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diff --git a/scaddins/inc/analysis.hrc b/scaddins/inc/analysis.hrc new file mode 100644 index 000000000000..07878a7954f9 --- /dev/null +++ b/scaddins/inc/analysis.hrc @@ -0,0 +1,1106 @@ +/* -*- Mode: C++; tab-width: 4; indent-tabs-mode: nil; c-basic-offset: 4 -*- */ +/* + * This file is part of the LibreOffice project. + * + * This Source Code Form is subject to the terms of the Mozilla Public + * License, v. 2.0. If a copy of the MPL was not distributed with this + * file, You can obtain one at http://mozilla.org/MPL/2.0/. + * + * This file incorporates work covered by the following license notice: + * + * Licensed to the Apache Software Foundation (ASF) under one or more + * contributor license agreements. See the NOTICE file distributed + * with this work for additional information regarding copyright + * ownership. The ASF licenses this file to you under the Apache + * License, Version 2.0 (the "License"); you may not use this file + * except in compliance with the License. You may obtain a copy of + * the License at http://www.apache.org/licenses/LICENSE-2.0 . + */ + +#ifndef INCLUDED_SCADDINS_INC_ANALYSIS_HRC +#define INCLUDED_SCADDINS_INC_ANALYSIS_HRC + +#define NC_(Context, String) (Context "\004" u8##String) + +const char* ANALYSIS_Workday[] = +{ + NC_("ANALYSIS_Workday", "Returns the serial number of the date before or after a specified number of workdays"), + NC_("ANALYSIS_Workday", "Start date"), + NC_("ANALYSIS_Workday", "The start date"), + NC_("ANALYSIS_Workday", "Days"), + NC_("ANALYSIS_Workday", "The number of workdays before or after the start date"), + NC_("ANALYSIS_Workday", "Holidays"), + NC_("ANALYSIS_Workday", "List of date values of days off (vacation, holidays, etc.)") +}; + +const char* ANALYSIS_Yearfrac[] = +{ + NC_("ANALYSIS_Yearfrac", "Returns the number of years (including fractional part) between two dates"), + NC_("ANALYSIS_Yearfrac", "Start date"), + NC_("ANALYSIS_Yearfrac", "The start date"), + NC_("ANALYSIS_Yearfrac", "End date"), + NC_("ANALYSIS_Yearfrac", "The end date"), + NC_("ANALYSIS_Yearfrac", "Basis"), + NC_("ANALYSIS_Yearfrac", "Basis indicates the day-count convention to use in the calculation") +}; + +const char* ANALYSIS_Edate[] = +{ + NC_("ANALYSIS_Edate", "Returns the serial number of the date that is a specified number of months before or after the start date"), + NC_("ANALYSIS_Edate", "Start date"), + NC_("ANALYSIS_Edate", "The start date"), + NC_("ANALYSIS_Edate", "Months"), + NC_("ANALYSIS_Edate", "Number of months before or after the start date") +}; + +const char* ANALYSIS_Weeknum[] = +{ + NC_("ANALYSIS_Weeknum", "Returns the number of the calendar week in which the specified date occurs.\nThis function exists for interoperability with older Microsoft Excel documents, for new documents use WEEKNUM instead."), + NC_("ANALYSIS_Weeknum", "Date"), + NC_("ANALYSIS_Weeknum", "The date or date serial number"), + NC_("ANALYSIS_Weeknum", "Return type"), + NC_("ANALYSIS_Weeknum", "Indicates the first day of the week (1 = Sunday, 2 = Monday)") +}; + +const char* ANALYSIS_Eomonth[] = +{ + NC_("ANALYSIS_Eomonth", "Returns the serial number of the last day of the month that comes a certain number of months before or after the start date"), + NC_("ANALYSIS_Eomonth", "Start date"), + NC_("ANALYSIS_Eomonth", "The start date"), + NC_("ANALYSIS_Eomonth", "Months"), + NC_("ANALYSIS_Eomonth", "Number of months before or after the start date") +}; + +const char* ANALYSIS_Networkdays[] = +{ + NC_("ANALYSIS_Networkdays", "Returns the number of workdays between two dates.\nThis function exists for interoperability with older Microsoft Excel documents, for new documents use NETWORKDAYS instead."), + NC_("ANALYSIS_Networkdays", "Start date"), + NC_("ANALYSIS_Networkdays", "The start date"), + NC_("ANALYSIS_Networkdays", "End date"), + NC_("ANALYSIS_Networkdays", "The end date"), + NC_("ANALYSIS_Networkdays", "Holidays"), + NC_("ANALYSIS_Networkdays", "List of date values representing days off (vacation, holidays, etc.)") +}; + +const char* ANALYSIS_Iseven[] = +{ + NC_("ANALYSIS_Iseven", "Returns the value 'true' if the number is even"), + NC_("ANALYSIS_Iseven", "Number"), + NC_("ANALYSIS_Iseven", "The number") +}; + +const char* ANALYSIS_Isodd[] = +{ + NC_("ANALYSIS_Isodd", "Returns the value 'true' if the number is odd"), + NC_("ANALYSIS_Isodd", "Number"), + NC_("ANALYSIS_Isodd", "The number") +}; + +const char* ANALYSIS_Multinomial[] = +{ + NC_("ANALYSIS_Multinomial", "Returns the multinomial coefficient of a set of numbers"), + NC_("ANALYSIS_Multinomial", "Number"), + NC_("ANALYSIS_Multinomial", "Number or list of numbers for which you want the multinomial coefficient") +}; + +const char* ANALYSIS_Seriessum[] = +{ + NC_("ANALYSIS_Seriessum", "Returns the sum of a power series"), + NC_("ANALYSIS_Seriessum", "X"), + NC_("ANALYSIS_Seriessum", "The independent variable of the power series"), + NC_("ANALYSIS_Seriessum", "N"), + NC_("ANALYSIS_Seriessum", "The initial power to which x is to be