//-------------------------------------------------------------------------
public virtual void test_currencyExposure()
{
double eps = 1.0e-14;
ImmutableRatesProvider prov = ImmutableRatesProvider.builder(VAL_DATE).fxRateProvider(FX_MATRIX).discountCurve(GBP, DISCOUNT_CURVE_GBP).discountCurve(USD, DISCOUNT_CURVE_USD).build();
DiscountingFxResetNotionalExchangePricer test = new DiscountingFxResetNotionalExchangePricer();
// USD
MultiCurrencyAmount computedUSD = test.currencyExposure(FX_RESET_NOTIONAL_EXCHANGE_REC_USD, prov);
PointSensitivities pointUSD = test.presentValueSensitivity(FX_RESET_NOTIONAL_EXCHANGE_REC_USD, prov).build();
MultiCurrencyAmount expectedUSD = prov.currencyExposure(pointUSD.convertedTo(USD, prov)).plus(CurrencyAmount.of(FX_RESET_NOTIONAL_EXCHANGE_REC_USD.Currency, test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_REC_USD, prov)));
assertFalse(computedUSD.contains(GBP)); // 0 GBP
assertEquals(computedUSD.getAmount(USD).Amount, expectedUSD.getAmount(USD).Amount, eps * NOTIONAL);
// GBP
MultiCurrencyAmount computedGBP = test.currencyExposure(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP, prov);
PointSensitivities pointGBP = test.presentValueSensitivity(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP, prov).build();
MultiCurrencyAmount expectedGBP = prov.currencyExposure(pointGBP.convertedTo(GBP, prov)).plus(CurrencyAmount.of(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP.Currency, test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP, prov)));
assertFalse(computedGBP.contains(USD)); // 0 USD
assertEquals(computedGBP.getAmount(GBP).Amount, expectedGBP.getAmount(GBP).Amount, eps * NOTIONAL);
// FD approximation
FxMatrix fxMatrixUp = FxMatrix.of(GBP, USD, FX_RATE + EPS_FD);
ImmutableRatesProvider provUp = ImmutableRatesProvider.builder(VAL_DATE).fxRateProvider(fxMatrixUp).discountCurve(GBP, DISCOUNT_CURVE_GBP).discountCurve(USD, DISCOUNT_CURVE_USD).build();
double expectedFdUSD = -(test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_REC_USD, provUp) - test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_REC_USD, prov)) * FX_RATE * FX_RATE / EPS_FD;
assertEquals(computedUSD.getAmount(USD).Amount, expectedFdUSD, EPS_FD * NOTIONAL);
double expectedFdGBP = (test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP, provUp) - test.presentValue(FX_RESET_NOTIONAL_EXCHANGE_PAY_GBP, prov)) / EPS_FD;
assertEquals(computedGBP.getAmount(GBP).Amount, expectedFdGBP, EPS_FD * NOTIONAL);
}
public double GetFxRate(DateTime settlementDate, Currency domesticCcy, Currency foreignCcy)
{ //domestic-per-foreign
if (foreignCcy == domesticCcy)
{
return(1.0);
}
double spot;
if (domesticCcy == FxMatrix.BaseCurrency)
{
spot = FxMatrix.GetSpotRate(foreignCcy);
}
else if (foreignCcy == FxMatrix.BaseCurrency)
{
spot = 1.0 / FxMatrix.GetSpotRate(domesticCcy);
}
else
{
var forToBase = GetFxRate(settlementDate, FxMatrix.BaseCurrency, foreignCcy);
var domToBase = GetFxRate(settlementDate, FxMatrix.BaseCurrency, domesticCcy);
return(forToBase / domToBase);
}
var fxPair = FxMatrix.GetFxPair(domesticCcy, foreignCcy);
var spotDate = BuildDate.AddPeriod(RollType.F, fxPair.PrimaryCalendar, fxPair.SpotLag);
var dfDom = GetDf(domesticCcy, spotDate, settlementDate);
var dfFor = GetDf(foreignCcy, spotDate, settlementDate);
return(spot * dfDom / dfFor);
}
public virtual void test_currencyExposureOnFixing_noTimeSeries()
{
double eps = 1.0e-14;
LocalDate valuationDate = date(2014, 6, 27);
LocalDate paymentDate = date(2014, 7, 1);
LocalDate fixingDate = date(2014, 6, 27);
FxResetNotionalExchange resetNotionalUSD = FxResetNotionalExchange.of(CurrencyAmount.of(USD, NOTIONAL), paymentDate, FxIndexObservation.of(GBP_USD_WM, fixingDate, REF_DATA));
FxResetNotionalExchange resetNotionalGBP = FxResetNotionalExchange.of(CurrencyAmount.of(GBP, -NOTIONAL), paymentDate, FxIndexObservation.of(GBP_USD_WM, fixingDate, REF_DATA));
ImmutableRatesProvider prov = ImmutableRatesProvider.builder(valuationDate).fxRateProvider(FX_MATRIX).discountCurve(GBP, DISCOUNT_CURVE_GBP).discountCurve(USD, DISCOUNT_CURVE_USD).build();
DiscountingFxResetNotionalExchangePricer test = new DiscountingFxResetNotionalExchangePricer();
// USD
MultiCurrencyAmount computedUSD = test.currencyExposure(resetNotionalUSD, prov);
PointSensitivities pointUSD = test.presentValueSensitivity(resetNotionalUSD, prov).build();
MultiCurrencyAmount expectedUSD = prov.currencyExposure(pointUSD.convertedTo(USD, prov)).plus(CurrencyAmount.of(resetNotionalUSD.Currency, test.presentValue(resetNotionalUSD, prov)));
assertFalse(computedUSD.contains(GBP)); // 0 GBP
assertEquals(computedUSD.getAmount(USD).Amount, expectedUSD.getAmount(USD).Amount, eps * NOTIONAL);
// GBP
MultiCurrencyAmount computedGBP = test.currencyExposure(resetNotionalGBP, prov);
PointSensitivities pointGBP = test.presentValueSensitivity(resetNotionalGBP, prov).build();
MultiCurrencyAmount expectedGBP = prov.currencyExposure(pointGBP.convertedTo(GBP, prov)).plus(CurrencyAmount.of(resetNotionalGBP.Currency, test.presentValue(resetNotionalGBP, prov)));
assertFalse(computedGBP.contains(USD)); // 0 USD
assertEquals(computedGBP.getAmount(GBP).Amount, expectedGBP.getAmount(GBP).Amount, eps * NOTIONAL);
// FD approximation
FxMatrix fxMatrixUp = FxMatrix.of(GBP, USD, FX_RATE + EPS_FD);
ImmutableRatesProvider provUp = ImmutableRatesProvider.builder(valuationDate).fxRateProvider(fxMatrixUp).discountCurve(GBP, DISCOUNT_CURVE_GBP).discountCurve(USD, DISCOUNT_CURVE_USD).build();
double expectedFdUSD = -(test.presentValue(resetNotionalUSD, provUp) - test.presentValue(resetNotionalUSD, prov)) * FX_RATE * FX_RATE / EPS_FD;
assertEquals(computedUSD.getAmount(USD).Amount, expectedFdUSD, EPS_FD * NOTIONAL);
double expectedFdGBP = (test.presentValue(resetNotionalGBP, provUp) - test.presentValue(resetNotionalGBP, prov)) / EPS_FD;
assertEquals(computedGBP.getAmount(GBP).Amount, expectedFdGBP, EPS_FD * NOTIONAL);
}
//-------------------------------------------------------------------------
public virtual void test_convertedTo_singleCurrency()
{
CurveSensitivities @base = sut();
CurveSensitivities test = @base.convertedTo(USD, FxMatrix.empty());
assertEquals(test.TypedSensitivities.get(ZERO_RATE_DELTA).Sensitivities, ImmutableList.of(ENTRY_USD));
}
public static IFundingModel RemapBaseCurrency(IFundingModel input, Currency newBaseCurrency, ICurrencyProvider currencyProvider)
{
if (newBaseCurrency == input.FxMatrix.BaseCurrency)
{
return(input.Clone());
}
var mf = input.DeepClone(null);
var homeToBase = mf.FxMatrix.SpotRates[newBaseCurrency];
var ccys = mf.FxMatrix.SpotRates.Keys.ToList()
.Concat(new[] { mf.FxMatrix.BaseCurrency })
.Where(x => x != newBaseCurrency);
var newRateDict = new Dictionary <Currency, double>();
foreach (var ccy in ccys)
{
var spotDate = mf.FxMatrix.GetFxPair(newBaseCurrency, ccy).SpotDate(mf.BuildDate);
var newRate = mf.GetFxRate(spotDate, newBaseCurrency, ccy);
newRateDict.Add(ccy, newRate);
}
var newFx = new FxMatrix(currencyProvider);
newFx.Init(newBaseCurrency, mf.FxMatrix.BuildDate, newRateDict, mf.FxMatrix.FxPairDefinitions, mf.FxMatrix.DiscountCurveMap);
mf.SetupFx(newFx);
return(mf);
}
public static object CreateFxMatrix(
[ExcelArgument(Description = "Fx matrix name")] string ObjectName,
[ExcelArgument(Description = "Base currency")] string BaseCurrency,
[ExcelArgument(Description = "Build date")] DateTime BuildDate,
