public Subject(UniversalSubjectPosition universalSubject,
Dictionary <SymbolicValue, Dictionary <int, Tuple <HashSet <long>, HashSet <long> > > > Components2Difference,
Dictionary <string, HashSet <long> > resolvedSchedule = null,
bool _Resolution = false,
bool _isNotConstrained = false)
{
SetID();
this.UniversalSubject = universalSubject;
this.Schedule = new Schedule(new HashSet <SymbolicValue>()
{
"Residual"
});
this.PerRisk = _Resolution;
this.isNotConstrained = _isNotConstrained;
if (resolvedSchedule != null)
{
this.ResolvedSchedule = resolvedSchedule;
}
this.ExposureTypes = new HashSet <SymbolicValue>();
this.CausesOfLoss = new HashSet <SymbolicValue>();
this.RITEIds = new HashSet <long>();
this.Components = Components2Difference;
foreach (SymbolicValue COL in Components.Keys)
{
CausesOfLoss.Add(COL);
foreach (int ResolvedExposureType in Components[COL].Keys)
{
ExposureTypes.Add(new SymbolicValue(((ExposureType.EExposureType)ResolvedExposureType).ToString()));
HashSet <long> Components_COL_ResolvedExposureType = Components[COL][ResolvedExposureType].Item1;
foreach (long RITEId in Components_COL_ResolvedExposureType)
{
this.RITEIds.Add(RITEId);
}
}
}
this.ResolvedExposureTypes = new HashSet <int>();
foreach (SymbolicValue _ExposureType in ExposureTypes)
{
//ExposureType.ExposureTypeGroup ExposureTypeGroup = new ExposureType.ExposureTypeGroup();
//ExposureTypeGroup.Set((ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString())));
//ResolvedExposureTypes.UnionWith(ExposureTypeGroup.GetIndividualIntExposureTypes());
//TODO : Use the above approach (3 lines of code) when platform is fixed and ready
ResolvedExposureTypes.UnionWith(
ExposureType.GetIndividualIntExposureTypes(
(ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString()))
)
);
}
}
public Contract(Dictionary <string, object> IR,
Dictionary <string, HashSet <long> > resolvedSchedule,
Dictionary <long, RiskItemCharacteristicIDAttributes> CoverageIdAttrMap)
{
this.ResolvedSchedule = resolvedSchedule;
this.CoverageIdAttrMap = CoverageIdAttrMap;
// Construct universal subject position
HashSet <long> AllRITEIds = new HashSet <long>();
if (resolvedSchedule != null)
{
AllRITEIds = resolvedSchedule.Aggregate(new HashSet <long>(), (a, b) => { a.UnionWith(b.Value); return(a); });
}
HashSet <long> AllRiskItemIds = new HashSet <long>();
if (CoverageIdAttrMap != null)
{
AllRiskItemIds = new HashSet <long>(AllRITEIds.Where(x => CoverageIdAttrMap.ContainsKey(x)).Select(x => CoverageIdAttrMap[x].RITExposureId).Distinct());
}
UniversalSubject = new UniversalSubjectPosition(AllRITEIds, AllRiskItemIds);
// Declarations
Declarations = (Dictionary <string, object>)IR["Declarations"];
// Claims Adjustment Settings
if (!Declarations.ContainsKey("Claims Adjustment Options") ||
Declarations["Claims Adjustment Options"] == null)
{
_AreSublimitsNetOfDeductible = false;
_AreDeductiblesAbsorbable = false;
}
else
{
if (!((Declarations["Claims Adjustment Options"] as Dictionary <string, object>).ContainsKey("Claims Adjustment Sublimits")) ||
(Declarations["Claims Adjustment Options"] as Dictionary <string, object>)["Claims Adjustment Sublimits"] == null)
{
_AreSublimitsNetOfDeductible = false;
