Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Laurence Marks
Ignore my last email, I had the wrong selection rules -- too early, not enough coffee. _ Professor Laurence Marks "Research is to see what everybody else has seen, and to think what nobody else has thought", Albert Szent-Gyorgi www.numis.northwestern.edu On Nov 28, 2017 5:58 AM, "Laurence

Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Laurence Marks
Interesting. I assume that this is with -so. Does the sum :PUP+:PDN obey the fcc selection rules? (You can also look at the PW in case.clmsum & case.valup/dn.) _ Professor Laurence Marks "Research is to see what everybody else has seen, and to think what nobody else has thought", Albert

Re: [Wien] Ueff

2017-11-28 Thread pieper
Until one of the real experts (I am not among them) finds time to answer: My guess is that both is correct, Ueff=U-J as well as Ueff=U-J/2. That is, the meaningful thing to do is set J=0 (see UG section on ORB), and not estimate it from DFT. The common ground between ORB or DFT and the

Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Jaroslav Hamrle
Dear Laurence, thank you for your detailed answer. I have tried all your suggestions, - I changed case.in0 with increased oversampling by factor two (new parameters LUSE 26 and IFFTfactor 4) start of case.in0 --- TOT  XC_LDA (XC_PBE,XC_PBESOL,XC_WC,XC_MBJ,XC_REVTPSSS)

Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Laurence Marks
No "0001" at the end (Google autocorrect strikes again). _ Professor Laurence Marks "Research is to see what everybody else has seen, and to think what nobody else has thought", Albert Szent-Gyorgi www.numis.northwestern.edu On Nov 28, 2017 6:35 AM, "Laurence Marks"

Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Peter Blaha
I looked into the two directories which you provided in a previous mail. Why do you have 16 and 8 symm.ops in the corresponding struct files ??? Definitely you should also have in the 100 case 16 sym.ops. I can therefore also see a vastly different number of k-points for the 2 scf files.

Re: [Wien] different MLD for bcc structure for magnetic equivalent directions M001, M010 and M100

2017-11-28 Thread Laurence Marks
A better response after more coffee. You might have found a simple (& therefore useful) case that highlights a symmetry issue that I think is present, but have never been able to pin down. The key now is to try and find some way to eliminate it, since it could be in too many places (e.g.