private bool IsExposureValidForTraits(ExposureType exposure_type)
{
if (exposure_type.required_traits != null && exposure_type.required_traits.Count > 0)
{
foreach (string required_trait in exposure_type.required_traits)
{
if (!traits.HasTrait(required_trait))
{
return(false);
}
}
}
if (exposure_type.excluded_traits != null && exposure_type.excluded_traits.Count > 0)
{
foreach (string excluded_trait in exposure_type.excluded_traits)
{
if (traits.HasTrait(excluded_trait))
{
return(false);
}
}
}
if (exposure_type.excluded_effects != null && exposure_type.excluded_effects.Count > 0)
{
Effects component = base.master.GetComponent <Effects>();
foreach (string excluded_effect in exposure_type.excluded_effects)
{
if (component.HasEffect(excluded_effect))
{
return(false);
}
}
}
return(true);
}
internal void OnDeserialized()
{
integratedExposure.Clear();
foreach (var info in totalExposure)
{
string germID = info.germID;
ExposureType exposure = null;
// Look for a matching germ exposure
foreach (var candidate in TUNING.GERM_EXPOSURE.TYPES)
{
if (candidate.germ_id == germID)
{
exposure = candidate;
break;
}
}
if (exposure == null)
{
// Diagnostic for removed diseases
PUtil.LogWarning("Found unknown germ exposure ID {0} when loading".F(
germID));
}
else
{
integratedExposure.Add(new GermExposure(info.vector, exposure), info.total);
}
}
}
public RITCharacteristic(long _ID, ExposureType _expType, double _tiv)
{
SubperilToAllocState = new Dictionary <string, AllocationState>();
ID = _ID;
ExpType = _expType;
TIV = _tiv;
}
public override HashSet <AtomicRITE> GetAtomicRites()
{
if (!IsDerived)
{
HashSet <CoverageAtomicRITE> ARITEs = new HashSet <CoverageAtomicRITE>();
foreach (ExposureType expType in ExposureTypes)
{
var RITChars = Schedule.RITChars.Where(RitChar => RitChar.ExpType == expType || ExposureTypeCollection.GetMappedType(RitChar.ExpType) == expType);
foreach (RITCharacteristic RITChar in RITChars)
{
HashSet <String> temp = CauseOfLossSet.GetSubperils();
foreach (string subperil in temp)
{
ExposureType tempType = ExposureTypeCollection.GetMappedType(RITChar.ExpType);
CoverageAtomicRITE tempRite = new CoverageAtomicRITE(subperil, tempType, RITChar.ParentRITE, RITChar.ID);
ARITEs.Add(tempRite);
//IEnumerable<RITCharacteristic> RITChars;
//RITChars = rite.RiskCharacteristics.Where(RitChar => RitChar.ExpType == expType || ExposureTypeCollection.GetMappedType(RitChar.ExpType) == expType);
//foreach (RITCharacteristic RitChar in RITChars)
//{
// ARITEs.Add(new CoverageAtomicRITE(subperil, ExposureTypeCollection.GetMappedType(RitChar.ExpType), rite, RitChar.ID));
//}
}
}
}
return(new HashSet <AtomicRITE>(ARITEs.Cast <AtomicRITE>()));
}
else
{
// throw new InvalidOperationException("Cannot get Atomic Rites for derived subjects!");
return(new HashSet <AtomicRITE>());
}
}
public void AddCharacteristic(long _ID, ExposureType _expType, double _tiv)
{
RITCharacteristic Char = new RITCharacteristic(_ID, _expType, _tiv);
RiskCharacteristics.Add(Char);
Char.ParentRITE = this;
}
public int AssessDigestedGerms(ExposureType exposure_type, int count)
{
int exposure_threshold = exposure_type.exposure_threshold;
int val = count / exposure_threshold;
return(MathUtil.Clamp(1, 3, val));
}
// Gets the threshold for infecting a duplicant via each vector.