raised"), + NC_("ANALYSIS_Seriessum", "M"), + NC_("ANALYSIS_Seriessum", "The increment by which to increase n for each term in the series"), + NC_("ANALYSIS_Seriessum", "Coefficients"), + NC_("ANALYSIS_Seriessum", "Set of coefficients by which each successive power of the variable x is multiplied") +}; + +const char* ANALYSIS_Quotient[] = +{ + NC_("ANALYSIS_Quotient", "Returns the integer portion of a division"), + NC_("ANALYSIS_Quotient", "Numerator"), + NC_("ANALYSIS_Quotient", "The dividend"), + NC_("ANALYSIS_Quotient", "Denominator"), + NC_("ANALYSIS_Quotient", "The divisor") +}; + +const char* ANALYSIS_Mround[] = +{ + NC_("ANALYSIS_Mround", "Returns a number rounded to a specified multiple"), + NC_("ANALYSIS_Mround", "Number"), + NC_("ANALYSIS_Mround", "The number to round off"), + NC_("ANALYSIS_Mround", "Multiple"), + NC_("ANALYSIS_Mround", "The multiple to which you want to round number") +}; + +const char* ANALYSIS_Sqrtpi[] = +{ + NC_("ANALYSIS_Sqrtpi", "Returns the square root of a number which has been multiplied by pi"), + NC_("ANALYSIS_Sqrtpi", "Number"), + NC_("ANALYSIS_Sqrtpi", "The number by which pi is multiplied") +}; + +const char* ANALYSIS_Randbetween[] = +{ + NC_("ANALYSIS_Randbetween", "Returns a random integer between the numbers you specify"), + NC_("ANALYSIS_Randbetween", "Bottom"), + NC_("ANALYSIS_Randbetween", "The smallest integer returned"), + NC_("ANALYSIS_Randbetween", "Top"), + NC_("ANALYSIS_Randbetween", "The largest integer returned") +}; + +const char* ANALYSIS_Gcd[] = +{ + NC_("ANALYSIS_Gcd", "Returns the greatest common divisor.\nThis function exists for interoperability with older Microsoft Excel documents, for new documents use GCD instead."), + NC_("ANALYSIS_Gcd", "Number"), + NC_("ANALYSIS_Gcd", "Number or list of numbers") +}; + +const char* ANALYSIS_Lcm[] = +{ + NC_("ANALYSIS_Lcm", "Returns the least common multiple.\nThis function exists for interoperability with older Microsoft Excel documents, for new documents use LCM instead."), + NC_("ANALYSIS_Lcm", "Number"), + NC_("ANALYSIS_Lcm", "Number or list of numbers") +}; + +const char* ANALYSIS_Besseli[] = +{ + NC_("ANALYSIS_Besseli", "Returns the modified Bessel function In(x)"), + NC_("ANALYSIS_Besseli", "X"), + NC_("ANALYSIS_Besseli", "The value at which the function is to be evaluated"), + NC_("ANALYSIS_Besseli", "N"), + NC_("ANALYSIS_Besseli", "The order of the Bessel function") +}; + +const char* ANALYSIS_Besselj[] = +{ + NC_("ANALYSIS_Besselj", "Returns the Bessel function Jn(x)"), + NC_("ANALYSIS_Besselj", "X"), + NC_("ANALYSIS_Besselj", "The value at which the function is to be evaluated"), + NC_("ANALYSIS_Besselj", "N"), + NC_("ANALYSIS_Besselj", "The order of the Bessel function") +}; + +const char* ANALYSIS_Besselk[] = +{ + NC_("ANALYSIS_Besselk", "Returns the Bessel function Kn(x)"), + NC_("ANALYSIS_Besselk", "X"), + NC_("ANALYSIS_Besselk", "The value at which the function is to be evaluated"), + NC_("ANALYSIS_Besselk", "N"), + NC_("ANALYSIS_Besselk", "The order of the Bessel function") +}; + +const char* ANALYSIS_Bessely[] = +{ + NC_("ANALYSIS_Bessely", "Returns the Bessel function Yn(x)"), + NC_("ANALYSIS_Bessely", "X"), + NC_("ANALYSIS_Bessely", "The value at which the function is to be evaluated"), + NC_("ANALYSIS_Bessely", "N"), + NC_("ANALYSIS_Bessely", "The order of the Bessel function") +}; + +const char* ANALYSIS_Bin2Oct[] = +{ + NC_("ANALYSIS_Bin2Oct", "Converts a binary number to an octal number"), + NC_("ANALYSIS_Bin2Oct", "Number"), + NC_("ANALYSIS_Bin2Oct", "The binary number to be converted (as text)"), + NC_("ANALYSIS_Bin2Oct", "Places"), + NC_("ANALYSIS_Bin2Oct", "Number of places used") +}; + +const char* ANALYSIS_Bin2Dec[] = +{ + NC_("ANALYSIS_Bin2Dec", "Converts a binary number to a decimal number"), + NC_("ANALYSIS_Bin2Dec", "Number"), + NC_("ANALYSIS_Bin2Dec", "The binary number to be converted (as text)") +}; + +const char* ANALYSIS_Bin2Hex[] = +{ + NC_("ANALYSIS_Bin2Hex", "Converts a binary number to a hexadecimal number"), + NC_("ANALYSIS_Bin2Hex", "Number"), + NC_("ANALYSIS_Bin2Hex", "The binary number to be converted (as text)"), + NC_("ANALYSIS_Bin2Hex", "Places"), + NC_("ANALYSIS_Bin2Hex", "Number of places used.") +}; + +const char* ANALYSIS_Oct2Bin[] = +{ + NC_("ANALYSIS_Oct2Bin", "Converts an octal number to a binary number"), + NC_("ANALYSIS_Oct2Bin", "Number"), + NC_("ANALYSIS_Oct2Bin", "The octal number to be converted (as text)"), + NC_("ANALYSIS_Oct2Bin", "Places"), + NC_("ANALYSIS_Oct2Bin", "Number of places used") +}; + +const char* ANALYSIS_Oct2Dec[] = +{ + NC_("ANALYSIS_Oct2Dec", "Converts an octal number to a decimal number"), + NC_("ANALYSIS_Oct2Dec", "Number"), + NC_("ANALYSIS_Oct2Dec", "The octal number to be converted (as text)") +}; + +const char* ANALYSIS_Oct2Hex[] = +{ + NC_("ANALYSIS_Oct2Hex", "Converts an octal number to a hexadecimal number"), + NC_("ANALYSIS_Oct2Hex", "Number"), + NC_("ANALYSIS_Oct2Hex", "The octal number to be converted (as text)"), + NC_("ANALYSIS_Oct2Hex", "Places"), + NC_("ANALYSIS_Oct2Hex", "Number of places used") +}; + +const