abs
abs( number )
Returns the absolute value of number.
Returns the absolute value of number.
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acos
acos( number )
Returns the arccosine of number. The results are returned in radians.
Returns the results in radians.
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asin
asin( number )
Returns the arcsine of number. The results are returned in radians.
Returns the reaults in radians.
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atan
atan( number )
Returns the arctangent of number. The results are returned in radians.
Returns the results in radians.
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atan2
atan2( x, y )
Returns the arctangent of y/x. This is similar to atan(), but the signs of y and x are taken into account when computing the quadrant of the result. The results are returned in radians.
Returns the results in radians.
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ceil
ceil( number )
Returns the smallest integer greater than or equal to number
Returns the results as an integer.
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cos
cos( number )
Returns the cosine of number. The argument should be expressed in radians.
Returns the results in radians.
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cosh
cosh( number )
Returns the hyperbolic cosine of number. The argument should be expressed in radians.
Returns the hyperbolic cosine.
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exp
exp( number )
Returns the constant e (approximately 2.71828) Raised to the power number.
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floor
floor( number )
Returns the largest integer less than or equal to number
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fmod
fmod( x, y )
Returns the remainder of number1/number2; number1, number2, and the result are all floating point numbers.
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int
int( number )
Returns integer portion of number (removes the decimal and any digits to the right of it)
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log
log( number )
Returns the natural logarithm (base e, approximately 2.71828) of number.
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log10
log10( number )
Returns the base 10 logarithm of number
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power
power( number, matissa )
Raises number to a a power (for example, power(12,2)=144)
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random
random( max )
Returns a random number less than or equal to maximum
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rnd
rnd( value, precision )
Works like the ROUND operator, rounding number up or down to number_of_places after the decimal
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sin
sin( number )
Returns the sine of number. The argument should be expressed in radians.
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sinh
sinh( number )
Returns the hyperbolic sine of number. The argument should be expressed in radians.
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sqrt
sqrt( number )
Returns the square root of number.
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srandom
srandom( seed )
Allows a script to reseed the random number generator used by random()
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tan
tan( number )
Returns the tangent of number. The argument should be expressed in radians.
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tanh
tanh( number )
Returns the hyperbolic tangent of number. The argument should be expressed in radians.
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