public override void Initialize()
{
_contractRITEs = new HashSet <ContractAtomicRITE>();
//Build Graph here....
graphNodes = new List <GraphNode>();
parentToChildrenMap = new Dictionary <GraphNode, List <GraphNode> >();
atomicCoverageRITEs = new HashSet <CoverageAtomicRITE>();
//Add Contract Declarations
Declarations = new Declarations();
Graph overlapGraph;
cache.GetContract(11331, out overlapGraph);
Graph normalGraph;
cache.GetContract(11324656, out normalGraph);
ScheduleOfContracts schedule = new ScheduleOfContracts("PositionA_Gross",
new HashSet <Graph>()
{
overlapGraph, normalGraph
});
ReinsuranceSubject TreatyNodeSub = new ReinsuranceSubject(schedule, Loss, EQ);
CoverNode TreatyNode = new CoverNode(TreatyNodeSub, "OccLim");
//TreatyNode.SetCoverTerms(false, 100, 100000, 1);
graphNodes.Add(TreatyNode);
this.TopNodes = new List <GraphNode>()
{
TreatyNode
};
this.BuildAtomicRITEs();
}
public ContractExtractor(ExposureDataAdaptor _expData)
{
ExpData = _expData;
jsonParseResult = _expData.ContractJSON;
CoverComponent = new Dictionary <Subject, Dictionary <string, Cover> >();
Declarations = new Declarations();
SetContractDeclarations();
}
public Graph(long ID, List <GraphNode> _topNodes, List <GraphNode> _graphNodes, Dictionary <GraphNode, List <GraphNode> > _parentToChildrenMap, Declarations _declarations)
{
IsExecuted = false;
contractID = ID;
TopNodes = _topNodes;
graphNodes = _graphNodes;
parentToChildrenMap = _parentToChildrenMap;
Declarations = _declarations;
}
public bool GetDeclarations(Declarations declarations, out string message)
{
message = "";
object Component;
expData.ContractJSON.TryGetValue("Declarations", out Component);
Dictionary <String, Object> list = Component as Dictionary <String, object>;
return(SetDeclarations(declarations, list, out message));
}
public FixedPrimaryGraph(ExposureDataAdaptor _expdata)
: base(_expdata.ContractID)
{
expdata = _expdata;
//Build Graph here....
graphNodes = new List <GraphNode>();
parentToChildrenMap = new Dictionary <GraphNode, List <GraphNode> >();
atomicCoverageRITEs = new HashSet <CoverageAtomicRITE>();
//Add Contract Declarations
Declarations = new Declarations();
}
public TreatyGraph(long ID, List <GraphNode> _topNodes, List <GraphNode> _graphNodes, Dictionary <GraphNode, List <GraphNode> > _parentToChildrenMap, Declarations _declarations)
: base(ID, _topNodes, _graphNodes, _parentToChildrenMap, _declarations)
{
}
public static Limit GetLimitForTerm(Dictionary <string, object> termDictionary, Declarations declarations)
{
Value limValue;
TermValueType limPtype;
//if (!TryConvert(termDictionary["Value"], out limValue))
// throw new InvalidOperationException("Limit is not coded as monetary amount in CDL, cannot be supported at this time...");
bool isPerRisk = false;
if (termDictionary["PerRisk"].ToString() == "True")
{
isPerRisk = true;
}
TimeBasis timeBasis;
GetInfoFromJSONTermExp(termDictionary, out limValue, out limPtype, out timeBasis);
return(new Limit(declarations.GroundUpSublimits, limValue, isPerRisk, limPtype));
}
public TreatyGraph(long ID, List <GraphNode> _topNodes, List <GraphNode> _graphNodes, Dictionary <GraphNode, List <GraphNode> > _parentToChildrenMap, Declarations _declarations, Dictionary <long, Declarations> _primarydeclarationsSet)
: base(ID, _topNodes, _graphNodes, _parentToChildrenMap, _declarations)
{