char* ANALYSIS_Dec2Bin[] = +{ + NC_("ANALYSIS_Dec2Bin", "Converts a decimal number to a binary number"), + NC_("ANALYSIS_Dec2Bin", "Number"), + NC_("ANALYSIS_Dec2Bin", "The decimal integer to be converted"), + NC_("ANALYSIS_Dec2Bin", "Places"), + NC_("ANALYSIS_Dec2Bin", "Number of places used") +}; + +const char* ANALYSIS_Dec2Hex[] = +{ + NC_("ANALYSIS_Dec2Hex", "Converts a decimal number to a hexadecimal number"), + NC_("ANALYSIS_Dec2Hex", "Number"), + NC_("ANALYSIS_Dec2Hex", "The decimal integer to be converted"), + NC_("ANALYSIS_Dec2Hex", "Places"), + NC_("ANALYSIS_Dec2Hex", "Number of places used") +}; + +const char* ANALYSIS_Dec2Oct[] = +{ + NC_("ANALYSIS_Dec2Oct", "Converts a decimal number into an octal number"), + NC_("ANALYSIS_Dec2Oct", "Number"), + NC_("ANALYSIS_Dec2Oct", "The decimal number"), + NC_("ANALYSIS_Dec2Oct", "Places"), + NC_("ANALYSIS_Dec2Oct", "Number of places used") +}; + +const char* ANALYSIS_Hex2Bin[] = +{ + NC_("ANALYSIS_Hex2Bin", "Converts a hexadecimal number to a binary number"), + NC_("ANALYSIS_Hex2Bin", "Number"), + NC_("ANALYSIS_Hex2Bin", "The hexadecimal number to be converted (as text)"), + NC_("ANALYSIS_Hex2Bin", "Places"), + NC_("ANALYSIS_Hex2Bin", "Number of places used") +}; + +const char* ANALYSIS_Hex2Dec[] = +{ + NC_("ANALYSIS_Hex2Dec", "Converts a hexadecimal number to a decimal number"), + NC_("ANALYSIS_Hex2Dec", "Number"), + NC_("ANALYSIS_Hex2Dec", "The hexadecimal number to be converted (as text)") +}; + +const char* ANALYSIS_Hex2Oct[] = +{ + NC_("ANALYSIS_Hex2Oct", "Converts a hexadecimal number to an octal number"), + NC_("ANALYSIS_Hex2Oct", "Number"), + NC_("ANALYSIS_Hex2Oct", "The hexadecimal number to be converted (as text)"), + NC_("ANALYSIS_Hex2Oct", "Places"), + NC_("ANALYSIS_Hex2Oct", "Number of places used") +}; + +const char* ANALYSIS_Delta[] = +{ + NC_("ANALYSIS_Delta", "Tests whether two values are equal"), + NC_("ANALYSIS_Delta", "Number 1"), + NC_("ANALYSIS_Delta", "The first number"), + NC_("ANALYSIS_Delta", "Number 2"), + NC_("ANALYSIS_Delta", "The second number") +}; + +const char* ANALYSIS_Erf[] = +{ + NC_("ANALYSIS_Erf", "Returns the error function"), + NC_("ANALYSIS_Erf", "Lower limit"), + NC_("ANALYSIS_Erf", "The lower limit for integration"), + NC_("ANALYSIS_Erf", "Upper limit"), + NC_("ANALYSIS_Erf", "The upper limit for integration") +}; + +const char* ANALYSIS_Erfc[] = +{ + NC_("ANALYSIS_Erfc", "Returns the complementary error function"), + NC_("ANALYSIS_Erfc", "Lower limit"), + NC_("ANALYSIS_Erfc", "The lower limit for integration") +}; + +const char* ANALYSIS_Gestep[] = +{ + NC_("ANALYSIS_Gestep", "Tests whether a number is greater than a threshold value"), + NC_("ANALYSIS_Gestep", "Number"), + NC_("ANALYSIS_Gestep", "The value to test against step"), + NC_("ANALYSIS_Gestep", "Step"), + NC_("ANALYSIS_Gestep", "The threshold value") +}; + +const char* ANALYSIS_Factdouble[] = +{ + NC_("ANALYSIS_Factdouble", "Returns the double factorial of Number"), + NC_("ANALYSIS_Factdouble", "Number"), + NC_("ANALYSIS_Factdouble", "The number") +}; + +const char* ANALYSIS_Imabs[] = +{ + NC_("ANALYSIS_Imabs", "Returns the absolute value (modulus) of a complex number"), + NC_("ANALYSIS_Imabs", "Complex number"), + NC_("ANALYSIS_Imabs", "The complex number") +}; + +const char* ANALYSIS_Imaginary[] = +{ + NC_("ANALYSIS_Imaginary", "Returns the imaginary coefficient of a complex number"), + NC_("ANALYSIS_Imaginary", "Complex number"), + NC_("ANALYSIS_Imaginary", "The complex number") +}; + +const char* ANALYSIS_Impower[] = +{ + NC_("ANALYSIS_Impower", "Returns a complex number raised to a real power"), + NC_("ANALYSIS_Impower", "Complex number"), + NC_("ANALYSIS_Impower", "The complex number"), + NC_("ANALYSIS_Impower", "Number"), + NC_("ANALYSIS_Impower", "Power to which the complex number is raised") +}; + +const char* ANALYSIS_Imargument[] = +{ + NC_("ANALYSIS_Imargument", "Returns the argument theta, an angle expressed in radians"), + NC_("ANALYSIS_Imargument", "Complex number"), + NC_("ANALYSIS_Imargument", "A complex number") +}; + +const char* ANALYSIS_Imcos[] = +{ + NC_("ANALYSIS_Imcos", "Returns the cosine of a complex number"), + NC_("ANALYSIS_Imcos", "Complex number"), + NC_("ANALYSIS_Imcos", "A complex number") +}; + +const char* ANALYSIS_Imdiv[] = +{ + NC_("ANALYSIS_Imdiv", "Returns the quotient of two complex numbers"), + NC_("ANALYSIS_Imdiv", "Numerator"), + NC_("ANALYSIS_Imdiv", "The dividend"), + NC_("ANALYSIS_Imdiv", "Denominator"), + NC_("ANALYSIS_Imdiv", "The divisor") +}; + +const char* ANALYSIS_Imexp[] = +{ + NC_("ANALYSIS_Imexp", "Returns the algebraic form of the exponential of a complex number"), + NC_("ANALYSIS_Imexp", "Complex number"), + NC_("ANALYSIS_Imexp", "The complex number") +}; + +const char* ANALYSIS_Imconjugate[] = +{ + NC_("ANALYSIS_Imconjugate", "Returns the complex conjugate of a complex number"), + NC_("ANALYSIS_Imconjugate", "Complex number"), + NC_("ANALYSIS_Imconjugate", "The complex number") +}; + +const char* ANALYSIS_Imln[] = +{ + NC_("ANALYSIS_Imln", "Returns the natural logarithm of a complex