Initializing AMReX (26.10-75-g4387561978a1)...
MPI initialized with 2 MPI processes
MPI initialized with thread support level 0
Initializing CUDA...
CUDA initialized with 1 device.
AMReX (26.10-75-g4387561978a1) initialized
Successfully read inputs file ... 
Using conservative advection update for tracer.
AMReX EB: Iter. 1 fixed 2 small cells
Successfully read inputs file ... 
NavierStokesBase::init_additional_state_types()::have_divu = 0
NavierStokesBase::init_additional_state_types()::have_dsdt = 0
NavierStokesBase::init_additional_state_types: num_state_type = 3
Diffusion settings...
  From diffuse:
   max_order           = 2
   tensor_max_order    = 2
   scale_abec          = 0


  From ns:
   do_reflux           = 1
   visc_tol            = 1e-10
   is_diffusive =  0  0  0  0
Doing initial redistribution... 
estTimeStep :: 
LEV = 0 UMAX = 1  0.04993977281  
estimated timestep: dt = 0.015625
Multiplying dt by init_shrink: dt = 0.015625
calling initialVelocityProject
done calling initialVelocityProject
estTimeStep :: 
LEV = 0 UMAX = 1.57623077  1.428662434  
estimated timestep: dt = 0.009912888581
Multiplying dt by init_shrink: dt = 0.009912888581

post_init_press(): doing initial pressure iterations with dt = 0.009912888581

post_init_press(): iter = 0
Advancing grids at level 0 : starting time = 0 with dt = 0.009912888581
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.57623077  1.428662434
max(abs(gpx/gpy/p)) = 0  0  0
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.203624475
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.48085593  1.414998724
max(abs(gpx/gpy/p)) = 0  0  0
After sync projection and avgDown:
max(abs(u/v))  = 1.527525204  1.422426757
max(abs(gpx/gpy/p)) = 20.85131569  25.37334125  1.252157071

post_init_press(): iter = 1
Advancing grids at level 0 : starting time = 0 with dt = 0.009912888581
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.57623077  1.428662434
max(abs(gpx/gpy/p)) = 20.85131569  25.37334125  1.252157071
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.201772132
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 7.699999993e-08
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.533530515  1.423495074
max(abs(gpx/gpy/p)) = 20.85131569  25.37334125  1.252157071
After sync projection and avgDown:
max(abs(u/v))  = 1.542730803  1.41875525
max(abs(gpx/gpy/p)) = 24.49353607  28.79740074  1.414239632

post_init_press(): exiting after 2 iterations
After initial iterations: 
max(abs(u/v))  = 1.57623077  1.428662434
max(abs(gpx/gpy/p)) = 24.49353607  28.79740074  1.414239632


INITIAL GRIDS 
  Level 0   2 grids  4096 cells  100 % of domain
            smallest grid: 64 x 32  biggest grid: 64 x 32

PLOTFILE: file = DoubleShearLayer_2d_plt00000
Write plotfile time = 0.007436111  seconds

estTimeStep :: 
LEV = 0 UMAX = 1.57623077  1.428662434  
estimated timestep: dt = 0.009912888581
Multiplying dt by init_shrink: dt = 0.009912888581
[Level 0 step 1] ADVANCE at time 0 with dt = 0.009912888581
Advancing grids at level 0 : starting time = 0 with dt = 0.009912888581
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.57623077  1.428662434
max(abs(gpx/gpy/p)) = 24.49353607  28.79740074  1.414239632
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.2018479
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 8.600000001e-08
NavierStokes::advance(): before nodal projection 
max(abs(u/v))  = 1.542461458  1.418707678
max(abs(gpx/gpy/p)) = 24.49353607  28.79740074  1.414239632
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.562118487  1.456313792
max(abs(gpx/gpy/p)) = 26.42066597  33.73791744  2.105884353
[Level 0 step 1] Advanced 4096 cells

[STEP 1] Coarse TimeStep time: 0.333085436
[STEP 1] FAB kilobyte spread across MPI nodes: [1397 ... 2631]

STEP = 1 TIME = 0.009912888581 DT = 0.009912888581

estTimeStep :: 
LEV = 0 UMAX = 1.562118487  1.456313792  
estimated timestep: dt = 0.01000244228
[Level 0 step 2] ADVANCE at time 0.009912888581 with dt = 0.009912888581
Advancing grids at level 0 : starting time = 0.009912888581 with dt = 0.009912888581
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.562118487  1.456313792
max(abs(gpx/gpy/p)) = 26.42066597  33.73791744  2.105884353
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.201938031
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 8.200000012e-08
NavierStokes::advance(): before nodal projection 
max(abs(u/v))  = 1.539078266  1.433431227
max(abs(gpx/gpy/p)) = 26.42066597  33.73791744  2.105884353
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.530569008  1.413434743
max(abs(gpx/gpy/p)) = 25.55210739  30.95281926  1.444951616
[Level 0 step 2] Advanced 4096 cells

