Initializing AMReX (26.08-36-gf2cbba4afc9e)... MPI initialized with 2 MPI processes MPI initialized with thread support level 0 OMP initialized with 2 OMP threads AMReX (26.08-36-gf2cbba4afc9e) initialized Using default ref_ratio = 2 at all levels Successfully read inputs file ... xlo set to mass inflow. xhi set to pressure outflow. ylo set to no-slip wall. yhi set to no-slip wall. Using conservative advection update for tracer. Using conservative advection update for tracer2. 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 estTimeStep :: LEV = 0 UMAX = 1 0 estimated timestep: dt = 0.0078125 Multiplying dt by init_shrink: dt = 0.00234375 grid_places() time: 0.000400411 new finest: 1 Now regridding at level lbase = 0 grid_places() time: 0.0002972 new finest: 1 STEP = 0 TIME = 0 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 calling initialVelocityProject done calling initialVelocityProject calling initialPressureProject done calling initialPressureProject estTimeStep :: LEV = 0 UMAX = 1 0 estimated timestep: dt = 0.0078125 Multiplying dt by init_shrink: dt = 0.00234375 estTimeStep :: LEV = 1 UMAX = 1 0 estimated timestep: dt = 0.00390625 Multiplying dt by init_shrink: dt = 0.001171875 post_init_press(): doing initial pressure iterations with dt = 0.001171875 post_init_press(): iter = 0 Advancing grids at level 0 : starting time = 0 with dt = 0.001171875 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 8.416378705e-12 1 1 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001885248 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.013476893 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes::advance(): exiting. max(abs(u/v)) = 8.602390748 4.245512806 max(abs(gpx/gpy/p)) = 8.416378705e-12 1 1 Advancing grids at level 1 : starting time = 0 with dt = 0.001171875 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 1.07007736e-11 1 0.75 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001048309 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011084736 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes::advance(): exiting. max(abs(u/v)) = 1 9.265579206e-15 max(abs(gpx/gpy/p)) = 1.07007736e-11 1 0.75 After sync projection and avgDown: max(abs(u/v)) = 8.299755975 4.64431021 max(abs(gpx/gpy/p)) = 4464.553566 3532.344145 738.826888 post_init_press(): iter = 1 Advancing grids at level 0 : starting time = 0 with dt = 0.001171875 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 4464.553566 3532.344145 738.826888 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001287375 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.011115955 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014356481 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.527346627 0.7486497569 max(abs(gpx/gpy/p)) = 4464.553566 3532.344145 738.826888 Advancing grids at level 1 : starting time = 0 with dt = 0.001171875 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 250.102155 252.0916497 483.3585422 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.000998379 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011231755 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.009165521 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.293167523 0.251434171 max(abs(gpx/gpy/p)) = 250.102155 252.0916497 483.3585422 After sync projection and avgDown: max(abs(u/v)) = 1.25921545 0.5447535726 max(abs(gpx/gpy/p)) = 4460.809875 3473.947945 377.7728824 post_init_press(): exiting after 2 iterations After initial iterations: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 4460.809875 3473.947945 377.7728824 INITIAL GRIDS Level 0 2 grids 8192 cells 100 % of domain smallest grid: 64 x 64 biggest grid: 64 x 64 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 PLOTFILE: file = Poiseuille_2d_plt00000 Write plotfile time = 0.006289602 seconds estTimeStep :: LEV = 0 UMAX = 1 0 estimated timestep: dt = 0.001323390944 Multiplying dt by init_shrink: dt = 0.0003970172832 estTimeStep :: LEV = 1 UMAX = 1 0 estimated timestep: dt = 0.00390625 Multiplying dt by init_shrink: dt = 0.001171875 [Level 0 step 1] ADVANCE at time 0 with dt = 0.0003970172832 Advancing grids at level 0 : starting time = 0 with dt = 0.0003970172832 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 4460.809875 3473.947945 377.7728824 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001697376 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.013609654 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.012848769 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.219742638 0.4232406016 max(abs(gpx/gpy/p)) = 4460.809875 3473.947945 377.7728824 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.158689487 0.3428231462 max(abs(gpx/gpy/p)) = 4129.508972 3257.165978 430.8174321 [Level 0 step 1] Advanced 8192 cells [Level 1 step 1] ADVANCE at time 0 with dt = 0.0001985086416 Advancing grids at level 1 : starting time = 0 with dt = 0.0001985086416 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1 0 max(abs(gpx/gpy/p)) = 91.25181647 122.9098721 170.3989277 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001016314 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011025789 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008056729 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.022041172 0.02270543985 max(abs(gpx/gpy/p)) = 91.25181647 122.9098721 170.3989277 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.028228126 0.0242877447 max(abs(gpx/gpy/p)) = 124.0639619 128.8127639 238.1518506 [Level 1 step 1] Advanced 3072 cells [Level 1 step 2] ADVANCE at time 0.0001985086416 with dt = 0.0001985086416 Advancing grids at level 1 : starting time = 0.0001985086416 with dt = 0.0001985086416 