number"), + NC_("ANALYSIS_Imln", "Complex number"), + NC_("ANALYSIS_Imln", "The complex number") +}; + +const char* ANALYSIS_Imlog10[] = +{ + NC_("ANALYSIS_Imlog10", "Returns the base-10 logarithm of a complex number"), + NC_("ANALYSIS_Imlog10", "Complex number"), + NC_("ANALYSIS_Imlog10", "The complex number") +}; + +const char* ANALYSIS_Imlog2[] = +{ + NC_("ANALYSIS_Imlog2", "Returns the base-2 logarithm of a complex number"), + NC_("ANALYSIS_Imlog2", "Complex number"), + NC_("ANALYSIS_Imlog2", "The complex number") +}; + +const char* ANALYSIS_Improduct[] = +{ + NC_("ANALYSIS_Improduct", "Returns the product of several complex numbers"), + NC_("ANALYSIS_Improduct", "Complex number"), + NC_("ANALYSIS_Improduct", "The first complex number"), + NC_("ANALYSIS_Improduct", "Complex number"), + NC_("ANALYSIS_Improduct", "Another complex number") +}; + +const char* ANALYSIS_Imreal[] = +{ + NC_("ANALYSIS_Imreal", "Returns the real coefficient of a complex number"), + NC_("ANALYSIS_Imreal", "Complex number"), + NC_("ANALYSIS_Imreal", "The complex number") +}; + +const char* ANALYSIS_Imsin[] = +{ + NC_("ANALYSIS_Imsin", "Returns the sine of a complex number"), + NC_("ANALYSIS_Imsin", "Complex number"), + NC_("ANALYSIS_Imsin", "The complex number") +}; + +const char* ANALYSIS_Imsub[] = +{ + NC_("ANALYSIS_Imsub", "Returns the difference of two complex numbers"), + NC_("ANALYSIS_Imsub", "Complex number 1"), + NC_("ANALYSIS_Imsub", "Complex number 1"), + NC_("ANALYSIS_Imsub", "Complex number 2"), + NC_("ANALYSIS_Imsub", "Complex number 2") +}; + +const char* ANALYSIS_Imsqrt[] = +{ + NC_("ANALYSIS_Imsqrt", "Returns the square root of a complex number"), + NC_("ANALYSIS_Imsqrt", "Complex number"), + NC_("ANALYSIS_Imsqrt", "The complex number") +}; + +const char* ANALYSIS_Imsum[] = +{ + NC_("ANALYSIS_Imsum", "Returns the sum of complex numbers"), + NC_("ANALYSIS_Imsum", "Complex number"), + NC_("ANALYSIS_Imsum", "The complex number") +}; + +const char* ANALYSIS_Imtan[] = +{ + NC_("ANALYSIS_Imtan", "Returns the tangent of a complex number"), + NC_("ANALYSIS_Imtan", "Complex number"), + NC_("ANALYSIS_Imtan", "A complex number") +}; + +const char* ANALYSIS_Imsec[] = +{ + NC_("ANALYSIS_Imsec", "Returns the secant of a complex number"), + NC_("ANALYSIS_Imsec", "Complex number"), + NC_("ANALYSIS_Imsec", "A complex number") +}; + +const char* ANALYSIS_Imcsc[] = +{ + NC_("ANALYSIS_Imcsc", "Returns the cosecant of a complex number"), + NC_("ANALYSIS_Imcsc", "Complex number"), + NC_("ANALYSIS_Imcsc", "A complex number") +}; + +const char* ANALYSIS_Imcot[] = +{ + NC_("ANALYSIS_Imcot", "Returns the cotangent of a complex number"), + NC_("ANALYSIS_Imcot", "Complex number"), + NC_("ANALYSIS_Imcot", "A complex number") +}; + +const char* ANALYSIS_Imsinh[] = +{ + NC_("ANALYSIS_Imsinh", "Returns the hyperbolic sine of a complex number"), + NC_("ANALYSIS_Imsinh", "Complex number"), + NC_("ANALYSIS_Imsinh", "A complex number") +}; + +const char* ANALYSIS_Imcosh[] = +{ + NC_("ANALYSIS_Imcosh", "Returns the hyperbolic cosine of a complex number"), + NC_("ANALYSIS_Imcosh", "Complex number"), + NC_("ANALYSIS_Imcosh", "A complex number") +}; + +const char* ANALYSIS_Imsech[] = +{ + NC_("ANALYSIS_Imsech", "Returns the hyperbolic secant of a complex number"), + NC_("ANALYSIS_Imsech", "Complex number"), + NC_("ANALYSIS_Imsech", "A complex number") +}; + +const char* ANALYSIS_Imcsch[] = +{ + NC_("ANALYSIS_Imcsch", "Returns the hyperbolic cosecant of a complex number"), + NC_("ANALYSIS_Imcsch", "Complex number"), + NC_("ANALYSIS_Imcsch", "A complex number") +}; + +const char* ANALYSIS_Complex[] = +{ + NC_("ANALYSIS_Complex", "Converts real and imaginary coefficients into a complex number"), + NC_("ANALYSIS_Complex", "Real num"), + NC_("ANALYSIS_Complex", "The real coefficient"), + NC_("ANALYSIS_Complex", "I num"), + NC_("ANALYSIS_Complex", "The imaginary coefficient"), + NC_("ANALYSIS_Complex", "Suffix"), + NC_("ANALYSIS_Complex", "The suffix") +}; + +const char* ANALYSIS_Convert[] = +{ + NC_("ANALYSIS_Convert", "Converts a number from one measurement system to another"), + NC_("ANALYSIS_Convert", "Number"), + NC_("ANALYSIS_Convert", "The number"), + NC_("ANALYSIS_Convert", "From unit"), + NC_("ANALYSIS_Convert", "Unit of measure for number"), + NC_("ANALYSIS_Convert", "To unit"), + NC_("ANALYSIS_Convert", "Unit of measure for the result") +}; + +const char* ANALYSIS_Amordegrc[] = +{ + NC_("ANALYSIS_Amordegrc", "Returns the prorated linear depreciation of an asset for each accounting period"), + NC_("ANALYSIS_Amordegrc", "Cost"), + NC_("ANALYSIS_Amordegrc", "Cost of the asset"), + NC_("ANALYSIS_Amordegrc", "Date purchased"), + NC_("ANALYSIS_Amordegrc", "Purchase date of the asset"), + NC_("ANALYSIS_Amordegrc", "First period"), + NC_("ANALYSIS_Amordegrc", "Date the first period ends"), + NC_("ANALYSIS_Amordegrc", "Salvage"), + NC_("ANALYSIS_Amordegrc", "Salvage value of an asset at the end of its life"), + NC_("ANALYSIS_Amordegrc", "Period"), + NC_("ANALYSIS_Amordegrc", "The period"), + NC_("ANALYSIS_Amordegrc", "Rate"), + NC_("ANALYSIS_Amordegrc", "The