DisplayYCHedgeSens2 Example CS

C# Example - DisplayYCHedgeSens2![]() ![]() ![]() ![]() ![]() // ################################################################################## // The first function here DisplayYCHedgeSens2(), contains a series of // function calls leading upto the main function call, the second function // within this file ( DisplayYCHedgeSens2Part() ). // which contains the answer that we are looking for.![]() // The first function here is simply an example of how to construct the parameters // in order acquire either a string Key (that is to be passed to other functions) // or a computed result.![]() // If you are viewing this source code from the chm or web help file you can use the // outlining features to collapse certain sections of the code for better readability. // ################################################################################## ![]() using System;![]() // Optional using instruction. We will use a mix of utilising fully qualified names (in the case of the financial objects) // and using the reduced version (in the case of declaring enumerations). // This is just to demostrate both types of coding.![]() using CTQL; // You need to add a reference to the QuantToolsNET.v2.dll also![]() // Some global parameter in order to append to user defined keys. // We use it here to ensure that we have unique Keys (in the case several of our examples // use the same key-name) // In normal use, a user defined string will be used and so this variable will be pointless. static int nCTQryIRRiskGlobal; // Used by function parameters that take an optional range value. // In Excel we simply omit the value, within the API functions, // we pass an empty range object static CTQL.CTRangeData oEmptyRange = new CTQL.CTRangeData(); public CTRangeData CS_EX_DisplayYCHedgeSens2() { nCTQryIRRiskGlobal += 1; string szErrorMsg = "";![]() try {![]() ![]() // Creates a centralized valuation date object. ![]() string MyValuationDate; MyValuationDate = ValueDateObjPart(); ![]() ![]() // UK date calendar used within the UK stock exchange. ![]() string MyCALUKExchange; MyCALUKExchange = CALUKExchangePart(); ![]() ![]() // EURO calendar used for holiday adjustments. ![]() string MyEuroCal; MyEuroCal = CALEUROPart(); ![]() ![]() // Creates a Deposit template which is almost identical to a Libor // Index, but without the YieldCurve information. string MyDepoTPL; MyDepoTPL = CreateDepoTemplatePart( MyCALUKExchange, MyEuroCal); ![]() ![]() // Creates a Swap template which is almost identical to the definition // of the parameters of a swap contract, but without the swap duration, // buysell, and YieldCurve information. string MySwapTPL; MySwapTPL = CreateSwapTemplatePart( MyEuroCal, MyDepoTPL); ![]() ![]() // Creates a yield curve using market rates (No cross-currency // Swaps). string MyMiniYC; MyMiniYC = MKTYC_D__3Part( MyValuationDate, MyDepoTPL, MySwapTPL); ![]() ![]() // Creates a discount curve from Tenors (or Dates) and discount // factor inputs. string MyDiscountCurve2; MyDiscountCurve2 = DiscountCurve2Part( MyValuationDate, MyDepoTPL, MySwapTPL); ![]() ![]() // Given a Fixing YieldCurve and a Discounting YieldCurve and an // array of hedge instrument tenors, this function will display // the sensitivity vector (delta) on each of the hedge instruments // (for a unit notional). CTRangeData resDisplayYCHedgeSens2; resDisplayYCHedgeSens2 = DisplayYCHedgeSens2Part( MyMiniYC, MyDiscountCurve2); // This is the result we are looking for. return resDisplayYCHedgeSens2; ![]() } catch(Exception e) { szErrorMsg = e.Message; throw e; } } ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private CTRangeData DisplayYCHedgeSens2Part( string MyMiniYC, string MyDiscountCurve2) { // Used by functions returning a range value. Via the szRangeDescription variable, you can inspect the results int _nRows, _nCols; string szRangeDescription;![]() // Create example range for parameter DisplayYCHedgeSens2_HedgeTenors CTQL.CTRangeData DisplayYCHedgeSens2_HedgeTenors; ![]() string[] arrBDisplayYCHedgeSens2_HedgeTenors = { "3M", "6M", "1Y", "2Y", "3Y", "5Y", "7Y", "10Y", "15Y", "20Y" // Array Data }; CTQL.StringVector arrDisplayYCHedgeSens2_HedgeTenors = new CTQL.StringVector(arrBDisplayYCHedgeSens2_HedgeTenors); // Second parameter determines whether