[Nek5000-users] proj_ortho error in pipe flow
nek5000-users at lists.mcs.anl.gov
nek5000-users at lists.mcs.anl.gov
Fri Apr 7 10:18:23 CDT 2017
Dear Nek users,
I am running a simple pipe flow on a Cray XC40 (Hazel Hen). After 32
steps, I get this problem (see attachment for complete logfile):
Step 32, t= 3.2000000E-02, DT= 1.0000000E-03, C= 0.025 3.2660E-01
1.0526E-02
Solving for fluid
32 Project velx 6.6444E-09 2.4759E-09
2.6836E+00 8 0
32 Hmholtz velx 1 3.9238E-09 6.7918E-07 1.0000E-08
32 Project vely 6.8730E-09 2.1046E-09
3.2656E+00 8 0
32 Hmholtz vely 1 3.6166E-09 5.9974E-07 1.0000E-08
32 Project velz 5.2396E-03 2.5121E-06
2.0858E+03 8 0
32 Hmholtz velz 3 7.6028E-10 9.3795E-04 1.0000E-08
32proj_ortho: 2 8 velz Detect rank deficiency: NaN
1.0000E+00
32proj_ortho: 1 8 velz Detect rank deficiency: NaN
1.0000E+00
32 U-PRES gmres 29 9.9376E-09 5.2213E-04
1.0000E-08 8.7926E-03 1.7780E-02
32 DNORM, DIVEX 2.704668739973178E-005 9.937641774554489E-009
32 0.3200000E-01 1.61568E-01 6.88948E-05 7.85330E-01
7.85399E-01 volflow Z
32 Fluid done 3.2000E-02 2.4042E-02
In the next step I get CFL, CTarg! and the simulation exits.
This problem does neither show up on my local machine nor on another
smaller cluster. Moreover, when I set either parameter 94 or 95 to 0, I
do not see this error. It only appears when p94 and p95 are both unequal
0. In my case I set them to 9.
Do you know what might be causing this issue and how to solve it for the
Cray XC40 system?
Best Regards
Steffen
-------------- next part --------------
Starting at Fri Apr 7 16:47:45 CEST 2017
Hosts: eslogin002.hww.de
Nodes: 1
Processes per node: 24
Cores: 24
------------------
/----------------------------------------------------------\\
| _ __ ______ __ __ ______ ____ ____ ____ |
| / | / // ____// //_/ / ____/ / __ \\/ __ \\/ __ \\ |
| / |/ // __/ / ,< /___ \\ / / / // / / // / / / |
| / /| // /___ / /| | ____/ / / /_/ // /_/ // /_/ / |
| /_/ |_//_____//_/ |_|/_____/ \\___/ \\___/ \\___/ |
| |
|----------------------------------------------------------|
| |
| NEK5000: Open Source Spectral Element Solver |
| COPYRIGHT (c) 2008-2017 UCHICAGO ARGONNE, LLC |
| Version: 17.0.0 |
| Web: http://nek5000.mcs.anl.gov |
| |
\\----------------------------------------------------------/
Number of processors: 24
REAL wdsize : 8
INTEGER wdsize : 4
Timer accuracy : 9.54E-08
Reading /lustre/cray/ws8/ws/xxxxx-nek_tests/nek_runs/pipe/hydro/run/hydro.rea
mapping elements to processors
Reading /lustre/cray/ws8/ws/xxxxx-nek_tests/nek_runs/pipe/hydro/run/hydro.map
0 32 32 768 768 NELV
1 32 32 768 768 NELV
5 32 32 768 768 NELV
8 32 32 768 768 NELV
2 32 32 768 768 NELV
9 32 32 768 768 NELV
10 32 32 768 768 NELV
4 32 32 768 768 NELV
11 32 32 768 768 NELV
3 32 32 768 768 NELV
18 32 32 768 768 NELV
12 32 32 768 768 NELV
20 32 32 768 768 NELV
7 32 32 768 768 NELV
6 32 32 768 768 NELV
23 32 32 768 768 NELV
22 32 32 768 768 NELV
21 32 32 768 768 NELV
19 32 32 768 768 NELV
15 32 32 768 768 NELV
16 32 32 768 768 NELV
14 32 32 768 768 NELV
17 32 32 768 768 NELV
13 32 32 768 768 NELV
RANK 0 IEG 108 112 117 118 119 120 300 304
305 306 309 310 311 312 492 494
496 497 498 501 502 503 504 684
686 688 689 690 693 694 695 696
element load imbalance: 0 32 32
done :: mapping elements to processors
0 objects found
118 Parameters from file:
1 1.00000 P001: DENSITY
2 -5300.00 P002: VISCOSITY
7 1.00000 P007: RHOCP
8 1.00000 P008: CONDUCT
11 103.000 P011: NSTEPS
12 -1.00000E-03 P012: DT
13 20.0000 P013: IOCOMM
15 10.0000 P015: IOSTEP
21 1.00000E-08 P021: DIVERGENCE
22 1.00000E-08 P022: HELMHOLTZ
24 1.00000E-02 P024: TOLREL
25 1.00000E-02 P025: TOLABS
26 0.50000 P026: COURANT/NTAU
27 3.00000 P027: TORDER
54 -3.00000 P054: fixed flow rate dir: |p54|=1,2,3=x,y,z
55 1.00000 P055: vol.flow rate (p54>0) or Ubar (p54<0)
59 0.00000 P059: !=0 --> full Jac. eval. for each el.
66 6.00000 P066: output : <0=ascii, else binary
67 6.00000 P067: restart: <0=ascii, else binary
68 10.0000 P068: STAT_COMP: how often you compute stats
69 50.0000 P069: STAT_OUTP: how often you write stats
70 50.0000 P070: CHKPTSTP: how often you write restart files (rs8)
93 20.0000 P093: Number of previous pressure solns saved
94 9.00000 P094: start projecting velocity after p94 step
95 9.00000 P095: start projecting pressure after p95 step
99 4.00000 P099: dealiasing: <0--> off /3--> old /4-->new
102 1.00000 P102: Dump out divergence at each time step
103 0.01000 P103: weight of stabilizing filter
nelgt/nelgv/lelt: 768 768 1200
lx1 /lx2 /lx3 : 5 3 5
done :: read .rea file 0.25736E-01 sec
setup mesh topology
Right-handed check complete for 768 elements. OK.