rate of depreciation"), + NC_("ANALYSIS_Amordegrc", "Basis"), + NC_("ANALYSIS_Amordegrc", "The year basis to be used") +}; + +const char* ANALYSIS_Amorlinc[] = +{ + NC_("ANALYSIS_Amorlinc", "Returns the prorated linear depreciation of an asset for each accounting period"), + NC_("ANALYSIS_Amorlinc", "Cost"), + NC_("ANALYSIS_Amorlinc", "Cost of the asset"), + NC_("ANALYSIS_Amorlinc", "Date purchased"), + NC_("ANALYSIS_Amorlinc", "Purchase date of the asset"), + NC_("ANALYSIS_Amorlinc", "First period"), + NC_("ANALYSIS_Amorlinc", "The date the first period ends"), + NC_("ANALYSIS_Amorlinc", "Salvage"), + NC_("ANALYSIS_Amorlinc", "The salvage value of an asset at the end of its life"), + NC_("ANALYSIS_Amorlinc", "Period"), + NC_("ANALYSIS_Amorlinc", "The period"), + NC_("ANALYSIS_Amorlinc", "Rate"), + NC_("ANALYSIS_Amorlinc", "The rate of depreciation"), + NC_("ANALYSIS_Amorlinc", "Basis"), + NC_("ANALYSIS_Amorlinc", "The year basis to be used") +}; + +const char* ANALYSIS_Accrint[] = +{ + NC_("ANALYSIS_Accrint", "Returns the accrued interest for a security that pays periodic interest"), + NC_("ANALYSIS_Accrint", "Issue"), + NC_("ANALYSIS_Accrint", "Issue date of the security"), + NC_("ANALYSIS_Accrint", "First interest"), + NC_("ANALYSIS_Accrint", "First interest date of the security"), + NC_("ANALYSIS_Accrint", "Settlement"), + NC_("ANALYSIS_Accrint", "The settlement"), + NC_("ANALYSIS_Accrint", "Rate"), + NC_("ANALYSIS_Accrint", "The rate"), + NC_("ANALYSIS_Accrint", "Par"), + NC_("ANALYSIS_Accrint", "The par value"), + NC_("ANALYSIS_Accrint", "Frequency"), + NC_("ANALYSIS_Accrint", "The frequency"), + NC_("ANALYSIS_Accrint", "Basis"), + NC_("ANALYSIS_Accrint", "The basis") +}; + +const char* ANALYSIS_Accrintm[] = +{ + NC_("ANALYSIS_Accrintm", "Returns the accrued interest for a security that pays interest at maturity"), + NC_("ANALYSIS_Accrintm", "Issue"), + NC_("ANALYSIS_Accrintm", "The issue date"), + NC_("ANALYSIS_Accrintm", "Settlement"), + NC_("ANALYSIS_Accrintm", "The settlement"), + NC_("ANALYSIS_Accrintm", "Rate"), + NC_("ANALYSIS_Accrintm", "The rate"), + NC_("ANALYSIS_Accrintm", "Par"), + NC_("ANALYSIS_Accrintm", "The par value"), + NC_("ANALYSIS_Accrintm", "Basis"), + NC_("ANALYSIS_Accrintm", "The basis") +}; + +const char* ANALYSIS_Received[] = +{ + NC_("ANALYSIS_Received", "Returns the amount paid out at maturity for a fully invested security"), + NC_("ANALYSIS_Received", "Settlement"), + NC_("ANALYSIS_Received", "The settlement"), + NC_("ANALYSIS_Received", "Maturity"), + NC_("ANALYSIS_Received", "The maturity"), + NC_("ANALYSIS_Received", "Investment"), + NC_("ANALYSIS_Received", "The investment"), + NC_("ANALYSIS_Received", "Discount"), + NC_("ANALYSIS_Received", "The discount"), + NC_("ANALYSIS_Received", "Basis"), + NC_("ANALYSIS_Received", "The basis") +}; + +const char* ANALYSIS_Disc[] = +{ + NC_("ANALYSIS_Disc", "Returns the discount rate for a security"), + NC_("ANALYSIS_Disc", "Settlement"), + NC_("ANALYSIS_Disc", "The settlement"), + NC_("ANALYSIS_Disc", "Maturity"), + NC_("ANALYSIS_Disc", "The maturity"), + NC_("ANALYSIS_Disc", "Price"), + NC_("ANALYSIS_Disc", "The price"), + NC_("ANALYSIS_Disc", "Redemption"), + NC_("ANALYSIS_Disc", "The redemption value"), + NC_("ANALYSIS_Disc", "Basis"), + NC_("ANALYSIS_Disc", "The basis") +}; + +const char* ANALYSIS_Duration[] = +{ + NC_("ANALYSIS_Duration", "Returns the annual Macaulay duration of a security with periodic interest payments"), + NC_("ANALYSIS_Duration", "Settlement"), + NC_("ANALYSIS_Duration", "The settlement"), + NC_("ANALYSIS_Duration", "Maturity"), + NC_("ANALYSIS_Duration", "The maturity"), + NC_("ANALYSIS_Duration", "Coupon"), + NC_("ANALYSIS_Duration", "The coupon rate"), + NC_("ANALYSIS_Duration", "Yield"), + NC_("ANALYSIS_Duration", "The yield"), + NC_("ANALYSIS_Duration", "Frequency"), + NC_("ANALYSIS_Duration", "The frequency"), + NC_("ANALYSIS_Duration", "Basis"), + NC_("ANALYSIS_Duration", "The basis") +}; + +const char* ANALYSIS_Effect[] = +{ + NC_("ANALYSIS_Effect", "Returns the effective annual interest rate"), + NC_("ANALYSIS_Effect", "Nominal rate"), + NC_("ANALYSIS_Effect", "The nominal rate"), + NC_("ANALYSIS_Effect", "Npery"), + NC_("ANALYSIS_Effect", "The periods") +}; + +const char* ANALYSIS_Cumprinc[] = +{ + NC_("ANALYSIS_Cumprinc", "Returns the cumulative principal on a loan to be paid between two periods"), + NC_("ANALYSIS_Cumprinc", "Rate"), + NC_("ANALYSIS_Cumprinc", "The rate"), + NC_("ANALYSIS_Cumprinc", "Nper"), + NC_("ANALYSIS_Cumprinc", "Number of payment periods"), + NC_("ANALYSIS_Cumprinc", "Pv"), + NC_("ANALYSIS_Cumprinc", "The present value"), + NC_("ANALYSIS_Cumprinc", "Start period"), + NC_("ANALYSIS_Cumprinc", "The start period"), + NC_("ANALYSIS_Cumprinc", "End period"), + NC_("ANALYSIS_Cumprinc", "The end period"), + NC_("ANALYSIS_Cumprinc", "Type"), + NC_("ANALYSIS_Cumprinc", "The type of maturity") +}; + +const char* ANALYSIS_Cumipmt[] = +{ + NC_("ANALYSIS_Cumipmt", "Returns the cumulative interest to be paid between two