[Nek5000-users] **ERROR**: Failed in HMHOLTZ

nek5000-users at lists.mcs.anl.gov nek5000-users at lists.mcs.anl.gov
Tue Jan 19 03:12:09 CST 2010


I assume you have periodic bcs in x, wall in y and inflow-outlfow in z, right?
Can you explain me your in USERBC? How do handle the inflow bc?

Stefan


On Jan 19, 2010, at 9:59 AM, nek5000-users at lists.mcs.anl.gov wrote:

> Here the useric subroutine (the flow direction is z)
> c-----------------------------------------------------------------------
>     subroutine useric (ix,iy,iz,ieg)
>     include 'SIZE'
>     include 'TOTAL'
>     include 'NEKUSE'
> 
>     ux   = 0.0
>     uy   = 0.0
>     uz   = (1-(y-0.5)**2)
>     temp = 0.0
> 
>     return
>     end
> c-----------------------------------------------------------------------
> 
> the userbc subroutine:
> c-----------------------------------------------------------------------
>     subroutine userbc (ix,iy,iz,iside,ieg)
>     include 'SIZE'
>     include 'TOTAL'
>     include 'NEKUSE'
> 
>     ux   = 0.0
>     uy   = 0.0
>     uz   = 0.0
>     temp = 0.0
> 
>     return
>     end
> c-----------------------------------------------------------------------
> 
> Here the logfile (I stopped the run after step 8):
> /----------------------------------------------------------\\
> |      _   __ ______ __ __  ______  ____   ____   ____     |
> |     / | / // ____// //_/ / ____/ / __ \\ / __ \\ / __ \\    |
> |    /  |/ // __/  / ,<   /___ \\  / / / // / / // / / /    |
> |   / /|  // /___ / /| | ____/ / / /_/ // /_/ // /_/ /     |
> |  /_/ |_//_____//_/ |_|/_____/  \\____/ \\____/ \\____/      |
> |                                                          |
> |----------------------------------------------------------|
> |                                                          |
> | NEK5000:  Open Source Spectal Element Solver             |
> | COPYRIGHT (c) 2008 UCHICAGO ARGONNE, LLC                 |
> | Version:  1.0rc1 / SVN r369M                             |
> | Web:      http://nek5000.mcs.anl.gov                     |
> |                                                          |
> \\----------------------------------------------------------/
> 
> 
> Number of processors:           1
> REAL    wdsize      :           8
> INTEGER wdsize      :           4
> 
> 
> Beginning session:
> /home/folke/nek5_svn/runs/test_channel/channel.rea
> 
> 
> timer accuracy:   0.0000000E+00 sec
> 
> read .rea file
> nelgt/nelgv/lelt:      640      640      643
> lx1  /lx2  /lx3 :        6        4        4
> 
> mapping elements to processors
>          0         640         640         640         640  NELV
> RANK     0 IEG       1       2       3       4       5       6       7       8
>                     9      10      11      12      13      14      15      16
>                    17      18      19      20      21      22      23      24
>                    25      26      27      28      29      30      31      32
>                    33      34      35      36      37      38      39      40
>                    41      42      43      44      45      46      47      48
>                    49      50      51      52      53      54      55      56
>                    57      58      59      60      61      62      63      64
>                    65      66      67      68      69      70      71      72
>                    73      74      75      76      77      78      79      80
>                    81      82      83      84      85      86      87      88
>                    89      90      91      92      93      94      95      96
>                    97      98      99     100     101     102     103     104
>                   105     106     107     108     109     110     111     112
>                   113     114     115     116     117     118     119     120
>                   121     122     123     124     125     126     127     128
>                   129     130     131     132     133     134     135     136
>                   137     138     139     140     141     142     143     144
>                   145     146     147     148     149     150     151     152
>                   153     154     155     156     157     158     159     160
>                   161     162     163     164     165     166     167     168
>                   169     170     171     172     173     174     175     176
>                   177     178     179     180     181     182     183     184
>                   185     186     187     188     189     190     191     192
>                   193     194     195     196     197     198     199     200
>                   201     202     203     204     205     206     207     208
>                   209     210     211     212     213     214     215     216
>                   217     218     219     220     221     222     223     224
>                   225     226     227     228     229     230     231     232
>                   233     234     235     236     237     238     239     240
>                   241     242     243     244     245     246     247     248
>                   249     250     251     252     253     254     255     256
>                   257     258     259     260     261     262     263     264
>                   265     266     267     268     269     270     271     272
>                   273     274     275     276     277     278     279     280
>                   281     282     283     284     285     286     287     288
>                   289     290     291     292     293     294     295     296
>                   297     298     299     300     301     302     303     304
>                   305     306     307     308     309     310     311     312
>                   313     314     315     316     317     318     319     320
