Uses of Class
org.drip.exposure.universe.MarketVertex
Package | Description |
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org.drip.exposure.universe |
Exposure Generation - Market States Simulation
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org.drip.xva.definition |
XVA Definition - Close Out, Universe
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org.drip.xva.derivative |
Burgard Kjaer Dynamic Portfolio Replication
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org.drip.xva.dynamics |
XVA Dynamics - Settings and Evolution
|
org.drip.xva.pde |
Burgard Kjaer PDE Evolution Scheme
|
org.drip.xva.vertex |
XVA Hypothecation Group Vertex Generators
|
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Uses of MarketVertex in org.drip.exposure.universe
Methods in org.drip.exposure.universe that return MarketVertex Modifier and Type Method Description static MarketVertex
MarketVertex. Epochal(JulianDate anchorDate, double overnightReplicator, double csaReplicator, double dealerHazardRate, double dealerSeniorRecoveryRate, double dealerSeniorFundingSpread, double dealerSubordinateRecoveryRate, double dealerSubordinateFundingSpread, double clientHazardRate, double clientRecoveryRate, double clientFundingSpread, LatentStateVertexContainer latentStateVertexContainer)
Generate an Initial Instance of MarketVertexstatic MarketVertex
MarketVertex. Epochal(JulianDate anchorDate, double overnightReplicator, double csaReplicator, double dealerHazardRate, double dealerRecoveryRate, double dealerFundingSpread, double clientHazardRate, double clientRecoveryRate, double clientFundingSpread, LatentStateVertexContainer latentStateVertexContainer)
Generate an Initial Instance of MarketVertexMarketVertex
MarketPath. epochalMarketVertex()
Retrieve the Epochal Market VertexMarketVertex
MarketEdge. finish()
Retrieve the Market State Vertex FinishMarketVertex
MarketPath. marketVertex(int vertexDate)
Retrieve the Market Vertex for the Specified DateMarketVertex[]
MarketPath. marketVertexArray()
Retrieve the Array of the Market Vertexesstatic MarketVertex
MarketVertex. Nodal(JulianDate anchorDate, double overnightRate, double overnightReplicator, double csaSpread, double csaReplicator, MarketVertexEntity dealerMarketVertex, MarketVertexEntity clientMarketVertex, LatentStateVertexContainer latentStateVertexContainer)
Construct a Nodal Market VertexMarketVertex
MarketEdge. start()
Retrieve the Market State Vertex StartMarketVertex
MarketPath. terminalMarketVertex()
Retrieve the Terminal Market VertexMethods in org.drip.exposure.universe that return types with arguments of type MarketVertex Modifier and Type Method Description java.util.Map<java.lang.Integer,MarketVertex>
MarketVertexGenerator. marketVertex(MarketVertex initialMarketVertex, LatentStateWeiner latentStateWeiner)
Generate the Trajectory of the Simulated Market Vertexesjava.util.Map<java.lang.Integer,MarketVertex>
MarketPath. trajectory()
Retrieve the Trajectory of the Market VertexesMethods in org.drip.exposure.universe with parameters of type MarketVertex Modifier and Type Method Description static MarketPath
MarketPath. FromMarketVertexArray(MarketVertex[] marketVertexArray)
Generate the Market Path from Market Vertex Arrayjava.util.Map<java.lang.Integer,MarketVertex>
MarketVertexGenerator. marketVertex(MarketVertex initialMarketVertex, LatentStateWeiner latentStateWeiner)
Generate the Trajectory of the Simulated Market VertexesConstructors in org.drip.exposure.universe with parameters of type MarketVertex Constructor Description MarketEdge(MarketVertex startingMarketVertex, MarketVertex finishingMarketVertex)
MarketEdge ConstructorConstructor parameters in org.drip.exposure.universe with type arguments of type MarketVertex Constructor Description MarketPath(java.util.Map<java.lang.Integer,MarketVertex> marketVertexTrajectory)
MarketPath Constructor -
Uses of MarketVertex in org.drip.xva.definition
Methods in org.drip.xva.definition with parameters of type MarketVertex Modifier and Type Method Description static CloseOutBilateral
CloseOutBilateral. Market(MarketVertex marketVertex)
Generate the Close Out Bilateral Instance from the Market Vertex -
Uses of MarketVertex in org.drip.xva.derivative
Methods in org.drip.xva.derivative with parameters of type MarketVertex Modifier and Type Method Description double
ReplicationPortfolioVertex. dealerPostDefaultPositionValue(MarketVertex marketVertex)
Compute the Market Value of the Dealer Position Post-Defaultdouble
ReplicationPortfolioVertex. dealerPreDefaultPositionValue(MarketVertex marketVertex)
Compute the Market Value of the Dealer Position Pre-Defaultdouble
EvolutionTrajectoryVertex. verifyFundingConstraint(MarketVertex marketVertex)
Indicate whether Replication Portfolio satisfies the Funding Constraint implied by the Vertex Numeraire -
Uses of MarketVertex in org.drip.xva.dynamics
Methods in org.drip.xva.dynamics with parameters of type MarketVertex Modifier and Type Method Description ExposureAdjustmentAggregator
PathSimulator. simulate(java.util.List<LatentStateLabel> latentStateLabelList, MarketVertex initialMarketVertex, CorrelatedPathVertexDimension correlatedPathVertexDimension)
Simulate the Realized State/Entity Values and their Aggregates over the PathsPathExposureAdjustment
PathSimulator. singleTrajectory(MarketVertex initialMarketVertex, LatentStateWeiner latentStateWeiner)
Generate a Single Trajectory from the Specified Initial Market Vertex and the Evolver Sequence -
Uses of MarketVertex in org.drip.xva.pde
Methods in org.drip.xva.pde with parameters of type MarketVertex Modifier and Type Method Description EvolutionTrajectoryEdge[]
TrajectoryEvolutionScheme. eulerWalk(MarketVertex[] marketVertexArray, BurgardKjaerOperator burgardKjaerOperator, EvolutionTrajectoryVertex initialTrajectoryVertex, double collateral)
Execute a Sequential Array of Euler Time Step Walks -
Uses of MarketVertex in org.drip.xva.vertex
Methods in org.drip.xva.vertex with parameters of type MarketVertex Modifier and Type Method Description static BurgardKjaer
BurgardKjaerBuilder. Initial(JulianDate anchorDate, double forward, MarketVertex marketVertex, CloseOut closeOutScheme)
Construct the Initial Dynamic Dealer Portfolio