[STEP 2] Coarse TimeStep time: 0.333327579
[STEP 2] FAB kilobyte spread across MPI nodes: [1397 ... 2631]

STEP = 2 TIME = 0.01982577716 DT = 0.009912888581

estTimeStep :: 
LEV = 0 UMAX = 1.530569008  1.413434743  
estimated timestep: dt = 0.01020862171
[Level 0 step 3] ADVANCE at time 0.01982577716 with dt = 0.01000244228
Advancing grids at level 0 : starting time = 0.01982577716 with dt = 0.01000244228
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.530569008  1.413434743
max(abs(gpx/gpy/p)) = 25.55210739  30.95281926  1.444951616
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.202022894
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 9.800000011e-08
NavierStokes::advance(): before nodal projection 
max(abs(u/v))  = 1.511430794  1.365308865
max(abs(gpx/gpy/p)) = 25.55210739  30.95281926  1.444951616
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.503147025  1.359806285
max(abs(gpx/gpy/p)) = 22.51342571  31.5643256  1.389145963
[Level 0 step 3] Advanced 4096 cells

[STEP 3] Coarse TimeStep time: 0.333569428
[STEP 3] FAB kilobyte spread across MPI nodes: [1397 ... 2631]

STEP = 3 TIME = 0.02982821944 DT = 0.01000244228

estTimeStep :: 
LEV = 0 UMAX = 1.503147025  1.359806285  
estimated timestep: dt = 0.01039485808
[Level 0 step 4] ADVANCE at time 0.02982821944 with dt = 0.01020862171
Advancing grids at level 0 : starting time = 0.02982821944 with dt = 0.01020862171
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.503147025  1.359806285
max(abs(gpx/gpy/p)) = 22.51342571  31.5643256  1.389145963
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.202218107
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 9.899999975e-08
NavierStokes::advance(): before nodal projection 
max(abs(u/v))  = 1.484769431  1.312586657
max(abs(gpx/gpy/p)) = 22.51342571  31.5643256  1.389145963
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.475899564  1.315989474
max(abs(gpx/gpy/p)) = 22.15269132  31.89079314  1.387905081
[Level 0 step 4] Advanced 4096 cells

[STEP 4] Coarse TimeStep time: 0.33349749
[STEP 4] FAB kilobyte spread across MPI nodes: [1397 ... 2631]

STEP = 4 TIME = 0.04003684115 DT = 0.01020862171

estTimeStep :: 
LEV = 0 UMAX = 1.475899564  1.315989474  
estimated timestep: dt = 0.01058676375
[Level 0 step 5] ADVANCE at time 0.04003684115 with dt = 0.01039485808
Advancing grids at level 0 : starting time = 0.04003684115 with dt = 0.01039485808
NavierStokes::advance(): before velocity update:
max(abs(u/v))  = 1.475899564  1.315989474
max(abs(gpx/gpy/p)) = 22.15269132  31.89079314  1.387905081
... predict edge velocities
... mac_projection
NavierStokesBase:mac_project(): lev: 0, time: 0.202433382
... advect scalars
... update scalars
... advect momenta
... update scalars
... update momenta 
NavierStokes:velocity_diffusion_update(): lev: 0, time: 9.799999967e-08
NavierStokes::advance(): before nodal projection 
max(abs(u/v))  = 1.457059723  1.268088227
max(abs(gpx/gpy/p)) = 22.15269132  31.89079314  1.387905081
NavierStokes::advance(): exiting.
max(abs(u/v))  = 1.447205181  1.282378075
max(abs(gpx/gpy/p)) = 22.10026093  32.12119423  1.385160084
[Level 0 step 5] Advanced 4096 cells

[STEP 5] Coarse TimeStep time: 0.333703552
[STEP 5] FAB kilobyte spread across MPI nodes: [1397 ... 2631]

STEP = 5 TIME = 0.05043169923 DT = 0.01039485808

PLOTFILE: file = DoubleShearLayer_2d_plt00005
Write plotfile time = 0.003644164  seconds

Run time = 2.47439672
Unused ParmParse Variables:
  [TOP]::amr.ref_ratio(nvals = 4)  :: [2, 2, 2, 2]
  [TOP]::amr.regrid_int(nvals = 1)  :: [1]

Total GPU global memory (MB) spread across MPI: [7965 ... 7965]
Free  GPU global memory (MB) spread across MPI: [6697 ... 6697]
[The         Arena] max space (MB) allocated spread across MPI: [488 ... 488]
[The         Arena] max space (MB) used      spread across MPI: [10 ... 11]
[The Managed Arena] max space (MB) allocated spread across MPI: [8 ... 8]
[The Managed Arena] max space (MB) used      spread across MPI: [0 ... 0]
[The  Pinned Arena] max space (MB) allocated spread across MPI: [8 ... 8]
[The  Pinned Arena] max space (MB) used      spread across MPI: [0 ... 0]
AMReX (26.10-75-g4387561978a1) finalized