>                   321     322     323     324     325     326     327     328
>                   329     330     331     332     333     334     335     336
>                   337     338     339     340     341     342     343     344
>                   345     346     347     348     349     350     351     352
>                   353     354     355     356     357     358     359     360
>                   361     362     363     364     365     366     367     368
>                   369     370     371     372     373     374     375     376
>                   377     378     379     380     381     382     383     384
>                   385     386     387     388     389     390     391     392
>                   393     394     395     396     397     398     399     400
>                   401     402     403     404     405     406     407     408
>                   409     410     411     412     413     414     415     416
>                   417     418     419     420     421     422     423     424
>                   425     426     427     428     429     430     431     432
>                   433     434     435     436     437     438     439     440
>                   441     442     443     444     445     446     447     448
>                   449     450     451     452     453     454     455     456
>                   457     458     459     460     461     462     463     464
>                   465     466     467     468     469     470     471     472
>                   473     474     475     476     477     478     479     480
>                   481     482     483     484     485     486     487     488
>                   489     490     491     492     493     494     495     496
>                   497     498     499     500     501     502     503     504
>                   505     506     507     508     509     510     511     512
>                   513     514     515     516     517     518     519     520
>                   521     522     523     524     525     526     527     528
>                   529     530     531     532     533     534     535     536
>                   537     538     539     540     541     542     543     544
>                   545     546     547     548     549     550     551     552
>                   553     554     555     556     557     558     559     560
>                   561     562     563     564     565     566     567     568
>                   569     570     571     572     573     574     575     576
>                   577     578     579     580     581     582     583     584
>                   585     586     587     588     589     590     591     592
>                   593     594     595     596     597     598     599     600
>                   601     602     603     604     605     606     607     608
>                   609     610     611     612     613     614     615     616
>                   617     618     619     620     621     622     623     624
>                   625     626     627     628     629     630     631     632
>                   633     634     635     636     637     638     639     640
> done :: mapping elements to processors
>           0  objects found
> readat time  8.20312500000000000E-002  sec
> done :: read .rea file
> 
> setup domain topology
>  Right-handed check complete for     640 elements. OK.
>  setvert3d:           6           6           6
>  setupds3d:          6        720       9040      41040      41040      41040
> gs_setup: 0 unique labels shared
>  gs_init time 5.0781E-02 seconds   6       640    138240     41040         0
>          8  max multiplicity
> done :: setup domain topology
> call usrdat
> done :: usrdat
> generate geomerty data
> vol_t,vol_v:   9.9999999999975824        9.9999999999975824     done :: generate geomerty data
> call usrdat2
> done :: usrdat2
> regenerate geomerty data           1
> vol_t,vol_v:   9.9999999999980407        9.9999999999980407     done :: regenerate geomerty data           1
> verify mesh topology
> -1.0000000000000002        1.0000000000000002       Xrange
>  0.0000000000000000        1.0000000000000002       Yrange
>  0.0000000000000000        5.0000000000000018       Zrange
> done :: verify mesh topology
> 103   Parameters from file:/home/folke/nek5_svn/runs/test_channel/channel.rea
>  1      1.00000         DENSITY
>  2      -1000.00         VISCOS
>  7      1.00000         RHOCP
>  8      1.00000         CONDUCT
> 11      10.00000         NSTEPS
> 12      0.500000     DT
> 13      20.0000         IOCOMM
> 18     -20.0000         GRID
> 19     -1.00000         INTYPE
> 20      5.00000         NORDER
> 21     1.00000E-05     DIVERGENCE
> 22     1.000000E-08     HELMHOLTZ
> 24     0.100000E-01     TOLREL
> 25     0.100000E-01     TOLABS
> 26     0.250000         COURANT
> 27      2.00000         TORDER
> 28      0.00000
> 49      0.00000
> 65      1.00000         new file each dump (1)                     # P065 number of I
> 67      0.00000         read format                                # P067 Read format
> 68      1            iostep for avg_all (if ^= 0, else = iostep)   # P068 averaging f
> 71     0.0021           initial ffx                 # P071 not used
> 93     20.000           Number of pressure sol'ns saved            # P093 if >0, numb
> 94     5.00000          start saving pressure soln's after this    # P094 if >0, star
> 95     5.00000          start saving pressure soln's after this    # P095 if >0, star
> 99     4.000000E+00       p99 = 3 --> dealias turned on            # P099 dealiasing:
> 101     1.000000E+00       p101 = # of addl filter modes            # P101 number of a
> 102      1.00000           Dump out divergence at each time step    # P102 ?????
