Laurence,
Thanks for your comments. It is a good idea to download a newer version
anyway, but unfortunately my problem is of different sort. I can
converged to the machine accuracy both calculations, WIEN2k_07 and
WIEN2k_09, and the results are physically different. I have no problem
with
What happens when you copy the clm* dmat* vorb* files from one directory
to the other and continue.
Did you just reach another state ? It could be because of different mixing...
Thanks for your comments. It is a good idea to download a newer version
anyway, but unfortunately my problem is of
I agree. Unfortunately, the opposite is not necessarily true - LDA+U may
converge well, and still be unphysical.
On 8/3/2010 11:36 AM, Laurence Marks wrote:
One important addendum. If LDA+U is unphysical, it may not converge
and nothing you do will make it! I ran into something like this some
I do not see how. I start with the charge densities that in the old version
were fully converged, the output was identical to the input.
Is the density matrix converged -- look in case.dmatup_old
case.dmatup (I think). It is quite possible to have the densities
converged (e.g. :DIS), but the
This may have been already discussed here, but here is the question:
I have a calculation (CeTe3, if that matters) that was 2 years ago
converged with LDA+U (FLL, U=0.32 Ry, J-0) and spin-orbit.
Now if I try to run WIEN2k_09 on these files, it finds the calculation
completely unconverged and
Hi Laurence and Peter,
Has the version 10.2 been available for download?
Thanks,
Jianxin
On Aug 2, 2010, at 3:45 PM, Laurence Marks wrote:
Two comments:
1. There was a bug in the density matrix mixing which was introduced
with the hybrids (around Wien2k 8.X) which is corrected in
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