Numeric Functions

`acos`

Compute the arccosine of the input expression (returned as radians). Supported Signatures

function acos(double) returns double

🔗 Official Documentation

`acosh`

Compute the inverse hyperbolic cosine of the input expression. Supported Signatures

function acosh(double) returns double

🔗 Official Documentation

`asin`

Compute the arcsine of the input expression (returned as radians). Supported Signatures

function asin(double) returns double

🔗 Official Documentation

`asinh`

Compute the inverse hyperbolic sine of the input expression. Supported Signatures

function asinh(double) returns double

🔗 Official Documentation

`atan`

Compute the arctangent of the input expression (returned as radians). Supported Signatures

function atan(double) returns double

🔗 Official Documentation

`atan2`

Compute the angle (in radians) between the x-axis and point (x, y). Supported Signatures

function atan2(double, double) returns double

🔗 Official Documentation

`atanh`

Compute the inverse hyperbolic tangent of the input expression (as radians). Supported Signatures

function atanh(double) returns double

🔗 Official Documentation

`cbrt`

Compute the cubic root of the input expression. Supported Signatures

function cbrt(double) returns double

🔗 Official Documentation

`ceil`

round to the nearest integer not smaller than input Supported Signatures

function ceil(decimal(38, 0)) returns decimal(38, 0)
function ceil(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function ceil(double) returns double
function ceil(double, decimal(38, 0)) returns double

🔗 Official Documentation

`cos`

Compute the cosine of the input expression (as radians). Supported Signatures

function cos(double) returns double

🔗 Official Documentation

`cosh`

Compute the hyperbolic cosine of the input expression. Supported Signatures

function cosh(double) returns double

🔗 Official Documentation

`cot`

Compute the cotangent of the input expression (as radians). Supported Signatures

function cot(double) returns double

🔗 Official Documentation

`degrees`

convert r (radians) to degrees. Supported Signatures

function degrees(double) returns double

🔗 Official Documentation

`div0`

Divides two numbers; returns 0 if divisor is 0 Supported Signatures

function div0(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function div0(double, double) returns double

🔗 Official Documentation

`div0null`

Divides two numbers; returns 0 if divisor is 0 or null Supported Signatures

function div0null(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function div0null(double, double) returns double

🔗 Official Documentation

`exp`

returns e raised to the x’th power Supported Signatures

function exp(double) returns double

🔗 Official Documentation

`factorial`

Factorial of f Supported Signatures

function factorial(decimal(38, 0)) returns decimal(38, 0)

🔗 Official Documentation

`floor`

round to the nearest integer not greater than input Supported Signatures

function floor(decimal(38, 0)) returns decimal(38, 0)
function floor(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function floor(double) returns double
function floor(double, decimal(38,0)) returns double

🔗 Official Documentation

`ln`

returns the natural logarithm of a Supported Signatures

function ln(double) returns double

🔗 Official Documentation

`log`

returns the logarithm base b of a Supported Signatures

function log(double, double) returns double

🔗 Official Documentation

`mod`

Computes modulo of two numbers Supported Signatures

function mod(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function mod(double, double) returns double

🔗 Official Documentation

`pi`

Returns the constant pi. Supported Signatures

function pi() returns double

🔗 Official Documentation

`pow`

returns x raised to the y’th power Supported Signatures

function pow(double, double) returns double

🔗 Official Documentation

`power`

returns x raised to the y’th power Supported Signatures

function power(double, double) returns double

🔗 Official Documentation

`radians`

convert d (degrees) to radians. Supported Signatures

function radians(double) returns double

🔗 Official Documentation

`round`

round to the nearest integer, with .5 rounded away from 0 Supported Signatures

function round(double) returns double
function round(double, double) returns double
function round(double, double, varchar) returns double
function round(decimal(38, 0)) returns decimal(38, 0)
function round(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function round(decimal(38, 0), decimal(38, 0), varchar) returns decimal(38, 0)
function round() returns bigint

🔗 Official Documentation

`sign`

returns sign of x Supported Signatures

function sign(decimal(38, 0)) returns decimal(38, 0)
function sign(double) returns double

🔗 Official Documentation

`sin`

Compute the sine of the input expression (as radians). Supported Signatures

function sin(double) returns double

🔗 Official Documentation

`sinh`

Compute the hyperbolic sine of the input expression. Supported Signatures

function sinh(double) returns double

🔗 Official Documentation

`sqrt`

Compute the square root of the input expression. Supported Signatures

function sqrt(double) returns double

🔗 Official Documentation

`square`

Compute the square of the input expression. Supported Signatures

function square(double) returns double

🔗 Official Documentation

`tan`

Compute the tangent of the input expression (as radians). Supported Signatures

function tan(double) returns double

🔗 Official Documentation

`tanh`

Compute the hyperbolic tangent of the input expression (as radians). Supported Signatures

function tanh(double) returns double

🔗 Official Documentation

`truncate`

truncate the fractional or date part Supported Signatures

function truncate(decimal(38, 0)) returns decimal(38, 0)
function truncate(decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function truncate(double) returns double
function truncate(double, double) returns double
function truncate(date, varchar) returns date
function truncate(time, varchar) returns time
function truncate(timestamp, varchar) returns timestamp

🔗 Official Documentation

`width_bucket`

returns the bucket a value falls into in an equiwidth histogram Supported Signatures

function width_bucket(decimal(38, 0), decimal(38, 0), decimal(38, 0), decimal(38, 0)) returns decimal(38, 0)
function width_bucket(double, double, double, decimal(38, 0)) returns decimal(38, 0)

🔗 Official Documentation

Reference

SQL Functions

Numeric Functions

`acos`

`acosh`

`asin`

`asinh`

`atan`

`atan2`

`atanh`

`cbrt`

`ceil`

`cos`

`cosh`

`cot`

`degrees`

`div0`

`div0null`

`exp`

`factorial`

`floor`

`ln`

`log`

`mod`

`pi`

`pow`

`power`

`radians`

`round`

`sign`

`sin`

`sinh`

`sqrt`

`square`

`tan`

`tanh`

`truncate`

`width_bucket`

​acos

​acosh

​asin

​asinh

​atan

​atan2

​atanh

​cbrt

​ceil

​cos

​cosh

​cot

​degrees

​div0

​div0null

​exp

​factorial

​floor

​ln

​log

​mod

​pi

​pow

​power

​radians

​round

​sign

​sin

​sinh

​sqrt

​square

​tan

​tanh

​truncate

​width_bucket

`acos`

`acosh`

`asin`

`asinh`

`atan`

`atan2`

`atanh`

`cbrt`

`ceil`

`cos`

`cosh`

`cot`

`degrees`

`div0`

`div0null`

`exp`

`factorial`

`floor`

`ln`

`log`

`mod`

`pi`

`pow`

`power`

`radians`

`round`

`sign`

`sin`

`sinh`

`sqrt`

`square`

`tan`

`tanh`

`truncate`

`width_bucket`