setvert3d: 5 29456 50192 29456 29456
call usrsetvert
done :: usrsetvert
gs_setup: 12560 unique labels shared
pairwise times (avg, min, max): 1.80612e-05 1.59979e-05 2.01941e-05
crystal router : 1.46588e-05 1.43051e-05 1.49012e-05
all reduce : 0.000158255 0.000156999 0.000159812
used all_to_all method: crystal router
handle bytes (avg, min, max): 223072 152956 276732
buffer bytes (avg, min, max): 37301.3 25760 47008
setupds time 8.6558E-03 seconds 0 5 29456 768
8 max multiplicity
done :: setup mesh topology
call usrdat
done :: usrdat
generate geometry data
NOTE: All elements deformed , param(59) ^=0
done :: generate geometry data
call usrdat2
done :: usrdat2
regenerate geometry data 1
NOTE: All elements deformed , param(59) ^=0
done :: regenerate geometry data 1
verify mesh topology
-0.500000000000000 0.500000000000000 Xrange
-0.500000000000000 0.500000000000000 Yrange
0.000000000000000E+000 1.00000000000000 Zrange
done :: verify mesh topology
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
IFNEKNEK = F
IFSYNC = T
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
Dealiasing enabled, lxd= 8
Estimated eigenvalues
EIGAA = 9.86960440108936
EIGGA = 450284.517077610
EIGAE = 9.86960440108936
EIGAS = 8.333333333333333E-002
EIGGE = 450284.517077610
EIGGS = 2.00000000000000
verify mesh topology
-0.500000000000000 0.500000000000000 Xrange
-0.500000000000000 0.500000000000000 Yrange
0.000000000000000E+000 1.00000000000000 Zrange
done :: verify mesh topology
E-solver strategy: 1 itr
mg_nx: 1 2 4
mg_ny: 1 2 4
mg_nz: 1 2 4
call usrsetvert
done :: usrsetvert
gs_setup: 680 unique labels shared
pairwise times (avg, min, max): 1.29193e-05 1.18017e-05 1.37091e-05
crystal router : 5.6078e-06 5.48363e-06 5.72205e-06
all reduce : 1.7484e-05 1.73092e-05 1.75953e-05
used all_to_all method: crystal router
handle bytes (avg, min, max): 16252 12052 19156
buffer bytes (avg, min, max): 2465.33 1904 2944
setupds time 1.4441E-03 seconds 1 2 836 768
setvert3d: 4 15180 21324 15180 15180
call usrsetvert
done :: usrsetvert
gs_setup: 6964 unique labels shared
pairwise times (avg, min, max): 1.5373e-05 1.35899e-05 1.76907e-05
crystal router : 1.00841e-05 9.799e-06 1.02997e-05
all reduce : 8.25336e-05 8.18014e-05 8.35896e-05
used all_to_all method: crystal router
handle bytes (avg, min, max): 127296 87988 156980
buffer bytes (avg, min, max): 21137.3 14768 26496
setupds time 4.7832E-03 seconds 2 4 15180 768
setvert3d: 3 5640 6408 5640 5640
call usrsetvert
done :: usrsetvert
gs_setup: 3004 unique labels shared
pairwise times (avg, min, max): 1.4472e-05 1.28031e-05 1.63078e-05
crystal router : 6.6479e-06 6.50883e-06 6.69956e-06
all reduce : 3.99897e-05 3.96013e-05 4.05073e-05
used all_to_all method: crystal router
handle bytes (avg, min, max): 58356 41020 71068
buffer bytes (avg, min, max): 9525.33 6816 11808
setupds time 2.9030E-03 seconds 3 3 5640 768
setvert3d: 5 29456 50192 29456 29456
call usrsetvert
done :: usrsetvert
gs_setup: 12560 unique labels shared
pairwise times (avg, min, max): 1.54346e-05 1.33038e-05 1.74046e-05
crystal router : 1.46826e-05 1.44005e-05 1.49012e-05
all reduce : 0.000159989 0.000158787 0.0001616
used all_to_all method: crystal router
handle bytes (avg, min, max): 223072 152956 276732
buffer bytes (avg, min, max): 37301.3 25760 47008
setupds time 7.5829E-03 seconds 4 5 29456 768
setup h1 coarse grid, nx_crs= 2
call usrsetvert
done :: usrsetvert
gs_setup: 680 unique labels shared
pairwise times (avg, min, max): 1.23511e-05 1.03951e-05 1.38998e-05
crystal router : 4.39882e-06 4.29153e-06 4.48227e-06
all reduce : 1.73748e-05 1.719e-05 1.74999e-05
used all_to_all method: crystal router
handle bytes (avg, min, max): 16252 12052 19156
buffer bytes (avg, min, max): 2465.33 1904 2944
done :: setup h1 coarse grid 5.075931549072266E-003 sec
call usrdat3
done :: usrdat3
set initial conditions
nekuic (1) for ifld 1
call nekuic for vel
xyz min -0.50000 -0.50000 0.0000
uvwpt min 0.0000 0.0000 1.0000 0.0000 0.0000
PS min 0.99000E+22
xyz max 0.50000 0.50000 1.0000
uvwpt max 0.0000 0.0000 1.0000 0.0000 0.0000
PS max -0.99000E+22
done :: set initial conditions
call userchk
0 0.0000E+00 Write checkpoint
FILE:
hydro0.f00001
0 0.0000E+00 done :: Write checkpoint
file size = 3.0 MB
avg data-throughput = 83.0MB/s
io-nodes = 24
done :: userchk
gridpoints unique/tot: 50192 96000
dofs: 48144 20736
Initialization successfully completed 0.11032 sec
Starting time loop ...
DT/DTCFL/DTFS/DTINIT 0.100E-02 0.000E+00 0.593-322 0.100E-02
Step 1, t= 1.0000000E-03, DT= 1.0000000E-03, C= 0.023 0.0000E+00 0.0000E+00
Solving for fluid
1 Hmholtz VELZ 1 1.7018E+00 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 2 1.3450E-02 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 3 1.5849E-04 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 4 1.6074E-06 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 5 2.2425E-08 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 6 4.0630E-10 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 5 4.0630E-10 1.7018E+00 1.0000E-08
1 1.00000E-08 2.17259E-13 4.01456E-13 5.41176E-01 1 Divergence
1 U-PRES gmres 1 2.1726E-13 4.0146E-13 1.0000E-08 7.1907E-04 1.1599E-03
1 DNORM, DIVEX 2.198172942125789E-013 2.172586674725858E-013
1 Hmholtz VELZ 1 9.9774E-01 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 2 6.1199E-03 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 3 7.2730E-05 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 4 1.4029E-06 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 5 1.9624E-08 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 6 3.5717E-10 1.8868E-04 1.0000E-08 1.0000E+03 F
1 Hmholtz VELZ 5 3.5717E-10 9.9774E-01 1.0000E-08
1 1.00000E-04 2.83402E-13 4.08036E-13 6.94550E-01 0 Divergence
0 U-PRES gmres 1 2.8340E-13 4.0804E-13 1.0000E-04 3.6812E-04 7.2598E-04
1 7.81677E-04 1.00000E+00 1.00000E+00 basflow Z
1 0.1000000E-02 4.76073E+00 3.72135E-03 7.81677E-01 7.85399E-01 volflow Z
1 Fluid done 1.0000E-03 7.6170E-03
filt amp 0.0000 0.0000 0.0000 0.0000 0.0100
filt trn 1.0000 1.0000 1.0000 1.0000 0.9900
Step 2, t= 2.0000000E-03, DT= 1.0000000E-03, C= 0.023 1.2206E-02 1.2206E-02
Solving for fluid
2 Hmholtz VELX 0 9.4271E-12 9.4271E-12 1.0000E-08
2 Hmholtz VELY 0 9.4227E-12 9.4227E-12 1.0000E-08
2 Hmholtz VELZ 5 2.4847E-10 3.2933E+00 1.0000E-08
2 U-PRES gmres 1 9.4610E-13 1.5322E-12 1.0000E-08 4.5395E-04 7.9298E-04
2 DNORM, DIVEX 9.464175787172753E-013 9.461022252443596E-013
2 Hmholtz VELZ 4 4.0433E-09 9.9774E-01 1.0000E-08
0 U-PRES gmres 1 1.9253E-12 3.1157E-12 1.0000E-04 3.5119E-04 6.8712E-04
2 5.21158E-04 1.00000E+00 1.00000E+00 basflow Z
2 0.2000000E-02 -2.03310E+00 -1.05957E-03 7.86458E-01 7.85399E-01 volflow Z
2 Fluid done 2.0000E-03 6.4468E-03
Step 3, t= 3.0000000E-03, DT= 1.0000000E-03, C= 0.023 2.2941E-02 1.0735E-02
Solving for fluid
3 Hmholtz VELX 0 9.1600E-11 9.1600E-11 1.0000E-08
3 Hmholtz VELY 0 9.1590E-11 9.1590E-11 1.0000E-08
3 Hmholtz VELZ 5 1.0894E-10 3.6725E+00 1.0000E-08
3 U-PRES gmres 1 2.9812E-12 4.7110E-12 1.0000E-08 4.4107E-04 7.8297E-04
3 DNORM, DIVEX 2.981441029198212E-012 2.981214196025064E-012
3 Hmholtz VELZ 4 1.8402E-09 9.9774E-01 1.0000E-08
0 U-PRES gmres 1 7.1775E-13 1.1612E-12 1.0000E-04 3.5119E-04 7.0310E-04
3 4.26414E-04 1.00000E+00 1.00000E+00 basflow Z
3 0.3000000E-02 1.73615E+00 7.40317E-04 7.84658E-01 7.85399E-01 volflow Z
3 Fluid done 3.0000E-03 6.2871E-03
Step 4, t= 4.0000000E-03, DT= 1.0000000E-03, C= 0.024 3.1733E-02 8.7922E-03
Solving for fluid
4 Hmholtz VELX 0 8.4520E-11 8.4520E-11 1.0000E-08
4 Hmholtz VELY 0 8.4533E-11 8.4533E-11 1.0000E-08
4 Hmholtz VELZ 4 5.7268E-09 3.2214E+00 1.0000E-08
4 U-PRES gmres 1 4.0800E-12 7.5439E-12 1.0000E-08 4.3988E-04 7.8201E-04
4 DNORM, DIVEX 4.080101052278270E-012 4.079985609915090E-012
4 0.4000000E-02 2.23876E-01 9.54639E-05 7.85303E-01 7.85399E-01 volflow Z
4 Fluid done 4.0000E-03 3.5310E-03
Step 5, t= 5.0000000E-03, DT= 1.0000000E-03, C= 0.024 3.7650E-02 5.9168E-03
Solving for fluid
5 Hmholtz VELX 0 1.1332E-10 1.1332E-10 1.0000E-08
5 Hmholtz VELY 0 1.1323E-10 1.1323E-10 1.0000E-08
5 Hmholtz VELZ 4 5.5891E-09 3.1424E+00 1.0000E-08
5 U-PRES gmres 1 4.0020E-12 6.0607E-12 1.0000E-08 4.5204E-04 7.9513E-04
5 DNORM, DIVEX 4.002157619691075E-012 4.001992348531620E-012
5 0.5000000E-02 2.20709E-01 9.41133E-05 7.85304E-01 7.85399E-01 volflow Z
5 Fluid done 5.0000E-03 3.5372E-03
Step 6, t= 6.0000000E-03, DT= 1.0000000E-03, C= 0.024 4.5496E-02 7.8461E-03
Solving for fluid
6 Hmholtz VELX 1 6.1591E-13 1.0781E-10 1.0000E-08
6 Hmholtz VELY 1 6.1599E-13 1.0766E-10 1.0000E-08
6 Hmholtz VELZ 4 5.2585E-09 3.0485E+00 1.0000E-08
6 U-PRES gmres 1 1.0207E-11 1.9025E-11 1.0000E-08 4.5419E-04 8.0085E-04
6 DNORM, DIVEX 1.020720384931466E-011 1.020715819732652E-011
6 0.6000000E-02 2.17638E-01 9.28039E-05 7.85306E-01 7.85399E-01 volflow Z
6 Fluid done 6.0000E-03 3.7589E-03
Step 7, t= 7.0000000E-03, DT= 1.0000000E-03, C= 0.024 5.2164E-02 6.6681E-03
Solving for fluid
7 Hmholtz VELX 1 7.4415E-13 1.2102E-10 1.0000E-08
7 Hmholtz VELY 1 7.5130E-13 1.2107E-10 1.0000E-08
7 Hmholtz VELZ 4 4.9167E-09 2.9577E+00 1.0000E-08
7 U-PRES gmres 1 1.4285E-11 2.7817E-11 1.0000E-08 4.3821E-04 7.7796E-04
7 DNORM, DIVEX 1.428514599120713E-011 1.428505538012936E-011
7 0.7000000E-02 2.14661E-01 9.15347E-05 7.85307E-01 7.85399E-01 volflow Z
7 Fluid done 7.0000E-03 3.7742E-03
Step 8, t= 8.0000000E-03, DT= 1.0000000E-03, C= 0.024 5.8715E-02 6.5508E-03
Solving for fluid
8 Hmholtz VELX 1 1.4103E-12 1.9137E-10 1.0000E-08
8 Hmholtz VELY 1 1.4529E-12 1.9315E-10 1.0000E-08
8 Hmholtz VELZ 4 4.6070E-09 2.8736E+00 1.0000E-08
8 U-PRES gmres 1 1.7677E-11 3.9040E-11 1.0000E-08 4.4584E-04 7.9203E-04
