A Cartesian position from another one, with coordinates given in meters:

Specify time in seconds since January 1, 1900:

Provide Cartesian coordinates as Quantity lengths with any unit:

Give one or both positions as entities:

Specify the origin as any type of geodetic position:

Specify a datum in the origin:

Changing the datum of the origin affects the coordinate values:

Change back to the original datum:

To speed up computations, use an array of positions in the first argument:

All points are transformed at once:

Here each point is transformed individually:

Results coincide up to numerical error:

Changes of datum are also faster using an array of points as the first argument:

GeoPositionENU can contain nested lists of points, as long as all points have the same length and depth:

Manipulations will preserve the nesting structure:

However, this is not allowed, because the first point has a time specification, but not the second:

This is not allowed because the second point is deeper than the first:

Convert a list of geo positions into a single geo position array:

Convert back to a list of geo positions:

Use properties to extract information from a GeoPositionENU object:

Use properties to extract information from a GeoPositionENU array:

There are 200 points:

It is a matrix of points, so it has point depth 2:

Each point has dimension 3, namely the e,n,u coordinates:

The array of coordinates is packed with type Real:

Any other property will return an array of values corresponding to the points of the array: