risk-config.properties

File purpose

The risk-config.properties file is used to configure computations.

File values

Section: Context values

Key Value Description
weightedvar.lambda.default.value 0.94 Weighted VaR default lambda parameter
var.confidence.default.value 99 VaR default confidence percentage
vae.confidence.default.value 95 VaE default confidence percentage
es.confidence.default.value 97.5 Expected shortfall default confidence percentage
ctx.queries.time.limit.combined 30 The query time limit, in seconds, for the combined query cube, defined by the “queriesTimeLimit” context value
ctx.queries.time.limit.data 30 The query time limit, in seconds, for the data cubes, defined by the “queriesTimeLimit” context value

Section: Vectors

Key Value Description
pnl.vectorsize Spot PnL vector size; Used for setting context value maximum values
vector.index.interpolation.setting CLOSEST Determines the behaviour of post processors when a quantile does not correspond to a specific index in a vector.
Available options are:
CLOSEST = the nearest index
UP = the nearest higher index
DOWN = the nearest lower index
sparse.vectors.enable.for.sensistores TradeSensitivities:Values, TradeSensitivities:FirstOrderLadder, TradeSensitivities:SecondOrderLadder Enable sparse vector compression for the list of columns of kind “store:field”.
sparse.vectors.density-threshold 0.2 Below this density threshold, the space vector implementation will be used for compaction on the selected fields.
cvar.regression.length Length of the regression when calculating Component VaR. By default this property is not set. The size of the underlying PnL vector is used instead.
Must be less than or equal to the length of the loaded PnL vectors.
rounding.var CEIL Rounding method used to find the closest quantile for VaR.
You can use FLOOR, CEIL, ROUND, ROUND_EVEN, WEIGHTED
rounding.es ROUND_EVEN Rounding method used to find the closest quantile for ES.
You can use FLOOR, CEIL, ROUND, ROUND_EVEN, WEIGHTED
rounding.vae CEIL Rounding method used to find the closest quantile for VaE.
You can use FLOOR, CEIL, ROUND, ROUND_EVEN, WEIGHTED
rounding.quantile2Rank EQUAL_WEIGHT How to find the rank in the PNL vector from the quantile:
EQUAL_WEIGHT: Equally spaced PNLs in ]0%-100%[
CENTERED: PNL centered on quantile with 1/size steps

Section: Bucketing

Key Value Description
bucketing.sets.tenors DEFAULT,REDUCED,DECADE The names of the available tenor and maturity sets to be selectable in a context value. # Must match inputs in DynamicTenors and DynamicMaturities files.
bucketing.sets.maturities DEFAULT,REDUCED
bucketing.sets.moneyness DEFAULT,NO_SMILE The names of the available moneyness sets to be selectable in a context value. Must match inputs in DynamicMoneyness file
bucketing.days.week 7 Number of days to be used when converting pillars for bucketing purposes.
bucketing.days.month 30
bucketing.days.year 360
numberOfBuckets 100 Maximum number of buckets for PnLDistributionPostProcessor
marketData.set.default Official EOD Default market data set to use for the calculations
pnl.default.type Actual PL Attributed Default PnL type for PnL cube.
rounding.default.type CEIL Default rounding method for Tail measure calculations
quantile.2.rank.default EQUAL_WEIGHT Default quantile type for Tail measure calculations

Section: Levels for scalar sensitivities

Key Value Description
tenors.fact.levels Delta::Tenor Date@Tenor Dates@Risk;Tenor@Tenors@Risk,Gamma::Tenor Date@Tenor Dates@Risk;Tenor@Tenors@Risk,Vega::Tenor Date@Tenor Dates@Risk;Tenor@Tenors@Risk,Vanna::Tenor Date@Tenor Dates@Risk;Tenor@Tenors@Risk,Volga::Tenor Date@Tenor Dates@Risk;Tenor@Tenors@Risk Defines the source tenor/maturity levels to use for scalar sensitivities. The format is Sensitivity::PrimaryLevel;AlternateLevel. The alternate level will be used if the primary level member is N/A.
maturities.fact.levels Vega::Maturity Date@Maturity Dates@Risk;Maturity@Maturities@Risk,Vanna::Maturity Date@Maturity Dates@Risk;Maturity@Maturities@Risk,Volga::Maturity Date@Maturity Dates@Risk;Maturity@Maturities@Risk
moneyness.fact.levels Vanna::Moneyness@Moneyness@Risk,Volga::Moneyness@Moneyness@Risk,Vega::Moneyness@Moneyness@Risk
tenors.fact.levels.labels Delta::Tenor@Tenors@Risk,Gamma::Tenor@Tenors@Risk,Vega::Tenor@Tenors@Risk,Vanna::Tenor@Tenors@Risk,Volga::Tenor@Tenors@Risk
tenors.fact.levels.dates Delta::Tenor Date@Tenor Dates@Risk,Gamma::Tenor Date@Tenor Dates@Risk,Vega::Tenor Date@Tenor Dates@Risk,Vanna::Tenor Date@Tenor Dates@Risk,Volga::Tenor Date@Tenor Dates@Risk
maturities.fact.levels.labels Vega::Maturity@Maturities@Risk,Vanna::Maturity@Maturities@Risk,Volga::Maturity@Maturities@Risk
maturities.fact.levels.dates Vega::Maturity Date@Maturity Dates@Risk,Vanna::Maturity Date@Maturity Dates@Risk,Volga::Maturity Date@Maturity Dates@Risk
moneyness.fact.levels.labels Vanna::Moneyness@Moneyness@Risk,Volga::Moneyness@Moneyness@Risk,Vega::Moneyness@Moneyness@Risk
moneyness.fact.levels.dates Vanna::,Volga::,Vega::