the array is a column array (false) or a row array (true) DisplayYCHedgeSens2_HedgeTenors = new CTQL.CTRangeData(arrDisplayYCHedgeSens2_HedgeTenors, false); ![]() ![]() // Excel function call would be this - "CT.RSK.DisplayYCHedgeSens2()"![]() // Given a Fixing YieldCurve and a Discounting YieldCurve and an // array of hedge instrument tenors, this function will display // the sensitivity vector (delta) on each of the hedge instruments // (for a unit notional). CTRangeData rDisplayYCHedgeSens2; rDisplayYCHedgeSens2 = (CTRangeData)CTQL.CTQryIRRiskSA.DisplayYCHedgeSens2( MyMiniYC, MyDiscountCurve2, DisplayYCHedgeSens2_HedgeTenors);![]() _nRows = rDisplayYCHedgeSens2.GetRows(); _nCols = rDisplayYCHedgeSens2.GetCols(); szRangeDescription = rDisplayYCHedgeSens2.ToMatrixString();![]() ![]() ![]() return rDisplayYCHedgeSens2; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string MKTYC_D__3Part( string MyValuationDate, string MyDepoTPL, string MySwapTPL) {![]() // Create example range for parameter MKTYC_D__3_oTenorsRates CTQL.CTRangeData MKTYC_D__3_oTenorsRates = new CTQL.CTRangeData(); System.Text.StringBuilder MKTYC_D__3_oTenorsRates_builder = new System.Text.StringBuilder(100); // We could set the value for each cell individually, but for display // purposes, this is quicker and more informative. MKTYC_D__3_oTenorsRates_builder.Append("{"); MKTYC_D__3_oTenorsRates_builder.Append("'7D' | 3.48 | True ;"); MKTYC_D__3_oTenorsRates_builder.Append("'14D' | 3.49 | True ;"); MKTYC_D__3_oTenorsRates_builder.Append("'1M' | 3.5 | True ;"); MKTYC_D__3_oTenorsRates_builder.Append("'3M' | 3.7 | True ;"); MKTYC_D__3_oTenorsRates_builder.Append("'6M' | 3.9 | True"); MKTYC_D__3_oTenorsRates_builder.Append("}"); MKTYC_D__3_oTenorsRates.RangeFromStr ( MKTYC_D__3_oTenorsRates_builder.ToString() ); // Create example range for parameter MKTYC_D__3_oRange2 CTQL.CTRangeData MKTYC_D__3_oRange2 = new CTQL.CTRangeData(); System.Text.StringBuilder MKTYC_D__3_oRange2_builder = new System.Text.StringBuilder(100); // We could set the value for each cell individually, but for display // purposes, this is quicker and more informative. MKTYC_D__3_oRange2_builder.Append("{"); MKTYC_D__3_oRange2_builder.Append("'9M' | 4.1 | True ;"); MKTYC_D__3_oRange2_builder.Append("'12M' | 4.3 | True"); MKTYC_D__3_oRange2_builder.Append("}"); MKTYC_D__3_oRange2.RangeFromStr ( MKTYC_D__3_oRange2_builder.ToString() ); // Create example range for parameter MKTYC_D__3_oRange3 CTQL.CTRangeData MKTYC_D__3_oRange3 = new CTQL.CTRangeData(); System.Text.StringBuilder MKTYC_D__3_oRange3_builder = new System.Text.StringBuilder(100); // We could set the value for each cell individually, but for display // purposes, this is quicker and more informative. MKTYC_D__3_oRange3_builder.Append("{"); MKTYC_D__3_oRange3_builder.Append("'2Y' | 4.5 | True ;"); MKTYC_D__3_oRange3_builder.Append("'5Y' | 4.7 | True ;"); MKTYC_D__3_oRange3_builder.Append("'10Y' | 4.9 | True"); MKTYC_D__3_oRange3_builder.Append("}"); MKTYC_D__3_oRange3.RangeFromStr ( MKTYC_D__3_oRange3_builder.ToString() ); // Create example range for parameter MKTYC_D__3_oRange4 CTQL.CTRangeData MKTYC_D__3_oRange4 = new CTQL.CTRangeData(); System.Text.StringBuilder MKTYC_D__3_oRange4_builder = new System.Text.StringBuilder(100); // We could set the value for each cell individually, but for display // purposes, this is quicker and more informative. MKTYC_D__3_oRange4_builder.Append("{"); MKTYC_D__3_oRange4_builder.Append("'15Y' | 5.3 | True ;"); MKTYC_D__3_oRange4_builder.Append("'20Y' | 5.4 | True ;"); MKTYC_D__3_oRange4_builder.Append("'25Y' | 5.5 | True ;"); MKTYC_D__3_oRange4_builder.Append("'30Y' | 5.6 | True ;"); MKTYC_D__3_oRange4_builder.Append("'35Y' | 5.7 | True ;"); MKTYC_D__3_oRange4_builder.Append("'40Y' | 5.8 | True"); MKTYC_D__3_oRange4_builder.Append("}"); MKTYC_D__3_oRange4.RangeFromStr ( MKTYC_D__3_oRange4_builder.ToString() ); ![]() ![]() // Key value to use as a handle for the created object string MyMiniYC = "MyMiniYC" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // A tag used to identify this curve (case insensitive) if placed // within a Yieldcurve collection ( via the GroupedCurves() function // ). string CurveName = "MyMiniYC";![]() // Interpolation methodology to utilise when interpolating for // discount