Re: [Wien] Error while running +/- 0.5e calculation

2015-01-05 Thread Gavin Abo
The default energy convergence criteria value for runsp_lapw should be the same as for run_lapw, which is 0.0001 Ry as given on page 60 in the WIEN2k 14.2 usersguide [ http://www.wien2k.at/reg_user/textbooks/usersguide.pdf ]. However, if you are concerned about what it is, you can specify what

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-05 Thread Abed Reg
Thank you Mr Gavin for all the information I repeated the calculation and i have found the samr results: algerien1970@algerien1970-Dell:~$ F_eff.pl eV = 4.69830736495689 F_eff = 0.34531143355 Ry = 4.69830736495689 eV 0.438 - F_eff = 0.092688566445 Ry Best regards -- Mr: A.Reggad

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-04 Thread Abed Reg
Thank you Mr Gavin for your reply and especially for your interesting to my questions. I have fixed the error and there was a problem in the structure file. Now every thing is ok but i didn't find the same results as in the paper of Madsen and novak. My results are as follows: 1/ First result

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-04 Thread Gavin Abo
Probably, you cannot get the 'same' result (just something close to it). Madsen and Novak got F_eff = 0.438 Ry [ http://www.wien2k.at/reg_user/textbooks/Constraint_U.pdf ]. However, keep in mind that they wrote this document in 2007, so the calculation was likely with a WIEN2k version 7 or 8

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-04 Thread Zhu, Jianxin
@zeus.theochem.tuwien.ac.at Subject: Re: [Wien] Error while running +/- 0.5e calculation Probably, you cannot get the 'same' result (just something close to it). Madsen and Novak got F_eff = 0.438 Ry [ http://www.wien2k.at/reg_user/textbooks/Constraint_U.pdf ]. However, keep in mind that they wrote this document in 2007

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-04 Thread Laurence Marks
] Error while running +/- 0.5e calculation Probably, you cannot get the 'same' result (just something close to it). Madsen and Novak got F_eff = 0.438 Ry [ http://www.wien2k.at/reg_user/textbooks/Constraint_U.pdf ]. However, keep in mind that they wrote this document in 2007, so the calculation

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-03 Thread Abed Reg
Dear wien2k users I have found this mail send by Yurko Natanzon http://www.mail-archive.com/search?l=wien@zeus.theochem.tuwien.ac.atq=from:%22Yurko+Natanzon%22 Wed, 18 Jun 2008 20:34:21 +0200 http://www.mail-archive.com/search?l=wien@zeus.theochem.tuwien.ac.atq=date:20080618 but i didn't find

Re: [Wien] Error while running +/- 0.5e calculation

2015-01-03 Thread Gavin Abo
See the description for NO ENERGY LIMITS FOUND IN SELECT in section 12 Trouble shooting of the WIEN2k usersguide [ http://www.wien2k.at/reg_user/textbooks/usersguide.pdf ]. As it says, the SELECT error has probably happened because your input is not ok (like the input files case.struct and

[Wien] Error while running +/- 0.5e calculation

2008-06-18 Thread Yurko Natanzon
Dear wien2k users, I want to learn how to calculate effective U and try to reproduce an example for NiO described here: http://www.wien2k.at/reg_user/textbooks/Constraint_U.pdf Everything goes well until I try to run a calculation with +0.5 electron added. I got an error in the first cycle:

[Wien] Error while running +/- 0.5e calculation

2008-06-18 Thread Yurko Natanzon
oh, sorry for this mail. That was my fault: I just stupidly followed the manual and forgot to include another atoms into inc* 2008/6/18 Yurko Natanzon yurko.natanzon at gmail.com: Dear wien2k users, I want to learn how to calculate effective U and try to reproduce an example for NiO described

[Wien] Error while running +/- 0.5e calculation

2008-06-18 Thread Robert Laskowski
hi, the reason for the error is end of inc file, check this file. regards Robert On Wednesday 18 June 2008, Yurko Natanzon wrote: Dear wien2k users, I want to learn how to calculate effective U and try to reproduce an example for NiO described here: