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Mathematical

   xxx
 and yyy
 represent variables as time series or dots​
Syntax
Example
Output
​ceil(x)ceil(x)ceil(x)
​
​ceil([1.2,2,3.7])ceil([1.2, 2, 3.7])ceil([1.2,2,3.7])
​
​[2,2,4][2,2,4][2,2,4]
​
​round(x,n)round(x, n)round(x,n)
​
​round([1.22222,2.9994332],3)round([1.22222, 2.9994332], 3)round([1.22222,2.9994332],3)
​
​[1.222,2.999][1.222, 2.999][1.222,2.999]
​
​sin(x)sin(x)sin(x)
​
​sin([0,90])sin([0, 90])sin([0,90])
​
​[0,0.893[0, 0.893[0,0.893
​
​cos(x)cos(x)cos(x)
​
​cos([0,90])cos([0, 90])cos([0,90])
​
​[1,−0.448][1, -0.448][1,−0.448]
​
​tan(x)tan(x)tan(x)
​
​tan([0,90])tan([0, 90])tan([0,90])
​
​[0,−1.995][0, -1.995][0,−1.995]
​
​arcsin(x)arcsin(x)arcsin(x)
​
​arcsin([0,90])arcsin([0, 90])arcsin([0,90])
​
​[0][0][0]
​
​arccos(x)arccos(x)arccos(x)
​
​arccos([0,90])arccos([0, 90])arccos([0,90])
​
​[1.570][1.570][1.570]
​
​arctan(x)arctan(x)arctan(x)
​
​arctan([0,90])arctan([0, 90])arctan([0,90])
​
​[0][0][0]
​
​arctan2(x,y)arctan2(x, y)arctan2(x,y)
​
Assuming that the variables are sampled every minute. arctan2([1,2],[0.1,1])arctan2([1, 2], [0.1, 1])arctan2([1,2],[0.1,1])
​
​[1.471127,1.1071][1.471127, 1.1071][1.471127,1.1071]
​
​sinh(x)sinh(x)sinh(x)
​
​sinh([0,90])sinh([0, 90])sinh([0,90])
​
​[0,6.1020exp38][0, 6.1020exp38][0,6.1020exp38]
​
​cosh(x)cosh(x)cosh(x)
​
​cosh([0,90])cosh([0, 90])cosh([0,90])
​
​[1,6.1020exp38][1, 6.1020exp38][1,6.1020exp38]
​
​tanh(x)tanh(x)tanh(x)
​
​tanh([0,90])tanh([0, 90])tanh([0,90])
​
​[0,1][0, 1][0,1]
​
​arcsinh(x)arcsinh(x)arcsinh(x)
​
​arcsinh([0,90])arcsinh([0, 90])arcsinh([0,90])
​
​[0,5.19][0, 5.19][0,5.19]
​
​arccosh(x)arccosh(x)arccosh(x)
​
​arccosh([0,90])arccosh([0, 90])arccosh([0,90])
​
​[5.192][5.192][5.192]
​
​arctanh(x)arctanh(x)arctanh(x)
​
​arctanh([0,90])arctanh([0, 90])arctanh([0,90])
​
​[0][0][0]
​
​exp(x)exp(x)exp(x)
​
​exp([−1,0,1,2])exp([-1, 0, 1, 2])exp([−1,0,1,2])
​
​[0.367,1.0,2.718,7.389][0.367, 1.0, 2.718, 7.389][0.367,1.0,2.718,7.389]
​
​log(x,base)log(x, base)log(x,base)
​
​log([1,2])log([1, 2])log([1,2])
​
​[0,0.693][0, 0.693][0,0.693]
​
​abs(x)abs(x)abs(x)
​
​abs([−1,0,1,2])abs([-1, 0, 1, 2])abs([−1,0,1,2])
​
​[1,0,1,2][1, 0, 1 ,2][1,0,1,2]
​
​sqrt(x)sqrt(x)sqrt(x)
​
​sqrt[1,4]sqrt[1,4]sqrt[1,4]
​
​[1,2][1,2][1,2]
​

Syntax	Example	Output
$ceil(x)$	$ceil([1.2, 2, 3.7])$	$[2,2,4]$
$round(x, n)$	$round([1.22222, 2.9994332], 3)$	$[1.222, 2.999]$
$sin(x)$	$sin([0, 90])$	$[0, 0.893$
$cos(x)$	$cos([0, 90])$	$[1, -0.448]$
$tan(x)$	$tan([0, 90])$	$[0, -1.995]$
$arcsin(x)$	$arcsin([0, 90])$	$[0]$
$arccos(x)$	$arccos([0, 90])$	$[1.570]$
$arctan(x)$	$arctan([0, 90])$	$[0]$
$arctan2(x, y)$	Assuming that the variables are sampled every minute. $arctan2([1, 2], [0.1, 1])$	$[1.471127, 1.1071]$
$sinh(x)$	$sinh([0, 90])$	$[0, 6.1020exp38]$
$cosh(x)$	$cosh([0, 90])$	$[1, 6.1020exp38]$
$tanh(x)$	$tanh([0, 90])$	$[0, 1]$
$arcsinh(x)$	$arcsinh([0, 90])$	$[0, 5.19]$
$arccosh(x)$	$arccosh([0, 90])$	$[5.192]$
$arctanh(x)$	$arctanh([0, 90])$	$[0]$
$exp(x)$	$exp([-1, 0, 1, 2])$	$[0.367, 1.0, 2.718, 7.389]$
$log(x, base)$	$log([1, 2])$	$[0, 0.693]$
$abs(x)$	$abs([-1, 0, 1, 2])$	$[1, 0, 1 ,2]$
$sqrt(x)$	$sqrt[1,4]$	$[1,2]$

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