[Wien] mBJ error

2013-12-06 Thread berber mo
Dear all 

I install the latest version of WIEN2k (13.1)
I followed all the steps (MBJ) mentioned in userguide..
I chose the GaAs structure as an example
but in the last step I have the following error:
GaAs$ run_lapw -i 80
hup: Command not found.
STOP  LAPW0 END
At line 1831 of file lapw0.F (unit = 11, file = 'GaAs.r2v')
Fortran runtime error: Constant string in input format
(1X,"    ",I10)
 ^

>   stop error
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Re: [Wien] Fwd: Installation on ubuntu

2013-12-06 Thread Peter Blaha

Make sure you have csh (and/or tcsh) installed.

Am 06.12.2013 19:34, schrieb Telem Unsal:


hi,

I am a new user, and trying to insall wien2k on ubuntu 12.04 32 bit. I have 
downloaded wien2k_13.tar and executed

tar -xvf WIEN2k_13.tar
gunzip *.gz
chmod +x ./expand_lapw

these commands successfuly. but I had an error whiler executing

./expand_lapw


command. ı am gettin an error like this:

bad /interpreter/: No such file or directory.


how can ı fix it?

thanks

telem

--
R. As. Telem Şimşek
Phys. Eng. Dept., SNTG Lab.,
Hacettepe Unv., Beytepe/ANKARA
Phone: +903122976147 



--
R. As. Telem Şimşek
Phys. Eng. Dept., SNTG Lab.,
Hacettepe Unv., Beytepe/ANKARA
Phone: +903122976147


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--
-
Peter Blaha
Inst. Materials Chemistry, TU Vienna
Getreidemarkt 9, A-1060 Vienna, Austria
Tel: +43-1-5880115671
Fax: +43-1-5880115698
email: pbl...@theochem.tuwien.ac.at
-
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[Wien] Fwd: Installation on ubuntu

2013-12-06 Thread Telem Unsal
hi,

I am a new user, and trying to insall wien2k on ubuntu 12.04 32 bit. I have
downloaded wien2k_13.tar and executed

tar -xvf WIEN2k_13.tar
gunzip *.gz
chmod +x ./expand_lapw

these commands successfuly. but I had an error whiler executing

./expand_lapw


command. ı am gettin an error like this:

bad *interpreter*: No such file or directory.


how can ı fix it?

thanks

telem

-- 
R. As. Telem Şimşek
Phys. Eng. Dept., SNTG Lab.,
Hacettepe Unv., Beytepe/ANKARA
Phone: +903122976147



-- 
R. As. Telem Şimşek
Phys. Eng. Dept., SNTG Lab.,
Hacettepe Unv., Beytepe/ANKARA
Phone: +903122976147
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Re: [Wien] error in mBJ

2013-12-06 Thread Oliver Albertini
Make sure you use run_lapw with the '_' underscore, or else it will take
run command, which is the same thing as run_lapw, with the non-existent
option 'lapw'. Or, just use run (runsp) for spin polarized and never use
'_lapw' again.


On Fri, Dec 6, 2013 at 8:29 AM, berber mo  wrote:

