Fixed Leg
Last updated 9 November 2026
Function reference › Interest Rate Derivatives › Additional Functions
2 GIAnalyzer functions for Excel. Optional arguments are shown in [brackets].
GIA_IRD_FixedLeg_AverageDiscountingInterestRate
Returns the average interest rate implied in the interest rate curve used for discounting cash flows in the fixed leg of the swap.
GIA_IRD_FixedLeg_AverageDiscountingInterestRate(EDate, NE0, NE1, DR, RateFix, EfDateFix, CFrFix, DaysFix, DCurveDates, DCurveRates, VDate, SDate, Comp, Days, Interp)Returns: Average interest rate implied in the interest rate curve used for discounting cash flows in the fixed leg of the swap
| Argument | Use | Description |
|---|---|---|
EDate | Required | The expiry date. |
NE0 | Required | Whether the notional amount is being exchanged at the start. (Yes, No) |
NE1 | Required | Whether the notional amount is being exchanged at expiry. (Yes, No) |
DR | Required | The date rolling method. Non-business days are Saturdays and Sundays; holidays are not supported (Following, ModifiedFollowing, Previous, ModifiedPrevious, NoAdjustment) |
RateFix | Required | The rate in the fixed leg of the swap. |
EfDateFix | Required | The original effective date in the fixed leg of the swap. |
CFrFix | Required | The frequency of coupons in the fixed leg of the swap (Annual, SemiAnnual, Quarterly, Monthly) |
DaysFix | Required | The time basis in the fixed leg of the swap (act/360, act/365, act/act, 30E/360, 30I/360) |
DCurveDates | Required | The array of dates in the interest rate curve used for discounting cash flows. |
DCurveRates | Required | The array of rates in the interest rate curve used for discounting cash flows. |
VDate | Required | The value date. |
SDate | Required | The spot date. |
Comp | Required | The compounding basis of the interest rates (Annual, SemiAnnual, Quarterly, Monthly, Simple, Continuous) |
Days | Required | The time basis of the interest rates (act/360, act/365, act/act, 30E/360, 30I/360) |
Interp | Required | The interpolation method (Linear, LogLinear, CubicSpline, Exponential) |
See also: GIA_IRD_FixedLeg_CurveKR
GIA_IRD_FixedLeg_CurveKR
Returns the KR array of a fixed IRS leg.
GIA_IRD_FixedLeg_CurveKR(Notional, EDate, FPPD, FrPP, PPP, DR, RateFix, EfDateFix, CFrFix, DaysFix, DCurveDates, DCurveRates, VDate, SDate, NE0, NE1, Comp, Days, Interp)Returns: KR array of a fixed IRS leg
| Argument | Use | Description |
|---|---|---|
Notional | Required | The notional amount. |
EDate | Required | The expiry date. |
FPPD | Required | The first date of the principal payment. |
FrPP | Required | The frequency of principal payments (Annual, SemiAnnual, Quarterly, Monthly) |
PPP | Required | The percent of the principal in each payment. |
DR | Required | The date rolling method. Non-business days are Saturdays and Sundays; holidays are not supported (Following, ModifiedFollowing, Previous, ModifiedPrevious, NoAdjustment) |
RateFix | Required | The rate in the fixed leg of the swap. |
EfDateFix | Required | The original effective date in the fixed leg of the swap. |
CFrFix | Required | The frequency of coupons in the fixed leg of the swap (Annual, SemiAnnual, Quarterly, Monthly) |
DaysFix | Required | The time basis method in the fixed leg of the swap (act/360, act/365, act/act, 30E/360, 30I/360) |
DCurveDates | Required | The array of dates in the interest rate curve used for discounting cash flows. |
DCurveRates | Required | The array of rates in the interest rate curve used for discounting cash flows. |
VDate | Required | The value date. |
SDate | Required | The spot date (usually 2 business days after the value date) |
NE0 | Required | Whether the notional amount is being exchanged at the start. (Yes, No) |
NE1 | Required | Whether the notional amount is being exchanged at expiry. (Yes, No) |
Comp | Required | The compounding basis of the interest rates (Annual, SemiAnnual, Quarterly, Monthly, Simple, Continuous) |
Days | Required | The time basis of the interest rates (act/360, act/365, act/act, 30E/360, 30I/360) |
Interp | Required | The interpolation method (Linear, LogLinear, CubicSpline, Exponential) |
