| Oracle® Business Intelligence Enterprise Edition Help 11g Release 1 (11.1.1) |
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The math functions perform mathematical operations. Functions include:
This function calculates the absolute value of a numeric expression.
Syntax
ABS(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the arc cosine of a numeric expression.
Syntax
ACOS(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the arc sine of a numeric expression.
Syntax
ASIN(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the arc tangent of a numeric expression.
Syntax
ATAN(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the arc tangent of y/x, where y is the first numeric expression and x is the second numeric expression.
Syntax
ATAN2(numExpr1, numExpr2)
Where:
numExpr is any expression that evaluates to a numeric value.
This function rounds a noninteger numeric expression to the next highest integer. If the numeric expression evaluates to an integer, the CEILING function returns that integer.
Syntax
CEILING(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the cosine of a numeric expression.
Syntax
COS(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the cotangent of a numeric expression.
Syntax
COT(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function converts an expression from radians to degrees.
Syntax
DEGREES(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function sends the value to the power specified.
Syntax
EXP(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function retrieves a bit at a particular position in an integer. It returns an integer of either 0 or 1 corresponding to the position of the bit. The primary use case for this function is to extract 'cell status' in the Hyperion Financial Management cube source. The EXTRACTBIT function cannot be pushed into any database, and is always internally executed (in the Oracle BI Server).
Syntax
Int ExtractBit(Arg1, Arg2)
Where:
Arg1 is an expression of the following types: INT, SMALLINT, UNIT, SMALLUNIT, TINYINT, TINYUNIT. If Arg1 is of double type, it is necessary to cast the column to an INT first.
Arg2 is an expression of type integer. The value should range from 1 to length_of_Arg1. 1 retrieves the Least Significant Bit. If the Arg2 is beyond the length of the integer, then 0 is returned. An error message is triggered when the Arg2 is less than 1.
This function rounds a noninteger numeric expression to the next lowest integer. If the numeric expression evaluates to an integer, the FLOOR function returns that integer.
Syntax
FLOOR(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the natural logarithm of an expression.
Syntax
LOG(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the base 10 logarithm of an expression.
Syntax
LOG10(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function divides the first numeric expression by the second numeric expression and returns the remainder portion of the quotient.
Syntax
MOD(numExpr1, numExpr2)
Where:
numExpr is any expression that evaluates to a numeric value.
Examples
This example request returns a value of 0:
MOD(9, 3)
This example request returns a value of 1:
MOD(10, 3)
This function returns the constant value of pi (the circumference of a circle divided by its diameter).
Syntax
PI()
This function takes the first numeric expression and raises it to the power specified in the second numeric expression.
Syntax
POWER(numExpr1, numExpr2)
Where:
numExpr1 is any expression that evaluates to a numeric value.
This function converts an expression from degrees to radians.
Syntax
RADIANS(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
Returns a pseudo-random number based on a seed value. For a given seed value, the same set of random numbers are generated.
Syntax
RAND(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function rounds a numeric expression to n digits of precision.
Syntax
ROUND(numExpr, integer)
Where:
numExpr is any expression that evaluates to a numeric value.
integer is any positive integer that represents the number of digits of precision.
Example
This example returns 2.17 as the result.
ROUND(2.166000, 2)
This function returns the following:
A value of 1 if the numeric expression argument evaluates to a positive number.
A value of -1 if the numeric expression argument evaluates to a negative number.
0 (zero) if the numeric expression argument evaluates to zero.
Syntax
SIGN(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the sine of a numeric expression.
Syntax
SIN(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function calculates the square root of the numeric expression argument. The numeric expression must evaluate to a nonnegative number.
Syntax
SQRT(numExpr)
Where:
numExpr is any expression that evaluates to a nonnegative numeric value.
This function calculates the tangent of a numeric expression.
Syntax
TAN(numExpr)
Where:
numExpr is any expression that evaluates to a numeric value.
This function truncates a decimal number to return a specified number of places from the decimal point.
Syntax
TRUNCATE(numExpr, integer)
Where:
numExpr is any expression that evaluates to a numeric value.
integer is any positive integer that represents the number of characters to the right of the decimal place to return.
Examples
This example returns 45.12:
TRUNCATE(45.12345, 2)
This example returns 25.12:
TRUNCATE(25.126, 2)
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