[ExcelArgument(Description = "Spot rates")] object[,] SpotRateMap,
[ExcelArgument(Description = "Fx pair definitions")] object[] FxPairDefinitions,
[ExcelArgument(Description = "DiscountCurves")] object[,] DiscountCurves)
{
return(ExcelHelper.Execute(_logger, () =>
{
var fxPairsCache = ContainerStores.GetObjectCache <FxPair>();
var fxPairs = FxPairDefinitions
.Where(s => fxPairsCache.Exists(s as string))
.Select(s => fxPairsCache.GetObject(s as string).Value)
.ToList();
var currencies = ContainerStores.GlobalContainer.GetRequiredService <ICurrencyProvider>();
var spotRatesRaw = SpotRateMap.RangeToDictionary <string, double>();
var spotRates = spotRatesRaw.ToDictionary(y => currencies[y.Key], y => y.Value);
var discountCurvesRaw = DiscountCurves.RangeToDictionary <string, string>();
var discountCurves = discountCurvesRaw.ToDictionary(y => currencies[y.Key], y => y.Value);
var matrix = new FxMatrix(currencies);
matrix.Init(currencies[BaseCurrency], BuildDate, spotRates, fxPairs, discountCurves);
return ExcelHelper.PushToCache(matrix, ObjectName);
}));
}
private AssetFxMCModel GetSut()
{
var buildDate = DateTime.Parse("2018-10-04");
var usd = TestProviderHelper.CurrencyProvider["USD"];
TestProviderHelper.CalendarProvider.Collection.TryGetCalendar("NYC", out var usdCal);
var dfCurve = new IrCurve(new[] { buildDate, buildDate.AddDays(1000) }, new[] { 0.0, 0.0 }, buildDate, "disco", Interpolator1DType.Linear, usd, "DISCO");
var comCurve = new BasicPriceCurve(buildDate, new[] { buildDate, buildDate.AddDays(15), buildDate.AddDays(100) }, new[] { 100.0, 100.0, 100.0 }, PriceCurveType.NYMEX, TestProviderHelper.CurrencyProvider)
{
Name = "CL",
AssetId = "CL"
};
var comSurface = new ConstantVolSurface(buildDate, 0.32)
{
AssetId = "CL"
};
var fModel = new FundingModel(buildDate, new Dictionary <string, IrCurve> {
{ "DISCO", dfCurve }
}, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
var fxM = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxM.Init(usd, buildDate, new Dictionary <Currency, double>(), new List <FxPair>(), new Dictionary <Currency, string> {
{ usd, "DISCO" }
});
fModel.SetupFx(fxM);
var aModel = new AssetFxModel(buildDate, fModel);
aModel.AddVolSurface("CL", comSurface);
aModel.AddPriceCurve("CL", comCurve);
var product = AssetProductFactory.CreateAsianOption(buildDate.AddDays(10), buildDate.AddDays(20), 101, "CL", OptionType.Call, usdCal, buildDate.AddDays(21), usd);
product.TradeId = "waaah";
product.DiscountCurve = "DISCO";
var pfolio = new Portfolio {
Instruments = new List <IInstrument> {
product
}
};
var settings = new McSettings
{
Generator = RandomGeneratorType.MersenneTwister,
NumberOfPaths = (int)System.Math.Pow(2, 13),
NumberOfTimesteps = 1,
ReportingCurrency = usd,
Parallelize = false,
CreditSettings = new CreditSettings
{
ExposureDates = new DateTime[] { buildDate.AddDays(5), buildDate.AddDays(20), buildDate.AddDays(22) }
},
};
var sut = new AssetFxMCModel(buildDate, pfolio, aModel, settings, TestProviderHelper.CurrencyProvider, TestProviderHelper.FutureSettingsProvider, TestProviderHelper.CalendarProvider);
return(sut);
}
private IPvModel GenerateTestData()
{
Utils.Parallel.ParallelUtils.Instance.MultiThreaded = false;
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var nyc = TestProviderHelper.CalendarProvider.Collection["NYC"];
var ins = new Forward
{
TradeId = "TestA",
AssetId = "FakeAsset",
ExpiryDate = _originDate.AddDays(180),
PaymentCurrency = zar,
Notional = 1e6,
Strike = 1400,
DiscountCurve = "DISCO-ZAR"
};
var pf = new Portfolio {
Instruments = new List <IInstrument> {
ins
}
};
var pillars = new[] { _originDate.AddDays(90), _originDate.AddDays(180) };
var discoUsd = new IrCurve(pillars, pillars.Select(p => 0.02).ToArray(), _originDate, "DISCO-USD", Interpolator1DType.Linear, usd);
var discoZar = new IrCurve(pillars, pillars.Select(p => 0.02).ToArray(), _originDate, "DISCO-ZAR", Interpolator1DType.Linear, zar);
var fxpairs = new List <FxPair>
{
new FxPair {
Domestic = usd, Foreign = zar, PrimaryCalendar = nyc, SpotLag = 2.Bd()
},
new FxPair {
Domestic = zar, Foreign = usd, PrimaryCalendar = nyc, SpotLag = 2.Bd()
},
};
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(usd, _originDate, new Dictionary <Currency, double> {
{ zar, 14.0 }
}, fxpairs, new Dictionary <Currency, string> {
{ usd, "DISCO-USD" }, { zar, "DISCO-ZAR" }
});
var fModel = new FundingModel(_originDate, new[] { discoUsd, discoZar }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var model = new AssetFxModel(_originDate, fModel);
var curve = new ConstantPriceCurve(100, _originDate, TestProviderHelper.CurrencyProvider);
model.AddPriceCurve("FakeAsset", curve);
model.AddFixingDictionary("FakeAsset", new FixingDictionary());
model.AttachPortfolio(pf);
return(model);
}
public void CompositePriceCurveFact()
{
var originDate = new DateTime(2019, 05, 28);
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zarCurve = new ConstantRateIrCurve(0.07, originDate, "ZARCurve", zar);
var usdCurve = new ConstantRateIrCurve(0.02, originDate, "USDCurve", usd);
var fModel = new FundingModel(originDate, new[] { zarCurve, usdCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var fxPair = new FxPair {
Domestic = zar, Foreign = usd, SpotLag = new Dates.Frequency("0d")
};
fxMatrix.Init(zar, originDate, new Dictionary <Currency, double> {
{ usd, 10.0 }
}, new List <FxPair>()
{
fxPair
}, new Dictionary <Currency, string> {
{ usd, "USDCurve" }, { zar, "ZARCurve" }
});
fModel.SetupFx(fxMatrix);
var baseCurve = new ConstantPriceCurve(100.0, originDate, TestProviderHelper.CurrencyProvider)
{
Currency = usd,
Name = "gooo",
AssetId = "rooo"
};
var sut = new CompositePriceCurve(originDate, baseCurve, fModel, zar);
var sut2 = new CompositePriceCurve(originDate, () => baseCurve, () => fModel, zar);
var fxOrigin = fModel.GetFxRate(originDate, usd, zar);
Assert.Equal(baseCurve.GetPriceForDate(originDate) * fxOrigin, sut.GetPriceForDate(originDate));
Assert.Equal(baseCurve.GetPriceForDate(originDate) * fxOrigin, sut2.GetPriceForDate(originDate));
Assert.Equal(baseCurve.GetPriceForDate(originDate) * fxOrigin, sut.GetPriceForFixingDate(originDate));
Assert.Equal(baseCurve.GetPriceForDate(originDate) * fxOrigin, sut.GetAveragePriceForDates(new[] { originDate }));
Assert.Equal("gooo", sut.Name);
Assert.Throws <Exception>(() => sut.Name = null);
Assert.Single(sut.GetDeltaScenarios(0.0, null));
Assert.Equal(PriceCurveType.Linear, sut.CurveType);
Assert.False(sut.UnderlyingsAreForwards);
Assert.Equal(1, sut.NumberOfPillars);
Assert.Equal("rooo", sut.AssetId);
Assert.Equal(zar, sut.CompoCurrency);
Assert.Equal(zar, sut.Currency);
Assert.Throws <Exception>(() => sut.Currency = null);
Assert.Equal(usd, sut.CurveCurrency);
Assert.Single(sut.PillarDates);
Assert.Equal(DateTime.Today.AddDays(1), sut.RebaseDate(DateTime.Today.AddDays(1)).BuildDate);
Assert.Equal(originDate, sut.PillarDatesForLabel(originDate.ToString("yyyy-MM-dd")));
Assert.Throws <Exception>(() => sut.PillarDatesForLabel(""));
}
public FundingModel(DateTime buildDate, Dictionary <string, IrCurve> curves, ICurrencyProvider currencyProvider, ICalendarProvider calendarProvider)
{
_currencyProvider = currencyProvider;
_calendarProvider = calendarProvider;
BuildDate = buildDate;
Curves = new Dictionary <string, IrCurve>(curves);
FxMatrix = new FxMatrix(_currencyProvider);