public static GermExposureThresholds ThresholdsFor(ExposureType exposure)
{
if (!thresholds.TryGetValue(exposure, out GermExposureThresholds threshold))
{
threshold = new GermExposureThresholds(0, 0, 0);
}
return(threshold);
}
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 UniversalSubjectPosition(HashSet <long> allRITEIds, HashSet <long> allRiskItemIds)
{
AllRITEIds = allRITEIds;
AllRiskItemIds = allRiskItemIds;
CausesOfLoss = new HashSet <SymbolicValue>()
{
"EQ", "WS", "CS", "FL", "WT", "FR", "TR", "SH", "FF", "SL", "WI", "WA", "SU", "HA", "TO", "SW", "FZ", "IC", "SN", "WF", "TS"
};
ResolvedExposureTypes = new HashSet <int>(ExposureType.GetIndividualIntExposureTypes(ExposureType.EExposureType.Loss));
}
public CoverageAtomicRITE(string _subperil, ExposureType _expType, RITE _rite, long ID)
{
SubPeril = _subperil;
ExpType = _expType;
RITE = _rite;
RITCharacterisiticID = ID;
CurrentAllocationStateCollection = new AllocationStateCollection2(RITE.ActNumOfSampleBldgs);
//CurrentAllocationStateSummed = new AllocationState();
CurrentLossStateCollection = new LossStateCollection2(RITE.ActNumOfSampleBldgs);
}
public ContractAtomicRITE(Graph _contractGraph, string _subPeril, ExposureType _expType)
{
contractGraph = _contractGraph;
SubPeril = _subPeril;
ExpType = _expType;
CurrentAllocationStateCollection = new AllocationStateCollection(1);
if (_contractGraph.IsExecuted)
{
subjectLoss = _contractGraph.exResults.GetFilteredTimeSeries(_subPeril, _expType);
}
}
public void InfectImmediately(ExposureType exposure_type)
{
if (exposure_type.infection_effect != null)
{
Effects component = base.master.GetComponent <Effects>();
component.Add(exposure_type.infection_effect, true);
}
if (exposure_type.sickness_id != null)
{
string lastDiseaseSource = GetLastDiseaseSource(exposure_type.germ_id);
SicknessExposureInfo exposure_info = new SicknessExposureInfo(exposure_type.sickness_id, lastDiseaseSource);
sicknesses.Infect(exposure_info);
}
}
public UniversalSubjectPosition2(SortedSet <long> allRITEIds)
{
CausesOfLoss = new HashSet <SymbolicValue>()
{
"EQ", "WS", "CS", "FL", "WT", "FR", "TR", "SH", "FF", "SL", "WI", "SU", "HA", "TO", "SW", "FZ", "IC", "SN", "WF", "TS"
};
ResolvedExposureTypes = new HashSet <int>(ExposureType.GetIndividualIntExposureTypes(ExposureType.EExposureType.Loss));
AllRITEIds = new EwahCompressedBitArray();
OffsetForAllRITEIds = allRITEIds.First();
foreach (long RITEId in allRITEIds)
{
AllRITEIds.Set((int)(RITEId - OffsetForAllRITEIds));
}
}
public float GetResistanceToExposureType(ExposureType exposureType, float overrideExposureTier = -1f)
{
float num = overrideExposureTier;
if (num == -1f)
{
num = GetExposureTier(exposureType.germ_id);
}
num = Mathf.Clamp(num, 1f, 3f);
float num2 = GERM_EXPOSURE.EXPOSURE_TIER_RESISTANCE_BONUSES[(int)num - 1];
AttributeInstance attributeInstance = Db.Get().Attributes.GermResistance.Lookup(base.gameObject);
float totalValue = attributeInstance.GetTotalValue();
return((float)exposureType.base_resistance + totalValue + num2);
}
public bool AssessInhaledGerms(ExposureType exposure_type)
{
inhaleExposureTick.TryGetValue(exposure_type.germ_id, out InhaleTickInfo value);
if (value == null)
{
value = new InhaleTickInfo();
inhaleExposureTick[exposure_type.germ_id] = value;
}
if (!value.inhaled)
{
float exposureTier = GetExposureTier(exposure_type.germ_id);
value.inhaled = true;
return(value.ticks >= GERM_EXPOSURE.INHALE_TICK_THRESHOLD[(int)exposureTier]);
}
return(false);
}
private static string ReduceNotifications(List <Notification> list, object tooltipData)
{
string text = "";
foreach (Notification n in list)
{
MinionIdentity minion = (MinionIdentity)n.customClickData;
string sickness_id = (string)tooltipData;
string name = n.NotifierName;
ExposureType type = TUNING.GERM_EXPOSURE.TYPES.First(x => x.sickness_id == sickness_id);
GermExposureMonitor.Instance smi = minion.GetSMI <GermExposureMonitor.Instance>();
float chance = ((!type.infect_immediately) ? GermExposureMonitor.GetContractionChance(smi.GetResistanceToExposureType(type, -1f)) : 1f);
string contractionChance = GameUtil.GetFormattedPercent(chance * 100);
text = text + $"\n{name} - {contractionChance}";
}
return(text);
}
// Checks to see if the Duplicant is immune to a certain exposure.
