I found this on the quantum espresso website:
Source:
http://www.quantum-espresso.org/wp-content/uploads/Doc/user_guide/node14.html
If you get error messages at the loading phase that look like file XYZ.o:
unknown / not recognized/ invalid / wrong file type / file format / module
version, one
Thank you very much!
Best regards
W.Wang
wangweiphys...@163.com
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Hi
You can try Microsoft Excel or Tecplot softwares.
Regards
Fariba Nazari
IASBS
> Hello everyone
> can anyone guide on to extract band structure from the file produced after
> running the bands.x? Is there any software which can extract bands and
> make
> figure from this file?
>
> --
> Best
The last number is the length of the path so far.
110 is equivalent to 010. Hence the path does not advance
stefano
(sent from my phone)
> On 12 Jun 2016, at 11:29, Muthu V wrote:
>
> Dear QE'ions
> I used the Si example file provided in QE/PP/examples/example01/
Hello everyone
can anyone guide on to extract band structure from the file produced after
running the bands.x? Is there any software which can extract bands and make
figure from this file?
--
Best Regards
Adnan
Q.A.U Islamabad
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Dear users and experts,
I want to have a scan on the structure of graphene sheet (1*1*1) during
the relaxation process. I want to plot the structural change during the
simulation with any value of ecutoff and rhocutoff. I did not find idea
how to execute it at different time period. Is there any
Dear Muthu,
IF you take a look at the file plotband.f90 in PP/src folder,
specifically from line 214-241 you can see some hints:
dxmod=sqrt ( (k(1,n)-k(1,n-1))**2 + &
(k(2,n)-k(2,n-1))**2 + &
(k(3,n)-k(3,n-1))**2 )
kx(n) = kx(n-1)
Dear QE'ions
I used the Si example file provided in QE/PP/examples/example01/ (ie
run_example) and in si.bands.out i noticed the following
high-symmetry point: 0.5000 0.5000 0.5000 x coordinate 0.
high-symmetry point: 0. 0. 0. x coordinate 0.8660
Dear user
Please sign always your posts to the forum with name and scientific
affiliation.
Yes, you are wasting your time and your calculation is likely never
going to converge. Impossible to say more without seeing more details
of your input file.
HTH
Giuseppe
Quoting Jon G
Dear Reza
You can try to use ultrasoft pseudopotentials
you may try these ones you find in the online library
Ga.pbe-dn-rrkjus_psl.0.2.UPF
P.pbe-n-rrkjus_psl.0.1.UPF
But you should check the convergence, and I expect something like
ecutwfc=40.0
ecutrho=320.0~480.0
Best Regards
Giuseppe
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