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Geodetic to local spherical AER

- example
`[az,elev,slantRange] = geodetic2aer(lat,lon,h,lat0,lon0,h0,spheroid)`

`[___] = geodetic2aer(___,angleUnit)`

`[`

returns
coordinates in a local spherical system corresponding to geodetic
coordinates `az`

,`elev`

,`slantRange`

]
= geodetic2aer(`lat`

,`lon`

,`h`

,`lat0`

,`lon0`

,`h0`

,`spheroid`

)`lat`

, `lon`

, `h`

. `spheroid`

is
an instance of a reference spheroid object. Any of the first six numeric
input arguments can be scalar, even when the others are nonscalar;
but all nonscalar numeric arguments must match in size.

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