internal bool IsExposureValidForTraits(ExposureType exposure)
{
bool valid = true;
ICollection <string> required = exposure.required_traits, excluded = exposure.
excluded_traits, noEffects = exposure.excluded_effects;
if (required != null && required.Count > 0)
{
foreach (string traitID in required)
{
if (!traits.HasTrait(traitID))
{
valid = false;
break;
}
}
}
if (valid && excluded != null && excluded.Count > 0)
{
foreach (string traitID in excluded)
{
if (traits.HasTrait(traitID))
{
valid = false;
break;
}
}
}
if (valid && noEffects != null && noEffects.Count > 0)
{
var effects = gameObject.GetComponent <Effects>();
if (effects != null)
{
foreach (string effect_id in noEffects)
{
if (effects.HasEffect(effect_id))
{
valid = false;
break;
}
}
}
}
return(valid);
}
// Retrieves the total germ count for a given germ type across ALL infection vectors.
internal int GetTotalGerms(ExposureType exposure)
{
int total = 0;
if (exposure == null)
{
throw new ArgumentNullException("exposure");
}
foreach (var vector in ALL_VECTORS)
{
if (integratedExposure.TryGetValue(new GermExposure(vector, exposure),
out int byVector))
{
total += byVector;
}
}
return(total);
}
public static string ToString(ExposureType value)
{
if (value == ExposureType.Drugadmin)
{
return("drugadmin");
}
else if (value == ExposureType.Immuniz)
{
return("immuniz");
}
else if (value == ExposureType.Coincidental)
{
return("coincidental");
}
else
{
throw new ArgumentException("Unrecognized ExposureType value: " + value.ToString());
}
}
public LossTimeSeries GetFilteredTimeSeries(string subperil, ExposureType exType)
{
var timeGroups =
from allocLoss in AllocatedLosses
group allocLoss by allocLoss.timestamp into g
select new { Time = g.Key, Payouts = g };
LossTimeSeries series = new LossTimeSeries(1);
foreach (var g in timeGroups)
{
double totalpayout = g.Payouts.Where(payout => payout.Subperil == subperil && payout.ExpType == exType)
.Select(payout => payout.Loss)
.Sum();
series.AddLoss(g.Time, totalpayout);
}
return(series);
}
public static void Postfix(string germ_id, GermExposureMonitor.ExposureState exposure_state, GermExposureMonitor.Instance __instance)
{
if (exposure_state == GermExposureMonitor.ExposureState.Exposed)
{
ExposureType exposure_type = null;
foreach (ExposureType type in TUNING.GERM_EXPOSURE.TYPES)
{
if (germ_id == type.germ_id)
{
exposure_type = type;
break;
}
}
Sickness sickness = exposure_type?.sickness_id != null?Db.Get().Sicknesses.Get(exposure_type.sickness_id) : null;
string sicknessName = sickness != null ? sickness.Name : "a disease";
string text = string.Format(DUPE_EXPOSED_TO_GERMS_POPFX, sicknessName);
PopFXManager.Instance.SpawnFX(PopFXManager.Instance.sprite_Negative, text, __instance.gameObject.transform, 3f, true);
CreateAndAddNotification(__instance, sicknessName, exposure_type.sickness_id);
}
}
public void AddExposure(ExposureType exposure_type, float amount)
{
accumulation.TryGetValue(exposure_type.germ_id, out float value);
float num = value + amount;
if (num > 1f)
{
foreach (MinionIdentity item in Components.LiveMinionIdentities.Items)
{
GermExposureMonitor.Instance sMI = item.GetSMI <GermExposureMonitor.Instance>();
if (sMI.GetExposureState(exposure_type.germ_id) == GermExposureMonitor.ExposureState.Exposed)
{
GermExposureMonitor.Instance sMI2 = item.GetSMI <GermExposureMonitor.Instance>();
float exposureWeight = sMI2.GetExposureWeight(exposure_type.germ_id);
if (exposureWeight > 0f)
{
exposure_candidates.Add(new WeightedExposure
{
weight = exposureWeight,
monitor = sMI
});
}
}
}
while (num > 1f)
{
num -= 1f;
if (exposure_candidates.Count > 0)
{
WeightedExposure weightedExposure = WeightedRandom.Choose(exposure_candidates, rng);
exposure_candidates.Remove(weightedExposure);
weightedExposure.monitor.ContractGerms(exposure_type.germ_id);
}
}
}
accumulation[exposure_type.germ_id] = num;
exposure_candidates.Clear();
}
public static bool TryParse(string value, out ExposureType result)
{
result = default(ExposureType);
if (value == "drugadmin")
{
result = ExposureType.Drugadmin;
}
else if (value == "immuniz")
{
result = ExposureType.Immuniz;
}
else if (value == "coincidental")
{
result = ExposureType.Coincidental;
}
else
{
return(false);
}
return(true);
}
// Retrieves the worst chance for germ infection across all vectors.