> 103   -1   0.010                     # P103 filter weight for last mode (<0: disabled)
> IFTRAN   = T
> IFFLOW   = T
> IFHEAT   = F
> IFSPLIT  = F
> IFLOMACH = F
> IFUSERVP = F
> IFUSERMV = F
> IFSTRS   = F
> IFCHAR   = F
> IFCYCLIC = F
> IFAXIS   = F
> IFMVBD   = F
> IFMELT   = F
> IFMODEL  = F
> IFKEPS   = F
> IFMOAB   = F
> IFSYNC   = F
>  IFVCOR   = T
> IFINTQ   = F
> IFCWUZ   = F
> IFSWALL  = F
> IFGEOM   = F
> IFSURT   = F
> IFWCNO   = F
>  IFTMSH for field           1    =  F
> IFADVC for field           1    =  T
> IFNONL for field           1    =  F
> Estimated eigenvalues
> EIGAA =    4.2439298924684223     EIGGA =    89413.331884118597     EIGAE =   0.39478417604357408     EIGAS =   7.75193798449612132E-003
> EIGGE =    89413.331884118597     EIGGS =    2.0000000000000000      verify mesh topology
> -1.0000000000000002        1.0000000000000002       Xrange
>  0.0000000000000000        1.0000000000000002       Yrange
>  0.0000000000000000        5.0000000000000018       Zrange
> done :: verify mesh topology
>  E-solver strategy: 1
>          0 estrat           1          10   0.0000000000000000      itr
> mg_nx:           1           3           5
> mg_ny:           1           3           5
> mg_nz:           1           3           5
>  setvert3d:           2           2           2
> gs_setup: 0 unique labels shared
>  gs_init time 1.5625E-02 seconds   2       640      5120       720         1
>  setvert3d:           4           4           4
>  setupds3d:          4        720       4880      12880      12880      12880
> gs_setup: 0 unique labels shared
>  gs_init time 1.5625E-02 seconds   4       640     40960     12880         2
>  setvert3d:           4           4           4
>  setupds3d:          4        720       4880      12880      12880      12880
> gs_setup: 0 unique labels shared
>  gs_init time 2.3438E-02 seconds   4       640     40960     12880         3
>  setvert3d:           6           6           6
>  setupds3d:          6        720       9040      41040      41040      41040
> gs_setup: 0 unique labels shared
>  gs_init time 7.0313E-02 seconds   6       640    138240     41040         4
> setup h1 coarse grid
>  setvert3d:           2           2           2
> gs_setup: 0 unique labels shared
> gs_setup: 0 unique labels shared
>  set_up_h1_crs time:  0.20703125000000000       seconds
> done :: setup h1 coarse grid
> call usrdat3
> done :: usrdat3
> set initial conditions
> call nekuic for vel  xyz min    -1.0000       0.0000       0.0000    uvwpt min  0.86087E-20  0.86087E-20  0.75000       0.0000      0.86087E-20
> PS min     0.99000E+22
> xyz max     1.0000       1.0000       5.0000    uvwpt max  0.80000E-19  0.80000E-19   1.0000       0.0000      0.80000E-19
> PS max    -0.99000E+22
> done :: set initial conditions
> call userchk
> done :: userchk
>  dofs:       78000       40960        7760
> Initialization successfully completed    2.6484     sec
> Starting time loop ...