VolSurfaces = new Dictionary <string, IVolSurface>();
SetupMappings();
}
public static (IrCurve curve, double spotPrice) GetMetalCurveForCode(string cmxSettleFwdFilename, string cmxSymbol, FxPair metalPair, string curveName, DateTime valDate, IrCurve baseCurve, ICurrencyProvider currencyProvider, ICalendarProvider calendarProvider)
{
var blob = CMEFileParser.Instance.GetBlob(cmxSettleFwdFilename);
var fwds = blob.Batch.Where(b => b.Instrmt.Sym == cmxSymbol).ToDictionary(x => x.Instrmt.MatDt, x => Convert.ToDouble(x.Full.Where(x => x.Typ == "6").First().Px));
var curveCcy = metalPair.Domestic;
var bc = baseCurve.Clone();
bc.SolveStage = -1;
var spotDate = metalPair.SpotDate(valDate);
var spotRate = Convert.ToDouble(fwds[spotDate]);
fwds = Downsample(fwds, spotDate, metalPair.PrimaryCalendar);
var fwdObjects = fwds.Select(x => new FxForward
{
DomesticCCY = metalPair.Foreign,
DeliveryDate = x.Key,
DomesticQuantity = 1e6,
ForeignCCY = metalPair.Domestic,
PillarDate = x.Key,
SolveCurve = curveName,
Strike = Convert.ToDouble(x.Value),
ForeignDiscountCurve = baseCurve.Name,
});
var fic = new FundingInstrumentCollection(currencyProvider);
fic.AddRange(fwdObjects);
var pillars = fwds.Keys.OrderBy(x => x).ToArray();
var curve = new IrCurve(pillars, pillars.Select(p => 0.01).ToArray(), valDate, curveName, Interpolator1DType.Linear, curveCcy);
var fm = new FundingModel(valDate, new[] { curve, bc }, currencyProvider, calendarProvider);
var matrix = new FxMatrix(currencyProvider);
var discoMap = new Dictionary <Currency, string> {
{ curveCcy, curveName }, { baseCurve.Currency, baseCurve.Name }
};
matrix.Init(metalPair.Foreign, valDate, new Dictionary <Currency, double> {
{ metalPair.Domestic, spotRate }
}, new List <FxPair> {
metalPair
}, discoMap);
fm.SetupFx(matrix);
var solver = new NewtonRaphsonMultiCurveSolverStaged()
{
InLineCurveGuessing = true
};
solver.Solve(fm, fic);
return(curve, spotRate);
}
public static IrCurve StripFxBasisCurve(string cmeFwdFileName, FxPair ccyPair, string cmePair, Currency curveCcy, string curveName, DateTime valDate, IrCurve baseCurve, ICurrencyProvider currencyProvider, ICalendarProvider calendarProvider)
{
var fwdsDict = GetFwdFxRatesFromFwdFile(cmeFwdFileName, new Dictionary <string, string> {
{ ccyPair.ToString(), cmePair }
});
var bc = baseCurve.Clone();
bc.SolveStage = -1;
var fwds = fwdsDict[ccyPair.ToString()];
var spotDate = ccyPair.SpotDate(valDate);
var spotRate = fwds[spotDate];
fwds = Downsample(fwds, spotDate, ccyPair.PrimaryCalendar);
var fwdObjects = fwds.Select(x => new FxForward
{
DomesticCCY = ccyPair.Domestic,
DeliveryDate = x.Key,
DomesticQuantity = 1e6,
ForeignCCY = ccyPair.Foreign,
PillarDate = x.Key,
SolveCurve = curveName,
Strike = x.Value,
ForeignDiscountCurve = ccyPair.Foreign == curveCcy ? curveName : baseCurve.Name,
});
var fic = new FundingInstrumentCollection(currencyProvider);
fic.AddRange(fwdObjects);
var pillars = fwds.Keys.OrderBy(x => x).ToArray();
var curve = new IrCurve(pillars, pillars.Select(p => 0.01).ToArray(), valDate, curveName, Interpolator1DType.Linear, curveCcy);
var fm = new FundingModel(valDate, new[] { curve, bc }, currencyProvider, calendarProvider);
var matrix = new FxMatrix(currencyProvider);
var discoMap = new Dictionary <Currency, string> {
{ curveCcy, curveName }, { baseCurve.Currency, baseCurve.Name }
};
matrix.Init(ccyPair.Domestic, valDate, new Dictionary <Currency, double> {
{ ccyPair.Foreign, spotRate }
}, new List <FxPair> {
ccyPair
}, discoMap);
fm.SetupFx(matrix);
var solver = new NewtonRaphsonMultiCurveSolverStaged()
{
InLineCurveGuessing = true
};
solver.Solve(fm, fic);
return(curve);
}
public IFundingModel DeepClone(DateTime?newBuildDate = null)
{
var returnValue = new FundingModel(newBuildDate ?? BuildDate, Curves.Values.Select(c => c.Clone()).ToArray(), _currencyProvider, _calendarProvider)
{
VolSurfaces = VolSurfaces == null ? new Dictionary <string, IVolSurface>() : new Dictionary <string, IVolSurface>(VolSurfaces)
};
if (FxMatrix != null)
{
returnValue.SetupFx(FxMatrix.Clone());
}
return(returnValue);
}
public void CashBalanceFact()
{
var bd = new DateTime(2019, 06, 14);
var pillars = new[] { bd, bd.AddDays(1000) };
var flatRate = 0.05;
var rates = pillars.Select(p => flatRate).ToArray();
var usd = TestProviderHelper.CurrencyProvider["USD"];
var zar = TestProviderHelper.CurrencyProvider["ZAR"];
var discoCurve = new IrCurve(pillars, rates, bd, "USD.BLAH", Interpolator1DType.Linear, usd);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(usd, bd, new Dictionary <Currency, double>(), new List <FxPair>(), new Dictionary <Currency, string> {
{ usd, "X" }, { zar, "Y" }
});
var fModel = new FundingModel(bd, new[] { discoCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var aModel = new AssetFxModel(bd, fModel);
var notional = 100e6;
var maturity = bd.AddDays(365);
var b = new CashBalance(usd, notional, null);
var t = bd.CalculateYearFraction(maturity, DayCountBasis.Act365F);
var pv = b.Pv(fModel, false);
Assert.Equal(notional, pv);
Assert.Empty(b.Dependencies(null));
Assert.Empty(b.AssetIds);
Assert.Empty(b.PastFixingDates(bd));
Assert.Equal(0.0, b.CalculateParRate(null));
Assert.Equal(0.0, b.FlowsT0(null));
Assert.Equal(string.Empty, b.FxPair(null));
Assert.Equal(FxConversionType.None, b.FxType(null));
Assert.Equal(usd, b.Currency);
Assert.Equal(DateTime.MinValue, b.LastSensitivityDate);
var y = (CashBalance)b.Clone();
Assert.True(b.Equals(y));
y.TradeId = "xxx";
Assert.False(b.Equals(y));
Assert.Throws <NotImplementedException>(() => b.Sensitivities(fModel));
Assert.Throws <NotImplementedException>(() => b.SetStrike(0.0));
Assert.Equal(b, b.SetParRate(0.0));
Assert.Single(b.IrCurves(aModel));
}
public double[] GetFxRates(DateTime[] fixingDates, Currency domesticCcy, Currency foreignCcy)
{
if (foreignCcy == domesticCcy)
{
return(Enumerable.Repeat(1.0, fixingDates.Length).ToArray());
}
else
{
var pair = FxMatrix.GetFxPair(domesticCcy, foreignCcy);
var settleDates = fixingDates.Select(x => x.AddPeriod(RollType.F, pair.PrimaryCalendar, pair.SpotLag));
var rates = settleDates.Select(d => GetFxRate(d, domesticCcy, foreignCcy)).ToArray();
return(rates);
}
}
private AssetFxModel GetModel()
{
var irCurveZar = new ConstantRateIrCurve(0.07, ValDate, "ZAR-IR", zar);
var irCurveUsd = new ConstantRateIrCurve(0.02, ValDate, "USD-IR", zar);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var fxPair = new FxPair()
{
Domestic = usd,
Foreign = zar,
PrimaryCalendar = TestProviderHelper.CalendarProvider.GetCalendar("ZAR"),
SecondaryCalendar = TestProviderHelper.CalendarProvider.GetCalendar("USD"),
SpotLag = new Frequency("2b")
};
fxMatrix.Init(usd, ValDate, new Dictionary <Currency, double> {
{ zar, 20.0 }
}, new List <FxPair> {
fxPair
}, new Dictionary <Currency, string> {
{ zar, "ZAR-IR" }, { usd, "USD-IR" }
});
var fModel = new FundingModel(ValDate, new[] { irCurveUsd, irCurveZar }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var fxSurface = new ConstantVolSurface(ValDate, 0.16);
fModel.VolSurfaces.Add("USD/ZAR", fxSurface);
var crudeCurve = new ConstantPriceCurve(100, ValDate, TestProviderHelper.CurrencyProvider)
{
Name = "OIL",
AssetId = "OIL",
Currency = usd
};
var crudeSurface = new ConstantVolSurface(ValDate, 0.32)
{
Name = "OIL",
AssetId = "OIL",
Currency = usd
};
var aModel = new AssetFxModel(ValDate, fModel);
aModel.AddPriceCurve("OIL", crudeCurve);