internal float GetWorstInfectionChance(ExposureType exposure, float resist)
{
float worstChance = 0.0f;
if (exposure == null)
{
throw new ArgumentNullException("exposure");
}
foreach (var vector in ALL_VECTORS)
{
var ge = new GermExposure(vector, exposure);
if (integratedExposure.TryGetValue(ge, out int byVector))
{
// Resistance should be calculated by the SMI
float chance = GetInfectionChance(ge, byVector, resist);
if (chance > worstChance)
{
worstChance = chance;
}
}
}
return(worstChance);
}
public async Task<LivePortfolioPnl> GetLivePnl(CarbonClient cc_, ExposureType type_, bool forceRefresh_ = false)
{
return type_ == ExposureType.Allocated
? await GetLiveAllocatedPnl(cc_, forceRefresh_)
: await GetLiveUnAllocatedPnl(cc_, forceRefresh_);
}
public async Task<Tuple<string[], double[]>> GetLatestExposure(CarbonClient cc_, ExposureType type_, bool forceRefresh_ = false)
{
return type_ == ExposureType.Allocated
? await GetLatestAllocatedExposure(cc_, forceRefresh_)
: await GetLatestUnAllocatedExposure(cc_, forceRefresh_);
}
public async Task<SysTimeSeries> GetExposure(CarbonClient cc_, ExposureType type_, bool forceRefresh_ = false)
{
return type_ == ExposureType.Allocated
? await GetAllocatedExposure(cc_, forceRefresh_)
: await GetUnAllocatedExposure(cc_, forceRefresh_);
}
public async Task<PortfolioPnlCache> GetHistoricPnl(CarbonClient cc_, ExposureType type_, bool forceRefresh_ = false)
{
return type_ == ExposureType.Allocated
? await GetHistoricAllocatedPnl(cc_, forceRefresh_)
: await GetHistoricUnAllocatedPnl(cc_, forceRefresh_);
}
private bool CreateImmuneInfo()
{
GermExposureMonitor.Instance sMI = selectedTarget.GetSMI <GermExposureMonitor.Instance>();
if (sMI != null)
{
immuneSystemPanel.SetTitle(UI.DETAILTABS.DISEASE.CONTRACTION_RATES);
immuneSystemPanel.SetLabel("germ_resistance", Db.Get().Attributes.GermResistance.Name + ": " + sMI.GetGermResistance(), DUPLICANTS.ATTRIBUTES.GERMRESISTANCE.DESC);
for (int i = 0; i < Db.Get().Diseases.Count; i++)
{
Disease disease = Db.Get().Diseases[i];
ExposureType exposureTypeForDisease = GameUtil.GetExposureTypeForDisease(disease);
Sickness sicknessForDisease = GameUtil.GetSicknessForDisease(disease);
bool flag = true;
List <string> list = new List <string>();
if (exposureTypeForDisease.required_traits != null && exposureTypeForDisease.required_traits.Count > 0)
{
for (int j = 0; j < exposureTypeForDisease.required_traits.Count; j++)
{
if (!selectedTarget.GetComponent <Traits>().HasTrait(exposureTypeForDisease.required_traits[j]))
{
list.Add(exposureTypeForDisease.required_traits[j]);
}
}
if (list.Count > 0)
{
flag = false;
}
}
bool flag2 = false;
List <string> list2 = new List <string>();
if (exposureTypeForDisease.excluded_effects != null && exposureTypeForDisease.excluded_effects.Count > 0)
{
for (int k = 0; k < exposureTypeForDisease.excluded_effects.Count; k++)
{
if (selectedTarget.GetComponent <Effects>().HasEffect(exposureTypeForDisease.excluded_effects[k]))
{
list2.Add(exposureTypeForDisease.excluded_effects[k]);
}
}
if (list2.Count > 0)
{
flag2 = true;
}
}
bool flag3 = false;
List <string> list3 = new List <string>();
if (exposureTypeForDisease.excluded_traits != null && exposureTypeForDisease.excluded_traits.Count > 0)
{
