Array Functions

Array Functions lets you perform functional operations on your array inputs

Node Definitions

Array Functions component needs to have the category and array function defined before defining input and output ports to it. Each Array Function has it's own input and output port limitations.

After defining your Category and Array Function for this Array Functions component, you can see input and output limitation in your Input Ports and Output Ports tabs respectively.

Input Ports

You can define your input ports in Input Ports tab, adhering to the input limitation. For each port you need to choose parameter name. Parameters are the arguments for selected function.

You have two types of input ports: Input and Constant.

  • Input typed ports are your regular ports, which you can connect to other output ports via linking, and it will get the value of the output port it is linked to.

  • Constant typed ports are ports which you can't link to any other output ports, and these ports will always have the value that is defined to it.

Output Ports

You can define your output ports in Output Ports tab, adhering to the output limitation. For each port you need to choose parameter name. Parameters are the outputs for selected function.

System Ports

For more information read here

Working Example

Appendix

Categories

Functions

Array creation

Array manipulation

Math

Discrete Fourier Transform

Linear algebra

Sorting, searching and counting

Statistics

absolute

add

amax

amin

append

arccos

arccosh

arcsin

arcsinh

arctan

arctan2

arctanh

arraysplit

asanyarray

asarray

asfarray

asmatrix

average

ceil

column_stack

concatenate

cond

corrcoef

correlate

cos

cosh

count_nonzero

cov

cumprod

cumsum

degrees

delete

det

divide

dot

dsplit

dstack

eig

eigh

eigvals

eigvalsh

exp

eye

fabs

fft

fft2

fftn

fix

flip

fliplr

lipud

floor

ull

hfft

histogram

histogram2d

istogramdd

hsplit

hstack

hypot

identity

ifft

ifft2

ifftn

ihfft

inner

insert

inv

irfft

irfft2

irfftn

log

log10

log2

matmul

matrix_rank

maximum

mean

median

minimum

mod

multi_dot

multiply

nancumprod

nancumsum

nanmax

nanmean

nanmedian

nanmin

nanprod

nanstd

nansum

nanvar

negative

nonzero

norm

ones

outer

positive

power

prod

radians

remainder

repeat

reshape

rfft

rfft2

rfftn

rint

rot90

round

row_stack

sign

sin

sinh

sort

split

sqrt

square

stack

std

subtract

sum

tan

tanh

tensordot

tensorinv

tile

trunc

var

vdot

vsplit

vstack

zeros

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