I suggest that you recompile/reinstall aim in 21.1, maybe download it again.

It is not your input, it but must be a problem with your code.



Am 11.11.2022 um 10:59 schrieb leila mollabashi:
Dear Prof. Laurence Marks and all,

 cannot reproduce your  results.

In addition to the previous link: https://www.mediafire.com/file/o6ceodngk93mh72/aim.rar/file <https://www.mediafire.com/file/o6ceodngk93mh72/aim.rar/file>

I have uploaded the initialize file to: https://www.mediafire.com/file/3tb9hg2i09fn5ez/batio3.tar/file <https://www.mediafire.com/file/3tb9hg2i09fn5ez/batio3.tar/file>

The calculation has been performed by WIIEN2k_21.1. For “x aim” both 21.1 and 18.2 were used.

 I ran them with both 21.1  and a pre-release version of 22.1 and the results 
are almost the same.

Thank you.

If you look at your *.outputaim,  it is clear that something is badly
wrong.

That’s right.

Please check that you have the values in your case.inaim correct. Maybe there is something wrong with the
clmsum/*.in* files etc that you used?

I cannot find the source of the error. Would you please guide me?

Leila Mollabashi


On Fri, Nov 4, 2022 at 11:53 PM Laurence Marks <laurence.ma...@gmail.com <mailto:laurence.ma...@gmail.com>> wrote:

    I cannot reproduce your results. I ran them with both 21.1 and a
    pre-release version of 22.1 and the results are almost the same. They
    are

    Rhombohedral Cell
    ../Ba.aim::RHOTOT     for IND-ATOM   1  Z= 56.0  CHARGE:  54.48948  Z
    - Charge:   1.51052
    ../O.aim::RHOTOT     for IND-ATOM   3  Z=  8.0  CHARGE:   9.24294  Z -
    Charge:  -1.24294
    ../Ti.aim::RHOTOT     for IND-ATOM   2  Z= 22.0  CHARGE:  19.77893  Z
    - Charge:   2.22107

    Your cubic cell
    Ba.aim::RHOTOT     for IND-ATOM   1  Z= 56.0  CHARGE:  54.47591  Z -
    Charge:   1.52409
    O.aim::RHOTOT     for IND-ATOM   3  Z=  8.0  CHARGE:   9.25386  Z -
    Charge:  -1.25386
    Ti.aim::RHOTOT     for IND-ATOM   2  Z= 22.0  CHARGE:  19.74700  Z -
    Charge:   2.25300

    If you look at your *.outputaim, it is clear that something is badly
    wrong. Look at the end and you will see that there are NaN values, and
    earlier some warnings about the radii. Please check that you have the
    values in your case.inaim correct. Maybe there is something wrong with
    the clmsum/*.in* files etc that you used?

    On Fri, Nov 4, 2022 at 2:25 PM leila mollabashi
    <le.mollaba...@gmail.com <mailto:le.mollaba...@gmail.com>> wrote:
     >
     > Dear Wien2k developers and users,
     >
     > I would like to calculate Bader charges in BaTiO3. The input and
    output files are uploaded to
    https://www.mediafire.com/file/o6ceodngk93mh72/aim.rar/file
    <https://www.mediafire.com/file/o6ceodngk93mh72/aim.rar/file> for
    your kind consideration.
     >
     > I have run a PBE-GGA calculation using 1000 k-points, RMTKmax =7,
    Gmax = 12 (Bohr)-1 employing WIIEN2k_21.1 and then executed “x aim”
    by the third part of case.inaim from SRC_templates. The calculated
    charges are:
     >
     > Ba: 2.91, Ti: 2.68, O: 0.299
     >
     > The results cannot satisfy the stoichiometry of the compound
    because of the positive charge wrongly calculated for O, i.e.,
    2.91+2.68+3*0.299=6.487 != 0
     >
     > Then, to improve the results, I increased the LM in the original
    calculation with no optimistic effect.
     >
     > Accidently, I found that the Bader charges of BaTiO3 can be
    perfectly improved using “x aim” of WIIEN2k_18.2 as follows:
     >
     > Ba: 1.52, Ti: 2.23, O: -1.25
     >
     > The above results, as calculated by the older version 18.2, not
    only give a negative value for the charge of oxygen but also
    perfectly lead to zero taking the stoichiometry of the compound into
    account, i.e., 1.52+2.23+3*(-1.25) = 0.
     >
     > For sure, I checked the 14 and 16.1 versions of the WIEN2k code
    and found correct results the same as WIIEN2k_18.2. This shows that
    most likely something is different in the older versions
    WIIEN2k_18.2, WIIEN2k_16.1, and WIIEN2k_14 compared to the latest
    version WIIEN2k_21.1?
     >
     > I also checked LaCrO3, and found the same dissonancy. The Bader
charges were calculated for LaCrO3 to be La: 2.08, Cr: 1.65, O: -1.24  in Ref. [Energy Environ. Sci., 2011, 4, 4933]. These results
    also correctly lead to zero approximately: 2.08+1.65+3*(-1.24) ~ 0.01.
     >
     > Would you, please, have a look at this issue and let us know the
    source of the above discrepancy?
     >
     > Sincerely yours,
     >
     > Leila Mollabashi
     >
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-- Professor Laurence Marks
    Department of Materials Science and Engineering
    Northwestern University
    www.numis.northwestern.edu <http://www.numis.northwestern.edu>
    "Research is to see what everybody else has seen, and to think what
    nobody else has thought", Albert Szent-Györgyi
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