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¹ù·¼8888

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[ÇóÖú] VSAP¼ÆËãÖгöÏÖÕâ¸öÌáʾÊÇʲôÎÊÌâ°¡£¬Çó¸ßÊÖ ÒÑÓÐ2È˲ÎÓë

running on    4 nodes
distr:  one band on    4 nodes,    1 groups
vasp.4.6.36 17Feb09 complex
POSCAR found :  2 types and   16 ions
LDA part: xc-table for Ceperly-Alder, Vosko type interpolation para-ferro

-----------------------------------------------------------------------------
|                                                                             |
|           W    W    AA    RRRRR   N    N  II  N    N   GGGG   !!!           |
|           W    W   A  A   R    R  NN   N  II  NN   N  G    G  !!!           |
|           W    W  A    A  R    R  N N  N  II  N N  N  G       !!!           |
|           W WW W  AAAAAA  RRRRR   N  N N  II  N  N N  G  GGG   !            |
|           WW  WW  A    A  R   R   N   NN  II  N   NN  G    G                |
|           W    W  A    A  R    R  N    N  II  N    N   GGGG   !!!           |
|                                                                             |
|      Full k-point grid generated                                            |
|      Inversion symmetry is not applied                                      |
|                                                                             |
-----------------------------------------------------------------------------

WARNING: stress and forces are not correct
POSCAR, INCAR and KPOINTS ok, starting setup
FFT: planning ...           1
reading WAVECAR
charge-density read from file: FePt                                    
magnetization density read from file 1
entering main loop
       N       E                     dE             d eps       ncg     rms          rms(c)
DAV:   1     0.120370466258E+04    0.12037E+04   -0.18002E+04******   0.223E+02
DAV:   2    -0.265987527721E+01   -0.12064E+04   -0.11437E+04******   0.205E+02
DAV:   3    -0.106976558636E+03   -0.10432E+03   -0.86964E+02******   0.587E+01
DAV:   4    -0.113317149720E+03   -0.63406E+01   -0.60954E+01******   0.152E+01
DAV:   5    -0.113500973539E+03   -0.18382E+00   -0.18336E+00******   0.224E+00
DAV:   6    -0.113508621144E+03   -0.76476E-02   -0.76448E-02******   0.438E-01
DAV:   7    -0.113508858557E+03   -0.23741E-03   -0.23736E-03******   0.765E-02
DAV:   8    -0.113508869363E+03   -0.10806E-04   -0.10803E-04789194   0.166E-02
   1 F= -.11350887E+03 E0= -.11350887E+03  d E =0.000000E+00  mag=     0.0000     0.0000    17.4810
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mywai520

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¹ù·¼8888: ½ð±Ò+5, ¡ï¡ï¡ï¡ï¡ï×î¼Ñ´ð°¸, лл´óÉñ 2014-04-22 08:30:33
Äã·Ç×ÔÇ¢¼ÆËãµÄ²ÎÊý¸ú×ÔÇ¢¼ÆË㲻ͬ£º¾ßÌå¿´ÒÔÏÂÓ¢ÎÄ˵Ã÷£º
if the k-mesh is changed, the old charge density is of course not a self-consistent solution with respect to the new mesh, therefore the stress and forces are not necessarily correct if the run is not converged to self-consistency itself.
also, the read k-points from WAVECAR (and the respective wavefunction coefficients) may differ from the newly generated k-mesh (and hence be inconsistent)
2Â¥2014-04-17 19:36:08
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3Â¥2014-04-18 08:00:18
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¹ù·¼8888

½ð³æ (ÕýʽдÊÖ)

ÒýÓûØÌû:
2Â¥: Originally posted by mywai520 at 2014-04-17 19:36:08
Äã·Ç×ÔÇ¢¼ÆËãµÄ²ÎÊý¸ú×ÔÇ¢¼ÆË㲻ͬ£º¾ßÌå¿´ÒÔÏÂÓ¢ÎÄ˵Ã÷£º
if the k-mesh is changed, the old charge density is of course not a self-consistent solution with respect to the new mesh, therefore the stress ...

