# tensorprod

## Syntax

## Description

`C = tensorprod(`

returns the tensor product of
tensors `A`

,`B`

,`dimA`

,`dimB`

)`A`

and `B`

. The arguments `dimA`

and `dimB`

are vectors that specify which dimensions to contract in
`A`

and `B`

. The size of the output tensor is the size
of the uncontracted dimensions of `A`

followed by the size of the
uncontracted dimensions of `B`

.

`C = tensorprod(`

returns the outer product
between tensors `A`

,`B`

)`A`

and `B`

. This syntax is equivalent to
using one of the previous syntaxes with `dimA = dimB = []`

or ```
dim
= []
```

. The size of the output tensor is ```
[size(A)
size(B)]
```

.

`C = tensorprod(`

returns the inner product
between tensors `A`

,`B`

,"all")`A`

and `B`

, which must be the same size.
The output is a scalar.

`C = tensorprod(___,NumDimensionsA=`

optionally specifies the number of dimensions in tensor `ndimsA`

)`A`

in addition to
any of the input argument combinations in previous syntaxes. Use this option when
`A`

has trailing singleton dimensions that are expected to be passed on
to the output. For example, `tensorprod(A,B,NumDimensionsA=4)`

calculates
the outer product between tensors `A`

and `B`

where
`A`

has a total of four dimensions.

## Examples

## Input Arguments

## More About

## Extended Capabilities

## Version History

**Introduced in R2022a**