Ye Luo 于2020年6月4日周四 上午11:25写道:
>
> mpif90 from intel MPI invokes gfortran.
> You should use mpiifort instead.
> $ ./configure --with-scalapack=intel MPIF90=mpiifort
> assuming mpiifort exists on your path.
Thanks a lot, it does the trick.
HY
> Ye
> ===
> Ye Luo, Ph.D.
>
mpif90 from intel MPI invokes gfortran.
You should use mpiifort instead.
$ ./configure --with-scalapack=intel MPIF90=mpiifort
assuming mpiifort exists on your path.
Ye
===
Ye Luo, Ph.D.
Computational Science Division & Leadership Computing Facility
Argonne National Laboratory
On
Hi,
See my following steps on compiling the latest qe git verson with
parallel_studio_xe/2020.0.088:
$ module load parallel_studio_xe/2020.0.088
$ ./configure --with-scalapack=intel
checking build system type... x86_64-pc-linux-gnu
checking ARCH... x86_64
checking setting AR... ... ar
checking
Dear Mr. Song,
I think this problem is related to the number of tasks and nodes,
*You can try to reduce the number of nodes from 8 to become 4 nodes*, and
then let me know if the problem has been solved or not.
Regards,
Mostaf Marzouk
On Thu, Jun 4, 2020 at 3:26 AM Kenan Song wrote:
> Dear
Hi,
I noted there are some versions of qe tagged with suffix MaX, say, the
following ones:
$ git tag | grep -i max
qe-6.3MaX
qe-6.5MaX
So, I want to know the differences between the MaX and normal versions of qe.
Any hints will be highly appreciated.
Regards.
--
Hongyi Zhao
Dear All,
I tried to compute the band structure but received error information.
Here is my input file.
prefix='Bulk_Co3Sn2S2',
outdir='./',
filband='band.dat'
no_overlap=.true.
/
Here is the error file.
%%
Dear Quantum Espresso community:
My system consists of an interface of a perovskite and an organic molecule.
This system has 20 Angstrom of vacuum space and the slab is ubicated at the
middle of the supercell. I read the tutorial provided from Christoph Wolf (
Hello All,
I want to do relax calculations for FeS. I am trying from the last three
days but in the output, I am not getting anything. Also, I tried by putting
K_points(gamma) and in the cell sections 'do_cellfree=xyz', after
completing 100 iterations in this case output stops after completing 100
Hi All,
I have calculated the projected density of states using projwfc.x with spin
orbit coupling turned on and this had run perfectly but when I try to sum the
projections of any of the atomic species, such as with the command
sumpdos.x filpdos.pdos_atm#*\(As\)* > As.pdos.dat
I get the
Dear Paolo,
this is the result of grep -r bravais * in my outdir:
LTS_mono.save/data-file-schema.xml:
LTS_mono.save/data-file-schema.xml:
LTS_mono.xml:
LTS_mono.xml:
In my output file of pw.x I have bravais-lattice index = -13
Thanks a lot and best regards,
Mauro.
Hey everyone,
I want to simulate my system consist of more than 200-300 atoms and will
require performing VC relax, relax, etc, all types of calculation.
I am using a cluster with 8 core CPU, 42 GB RAM (RAM can be increased but
CPU cores cannot) and no GPU.
I tried GPU acceleration but for some
Dear Friends,
I would like to study full heusler alloy for CU2MnAl
using common available pseudopotential (X.pbesol-dn-kjpaw_psl.0.2.UPF) for
all three elements.
Is this pseudopotential is correct one to study electronic struture,
Magnetic, and transport properties of this
Giovanni Pizzi 于2020年6月3日周三 下午5:06写道:
>
> Dear Chaman,
>
> 1. Yes. Actually, the band paths are just conventions, and try to pass
> through all points and lines that have some symmetry.
> So, the “suggested” band paths depend a lot on the lattice (and actually
> also, in some cases, on the
Dear Chaman,
1. Yes. Actually, the band paths are just conventions, and try to pass through
all points and lines that have some symmetry.
So, the “suggested” band paths depend a lot on the lattice (and actually also,
in some cases, on the space group, if you want to cover all inequivalent
On Tue, Jun 2, 2020 at 8:08 PM Mauro Sgroi
wrote:
Part of the pw.x output file:
> bravais-lattice index = -13
>
> Part of the ph.x output:
> bravais-lattice index = 13
>
... and this is the origin of the problem. Note however that the lattice
vectors are
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