8 DNORM, DIVEX 1.767719693310791E-011 1.767720753586405E-011
8 0.8000000E-02 2.11773E-01 9.03031E-05 7.85308E-01 7.85399E-01 volflow Z
8 Fluid done 8.0000E-03 3.8049E-03
Step 9, t= 9.0000000E-03, DT= 1.0000000E-03, C= 0.024 6.4911E-02 6.1960E-03
Solving for fluid
9 Hmholtz velx 1 1.4859E-12 2.3231E-10 1.0000E-08
9 Hmholtz vely 1 1.7041E-12 2.4480E-10 1.0000E-08
9 Hmholtz velz 4 4.3245E-09 2.7952E+00 1.0000E-08
9 U-PRES gmres 1 2.5635E-11 5.4938E-11 1.0000E-08 4.1890E-04 7.6914E-04
9 DNORM, DIVEX 2.563482495492407E-011 2.563482607944534E-011
9 0.9000000E-02 2.08969E-01 8.91071E-05 7.85309E-01 7.85399E-01 volflow Z
9 Fluid done 9.0000E-03 4.5190E-03
Step 10, t= 1.0000000E-02, DT= 1.0000000E-03, C= 0.024 7.1832E-02 6.9211E-03
Solving for fluid
10 Project velx 1.0928E-12 1.0380E-12 1.0528E+00 1 1
10 Hmholtz velx 1 2.2565E-12 2.9156E-10 1.0000E-08
10 Project vely 1.1238E-12 1.1064E-12 1.0158E+00 1 1
10 Hmholtz vely 1 2.4580E-12 3.2426E-10 1.0000E-08
10 Project velz 8.4125E-03 1.4438E-04 5.8267E+01 1 1
10 Hmholtz velz 4 1.3860E-10 4.3668E-02 1.0000E-08
10 U-PRES gmres 1 3.5152E-11 1.0643E-10 1.0000E-08 4.2200E-04 7.5507E-04
10 DNORM, DIVEX 3.515225402474910E-011 3.515227680759790E-011
10 0.1000000E-01 2.06244E-01 8.79452E-05 7.85311E-01 7.85399E-01 volflow Z
10 Fluid done 1.0000E-02 5.6860E-03
10 1.0000E-02 Write checkpoint
FILE:
hydro0.f00002
10 1.0000E-02 done :: Write checkpoint
file size = 1.9 MB
avg data-throughput = 99.6MB/s
io-nodes = 24
Step 11, t= 1.1000000E-02, DT= 1.0000000E-03, C= 0.024 9.8775E-02 2.6943E-02
Solving for fluid
11 Project velx 2.0887E-12 1.6492E-12 1.2664E+00 2 0
11 Hmholtz velx 1 3.8614E-12 4.6283E-10 1.0000E-08
11 Project vely 2.0993E-12 1.8999E-12 1.1050E+00 2 0
11 Hmholtz vely 1 3.5506E-12 5.0358E-10 1.0000E-08
11 Project velz 8.1908E-03 2.0834E-06 3.9314E+03 2 0
11 Hmholtz velz 3 5.3533E-10 8.1921E-04 1.0000E-08
11 U-PRES gmres 1 5.9757E-11 1.1938E-10 1.0000E-08 4.1008E-04 7.3814E-04
11 DNORM, DIVEX 5.975704618222100E-011 5.975696721245879E-011
11 0.1100000E-01 2.03595E-01 8.68158E-05 7.85312E-01 7.85399E-01 volflow Z
11 Fluid done 1.1000E-02 5.4030E-03
Step 12, t= 1.2000000E-02, DT= 1.0000000E-03, C= 0.024 1.0672E-01 7.9491E-03
Solving for fluid
12 Project velx 3.3627E-12 1.2342E-12 2.7247E+00 3 0
12 Hmholtz velx 1 3.3679E-12 3.8173E-10 1.0000E-08
12 Project vely 3.3632E-12 1.0434E-12 3.2233E+00 3 0
12 Hmholtz vely 1 3.5490E-12 3.4661E-10 1.0000E-08
12 Project velz 7.9792E-03 1.5430E-07 5.1712E+04 3 0
12 Hmholtz velz 2 2.9327E-09 5.1295E-05 1.0000E-08
12 U-PRES gmres 1 5.5735E-11 1.9372E-10 1.0000E-08 4.0412E-04 7.3099E-04
12 DNORM, DIVEX 5.573487507738371E-011 5.573496867795029E-011
12 0.1200000E-01 2.01021E-01 8.57180E-05 7.85313E-01 7.85399E-01 volflow Z
12 Fluid done 1.2000E-02 5.4240E-03
Step 13, t= 1.3000000E-02, DT= 1.0000000E-03, C= 0.024 1.1473E-01 8.0049E-03
Solving for fluid
13 Project velx 6.4193E-12 2.2025E-12 2.9146E+00 4 0
13 Hmholtz velx 1 3.8826E-12 5.9537E-10 1.0000E-08
13 Project vely 6.4350E-12 2.1703E-12 2.9650E+00 4 0
13 Hmholtz vely 1 4.8476E-12 6.2835E-10 1.0000E-08
13 Project velz 7.7771E-03 4.1469E-08 1.8754E+05 4 0
13 Hmholtz velz 2 1.6601E-09 1.5089E-05 1.0000E-08
13 U-PRES gmres 1 4.3753E-11 1.0105E-10 1.0000E-08 4.0913E-04 7.4196E-04
13 DNORM, DIVEX 4.375244503850638E-011 4.375262559056995E-011
13 0.1300000E-01 1.98517E-01 8.46505E-05 7.85314E-01 7.85399E-01 volflow Z
13 Fluid done 1.3000E-02 5.6980E-03
Step 14, t= 1.4000000E-02, DT= 1.0000000E-03, C= 0.024 1.2315E-01 8.4231E-03
Solving for fluid
14 Project velx 2.1362E-12 1.0723E-12 1.9921E+00 5 0
14 Hmholtz velx 1 3.9810E-12 3.8491E-10 1.0000E-08
14 Project vely 2.2193E-12 1.2086E-12 1.8363E+00 5 0
14 Hmholtz vely 1 4.5744E-12 4.3292E-10 1.0000E-08
14 Project velz 7.5841E-03 7.8784E-10 9.6264E+06 5 0
14 Hmholtz velz 1 2.6942E-09 2.6278E-07 1.0000E-08
14 U-PRES gmres 1 3.4870E-11 8.9533E-11 1.0000E-08 4.1699E-04 7.5006E-04
14 DNORM, DIVEX 3.487049980630507E-011 3.487038385396511E-011
14 0.1400000E-01 1.96082E-01 8.36122E-05 7.85315E-01 7.85399E-01 volflow Z
14 Fluid done 1.4000E-02 5.8091E-03
Step 15, t= 1.5000000E-02, DT= 1.0000000E-03, C= 0.024 1.3200E-01 8.8480E-03
Solving for fluid
15 Project velx 2.0870E-12 9.5755E-13 2.1795E+00 6 0
15 Hmholtz velx 1 1.9816E-12 2.7526E-10 1.0000E-08
15 Project vely 2.2341E-12 9.1877E-13 2.4317E+00 6 0
15 Hmholtz vely 1 1.8638E-12 2.6079E-10 1.0000E-08
15 Project velz 7.3997E-03 4.0501E-10 1.8271E+07 6 0
15 Hmholtz velz 1 7.6036E-10 1.0470E-07 1.0000E-08
15 U-PRES gmres 1 2.6690E-11 5.1313E-11 1.0000E-08 4.2105E-04 7.5889E-04
15 DNORM, DIVEX 2.669000890239623E-011 2.668996948897072E-011
15 0.1500000E-01 1.93713E-01 8.26021E-05 7.85316E-01 7.85399E-01 volflow Z
15 Fluid done 1.5000E-02 6.1171E-03
Step 16, t= 1.6000000E-02, DT= 1.0000000E-03, C= 0.024 1.4055E-01 8.5521E-03
Solving for fluid