aModel.AddVolSurface("OIL", crudeSurface);
aModel.CorrelationMatrix = new CorrelationMatrix(new[] { "OIL" }, new[] { "USD/ZAR" }, new double[][] { new [] { 0.5 } });
return(aModel);
}
public void FxForwardCurveFact()
{
var originDate = new DateTime(2019, 05, 28);
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zarCurve = new ConstantRateIrCurve(0.07, originDate, "ZARCurve", zar);
var usdCurve = new ConstantRateIrCurve(0.02, originDate, "USDCurve", usd);
var fModel = new FundingModel(originDate, new[] { zarCurve, usdCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var fxPair = new FxPair {
Domestic = zar, Foreign = usd, SpotLag = new Dates.Frequency("0d")
};
fxMatrix.Init(zar, originDate, new Dictionary <Currency, double> {
{ usd, 10.0 }
}, new List <FxPair>()
{
fxPair
}, new Dictionary <Currency, string> {
{ usd, "USDCurve" }, { zar, "ZARCurve" }
});
fModel.SetupFx(fxMatrix);
var sut = new FxForwardCurve(originDate, fModel, zar, usd)
{
Name = "gooo",
};
var sut2 = new FxForwardCurve(originDate, new Func <Models.IFundingModel>(() => fModel), zar, usd);
Assert.Equal(10, sut.GetPriceForDate(originDate));
Assert.Equal(10, sut2.GetPriceForDate(originDate));
Assert.Equal(10, sut.GetPriceForFixingDate(originDate));
Assert.Equal(10, sut.GetAveragePriceForDates(new[] { originDate }));
Assert.Equal("gooo", sut.Name);
Assert.Equal(new Dictionary <string, IPriceCurve>(), sut.GetDeltaScenarios(0.0, null));
Assert.Equal(PriceCurveType.Linear, sut.CurveType);
Assert.True(sut.UnderlyingsAreForwards);
Assert.Equal(0, sut.NumberOfPillars);
Assert.Equal(usd.Ccy, sut.AssetId);
Assert.Null(sut.PillarDates);
Assert.Throws <NotImplementedException>(() => sut.RebaseDate(DateTime.Today));
Assert.Throws <NotImplementedException>(() => sut.PillarDatesForLabel(""));
Assert.Throws <Exception>(() => sut.Currency = null);
}
public void AsianCompoSwap()
{
ParallelUtils.Instance.MultiThreaded = false;
var startDate = new DateTime(2018, 07, 28);
var cal = TestProviderHelper.CalendarProvider.Collection["LON"];
var xaf = TestProviderHelper.CurrencyProvider["XAF"];
var usd = TestProviderHelper.CurrencyProvider["USD"];
var curvePillars = new[] { "1W", "1M", "3M", "6M", "1Y" };
var curvePillarDates = curvePillars.Select(l => startDate.AddPeriod(RollType.F, cal, new Frequency(l))).ToArray();
var curvePoints = new[] { 100.0, 100, 100, 100, 100 };
var curve = new BasicPriceCurve(startDate, curvePillarDates, curvePoints, PriceCurveType.LME, TestProviderHelper.CurrencyProvider, curvePillars)
{
Currency = usd,
CollateralSpec = "CURVE",
Name = "Coconuts",
AssetId = "Coconuts"
};
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var fxSpot = 7;
var rates = new Dictionary <Currency, double> {
{ xaf, fxSpot }
};
var discoMap = new Dictionary <Currency, string> {
{ xaf, "XAF.CURVE" }, { usd, "USD.CURVE" }
};
var fxPair = new FxPair()
{
Domestic = usd,
Foreign = xaf,
PrimaryCalendar = cal,
SpotLag = new Frequency("2b")
};
fxMatrix.Init(usd, startDate, rates, new List <FxPair> {
fxPair
}, discoMap);
var irPillars = new[] { startDate, startDate.AddYears(10) };
var xafRates = new[] { 0.1, 0.1 };
var usdRates = new[] { 0.01, 0.01 };
var xafCurve = new IrCurve(irPillars, xafRates, startDate, "XAF.CURVE", Interpolator1DType.Linear, xaf, "CURVE");
var usdCurve = new IrCurve(irPillars, usdRates, startDate, "USD.CURVE", Interpolator1DType.Linear, usd, "CURVE");
var fModel = new FundingModel(startDate, new[] { xafCurve, usdCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var aModel = new AssetFxModel(startDate, fModel);
aModel.AddPriceCurve("Coconuts", curve);
var periodCode = "SEP-18";
var(Start, End) = periodCode.ParsePeriod();
var fixingDates = Start.BusinessDaysInPeriod(End, cal).ToArray();
var settleDate = fixingDates.Last().AddPeriod(RollType.F, cal, new Frequency("5b"));
var fxFwd = aModel.FundingModel.GetFxAverage(fixingDates, usd, xaf);
var assetFwd = curve.GetAveragePriceForDates(fixingDates);
var fairStrike = fxFwd * assetFwd;
var asianSwap = AssetProductFactory.CreateMonthlyAsianSwap(periodCode, fairStrike, "Coconuts", cal, cal, new Frequency("5b"), xaf, TradeDirection.Long, new Frequency("0b"), 1000, DateGenerationType.BusinessDays);
asianSwap.TradeId = "aLovelyBunch";
foreach (var sw in asianSwap.Swaplets)
{
sw.DiscountCurve = "XAF.CURVE";
sw.FxConversionType = FxConversionType.AverageThenConvert;
}
var pv = asianSwap.PV(aModel, false);
Assert.Equal(0, pv, 8);
var portfolio = new Portfolio()
{
Instruments = new List <IInstrument> {
asianSwap
}
};
var pfPvCube = portfolio.PV(aModel);
var pfPv = (double)pfPvCube.GetAllRows().First().Value;
Assert.Equal(0.0, pfPv, 8);
var deltaCube = portfolio.AssetDelta(aModel);
var dAgg = deltaCube.Pivot("TradeId", AggregationAction.Sum);
var delta = (double)dAgg.GetAllRows().First().Value;
var t0Spot = aModel.FundingModel.GetFxRate(startDate, usd, xaf);
var df = xafCurve.GetDf(startDate, settleDate);
Assert.Equal(995.361065482776, delta, 7);
var fxDeltaCube = portfolio.FxDelta(aModel, usd, TestProviderHelper.CurrencyProvider);
var dfxAgg = fxDeltaCube.Pivot("TradeId", AggregationAction.Sum);
var fxDelta = (double)dfxAgg.GetAllRows().First().Value;
Assert.Equal(-1000 * df * fxFwd * 100 / (t0Spot / fxSpot) / usdCurve.GetDf(startDate, fxPair.SpotDate(startDate)), fxDelta, 4);
}
public void ForwardFact()
{
var orgin = new DateTime(2019, 06, 12);
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var fixDates = new[] { orgin };
var x = new Forward()
{
AssetId = "QS",
DiscountCurve = "X",
ExpiryDate = orgin,
FxConversionType = FxConversionType.None,
Notional = 1,
PaymentCurrency = usd,
PaymentDate = orgin,
SpotLag = 0.Bd(),
Strike = 1000,
};
var xFx = new Forward()
{
AssetId = "USD/ZAR",
DiscountCurve = "Y",
ExpiryDate = orgin,
FxConversionType = FxConversionType.None,
Notional = 1,
PaymentCurrency = usd,
PaymentDate = orgin,
SpotLag = 0.Bd(),
Strike = 1000,
};
var x2 = new Forward()
{
AssetId = "QS",
DiscountCurve = "X",
ExpiryDate = orgin,
FxConversionType = FxConversionType.AverageThenConvert,
Notional = 1,
PaymentCurrency = zar,
PaymentDate = orgin,
SpotLag = 0.Bd(),
Strike = 1000,
};
var fakeModel = new Mock <IAssetFxModel>();
var c = new ConstantPriceCurve(100, DateTime.Today, TestProviderHelper.CurrencyProvider)
{
Currency = usd
};
fakeModel.Setup(xx => xx.GetPriceCurve(It.IsAny <string>(), null)).Returns(c);
fakeModel.Setup(xx => xx.BuildDate).Returns(DateTime.Today);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(usd, orgin, new Dictionary <Currency, double>(), new List <FxPair>(), new Dictionary <Currency, string> {
{ usd, "X" }, { zar, "Y" }
});
var fModel = new Mock <IFundingModel>();
fModel.Setup(xx => xx.FxMatrix).Returns(fxMatrix);
fakeModel.Setup(xx => xx.FundingModel).Returns(fModel.Object);
Assert.Equal(usd, x.Currency);
Assert.Equal(usd, x.PaymentCurrency);
var a = x.AssetIds;
Assert.Contains("QS", a);
Assert.Single(x.IrCurves(fakeModel.Object));
var ir2 = xFx.IrCurves(fakeModel.Object);
Assert.Contains("X", ir2);
Assert.Contains("Y", ir2);
ir2 = x2.IrCurves(fakeModel.Object);
Assert.Contains("X", ir2);
Assert.Contains("Y", ir2);
Assert.Equal(string.Empty, x.FxPair(fakeModel.Object));
Assert.Equal("USD/ZAR", x2.FxPair(fakeModel.Object));
Assert.Equal(FxConversionType.None, x.FxType(fakeModel.Object));
Assert.Equal(orgin, x.LastSensitivityDate);
var pf = x.PastFixingDates(orgin.AddDays(1));
