Hi Fabio
can you try to download the 6.3-backports version from here
https://gitlab.com/QEF/q-e/tree/qe-6.3-backports ?
or better you can download directly the development version from
gitlab or github.
Pietro
On 25/02/19 20:14, Fabio Costa wrote:
Thanks for the assistance Pietro
I
Thanks for the assistance Pietro
I understood the point of mixing elements with different valence electrons. But
even when I try to mix together isoelectronic species (such as Si and C), the
generated output file NewPseudo.UPF has no information.
At first I tried to use the virtual.x that
I recently removed many such checks that had become obsolete. Try
commenting out the check.
Paolo
On Mon, Feb 25, 2019 at 1:53 PM Malte Sachs <
malte.sa...@chemie.uni-marburg.de> wrote:
> Dear all,
>
> I have tested the image-example for phonon calculations using
> QuantumEspresso 6.3. In the
Hi Fabio
Pseudos from pseudo-dojo are perfect, they are norm-conserving and they
are in upf format.
You have to keep in mind that VCA has sense for isovalent atoms e. g
C with Si. Ga. and In.
Also pseudos would better be built with the same number of projectors.
Mixing pseudos with
Dear all,
I have tested the image-example for phonon calculations using
QuantumEspresso 6.3. In the case I am using these commands:
mpirun -np 4 pw.x < ...
mpirun -np 4 ph.x -ni 2 < ...
mpirun -np 4 ph.x <
everything works fine. However, using this:
mpirun -np 2 pw.x < ...
mpirun
Thanks for the quick reply
To perform this task, I downloaded the full table of PP from pseudo dojo, with
the following settings:
Type:NC SR (ONCVPSP v0.4)
XC: PBE
Accuracy: standard
Format: upf
My attempts so far were to mix B-C and Si-Al, both unsuccessful. Maybe my
mistake is in the choice
Bummer I erroneously sent the message to the wrong address. Please ignore it ... Or read it and send suggestionsSorry again PietroIl 25 feb 2019 10:47 AM, Pietro Delugas ha scritto:
Per la verità nel caso Al-Ga fa una cosa pure
peggiore che crashare ... produce un file che nel caso
Try to run the code interactively, or on a single processor: this should
tell you something more on why the code crashes. Also try a smaller number
of k-points. Note that by default all Kohn-Sham orbitals are stored in
memory.
Paolo
On Mon, Feb 25, 2019 at 1:31 AM Bharat Thapa wrote:
> Dear
Hi Fabio
I just tried current version with Al-Ga Ga-In Al-In C-Si Si-Ge P-As,
which are more or less all of pairs which come to my mind where virtual
can be used, and apart from Al-Ga where it doesn't work because Ga
pseudo has usually d semicores every seems to work fine.
Please le me have