>     DT/DTCFL/DTFS/DTINIT   0.147E-01   0.147E-01   0.000E+00   0.500E+00
> Step      1, t= 1.4684042E-02, DT= 1.4684042E-02, C=  0.250 1.2500E-01 1.2500E-01
>            Solving for fluid
> 1.00000000000000002E-008  p22            1           1
> 1     1 Helmholtz VELX    F:   1.2365E-19   1.0000E-08   1.0000E-03   6.8101E+01
>         1    Hmholtz VELX:      0   1.2365E-19   1.2365E-19   1.0000E-08
> 1.00000000000000002E-008  p22            1           1
> 1     1 Helmholtz VELY    F:   1.2365E-19   1.0000E-08   1.0000E-03   6.8101E+01
>         1    Hmholtz VELY:      0   1.2365E-19   1.2365E-19   1.0000E-08
> 1.00000000000000002E-008  p22            1           1
> 1     1 Helmholtz VELZ    F:   2.5258E+00   1.0000E-08   1.0000E-03   6.8101E+01
> 1     2 Helmholtz VELZ    F:   3.3988E-01   1.0000E-08   1.0000E-03   6.8101E+01
> 1     3 Helmholtz VELZ    F:   5.4135E-02   1.0000E-08   1.0000E-03   6.8101E+01
> 1     4 Helmholtz VELZ    F:   8.7135E-03   1.0000E-08   1.0000E-03   6.8101E+01
> 1     5 Helmholtz VELZ    F:   7.5232E-04   1.0000E-08   1.0000E-03   6.8101E+01
> 1     6 Helmholtz VELZ    F:   1.6707E-04   1.0000E-08   1.0000E-03   6.8101E+01
> 1     7 Helmholtz VELZ    F:   3.8786E-05   1.0000E-08   1.0000E-03   6.8101E+01
> 1     8 Helmholtz VELZ    F:   4.9937E-06   1.0000E-08   1.0000E-03   6.8101E+01
> 1     9 Helmholtz VELZ    F:   7.4701E-07   1.0000E-08   1.0000E-03   6.8101E+01
> 1    10 Helmholtz VELZ    F:   1.2222E-07   1.0000E-08   1.0000E-03   6.8101E+01
> 1    11 Helmholtz VELZ    F:   2.4478E-08   1.0000E-08   1.0000E-03   6.8101E+01
> 1    12 Helmholtz VELZ    F:   4.5145E-09   1.0000E-08   1.0000E-03   6.8101E+01
>         1    Hmholtz VELZ:     11   4.5145E-09   2.5258E+00   1.0000E-08
>   1 1.00000E-05 3.17251E-10 3.99951E-10 7.93224E-01       1 Divergence
>         1    U-Pres gmres:        1   3.1725E-10   1.0000E-05   3.9995E-10   1.4063E-01
>          1  DNORM, DIVEX  3.17250961806725983E-010  3.17251059854635242E-010
>         1   1.4684E-02  1.1133E+00 Fluid done
> schfile:/home/folke/nek5_svn/runs/test_channel/channel.sch                                                                                  Step      2, t= 2.9368085E-02, DT= 1.4684042E-02, C=  0.250 2.2695E+00 2.1445E+00
>            Solving for fluid
> 1.00000000000000002E-008  p22            2           1
>         2    Hmholtz VELX:      0   8.4698E-11   8.4698E-11   1.0000E-08
> 1.00000000000000002E-008  p22            2           1
>         2    Hmholtz VELY:      0   3.3881E-10   3.3881E-10   1.0000E-08
> 1.00000000000000002E-008  p22            2           1
>         2    Hmholtz VELZ:      9   9.0588E-09   2.4120E+00   1.0000E-08
>         2    U-Pres gmres:        1   4.2967E-10   1.0000E-05   6.2883E-10   1.7578E-01
>          2  DNORM, DIVEX  4.29672058094189053E-010  4.29672004136921625E-010
>         2   2.9368E-02  9.3359E-01 Fluid done
> Step      3, t= 4.4052127E-02, DT= 1.4684042E-02, C=  0.250 3.8945E+00 1.6250E+00
>            Solving for fluid
> 1.00000000000000002E-008  p22            3           1
>         3    Hmholtz VELX:      0   2.0686E-10   2.0686E-10   1.0000E-08
> 1.00000000000000002E-008  p22            3           1
>         3    Hmholtz VELY:      0   7.3369E-10   7.3369E-10   1.0000E-08
> 1.00000000000000002E-008  p22            3           1
>         3    Hmholtz VELZ:      9   6.0801E-09   1.5993E+00   1.0000E-08
>         3    U-Pres gmres:        1   2.1081E-10   1.0000E-05   5.6586E-10   1.2500E-01
>          3  DNORM, DIVEX  2.10806427110722163E-010  2.10806458332255450E-010
>         3   4.4052E-02  7.9688E-01 Fluid done
> Step      4, t= 5.8736169E-02, DT= 1.4684042E-02, C=  0.250 5.2461E+00 1.3516E+00
>            Solving for fluid
> 1.00000000000000002E-008  p22            4           1
>         4    Hmholtz VELX:      0   2.3711E-10   2.3711E-10   1.0000E-08
> 1.00000000000000002E-008  p22            4           1
>         4    Hmholtz VELY:      0   1.0978E-09   1.0978E-09   1.0000E-08
> 1.00000000000000002E-008  p22            4           1
>         4    Hmholtz VELZ:      9   4.1584E-09   1.0849E+00   1.0000E-08
>         4    U-Pres gmres:        1   1.2092E-10   1.0000E-05   2.0354E-10   1.3672E-01
>          4  DNORM, DIVEX  1.20917860593520714E-010  1.20917830212450389E-010
>         4   5.8736E-02  8.7109E-01 Fluid done
> Step      5, t= 7.3420211E-02, DT= 1.4684042E-02, C=  0.250 6.6484E+00 1.4023E+00
>            Solving for fluid
> this is mprev:          20          20
> alpha1:  2.09756734094134443E-010   9.9999999999980407           138240
> binvm1:   360000.00000000384       0.12500000000000000      -5.93354375460066903E-021
>    5  2.0976E-10  2.0976E-10  1.0000E+00     0 alph1x
>    5 halpha   0
>         5    Hmholtz VELX:      0   2.0976E-10   2.0976E-10   1.0000E-08
>    5  9.3816E-10  9.3816E-10  1.0000E+00     0 alph1x
>    5 halpha   0
>         5    Hmholtz VELY:      0   9.3816E-10   9.3816E-10   1.0000E-08
>    5  8.0549E-01  8.0549E-01  1.0000E+00     0 alph1x
>    5 halpha   0
>         5    Hmholtz VELZ:      9   2.7499E-09   8.0549E-01   1.0000E-08
>         5    U-Pres gmres:        1   2.8336E-10   1.0000E-05   3.9384E-10   1.0547E-01
>          5  DNORM, DIVEX  2.83364732567017946E-010  2.83364756720865127E-010
>         5   7.3420E-02  1.1406E+00 Fluid done
> Step      6, t= 8.8104254E-02, DT= 1.4684042E-02, C=  0.250 8.4688E+00 1.8203E+00
>            Solving for fluid
>    6  1.9617E-10         NaN         NaN     1 alph1x
>    6 halpha   1         NaN
>    6  5000 **ERROR**: Failed in HMHOLTZ: VELX          NaN          NaN   1.0000E-08
>    6  8.1680E-10         NaN         NaN     1 alph1x
>    6 halpha   1         NaN
>    6  5000 **ERROR**: Failed in HMHOLTZ: VELY          NaN          NaN   1.0000E-08
>    6  6.5525E-01  1.3376E-01  4.8988E+00     1 alph1x
>    6 halpha   1  1.9191E-01
>         6    Hmholtz VELZ:      8   9.0843E-09   1.3376E-01   1.0000E-08
>   6    1 alpha:         NaN
>    6   1         NaN         NaN         NaN alph12
>         6    U-Pres gmres:      120          NaN   1.0000E-05          NaN   1.3609E+01
>          6  DNORM, DIVEX                       NaN                       NaN
>         6   8.8104E-02  2.5375E+02 Fluid done
> Step      7, t= 1.0572510E-01, DT= 1.7620851E-02, C=******* 2.6286E+02 2.5439E+02
>            Solving for fluid
>    7         NaN         NaN         NaN     0 alph1x
>    7 halpha   0
>    7  5000 **ERROR**: Failed in HMHOLTZ: VELX          NaN          NaN   1.0000E-08
>    7         NaN         NaN         NaN     2 alph1x
>    7 halpha   2         NaN         NaN
>    7  5000 **ERROR**: Failed in HMHOLTZ: VELY          NaN          NaN   1.0000E-08
