**arrayfun**

Evaluates the function`func`on each element of the array`m`. Each element is passed into the function individually.**bsxfun**

Evaluates the function`func`on the elements (element-wise operation) of the input matrices.**cat**

Joins the given arrays along a specified dimension,`dim`.**cell**

Creates a new empty cell array.**cell2mat**

Converts a cell array to a matrix.**cell2struct**

Converts the cell`a`to a struct. The number of fields`b`must match number of dimensions`c`.**celldisp**

Displays the content of the cell array`x`.**cellfun**

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

Returns a cell array of strings with the names of the fields in the specified struct.**getfield**

Extract a field value from a structure`s`.**iscell**

Tests if a value is a cell array.**iscellstr**

Indicates whether each element of a cell array is a string.**iscolumn**

Tests if`v`is a column vector of dimension M x 1, where M is a non-negative inteter.**isfield**

Returns`true`if`x`is a struct and contains the field '`field`'.**isfinite**

Tests if a value is finite.**isrow**

Tests if`v`is a row vector of dimension 1 x N, where N is a non-negative integer.**isstruct**

Tests if a value is a struct.**mat2cell**

Converts a 2D matrix,`m`, to a cell array,`R`.**num2cell**

Returns a cell array after converting a complex, 2D matrix, scalar or string input.**rmfield**

Returns a copy of the structure`s`with the field`f`removed.**setfield**

Sets the value of field`f`in the stucture`s`to the value`v`.**sortrows**

Returns matrix,`R`, which is the result of sorting rows of matrix,`m`, based on the columns listed,`columns`.**struct**

Creates one or more structs with the specified fields and value(s) .**structfun**

Evaluates the function`func`on the fields of the structure`s`. Each field is passed into the function individually.**struct2cell**

Creates a cell array from the struct`s`.**subsasgn**

Assigns a value to an element of a cell or matrix.