>
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> *hello dear users..i'm using WIEN2k 13.1 with Ubuntu 13.10 x86_64i have a
> problem, with mBJ and i follow the instructions in userguide.*
>
> *i try with GaAs structure :*
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> *berber@berber:~/WIEN2k/GaAs$ init_mbj_lapwprepared GaAs.inm_vresp and
> changed to R2V in GaAs.in0Now do:   run_lapw -i 1 -NI#   to prepare the
> r2v and vresp filessave_lapw -d pbe  #   save the pbe
> runinit_mbj_lapw #   rerun the init script to finish
> mbj-initializationberber@berber:~/WIEN2k/GaAs$ run lapw -NI -i 1hup:
> Command not found.ERROR: option lapw does not exist !STOP  LAPW0 ENDSTOP
> LAPW1 ENDSTOP  LAPW2 ENDSTOP  CORE  ENDSTOP  MIXER ENDSTOP  MIXER ENDec cc
> and fc_conv 1 1 1>   stopberber@berber:~/WIEN2k/GaAs$ run_lapw -i 1 -NIhup:
> Command not found.STOP  LAPW0 ENDSTOP  LAPW1 ENDSTOP  LAPW2 ENDSTOP  CORE
> ENDSTOP  MIXER ENDSTOP  MIXER ENDec cc and fc_conv 1 1 1>
> stopberber@berber:~/WIEN2k/GaAs$ save_lapw -d pbeNew version of save_lapw
> selectedStarting save:   GaAs.struct -> pbe/GaAs.struct   GaAs.clmsum ->
> pbe/GaAs.clmsum   GaAs.clmup -> pbe/GaAs.clmup   GaAs.clmdn ->
> pbe/GaAs.clmdn   GaAs.dmatup -> pbe/GaAs.dmatup   GaAs.dmatdn ->
> pbe/GaAs.dmatdn   GaAs.dmatud -> pbe/GaAs.dmatud   GaAs.eeceup ->
> pbe/GaAs.eeceup   GaAs.eecedn -> pbe/GaAs.eecedn   GaAs.vorbup ->
> pbe/GaAs.vorbup   GaAs.vorbdn -> pbe/GaAs.vorbdn   GaAs.vrespsum ->
> pbe/GaAs.vrespsum   GaAs.vrespup -> pbe/GaAs.vrespup   GaAs.vrespdn ->
> pbe/GaAs.vrespdn   GaAs.kgen -> pbe/GaAs.kgen   GaAs.kgen_fbz ->
> pbe/GaAs.kgen_fbz   GaAs.kgen_ibz -> pbe/GaAs.kgen_ibz   GaAs.klist ->
> pbe/GaAs.klist   GaAs.ksym -> pbe/GaAs.ksym   GaAs.klist_fbz ->
> pbe/GaAs.klist_fbz   GaAs.klist_ibz -> pbe/GaAs.klist_ibz   GaAs.klist_rfbz
> -> pbe/GaAs.klist_rfbz   GaAs.outputkgenhf -> pbe/GaAs.outputkgenhf
> GaAs.scf -> pbe/GaAs.scf   GaAs.scf2 -> pbe/GaAs.scf2   GaAs.scf2up ->
> pbe/GaAs.scf2up   GaAs.scf2dn -> pbe/GaAs.scf2dn   GaAs.in0 ->
> pbe/GaAs.in0   GaAs.in0abp -> pbe/GaAs.in0abp   GaAs.in0_st ->
> pbe/GaAs.in0_st   GaAs.in0_std -> pbe/GaAs.in0berber@berber:~/WIEN2k/GaAs$
> init_mbj_lapwprepared GaAs.inm_vresp and changed to R2V in GaAs.in0Now
> do:   run_lapw -i 1 -NI#   to prepare the r2v and vresp filessave_lapw
> -d pbe  #   save the pbe runinit_mbj_lapw #   rerun the init
> script to finish mbj-initializationberber@berber:~/WIEN2k/GaAs$ run lapw
> -NI -i 1hup: Command not found.ERROR: option lapw does not exist !STOP
> LAPW0 ENDSTOP  LAPW1 ENDSTOP  LAPW2 ENDSTOP  CORE  ENDSTOP  MIXER ENDSTOP
> MIXER ENDec cc and fc_conv 1 1 1>   stopberber@berber:~/WIEN2k/GaAs$
> run_lapw -i 1 -NIhup: Command not found.STOP  LAPW0 ENDSTOP  LAPW1 ENDSTOP
> LAPW2 ENDSTOP  CORE  ENDSTOP  MIXER ENDSTOP  MIXER ENDec cc and fc_conv 1 1
> 1>   stopberber@berber:~/WIEN2k/GaAs$ save_lapw -d pbeNew version of
> save_lapw selectedStarting save:   GaAs.struct -> pbe/GaAs.struct
> GaAs.clmsum -> pbe/GaAs.clmsum   GaAs.clmup -> pbe/GaAs.clmup   GaAs.clmdn
> -> pbe/GaAs.clmdn   GaAs.dmatup -> pbe/GaAs.dmatup   GaAs.dmatdn ->
> pbe/GaAs.dmatdn   GaAs.dmatud -> pbe/GaAs.dmatud   GaAs.eeceup ->
> pbe/GaAs.eeceup   GaAs.eecedn -> pbe/GaAs.eecedn   GaAs.vorbup ->
> pbe/GaAs.vorbup   GaAs.vorbdn -> pbe/GaAs.vorbdn   GaAs.vrespsum ->
> pbe/GaAs.vrespsum   GaAs.vrespup -> pbe/GaAs.vrespup   GaAs.vrespdn ->
> pbe/GaAs.vrespdn   GaAs.kgen -> pbe/GaAs.kgen   GaAs.kgen_fbz ->
> pbe/GaAs.kgen_fbz   GaAs.kgen_ibz -> pbe/GaAs.kgen_ibz   GaAs.klist ->
> pbe/GaAs.klist   GaAs.ksym -> pbe/GaAs.ksym   GaAs.klist_fbz ->
> pbe/GaAs.klist_fbz   GaAs.klist_ibz -> pbe/GaAs.klist_ibz   GaAs.klist_rfbz
> -> pbe/GaAs.klist_rfbz   GaAs.outputkgenhf -> pbe/GaAs.outputkgenhf
> GaAs.scf -> pbe/GaAs.scf   GaAs.scf2 -> pbe/GaAs.scf2   GaAs.scf2up ->
> pbe/GaAs.scf2up   GaAs.scf2dn -> pbe/GaAs.scf2dn   GaAs.in0 ->
> pbe/GaAs.in0   GaAs.in0abp -> pbe/GaAs.in0abp   GaAs.in0_st ->
> pbe/GaAs.in0_st   GaAs.in0_std -> pbe/GaAs.in0_std   GaAs.in0_tmp ->
> pbe/GaAs.in0_tmp   GaAs.in1c -> pbe/GaAs.in1c   GaAs.in1_st ->
> pbe/GaAs.in1_st   GaAs.in2c -> pbe/GaAs.in2c   GaAs.in2_ls ->
> pbe/GaAs.in2_ls   GaAs.in2_st -> pbe/GaAs.in2_st   GaAs.in2_sy ->
> pbe/GaAs.in2_sy   GaAs.inc -> pbe/GaAs.inc   GaAs.inc_st ->
> pbe/GaAs.inc_st   GaAs.inm -> pbe/GaAs.inm   GaAs.inm_restart_st ->
> pbe/GaAs.inm_r

