x-coordinates of one or more points in the local NED system,
specified as a scalar value, vector, matrix, or N-D array. Values
must be in units that match the `LengthUnit`

property
of the `spheroid`

input.

**Data Types: **`single`

| `double`

y-coordinates of one or more points in the local NED system,
specified as a scalar value, vector, matrix, or N-D array. Values
must be in units that match the `LengthUnit`

property
of the `spheroid`

input.

**Data Types: **`single`

| `double`

z-coordinates of one or more points in the local NED system,
specified as a scalar value, vector, matrix, or N-D array. Values
must be in units that match the `LengthUnit`

property
of the `spheroid`

input.

**Data Types: **`single`

| `double`

Geodetic latitude of local origin (reference) point(s), specified
as a scalar value, vector, matrix, or N-D array. In many cases there
is one origin (reference) point, and the value of `lat0`

is
scalar, but it need not be. (It may refer to a moving platform, for
example). Values must be in units that match the input argument `angleUnit`

,
if supplied, and in degrees, otherwise.

**Data Types: **`single`

| `double`

Longitude of local origin (reference) point(s), specified as
a scalar value, vector, matrix, or N-D array. In many cases there
is one origin (reference) point, and the value of `lon0`

is
scalar, but it need not be. (It may refer to a moving platform, for
example). Values must be in units that match the input argument `angleUnit`

,
if supplied, and in degrees, otherwise.

**Data Types: **`single`

| `double`

Ellipsoidal height of local origin (reference) point(s), specified
as a scalar value, vector, matrix, or N-D array. In many cases there
is one origin (reference) point, and the value of `h0`

is
scalar, but it need not be. (It may refer to a moving platform, for
example). Units are determined by the `LengthUnit`

property
of the spheroid input.

**Data Types: **`single`

| `double`

Reference spheroid, specified as a referenceEllipsoid, oblateSpheroid,
or referenceSphere object. Use the constructor for one of these three
classes, or the `wgs84Ellipsoid`

function, to construct
a Mapping Toolbox spheroid object. You can not directly pass in a
string that names your spheroid. Instead, pass that string to `referenceEllipsoid`

or `referenceSphere`

and
use the resulting object.

Units of angles, specified as ‘degrees' (default), or
'radians'.

**Data Types: **`char`