}
else
{
_AreSublimitsNetOfDeductible = (Declarations["Claims Adjustment Options"] as Dictionary <string, object>)["Claims Adjustment Sublimits"].ToString().Equals("Net Of Deductible");
}
if (!((Declarations["Claims Adjustment Options"] as Dictionary <string, object>).ContainsKey("Claims Adjustment Deductibles")) ||
(Declarations["Claims Adjustment Options"] as Dictionary <string, object>)["Claims Adjustment Deductibles"] == null)
{
_AreDeductiblesAbsorbable = false;
}
else
{
_AreDeductiblesAbsorbable = (Declarations["Claims Adjustment Options"] as Dictionary <string, object>)["Claims Adjustment Deductibles"].ToString().Equals("Absorbable");
}
}
object NameObject;
if (Declarations.TryGetValue("Name", out NameObject))
{
this.Name = NameObject.ToString();
}
object CausesOfLossObject;
Declarations.TryGetValue("CausesOfLoss", out CausesOfLossObject);
object ScheduleObject;
Declarations.TryGetValue("Schedule", out ScheduleObject);
object ExposureTypesObject;
Declarations.TryGetValue("ExposureTypes", out ExposureTypesObject);
object GrossPositionObject;
Declarations.TryGetValue("GrossPosition", out GrossPositionObject);
object CededPositionObject;
Declarations.TryGetValue("CededPosition", out CededPositionObject);
if (GrossPositionObject != null)
{
if (CededPositionObject != null)
{
this.ContractSubject = new NetPosition(ToHashSet(GrossPositionObject.ToString()), ToHashSet(CededPositionObject.ToString()));
}
else if (CausesOfLossObject != null)
{
this.ContractSubject = new SubjectPosition(ToHashSet(GrossPositionObject.ToString()), ToHashSet(CausesOfLossObject.ToString()));
}
else
{
this.ContractSubject = new SubjectPosition(ToHashSet(GrossPositionObject.ToString()));
}
}
else if (CausesOfLossObject != null && ScheduleObject != null && ExposureTypesObject != null)
{
this.ContractSubject = new Subject(
UniversalSubject, new Schedule(ToHashSet(ScheduleObject.ToString())), ToHashSet(CausesOfLossObject.ToString()), ToHashSet(ExposureTypesObject.ToString()),
ResolvedSchedule, CoverageIdAttrMap);
}
// Covers
object[] covers = (object[])IR["Covers"];
Covers = new List <ICover <Value, Value, Value> >(covers.Length);
foreach (object cover in covers)
{
Dictionary <string, object> coverData = (Dictionary <string, object>)cover;
Covers.Add(ConstructCover(coverData));
}
// Sublimits
object[] sublimits = (object[])IR["Sublimits"];
Sublimits = new List <ITerm <Value> >(sublimits.Length);
foreach (object sublimit in sublimits)
{
Sublimits.Add(ConstructSublimit((Dictionary <string, object>)sublimit, AreSublimitsNetOfDeductible()));
}
// Deductibles
object[] deductibles = (object[])IR["Deductibles"];
Deductibles = new List <ITerm <Value> >(deductibles.Length);
foreach (object deductible in deductibles)
{
Deductibles.Add(ConstructDeductible((Dictionary <string, object>)deductible, AreDeductiblesAbsorbable()));
}
}
public Subject(UniversalSubjectPosition universalSubject,
Schedule Schedule,
HashSet <SymbolicValue> CausesOfLoss,
HashSet <SymbolicValue> ExposuresTypes,
Dictionary <string, HashSet <long> > resolvedSchedule = null,
Dictionary <long, RiskItemCharacteristicIDAttributes> CoverageIdAttrMap = null,
bool Resolution = false)
{