periods"), + NC_("ANALYSIS_Cumipmt", "Rate"), + NC_("ANALYSIS_Cumipmt", "The rate"), + NC_("ANALYSIS_Cumipmt", "Nper"), + NC_("ANALYSIS_Cumipmt", "Number of payment periods"), + NC_("ANALYSIS_Cumipmt", "Pv"), + NC_("ANALYSIS_Cumipmt", "The present value"), + NC_("ANALYSIS_Cumipmt", "Start period"), + NC_("ANALYSIS_Cumipmt", "The start period"), + NC_("ANALYSIS_Cumipmt", "End period"), + NC_("ANALYSIS_Cumipmt", "The end period"), + NC_("ANALYSIS_Cumipmt", "Type"), + NC_("ANALYSIS_Cumipmt", "The type of maturity") +}; + +const char* ANALYSIS_Price[] = +{ + NC_("ANALYSIS_Price", "Returns the price per 100 currency units face value of a security that pays periodic interest"), + NC_("ANALYSIS_Price", "Settlement"), + NC_("ANALYSIS_Price", "The settlement"), + NC_("ANALYSIS_Price", "Maturity"), + NC_("ANALYSIS_Price", "The maturity"), + NC_("ANALYSIS_Price", "Rate"), + NC_("ANALYSIS_Price", "The rate"), + NC_("ANALYSIS_Price", "Yield"), + NC_("ANALYSIS_Price", "The yield"), + NC_("ANALYSIS_Price", "Redemption"), + NC_("ANALYSIS_Price", "The redemption value"), + NC_("ANALYSIS_Price", "Frequency"), + NC_("ANALYSIS_Price", "The frequency"), + NC_("ANALYSIS_Price", "Basis"), + NC_("ANALYSIS_Price", "The basis") +}; + +const char* ANALYSIS_Pricedisc[] = +{ + NC_("ANALYSIS_Pricedisc", "Returns the price per 100 currency units face value of a discounted security"), + NC_("ANALYSIS_Pricedisc", "Settlement"), + NC_("ANALYSIS_Pricedisc", "The settlement"), + NC_("ANALYSIS_Pricedisc", "Maturity"), + NC_("ANALYSIS_Pricedisc", "The maturity"), + NC_("ANALYSIS_Pricedisc", "Discount"), + NC_("ANALYSIS_Pricedisc", "The discount"), + NC_("ANALYSIS_Pricedisc", "Redemption"), + NC_("ANALYSIS_Pricedisc", "The redemption value"), + NC_("ANALYSIS_Pricedisc", "Basis"), + NC_("ANALYSIS_Pricedisc", "The basis") +}; + +const char* ANALYSIS_Pricemat[] = +{ + NC_("ANALYSIS_Pricemat", "Returns the price per 100 currency units face value of a security that pays interest at maturity"), + NC_("ANALYSIS_Pricemat", "Settlement"), + NC_("ANALYSIS_Pricemat", "The settlement"), + NC_("ANALYSIS_Pricemat", "Maturity"), + NC_("ANALYSIS_Pricemat", "The maturity"), + NC_("ANALYSIS_Pricemat", "Issue"), + NC_("ANALYSIS_Pricemat", "The issue date"), + NC_("ANALYSIS_Pricemat", "Rate"), + NC_("ANALYSIS_Pricemat", "The rate"), + NC_("ANALYSIS_Pricemat", "Yield"), + NC_("ANALYSIS_Pricemat", "The yield"), + NC_("ANALYSIS_Pricemat", "Basis"), + NC_("ANALYSIS_Pricemat", "The basis") +}; + +const char* ANALYSIS_Mduration[] = +{ + NC_("ANALYSIS_Mduration", "Returns the Macaulay modified duration for a security with an assumed par value of 100 currency units"), + NC_("ANALYSIS_Mduration", "Settlement"), + NC_("ANALYSIS_Mduration", "The settlement"), + NC_("ANALYSIS_Mduration", "Maturity"), + NC_("ANALYSIS_Mduration", "The maturity"), + NC_("ANALYSIS_Mduration", "Coupon"), + NC_("ANALYSIS_Mduration", "The coupon rate"), + NC_("ANALYSIS_Mduration", "Yield"), + NC_("ANALYSIS_Mduration", "The yield"), + NC_("ANALYSIS_Mduration", "Frequency"), + NC_("ANALYSIS_Mduration", "The frequency"), + NC_("ANALYSIS_Mduration", "Basis"), + NC_("ANALYSIS_Mduration", "The basis") +}; + +const char* ANALYSIS_Nominal[] = +{ + NC_("ANALYSIS_Nominal", "Returns the annual nominal interest rate"), + NC_("ANALYSIS_Nominal", "Effective rate"), + NC_("ANALYSIS_Nominal", "The effective interest rate"), + NC_("ANALYSIS_Nominal", "Npery"), + NC_("ANALYSIS_Nominal", "The periods") +}; + +const char* ANALYSIS_Dollarfr[] = +{ + NC_("ANALYSIS_Dollarfr", "Converts a price expressed as a decimal into a price expressed as a fraction"), + NC_("ANALYSIS_Dollarfr", "Decimal dollar"), + NC_("ANALYSIS_Dollarfr", "The decimal number"), + NC_("ANALYSIS_Dollarfr", "Fraction"), + NC_("ANALYSIS_Dollarfr", "The divisor") +}; + +const char* ANALYSIS_Dollarde[] = +{ + NC_("ANALYSIS_Dollarde", "Converts a price expressed as a fraction into a price expressed as a decimal"), + NC_("ANALYSIS_Dollarde", "Fractional dollar"), + NC_("ANALYSIS_Dollarde", "The number as a fraction"), + NC_("ANALYSIS_Dollarde", "Fraction"), + NC_("ANALYSIS_Dollarde", "The divisor") +}; + +const char* ANALYSIS_Yield[] = +{ + NC_("ANALYSIS_Yield", "Returns the yield on a security that pays periodic interest"), + NC_("ANALYSIS_Yield", "Settlement"), + NC_("ANALYSIS_Yield", "The settlement"), + NC_("ANALYSIS_Yield", "Maturity"), + NC_("ANALYSIS_Yield", "The maturity"), + NC_("ANALYSIS_Yield", "Rate"), + NC_("ANALYSIS_Yield", "The rate"), + NC_("ANALYSIS_Yield", "Price"), + NC_("ANALYSIS_Yield", "The price"), + NC_("ANALYSIS_Yield", "Redemption"), + NC_("ANALYSIS_Yield", "The redemption value"), + NC_("ANALYSIS_Yield", "Frequency"), + NC_("ANALYSIS_Yield", "The frequency"), + NC_("ANALYSIS_Yield", "Basis"), + NC_("ANALYSIS_Yield", "The basis") +}; + +const char* ANALYSIS_Yielddisc[] = +{ + NC_("ANALYSIS_Yielddisc", "Returns the annual yield for a discounted security"), + NC_("ANALYSIS_Yielddisc", "Settlement"), + NC_("ANALYSIS_Yielddisc", "The settlement"), + NC_("ANALYSIS_Yielddisc", "Maturity"), + NC_("ANALYSIS_Yielddisc", "The