×ÔÇ¢¾ÍÊǹ²Ïß¼ÆË㣬·Ç×ÔÇ¢¾ÍÊǷǹ²Ïß¼ÆËãô£¿Îҵĵ¼Ê¦Ö»ÊÇ˵¹²ÏßÓë·Ç¹²Ïß¡£¹²ÏßʱICHARG=2 ·Ç¹²ÏßʱICHARG=11  ¡£ÊÇÕâÑùµÄô£¿»¹ÓоÍÊÇÄĸö²ÎÊý²»Ò»Ñù£¬²»ºÃÒâ˼£¬ÎÒÊdzõѧÕß¡£
4Â¥2014-04-18 16:48:49
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mywai520

Ìú¸Ëľ³æ (ÖøÃûдÊÖ)


ÒýÓûØÌû:
4Â¥: Originally posted by ¹ù·¼8888 at 2014-04-18 16:48:49
×ÔÇ¢¾ÍÊǹ²Ïß¼ÆË㣬·Ç×ÔÇ¢¾ÍÊǷǹ²Ïß¼ÆËãô£¿Îҵĵ¼Ê¦Ö»ÊÇ˵¹²ÏßÓë·Ç¹²Ïß¡£¹²ÏßʱICHARG=2 ·Ç¹²ÏßʱICHARG=11  ¡£ÊÇÕâÑùµÄô£¿»¹ÓоÍÊÇÄĸö²ÎÊý²»Ò»Ñù£¬²»ºÃÒâ˼£¬ÎÒÊdzõѧÕß¡£...

Äã°ÑËùÓеIJÎÊýÌù³öÀ´£¬²ÅÖªµÀ¡£
5Â¥2014-04-18 17:06:23
ÒÑÔÄ   »Ø¸´´ËÂ¥   ¹Ø×¢TA ¸øTA·¢ÏûÏ¢ ËÍTAºì»¨ TAµÄ»ØÌû

¹ù·¼8888

½ð³æ (ÕýʽдÊÖ)

ÒýÓûØÌû:
5Â¥: Originally posted by mywai520 at 2014-04-18 17:06:23
Äã°ÑËùÓеIJÎÊýÌù³öÀ´£¬²ÅÖªµÀ¡£...

System =  FePt

NPAR = 1
VOSKOWN = 1

ISPIN = 2 spin: 1 paramegnetic; 2 spin polarized

ISTART = 0 read WAVECAR: 0-no;  1-yes constant energy cutoff;  2-yes constant basis
             [default: 1-if WAVECAR exists, 0-else]

ICHARG = 2 initial charge density: 0-calc from initial wave functions; 1-from CHGCAR;
            2-from atomic charges; +10 non-self-consistent
            #[default: 2-if ISTART=0, 0-else]

LWAVE  = .FALSE.     print out WAVECAR (huge!)                          [default: .TRUE.]
#LCHARG = .FALSE.      print out CHGCAR  (large, but required to restart) [default: .TRUE.]

# NBANDS = 60 number of bands included (p105)
              [default: # NELECT/2+NIONS/2]
         
# ENCUT= 800
         
PREC   =  Accurate precision of calc: Normal, Accurate

MAGMOM = 3 3 3 3 0 0 0 0 0 0 0 0 0 0 0 0
#          initial atom magnetic moment [default: NIONS]

RWIGS  =  1.111 1.226  # FCC: 0.390796318028403*a (A)
           atomic radii for each species; to calc local partial DOS
           (e.g. 4/3*Pi*R_3=a_3/4, R=a*0.5*(1.5/Pi)_1/3 for FCC,
            look for small overlap or covalent radius, look for Sum of
            V_shells=V_unit_cell)
   
Electronic diagonalization:
#  IALGO = 48     algorithm: 5-8 conjugate gradient (8->38), 44-48 residual minimization
                            [default: 38] 48-large system
# LDIAG = .TRUE.  sub-space diagonalisation [default: .TRUE.]
#  LREAL =  Auto  real-space projection: .FALSE.-in reciprocal; On-in real;

                 Auto for big (>20 atoms) systems [default: .FALSE.]


  ISMEAR = -5  smearing:
                1-OK,2 Methfessel-Paxton for metals+relax;
                0 Gaussian (semicond+insulat with big unit cell);
               -1 Fermi; -2 read from WAVCAR; -4 tetrahedron;
               -5-OK tetrahedron with corrections
                  (Bill Butler; acc. for E,DOS in metals+NO-relax; semicond+insulat)
                [default: 1]

# NELM   = 100 max number of electr self-consist steps [default: 60]
# NELMIN =   2 min number of electr self-consist steps [default: 2]
# NELMDL = -12  number of electr non-self-consist steps at the begining
            [default: -5 if # ISTART=0, INIWAV=1, IALGO=8
                     -12 if # ISTART=0, INIWAV=1, IALGO=48
                       0 else]


Parameters related to DOS:
NEDOS  =     901    number of gridpoints for DOS
EMIN   =    -5.0    min energy [eV] for DOS calc
EMAX   =    10.0    max energy [eV] for DOS calc

