PD, RAPSettings _rapsettings, SubSamplingAnalysisSetting _subSamplingSettings)
{
InitilizePrototype(PD, _rapsettings, _subSamplingSettings);
}
private void InitilizePrototype(PartitionData PD, RAPSettings _rapsettings, SubSamplingAnalysisSetting _subSamplingSettings, JavascriptContext JSContext)
{
PDataAdaptor = new PartitionDataAdpator(PD, JSContext, _subSamplingSettings);
Positions = new PositionData();
GraphCache = new GraphBuildCache(PDataAdaptor, _rapsettings);
}
public VectorGUInputGeneratorFactory(PartitionData PD, HashSet <string> _subperils, TimeStyle _timestyle, LossStyle _lossstyle, bool UseAggregatedRITEs, SubSamplingAnalysisSetting subSamplingSettings)
{
subperils = _subperils;
bool subperilsSupported = subperils.All(sp => subperilConfig.GetSubPerilList().Contains(sp));
if (!subperilsSupported)
{
throw new InvalidOperationException("Subperils specified cannot be supported at this time");
}
pData = new PartitionDataAdpator(PD, subSamplingSettings);
GeneratorFactory = new GUInputGeneratorFactory(pData, subperils, _timestyle, _lossstyle);
}
public GUInputGeneratorFactory(PartitionData PD, HashSet <string> _subperils, SubSamplingAnalysisSetting subSmaplingSettings, TimeStyle _timestyle, LossStyle _lossstyle)
{
PData = new PartitionDataAdpator(PD, subSmaplingSettings);
NeedDisposePData = true;
subperils = _subperils;
timestyle = _timestyle;
lossstyle = _lossstyle;
}