factors. CTIEnums.InterpEnum InterpMethod = CTIEnums.InterpEnum.Interp_LOGLINEAR;![]() // An optional flat spread value that will be added to all tenors. double Spread = 0.000;![]() // DayCounter for converting dates into year fractions. CTIEnums.DayCountEnum DayCount = CTIEnums.DayCountEnum.DayCount_actual365_fixed;![]() // If a cash (deposit) tenor's end date is after the earliest futures // expiry date within the curve, do we discard the cash tenor (false) // or keep it (true). bool DepoOvrWrtFuts = false;![]() // If a futures tenor's end date is after the earliest swap tenor's // end date within the curve, do we discard the futures tenor (false) // or keep it (true). bool FutsOvrWrtSwps = true;![]() // Whether the yieldCurve data should be extrapolated if a calculation // request that uses a date that is beyond the end date of the // yieldCurve (ie - a request for a 40 year discount factor, but // the curve is only built up to 30 years.) If false an error will // be returned. bool Extrapolate = true;![]() // Excel function call would be this - "CT.CRV.MKTYC_D()"![]() // Creates a yield curve using market rates (No cross-currency // Swaps). string rMKTYC_D__3; rMKTYC_D__3 = CTQL.CTCurvesSA.MKTYC_D( MyMiniYC, Reload, CurveName, MyValuationDate, MKTYC_D__3_oTenorsRates, MKTYC_D__3_oRange2, MKTYC_D__3_oRange3, MKTYC_D__3_oRange4, InterpMethod, Spread, DayCount, DepoOvrWrtFuts, FutsOvrWrtSwps, MyDepoTPL, MySwapTPL, Extrapolate);![]() ![]() return rMKTYC_D__3; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string DiscountCurve2Part( string MyValuationDate, string MyDepoTPL, string MySwapTPL) {![]() // Create example range for parameter DiscountCurve2_oTenorsVals CTQL.CTRangeData DiscountCurve2_oTenorsVals = new CTQL.CTRangeData(); System.Text.StringBuilder DiscountCurve2_oTenorsVals_builder = new System.Text.StringBuilder(100); // We could set the value for each cell individually, but for display // purposes, this is quicker and more informative. DiscountCurve2_oTenorsVals_builder.Append("{"); DiscountCurve2_oTenorsVals_builder.Append("#19/Jul/2005# | 1 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'1M' | 0.99449 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'2M' | 0.98532 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'3M' | 0.97837 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'4M' | 0.97256 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'5M' | 0.96531 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'6M' | 0.95551 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'7M' | 0.94676 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'8M' | 0.94119 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'9M' | 0.93245 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'10M' | 0.92318 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'2Y' | 0.90358 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'3Y' | 0.89645 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'4Y' | 0.88086 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'5Y' | 0.86642 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'6Y' | 0.85052 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'7Y' | 0.83706 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'8Y' | 0.82289 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'9Y' | 0.81462 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'10Y' | 0.79767 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'11Y' | 0.78375 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'12Y' | 0.76553 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'13Y' | 0.75642 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'14Y' | 0.73867 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'15Y' | 0.72086 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'16Y' | 0.70395 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'17Y' | 0.6927 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'18Y' | 0.67272 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'19Y' | 0.65829 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'20Y' | 0.65091 | True ;"); DiscountCurve2_oTenorsVals_builder.Append("'21Y' | 0.63988 | True"); DiscountCurve2_oTenorsVals_builder.Append("}"); DiscountCurve2_oTenorsVals.RangeFromStr ( DiscountCurve2_oTenorsVals_builder.ToString() ); ![]() ![]() // Key