[Wien] bug in DOS input file?
Eamon McDermott
eamon.mcdermott at usask.ca
Mon Oct 10 00:09:51 CEST 2011
The configure_int_lapw script is a bit slow to execute, especially on
structures with large numbers of atoms/large QTL files. You will get output
like your sample if you use w2web to check case.int before the script has
finished running.
I assume you are using w2web to configure case.int; there is a link to view
STDOUT provided once you input your desired states. Use the 'reload in
reverse order' button to watch the script's output until the top line is '
case.int is ready for using.'. Then you should have a correct case.int.
Regards,
--
Eamon McDermott
M.Sc Student
Physics and Engineering Physics
University of Saskatchewan
eamon.mcdermott at usask.ca
Office: +1-306-966-6380
Scheduling: http://doodle.com/eamon.mcdermott
On 2011-10-09, at 3:49 PM, Viktor Zano wrote:
Dear WIEN2K users
I'm trying to make Density of states plot.
After I configure the input-file for TETRA (case.int), excut it, usually
editing that case.int file doesn't give me the states that I configure. I
think that this is a long time bug.
Does anyone know how to deal with it?
For instance:
After configuring "total 2 tot,d,d-eg,d-t2g 3 tot,d,d-eg,d-t2g" (without
blanks in strings) I get the case.int:
Title
-0.50 0.002 1.500 0.003 # EMIN, DE, EMAX, Gauss-broadening(>;de)
1 N 0.000 # NUMBER OF DOS-CASES specified below, G/L/B
broadening (Ry)
0 1 total # atom, case=column in qtl-header, label
1 1 Atom1 tot
1 2 Atom1 s
1 3 Atom1 p
2 1 Atom2 tot
or something more complicated (composed with 2 parts)
Title
-0.50 0.002 1.500 0.003 # EMIN, DE, EMAX, Gauss-broadening(>de)
1 N 0.000 # NUMBER OF DOS-CASES specified below, G/L/B
broadening (Ry)
0 1 total # atom, case=column in qtl-header, label
1 1 Atom1 tot
1 2 Atom1 s
1 3 Atom1 p
2 1 Atom2 tot
phase7_SP #Title
-1.000 0.00250 1.200 0.003 #Emin, DE, Emax, Gauss-Broad
5 #Number of DOS
0 1 total-DOS
2 1 tot-Fe1
2 7 d-Fe1
3 1 tot-Fe2
3 7 d-Fe2
Is anyone knows all the codes the edit manualy? meaning "2 7 d-Fe1" is atom2
(which is Fe1), d electrons. But what is the code 2 dz2, dx2y2, etc. or
d-t2g and t-eg?
Thanks, Victor
____________________________
Victor Y. Zenou
PhD student
Department of Materials Engineering
BGU
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