  Today, relativistic calculations are known to provide a very successful means
in the study of open-shell atoms and ions. But although accurate atomic data
are obtained from these computations, they are traditionally carried out in
jj-coupling and, hence, do often not allow for a simple LSJ classification of
the atomic levels as needed by experiment. In fact, this lack of providing a
proper spectroscopic notation from relativistic structure calculations has
recently hampered not only the spectroscopy of medium and heavy elements, but
also the interpretation and analysis of inner-shell processes, for which the
occurrence of additional vacancies usually leads to a very detailed fine
structure.
  Therefore, in order to facilitate the classification of atomic levels from
such computations, here we present a program (within the Ratip environment)
which help transform the atomic wave functions from jj-coupled
multiconfiguration Dirac-Fock computations into a LS-coupled representation.
Beside of a proper LSJ assignment to the atomic levels, the program also
supports the full transformation of the wave functions if required for
(nonrelativistic) computations.