[Wien] error in mBJ

2013-12-06 Thread berber mo
hello dear users..

i'm using WIEN2k 13.1 with Ubuntu 13.10 x86_64
i have a problem, with mBJ and i follow the instructions in userguide.
i try with GaAs structure :


berber@berber:~/WIEN2k/GaAs$ init_mbj_lapw
prepared GaAs.inm_vresp and changed to R2V in GaAs.in0
Now do:   
run_lapw -i 1 -NI    #   to prepare the r2v and vresp files
save_lapw -d pbe  #   save the pbe run
init_mbj_lapw #   rerun the init script to finish mbj-initialization
berber@berber:~/WIEN2k/GaAs$ run lapw -NI -i 1
hup: Command not found.
ERROR: option lapw does not exist !
STOP  LAPW0 END
STOP  LAPW1 END
STOP  LAPW2 END
STOP  CORE  END
STOP  MIXER END
STOP  MIXER END
ec cc and fc_conv 1 1 1

>   stop
berber@berber:~/WIEN2k/GaAs$ run_lapw -i 1 -NI
hup: Command not found.
STOP  LAPW0 END
STOP  LAPW1 END
STOP  LAPW2 END
STOP  CORE  END
STOP  MIXER END
STOP  MIXER END
ec cc and fc_conv 1 1 1

>   stop
berber@berber:~/WIEN2k/GaAs$ save_lapw -d pbe
New version of save_lapw selected