Assert.Contains("QS", pf.Keys);
var y = (Forward)x.Clone();
Assert.True(x.Equals(y));
y.TradeId = "xxx";
Assert.False(x.Equals(y));
var z = (Forward)x.SetStrike(0);
Assert.Equal(0, z.Strike);
Assert.Equal(1.0, z.SupervisoryDelta(fakeModel.Object));
}
//-------------------------------------------------------------------------
//JAVA TO C# CONVERTER TODO TASK: Most Java annotations will not have direct .NET equivalent attributes:
//ORIGINAL LINE: @ImmutableDefaults private static void applyDefaults(Builder builder)
private static void applyDefaults(Builder builder)
{
builder.fxRateProvider = FxMatrix.empty();
}
public void MultiPeriodBackpricingOptionFact()
{
var orgin = new DateTime(2019, 06, 12);
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var fixDates = new[] { orgin };
var x = new MultiPeriodBackpricingOption()
{
AssetId = "QS",
CallPut = OptionType.C,
DiscountCurve = "X",
FixingDates = new List <DateTime[]>()
{
fixDates
},
FxConversionType = FxConversionType.None,
Notional = 1,
PaymentCurrency = usd,
SpotLag = 0.Bd(),
SpotLagRollType = RollType.F,
PeriodDates = new [] { new Tuple <DateTime, DateTime> (orgin, orgin) }
};
var x2 = new MultiPeriodBackpricingOption()
{
AssetId = "QS",
CallPut = OptionType.C,
DiscountCurve = "X",
FixingDates = new List <DateTime[]>()
{
fixDates
},
FxConversionType = FxConversionType.AverageThenConvert,
Notional = 1,
PaymentCurrency = zar,
SpotLag = 0.Bd(),
SpotLagRollType = RollType.F,
PeriodDates = new[] { new Tuple <DateTime, DateTime>(orgin, orgin) }
};
var fakeModel = new Mock <IAssetFxModel>();
var c = new ConstantPriceCurve(100, DateTime.Today, TestProviderHelper.CurrencyProvider)
{
Currency = usd
};
fakeModel.Setup(xx => xx.GetPriceCurve(It.IsAny <string>(), null)).Returns(c);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(usd, orgin, new Dictionary <Currency, double>(), new List <FxPair>(), new Dictionary <Currency, string> {
{ usd, "X" }, { zar, "Y" }
});
var fModel = new Mock <IFundingModel>();
fModel.Setup(xx => xx.FxMatrix).Returns(fxMatrix);
fakeModel.Setup(xx => xx.FundingModel).Returns(fModel.Object);
Assert.Equal(usd, x.Currency);
Assert.Equal(usd, x.PaymentCurrency);
var a = x.AssetIds;
Assert.Contains("QS", a);
Assert.Single(x.IrCurves(fakeModel.Object));
var ir2 = x2.IrCurves(fakeModel.Object);
Assert.Contains("X", ir2);
Assert.Contains("Y", ir2);
Assert.Equal(FxConversionType.None, x.FxType(fakeModel.Object));
Assert.Equal(orgin, x.LastSensitivityDate);
var pf = x.PastFixingDates(orgin.AddDays(1));
Assert.Contains("QS", pf.Keys);
Assert.Equal(string.Empty, x.FxPair(fakeModel.Object));
Assert.Throws <InvalidOperationException>(() => x.SetStrike(0));
}
public void ContangoSwap()
{
var bd = new DateTime(2019, 06, 14);
var pillars = new[] { bd, bd.AddDays(1000) };
var flatRateUsd = 0.05;
var flatRateXau = 0.01;
var spotRate = 1200;
var ratesUsd = pillars.Select(p => flatRateUsd).ToArray();
var ratesXau = pillars.Select(p => flatRateXau).ToArray();
var usd = TestProviderHelper.CurrencyProvider["USD"];
var xau = TestProviderHelper.CurrencyProvider["XAU"];
CalendarProvider.Collection.TryGetCalendar("LON", out var cal);
var pair = new FxPair()
{
Domestic = xau, Foreign = usd, SettlementCalendar = cal, SpotLag = 2.Bd()
};
var discoCurveUsd = new IrCurve(pillars, ratesUsd, bd, "USD.BLAH", Interpolator1DType.Linear, usd);
var discoCurveXau = new IrCurve(pillars, ratesXau, bd, "XAU.BLAH", Interpolator1DType.Linear, xau);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(usd, bd, new Dictionary <Currency, double> {
{ xau, 1.0 / spotRate }
}, new List <FxPair> {
pair
}, new Dictionary <Currency, string> {
{ usd, "USD.BLAH" }, { xau, "XAU.BLAH" }
});
var fModel = new FundingModel(bd, new[] { discoCurveUsd, discoCurveXau }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var maturity = bd.AddDays(365);
var spot = bd.SpotDate(2.Bd(), cal, cal);
var c = 0.022;
var b = new ContangoSwap
{
CashCCY = usd,
MetalCCY = xau,
CashDiscountCurve = "USD.BLAH",
DeliveryDate = maturity,
ContangoRate = c,
MetalQuantity = 1,
SpotDate = spot
};
var t = spot.CalculateYearFraction(maturity, DayCountBasis.Act360);
var pv = b.Pv(fModel, false);
var fwdA = (1.0 + c * t) * spotRate;
var fwdB = fModel.GetFxRate(maturity, xau, usd);
var df = discoCurveUsd.GetDf(bd, maturity);
var expectedPv = (fwdB - fwdA) * b.MetalQuantity;
expectedPv *= df;
Assert.Equal(expectedPv, pv, 10);
Assert.Equal(maturity, b.LastSensitivityDate);
Assert.Equal(usd, b.Currency);
var s = b.Sensitivities(fModel);
Assert.True(s.Count == 2 && s.Keys.Contains("USD.BLAH") && s.Keys.Contains("XAU.BLAH"));
var s2 = b.Dependencies(fModel.FxMatrix);
Assert.True(s2.Count == 2 && s2.Contains("USD.BLAH") && s2.Contains("XAU.BLAH"));
Assert.Equal(0.0402428426839156, b.CalculateParRate(fModel), 8);
var b2 = (ContangoSwap)b.SetParRate(0.05);
Assert.Equal(0.05, b2.ContangoRate);
}
private AssetFxMCModel GetSut()
{
var buildDate = DateTime.Parse("2018-10-04");
var usd = TestProviderHelper.CurrencyProvider["USD"];
var zar = TestProviderHelper.CurrencyProvider["ZAR"];
TestProviderHelper.CalendarProvider.Collection.TryGetCalendar("NYC", out var usdCal);
var pair = new FxPair()
{
Domestic = zar, Foreign = usd, PrimaryCalendar = usdCal, SpotLag = 2.Bd()
};
var dfCurve = new IrCurve(new[] { buildDate, buildDate.AddDays(1000) }, new[] { 0.0, 0.0 }, buildDate, "disco", Interpolator1DType.Linear, usd, "DISCO");
var dates = new[] { buildDate, buildDate.AddDays(32), buildDate.AddDays(60), buildDate.AddDays(90) };
var times = dates.Select(d => buildDate.CalculateYearFraction(d, DayCountBasis.Act365F)).ToArray();
var vols = new[] { 0.32, 0.30, 0.29, 0.28 };
var comCurve = new PriceCurve(buildDate, dates, new[] { 100.0, 100.0, 100.0, 100.0 }, PriceCurveType.NYMEX, TestProviderHelper.CurrencyProvider)
{
Name = "CL",
AssetId = "CL"
};
var comSurface = new GridVolSurface(buildDate, new[] { 0.5 }, dates, vols.Select(x => new double[] { x }).ToArray(), StrikeType.ForwardDelta, Interpolator1DType.Linear, Interpolator1DType.LinearInVariance, DayCountBasis.Act365F)
{
AssetId = "CL"
};
var fxSurface = new ConstantVolSurface(buildDate, 0.16)
{
AssetId = "USD/ZAR"
};
var correlVector = new CorrelationTimeVector("CL", "USD/ZAR", _correls, times);
var fModel = new FundingModel(buildDate, new Dictionary <string, IrCurve> {
{ "DISCO", dfCurve }
}, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
var fxM = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxM.Init(usd, buildDate, new Dictionary <Currency, double>()
{
{ zar, 14.0 }
}, new List <FxPair>()
{
pair
}, new Dictionary <Currency, string> {
{ usd, "DISCO" }, { zar, "DISCO" }
});
fModel.SetupFx(fxM);
fModel.VolSurfaces.Add("ZAR/USD", fxSurface);
fModel.VolSurfaces.Add("USD/ZAR", fxSurface);
var aModel = new AssetFxModel(buildDate, fModel);
aModel.AddVolSurface("CL", comSurface);
aModel.AddPriceCurve("CL", comCurve);
aModel.CorrelationMatrix = correlVector;
var product1 = AssetProductFactory.CreateAsianOption(dates[1], dates[1], 1400, "CL", OptionType.Call, usdCal, dates[1], zar);
product1.TradeId = "P1";
product1.DiscountCurve = "DISCO";
product1.FxConversionType = FxConversionType.AverageThenConvert;
var product2 = AssetProductFactory.CreateAsianOption(dates[2], dates[2], 1400, "CL", OptionType.Call, usdCal, dates[2], zar);
product2.TradeId = "P2";
product2.DiscountCurve = "DISCO";
product2.FxConversionType = FxConversionType.AverageThenConvert;
