Create saccr
Object and Compute Regulatory Values for Interest-Rate Swap
This example shows how to create a saccr
object involving a trade for a 10-year interest-rate swap in Euros that is valued in US dollars. Trade, TR001
in Portfolio 1, uses the Standardized Approach for Counterparty Credit Risk (SA-CCR) framework and has no netting sets, no collateral sets, or no collateral positions.
Define Data
Define the foreign exchange (FX) spot currency exchange rate table.
format("default"); Base = ["EUR";"GBP";"GBP"]; Quote = ["USD";"USD";"EUR"]; SpotRate = [1.0543;1.2195;1.1567]; FXSpotTable = table(Base,Quote,SpotRate)
FXSpotTable=3×3 table
Base Quote SpotRate
_____ _____ ________
"EUR" "USD" 1.0543
"GBP" "USD" 1.2195
"GBP" "EUR" 1.1567
Define the SA-CCR CRIF file.
SACCRCRIF = "SACCR_CRIF_IR.csv";
Create saccr
Object
Construct the saccr
object from SACCRCRIF
.
mySACCR = saccr(SACCRCRIF, DomesticCurrency="USD", FXSpot=FXSpotTable)
mySACCR = saccr with properties: CRIF: [2x19 table] NumPortfolios: 1 PortfolioIDs: "Port_001" CounterpartyIDs: "" Portfolios: [1x1 saccr.Portfolio] Regulation: "Basel_CRE52" DomesticCurrency: "USD" Alpha: 1.4000 FXSpotRates: [3x3 table] TradeDecompositions: [5x2 table] CollateralHaircuts: [200x6 table] SupervisoryParameters: [19x7 table] MaturityBusinessDaysFloor: 10 NumBusinessDaysYear: 250
Display the contents of the SA-CCR CRIF file.
mySACCR.CRIF
ans=2×19 table
PortfolioID TradeID CounterpartyName CounterpartyID NettingSetNumber RiskType Category Qualifier Bucket Label1 Label2 Amount AmountCurrency AmountUSD Regulation Model ValuationDate EndDate Label3
___________ _______ ________________ ______________ ________________ ________ _________ _________ _________ _________ _________ __________ ______________ __________ ________________ ________ _____________ _______ ______
"Port_001" "Tr001" <missing> <missing> <missing> "IR" "EUR" "EUR" <missing> "0" "10" 3.1478e+07 "EUR" 3.3187e+07 "Basel (CRE 52)" "SA-CCR" 2023-10-16 10 1
"Port_001" "Tr001" <missing> <missing> <missing> "PV" <missing> <missing> <missing> <missing> <missing> -5650.7 "EUR" -5957.5 "Basel (CRE 52)" "SA-CCR" 2023-10-16 NaN NaN
Display Porfolio
Display the Portfolio
object (Port_001
).
mySACCR.Portfolios
ans = Portfolio with properties: ID: "Port_001" CounterpartyID: "" Trades: [1x1 saccr.Trade] NettingSets: [0x1 saccr.NettingSet] AssetClasses: "IR" HedgingSets: "EUR"
Display the trades.
mySACCR.Portfolios.Trades
ans = Trade with properties: ID: "Tr001" NettingSetID: "Missing_NettingSet_Port_001_Tr001" CollateralSetID: "" AssetClass: "IR" SubClass: <missing> HedgingSet: "EUR" Qualifier: "EUR" AdjustedNotional: 3.1478e+07 AdjustedNotionalCurrency: "EUR" AdjustedNotionalUSD: 3.3187e+07 PV: -5.6507e+03 PVCurrency: "EUR" PVUSD: -5.9575e+03 StartTime: 0 EndTime: 10 MaturityTime: 10 SupervisoryDelta: 1 InputVariant: "1a" SoldOption: 0 MaturityFactorUncollateralized: 1 MaturityFactorCollateralized: 1 MaturityBucket: "B3: > 5Y"
Compute Replacement Cost
Compute replacement cost (RC) component results using rc
.
RCResults = rc(mySACCR)
RCResults = RCResults with properties: NumPortfolios: 1 PortfolioIDs: "Port_001" CounterpartyIDs: "" Regulation: "Basel_CRE52" DomesticCurrency: "USD" RCUncollateralized: 0 RCCollateralized: NaN
Compute Add-On Component
Compute add-on component results using addOn
.
AddOnResults = addOn(mySACCR)
AddOnResults = AddOnResults with properties: NumPortfolios: 1 PortfolioIDs: "Port_001" CounterpartyIDs: "" Regulation: "Basel_CRE52" DomesticCurrency: "USD" AddOnAggregateUncollateralized: 1.6593e+05 AddOnAggregateCollateralized: NaN AddOnAssetClassesUncollateralized: [1x1 saccr.AddOnAssetClassResults] AddOnAssetClassesCollateralized: [1x1 saccr.AddOnAssetClassResults]
Compute PFE Component
Compute potential future exposure (PFE) component results using pfe
.
PFEResults = pfe(mySACCR)
PFEResults = PFEResults with properties: NumPortfolios: 1 PortfolioIDs: "Port_001" CounterpartyIDs: "" Regulation: "Basel_CRE52" DomesticCurrency: "USD" PFEUncollateralized: 1.6298e+05 PFECollateralized: NaN MultiplierUncollateralized: 0.9822 MultiplierCollateralized: NaN AddOnResults: [1x1 saccr.AddOnResults]
Compute EAD and Display Results
Compute exposure at default (EAD) results using ead
and show the results table.
EADResults = ead(mySACCR)
EADResults = EADResults with properties: NumPortfolios: 1 PortfolioIDs: "Port_001" CounterpartyIDs: "" Regulation: "Basel_CRE52" DomesticCurrency: "USD" EAD: 2.2818e+05 Alpha: 1.4000 RC: 0 PFE: 1.6298e+05 Multiplier: 0.9822 AddOnAggregate: 1.6593e+05 RCResults: [1x1 saccr.RCResults] PFEResults: [1x1 saccr.PFEResults] ResultsTable: [1x17 table]
EADResults.ResultsTable
ans=1×17 table
PortfolioIDs CounterpartyIDs Regulation DomesticCurrency EAD Alpha RC PFE Multiplier AddOnAggregate AddOnIR AddOnFX AddOnCR AddOnEQ AddOnCO Collateralized UsedCollateral
____________ _______________ _____________ ________________ __________ _____ __ __________ __________ ______________ __________ _______ _______ _______ _______ ______________ ______________
"Port_001" "" "Basel_CRE52" "USD" 2.2818e+05 1.4 0 1.6298e+05 0.98222 1.6593e+05 1.6593e+05 0 0 0 0 false false
See Also
rc
| addOn
| pfe
| ead
| addOnChart
| eadChart
| pfeChart
| rcChart
| frtbsa
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