SetID();
this.UniversalSubject = universalSubject;
this.CoverageIdAttrMap = CoverageIdAttrMap;
this.Schedule = Schedule;
this.RITEIds = new HashSet <long>();
if (resolvedSchedule != null)
{
this.ResolvedSchedule = resolvedSchedule;
foreach (SymbolicValue ScheduleSymbol in this.Schedule.ScheduleSymbols)
{
if (ResolvedSchedule != null)
{
if (ResolvedSchedule.ContainsKey(ScheduleSymbol.ToString()))
{
RITEIds.UnionWith(ResolvedSchedule[ScheduleSymbol.ToString()]);
}
}
}
}
//this.RiskItemIds = new HashSet<long>(this.RITEIds.Select(x => CoverageIdAttrMap[x].RITExposureId).Distinct());
this.CausesOfLoss = CausesOfLoss;
this.ExposureTypes = ExposuresTypes;
this.ResolvedExposureTypes = new HashSet <int>();
foreach (SymbolicValue _ExposureType in ExposureTypes)
{
//ExposureType.ExposureTypeGroup ExposureTypeGroup = new ExposureType.ExposureTypeGroup();
//ExposureTypeGroup.Set((ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString())));
//ResolvedExposureTypes.UnionWith(ExposureTypeGroup.GetIndividualIntExposureTypes());
//TODO : Use the above approach (3 lines of code) when platform is fixed and ready
ResolvedExposureTypes.UnionWith(
ExposureType.GetIndividualIntExposureTypes(
(ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString()))
)
);
}
// If all dimensions are empty, then subject is not constrained
if ((this.ResolvedExposureTypes.Count == 0) && (this.CausesOfLoss.Count == 0) && (this.RITEIds.Count == 0))
{
isNotConstrained = true;
}
// If any dimension is empty, set from universal subject
if (UniversalSubject != null)
{
if (this.ResolvedExposureTypes.Count == 0)
{
this.ResolvedExposureTypes = UniversalSubject.ResolvedExposureTypes;
}
if (this.CausesOfLoss.Count == 0)
{
this.CausesOfLoss = UniversalSubjectPosition.CausesOfLoss;
}
if (this.RITEIds.Count == 0)
{
this.RITEIds = UniversalSubject.AllRITEIds;
}
}
this.PerRisk = Resolution;
// Build components
//Components = new HashSet<Tuple<int, long, SymbolicValue>>();
Components = new Dictionary <SymbolicValue, Dictionary <int, Tuple <HashSet <long>, HashSet <long> > > >();
if (this.RITEIds == null)
{
throw new NullReferenceException("Universal Subject RITEs cannot be null (can be empty)!");
}
if (this.RITEIds.Count != 0)
{
foreach (SymbolicValue CauseOfLoss in this.CausesOfLoss)
{
if (!Components.ContainsKey(CauseOfLoss))
{
Components.Add(CauseOfLoss, new Dictionary <int, Tuple <HashSet <long>, HashSet <long> > >());
}
foreach (int ResolvedExposureType in this.ResolvedExposureTypes)
{
if (!Components[CauseOfLoss].ContainsKey(ResolvedExposureType))
{
Components[CauseOfLoss].Add(ResolvedExposureType, Tuple.Create(new HashSet <long>(), new HashSet <long>()));
}
foreach (long RITEId in this.RITEIds)
{
if (CoverageIdAttrMap.ContainsKey(RITEId) && CoverageIdAttrMap[RITEId].ExposureType.Equals(ResolvedExposureType))
{
Components[CauseOfLoss][ResolvedExposureType].Item1.Add(RITEId);
}
else
{
Components[CauseOfLoss][ResolvedExposureType].Item2.Add(RITEId);
}
}
if (Components[CauseOfLoss][ResolvedExposureType].Item1.Count == 0)
{
Components[CauseOfLoss].Remove(ResolvedExposureType);
}
}
if (Components[CauseOfLoss].Count == 0)
{
Components.Remove(CauseOfLoss);
}
}
}
}
