Because symmetries are computed anyway, then the number of symmetries is
set to 1. The information on fractional translations is thus still there.
Updated patch attached
Paolo
On Thu, Apr 25, 2019 at 4:21 PM Thomas Brumme
wrote:
> Dear Paolo,
>
> thanks. The patch is working. Yet, I don't
Dear Paolo,
thanks. The patch is working. Yet, I don't understand why. Usually
activating tefield disables symmetries,
so the fractional translations shouldn't be important. Anyway, it works :)
Thomas
On 4/25/19 3:37 PM, Paolo Giannozzi wrote:
Very funny. I think I know why: it's a highly
Very funny. I think I know why: it's a highly nonlocal effect of a small
change I recently did to get rid of an old and annoying problem with
fractional translations not commensurate with FFT grid. Apparently the code
found a fractional translation 1/13 and tried to make the FFT grid
commensurate
it is said that the option *lspinorb= .TRUE.* works only for PAW
potentials and is not supported for ultrasoft pseudopotentials.
This is not true, spin orbit works perfectly fine with ultrasoft.
This also shows why it is important to get help about Quantum-ESPRESSO
from a reputable source,
Thanks Thibault, this is exactly what I was looking for!
Michal
On Thu, 25 Apr 2019 at 11:17, Thibault Sohier
wrote:
> Dear Michal,
>
> The first statement is incorrect: centering the slab around 0 is NOT
> necessary for the assume_isolated=ā2Dā flag to work. Somehow, it makes
> more sense
Dear QE users,
I recently calculated the band structure of the Tantalum Arsenide (TaAs)
with SOC using the Projector Augmented Wave (PAW) pseudopotential. I got a
result which is not consistent with what exists in the literature.
Actually, when we include the SOC a small gap should open up at the
Dear Michal,
The first statement is incorrect: centering the slab around 0 is NOT necessary
for the assume_isolated=ā2Dā flag to work. Somehow, it makes more sense
intuitively, at least to me, but I guess it depends on how you imagine your
cell. Anyway, everything should work fine wherever
Using, shengBTE I generate my displaced super-cell files, and then use
these as input files by Quantum Espresso for calculating the forces
arising from atomic displacements. Then, I generate the force
constants using those files. But, the force constants which I am
getting tends not to decay
If you are using a broadening, no, there is no inconsistency.
On Thu, Apr 25, 2019 at 3:30 AM Shishir Timilsena
wrote:
> Is it correct ?? seems inconsistency...
>
>
>
>
>
> Shishir Timilsena
> St. Xavier's College
> Kathmandu, Nepal
> ___
> Quantum