var product3 = AssetProductFactory.CreateAsianOption(dates[3], dates[3], 1400, "CL", OptionType.Call, usdCal, dates[3], zar);
product3.TradeId = "P3";
product3.DiscountCurve = "DISCO";
product3.FxConversionType = FxConversionType.AverageThenConvert;
var pfolio = new Portfolio {
Instruments = new List <IInstrument> {
product1, product2, product3
}
};
var settings = new McSettings
{
Generator = RandomGeneratorType.MersenneTwister,
NumberOfPaths = (int)2.0.IntPow(15),
NumberOfTimesteps = 1,
ReportingCurrency = zar,
Parallelize = false,
LocalCorrelation = true,
};
var sut = new AssetFxMCModel(buildDate, pfolio, aModel, settings, TestProviderHelper.CurrencyProvider, TestProviderHelper.FutureSettingsProvider, TestProviderHelper.CalendarProvider);
return(sut);
}
public void FxDeltaOnUSDTrade()
{
ParallelUtils.Instance.MultiThreaded = false;
var startDate = new DateTime(2018, 07, 28);
var cal = TestProviderHelper.CalendarProvider.Collection["LON"];
var zar = TestProviderHelper.CurrencyProvider["ZAR"];
var usd = TestProviderHelper.CurrencyProvider["USD"];
var curvePillars = new[] { "1W", "1M", "3M", "6M", "1Y" };
var curvePillarDates = curvePillars.Select(l => startDate.AddPeriod(RollType.F, cal, new Frequency(l))).ToArray();
var curvePoints = new[] { 100.0, 100, 100, 100, 100 };
var curve = new PriceCurve(startDate, curvePillarDates, curvePoints, PriceCurveType.LME, TestProviderHelper.CurrencyProvider, curvePillars)
{
Currency = usd,
CollateralSpec = "CURVE",
Name = "Coconuts"
};
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var fxSpot = 15;
var rates = new Dictionary <Currency, double> {
{ zar, fxSpot }
};
var discoMap = new Dictionary <Currency, string> {
{ zar, "ZAR.CURVE" }, { usd, "USD.CURVE" }
};
var fxPair = new FxPair()
{
Domestic = usd,
Foreign = zar,
SettlementCalendar = cal,
SpotLag = new Frequency("0b")
};
fxMatrix.Init(usd, startDate, rates, new List <FxPair> {
fxPair
}, discoMap);
var irPillars = new[] { startDate, startDate.AddYears(10) };
var zarRates = new[] { 0.0, 0.0 };
var usdRates = new[] { 0.0, 0.0 };
var zarCurve = new IrCurve(irPillars, zarRates, startDate, "ZAR.CURVE", Interpolator1DType.Linear, zar, "CURVE");
var usdCurve = new IrCurve(irPillars, usdRates, startDate, "USD.CURVE", Interpolator1DType.Linear, usd, "CURVE");
var fModel = new FundingModel(startDate, new[] { zarCurve, usdCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var aModel = new AssetFxModel(startDate, fModel);
aModel.AddPriceCurve("Coconuts", curve);
var periodCode = "SEP-18";
var(Start, End) = periodCode.ParsePeriod();
var fixingDates = Start.BusinessDaysInPeriod(End, cal).ToArray();
var settleDate = fixingDates.Last().AddPeriod(RollType.F, cal, new Frequency("5b"));
var fxFwd = aModel.FundingModel.GetFxAverage(fixingDates, usd, zar);
var assetFwd = curve.GetAveragePriceForDates(fixingDates);
var fairStrike = assetFwd;
var strike = fairStrike - 10;
var nominal = 1000;
var asianSwap = AssetProductFactory.CreateMonthlyAsianSwap(periodCode, strike, "Coconuts", cal, cal, new Frequency("5b"), usd, TradeDirection.Long, new Frequency("0b"), nominal, DateGenerationType.BusinessDays);
asianSwap.TradeId = "aLovelyBunch";
foreach (var sw in asianSwap.Swaplets)
{
sw.DiscountCurve = "USD.CURVE";
sw.FxConversionType = FxConversionType.None;
}
var pv = asianSwap.PV(aModel, false);
var expectedPV = (fairStrike - strike) * nominal;
Assert.Equal(expectedPV, pv, 8);
var portfolio = new Portfolio()
{
Instruments = new List <IInstrument> {
asianSwap
}
};
var pfPvCube = portfolio.PV(aModel, usd);
var pfPv = (double)pfPvCube.GetAllRows().First().Value;
Assert.Equal(expectedPV, pfPv, 8);
//expected fx delta is just PV in USD
var deltaCube = portfolio.FxDelta(aModel, zar, TestProviderHelper.CurrencyProvider);
var dAgg = deltaCube.Pivot("TradeId", AggregationAction.Sum);
var delta = (double)dAgg.GetAllRows().First().Value;
Assert.Equal(expectedPV, delta, 4);
}
public static object MergeFundingModels(
[ExcelArgument(Description = "Output funding model")] string ObjectName,
[ExcelArgument(Description = "Funding model A")] string FundingModelA,
[ExcelArgument(Description = "Funding model B")] string FundingModelB)
{
return(ExcelHelper.Execute(_logger, () =>
{
var modelCache = ContainerStores.GetObjectCache <IFundingModel>();
if (!modelCache.TryGetObject(FundingModelA, out var modelA))
{
return $"Could not find funding model {FundingModelA}";
}
if (!modelCache.TryGetObject(FundingModelB, out var modelB))
{
return $"Could not find funding model {FundingModelB}";
}
var combinedCurves = modelA.Value.Curves.Values.Concat(modelB.Value.Curves.Values).ToArray();
if (combinedCurves.Length != combinedCurves.Select(x => x.Name).Distinct().Count())
{
return $"Not all curves have unique names";
}
var outModel = new FundingModel(modelA.Value.BuildDate, combinedCurves, ContainerStores.CurrencyProvider, ContainerStores.CalendarProvider);
foreach (var vs in modelA.Value.VolSurfaces)
{
outModel.VolSurfaces.Add(vs.Key, vs.Value);
}
foreach (var vs in modelB.Value.VolSurfaces)
{
outModel.VolSurfaces.Add(vs.Key, vs.Value);
}
var fxA = modelA.Value.FxMatrix;
var fxB = modelB.Value.FxMatrix;
var spotRates = new Dictionary <Currency, double>();
foreach (var s in fxA.SpotRates)
{
spotRates.Add(s.Key, s.Value);
}
foreach (var s in fxB.SpotRates)
{
spotRates.Add(s.Key, s.Value);
}
var discoMap = new Dictionary <Currency, string>();
foreach (var s in fxA.DiscountCurveMap)
{
discoMap.Add(s.Key, s.Value);
}
foreach (var s in fxB.DiscountCurveMap)
{
discoMap.Add(s.Key, s.Value);
}
var pairs = fxA.FxPairDefinitions.Concat(fxB.FxPairDefinitions).Distinct().ToList();
var fxMatrix = new FxMatrix(ContainerStores.CurrencyProvider);
fxMatrix.Init(fxA.BaseCurrency, modelA.Value.BuildDate, spotRates, pairs, discoMap);
outModel.SetupFx(fxMatrix);
return ExcelHelper.PushToCache <IFundingModel>(outModel, ObjectName);
}));
}
private (IAssetFxModel startModel, IAssetFxModel endModel, Portfolio portfolio) GenerateTestData()
{
Utils.Parallel.ParallelUtils.Instance.MultiThreaded = false;
var usd = TestProviderHelper.CurrencyProvider.GetCurrency("USD");
var zar = TestProviderHelper.CurrencyProvider.GetCurrency("ZAR");
var nyc = TestProviderHelper.CalendarProvider.Collection["NYC"];
var originDate = DateTime.Parse("2019-04-25");
var ins = new FxForward
{
TradeId = "TestA",
DeliveryDate = originDate.AddDays(30),
DomesticCCY = zar,
ForeignCCY = usd,
DomesticQuantity = 1e6,
Strike = 14,
ForeignDiscountCurve = "DISCO-USD"
};
var pf = new Portfolio {
Instruments = new List <IInstrument> {
ins
}
};
var discoUsd = new FlatIrCurve(0.02, usd, "DISCO-USD");
var discoZar = new FlatIrCurve(0.05, zar, "DISCO-ZAR");
var fxpairs = new List <FxPair>
{
new FxPair {
Domestic = usd, Foreign = zar, PrimaryCalendar = nyc, SpotLag = 2.Bd()
},
new FxPair {
Domestic = zar, Foreign = usd, PrimaryCalendar = nyc, SpotLag = 2.Bd()
},
};
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
fxMatrix.Init(zar, originDate, new Dictionary <Currency, double> {
{ usd, 14.0 }
}, fxpairs, new Dictionary <Currency, string> {
{ usd, "DISCO-USD" }, { zar, "DISCO-ZAR" }
});
var fModel = new FundingModel(originDate, new[] { discoUsd, discoZar }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
fModel.SetupFx(fxMatrix);
var startModel = new AssetFxModel(originDate, fModel);
startModel.AddFixingDictionary("FakeAsset", new FixingDictionary());
