Hi, all
I'm trying to do the finite electric field calculation (berryopt=4) for a supercell (30 atoms). The nkpt=3 and band=72 in this system. So I want to use band parallelisation in my calculation. But after I set up the flags (paral_kgb=1 npband =4 npkpt = 3 npfft =1 bandpp=2) to do the finite field calculation ( I got the WFK from non-scf calculation first), the calculation stops after reading the WFK file. I attached the the end of log file as following: (the input file is also attached ).
I also tried (paral_kgb=1 npband =4 ) or (paral_kgb=1 npfft =4 ), the same error occurs. This band parallelisation is also not working for non-scf calculation. But it works well for ground state calculation, for example, I use paral_kgb=1 npband =4 npkpt = 3 npfft =1 bandpp=2, the calculation work fine.
So, I want to know whether the band parallelization is not available for finite electric field calculation (I used Abinit v6.6.2), or did I missed some flags in the calculation?
Thank you in advance.
Jiawang
The error message at the end of log file:
initberry: enter
initberry: enter
initberry: enter
initberry: enter
initberry: enter
initberry: enter
initberry: enter
Simple Lattice Grid
initberry: enter
initberry: enter
initberry: enter
initberry: enter
initberry: enter
initberry: Reciprocal lattice coordinates of the electric field
efield_dot(1:3) = 0.000000000 0.000000000 -0.004323869
initberry: for direction 1, nkstr = 4, nstr = 8
initberry: for direction 2, nkstr = 4, nstr = 8
initberry: for direction 3, nkstr = 2, nstr = 16
application called MPI_Abort(MPI_COMM_WORLD, 13) - process 2
job aborted:
rank: node: exit code[: error message]
0: n115: -2
1: n115: -2
2: n115: 13: process 2 exited without calling finalize
3: n115: -2
4: n115: -2
5: n115: -2
6: n115: -2
7: n115: -2
8: n115: -2
9: n115: -2
10: n115: -2
11: n115: -2
[SOLVED] band parallelisation in finite electric field?
Moderators: mverstra, joaocarloscabreu
[SOLVED] band parallelisation in finite electric field?
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Re: band parallelisation in finite electric field calculatio
To my knowledge, band parallelization is not available with berryopt 4, only kpt.
Josef W. Zwanziger
Professor, Department of Chemistry
Canada Research Chair in NMR Studies of Materials
Dalhousie University
Halifax, NS B3H 4J3 Canada
jzwanzig@gmail.com
Professor, Department of Chemistry
Canada Research Chair in NMR Studies of Materials
Dalhousie University
Halifax, NS B3H 4J3 Canada
jzwanzig@gmail.com