maturity"), + NC_("ANALYSIS_Yielddisc", "Price"), + NC_("ANALYSIS_Yielddisc", "The price"), + NC_("ANALYSIS_Yielddisc", "Redemption"), + NC_("ANALYSIS_Yielddisc", "The redemption value"), + NC_("ANALYSIS_Yielddisc", "Basis"), + NC_("ANALYSIS_Yielddisc", "The basis") +}; + +const char* ANALYSIS_Yieldmat[] = +{ + NC_("ANALYSIS_Yieldmat", "Returns the annual yield of a security that pays interest at maturity"), + NC_("ANALYSIS_Yieldmat", "Settlement"), + NC_("ANALYSIS_Yieldmat", "The settlement"), + NC_("ANALYSIS_Yieldmat", "Maturity"), + NC_("ANALYSIS_Yieldmat", "The maturity"), + NC_("ANALYSIS_Yieldmat", "Issue"), + NC_("ANALYSIS_Yieldmat", "The issue date"), + NC_("ANALYSIS_Yieldmat", "Rate"), + NC_("ANALYSIS_Yieldmat", "The rate"), + NC_("ANALYSIS_Yieldmat", "Price"), + NC_("ANALYSIS_Yieldmat", "The price"), + NC_("ANALYSIS_Yieldmat", "Basis"), + NC_("ANALYSIS_Yieldmat", "The basis") +}; + +const char* ANALYSIS_Tbilleq[] = +{ + NC_("ANALYSIS_Tbilleq", "Returns the bond-equivalent yield for a treasury bill"), + NC_("ANALYSIS_Tbilleq", "Settlement"), + NC_("ANALYSIS_Tbilleq", "The settlement"), + NC_("ANALYSIS_Tbilleq", "Maturity"), + NC_("ANALYSIS_Tbilleq", "The maturity"), + NC_("ANALYSIS_Tbilleq", "Discount"), + NC_("ANALYSIS_Tbilleq", "The discount rate") +}; + +const char* ANALYSIS_Tbillprice[] = +{ + NC_("ANALYSIS_Tbillprice", "Returns the price of 100 currency units face value for a treasury bill"), + NC_("ANALYSIS_Tbillprice", "Settlement"), + NC_("ANALYSIS_Tbillprice", "The settlement"), + NC_("ANALYSIS_Tbillprice", "Maturity"), + NC_("ANALYSIS_Tbillprice", "The maturity"), + NC_("ANALYSIS_Tbillprice", "Discount"), + NC_("ANALYSIS_Tbillprice", "The discount rate") +}; + +const char* ANALYSIS_Tbillyield[] = +{ + NC_("ANALYSIS_Tbillyield", "Returns the yield for a treasury bill"), + NC_("ANALYSIS_Tbillyield", "Settlement"), + NC_("ANALYSIS_Tbillyield", "The settlement"), + NC_("ANALYSIS_Tbillyield", "Maturity"), + NC_("ANALYSIS_Tbillyield", "The maturity"), + NC_("ANALYSIS_Tbillyield", "Price"), + NC_("ANALYSIS_Tbillyield", "The price") +}; + +const char* ANALYSIS_Oddfprice[] = +{ + NC_("ANALYSIS_Oddfprice", "Returns the price per $100 face value of a security with an odd first period"), + NC_("ANALYSIS_Oddfprice", "Settlement"), + NC_("ANALYSIS_Oddfprice", "The settlement"), + NC_("ANALYSIS_Oddfprice", "Maturity"), + NC_("ANALYSIS_Oddfprice", "The maturity"), + NC_("ANALYSIS_Oddfprice", "Issue"), + NC_("ANALYSIS_Oddfprice", "The issue date"), + NC_("ANALYSIS_Oddfprice", "First coupon"), + NC_("ANALYSIS_Oddfprice", "The first coupon date"), + NC_("ANALYSIS_Oddfprice", "Rate"), + NC_("ANALYSIS_Oddfprice", "The rate"), + NC_("ANALYSIS_Oddfprice", "Yield"), + NC_("ANALYSIS_Oddfprice", "The yield"), + NC_("ANALYSIS_Oddfprice", "Redemption"), + NC_("ANALYSIS_Oddfprice", "The redemption value"), + NC_("ANALYSIS_Oddfprice", "Frequency"), + NC_("ANALYSIS_Oddfprice", "The frequency"), + NC_("ANALYSIS_Oddfprice", "Basis"), + NC_("ANALYSIS_Oddfprice", "The basis") +}; + +const char* ANALYSIS_Oddfyield[] = +{ + NC_("ANALYSIS_Oddfyield", "Returns the yield of a security with an odd first period"), + NC_("ANALYSIS_Oddfyield", "Settlement"), + NC_("ANALYSIS_Oddfyield", "The settlement"), + NC_("ANALYSIS_Oddfyield", "Maturity"), + NC_("ANALYSIS_Oddfyield", "The maturity"), + NC_("ANALYSIS_Oddfyield", "Issue"), + NC_("ANALYSIS_Oddfyield", "The issue date"), + NC_("ANALYSIS_Oddfyield", "First coupon"), + NC_("ANALYSIS_Oddfyield", "The first coupon date"), + NC_("ANALYSIS_Oddfyield", "Rate"), + NC_("ANALYSIS_Oddfyield", "The rate"), + NC_("ANALYSIS_Oddfyield", "Price"), + NC_("ANALYSIS_Oddfyield", "The price"), + NC_("ANALYSIS_Oddfyield", "Redemption"), + NC_("ANALYSIS_Oddfyield", "The redemption value"), + NC_("ANALYSIS_Oddfyield", "Frequency"), + NC_("ANALYSIS_Oddfyield", "The frequency"), + NC_("ANALYSIS_Oddfyield", "Basis"), + NC_("ANALYSIS_Oddfyield", "The basis") +}; + +const char* ANALYSIS_Oddlprice[] = +{ + NC_("ANALYSIS_Oddlprice", "Returns the price per $100 face value of a security with an odd last period"), + NC_("ANALYSIS_Oddlprice", "Settlement"), + NC_("ANALYSIS_Oddlprice", "The settlement"), + NC_("ANALYSIS_Oddlprice", "Maturity"), + NC_("ANALYSIS_Oddlprice", "The maturity"), + NC_("ANALYSIS_Oddlprice", "Last interest"), + NC_("ANALYSIS_Oddlprice", "The last interest date"), + NC_("ANALYSIS_Oddlprice", "Rate"), + NC_("ANALYSIS_Oddlprice", "The rate"), + NC_("ANALYSIS_Oddlprice", "Yield"), + NC_("ANALYSIS_Oddlprice", "The yield"), + NC_("ANALYSIS_Oddlprice", "Redemption"), + NC_("ANALYSIS_Oddlprice", "The redemption value"), + NC_("ANALYSIS_Oddlprice", "Frequency"), + NC_("ANALYSIS_Oddlprice", "The frequency"), + NC_("ANALYSIS_Oddlprice", "Basis"), + NC_("ANALYSIS_Oddlprice", "The basis") +}; + +const char* ANALYSIS_Oddlyield[] = +{ + NC_("ANALYSIS_Oddlyield", "Returns the yield of a security with an odd last period"), + NC_("ANALYSIS_Oddlyield", "Settlement"), + NC_("ANALYSIS_Oddlyield", "The settlement"), + NC_("ANALYSIS_Oddlyield", "Maturity"), + NC_("ANALYSIS_Oddlyield", "The maturity"), + NC_("ANALYSIS_Oddlyield", "Last interest"), + NC_("ANALYSIS_Oddlyield", "The last interest date"), + NC_("ANALYSIS_Oddlyield", "Rate"), + NC_("ANALYSIS_Oddlyield", "The rate"), + NC_("ANALYSIS_Oddlyield", "Price"), + NC_("ANALYSIS_Oddlyield", "The price"), + NC_("ANALYSIS_Oddlyield", "Redemption"), + NC_("ANALYSIS_Oddlyield", "The redemption value"), + NC_("ANALYSIS_Oddlyield", "Frequency"), + NC_("ANALYSIS_Oddlyield", "The frequency"), + NC_("ANALYSIS_Oddlyield", "Basis"), + NC_("ANALYSIS_Oddlyield", "The basis") +}; + +const char* ANALYSIS_Xirr[] = +{ + NC_("ANALYSIS_Xirr", "Returns the internal rate of return for a non-periodic schedule of payments"), + NC_("ANALYSIS_Xirr", "Values"), + NC_("ANALYSIS_Xirr", "The values"), + NC_("ANALYSIS_Xirr", "Dates"), + NC_("ANALYSIS_Xirr", "The dates"), + NC_("ANALYSIS_Xirr", "Guess"), + NC_("ANALYSIS_Xirr", "The guess") +}; + +const char* ANALYSIS_Xnpv[] = +{ + NC_("ANALYSIS_Xnpv", "Returns the net present value for a non-periodic schedule of payments"), + NC_("ANALYSIS_Xnpv", "Rate"), + NC_("ANALYSIS_Xnpv", "The rate"), + NC_("ANALYSIS_Xnpv", "Values"), + NC_("ANALYSIS_Xnpv", "The values"), + NC_("ANALYSIS_Xnpv", "Dates"), + NC_("ANALYSIS_Xnpv", "The dates") +}; + +const char* ANALYSIS_Intrate[] = +{ + NC_("ANALYSIS_Intrate", "Returns the interest rate for a fully invested security"), + NC_("ANALYSIS_Intrate", "Settlement"), + NC_("ANALYSIS_Intrate", "The settlement"), + NC_("ANALYSIS_Intrate", "Maturity"), + NC_("ANALYSIS_Intrate", "The maturity"), + NC_("ANALYSIS_Intrate", "Investment"), + NC_("ANALYSIS_Intrate", "The investment"), + NC_("ANALYSIS_Intrate", "Redemption"), + NC_("ANALYSIS_Intrate", "The redemption value"), + NC_("ANALYSIS_Intrate", "Basis"), + NC_("ANALYSIS_Intrate", "The basis") +}; + +const char* ANALYSIS_Coupncd[] = +{ + NC_("ANALYSIS_Coupncd", "Returns the first coupon date after the settlement date"), + NC_("ANALYSIS_Coupncd", "Settlement"), + NC_("ANALYSIS_Coupncd", "The settlement"), + NC_("ANALYSIS_Coupncd", "Maturity"), + NC_("ANALYSIS_Coupncd", "The maturity"), + NC_("ANALYSIS_Coupncd", "Frequency"), + NC_("ANALYSIS_Coupncd", "The frequency"), + NC_("ANALYSIS_Coupncd", "Basis"), + NC_("ANALYSIS_Coupncd", "The basis") +}; + +const char* ANALYSIS_Coupdays[] = +{ + NC_("ANALYSIS_Coupdays", "Returns the number of days in the coupon period containing the settlement date"), + NC_("ANALYSIS_Coupdays", "Settlement"), + NC_("ANALYSIS_Coupdays", "The settlement"), + NC_("ANALYSIS_Coupdays", "Maturity"), + NC_("ANALYSIS_Coupdays", "The maturity"), + NC_("ANALYSIS_Coupdays", "Frequency"), + NC_("ANALYSIS_Coupdays", "The frequency"), + NC_("ANALYSIS_Coupdays", "Basis"), + NC_("ANALYSIS_Coupdays", "The basis") +}; + +const char* ANALYSIS_Coupdaysnc[] = +{ + NC_("ANALYSIS_Coupdaysnc", "Returns the number of days from the settlement date to the next coupon date"), + NC_("ANALYSIS_Coupdaysnc", "Settlement"), + NC_("ANALYSIS_Coupdaysnc", "The settlement"), + NC_("ANALYSIS_Coupdaysnc", "Maturity"), + NC_("ANALYSIS_Coupdaysnc", "The maturity"), + NC_("ANALYSIS_Coupdaysnc", "Frequency"), + NC_("ANALYSIS_Coupdaysnc", "The frequency"), + NC_("ANALYSIS_Coupdaysnc", "Basis"), + NC_("ANALYSIS_Coupdaysnc", "The basis") +}; + +const char* ANALYSIS_Coupdaybs[] = +{ + NC_("ANALYSIS_Coupdaybs", "Returns the number of days from the beginning of the coupon period to the settlement date"), + NC_("ANALYSIS_Coupdaybs", "Settlement"), + NC_("ANALYSIS_Coupdaybs", "The settlement"), + NC_("ANALYSIS_Coupdaybs", "Maturity"), + NC_("ANALYSIS_Coupdaybs", "The maturity"), + NC_("ANALYSIS_Coupdaybs", "Frequency"), + NC_("ANALYSIS_Coupdaybs", "The frequency"), + NC_("ANALYSIS_Coupdaybs", "Basis"), + NC_("ANALYSIS_Coupdaybs", "The basis") +}; + +const char* ANALYSIS_Couppcd[] = +{ + NC_("ANALYSIS_Couppcd", "Returns the last coupon date preceding the settlement date"), + NC_("ANALYSIS_Couppcd", "Settlement"), + NC_("ANALYSIS_Couppcd", "The settlement"), + NC_("ANALYSIS_Couppcd", "Maturity"), + NC_("ANALYSIS_Couppcd", "The maturity"), + NC_("ANALYSIS_Couppcd", "Frequency"), + NC_("ANALYSIS_Couppcd", "The frequency"), + NC_("ANALYSIS_Couppcd", "Basis"), + NC_("ANALYSIS_Couppcd", "The basis") +}; + +const char* ANALYSIS_Coupnum[] = +{ + NC_("ANALYSIS_Coupnum", "Returns the number of coupons payable between the settlement and maturity dates"), + NC_("ANALYSIS_Coupnum", "Settlement"), + NC_("ANALYSIS_Coupnum", "The settlement"), + NC_("ANALYSIS_Coupnum", "Maturity"), + NC_("ANALYSIS_Coupnum", "The maturity"), + NC_("ANALYSIS_Coupnum", "Frequency"), + NC_("ANALYSIS_Coupnum", "The frequency"), + NC_("ANALYSIS_Coupnum", "Basis"), + NC_("ANALYSIS_Coupnum", "The basis") +}; + +const char* ANALYSIS_Fvschedule[] = +{ + NC_("ANALYSIS_Fvschedule", "Returns the future value of the initial principal after a series of compound interest rates are applied"), + NC_("ANALYSIS_Fvschedule", "Principal"), + NC_("ANALYSIS_Fvschedule", "The principal"), + NC_("ANALYSIS_Fvschedule", "Schedule"), + NC_("ANALYSIS_Fvschedule", "The schedule") +}; + +#endif + +/* vim:set shiftwidth=4 softtabstop=4 expandtab: */ |