public Subject(UniversalSubjectPosition universalSubject,
Schedule Schedule,
HashSet <SymbolicValue> CausesOfLoss,
HashSet <SymbolicValue> ExposuresTypes,
Dictionary <string, HashSet <long> > resolvedSchedule = null,
Dictionary <long, int> coverageIdExposureTypeMap = null,
bool Resolution = false)
{
this.UniversalSubject = universalSubject;
this.CoverageIdExposureTypeMap = coverageIdExposureTypeMap;
this.Schedule = Schedule;
this.RITEIds = new HashSet <long>();
if (resolvedSchedule != null)
{
this.ResolvedSchedule = resolvedSchedule;
foreach (SymbolicValue ScheduleSymbol in this.Schedule.ScheduleSymbols)
{
if (ResolvedSchedule != null)
{
if (ResolvedSchedule.ContainsKey(ScheduleSymbol.ToString()))
{
RITEIds.UnionWith(ResolvedSchedule[ScheduleSymbol.ToString()]);
}
}
}
}
this.CausesOfLoss = CausesOfLoss;
this.ExposureTypes = ExposuresTypes;
this.ResolvedExposureTypes = new HashSet <int>();
foreach (SymbolicValue _ExposureType in ExposureTypes)
{
//ExposureType.ExposureTypeGroup ExposureTypeGroup = new ExposureType.ExposureTypeGroup();
//ExposureTypeGroup.Set((ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString())));
//ResolvedExposureTypes.UnionWith(ExposureTypeGroup.GetIndividualIntExposureTypes());
//TODO : Use the above approach (3 lines of code) when platform is fixed and ready
ResolvedExposureTypes.UnionWith(
ExposureType.GetIndividualIntExposureTypes(
(ExposureType.EExposureType)(Enum.Parse(typeof(ExposureType.EExposureType), _ExposureType.ToString()))
)
);
}
// If all dimensions are empty, then subject is not constrained
if ((this.ResolvedExposureTypes.Count == 0) && (this.CausesOfLoss.Count == 0) && (this.RITEIds.Count == 0))
{
isNotConstrained = true;
}
// If any dimension is empty, set from universal subject
if (UniversalSubject != null)
{
if (this.ResolvedExposureTypes.Count == 0)
{
this.ResolvedExposureTypes = UniversalSubject.GetResolvedExposureTypes();
}
if (this.CausesOfLoss.Count == 0)
{
this.CausesOfLoss = UniversalSubjectPosition.GetCausesOfLoss();
}
if (this.RITEIds.Count == 0)
{
this.RITEIds = UniversalSubject.GetAllRITEIds();
}
}
this.PerRisk = Resolution;
// Build components
//Components = new HashSet<Tuple<int, long, SymbolicValue>>();
Components = new Dictionary <SymbolicValue, Dictionary <int, HashSet <long> > >();
foreach (SymbolicValue CauseOfLoss in this.CausesOfLoss)
{
if (!Components.ContainsKey(CauseOfLoss))
{
Components.Add(CauseOfLoss, new Dictionary <int, HashSet <long> >());
}
foreach (int ResolvedExposureType in this.ResolvedExposureTypes)
{
if (!Components[CauseOfLoss].ContainsKey(ResolvedExposureType))
{
Components[CauseOfLoss].Add(ResolvedExposureType, new HashSet <long>());
}
foreach (long RITEId in this.RITEIds)
{
if (CoverageIdExposureTypeMap.ContainsKey(RITEId) && CoverageIdExposureTypeMap[RITEId].Equals(ResolvedExposureType))
{
//Components.Add(new Tuple<int, long, SymbolicValue>(ResolvedExposureType, RITEId, CauseOfLoss));
Components[CauseOfLoss][ResolvedExposureType].Add(RITEId);
}
}
if (Components[CauseOfLoss][ResolvedExposureType].Count == 0)
{
Components[CauseOfLoss].Remove(ResolvedExposureType);
}
}
if (Components[CauseOfLoss].Count == 0)
{
Components.Remove(CauseOfLoss);
}
}
}