value to use as a handle for the created object string MyDiscountCurve2 = "MyDiscountCurve2" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // A tag used to identify this curve (case insensitive) if placed // within a Yieldcurve collection ( via the GroupedCurves() function // ). string CurveName = "MyDiscountCurve";![]() // DayCounter for converting dates into year fractions. CTIEnums.DayCountEnum DayCount = CTIEnums.DayCountEnum.DayCount_actual365_fixed;![]() // Whether the yieldCurve data should be extrapolated if a calculation // request that uses a date that is beyond the end date of the // yieldCurve (ie - a request for a 40 year discount factor, but // the curve is only built up to 30 years.) If false an error will // be returned. bool Extrapolate = true;![]() // Excel function call would be this - "CT.CRV.DiscountCurve2()"![]() // Creates a discount curve from Tenors (or Dates) and discount // factor inputs. string rDiscountCurve2; rDiscountCurve2 = CTQL.CTCurvesSA.DiscountCurve2( MyDiscountCurve2, Reload, CurveName, MyValuationDate, DiscountCurve2_oTenorsVals, DayCount, MyDepoTPL, MySwapTPL, Extrapolate);![]() ![]() return rDiscountCurve2; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string ValueDateObjPart() {![]() ![]() ![]() // Key value to use as a handle for the created object string MyValuationDate = "MyValuationDate" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // Valuation Date (typically equal to Today's date) CTQL.Date ValueDate = new CTQL.Date("19/7/2005", "dd/mm/yyyy");![]() // Excel function call would be this - "CT.DATE.ValueDateObj()"![]() // Creates a centralized valuation date object. string rValueDateObj; rValueDateObj = CTQL.CTUtilsSA.ValueDateObj( MyValuationDate, Reload, ValueDate.serialNumber());![]() ![]() return rValueDateObj; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string CreateDepoTemplatePart( string MyCALUKExchange, string MyEuroCal) {![]() ![]() ![]() // Key value to use as a handle for the created object string MyDepoTPL = "MyDepoTPL" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // A friendly name that you wish to associate with this template string Name = "MyShortIndexTemplate";![]() // Number of days for fixing a rate. int FixingDays = 2;![]() // Currency in which default values will be copied CTIEnums.CCYEnum Ccy = CTIEnums.CCYEnum.CCY_EUR;![]() // Business day convention needed for day adjustments when an adjustment // moves the date into the preceding, following month. CTIEnums.BDCEnum BusDayConv = CTIEnums.BDCEnum.BDC_modifiedfollowing;![]() // Daycounter required for year length calculations. CTIEnums.DayCountEnum dayCounter = CTIEnums.DayCountEnum.DayCount_actual365_fixed;![]() // The Frequency (Length) of this template. CTIEnums.FreqEnum FLTLegFreq = CTIEnums.FreqEnum.Freq_quarterly;![]() // Within a Floating leg object, where there are many fixing periods, // when fixing a rate there are two ways the end date of a fixing // period can be computed. bool LIBORMethod = true;![]() // Excel function call would be this - "CT.TPL.CreateDepoTemplate()"![]() // Creates a Deposit template which is almost identical to a Libor // Index, but without the YieldCurve information. string rCreateDepoTemplate; rCreateDepoTemplate = CTQL.CTIndexesSA.CreateDepoTemplate( MyDepoTPL, Reload, Name, FixingDays, Ccy, MyCALUKExchange, MyEuroCal, BusDayConv, dayCounter, FLTLegFreq, LIBORMethod);![]() ![]() return rCreateDepoTemplate; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string CreateSwapTemplatePart( string MyEuroCal, string MyDepoTPL) {![]() ![]() ![]() // Key value to use as a handle for the created object string MySwapTPL = "MySwapTPL" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // A friendly name that you wish to associate with this template string Name = "MySwapIndexTemplate";![]() // Number of days for fixing a rate. int FixingDays = 2;![]() // Business day convention needed for day adjustments when an adjustment // moves the date into the preceding, following month. CTIEnums.BDCEnum CashFlowBDConv = CTIEnums.BDCEnum.BDC_modifiedfollowing;![]() // The Frequency of the FIX side of the swap. CTIEnums.FreqEnum CashFlowFreq = CTIEnums.FreqEnum.Freq_semiannual;![]() // Daycounter required for year length calculations. CTIEnums.DayCountEnum dayCounter = CTIEnums.DayCountEnum.DayCount_actual365_fixed;![]() // Excel function call would be this - "CT.TPL.CreateSwapTemplate()"![]() // Creates a Swap template which is almost identical to the definition // of the parameters of a swap contract, but without the swap duration, // buysell, and YieldCurve information. string rCreateSwapTemplate; rCreateSwapTemplate = CTQL.CTIndexesSA.CreateSwapTemplate( MySwapTPL, Reload, Name, FixingDays, MyEuroCal, CashFlowBDConv, CashFlowFreq, dayCounter, MyDepoTPL);![]() ![]() return rCreateSwapTemplate; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string CALUKExchangePart() {![]() // Create example range for parameter CALUKExchange_AddHols CTQL.CTRangeData CALUKExchange_AddHols; ![]() int[] arrBCALUKExchange_AddHols = { CTQL.Date.serialNumber("1/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("2/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("3/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("4/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("5/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("6/2/2006", "dd/mm/yyyy") // Array Data }; CTQL.IntVector arrCALUKExchange_AddHols = new CTQL.IntVector(arrBCALUKExchange_AddHols); // Second parameter determines whether the array is a column array (false) or a row array (true) CALUKExchange_AddHols = new CTQL.CTRangeData(arrCALUKExchange_AddHols, false); // Create example range for parameter CALUKExchange_RemoveHols CTQL.CTRangeData CALUKExchange_RemoveHols; ![]() int[] arrBCALUKExchange_RemoveHols = { CTQL.Date.serialNumber("25/12/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("25/12/2007", "dd/mm/yyyy") // Array Data }; CTQL.IntVector arrCALUKExchange_RemoveHols = new CTQL.IntVector(arrBCALUKExchange_RemoveHols); // Second parameter determines whether the array is a column array (false) or a row array (true) CALUKExchange_RemoveHols = new CTQL.CTRangeData(arrCALUKExchange_RemoveHols, false); ![]() ![]() // Key value to use as a handle for the created object string MyCALUKExchange = "MyCALUKExchange" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // Excel function call would be this - "CT.CAL.UK.Exchange()"![]() // UK date calendar used within the UK stock exchange. string rCALUKExchange; rCALUKExchange = CTQL.CTCalendarsSA.CALUKExchange( MyCALUKExchange, Reload, CALUKExchange_AddHols, CALUKExchange_RemoveHols);![]() ![]() return rCALUKExchange; } ![]() ![]() ![]() // ///////////////////////////////////////////////////////////////////![]() private string CALEUROPart() {![]() // Create example range for parameter CALEURO_AddHols CTQL.CTRangeData CALEURO_AddHols; ![]() int[] arrBCALEURO_AddHols = { CTQL.Date.serialNumber("1/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("2/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("3/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("4/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("5/2/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("6/2/2006", "dd/mm/yyyy") // Array Data }; CTQL.IntVector arrCALEURO_AddHols = new CTQL.IntVector(arrBCALEURO_AddHols); // Second parameter determines whether the array is a column array (false) or a row array (true) CALEURO_AddHols = new CTQL.CTRangeData(arrCALEURO_AddHols, false); // Create example range for parameter CALEURO_RemoveHols CTQL.CTRangeData CALEURO_RemoveHols; ![]() int[] arrBCALEURO_RemoveHols = { CTQL.Date.serialNumber("25/12/2006", "dd/mm/yyyy"), CTQL.Date.serialNumber("25/12/2007", "dd/mm/yyyy") // Array Data }; CTQL.IntVector arrCALEURO_RemoveHols = new CTQL.IntVector(arrBCALEURO_RemoveHols); // Second parameter determines whether the array is a column array (false) or a row array (true) CALEURO_RemoveHols = new CTQL.CTRangeData(arrCALEURO_RemoveHols, false); ![]() ![]() // Key value to use as a handle for the created object string MyEuroCal = "MyEuroCal" + "_" + System.Convert.ToString(nCTQryIRRiskGlobal);![]() // When creating this object for the first time, set this parameter // to a positive value. int Reload = 1;![]() // Excel function call would be this - "CT.CAL.EURO()"![]() // EURO calendar used for holiday adjustments. string rCALEURO; rCALEURO = CTQL.CTCalendarsSA.CALEURO( MyEuroCal, Reload, CALEURO_AddHols, CALEURO_RemoveHols);![]() ![]() return rCALEURO; } ![]() ![]() ![]() ![]() |