startModel.AddPriceCurve("FakeAsset", new ConstantPriceCurve(100, originDate, TestProviderHelper.CurrencyProvider));
startModel.AddVolSurface("FakeAsset", new ConstantVolSurface(originDate, 1.00)
{
AssetId = "FakeAsset", Currency = usd
});
var endFModel = fModel.DeepClone();
endFModel.FxMatrix.SpotRates[usd] = 15;
var endModel = startModel.Clone(endFModel);
endModel.AddFixingDictionary("FakeAsset", new FixingDictionary());
endModel.AddPriceCurve("FakeAsset", new ConstantPriceCurve(100, originDate, TestProviderHelper.CurrencyProvider));
endModel.AddVolSurface("FakeAsset", new ConstantVolSurface(originDate, 1.00)
{
AssetId = "FakeAsset", Currency = usd
});
return(startModel, endModel, pf);
}
//-------------------------------------------------------------------------
public virtual void test_convertedTo_singleCurrency()
{
CurrencyParameterSensitivities test = SENSI_1.convertedTo(USD, FxMatrix.empty());
assertEquals(test.Sensitivities, ImmutableList.of(ENTRY_USD));
}
//-------------------------------------------------------------------------
public virtual void test_total_singleCurrency()
{
assertEquals(SENSI_1.total(USD, FxMatrix.empty()).Amount, VECTOR_USD1.sum(), 1e-8);
}
public AssetFxModel BuildModel(DateTime valDate, ModelBuilderSpec spec, IFutureSettingsProvider futureSettingsProvider, ICurrencyProvider currencyProvider, ICalendarProvider calendarProvider)
{
var indices = spec.RateIndices.ToDictionary(x => x.Key, x => new FloatRateIndex(x.Value, calendarProvider, currencyProvider));
var fxPairs = spec.FxPairs.Select(x => new FxPair(x, currencyProvider, calendarProvider)).ToList();
var priceCurves = new List <IPriceCurve>();
var surfaces = new List <IVolSurface>();
var fxSurfaces = new List <IVolSurface>();
foreach (var c in spec.NymexSpecs)
{
var curve = NYMEXModelBuilder.GetCurveForCode(c.NymexCodeFuture, Path.Combine(_filepath, FilenameNymexFuture), c.QwackCode, futureSettingsProvider, currencyProvider);
priceCurves.Add(curve);
if (!string.IsNullOrWhiteSpace(c.NymexCodeOption))
{
var surface = NYMEXModelBuilder.GetSurfaceForCode(c.NymexCodeOption, Path.Combine(_filepath, FilenameNymexOption), c.QwackCode, curve, calendarProvider, currencyProvider, futureSettingsProvider);
surface.AssetId = c.QwackCode;
surfaces.Add(surface);
}
}
var irCurves = new Dictionary <string, IrCurve>();
foreach (var c in spec.CmeBaseCurveSpecs)
{
var ixForThis = new Dictionary <string, FloatRateIndex> {
{ c.QwackCode, indices[c.FloatRateIndex] }
};
var curve = CMEModelBuilder.GetCurveForCode(c.CmeCode, Path.Combine(_filepath, c.IsCbot? FilenameCbot:FilenameCme), c.QwackCode, c.CurveName, ixForThis,
new Dictionary <string, string>()
{
{ c.QwackCode, c.CurveName }
}, futureSettingsProvider, currencyProvider, calendarProvider);
irCurves.Add(c.CurveName, curve);
}
foreach (var c in spec.CmeBasisCurveSpecs)
{
var fxPair = fxPairs.Single(x => $"{x.Domestic}{x.Foreign}" == c.FxPair);
var curve = CMEModelBuilder.StripFxBasisCurve(Path.Combine(_filepath, FilenameCmeFwdsXml), fxPair, c.CmeFxPair, currencyProvider.GetCurrency(c.Currency), c.CurveName, valDate, irCurves[c.BaseCurveName], currencyProvider, calendarProvider);
irCurves.Add(c.CurveName, curve);
}
foreach (var c in spec.CmeFxFutureSpecs)
{
var curve = CMEModelBuilder.GetFuturesCurveForCode(c.CmeCodeFut, Path.Combine(_filepath, FilenameCme), currencyProvider);
var surface = CMEModelBuilder.GetFxSurfaceForCode(c.CmeCodeOpt, Path.Combine(_filepath, FilenameCme), curve, currencyProvider);
surface.AssetId = c.FxPair;
fxSurfaces.Add(surface);
}
var pairMap = spec.CmeBasisCurveSpecs.ToDictionary(x => x.FxPair, x => x.CmeFxPair);
var pairCcyMap = spec.CmeBasisCurveSpecs.ToDictionary(x => x.FxPair, x => currencyProvider.GetCurrency(x.Currency));
var spotRates = CMEModelBuilder.GetSpotFxRatesFromFwdFile(Path.Combine(_filepath, FilenameCmeFwdsXml), valDate, pairMap, currencyProvider, calendarProvider);
var discountMap = spec.CmeBasisCurveSpecs.ToDictionary(x => pairCcyMap[x.FxPair], x => x.CurveName);
foreach (var c in spec.CmxMetalCurves)
{
var fxPair = fxPairs.Single(x => $"{x.Domestic}{x.Foreign}" == c.MetalPair);
var(curve, spotPrice) = COMEXModelBuilder.GetMetalCurveForCode(Path.Combine(_filepath, FilenameCmxFwdsXml), c.CmxSymbol, fxPair, c.CurveName, valDate, irCurves[c.BaseCurveName], currencyProvider, calendarProvider);
irCurves.Add(c.CurveName, curve);
spotRates.Add(c.MetalPair, spotPrice);
discountMap.Add(currencyProvider.GetCurrency(c.Currency), c.CurveName);
pairCcyMap.Add(c.MetalPair, currencyProvider.GetCurrency(c.Currency));
if (!string.IsNullOrWhiteSpace(c.CmxOptCode))
{
var surface = COMEXModelBuilder.GetMetalSurfaceForCode(c.CmxOptCode, Path.Combine(_filepath, FilenameCmxXml), currencyProvider);
surface.AssetId = c.MetalPair;
fxSurfaces.Add(surface);
}
}
var fm = new FundingModel(valDate, irCurves, currencyProvider, calendarProvider);
var spotRatesByCcy = spotRates.ToDictionary(x => pairCcyMap[x.Key], x => x.Key.StartsWith("USD") ? x.Value : 1.0 / x.Value);
var fxMatrix = new FxMatrix(currencyProvider);
fxMatrix.Init(
baseCurrency: currencyProvider.GetCurrency("USD"),
buildDate: valDate,
spotRates: spotRatesByCcy,
fXPairDefinitions: fxPairs,
discountCurveMap: discountMap);
fm.SetupFx(fxMatrix);
foreach (var fxs in fxSurfaces)
{
fm.VolSurfaces.Add(fxs.AssetId, fxs);
}
var o = new AssetFxModel(valDate, fm);
o.AddVolSurfaces(surfaces.ToDictionary(s => s.AssetId, s => s));
o.AddPriceCurves(priceCurves.ToDictionary(c => c.AssetId, c => c));
return(o);
}
public void ComplexerCurve()
{
var startDate = new DateTime(2016, 05, 20);
Frequency[] depoTenors = { 3.Months() };
Frequency[] OISdepoTenors = { 1.Bd() };
double[] depoPricesZAR = { 0.06 };
double[] depoPricesUSD = { 0.01 };
double[] OISdepoPricesZAR = { 0.055 };
double[] OISdepoPricesUSD = { 0.009 };
string[] FRATenors = { "3x6", "6x9", "9x12", "12x15", "15x18", "18x21", "21x24" };
double[] FRAPricesZAR = { 0.065, 0.07, 0.075, 0.077, 0.08, 0.081, 0.082 };
double[] FRAPricesUSD = { 0.012, 0.013, 0.014, 0.015, 0.016, 0.017, 0.018 };
Frequency[] swapTenors = { 3.Years(), 4.Years(), 5.Years(), 6.Years(), 7.Years(), 8.Years(), 9.Years(), 10.Years(), 12.Years(), 15.Years(), 20.Years(), 25.Years(), 30.Years() };
double[] swapPricesZAR = { 0.08, 0.083, 0.085, 0.087, 0.089, 0.091, 0.092, 0.093, 0.094, 0.097, 0.099, 0.099, 0.099 };
double[] swapPricesUSD = { 0.017, 0.018, 0.019, 0.020, 0.021, 0.022, 0.023, 0.024, 0.025, 0.026, 0.027, 0.028, 0.03 };
Frequency[] oisTenors = { 3.Months(), 6.Months(), 1.Years(), 18.Months(), 2.Years(), 3.Years(), 4.Years(), 5.Years(), 6.Years(), 7.Years(), 8.Years(), 9.Years(), 10.Years(), 12.Years(), 15.Years(), 20.Years(), 25.Years(), 30.Years() };
double[] oisPricesZAR = { 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004, 0.004 };
double[] oisPricesUSD = { 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002, 0.002 };
var fxSpot = 14.0;
Frequency[] fxForwardTenors = { 3.Months(), 6.Months(), 1.Years(), 18.Months(), 2.Years(), 3.Years() };
double[] fxForwardPrices = { 14.10, 14.20, 14.40, 14.60, 14.80, 15.20 };
Frequency[] xcySwapTenors = { 4.Years(), 5.Years(), 6.Years(), 7.Years(), 8.Years(), 9.Years(), 10.Years(), 12.Years(), 15.Years(), 20.Years(), 25.Years(), 30.Years() };
double[] xcySwapPrices = { 0.0055, 0.0050, 0.0045, 0.0040, 0.0035, 0.0030, 0.0025, 0.0020, 0.0015, 0.0010, 0.0005, 0.0000 };