---------------------------------------------------------------------------------------
             Ionic Relaxation (pp. 13,57,93,111; result is in CONTCAR)
---------------------------------------------------------------------------------------

NSW    = 0  number of ionic steps (0-default; 10-OK)

IBRION =  -1   ionic relax: (-1)-no ionic steps; 0-MD; 1-quasi-Newton;
                              2-conjugate gradient-OK; 3-damped MD; 5-Hessian?
                              [default: (-1)-if # NSW=0,1; 0-else]

ISIF   =  0  stress tensor: 0-no   +relax ions
                             1-trace+relax ions
                             2-yes  +relax ions             -OK
                             3-yes  +relax ions shape volume-OK
                             4-yes  +relax ions shape
                             5-yes  +relax      shape
                             6-yes  +relax      shape volume
                             7-yes  +relax            volume
                             [default: 0-if # IBRION=0 (MD); 2-else]

# ENMAX = 550  plane wave cut off    [default: see POTCAR; 550 for acc. relax]
EDIFF = 1e-7 error in total energy [default: 1e-4;      1e-7 for acc. relax]

# POTIM = 0.1 reduce first trial step in the direction of force at relax [default: 1.0]
EDIFFG = -0.1e-2 condition to stop relax: # >0-if dE<EDIFFG; <0-if dFirce<Abs(EDIFFG)-OK;
                                            #  0-stop after NSW steps
                                            #  [default: EDIFF*10]
# IWAVPR = 1 Extrapol. wave f. at relax: 0-no; 1-simple; 2-of 2nd order; 3-mixter not recommended
                                        #[default-OK: 2-if IBRION=0; 1-if IBRION=1,2; 0-else]




# INIWAV = 1 initial wave functions: 0-jelium; 1-random-OK
            #[default: 1]

ISYM   =  0    symmetry: 0-no; 1-yes; 2-yes memory conserving

LPETIM =  F    write-flag & timer:


# SIGMA  = 0.2 broadening width [eV]
                0.2 for metals [default: 0.2] Amrit: 0.1
6Â¥2014-04-18 18:01:34
ÒÑÔÄ   »Ø¸´´ËÂ¥   ¹Ø×¢TA ¸øTA·¢ÏûÏ¢ ËÍTAºì»¨ TAµÄ»ØÌû

¹ù·¼8888

½ð³æ (ÕýʽдÊÖ)

ÒýÓûØÌû:
5Â¥: Originally posted by mywai520 at 2014-04-18 17:06:23
Äã°ÑËùÓеIJÎÊýÌù³öÀ´£¬²ÅÖªµÀ¡£...

System =  FePt

NPAR = 1
VOSKOWN = 1

ISPIN = 2 spin: 1 paramegnetic; 2 spin polarized

ISTART = 0 read WAVECAR: 0-no;  1-yes constant energy cutoff;  2-yes constant basis
             [default: 1-if WAVECAR exists, 0-else]

ICHARG = 11 initial charge density: 0-calc from initial wave functions; 1-from CHGCAR;
            2-from atomic charges; +10 non-self-consistent
            #[default: 2-if ISTART=0, 0-else]

LWAVE  = .FALSE.     print out WAVECAR (huge!)                          [default: .TRUE.]
LCHARG = .FALSE.      print out CHGCAR  (large, but required to restart) [default: .TRUE.]
LSORBIT = .TRUE.
SAXIX = 1 0 0
LMAXMIX = 4
NBANDS = 194
GGA_COMPAT = .FALSE.
# NBANDS = 60 number of bands included (p105)
              [default: # NELECT/2+NIONS/2]

# ENCUT= 800

PREC   =  Accurate precision of calc: Normal, Accurate
   
MAGMOM = 0 0 3 0 0 3 0 0 3 0 0 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
#          initial atom magnetic moment [default: NIONS]

RWIGS  =  1.111 1.226  # FCC: 0.390796318028403*a (A)
           atomic radii for each species; to calc local partial DOS
           (e.g. 4/3*Pi*R_3=a_3/4, R=a*0.5*(1.5/Pi)_1/3 for FCC,
            look for small overlap or covalent radius, look for Sum of
            V_shells=V_unit_cell)

Electronic diagonalization:
#  IALGO = 48     algorithm: 5-8 conjugate gradient (8->38), 44-48 residual minimization
                            [default: 38] 48-large system
# LDIAG = .TRUE.  sub-space diagonalisation [default: .TRUE.]
#  LREAL =  Auto  real-space projection: .FALSE.-in reciprocal; On-in real;
                 Auto for big (>20 atoms) systems [default: .FALSE.]