Section: Levels for postprocessors

This section defines all the levels and hierarchies used by the Post-Processors

Key Value Description
tenors.analysis.level Tenor@Tenors@Risk
maturities.analysis.level Maturity@Maturities@Risk
moneyness.analysis.level Moneyness@Moneyness@Risk
dynamic.tenors.analysis.level Tenor@DynamicTenors@DynamicBucketing
dynamic.tenors.hierarchy DynamicTenors@DynamicBucketing
dynamic.maturities.hierarchy DynamicMaturities@DynamicBucketing
dynamic.moneyness.hierarchy DynamicMoneyness@DynamicBucketing
asofdate.hierarchy Date@Dates
asofdate.level AsOfDate@Date@Dates
trades.level TradeId@Trades@Booking
books.level Book@Books@Booking
rounding.level MethodName@RoundingMethods@Rounding
quantileRank.level QuantileName@Quantiles@Quantiles
risk.factor.level RiskFactor@Risk Factors@Risk
risk.factor2.level RiskFactor2@Risk Factors secondary@Risk Level description of second risk factor axis (used for Vanna)
delta.currency.level Ccy@Currencies@Currencies Level containing the local currency for the delta sensitivity
cash.currency.level Ccy@Currencies@Currencies Level containing the local currency for the cash sensitivity
theta.currency.level Ccy@Currencies@Currencies Level containing the local currency for the theta sensitivity
vega.currency.level Ccy@Currencies@Currencies Level containing the local currency for the vega sensitivity
gamma.currency.level Ccy@Currencies@Currencies Level containing the local currency for the gamma sensitivity
volga.currency.level Ccy@Currencies@Currencies Level containing the local currency for the volga sensitivity
cross.gamma.currency.level Ccy@Currencies@Currencies Level containing the local currency for the cross-gamma sensitivity
sensitivity.name.level SensitivityName@Sensitivity@Sensitivities
currency.level Ccy@Currency@Currencies Level containing the local currency on VaR and PnL cubes
scenario.set.level Scenario Set@Scenario Sets@Risk
scenario.analysis.level Scenario@Scenarios@Risk
risk.mandate.level Domain1@Risk Mandates 1@Sign-Off
risk.class.level RiskClass@Risk Classes@Risk
percentile.level Percentile@Percentile@Risk
sensi.ladder-shifts.level Ladder Shift@Ladder Shifts@Risk
sensi.ladder-availability.level Ladder Available@Ladder Availability@Risk
trades.var.inclusion.level VaR inclusion type@VaR inclusion type@TradeAttributes
market.data.set.level MarketDataSet@MarketDataSets@MarketData
trade.maturity.date.level MaturityDate@MaturityDates@TradeAttributes Level containing the maturity date of the trade

Section: Risk classes & confidence levels

Key Value Description
risk.class.members Risk classes are used in order to define specific metrics
confidence.levels 97.5,99 Confidence levels used to define specific measures

Section: Sensitivities

This section lists sensitivities by type. Data present in the Sensitivity Name column of the sensitivities input files are filtered using regular expression defined in these properties.

Key Value Description
sensi.type.delta ^(?i).*(?:delta dividends
sensi.type.cash ^(?i).*(?:cash Cash).*$
sensi.type.vega ^(?i).*vega.*$ Vega sensitivity
sensi.type.gamma ^(?i).*(gamma)(?<!((?:cross x).?gamma)).*$
sensi.type.vanna ^(?i).*vanna.*$ Vanna sensitivity
sensi.type.volga ^(?i).*(?:volga vomma).*$
sensi.type.theta ^(?i).*(?:theta Theta).*$
^(?i).*(?:delta dividends).*$ ^(?i).*(?:delta
sensi.type.cross.gamma ^(?i).*(?:cross x).?gamma.*$

Section: FX risk

Key Value Description
risk.class.member.fx FX Risk class used to compute FX risk

Section: Theta

Key Value Description
theta.default.maturity 2040-01-01 The default maturity date used for theta PnL computation when the maturity provided by the ${trade.maturity.date.level} is emtpy. Format is YYYY-MM-DD.

Section: Taylor VaR

Key Value Description
sensi.interpolateMarketShifts true Flag to enable or disable interpolation of market data

Section: Weighted measures

Key Value Description
weightedvar.pnl.oldest.first false Flag to set the order sequence of PnL data in the PnL vector

Section: Tenors, maturities and moneyness default values

Key Value Description
tenorAndMaturity.defaultValue N/A Default value for tenors and maturities
moneyness.defaultValue ATM Default value for moneyness
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