Starting save:
   GaAs.struct -> pbe/GaAs.struct
   GaAs.clmsum -> pbe/GaAs.clmsum
   GaAs.clmup -> pbe/GaAs.clmup
   GaAs.clmdn -> pbe/GaAs.clmdn
   GaAs.dmatup -> pbe/GaAs.dmatup
   GaAs.dmatdn -> pbe/GaAs.dmatdn
   GaAs.dmatud -> pbe/GaAs.dmatud
   GaAs.eeceup -> pbe/GaAs.eeceup
   GaAs.eecedn -> pbe/GaAs.eecedn
   GaAs.vorbup -> pbe/GaAs.vorbup
   GaAs.vorbdn -> pbe/GaAs.vorbdn
   GaAs.vrespsum -> pbe/GaAs.vrespsum
   GaAs.vrespup -> pbe/GaAs.vrespup
   GaAs.vrespdn -> pbe/GaAs.vrespdn
   GaAs.kgen -> pbe/GaAs.kgen
   GaAs.kgen_fbz -> pbe/GaAs.kgen_fbz
   GaAs.kgen_ibz -> pbe/GaAs.kgen_ibz
   GaAs.klist -> pbe/GaAs.klist
   GaAs.ksym -> pbe/GaAs.ksym
   GaAs.klist_fbz -> pbe/GaAs.klist_fbz
   GaAs.klist_ibz -> pbe/GaAs.klist_ibz
   GaAs.klist_rfbz -> pbe/GaAs.klist_rfbz
   GaAs.outputkgenhf -> pbe/GaAs.outputkgenhf
   GaAs.scf -> pbe/GaAs.scf
   GaAs.scf2 -> pbe/GaAs.scf2
   GaAs.scf2up -> pbe/GaAs.scf2up
   GaAs.scf2dn -> pbe/GaAs.scf2dn
   GaAs.in0 -> pbe/GaAs.in0
   GaAs.in0abp -> pbe/GaAs.in0abp
   GaAs.in0_st -> pbe/GaAs.in0_st
   GaAs.in0_std -> pbe/GaAs.in0berber@berber:~/WIEN2k/GaAs$ init_mbj_lapw
prepared GaAs.inm_vresp and changed to R2V in GaAs.in0
Now do:   
run_lapw -i 1 -NI    #   to prepare the r2v and vresp files
save_lapw -d pbe  #   save the pbe run
init_mbj_lapw #   rerun the init script to finish mbj-initialization
berber@berber:~/WIEN2k/GaAs$ run lapw -NI -i 1
hup: Command not found.
ERROR: option lapw does not exist !
STOP  LAPW0 END
STOP  LAPW1 END
STOP  LAPW2 END
STOP  CORE  END
STOP  MIXER END
STOP  MIXER END
ec cc and fc_conv 1 1 1

>   stop
berber@berber:~/WIEN2k/GaAs$ run_lapw -i 1 -NI
hup: Command not found.
STOP  LAPW0 END
STOP  LAPW1 END
STOP  LAPW2 END
STOP  CORE  END
STOP  MIXER END
STOP  MIXER END
ec cc and fc_conv 1 1 1

>   stop
berber@berber:~/WIEN2k/GaAs$ save_lapw -d pbe
New version of save_lapw selected