16 Project velx 1.4278E-12 7.9313E-13 1.8002E+00 7 0
16 Hmholtz velx 1 2.6163E-12 2.6755E-10 1.0000E-08
16 Project vely 1.6042E-12 7.4087E-13 2.1654E+00 7 0
16 Hmholtz vely 1 2.3466E-12 2.5477E-10 1.0000E-08
16 Project velz 7.2237E-03 1.3826E-10 5.2246E+07 7 0
16 Hmholtz velz 1 3.2483E-10 3.9892E-08 1.0000E-08
16 U-PRES gmres 1 2.1901E-11 5.3006E-11 1.0000E-08 4.1389E-04 7.4697E-04
16 DNORM, DIVEX 2.190062603618091E-011 2.190051882309305E-011
16 0.1600000E-01 1.91408E-01 8.16191E-05 7.85317E-01 7.85399E-01 volflow Z
16 Fluid done 1.6000E-02 6.4211E-03
Step 17, t= 1.7000000E-02, DT= 1.0000000E-03, C= 0.024 1.4961E-01 9.0539E-03
Solving for fluid
17 Project velx 1.3666E-12 4.9154E-13 2.7802E+00 8 0
17 Hmholtz velx 1 1.2733E-12 1.6037E-10 1.0000E-08
17 Project vely 1.4605E-12 4.9563E-13 2.9467E+00 8 0
17 Hmholtz vely 1 1.4031E-12 1.6687E-10 1.0000E-08
17 Project velz 7.0554E-03 1.5474E-10 4.5597E+07 8 0
17 Hmholtz velz 1 4.5936E-10 5.0088E-08 1.0000E-08
17 U-PRES gmres 1 1.3609E-11 3.4234E-11 1.0000E-08 4.0889E-04 7.4100E-04
17 DNORM, DIVEX 1.360943508813963E-011 1.360926198189646E-011
17 0.1700000E-01 1.89164E-01 8.06623E-05 7.85318E-01 7.85399E-01 volflow Z
17 Fluid done 1.7000E-02 6.5470E-03
Step 18, t= 1.8000000E-02, DT= 1.0000000E-03, C= 0.024 1.5878E-01 9.1720E-03
Solving for fluid
18 Project velx 1.0274E-12 5.3877E-13 1.9069E+00 8 0
18 Hmholtz velx 1 1.4884E-12 1.8013E-10 1.0000E-08
18 Project vely 1.0690E-12 5.8445E-13 1.8290E+00 8 0
18 Hmholtz vely 1 1.8685E-12 2.0648E-10 1.0000E-08
18 Project velz 6.8946E-03 7.1559E-11 9.6348E+07 8 0
18 Hmholtz velz 1 1.6445E-10 2.1576E-08 1.0000E-08
18 U-PRES gmres 1 1.0436E-11 2.4511E-11 1.0000E-08 4.1199E-04 7.6413E-04
18 DNORM, DIVEX 1.043611579202116E-011 1.043609660969369E-011
18 0.1800000E-01 1.86979E-01 7.97307E-05 7.85319E-01 7.85399E-01 volflow Z
18 Fluid done 1.8000E-02 6.5770E-03
Step 19, t= 1.9000000E-02, DT= 1.0000000E-03, C= 0.024 1.6790E-01 9.1209E-03
Solving for fluid
19 Project velx 8.7493E-13 3.9461E-13 2.2172E+00 8 0
19 Hmholtz velx 1 1.0589E-12 1.3349E-10 1.0000E-08
19 Project vely 8.9401E-13 4.5467E-13 1.9663E+00 8 0
19 Hmholtz vely 1 1.2473E-12 1.5373E-10 1.0000E-08
19 Project velz 6.7408E-03 7.4093E-11 9.0978E+07 8 0
19 Hmholtz velz 1 2.4016E-10 2.3433E-08 1.0000E-08
19 U-PRES gmres 1 1.0136E-11 2.1459E-11 1.0000E-08 4.1890E-04 7.4482E-04
19 DNORM, DIVEX 1.013612501741543E-011 1.013595013048983E-011
19 0.1900000E-01 1.84852E-01 7.88234E-05 7.85320E-01 7.85399E-01 volflow Z
19 Fluid done 1.9000E-02 6.5510E-03
Step 20, t= 2.0000000E-02, DT= 1.0000000E-03, C= 0.024 1.7691E-01 9.0160E-03
Solving for fluid
20 Project velx 5.4623E-13 3.0284E-13 1.8037E+00 8 0
20 Hmholtz velx 1 9.3158E-13 9.9875E-11 1.0000E-08
20 Project vely 5.6154E-13 3.4088E-13 1.6473E+00 8 0
20 Hmholtz vely 1 1.0630E-12 1.1617E-10 1.0000E-08
20 Project velz 6.5937E-03 2.4260E-10 2.7179E+07 8 0
20 Hmholtz velz 1 5.4904E-10 7.5425E-08 1.0000E-08
1 1.00000E-08 1.14059E-11 2.57048E-11 4.43728E-01 20 Divergence
20 U-PRES gmres 1 1.1406E-11 2.5705E-11 1.0000E-08 4.2105E-04 7.6318E-04
20 DNORM, DIVEX 1.140603378518951E-011 1.140594271632045E-011
20 0.2000000E-01 1.82779E-01 7.79396E-05 7.85321E-01 7.85399E-01 volflow Z
20 Fluid done 2.0000E-02 6.5720E-03
20 2.0000E-02 Write checkpoint
FILE:
hydro0.f00003
20 2.0000E-02 done :: Write checkpoint
file size = 1.9 MB
avg data-throughput = 135.4MB/s
io-nodes = 24
Step 21, t= 2.1000000E-02, DT= 1.0000000E-03, C= 0.024 2.0031E-01 2.3399E-02
Solving for fluid
21 Project velx 7.6707E-13 3.7846E-13 2.0268E+00 8 0
21 Hmholtz velx 1 8.7942E-13 1.1567E-10 1.0000E-08
21 Project vely 7.7903E-13 4.1219E-13 1.8900E+00 8 0
21 Hmholtz vely 1 9.9778E-13 1.2594E-10 1.0000E-08
21 Project velz 6.4529E-03 3.3439E-10 1.9298E+07 8 0
21 Hmholtz velz 1 1.0414E-09 1.0937E-07 1.0000E-08
21 U-PRES gmres 1 8.8641E-12 1.7381E-11 1.0000E-08 4.2319E-04 7.5603E-04
21 DNORM, DIVEX 8.864165661558847E-012 8.864093057245260E-012
21 0.2100000E-01 1.80760E-01 7.70784E-05 7.85321E-01 7.85399E-01 volflow Z
21 Fluid done 2.1000E-02 6.6080E-03
Step 22, t= 2.2000000E-02, DT= 1.0000000E-03, C= 0.024 2.0941E-01 9.1000E-03
Solving for fluid
22 Project velx 1.0020E-12 4.7137E-13 2.1257E+00 8 0
22 Hmholtz velx 1 1.0187E-12 1.3992E-10 1.0000E-08
22 Project vely 1.0078E-12 5.0553E-13 1.9935E+00 8 0
22 Hmholtz vely 1 1.0447E-12 1.4699E-10 1.0000E-08
22 Project velz 6.3181E-03 4.1853E-10 1.5096E+07 8 0
22 Hmholtz velz 1 1.6836E-09 1.5292E-07 1.0000E-08
22 U-PRES gmres 1 1.1124E-11 2.7521E-11 1.0000E-08 4.1294E-04 7.3910E-04
22 DNORM, DIVEX 1.112350036742130E-011 1.112355704875387E-011
22 0.2200000E-01 1.78791E-01 7.62391E-05 7.85322E-01 7.85399E-01 volflow Z
22 Fluid done 2.2000E-02 6.6011E-03
Step 23, t= 2.3000000E-02, DT= 1.0000000E-03, C= 0.024 2.1891E-01 9.4991E-03
Solving for fluid
23 Project velx 2.0033E-12 7.0411E-13 2.8452E+00 8 0
23 Hmholtz velx 1 2.1215E-12 2.2952E-10 1.0000E-08
23 Project vely 2.0084E-12 6.8921E-13 2.9140E+00 8 0
23 Hmholtz vely 1 2.1462E-12 2.2652E-10 1.0000E-08
23 Project velz 6.1890E-03 1.1746E-10 5.2689E+07 8 0
23 Hmholtz velz 1 5.2150E-10 5.4728E-08 1.0000E-08
23 U-PRES gmres 1 1.5356E-11 3.7380E-11 1.0000E-08 4.1914E-04 7.4697E-04
23 DNORM, DIVEX 1.535600085253532E-011 1.535618069214322E-011
23 0.2300000E-01 1.76872E-01 7.54208E-05 7.85323E-01 7.85399E-01 volflow Z
23 Fluid done 2.3000E-02 6.6011E-03
Step 24, t= 2.4000000E-02, DT= 1.0000000E-03, C= 0.024 2.2809E-01 9.1808E-03
Solving for fluid
24 Project velx 1.3278E-12 9.3083E-13 1.4265E+00 8 0
24 Hmholtz velx 1 1.9564E-12 2.6374E-10 1.0000E-08
24 Project vely 1.3393E-12 9.5074E-13 1.4087E+00 8 0
24 Hmholtz vely 1 2.1517E-12 2.7481E-10 1.0000E-08
24 Project velz 6.0653E-03 3.8601E-10 1.5713E+07 8 0
24 Hmholtz velz 1 1.3674E-09 1.3788E-07 1.0000E-08
24 U-PRES gmres 1 1.9949E-11 4.1854E-11 1.0000E-08 4.1413E-04 7.5293E-04
24 DNORM, DIVEX 1.994902567500108E-011 1.994889829933690E-011
24 0.2400000E-01 1.75001E-01 7.46230E-05 7.85324E-01 7.85399E-01 volflow Z
24 Fluid done 2.4000E-02 6.6140E-03
Step 25, t= 2.5000000E-02, DT= 1.0000000E-03, C= 0.024 2.3713E-01 9.0411E-03
Solving for fluid
25 Project velx 1.6757E-12 8.0392E-13 2.0843E+00 8 0
25 Hmholtz velx 1 2.0914E-12 2.5894E-10 1.0000E-08
25 Project vely 1.6921E-12 8.2437E-13 2.0525E+00 8 0
25 Hmholtz vely 1 2.3363E-12 2.7353E-10 1.0000E-08
25 Project velz 5.9467E-03 5.0424E-11 1.1793E+08 8 0
25 Hmholtz velz 1 1.3395E-10 1.7128E-08 1.0000E-08
25 U-PRES gmres 1 1.5574E-11 3.6509E-11 1.0000E-08 4.1199E-04 7.3695E-04
25 DNORM, DIVEX 1.557425419252328E-011 1.557413483174415E-011
25 0.2500000E-01 1.73176E-01 7.38447E-05 7.85325E-01 7.85399E-01 volflow Z
25 Fluid done 2.5000E-02 6.5801E-03
Step 26, t= 2.6000000E-02, DT= 1.0000000E-03, C= 0.024 2.4670E-01 9.5689E-03
Solving for fluid
26 Project velx 1.2205E-12 1.0942E-12 1.1154E+00 8 0
26 Hmholtz velx 1 2.7186E-12 3.3343E-10 1.0000E-08
26 Project vely 1.2372E-12 1.1241E-12 1.1006E+00 8 0
26 Hmholtz vely 1 2.7979E-12 3.4316E-10 1.0000E-08
26 Project velz 5.8330E-03 1.0244E-10 5.6942E+07 8 0
26 Hmholtz velz 1 3.8475E-10 3.5464E-08 1.0000E-08
26 U-PRES gmres 1 9.7700E-12 1.9884E-11 1.0000E-08 4.1699E-04 7.7295E-04
26 DNORM, DIVEX 9.769898352285633E-012 9.770009398970843E-012
26 0.2600000E-01 1.71396E-01 7.30855E-05 7.85325E-01 7.85399E-01 volflow Z
26 Fluid done 2.6000E-02 6.6321E-03
Step 27, t= 2.7000000E-02, DT= 1.0000000E-03, C= 0.024 2.5576E-01 9.0561E-03
Solving for fluid
27 Project velx 8.7449E-13 6.5973E-13 1.3255E+00 8 0
27 Hmholtz velx 1 1.5832E-12 2.0449E-10 1.0000E-08
27 Project vely 8.9548E-13 6.7206E-13 1.3324E+00 8 0
27 Hmholtz vely 1 1.6389E-12 2.1020E-10 1.0000E-08
27 Project velz 5.7239E-03 7.8727E-11 7.2705E+07 8 0
27 Hmholtz velz 1 2.0872E-10 2.4526E-08 1.0000E-08
27 U-PRES gmres 1 1.2224E-11 2.4136E-11 1.0000E-08 4.2510E-04 7.5197E-04
27 DNORM, DIVEX 1.222338858502294E-011 1.222351929261660E-011
27 0.2700000E-01 1.69658E-01 7.23446E-05 7.85326E-01 7.85399E-01 volflow Z
27 Fluid done 2.7000E-02 6.6199E-03
Step 28, t= 2.8000000E-02, DT= 1.0000000E-03, C= 0.025 2.6478E-01 9.0241E-03
Solving for fluid
28 Project velx 6.0816E-13 4.4563E-13 1.3647E+00 8 0
28 Hmholtz velx 1 1.0679E-12 1.3984E-10 1.0000E-08
28 Project vely 6.3460E-13 4.9212E-13 1.2895E+00 8 0
28 Hmholtz vely 1 1.2174E-12 1.6108E-10 1.0000E-08
28 Project velz 5.6191E-03 2.8628E-10 1.9628E+07 8 0
28 Hmholtz velz 1 9.1642E-10 1.0748E-07 1.0000E-08
28 U-PRES gmres 1 1.2698E-11 2.9665E-11 1.0000E-08 4.1604E-04 7.4100E-04
28 DNORM, DIVEX 1.269758373785236E-011 1.269769385205162E-011
28 0.2800000E-01 1.67962E-01 7.16215E-05 7.85327E-01 7.85399E-01 volflow Z
28 Fluid done 2.8000E-02 6.5951E-03
Step 29, t= 2.9000000E-02, DT= 1.0000000E-03, C= 0.025 2.7384E-01 9.0549E-03
Solving for fluid
29 Project velx 1.1817E-12 7.7278E-13 1.5291E+00 8 0
29 Hmholtz velx 1 1.3410E-12 2.0816E-10 1.0000E-08
29 Project vely 1.2079E-12 7.7686E-13 1.5548E+00 8 0
29 Hmholtz vely 1 1.3716E-12 2.1027E-10 1.0000E-08
29 Project velz 5.5185E-03 7.0110E-11 7.8713E+07 8 0
29 Hmholtz velz 1 2.8204E-10 2.7890E-08 1.0000E-08
29 U-PRES gmres 1 1.2570E-11 2.9788E-11 1.0000E-08 4.1199E-04 7.3886E-04
29 DNORM, DIVEX 1.257021803612805E-011 1.257021373763485E-011
29 0.2900000E-01 1.66307E-01 7.09155E-05 7.85328E-01 7.85399E-01 volflow Z
29 Fluid done 2.9000E-02 6.6278E-03
Step 30, t= 3.0000000E-02, DT= 1.0000000E-03, C= 0.025 2.8313E-01 9.2869E-03
Solving for fluid
30 Project velx 9.4261E-13 6.2417E-13 1.5102E+00 8 0
30 Hmholtz velx 1 1.2782E-12 1.7280E-10 1.0000E-08
30 Project vely 9.8026E-13 6.3862E-13 1.5350E+00 8 0
30 Hmholtz vely 1 1.4106E-12 1.7730E-10 1.0000E-08
30 Project velz 5.4219E-03 8.6166E-10 6.2924E+06 8 0
30 Hmholtz velz 1 2.8812E-09 2.9992E-07 1.0000E-08
