The following table lists functions in this documentation.
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Name |
Description |
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Calculates the inverse cosine of a given number. | |
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Calculates the inverse cosine of a given number. | |
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Calculates the inverse cosine of a given number. | |
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Calculates the inverse hyperbolic cosine of a given number. | |
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Calculates the inverse cotangent of a given number. | |
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Calculates the inverse hyperbolic cotangent of a given number. | |
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Calculates the inverse cosecant of a given number. | |
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Calculates the inverse hyperbolic cosecant of a given number. | |
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Calculates the inverse secant of a given number. | |
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Calculates the inverse hyperbolic secant of a given number. | |
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Calculates the inverse sine of a given number. | |
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Calculates the inverse sine of a given number. | |
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Calculates the inverse sine of a given number. | |
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Calculates the inverse hyperbolic sine of a given number. | |
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Calculates the arctangent angle and quadrant of a given number. | |
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Calculates the inverse hyperbolic tangent of a given number. | |
|
Rounds variables up toward positive infinity. | |
|
Clears exception bits in FPU status word. | |
|
Returns the relationship between two numeric values. | |
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Returns the relationship between two numeric values. | |
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Returns the relationship between two numeric values. | |
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Returns the relationship between two numeric values. | |
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Returns the relationship between two numeric values. | |
|
Returns the cosecant of an angle. | |
|
Calculates the hyperbolic cosine of an angle. | |
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Calculates the cotangent of an angle. | |
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Calculates the cotangent of an angle. | |
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Calculates the hyperbolic cotangent of an angle. | |
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Returns the cosecant of an angle. | |
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Returns the hyperbolic cosecant of an angle. | |
|
Converts an angle measurement from cycles to degrees. | |
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Converts an angle measurement from cycles to grads. | |
|
Converts an angle measurement from cycles to radians. | |
|
Returns the value of a degree measurement expressed in cycles. | |
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Returns the value of a degree measurement expressed in grads. | |
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Returns the value of a degree measurement expressed in radians. | |
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Returns the result of an integer division, including the remainder. | |
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Calculates the depreciation of an asset using the double-declining balance method. | |
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Returns the closest value to a specified value within a specified range. | |
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Returns the closest value to a specified value within a specified range. | |
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Returns the closest value to a specified value within a specified range. | |
|
Rounds variables toward negative infinity. | |
|
Separates the Mantissa and Exponent of X | |
|
Calculates the future value of an investment. | |
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Returns the exception mask from the FPU control word. | |
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Returns the FPU precision control mode. | |
|
Returns the FPU rounding mode. | |
|
Converts grad measurements to cycles. | |
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Converts grad measurements to degrees. | |
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Converts grad measurements to radians. | |
|
Calculates the length of the hypotenuse. | |
|
Conditionally returns one of two specified values. | |
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Conditionally returns one of two specified values. | |
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Conditionally returns one of two specified values. | |
|
Indicates whether a value falls within a specified range. | |
|
Indicates whether a value falls within a specified range. | |
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Indicates whether a value falls within a specified range. | |
|
Calculates the interest portion of a loan payment. | |
|
Returns the interest rate required to increase PresentValue to FutureValue. | |
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Calculates the internal rate of return for an investment. | |
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Calculates the integral power of a base value. | |
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Indicates when a variable or expression represents an infinite value. | |
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Indicates when a variable or expression does not evaluate to a numeric value. | |
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Indicates when a variable or expression does not evaluate to a numeric value. | |
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Indicates when a variable or expression does not evaluate to a numeric value. | |
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Indicates when a floating-point variable or expression evaluates to zero, or very close to zero. | |
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Indicates when a floating-point variable or expression evaluates to zero, or very close to zero. | |
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Indicates when a floating-point variable or expression evaluates to zero, or very close to zero. | |
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Calculates X times (2 to the power of P). | |
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Returns the natural log of (X+1) | |
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Calculates log base 10. | |
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Calculates log base 2. | |
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Calculates the log of X for a specified base. | |
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Returns the greater of two numeric values (Delphi only). | |
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Returns the greater of two numeric values (Delphi only). | |
|
Returns the greater of two numeric values (Delphi only). | |
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Returns the greater of two numeric values (Delphi only). | |
|
Returns the greater of two numeric values (Delphi only). | |
|
Returns the largest signed value in an integer array. | |
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Returns the largest signed value in an array. | |
|
Returns the average of all values in an array. | |
|
Calculates the mean and standard deviation of array elements. | |
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Returns the lesser of two numeric values (Delphi only). | |
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Returns the lesser of two numeric values (Delphi only). | |
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Returns the lesser of two numeric values (Delphi only). | |
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Returns the lesser of two numeric values (Delphi only). | |
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Returns the lesser of two numeric values (Delphi only). | |
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Returns the smallest signed value in an integer array. | |
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Returns smallest signed value in an array. | |
|
Calculates the mean, variance, skew, and kurtosis. | |
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Calculates the current value from an array of estimated cash flow values. | |
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Returns the Euclidean 'L-2' norm. | |
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Returns the number of payment periods for an investment. | |
|
Calculates a fully amortized payment. | |
|
Returns the principal amount from a full payment. | |
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Evaluates a uniform polynomial of one variable at the value X. | |
|
Calculates the population standard deviation. | |
|
Calculates the population variance. | |
|
Raises Base to any power. | |
|
Raises Base to any power. | |
|
Raises Base to any power. | |
|
Calculates the present value of an investment. | |
|
Converts radians to cycles. | |
|
Converts radians to degrees. | |
|
Converts radians to grads. | |
|
Generates random numbers with Gaussian distribution. | |
|
Returns a randomly selected element from an array. | |
|
Returns a randomly selected element from an array. | |
|
Returns a randomly selected element from an array. | |
|
Returns a random integer from a specified range. | |
|
Rounds a floating-point value to a specified digit or power of ten using "Banker's rounding". | |
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Indicates whether two floating-point values are (approximately) equal. | |
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Indicates whether two floating-point values are (approximately) equal. | |
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Indicates whether two floating-point values are (approximately) equal. | |
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Calculates the secant of an angle. | |
|
Calculates the secant of an angle. | |
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Calculates the hyperbolic secant of an angle. | |
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Sets the exception mask on the FPU control word. | |
|
Sets the FPU precision control mode. | |
|
Sets the FPU rounding mode. | |
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Indicates whether a numeric value is positive, negative, or zero. | |
|
Indicates whether a numeric value is positive, negative, or zero. | |
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Indicates whether a numeric value is positive, negative, or zero. | |
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Rounds a floating-point value to a specified digit or power of ten using asymmetric arithmetic rounding. | |
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Returns sine and cosine of an angle. | |
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Returns the hyperbolic sine of an angle. | |
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Returns the straight-line depreciation allowance of an asset. | |
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Returns the sample standard deviation for elements in an array. | |
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Returns the sum of the elements in an array. | |
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Returns the sum of the elements in an integer array. | |
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Returns the sum of the squared values from a data array. | |
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Returns the sum of the values and the sum of the squared values in an array. | |
|
Calculates depreciation for an asset. | |
|
Returns the tangent of X. | |
|
Returns the hyperbolic tangent of X. | |
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Returns the statistical variance from an array of values. | |
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Calculates statistical sample variance from an array of data. |
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