var ZARpillarDatesDepo = depoTenors.Select(x => startDate.AddPeriod(RollType.MF, JHB, x)).ToArray();
var ZARpillarDatesFRA = FRATenors.Select(x => startDate.AddPeriod(RollType.MF, JHB, new Frequency(x.Split('x')[1] + "M"))).ToArray();
var ZARpillarDatesSwap = swapTenors.Select(x => startDate.AddPeriod(RollType.MF, JHB, x)).ToArray();
var ZARpillarDates3m = ZARpillarDatesDepo.Union(ZARpillarDatesSwap).Union(ZARpillarDatesFRA).Distinct().OrderBy(x => x).ToArray();
var ZARpillarDatesDepoOIS = OISdepoTenors.Select(x => startDate.AddPeriod(RollType.MF, JHB, x)).ToArray();
var ZARpillarDatesOISSwap = oisTenors.Select(x => startDate.AddPeriod(RollType.MF, JHB, x)).ToArray();
var ZARpillarDatesOIS = ZARpillarDatesDepoOIS.Union(ZARpillarDatesOISSwap).Distinct().OrderBy(x => x).ToArray();
var USDpillarDatesDepo = depoTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var USDpillarDatesFRA = FRATenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, new Frequency(x.Split('x')[1] + "M"))).ToArray();
var USDpillarDatesSwap = swapTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var USDpillarDates3m = USDpillarDatesDepo.Union(USDpillarDatesSwap).Union(USDpillarDatesFRA).Distinct().OrderBy(x => x).ToArray();
var USDpillarDatesDepoOIS = OISdepoTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var USDpillarDatesOISSwap = oisTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var USDpillarDatesOIS = USDpillarDatesDepoOIS.Union(USDpillarDatesOISSwap).Distinct().OrderBy(x => x).ToArray();
var fxForwardPillarDates = fxForwardTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var xcySwapDates = xcySwapTenors.Select(x => startDate.AddPeriod(RollType.MF, _usd, x)).ToArray();
var fxPillarDates = fxForwardPillarDates.Union(xcySwapDates).Distinct().OrderBy(x => x).ToArray();
var ZARswaps = new IrSwap[swapTenors.Length];
var ZARdepos = new IrSwap[depoTenors.Length];
var ZARdeposOIS = new IrSwap[OISdepoTenors.Length];
var ZARoisSwaps = new IrBasisSwap[oisTenors.Length];
var ZARFRAs = new ForwardRateAgreement[FRATenors.Length];
var USDswaps = new IrSwap[swapTenors.Length];
var USDdepos = new IrSwap[depoTenors.Length];
var USDdeposOIS = new IrSwap[OISdepoTenors.Length];
var USDoisSwaps = new IrBasisSwap[oisTenors.Length];
var USDFRAs = new ForwardRateAgreement[FRATenors.Length];
var fxForwards = new FxForward[fxForwardTenors.Length];
var xcySwaps = new XccyBasisSwap[xcySwapTenors.Length];
var FIC = new FundingInstrumentCollection(TestProviderHelper.CurrencyProvider);
for (var i = 0; i < FRATenors.Length; i++)
{
ZARFRAs[i] = new ForwardRateAgreement(startDate, FRATenors[i], FRAPricesZAR[i], _zar3m, SwapPayReceiveType.Payer, FraDiscountingType.Isda, "ZAR.JIBAR.3M", "ZAR.DISC.CSA_ZAR")
{
SolveCurve = "ZAR.JIBAR.3M"
};
FIC.Add(ZARFRAs[i]);
USDFRAs[i] = new ForwardRateAgreement(startDate, FRATenors[i], FRAPricesUSD[i], usd3m, SwapPayReceiveType.Payer, FraDiscountingType.Isda, "USD.LIBOR.3M", "USD.DISC.CSA_USD")
{
SolveCurve = "USD.LIBOR.3M"
};
FIC.Add(USDFRAs[i]);
}
for (var i = 0; i < oisTenors.Length; i++)
{
ZARoisSwaps[i] = new IrBasisSwap(startDate, oisTenors[i], oisPricesZAR[i], true, zaron, _zar3m, "ZAR.JIBAR.3M", "ZAR.DISC.CSA_ZAR", "ZAR.DISC.CSA_ZAR")
{
SolveCurve = "ZAR.DISC.CSA_ZAR"
};
FIC.Add(ZARoisSwaps[i]);
USDoisSwaps[i] = new IrBasisSwap(startDate, oisTenors[i], oisPricesUSD[i], true, usdon, usd3m, "USD.LIBOR.3M", "USD.DISC.CSA_USD", "USD.DISC.CSA_USD")
{
SolveCurve = "USD.DISC.CSA_USD"
};
FIC.Add(USDoisSwaps[i]);
}
for (var i = 0; i < swapTenors.Length; i++)
{
ZARswaps[i] = new IrSwap(startDate, swapTenors[i], _zar3m, swapPricesZAR[i], SwapPayReceiveType.Payer, "ZAR.JIBAR.3M", "ZAR.DISC.CSA_ZAR")
{
SolveCurve = "ZAR.JIBAR.3M"
};
FIC.Add(ZARswaps[i]);
USDswaps[i] = new IrSwap(startDate, swapTenors[i], usd3m, swapPricesUSD[i], SwapPayReceiveType.Payer, "USD.LIBOR.3M", "USD.DISC.CSA_USD")
{
SolveCurve = "USD.LIBOR.3M"
};
FIC.Add(USDswaps[i]);
}
for (var i = 0; i < depoTenors.Length; i++)
{
ZARdepos[i] = new IrSwap(startDate, depoTenors[i], _zar3m, depoPricesZAR[i], SwapPayReceiveType.Payer, "ZAR.JIBAR.3M", "ZAR.DISC.CSA_ZAR")
{
SolveCurve = "ZAR.JIBAR.3M"
};
FIC.Add(ZARdepos[i]);
USDdepos[i] = new IrSwap(startDate, depoTenors[i], usd3m, depoPricesUSD[i], SwapPayReceiveType.Payer, "USD.LIBOR.3M", "USD.DISC.CSA_USD")
{
SolveCurve = "USD.LIBOR.3M"
};
FIC.Add(USDdepos[i]);
}
for (var i = 0; i < OISdepoTenors.Length; i++)
{
ZARdeposOIS[i] = new IrSwap(startDate, OISdepoTenors[i], zaron, OISdepoPricesZAR[i], SwapPayReceiveType.Payer, "ZAR.DISC.CSA_ZAR", "ZAR.DISC.CSA_ZAR")
{
SolveCurve = "ZAR.DISC.CSA_ZAR"
};
FIC.Add(ZARdeposOIS[i]);
USDdeposOIS[i] = new IrSwap(startDate, OISdepoTenors[i], usdon, OISdepoPricesUSD[i], SwapPayReceiveType.Payer, "USD.DISC.CSA_USD", "USD.DISC.CSA_USD")
{
SolveCurve = "USD.DISC.CSA_USD"
};
FIC.Add(USDdeposOIS[i]);
}
for (var i = 0; i < fxForwards.Length; i++)
{
fxForwards[i] = new FxForward
{
SolveCurve = "ZAR.DISC.CSA_USD",
DeliveryDate = fxForwardPillarDates[i],
DomesticCCY = ccyUsd,
ForeignCCY = ccyZar,
DomesticQuantity = 1e6 / fxForwardPrices[i],
Strike = fxForwardPrices[i],
ForeignDiscountCurve = "ZAR.DISC.CSA_USD",
};
FIC.Add(fxForwards[i]);
}
for (var i = 0; i < xcySwapTenors.Length; i++)
{
xcySwaps[i] = new XccyBasisSwap(startDate, xcySwapTenors[i], xcySwapPrices[i], true, usd3m, _zar3m, ExchangeType.Both, MTMSwapType.ReceiveNotionalFixed, "USD.LIBOR.3M", "ZAR.JIBAR.3M", "USD.DISC.CSA_USD", "ZAR.DISC.CSA_USD")
{
SolveCurve = "ZAR.DISC.CSA_USD"
};
FIC.Add(xcySwaps[i]);
}
var ZARcurve3m = new IrCurve(ZARpillarDates3m, new double[ZARpillarDates3m.Length], startDate, "ZAR.JIBAR.3M", Interpolator1DType.LinearFlatExtrap, ccyZar)
{
SolveStage = 0
};
var ZARcurveOIS = new IrCurve(ZARpillarDatesOIS, new double[ZARpillarDatesOIS.Length], startDate, "ZAR.DISC.CSA_ZAR", Interpolator1DType.LinearFlatExtrap, ccyZar)
{
SolveStage = 0
};
var USDcurve3m = new IrCurve(USDpillarDates3m, new double[USDpillarDates3m.Length], startDate, "USD.LIBOR.3M", Interpolator1DType.LinearFlatExtrap, ccyUsd)
{
SolveStage = 1
};
var USDcurveOIS = new IrCurve(USDpillarDatesOIS, new double[USDpillarDatesOIS.Length], startDate, "USD.DISC.CSA_USD", Interpolator1DType.LinearFlatExtrap, ccyUsd)
{
SolveStage = 1
};
var fxCurve = new IrCurve(fxPillarDates, new double[fxPillarDates.Length], startDate, "ZAR.DISC.CSA_USD", Interpolator1DType.LinearFlatExtrap, ccyZar)
{
SolveStage = 2
};
var engine = new FundingModel(startDate, new IrCurve[] { ZARcurve3m, ZARcurveOIS, USDcurve3m, USDcurveOIS, fxCurve }, TestProviderHelper.CurrencyProvider, TestProviderHelper.CalendarProvider);
var fxMatrix = new FxMatrix(TestProviderHelper.CurrencyProvider);
var spotRates = new Dictionary <Currency, double>
{
{ ccyZar, fxSpot }
};
var fxPairs = new List <FxPair>
{
new FxPair {
Domestic = ccyUsd, Foreign = ccyZar, SettlementCalendar = _usd, SpotLag = new Frequency("2b")
}
};
var discountMap = new Dictionary <Currency, string>
{
{ ccyUsd, "USD.DISC.CSA_USD" },
{ ccyZar, "ZAR.DISC.CSA_USD" },
};
fxMatrix.Init(ccyUsd, startDate, spotRates, fxPairs, discountMap);
engine.SetupFx(fxMatrix);
var S = new NewtonRaphsonMultiCurveSolverStaged()
{
Tollerance = IsCoverageOnly ? 1 : 0.00000001,
MaxItterations = IsCoverageOnly ? 1 : 100,
};
S.Solve(engine, FIC);
if (!IsCoverageOnly)
{
foreach (var ins in FIC)
{
var pv = ins.Pv(engine, false);
Assert.Equal(0.0, pv, 7);
}
}
}