Function Description

s

Single-precision floating-point real number

c

Single-precision floating-point complex number

d

Double-precision floating-point real number

z

Double-precision floating-point complex number

add

s, d, c, z

Adds vectors.

sub

s, d, c, z

Subtracts vectors.

sqr

s, d

Squares a vector.

mul

s, d, c, z

Multiplies vectors.

div

s, d, c, z

Computes the quotient of vectors.

sqrt

s, d, c, z

Computes the square root of a vector.

cbrt

s, d

Computes the cube root of a vector.

abs

s, d, c, z

Computes the absolute value of a real number or the modulus of a complex number.

hypot

s, d

Computes the hypotenuse of a right triangle.

inv

s, d

Computes the reciprocal of a vector.

invcbrt

s, d

Computes the reciprocal of the cube root of a vector.

invsqrt

s, d

Computes the reciprocal of the square root of a vector.

linearfrac

s, d

Performs linear fraction transformation.

remainder

s, d

Computes the remainder.

pow

s, d, c, z

Power function a^b.

powx

s, d, c, z

Power function a^b (b as a scalar).

powr

s, d

Power function a^b (a ≥ 0).

pow2o3

s, d

Computes the value of x raised to the power of 2/3.

pow3o2

s, d

Computes the value of x raised to the power of 3/2.

exp

s, d, c, z

Exponential function (base e).

exp2

s, d

Exponential function (base 2).

exp10

s, d

Exponential function (base 10).

expm1

s, d

Returns e raised to the power of a number, subtracted by 1.

ln

s, d, c, z

Computes the base-e logarithm of a vector.

log10

s, d, c, z

Computes the base-10 logarithm of a vector.

log1p

s, d

Adds 1 to the base-e logarithm of a vector.

log2

s, d

Computes the base-2 logarithm of a vector.

logb

s, d

Rounds the base-2 logarithm of a vector.

cos

s, d, c, z

Computes the cosine of a vector.

sin

s, d, c, z

Computes the sine of a vector.

tan

s, d, c, z

Computes the tangent of a vector.

atan

s, d, c, z

Computes the arctangent of a vector.

atanpi

s, d

Computes the arctangent of a vector, divided by π.

atan2

s, d

Computes the four-quadrant arctangent of two variables.

atan2pi

s, d

Computes the four-quadrant arctangent of two variables, divided by π.

sincos

s, d

Computes the sine and cosine of a vector.

sinh

s, d, c, z

Hyperbolic sine function

cosh

s, d, c, z

Hyperbolic cosine function

tanh

s, d, c, z

Hyperbolic tangent function

asinh

s, d, c, z

Hyperbolic arcsine function

acosh

s, d, c, z

Hyperbolic arccosine function

atanh

s, d, c, z

Hyperbolic arctangent function

sind

s, d

Computes the sine of an input degree angle.

cosd

s, d

Computes the cosine of an input degree angle.

trunc

s, d

Computes the integer value rounded towards 0 for x.

round

s, d

Computes the value rounded to the nearest integer for x.

nearbyint

s, d

Computes the rounded integer value for x in the current rounding mode.

rint

s, d

Computes the rounded integer value for x in the current rounding mode.

frac

s, d

Computes the factional part of x.

fmod

s, d

Computes the modulus.

arg

c, z

Computes the argument.

conj

c, z

Computes the conjugate value.

mulbyconj

c, z

Multiplies the elements in the first vector by the conjugate values of elements in the second vector.

cis

c, z

Computes the complex result of , where the input parameter x is a real vector.

acos

s, d, c, z

Computes the arccosine of a vector.

asin

s, d, c, z

Computes the arcsine of a vector.

cospi

s, d

Computes the cosine of an input real vector multiplied by π.

sinpi

s, d

Computes the sine of an input real vector multiplied by π.

tanpi

s, d

Computes the tangent of an input real vector multiplied by π.

acospi

s, d

Computes the arccosine of the input real vector and divide the arccosine by π.

asinpi

s, d

Computes the arcsine of the input real vector and divide the arcsine by π.

tand

s, d

Computes the tangent of an input degree angle.

erf

s, d

Computes the error function value of the input vector x.

erfc

s, d

Computes the complementary error function value of the input vector x.

cdfnorm

s, d

Computes the cumulative normal distribution function value of the input vector x.

erfinv

s, d

Computes the inverse error function value of the input vector x.

erfcinv

s, d

Computes the inverse complementary error function value of the input vector x.

cdfnorminv

s, d

Computes the inverse cumulative normal distribution function value of the input vector x.

lgamma

s, d

Computes the natural logarithm of the absolute value of the gamma function for the input vector x.

tgamma

s, d

Computes the gamma function of the input vector x.

expint1

s, d

Computes the exponential integral of a vector.

floor

s, d

Computes an integer value rounded towards minus infinity for an input vector.

ceil

s, d

Computes an integer value rounded towards plus infinity for an input vector.

modf

s, d

Computes a truncated integer value and the remaining fraction part for the input vector.

copysign

s, d

Copies the sign bit of input vector 2 to input vector 1.

nextafter

s, d

Returns the next representable value in the specified return format after x in the direction of y.

fdim

s, d

Returns the difference of x - y if x > y or 0 otherwise.

fmax

s, d

Returns the larger one of vectors x and y.

fmin

s, d

Returns the smaller one of vectors x and y.

fmaxmag

s, d

Returns the one with a larger magnitude in x and y.

fminmag

s, d

Returns the one with a smaller magnitude in x and y.