def position(self, name, tdb, tdb2=<NUM_LIT:0.0>):
bundle = self.compute_bundle(name, tdb, tdb2)<EOL>return self.position_from_bundle(bundle)<EOL>
[DEPRECATED] Compute the position of `name` at time ``tdb [+ tdb2]``.

        The position is returned as a NumPy array ``[x y z]``.

        The barycentric dynamical time `tdb` argument should be a float.
        If there are many dates you want computed, then make `tdb` an
        array, which is more efficient than calling this method multiple
        times; the return value will be a two-dimensional array giving a
        row of values for each coordinate.

        For extra precision, the time can be split into two floats; a
        popular choice is to use `tdb` for the integer or half-integer
        date, and `tdb2` to hold the remaining fraction.

        Consult the `names` attribute of this ephemeris for the values
        of `name` it supports, such as ``'mars'`` or ``'earthmoon'``.