declarationsForAssociatedContracts = _primarydeclarationsSet;
declarationsForAssociatedContracts.Add(ID, _declarations);
}
public HoursClauseWindowGenerator(Declarations ContractDeclarations)
{
_contractDeclarations = ContractDeclarations;
}
public static Deductible GetDedForTerm(Dictionary <string, object> termDictionary, Declarations declarations)
{
bool isPerRisk = false;
TermValueType dedPtype;
if (termDictionary["PerRisk"].ToString() == "True")
{
isPerRisk = true;
}
int index = Convert.ToInt32(termDictionary["Index"]);
bool franchise = Convert.ToBoolean(termDictionary["IsFranchise"]);
DedInteractionType dedInterType = (DedInteractionType)Enum.Parse(typeof(DedInteractionType), termDictionary["Interaction"].ToString());
if (dedInterType == DedInteractionType.MIN & declarations.MinimumAbsorbingDed)
{
dedInterType = DedInteractionType.Absorbing;
}
Value dedValue;
TimeBasis timeBasis;
GetInfoFromJSONTermExp(termDictionary, out dedValue, out dedPtype, out timeBasis);
return(new Deductible(franchise, dedInterType, dedValue, isPerRisk, dedPtype));
}
public GraphOfMatrix(long ID, IExecutableMatrixGraph _matrixGraph, Declarations _declarations)
: base(ID, _declarations)
{
matrixGraph = _matrixGraph;
//TopCover = _topCover;
}
public List <AtomicLoss> GetAllocatedLossList(float[] AllocatedLossVector, int[] GULossIndicies, uint[] TimeStamps, Declarations contractDeclarations)
{
List <AtomicLoss> AllocatedLosses = new List <AtomicLoss>();
int NumOfArites = AllocatedLossVector.Length;
for (int i = 0; i < NumOfArites; i++)
{
if (AllocatedLossVector[i] > 0)
{
AtomicLoss loss = new AtomicLoss();
loss.ExposureID = Mapper.GetRITEIDFromIndex(GULossIndicies[i]);
loss.Subperil = Mapper.GetSubPerilFromIndex(GULossIndicies[i]);
loss.Loss = AllocatedLossVector[i];
RITCharacteristic RitChar = Mapper.GetRITCharObject(loss.ExposureID);
loss.RITE = RitChar.ParentRITE;
loss.ExpType = RitChar.ExpType;
//Get TimeStamp using Mapper:
int ContractYear = contractDeclarations.Inception.Year;
uint timestamp = TimeStamps[GULossIndicies[i]];
DateTime ActualTimeStamp = new DateTime(ContractYear, 1, 1);
ActualTimeStamp = ActualTimeStamp.AddDays((double)timestamp - 1);
loss.timestamp = ActualTimeStamp;
AllocatedLosses.Add(loss);
}
}
return(AllocatedLosses);
}
private bool SetDeclarations(Declarations graph_declarations, Dictionary <String, Object> cdl_declarations, out string message)
{
message = "";
try
{
graph_declarations.Name = Convert.ToString(cdl_declarations["Name"]);
if (cdl_declarations.ContainsKey("Currency"))
{
graph_declarations.Currency = Convert.ToString(cdl_declarations["Currency"]);
}
if (cdl_declarations.ContainsKey("Inception"))
{
graph_declarations.Inception = Convert.ToDateTime(cdl_declarations["Inception"]);
}
else
{
graph_declarations.Inception = DateTime.Now;
}
if (cdl_declarations.ContainsKey("Expiration"))
{
graph_declarations.Expiration = Convert.ToDateTime(cdl_declarations["Expiration"]);
}
else
{
graph_declarations.Expiration = graph_declarations.Inception.AddYears(1);
}
if (cdl_declarations.ContainsKey("ContractType"))
{
graph_declarations.ContractType = Convert.ToString(cdl_declarations["ContractType"]);
}
else
{
throw new NotSupportedException("This prototype requies CDL to specify a recognized Contract Type");
}
if (cdl_declarations.ContainsKey("CausesOfLoss"))
{
graph_declarations.CausesofLoss = new COLCollection(Convert.ToString(cdl_declarations["CausesOfLoss"]));
}
else
{
graph_declarations.CausesofLoss = CauseOfLoss.GetDefaultCOLs();
}
if (cdl_declarations.ContainsKey("ExposureTypes"))
{
graph_declarations.ExposureTypes = ExposureTypeCollection.BuildFromString(Convert.ToString(cdl_declarations["ExposureTypes"]));
}
else
{
graph_declarations.ExposureTypes = ExposureTypeCollection.GetDefaultExposureTypes();
}
if (cdl_declarations.ContainsKey("Schedule"))
{
try { graph_declarations.Schedule = expData.GetSchedule(Convert.ToString(cdl_declarations["Schedule"])); }
catch (Exception ex) { graph_declarations.Schedule = null; }
}
if (cdl_declarations.ContainsKey("GrossPosition"))
{
graph_declarations.GrossPosition = Convert.ToString(cdl_declarations["GrossPosition"]).Split(',').ToList();
}
else
{
graph_declarations.GrossPosition = new List <string>();
}
if (cdl_declarations.ContainsKey("CededPosition"))
{
graph_declarations.CededPosition = Convert.ToString(cdl_declarations["CededPosition"]).Split(',').ToList();
}
else
{
graph_declarations.CededPosition = new List <string>();
}
//Handle Claims Adjustment Options
if (cdl_declarations.ContainsKey("Claims Adjustment Options"))
{
Dictionary <String, Object> ClaimsAdjustmentOptions = cdl_declarations["Claims Adjustment Options"] as Dictionary <String, Object>;
if (ClaimsAdjustmentOptions.ContainsKey("Claims Adjustment Sublimits"))
{
string sublimitAdjustment = ClaimsAdjustmentOptions["Claims Adjustment Sublimits"].ToString();
if (sublimitAdjustment == "Net Of Deductible")
{
graph_declarations.GroundUpSublimits = false;
}
else if (sublimitAdjustment == "GroundUp")
{
graph_declarations.GroundUpSublimits = true;
}
else
{
throw new JSONParseException("Cannot support Claims Adjustment Option for Sublimits: " + sublimitAdjustment);
}
}
if (ClaimsAdjustmentOptions.ContainsKey("Claims Adjustment Deductibles"))
{
string dedAdjustment = ClaimsAdjustmentOptions["Claims Adjustment Deductibles"].ToString();
if (dedAdjustment == "Absorbable")
{
graph_declarations.MinimumAbsorbingDed = true;
}
else
{
throw new JSONParseException("Cannot support Claims Adjustment Option for Deductibles: " + dedAdjustment);
}
}
}
//Get Hours clause declarations
graph_declarations.HoursClauses = new List <HoursClause>();
Object[] hoursclauses;
if (cdl_declarations.ContainsKey("Hours Clauses"))
{
hoursclauses = cdl_declarations["Hours Clauses"] as object[];
List <Object> lst_hoursclauses = hoursclauses.OfType <Object>().ToList();
foreach (Dictionary <String, Object> hc in lst_hoursclauses)
{
HoursClause objHC = new HoursClause();
objHC.SetHoursClause(hc);
graph_declarations.HoursClauses.Add(objHC);
}
graph_declarations.IsHoursClause = true;
}
}
catch (Exception ex)
{
throw ex;
}
return(true);
}
public Graph(long ID, Declarations _declarations)
{
IsExecuted = false;
contractID = ID;
Declarations = _declarations;
}
public TreatyTermExtractor(ExposureDataAdaptor _expData, Declarations _Declarations, GraphBuildCache _graphCache)
: base(_expData, _Declarations)
{
graphCache = _graphCache;
SetContractSubject();
}
public PrimaryTermExtractor(ExposureDataAdaptor _expData, Declarations _Declarations)
: base(_expData, _Declarations)
{
SetContractSubject();
}
public FinancialTermExtractor(ExposureDataAdaptor _expData, Declarations _Declarations)
{
ExpData = _expData;
Declarations = _Declarations;
}