  ISMEAR = -5  smearing:
                1-OK,2 Methfessel-Paxton for metals+relax;
                0 Gaussian (semicond+insulat with big unit cell);
               -1 Fermi; -2 read from WAVCAR; -4 tetrahedron;
               -5-OK tetrahedron with corrections
                  (Bill Butler; acc. for E,DOS in metals+NO-relax; semicond+insulat)
                [default: 1]

# NELM   = 100 max number of electr self-consist steps [default: 60]
# NELMIN =   2 min number of electr self-consist steps [default: 2]
# NELMDL = -12  number of electr non-self-consist steps at the begining
            [default: -5 if # ISTART=0, INIWAV=1, IALGO=8
                     -12 if # ISTART=0, INIWAV=1, IALGO=48
                       0 else]


Parameters related to DOS:
NEDOS  =     901    number of gridpoints for DOS
EMIN   =    -5.0    min energy [eV] for DOS calc
EMAX   =    10.0    max energy [eV] for DOS calc

---------------------------------------------------------------------------------------
             Ionic Relaxation (pp. 13,57,93,111; result is in CONTCAR)
---------------------------------------------------------------------------------------

NSW    = 0  number of ionic steps (0-default; 10-OK)

IBRION =  -1   ionic relax: (-1)-no ionic steps; 0-MD; 1-quasi-Newton;
                              2-conjugate gradient-OK; 3-damped MD; 5-Hessian?
                              [default: (-1)-if # NSW=0,1; 0-else]

ISIF   =  0  stress tensor: 0-no   +relax ions
                             1-trace+relax ions
                             2-yes  +relax ions             -OK
                             3-yes  +relax ions shape volume-OK
                             4-yes  +relax ions shape
                             5-yes  +relax      shape
                             6-yes  +relax      shape volume
                             7-yes  +relax            volume
                             [default: 0-if # IBRION=0 (MD); 2-else]

# ENMAX = 550  plane wave cut off    [default: see POTCAR; 550 for acc. relax]
# EDIFF = 1e-7 error in total energy [default: 1e-4;      1e-7 for acc. relax]

# POTIM = 0.1 reduce first trial step in the direction of force at relax [default: 1.0]
# EDIFFG = -0.1e-2 condition to stop relax: # >0-if dE<EDIFFG; <0-if dFirce<Abs(EDIFFG)-OK;
                                            #  0-stop after NSW steps
                                            #  [default: EDIFF*10]
# IWAVPR = 1 Extrapol. wave f. at relax: 0-no; 1-simple; 2-of 2nd order; 3-mixter not recommended
                                        #[default-OK: 2-if IBRION=0; 1-if IBRION=1,2; 0-else]




# INIWAV = 1 initial wave functions: 0-jelium; 1-random-OK
            #[default: 1]

ISYM   =  0    symmetry: 0-no; 1-yes; 2-yes memory conserving

LPETIM =  F    write-flag & timer:


# SIGMA  = 0.2 broadening width [eV]
                0.2 for metals [default: 0.2] Amrit: 0.1
7Â¥2014-04-18 18:02:44
ÒÑÔÄ   »Ø¸´´ËÂ¥   ¹Ø×¢TA ¸øTA·¢ÏûÏ¢ ËÍTAºì»¨ TAµÄ»ØÌû

mywai520

Ìú¸Ëľ³æ (ÖøÃûдÊÖ)


¡¾´ð°¸¡¿Ó¦Öú»ØÌû

ÄãµÄÊäÈë¿¨Õæ¸´ÔÓ°¡¡£³õ¿´ÄãµÄ´Å¾ØÉèÖþͲ»Ò»Ñù¡£
8Â¥2014-04-18 18:22:51
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¹ù·¼8888

½ð³æ (ÕýʽдÊÖ)

ÒýÓûØÌû:
8Â¥: Originally posted by mywai520 at 2014-04-18 18:22:51
ÄãµÄÊäÈë¿¨Õæ¸´ÔÓ°¡¡£³õ¿´ÄãµÄ´Å¾ØÉèÖþͲ»Ò»Ñù¡£

Äܲ»ÄÜ˵µÄÔÙÏêϸһµã°¡£¿£¿Ð»Ð»
9Â¥2014-04-21 09:27:46
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mywai520

Ìú¸Ëľ³æ (ÖøÃûдÊÖ)


¡¾´ð°¸¡¿Ó¦Öú»ØÌû

×ÔÇ¢MAGMOM = 3 3 3 3 0 0 0 0 0 0 0 0 0 0 0 0
·Ç×ÔÇ¢£ºMAGMOM = 0 0 3 0 0 3 0 0 3 0 0 3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0

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10Â¥2014-04-21 09:39:53
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