Gaussian/fr: Difference between revisions

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|g16 < g16_test2.com >& g16_test2.log &  # g16 saves runtime file to /localscratch/yourid/
|g16 < g16_test2.com >& g16_test2.log &  # g16 saves runtime file to /localscratch/yourid/
}}
}}
=== Restart job ===
=== Restart jobs ===
Gaussian jobs can always be restarted.
Gaussian jobs can always be restarted from the previous <tt>rwf</tt> file.
The geometry optimization computation can be restarted from the <tt>chk</tt> file as usual.
 
The geometry optimization can be restarted from the <tt>chk</tt> file as usual.
The one-step computation, such as Analytic frequency calculations, including properties like ROA and VCD with ONIOM; CCSD and EOM-CCSD calculations; NMR; Polar=OptRot; CID, CISD, CCD, QCISD and BD energies, can be restarted from <tt>rwf</tt> file.
The one-step computation, such as Analytic frequency calculations, including properties like ROA and VCD with ONIOM; CCSD and EOM-CCSD calculations; NMR; Polar=OptRot; CID, CISD, CCD, QCISD and BD energies, can be restarted from <tt>rwf</tt> file.
To restart a job from previous <tt>rwf</tt> file, you need to know the location of this <tt>rwf</tt> file from your previous run.
The restart input is simple: first you need to specify %rwf path to the previous <tt>rwf</tt> file, secondly change the keywords line to be #p restart, then leave a blank line at the end.
A sample restart input is like:
{{File
  |name=restart.com
  |lang="bash"
  |contents=
%rwf=/scratch/yourid/jobid/name.rwf
%NoSave
%chk=name.chk
%mem=5000mb
%nprocs=16
#p restart
(one blank line)
}}


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