Starting save:
   GaAs.struct -> pbe/GaAs.struct
   GaAs.clmsum -> pbe/GaAs.clmsum
   GaAs.clmup -> pbe/GaAs.clmup
   GaAs.clmdn -> pbe/GaAs.clmdn
   GaAs.dmatup -> pbe/GaAs.dmatup
   GaAs.dmatdn -> pbe/GaAs.dmatdn
   GaAs.dmatud -> pbe/GaAs.dmatud
   GaAs.eeceup -> pbe/GaAs.eeceup
   GaAs.eecedn -> pbe/GaAs.eecedn
   GaAs.vorbup -> pbe/GaAs.vorbup
   GaAs.vorbdn -> pbe/GaAs.vorbdn
   GaAs.vrespsum -> pbe/GaAs.vrespsum
   GaAs.vrespup -> pbe/GaAs.vrespup
   GaAs.vrespdn -> pbe/GaAs.vrespdn
   GaAs.kgen -> pbe/GaAs.kgen
   GaAs.kgen_fbz -> pbe/GaAs.kgen_fbz
   GaAs.kgen_ibz -> pbe/GaAs.kgen_ibz
   GaAs.klist -> pbe/GaAs.klist
   GaAs.ksym -> pbe/GaAs.ksym
   GaAs.klist_fbz -> pbe/GaAs.klist_fbz
   GaAs.klist_ibz -> pbe/GaAs.klist_ibz
   GaAs.klist_rfbz -> pbe/GaAs.klist_rfbz
   GaAs.outputkgenhf -> pbe/GaAs.outputkgenhf
   GaAs.scf -> pbe/GaAs.scf
   GaAs.scf2 -> pbe/GaAs.scf2
   GaAs.scf2up -> pbe/GaAs.scf2up
   GaAs.scf2dn -> pbe/GaAs.scf2dn
   GaAs.in0 -> pbe/GaAs.in0
   GaAs.in0abp -> pbe/GaAs.in0abp
   GaAs.in0_st -> pbe/GaAs.in0_st
   GaAs.in0_std -> pbe/GaAs.in0_std
   GaAs.in0_tmp -> pbe/GaAs.in0_tmp
   GaAs.in1c -> pbe/GaAs.in1c
   GaAs.in1_st -> pbe/GaAs.in1_st
   GaAs.in2c -> pbe/GaAs.in2c
   GaAs.in2_ls -> pbe/GaAs.in2_ls
   GaAs.in2_st -> pbe/GaAs.in2_st
   GaAs.in2_sy -> pbe/GaAs.in2_sy
   GaAs.inc -> pbe/GaAs.inc
   GaAs.inc_st -> pbe/GaAs.inc_st
   GaAs.inm -> pbe/GaAs.inm
   GaAs.inm_restart_st -> pbe/GaAs.inm_restart_st
   GaAs.inm_st -> pbe/GaAs.inm_st
   GaAs.inm_vresp -> pbe/GaAs.inm_vresp
   GaAs.inq -> pbe/GaAs.inq
   GaAs.inq_st -> pbe/GaAs.inq_st
   GaAs.inso -> pbe/GaAs.inso
   GaAs.inst -> pbe/GaAs.inst
   GaAs.nmat_only -> pbe/GaAs.nmat_only
   GaAs.vsp -> pbe/GaAs.vsp
   GaAs.vspup -> pbe/GaAs.vspup
   GaAs.vspdn -> pbe/GaAs.vspdn
   GaAs.r2v -> pbe/GaAs.r2v
   GaAs.r2vdn -> pbe/GaAs.r2vdn

broyden files deleted, clm*, dmat*, vorb*, vresp*, eece*, scf, struct and input 
files saved under pbe/GaAs

berber@berber:~/WIEN2k/GaAs$ init_mbj_lapw
prepared GaAs.in0_grr and changed to 28 in GaAs.in0
Now do the mBJ calculation:   run_lapw -i 80 ...  
berber@berber:~/WIEN2k/GaA

[Wien] berryphase

2013-12-06 Thread Shahrbano Raheme


Dear Prof. Rubel and Sheikh,
> Are there total or partial forces? What are the values?

Oops! It was partial force that was large: 
:FOR002:   2.ATOM          6.892          0.000          0.000          6.892 
partial forces

Then, I performed one more iteration by adding -fc flag to my run to sum the 
Hellmann-Feynman, core, and valance forces, run_lapw -fc 1. Here, I would 
confirm that lambda1 is indeed in its relaxed position since the total forces 
are very small, as Sheikh also indicated:
:FOR002:   2.ATOM       0.160246       0.00       0.00      -0.160246 
total forces

So, most of the ambiguities are now made clear by your valuable comments. 

> We do not want Wien2k to realize its higher symmetry. Therefore, the
initialization is done for low-symmetry lambda1 case only. Both
structures should have identical symmetry operations in order to
ensure consistency and comparability of the results.