for (int l = 0; l < exposureTypeForDisease.excluded_traits.Count; l++)
{
if (selectedTarget.GetComponent <Traits>().HasTrait(exposureTypeForDisease.excluded_traits[l]))
{
list3.Add(exposureTypeForDisease.excluded_traits[l]);
}
}
if (list3.Count > 0)
{
flag3 = true;
}
}
string text = string.Empty;
float num;
if (!flag)
{
num = 0f;
string text2 = string.Empty;
for (int m = 0; m < list.Count; m++)
{
if (text2 != string.Empty)
{
text2 += ", ";
}
text2 += Db.Get().traits.Get(list[m]).Name;
}
text += string.Format(DUPLICANTS.DISEASES.IMMUNE_FROM_MISSING_REQUIRED_TRAIT, text2);
}
else if (flag3)
{
num = 0f;
string text3 = string.Empty;
for (int n = 0; n < list3.Count; n++)
{
if (text3 != string.Empty)
{
text3 += ", ";
}
text3 += Db.Get().traits.Get(list3[n]).Name;
}
if (text != string.Empty)
{
text += "\n";
}
text += string.Format(DUPLICANTS.DISEASES.IMMUNE_FROM_HAVING_EXLCLUDED_TRAIT, text3);
}
else if (flag2)
{
num = 0f;
string text4 = string.Empty;
for (int num2 = 0; num2 < list2.Count; num2++)
{
if (text4 != string.Empty)
{
text4 += ", ";
}
text4 += Db.Get().effects.Get(list2[num2]).Name;
}
if (text != string.Empty)
{
text += "\n";
}
text += string.Format(DUPLICANTS.DISEASES.IMMUNE_FROM_HAVING_EXCLUDED_EFFECT, text4);
}
else
{
num = ((!exposureTypeForDisease.infect_immediately) ? GermExposureMonitor.GetContractionChance(sMI.GetResistanceToExposureType(exposureTypeForDisease, 3f)) : 1f);
}
string arg = (!(text != string.Empty)) ? string.Format(DUPLICANTS.DISEASES.CONTRACTION_PROBABILITY, GameUtil.GetFormattedPercent(num * 100f, GameUtil.TimeSlice.None), selectedTarget.GetProperName(), sicknessForDisease.Name) : text;
immuneSystemPanel.SetLabel("disease_" + disease.Id, " • " + disease.Name + ": " + GameUtil.GetFormattedPercent(num * 100f, GameUtil.TimeSlice.None), string.Format(DUPLICANTS.DISEASES.RESISTANCES_PANEL_TOOLTIP, arg, sicknessForDisease.Name));
}
return(true);
}
return(false);
}
public static string ToString(ExposureType value)
{
if( value==ExposureType.Drugadmin )
return "drugadmin";
else if( value==ExposureType.Immuniz )
return "immuniz";
else if( value==ExposureType.Coincidental )
return "coincidental";
else
throw new ArgumentException("Unrecognized ExposureType value: " + value.ToString());
}
// Gets the total resistance to a disease factoring in disease base and dupe traits.
internal float GetResistance(ExposureType exposure)
{
return(exposure.base_resistance + GetDupeResistance());
}
public GermExposure(Sickness.InfectionVector vector, ExposureType exposure)
{
Exposure = exposure ?? throw new ArgumentNullException("exposure");
Vector = vector;
}
public LossTimeSeries GetFilteredTimeSeries(string subperil, ExposureType exType)
{
return(AllocatedPayoutLosses.GetFilteredTimeSeries(subperil, exType));
}
public static bool TryParse(string value, out ExposureType result)
{
result = default(ExposureType);
if( value=="drugadmin")
result = ExposureType.Drugadmin;
else if( value=="immuniz")
result = ExposureType.Immuniz;
else if( value=="coincidental")
result = ExposureType.Coincidental;
else
return false;
return true;
}
public RITCharacteristic(long _ID, ExposureType _expType, double _tiv)
{
ID = _ID;
ExpType = _expType;
TIV = _tiv;
}
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);
}
}
}
}