## Description

`T`

= le(`DMObj1`

, `DMObj2`

)

or
the equivalent `T`

= `DMObj1`

<= `DMObj2`

compares
each element in DataMatrix object `DMObj1`

to
the corresponding element in DataMatrix object `DMObj2`

,
and returns `T`

, a logical matrix of the
same size as `DMObj1`

and `DMObj2`

,
containing logical `1`

(true) where elements in `DMObj1`

are
less than or equal to the corresponding element in `DMObj2`

,
and logical `0`

(false) otherwise. `DMObj1`

and `DMObj2`

must
have the same size (number of rows and columns), unless one is a scalar
(1-by-1 DataMatrix object). `DMObj1`

and `DMObj2`

can
have different `Name`

properties.

`T`

= le(`DMObj1`

, `B`

)

or
the equivalent `T`

= `DMObj1`

<= `B`

compares
each element in DataMatrix object `DMObj1`

to
the corresponding element in `B`

, a numeric
or logical array, and returns `T`

, a logical
matrix of the same size as `DMObj1`

and `B`

,
containing logical `1`

(true) where elements in `DMObj1`

are
less than or equal to the corresponding element in `B`

,
and logical `0`

(false) otherwise. `DMObj1`

and `B`

must
have the same size (number of rows and columns), unless one is a scalar.

`T`

= le(`B`

, `DMObj1`

)

or
the equivalent `T`

= `B`

<= `DMObj1`

compares
each element in `B`

, a numeric or logical
array, to the corresponding element in DataMatrix object `DMObj1`

,
and returns `T`

, a logical matrix of the
same size as `B`

and `DMObj1`

,
containing logical `1`

(true) where elements in `B`

are
less than or equal to the corresponding element in `DMObj1`

,
and logical `0`

(false) otherwise. `B`

and `DMObj1`

must
have the same size (number of rows and columns), unless one is a scalar.

MATLAB calls `T`

= le(`X`

, `Y`

)

for
the syntax `T`

= `X`

<= `Y`

when `X`

or `Y`

is
a DataMatrix object.