You can try to get Mulliken charges from the cc2
densities by specifying in your control file
$anadens
cc1td-cc2-xs-1a-001.cao
$pop
and then running
ricc2 -fanal
(cc1td-cc2-xs-1a-001.cao is the file where the cc2 density
of the excited state (calculated during geometry optimization)
is contained. You can read more about $anadens in the
manual.
But!
It might be that ricc2 -fanal won't work, giving "segmentation
fault" error. At least it does not work about me if I use turbo5.9
but it does in the case of turbo5.8. I don't know the precise
reason of the error but it might be simply a bug in the code/script.
Anyway, try to use "ricc2 -fanal" and if it works about you, let me please
know.
Regards,
Evgeniy