30 U-PRES gmres 1 1.1464E-10 2.6503E-10 1.0000E-08 4.4107E-04 7.8297E-04
30 DNORM, DIVEX 1.146484171228502E-010 1.146395845477926E-010
30 0.3000000E-01 1.64690E-01 7.02261E-05 7.85328E-01 7.85399E-01 volflow Z
30 Fluid done 3.0000E-02 6.5820E-03
30 3.0000E-02 Write checkpoint
FILE:
hydro0.f00004
30 3.0000E-02 done :: Write checkpoint
file size = 1.9 MB
avg data-throughput = 79.0MB/s
io-nodes = 24
Step 31, t= 3.1000000E-02, DT= 1.0000000E-03, C= 0.025 3.1607E-01 3.2944E-02
Solving for fluid
31 Project velx 1.9210E-11 1.9138E-11 1.0037E+00 8 0
31 Hmholtz velx 1 1.9672E-11 5.0448E-09 1.0000E-08
31 Project vely 1.7216E-11 1.7152E-11 1.0038E+00 8 0
31 Hmholtz vely 1 1.8736E-11 4.9216E-09 1.0000E-08
31 Project velz 5.3290E-03 9.5708E-09 5.5679E+05 8 0
31 Hmholtz velz 2 3.0379E-10 3.2832E-06 1.0000E-08
31 U-PRES gmres 3 6.2988E-09 4.6644E-08 1.0000E-08 1.0133E-03 2.0421E-03
31 DNORM, DIVEX 6.309401183402714E-009 6.298823073726441E-009
31 0.3100000E-01 1.63111E-01 6.95527E-05 7.85329E-01 7.85399E-01 volflow Z
31 Fluid done 3.1000E-02 7.9679E-03
Step 32, t= 3.2000000E-02, DT= 1.0000000E-03, C= 0.025 3.2660E-01 1.0526E-02
Solving for fluid
32 Project velx 6.6444E-09 2.4759E-09 2.6836E+00 8 0
32 Hmholtz velx 1 3.9238E-09 6.7918E-07 1.0000E-08
32 Project vely 6.8730E-09 2.1046E-09 3.2656E+00 8 0
32 Hmholtz vely 1 3.6166E-09 5.9974E-07 1.0000E-08
32 Project velz 5.2396E-03 2.5121E-06 2.0858E+03 8 0
32 Hmholtz velz 3 7.6028E-10 9.3795E-04 1.0000E-08
32proj_ortho: 2 8 velz Detect rank deficiency: NaN 1.0000E+00
32proj_ortho: 1 8 velz Detect rank deficiency: NaN 1.0000E+00
32 U-PRES gmres 29 9.9376E-09 5.2213E-04 1.0000E-08 8.7926E-03 1.7780E-02
32 DNORM, DIVEX 2.704668739973178E-005 9.937641774554489E-009
32 0.3200000E-01 1.61568E-01 6.88948E-05 7.85330E-01 7.85399E-01 volflow Z
32 Fluid done 3.2000E-02 2.4042E-02
Step 33, t= 3.3000000E-02, DT= 1.0000000E-03, C= 0.025 3.5334E-01 2.6744E-02
Solving for fluid
33 Project velx 5.2937E-04 3.4066E-05 1.5540E+01 8 0
33 Hmholtz velx 3 5.8362E-09 1.0173E-02 1.0000E-08
33 Project vely 5.4648E-04 3.5738E-05 1.5291E+01 8 0
33 Hmholtz vely 3 6.1795E-09 1.0217E-02 1.0000E-08
33 Project velz 5.1642E-03 6.3547E-04 8.1266E+00 6 0
33 Hmholtz velz 4 1.3787E-09 2.4417E-01 1.0000E-08
33proj_ortho: 2 7 velz Detect rank deficiency: NaN 1.0000E+00
33 U-PRES gmres 120 3.2992E-04 9.1268E-04 1.0000E-08 3.6037E-02 7.4512E-02
33 DNORM, DIVEX 2.46689287957593 3.299187314590418E-004
33 0.3300000E-01 1.59990E-01 6.82220E-05 7.85330E-01 7.85399E-01 volflow Z
33 Fluid done 3.3000E-02 8.1082E-02
CFL, Ctarg! 284.332673470552 0.500000000000000
34 3.3000E-02 Write checkpoint
FILE:
hydro0.f00005
34 3.3000E-02 done :: Write checkpoint
file size = 1.9 MB
avg data-throughput = 147.5MB/s
io-nodes = 24
11 Emergency exit: 34 time = 3.300000000000002E-002
9 Emergency exit: 34 time = 3.300000000000002E-002
14 Emergency exit: 34 time = 3.300000000000002E-002
17 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
22 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
*** STOP ***
Latest solution and data are dumped for post-processing.
Latest solution and data are dumped for post-processing.
Latest solution and data are dumped for post-processing.
*** STOP ***
18 Emergency exit: 34 time = 3.300000000000002E-002
15 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
*** STOP ***
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
*** STOP ***
*** STOP ***
5 Emergency exit: 34 time = 3.300000000000002E-002
8 Emergency exit: 34 time = 3.300000000000002E-002
10 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
Latest solution and data are dumped for post-processing.
*** STOP ***
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
13 Emergency exit: 34 time = 3.300000000000002E-002
23 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
Latest solution and data are dumped for post-processing.
*** STOP ***
*** STOP ***
21 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
*** STOP ***
0 Emergency exit: 34 time = 3.300000000000002E-002
1 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
*** STOP ***
3 Emergency exit: 34 time = 3.300000000000002E-002
7 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
6 Emergency exit: 34 time = 3.300000000000002E-002
*** STOP ***
Latest solution and data are dumped for post-processing.
Latest solution and data are dumped for post-processing.
2 Emergency exit: 34 time = 3.300000000000002E-002
*** STOP ***
*** STOP ***
Latest solution and data are dumped for post-processing.
4 Emergency exit: 34 time = 3.300000000000002E-002
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
20 Emergency exit: 34 time = 3.300000000000002E-002
12 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
19 Emergency exit: 34 time = 3.300000000000002E-002
Latest solution and data are dumped for post-processing.
