Just installed WIEN2k 17.1 on Ubuntu 18.04 LTS using Intel Fortran
Composer XE 2013 (ifort version 14.0.1).
It didn't seem too bad. I had to make a few adjustments when following
Intel's instructions at:
https://software.intel.com/en-us/articles/using-intel-compilers-for-linux-with-ubuntu
I believe that is usually controlled with the OMP_NUM_THREADS
environment variable:
https://www.mail-archive.com/wien@zeus.theochem.tuwien.ac.at/msg05475.html
https://www.mail-archive.com/wien@zeus.theochem.tuwien.ac.at/msg03997.html
However, I have never really tried using the multiple
Thanks for the report.
Modified eplot_lapw
and
SRC_w2web/htdocs/exec/optimize.pl
attached.
On 05/16/2018 04:20 PM, Fecher, Gerhard wrote:
Dear c/a fitters,
This concerns the latest Wien2k version
I receive only the content of
test_opt.analysis
when I try with w2web to plot E vs c/a
Probably the same change should be made there.
One problem: It could be that for some weired structures this lower tol
value leads to other problems
On 05/17/2018 10:59 AM, Gavin Abo wrote:
In WIEN2k 17.1, is tol=1.e-3 in SRC_symmetso/symmetso.f on line 110 okay
or does the same change
In WIEN2k 17.1, is tol=1.e-3 in SRC_symmetso/symmetso.f on line 110 okay
or does the same change need to be made too? Thanks in advance.
On 5/15/2018 11:43 AM, Peter Blaha wrote:
Of course the error occurs always, also when running x symmetry.
In init_lapw in batch mode, the error is
Hallo Peter,
thanks for the files.
unforunately, the otimize.pl still doesn't show the result of the fit (plot is
there)
output is in a shortened version:
Fit of: E = a1 + a2*x + a3*x^2 + a4*x^3 + a5*x^4
a1 1.000
a2 0.000 1.000
a3 -0.725 -0.000 1.000
Hi;
I am actually using fermits to get electronic free energy, not as a
smearing method (see my initial email). We are doing high
pressure/temperature calculations (300 GPa and up to 7000 K). So, any
help on letting WIEN2k accept that?
Thanks;
Sabry
On 05/15/2018 03:34 AM, Peter Blaha
Converge first with a lower temperature (and relevant compression), do rm
*.bro* and increase the temperature in case.in2. Increase the upper energy
bound in case.in1 so it is at least 6 times |TS| above the T=0 Fermi energy
(you might need more).
And...check the literature to see if PBE or
Hi;
I am trying to run jobs with one node, with multicores, in a threaded
mode in slurm. I tried to run the serial benchmark problem as given here:
http://susi.theochem.tuwien.ac.at/reg_user/benchmark/
But, did not get difference in CPU time with using any number of cores
On Thu, May 17, 2018 at 2:38 PM, Sabry Moustafa
wrote:
>
> (0) PROBLEM:
> WIEN2k did not accept lage temperatures (>~4000 K). I always get this
> error "FERMI5 - Error" in the job error file. No complain in the
> init_lapw step; only after run_lapw finishes. Any help here?
(0) PROBLEM:
WIEN2k did not accept lage temperatures (>~4000 K). I always get this
error "FERMI5 - Error" in the job error file. No complain in the
init_lapw step; only after run_lapw finishes. Any help here?
(1) Thanks Blaha and Gavin for your help -- I tried it and worked fine.
Gavin,
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