Hello all,
I am having a hard time understanding this error in ld1.x
%%
Error in routine ld1_setup (4):
no all electron for this ps
Thank you,
I have tried before with atomPAW, but I have given that up. It seems
that there is more experience shared with ld1.x in the literature so I
thought I should give it a try.
So, to be clear, when you say all-electron list you mean this:
config='[Kr] 4d5 5s1'
?
Quoting Lorenzo
Ok, now I get it. I needed to include a 5p0 state that the pslibrary
suggests in the all-electron list.
The calculation has been completed with just one warning:
Warning: n=3, l=2 expected 0 nodes, found 1
Setting wfc to zero for this iteration
(This warning will only
Ok, I am closer to understanding the difference between projectors,
unoccupied states and bound/unbound states.
So, I have tried different options and I can't seem to make a nodeless
PS for the 3d state:
---
Warning: n=3, l=2
Dear Lorenzo Paulatto,
The point of putting the 3d state into the valence is so that I can
perform electronic minimization with a core-hole.
I am using two starting configurations provided by pslibrary. One of
them is actually the one you suggested.
Dear Giuseppe Mattioli,
It was my impression that if I put the Mo 3d state in the valence and
then somehow remove one electron during minimization, I could relax
the core hole too. I guess this is not possible.
I will probably take your advice on all-electron calculations.
Thank you.
Hello all,
I am using ph.x to get the phonon frequencies and dynamical matrices
for an epw.x calculation, however, I would like to plot my phonon
dispersions from the ph.x calculation for far, as for example is shown
in
http://epw.org.uk/Documentation/B-dopedDiamond
I am lost as to how I
Thank you Vahid Askarpour.
I have two questions:
a) Is there a problem if I don't specify amass?
b) I have already done this procedure using the following files:
ph.x:
prefix = 'Si',
epsil= .false.,
fildyn = 'diam.dyn',
ldisp= .true.
fildvscf = 'dvscf'
nq1=6,
Thank you. That makes sense.
Eleni
Quoting Vahid Askarpour :
> a) If you skip amass, I think the codes use the mass in the previous runs.
>
> b) Did you use ibrav=0 in the scf run? The high-symmetry points you
> defined are for ibrav=2. Otherwise, just specify the
Ok, I am confused again.
I used ibrav=0 in the scf run that eventually gave me the error in matdyn.x.
I am running it again. This time I've used,
-
ibrav = 6,
celldm(1) = [..]
celldm(3) = [..]
--
in the scf. It's good to know if this is more possible to work as
Hello all,
Does anyone know what the LPZ XC functional is?
scalar relativistic calculation
atomic number is 42.00
dft =LPZ lsd =0 sic =0 latt =0 beta=0.20 tr2=1.0E-14
Exchange-correlation = LPZ ( 0 1 0 0 0 0)
Hello Laurens Siemons,
Although I am not one of the experts, I had the same problem in one of
the scf runs I was doing for a GW calculation. Because of the high
number of bands and ecutwfc that I needed to use and in order to get
any results, I had to run the simulation on 100 cores. The
Dear all,
Are there any options for relaxing the atomic positions and optimize
the cell without changing the corners between the vectors?
Thank you
Eleni
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Dear all,
Is it possible to use Xspectra for M45 edges? It is mentioned in the
slides, but I don't see it in the INPUT file.
Regards
--
Dr. Eleni Chatzikyriakou
Computational Physics lab
Aristotle University of Thessaloniki
elch...@auth.gr - tel:+30 2310 998109
Hello all,
I have managed to make a script that takes out the results after going
through the source code, however, I see now that for each k-point the
occupied bands may differ and this complicates things a bit for me. Is
there any other way to make a plot of the momentum matrix elements
Hello everyone,
Is there a guide on the format of the filp file in the bands.x
calculation for me to parse it?
Regards,
Eleni
--
Dr. Eleni Chatzikyriakou
Computational Physics lab
Aristotle University of Thessaloniki
elch...@auth.gr - tel:+30 2310 998109
Hello everyone,
Do you have an example with a grid used for 2D surface plot in
bands.x? I am getting some really strange output.
Regards,
Eleni
--
Dr. Eleni Chatzikyriakou
Computational Physics lab
Aristotle University of Thessaloniki
elch...@auth.gr - tel:+30 2310 998109
So, I've managed to bring the file into the format:
kx ky kz 20(??) 1(??) and the rest of the columns.
My bands are 64, the columns are 2642. My k-points are 225.
Any clues???
Thank you.
Eleni
Quoting elch...@auth.gr:
Hello everyone,
Is there a guide on the format of the filp
Dear Oleksandr Motornyi,
If you mean for the energy, I am around the fermi level, but not
exactly there.
If you mean for ky, it is the result exactly as I got it from the .dat file.
Regards,
Eleni
Quoting Oleksandr Motornyi :
What does look strange to me is scale on your plot. SCF
Lorenzo Paulatto,
Thank you so much. Using k-points from matplotlib instead of those
from the Wannier90 tool I was using worked perfect.
Regards,
Eleni
Quoting elch...@auth.gr:
Hello everyone,
Do you have an example with a grid used for 2D surface plot in
bands.x? I am getting some
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