>    7         NaN         NaN         NaN     2 alph1x
>    7 halpha   2         NaN         NaN
>    7  5000 **ERROR**: Failed in HMHOLTZ: VELZ          NaN          NaN   1.0000E-08
> reorthogo:           2
>   7    1 alpha:         NaN
>    7   1         NaN         NaN         NaN alph12
>         7    U-Pres gmres:      120          NaN   1.0000E-05          NaN   1.4965E+01
>          7  DNORM, DIVEX                       NaN                       NaN
>         7   1.0573E-01  3.4402E+02 Fluid done
> Step      8, t= 1.2687013E-01, DT= 2.1145021E-02, C=******* 6.0731E+02 3.4445E+02
>            Solving for fluid
>    8         NaN         NaN         NaN     0 alph1x
>    8 halpha   0
>    8  5000 **ERROR**: Failed in HMHOLTZ: VELX          NaN          NaN   1.0000E-08
>    8         NaN         NaN         NaN     3 alph1x
>    8 halpha   3         NaN         NaN         NaN
>    8  5000 **ERROR**: Failed in HMHOLTZ: VELY          NaN          NaN   1.0000E-08
>    8         NaN         NaN         NaN     3 alph1x
>    8 halpha   3         NaN         NaN         NaN
>    8  5000 **ERROR**: Failed in HMHOLTZ: VELZ          NaN          NaN   1.0000E-08
> reorthogo:           2
>   8    1 alpha:         NaN
>    8   1         NaN         NaN         NaN alph12
>         8    U-Pres gmres:      120          NaN   1.0000E-05          NaN   1.3871E+01
>          8  DNORM, DIVEX                       NaN                       NaN
>         8   1.2687E-01  3.5561E+02 Fluid done
> Output:          -1
> 
>       8  1.2687E-01 Write checkpoint:
> 
>       8  1.2687E-01 OPEN: channel.fld01                                                                  call nek_end
> runtime statistics:
>          0  opcount   336739039360.00000      TOTAL OPCOUNT   336739039360.00000       opnode   0  subcl4      0.000000                 opnode   0  ascol5      0.000000               0
>  opnode   0  vlsum       0.000000               0
>  opnode   0  inver2      1105920.               8
>  opnode   0  vsqrt       3317760.              24
>  opnode   0  invcl1      3317760.              24
>  opnode   0  opcolv      3317760.               8
>  opnode   0  sub2        4408320.              34
>  opnode   0  subcl3      6635520.              24
>  opnode   0  opa2cl      6635520.               8
>  opnode   0  invcl2      6635520.              48
>  opnode   0  add3s2      9953280.              24
>  opnode   0  opcv3c     0.1244160E+08          15
>  opnode   0  cadd       0.1560576E+08         381
>  opnode   0  glsc2      0.4501504E+08         445
>  opnode   0  invcl3     0.5363712E+08         388
>  opnode   0  addcl3     0.2012774E+09     1520664
>  opnode   0  opbinv     0.2145485E+09         388
>  opnode   0  VLSC2      0.6090650E+09        7404
>  opnode   0  ADD3       0.5553428E+10    25708808
>  opnode   0  cmult      0.5555005E+10    25708818
>  opnode   0  col3       0.5773681E+10     3081917
>  opnode   0  ADD2       0.5945682E+10    27230464
>  opnode   0  add2s1     0.1108104E+11       40079
>  opnode   0  VLSC3      0.1662364E+11       40084
>  opnode   0  addcl4     0.1663940E+11       40122
>  opnode   0  glsc3      0.1664233E+11       40134
>  opnode   0  col2       0.2255086E+11    78922456
>  opnode   0  add2s2     0.2278993E+11       87891
>  opnode   0  mxm        0.2063871E+12   250425600
