gunzip turbomole.tar.gz
tar -xvf turbomole.tar
Note: Do not install or run TURBOMOLE as root or with root permissions!
Executable modules are in
the bin/[arch]
directory (for example, IBM modules are in
bin/rs6000-ibm-aix-5.2
). Tools (including jobex) are in scripts
and
(auxiliary) basis sets are kept in the directories basen
,
jbasen
, jkbasen
and cbasen
. Coordinates for some
common chemical fragments are supplied in
structures
.
The documentation and a tutorial can be found in the folder DOK
.
The environmental variable $TURBODIR
must be set to the
directory where TURBOMOLE has been unpacked, for example:
TURBODIR=/my_disk/my_name/TURBOMOLE
$TURBODIR/scripts/sysname
bin/
[arch] subdirectory.
If Sysname does not print out a single string matching a
directory name in $TURBODIR/bin/
, and if one of the existing binary
versions does work, you can force sysname to print out
whatever is set in the environment variable $TURBOMOLE_SYSNAME
:
TURBOMOLE_SYSNAME=em64t-unknown-linux-gnu
_mpi
to the string when setting $TURBOMOLE_SYSNAME
, even if you intend to run parallel calculations. sysname will append this string automatically to the system name if $PARA_ARCH
is set to MPI
(see chapter 3.2.1 how to set up parallel environment).
You can call TURBOMOLE executables and tools easily from anywhere if you add the corresponding directories to your path (kornshell or bash):
PATH=$PATH:$TURBODIR/scripts PATH=$PATH:$TURBODIR/bin/`sysname`
Now the TURBOMOLE executables can be called from a directory with the required input files. For example to call dscf and save the output:
$TURBODIR/bin/`sysname`/dscf > dscf.out
dscf > dscf.out
In addition, some sample calculations are supplied in Turbotest so that the modules can be tested. Just run TTEST
from this
directory to run all tests or TTEST -help
to get help on how this works.