16 Emergency exit: 34 time = 3.300000000000002E-002
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
Latest solution and data are dumped for post-processing.
*** STOP ***
runtime statistics:
total time 0.353340010507202
mxmf time 0 0.000000000000000E+000 0.000000000000000E+000
tgop time 5575 3.266096115112305E-002 9.243493569901651E-002
inv3 time 273 1.613378524780273E-003 4.566079347946892E-003
invc time 99 9.999275207519531E-004 2.829930070236333E-003
mltd time 918 2.628493309020996E-002 7.438991427118383E-002
cdtp time 918 2.229833602905273E-002 6.310730561490778E-002
eslv time 36 0.120205163955688 0.340196865288875
pres time 33 0.150884628295898 0.427023897121956
crsl time 185 5.387544631958008E-003 1.524747968458045E-002
crsl min 5.160808563232422E-003
crsl max 5.882263183593750E-003
crsl avg 5.474865436553955E-003
hmhz time 33 5.243468284606934E-002 0.148397241429868
spro time 34 4.618167877197266E-004 1.307003945171144E-003
usbc time 33 8.642435073852539E-003 2.445925968431016E-002
usbc min 7.734060287475586E-003
usbc max 9.352207183837891E-003
usb avg 8.474369843800863E-003
axhm time 694 3.651022911071777E-002 0.103328884431483
advc time 99 1.854228973388672E-002 5.247718679599906E-002
vdss time 274 2.405118942260742E-002 6.806811769797348E-002
vdss min 1.815438270568848E-002
vdss max 2.539277076721191E-002
vdss avg 2.211845914522807E-002
dsum time 1141 4.439687728881836E-002 0.125649165021218
dsum min 3.167104721069336E-002
dsum max 4.561710357666016E-002
dsum avg 4.384730259577433E-002
dadd time 0 1.598310470581055E-002 4.523434717417818E-002
ddsl time 185 5.954694747924805E-002 0.168525911893678
solv time 185 6.815433502197266E-003 1.928859823265994E-002
prep time 35 6.918621063232422E-002 0.195806329809666
MPI timings
total comm time 4.600620269775391E-002 0.166948377715475
comm min 3.311204910278320E-002
comm max 5.898952484130859E-002
comm avg 4.842885335286459E-002
barrier time 0 0.000000000000000E+000 0.000000000000000E+000
barrier min 0.000000000000000E+000
barrier max 0.000000000000000E+000
barrier avg 0.000000000000000E+000
waitall time 11195 3.656482696533203E-002 0.794780373541179
waitall min 2.262520790100098E-002
waitall max 4.934859275817871E-002
waitall avg 3.865465521812439E-002
allreduce time 0 0.000000000000000E+000 0.000000000000000E+000
allreduce min 0.000000000000000E+000
allreduce max 0.000000000000000E+000
allreduce avg 0.000000000000000E+000
allreduce_sync time 0.000000000000000E+000 0.000000000000000E+000
allreduce_sync min 0.000000000000000E+000
allreduce_sync max 0.000000000000000E+000
allreduce_sync avg 0.000000000000000E+000
# nid tusbc tdadd tcrsl tvdss tdsum tgop qqq F
0 8.6424E-03 1.5983E-02 5.3875E-03 2.4051E-02 4.4397E-02 3.2661E-02 qqq
1 8.8966E-03 1.6063E-02 5.1608E-03 2.5393E-02 4.4976E-02 5.2797E-02 qqq
2 8.3587E-03 1.6842E-02 5.6503E-03 2.0835E-02 4.4769E-02 5.7136E-02 qqq
3 9.3522E-03 1.6212E-02 5.3024E-03 2.1300E-02 3.1671E-02 3.5687E-02 qqq
4 9.0003E-03 1.6313E-02 5.3015E-03 2.4041E-02 4.4778E-02 5.5589E-02 qqq
5 8.2464E-03 1.6971E-02 5.8258E-03 1.9455E-02 4.4560E-02 5.9780E-02 qqq
6 8.6889E-03 1.6192E-02 5.5237E-03 2.4356E-02 4.5617E-02 5.5960E-02 qqq
7 8.7538E-03 1.5855E-02 5.2750E-03 2.5064E-02 4.5087E-02 5.4449E-02 qqq
8 8.2150E-03 1.6556E-02 5.7075E-03 2.0328E-02 4.4294E-02 5.8549E-02 qqq
9 8.5251E-03 1.6092E-02 5.3415E-03 2.2626E-02 4.5111E-02 5.6242E-02 qqq
10 8.5392E-03 1.6140E-02 5.5597E-03 2.3234E-02 4.4845E-02 5.5619E-02 qqq
11 7.9479E-03 1.6839E-02 5.8823E-03 1.8791E-02 4.4739E-02 6.0194E-02 qqq
12 8.7032E-03 1.5378E-02 5.2822E-03 2.3747E-02 4.4782E-02 4.9581E-02 qqq
13 8.7762E-03 1.5500E-02 5.2562E-03 2.4471E-02 4.4170E-02 4.9750E-02 qqq
14 8.1465E-03 1.5933E-02 5.6129E-03 1.9685E-02 4.3852E-02 5.3759E-02 qqq
15 8.3561E-03 1.5804E-02 5.4088E-03 2.1786E-02 4.4206E-02 5.3200E-02 qqq
16 8.5623E-03 1.5433E-02 5.2996E-03 2.3059E-02 4.3695E-02 5.1350E-02 qqq
17 7.8588E-03 1.6481E-02 5.7223E-03 1.8388E-02 4.4183E-02 5.7596E-02 qqq
18 8.5285E-03 1.5386E-02 5.4266E-03 2.3645E-02 4.4376E-02 5.1830E-02 qqq
19 8.6548E-03 1.5412E-02 5.3701E-03 2.4292E-02 4.3998E-02 5.1528E-02 qqq
20 8.0819E-03 1.6098E-02 5.5826E-03 1.9737E-02 4.3289E-02 5.5220E-02 qqq
21 8.3082E-03 1.5827E-02 5.4238E-03 2.1808E-02 4.4188E-02 5.3329E-02 qqq
22 8.5077E-03 1.5384E-02 5.3835E-03 2.2597E-02 4.3298E-02 5.2802E-02 qqq
23 7.7341E-03 1.6088E-02 5.7104E-03 1.8154E-02 4.3452E-02 5.6648E-02 qqq
call exitt: dying ...
backtrace(): obtained 10 stack frames.
[0x20255fc9]
[0x2038cba2]
[0x201380ce]
[0x2011a53a]
[0x20003ddf]
[0x20000e1e]
[0x20000c5b]
[0x20000aae]
[0x207b7d11]
[0x20000989]
total elapsed time : 5.61988E-01 sec
total solver time incl. I/O : 3.53340E-01 sec
time/timestep : 1.03924E-02 sec
avg throughput per timestep : 2.01238E+05 gridpts/CPUs
max resident memory : 1.03506E+01 MB
Application 7145931 resources: utime ~20s, stime ~11s, Rss ~10672, inblocks ~69765, outblocks ~51109
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