Most of our ambiguities originated from lambda0 structure, since it was not 
cubic. We suspected that the tetragonal lambda1 is created by moving up the 
atoms of the tetragonal lambda0. This was why when we got nonzero forces, we 
carelessly thought that the system was under stress. I suggest to change 
lambda0 structure to a cubic one in the next release of the BerryPi code. In 
this cases users will more easily realize that a phase transition is occurred 
from lambda0 to lambda1. This will be also more compatible with the BerryPi 
paper. For sure, we used the cubic structure, and the result is not changed too 
much.

​> ​Also you can try to understand more about modern theory of polarization 
from here http://www.physics.rutgers.edu/~dhv/pubs/local_preprint/dv_fchap.pdf

​Sheikh, I was reading PRB47, 1651 and PRL101, 037210 of David Vanderbilt and 
his coauthors. Thank you Sheikh, your informed manuscript of David and 
coworkers will certainly help me. ​
​> ​
This part I am not sure, especially for GaN. The thinking should start
with analysis of measurable quantities/effects, which you would like

to model.​​
​
We are thinking about it. Based on the definition of PS, "the change in 
polarization that occurs when the crystal undergoes  a phase change from the 
centrosymmetric structure to a structure without an inversion symmetry 
(Ps=Pnc-Pc)" as given in the BerryPi paper, we are not sure whether we can use 
the following trick to create the noncentrosymmetic structure  from a 
centrosymmetric structure. 
​The trick is that we apply spin-orbit coupling on the centrosymmetic structure 
by initso_lapw. In this case initso_lapw will create a new structure with no 
inversion symmetry.  ​Maybe we can use this structure as our noncentrosymmetric 
structure.  

What do you think about this trick?

​> ​You can make a transition by choosing an intermediate structure (say
lambda05). I am not aware of unique way to define the intermediate
state: we know for sure only lambda0 and lambda1. But you can imagine
lambda1 as a distorted case of lambda0. For lambda05 you need half of
the distortions. Of course, NO optimization of atomic positions should
be performed for lambda05. Otherwise you will end up with lambda1
again.


Do you think that the intermediate is necessary? By transition I meant 
transition between lambda0 as the centrosymmetric phase and lambda1 as the 
noncentrosymmetic phase.

Thank you for your cooperation,

Best regards,
SH. Rahimi___
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Re: [Wien] RKMAX reduced due to NMATMAX

2013-12-06 Thread tran

grep for :RKM in case.scf

On Fri, 6 Dec 2013, Parker, David S. wrote:


Dear all: I am running a large calculation and got the above error message in 
case.scf, which I presume is due to a limit in param.inc
on the size of the matrix to be diagonalized in lapw1.  Does anyone know where 
I can find the actual RKmax lapw1 used (not the value specified in case.in1)? 
Thanks in advance, David Parker

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Re: [Wien] RKMAX reduced due to NMATMAX

2013-12-06 Thread Parker, David S.
Dear all: I am running a large calculation and got the above error message in 
case.scf, which I presume is due to a limit in param.inc
on the size of the matrix to be diagonalized in lapw1.  Does anyone know where 
I can find the actual RKmax lapw1 used (not the value specified in case.in1)? 
Thanks in advance, David Parker

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[Wien] c-Si optics sum rule too low

2013-12-06 Thread Pavel Ondračka
Dear WIEN2k mailing list,

I've been trying to compute the effective number of valence electrons of
crystalline silicon from the optical sum rule and I'm getting value of
7.4 (as calculated by the joint program) instead of the expected value
around 8 (4 valence electrons per atom).

I already have well converged case with 1 k-point, Rmt*Kmax = 9 and
I've also properly increased the EMAX in case.in1, case.inop and
case.injoint that any further increase have no effect on the sum rule.
I'm using the mBJ exchange potential, however even with GGA or LDA the
result doesn't change much.

Any ideas what further steps might be needed to get the expected value?

BTW is there an easy way to also compute the dielectric function of core
electron transitions and hence see if at least the total sum rule checks
out?

Best regards

Pavel Ondračka

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