| RTL_Add |
MATH Function |
RTL_Maths.dll |
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Adds two numbers together and returns the result
Syntax: RTL_Add(numeric-expression1, numeric-expression2)
A% = RTL_Add(2,1)
Details:
Adds numeric-expression2 to numeric-expression1. In the example above A% would equal 3.
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| RTL_Subtract |
MATH Function |
RTL_Maths.dll |
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Subtracts one number from another and returns the result
Syntax: RTL_Add(numeric-expression1, numeric-expression2)
A% = RTL_Subtract(5,2)
Details:
Takes numeric-expression2 away from numeric-expression1. In the example above A% would equal 3.
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| RTL_Multiply |
MATH Function |
RTL_Maths.dll |
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Multiplies one number by another and returns the result
Syntax: RTL_Multiply(numeric-expression1, numeric-expression2)
A% = RTL_Multiply(5,2)
Details:
Multiplies numeric-expression1 by numeric-expression2. In the example above A% would equal 10.
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| RTL_Divide |
MATH Function |
RTL_Maths.dll |
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Divides one number by another and returns the result
Syntax: RTL_Divide(numeric-expression1, numeric-expression2)
A% = RTL_Divide(10,2)
Details:
Divides numeric-expression1 by numeric-expression2. In the example above A% would equal 5.
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| RTL_Power |
MATH Function |
RTL_Maths.dll |
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Raises one number to the power of another and returns the result
Syntax: RTL_Power(numeric-expression1, numeric-expression2)
A% = RTL_Power(2,5)
Details:
numeric-expression1 is raised to the power of numeric-expression2. In the example above A% would equal 32.
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| RTL_Abs |
MATH Function |
RTL_Maths.dll |
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Returns the absolute value of a number
Syntax: RTL_Abs(numeric-expression)
A% = RTL_Abs(-123)
Details:
Returns the unsigned magnitude of numeric-expression. In the example above A% would equal 123.
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| RTL_ACos |
MATH Function |
RTL_Maths.dll |
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Returns the arccosine value of a number
Syntax: RTL_ACos(numeric-expression)
A% = RTL_ACos(0.1)
Details:
Returns the arccosine of numeric-expression. In the example above A% would equal 1.47062891.
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| RTL_ASin |
MATH Function |
RTL_Maths.dll |
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Returns the arcsine value of a number
Syntax: RTL_ASin(numeric-expression)
A% = RTL_ASin(0.1)
Details:
Returns the arcsine of numeric-expression. In the example above A% would equal 0.100167421.
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| RTL_ATan |
MATH Function |
RTL_Maths.dll |
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Returns the arctangent value of a number
Syntax: RTL_ATan(numeric-expression)
A% = RTL_ATan(0.1)
Details:
Returns the arctangent of numeric-expression. In the example above A% would equal 0.0996686525.
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| RTL_Ceil |
MATH Function |
RTL_Maths.dll |
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Rounds a numeric expression up toward positive infinity
Syntax: RTL_Ceil(numeric-expression)
A% = RTL_Ceil(0.3)
Details:
Rounds up numeric-expression to the nearest whole number. In the example above A% would equal 1.
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| RTL_Cos |
MATH Function |
RTL_Maths.dll |
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Returns the cosine value of a number
Syntax: RTL_Cos(numeric-expression)
A% = RTL_Cos(0.1)
Details:
Returns the cosine of numeric-expression. In the example above A% would equal 0.995004165.
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| RTL_Exp |
MATH Function |
RTL_Maths.dll |
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Returns the exponential of a number
Syntax: RTL_Exp(numeric-expression)
A% = RTL_Exp(2)
Details:
Returns the exponential of numeric-expression. In the example above A% would equal 7.3890561.
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| RTL_Fix |
MATH Function |
RTL_Maths.dll |
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Removes the fractional part of a number
Syntax: RTL_Fix(numeric-expression)
A% = RTL_Fix(12.35)
Details:
Returns the whole number in numeric-expression. In the example above A% would equal 12.
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| RTL_Floor |
MATH Function |
RTL_Maths.dll |
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Rounds a numeric expression down toward negative infinity
Syntax: RTL_Floor(numeric-expression)
A% = RTL_Floor(0.3)
Details:
Rounds down numeric-expression to the nearest whole number. In the example above A% would equal 0.
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| RTL_Frac |
MATH Function |
RTL_Maths.dll |
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Removes the whole part of a number
Syntax: RTL_Frac(numeric-expression)
A% = RTL_Frac(12.35)
Details:
Returns the fractional number in numeric-expression. In the example above A% would equal 0.35.
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| RTL_Int |
MATH Function |
RTL_Maths.dll |
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Returns the largest integer less than or equal to a numeric-expression
Syntax: RTL_Int(numeric-expression)
A% = RTL_Int(35.4)
Details:
Returns the largest integer less than or equal to numeric-expression. In the example above A% would equal 35.
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| RTL_Log |
MATH Function |
RTL_Maths.dll |
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Returns the natural logarithm of a numeric expression
Syntax: RTL_Log(numeric-expression)
A% = RTL_Log(22)
Details:
Returns the natural logarithm of numeric-expression. In the example above A% would equal 3.09104245.
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| RTL_Round |
MATH Function |
RTL_Maths.dll |
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Converts a number to an integer by rounding the fractional part of the expression
Syntax: RTL_Round(numeric-expression)
A% = RTL_Round(3.4)
B% = RTL_Round(3.5)
Details:
Rounds up or down numeric-expression. In the example above A% would equal 3 and B% would equal 4.
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| RTL_Sgn |
MATH Function |
RTL_Maths.dll |
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Returns a number that indicates the sign of a numeric expression
Syntax: RTL_Sgn(numeric-expression)
A% = RTL_Sgn(-100)
B% = RTL_Sgn(0)
C% = RTL_Sgn(12)
Details:
Returns a number that indicates the sign of numeric-expression. In the example above A% would equal -1, B% would equal 0 and C% would equal 1.
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| RTL_Sin |
MATH Function |
RTL_Maths.dll |
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Returns the sine value of a number
Syntax: RTL_Sin(numeric-expression)
A% = RTL_Sin(0.1)
Details:
Returns the sine of numeric-expression. In the example above A% would equal 0.0998334166.
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| RTL_Sqr |
MATH Function |
RTL_Maths.dll |
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Returns the square root of a number
Syntax: RTL_Sqr(numeric-expression)
A% = RTL_Sqr(9)
Details:
Returns the square root of numeric-expression. In the example above A% would equal 3.
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| RTL_Tan |
MATH Function |
RTL_Maths.dll |
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Returns the tangent value of a number
Syntax: RTL_Tan(numeric-expression)
A% = RTL_Tan(0.1)
Details:
Returns the tangent of numeric-expression. In the example above A% would equal 0.100334672.
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| RTL_ATan2 |
MATH Function |
RTL_Maths.dll |
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Returns the arctangent value of two numbers
Syntax: RTL_ATan2(numeric-expression1, numeric-expression2)
A% = RTL_ATan2(2,1)
Details:
Returns the arctangent value of numeric-expression1 and numeric-expression2. In the example above A% would equal 1.10714872.
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| RTL_Cosh |
MATH Function |
RTL_Maths.dll |
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Returns the hyperbolic cosine value of a number
Syntax: RTL_Cosh(numeric-expression)
A% = RTL_Cosh(0.1)
Details:
Returns the hyperbolic cosine of numeric-expression. In the example above A% would equal 1.00500417.
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| RTL_Log10 |
MATH Function |
RTL_Maths.dll |
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Returns the base 10 logarithm of a numeric expression
Syntax: RTL_Log10(numeric-expression)
A% = RTL_Log10(22)
Details:
Returns the base 10 logarithm of numeric-expression. In the example above A% would equal 1.34242268.
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| RTL_Sinh |
MATH Function |
RTL_Maths.dll |
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Returns the hyperbolic sine value of a number
Syntax: RTL_Sinh(numeric-expression)
A% = RTL_Sinh(0.1)
Details:
Returns the hyperbolic sine of numeric-expression. In the example above A% would equal 0.10016675.
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| RTL_Tanh |
MATH Function |
RTL_Maths.dll |
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Returns the hyperbolic tangent value of a number
Syntax: RTL_Tanh(numeric-expression)
A% = RTL_Tanh(0.1)
Details:
Returns the hyperbolic tangent of numeric-expression. In the example above A% would equal 0.0996679946.
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