# cellfun

Evaluates the function `func` on the cell array `c`.
Each element is passed into the function individually.

## Syntax

R = cellfun(func, input1)

R = cellfun(func, input2, input2)

R = cellfun(..., 'uniformoutput', flag)

## Inputs

`func`- Function to be evaluated.
`input1`- Cell array to be operated on.
`input2`(optional)- Cell array which contains additional inputs for
`func`. `flag`- Uniform output type which specifies the class of
`R`. By default,`flag`is 1, with`R`being a matrix. If`flag`is 0,`R`will be a cell

## Outputs

- R
- Resulting output.

## Examples

```
a = {1, [1,2;3,4], [1,2,3;4,5,6;7,8,9]};
R = cellfun('det',a)
```

```
R = [Matrix] 1 x 3
1.00000e+00 -2.00000e+00 6.66134e-16
```

```
function z=my_func(a)
z=det(a);
end
a = {1, [1,2;3,4], [1,2,3;4,5,6;7,8,9]};
R = cellfun(@my_func,a)
```

```
R = [Matrix] 1 x 3
1.00000e+00 -2.00000e+00 6.66134e-16
```

`R = cellfun('sqrt',{2,36,-9,[4,9;16,36],[4i+9,36i-16]},'uniformoutput',0)`

```
R =
{
[1,1] 1.41421356
[1,2] 6
[1,3] 0 + 3i
[1,4] [Matrix] 2 x 2
2 3
4 6
[1,5] [Matrix] 1 x 2
3.06992 + 0.65148i 3.42019 + 5.26286i
}
```