> total time   967.00390625000000        964.35546884999997     copy time           0   0.0000000000000000        0.0000000000000000     mxmf time           0   0.0000000000000000        0.0000000000000000     inv3 time         388  0.65234375000000000       6.76455696132385745E-004
> invc time          48  7.03125000000000000E-002  7.29113923975026546E-005
> mltd time        1188   6.8515625000000000       7.10481012584553671E-003
> cdtp time        1188   9.1953125000000000       9.53518987242895841E-003
> eslv time           8   43.132812500000000       4.47270886029569117E-002
> pres time           8   43.765625000000000       4.53832911345344314E-002
> crsl time         365  0.44921875000000000       4.65822784761822542E-004
> crsl min   0.44921875000000000     crsl max   0.44921875000000000     crsl avg   0.44921875000000000     hmhz time          12   911.79687500000000       0.94549873407917062     usbc time           9  0.32031250000000000       3.32151898699734353E-004
> axhm time       40189   394.10937500000000       0.40867645565382432     advc time  1112775117  6.61060408125804329E-202  6.85494539595573689E-205
> gop  time       81651   1.9687500000000000       2.04151898713007427E-003
> gop  min    1.9687500000000000     gop  max    1.9687500000000000     gop  avg    1.9687500000000000     vdss time         389   2.5820312500000000       2.67746835415273634E-003
> vdss min    2.5820312500000000     vdss max    2.5820312500000000     vdss avg    2.5820312500000000     dsum time       41263   86.929687500000000       9.01427848007791271E-002
> dsum min    86.929687500000000     dsum max    86.929687500000000     dsum avg    86.929687500000000     gsum time           0   0.0000000000000000        0.0000000000000000     dsnd time           0   0.0000000000000000        0.0000000000000000     dadd time           0   1.8984375000000000       1.96860759473257161E-003
> dsmx time           0  7.81250000000000000E-002  8.10126582194474015E-005
> dsmn time           0   0.0000000000000000        0.0000000000000000     slvb time           0   0.0000000000000000        0.0000000000000000     ddsl time         365   17.832031250000000       1.84911392385888676E-002
> solv time         365   3.0937500000000000       3.20810126549011696E-003
> sett time           0   0.0000000000000000        0.0000000000000000     prep time           8   1.0703125000000000       1.10987341760642941E-003
> bsol time           0   0.0000000000000000        0.0000000000000000     bso2 time           0   0.0000000000000000        0.0000000000000000     #  nid       tusbc       tdadd       tcrsl       tvdss       tdsum        tgop    qqq
>       0  3.2031E-01  1.8984E+00  4.4922E-01  2.5820E+00  8.6930E+01  1.9688E+00 qqq
> Simulation successfully completed
> call exitt: dying ...
> backtrace(): obtained 5 stack frames.
> ./nek5000 [0x4de05a]
> ./nek5000 [0x5da15d]
> ./nek5000 [0x60c9ac]
> /lib/libc.so.6(__libc_start_main+0xe6) [0x7f7ee3cc71a6]
> ./nek5000 [0x4073e9]
> total elapsed time             :   9.67008E+02 sec
> total solver time incl. I/O    :   6.07313E+02 sec
> CPU seconds/timestep/DOF       :   5.49147E-04 sec
> time/timestep                  :   7.59141E+01 sec
> 
> 
> real	16m7.038s
> user	13m48.072s
> sys	0m2.980s
> 
> 
> 
> 
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