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.028228126 0.0242877447 max(abs(gpx/gpy/p)) = 124.0639619 128.8127639 238.1518506 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001129059 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010779114 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008104138 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.04944974 0.04722980773 max(abs(gpx/gpy/p)) = 124.0639619 128.8127639 238.1518506 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.049266563 0.04853781119 max(abs(gpx/gpy/p)) = 123.7155179 134.2980109 238.1518506 [Level 1 step 2] Advanced 3072 cells mac_sync() on level 0 [STEP 1] Coarse TimeStep time: 0.154844687 [STEP 1] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 1 TIME = 0.0003970172832 DT = 0.0003970172832 estTimeStep :: LEV = 0 UMAX = 1.158715205 0.3427997896 estimated timestep: dt = 0.001375449957 estTimeStep :: LEV = 1 UMAX = 1.048997746 0.04824198557 estimated timestep: dt = 0.003723792559 Now regridding at level lbase = 0 grid_places() time: 0.000201017 new finest: 1 STEP = 1 TIME = 0.0003970172832 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 2] ADVANCE at time 0.0003970172832 with dt = 0.0004367190115 Advancing grids at level 0 : starting time = 0.0003970172832 with dt = 0.0004367190115 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.158715205 0.3427997896 max(abs(gpx/gpy/p)) = 4129.528257 3257.099989 430.9088636 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001433039 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.013281242 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014263596 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.212382794 0.4266804991 max(abs(gpx/gpy/p)) = 4129.528257 3257.099989 430.9088636 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.144039238 0.3225337318 max(abs(gpx/gpy/p)) = 3710.721481 2895.282368 221.4600636 [Level 0 step 2] Advanced 8192 cells [Level 1 step 3] ADVANCE at time 0.0003970172832 with dt = 0.0002183595058 Advancing grids at level 1 : starting time = 0.0003970172832 with dt = 0.0002183595058 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.048997746 0.04824198557 max(abs(gpx/gpy/p)) = 124.2999967 143.7782415 238.4986589 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001064177 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011034537 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.009296108 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.071898982 0.06654455286 max(abs(gpx/gpy/p)) = 124.2999967 143.7782415 238.4986589 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.053104837 0.05638365874 max(abs(gpx/gpy/p)) = 58.27870018 88.98979806 70.38824852 [Level 1 step 3] Advanced 3072 cells [Level 1 step 4] ADVANCE at time 0.0006153767889 with dt = 0.0002183595058 Advancing grids at level 1 : starting time = 0.0006153767889 with dt = 0.0002183595058 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.053104837 0.05638365874 max(abs(gpx/gpy/p)) = 58.27870018 88.98979806 70.38824852 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.00112904 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.01100599 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008164232 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.070238655 0.06857909504 max(abs(gpx/gpy/p)) = 58.27870018 88.98979806 70.38824852 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.069717355 0.06415456739 max(abs(gpx/gpy/p)) = 44.94224269 81.52286389 70.38824852 [Level 1 step 4] Advanced 3072 cells mac_sync() on level 0 [STEP 2] Coarse TimeStep time: 0.15687652 [STEP 2] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 2 TIME = 0.0008337362947 DT = 0.0004367190115 estTimeStep :: LEV = 0 UMAX = 1.143809936 0.3226429363 estimated timestep: dt = 0.001451004557 estTimeStep :: LEV = 1 UMAX = 1.069750517 0.06546891555 estimated timestep: dt = 0.003651552338 Now regridding at level lbase = 0 grid_places() time: 0.000214552 new finest: 1 STEP = 2 TIME = 0.0008337362947 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 3] ADVANCE at time 0.0008337362947 with dt = 0.0004803909127 Advancing grids at level 0 : starting time = 0.0008337362947 with dt = 0.0004803909127 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.143809936 0.3226429363 max(abs(gpx/gpy/p)) = 3710.671236 2895.433859 221.2159657 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001451482 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.012096883 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014229118 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.143262556 0.3718932807 max(abs(gpx/gpy/p)) = 3710.671236 2895.433859 221.2159657 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.143918957 0.3341003979 max(abs(gpx/gpy/p)) = 3474.567414 2698.09599 224.2719535 [Level 0 step 3] Advanced 8192 cells [Level 1 step 5] ADVANCE at time 0.0008337362947 with dt = 0.0002401954563 Advancing grids at level 1 : starting time = 0.0008337362947 with dt = 0.0002401954563 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.069750517 0.06546891555 max(abs(gpx/gpy/p)) = 44.13592906 65.01872447 70.32751705 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001091676 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010866616 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.00844772 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.075732667 0.07477254107 max(abs(gpx/gpy/p)) = 44.13592906 65.01872447 70.32751705 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.076748813 0.07484833769 max(abs(gpx/gpy/p)) = 45.28491415 66.66421012 81.91089367 [Level 1 step 5] Advanced 3072 cells [Level 1 step 6] ADVANCE at time 0.001073931751 with dt = 0.0002401954563 Advancing grids at level 1 : starting time = 0.001073931751 with dt = 0.0002401954563 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.076748813 0.07484833769 max(abs(gpx/gpy/p)) = 45.28491415 66.66421012 81.91089367 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.00113129 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011080245 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008554783 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.088357331 0.08398226372 max(abs(gpx/gpy/p)) = 45.28491415 66.66421012 81.91089367 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.088345849 0.08423249029 max(abs(gpx/gpy/p)) = 45.18692815 63.8589418 81.91089367 [Level 1 step 6] Advanced 3072 cells mac_sync() on level 0 [STEP 3] Coarse TimeStep time: 0.153397971 [STEP 3] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 3 TIME = 0.001314127207 DT = 0.0004803909127 estTimeStep :: LEV = 0 UMAX = 1.144006042 0.334074573 estimated timestep: dt = 0.001499491401 estTimeStep :: LEV = 1 UMAX = 1.087881187 0.08394620989 estimated timestep: dt = 0.003590695423 Now regridding at level lbase = 0 grid_places() time: 0.000201727 new finest: 1 STEP = 3 TIME = 0.001314127207 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 4] ADVANCE at time 0.001314127207 with dt = 0.0005284300039 Advancing grids at level 0 : starting time = 0.001314127207 with dt = 0.0005284300039 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.144006042 0.334074573 max(abs(gpx/gpy/p)) = 3474.578043 2698.062232 224.3132298 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001484217 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.01350835 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014253049 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.150097019 0.3591901743 max(abs(gpx/gpy/p)) = 3474.578043 2698.062232 224.3132298 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.143673332 0.3408832689 max(abs(gpx/gpy/p)) = 3294.264899 2557.779024 194.2484459 [Level 0 step 4] Advanced 8192 cells [Level 1 step 7] ADVANCE at time 0.001314127207 with dt = 0.000264215002 Advancing grids at level 1 : starting time = 0.001314127207 with dt = 0.000264215002 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.087881187 0.08394620989 max(abs(gpx/gpy/p)) = 45.28453768 69.87953438 82.02671273 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001116655 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011006069 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008048576 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.09686421 0.0932915928 max(abs(gpx/gpy/p)) = 45.28453768 69.87953438 82.02671273 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.093823206 0.0917073423 max(abs(gpx/gpy/p)) = 36.60085404 62.35224063 57.79941382 [Level 1 step 7] Advanced 3072 cells [Level 1 step 8] ADVANCE at time 0.001578342209 with dt = 0.000264215002 Advancing grids at level 1 : starting time = 0.001578342209 with dt = 0.000264215002 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.093823206 0.0917073423 max(abs(gpx/gpy/p)) = 36.60085404 62.35224063 57.79941382 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001098116 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010749636 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008209326 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.105040114 0.09985980135 max(abs(gpx/gpy/p)) = 36.60085404 62.35224063 57.79941382 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.104916477 0.09895146312 max(abs(gpx/gpy/p)) = 33.97201681 60.50892168 57.79941382 [Level 1 step 8] Advanced 3072 cells mac_sync() on level 0 [STEP 4] Coarse TimeStep time: 0.154332123 [STEP 4] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 4 TIME = 0.001842557211 DT = 0.0005284300039 estTimeStep :: LEV = 0 UMAX = 1.143600533 0.340902276 estimated timestep: dt = 0.001539984076 estTimeStep :: LEV = 1 UMAX = 1.104885408 0.09906015107 estimated timestep: dt = 0.003535434508 Now regridding at level lbase = 0 grid_places() time: 0.000232533 new finest: 1 STEP = 4 TIME = 0.001842557211 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 5] ADVANCE at time 0.001842557211 with dt = 0.0005812730043 Advancing grids at level 0 : starting time = 0.001842557211 with dt = 0.0005812730043 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.143600533 0.340902276 max(abs(gpx/gpy/p)) = 3294.257702 2557.80092 194.2156219 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001695974 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.011962594 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014310958 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.147120648 0.3514949072 max(abs(gpx/gpy/p)) = 3294.257702 2557.80092 194.2156219 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.147069251 0.3427528319 max(abs(gpx/gpy/p)) = 3161.681386 2452.611598 190.1442813 [Level 0 step 5] Advanced 8192 cells [Level 1 step 9] ADVANCE at time 0.001842557211 with dt = 0.0002906365022 Advancing grids at level 1 : starting time = 0.001842557211 with dt = 0.0002906365022 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.104885408 0.09906015107 max(abs(gpx/gpy/p)) = 33.95065478 60.03249294 57.76295552 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001104775 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010945854 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008148193 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.112530217 0.1073749443 max(abs(gpx/gpy/p)) = 33.95065478 60.03249294 57.76295552 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.112378555 0.1070279338 max(abs(gpx/gpy/p)) = 32.50565868 58.49695049 56.45006161 [Level 1 step 9] Advanced 3072 cells [Level 1 step 10] ADVANCE at time 0.002133193713 with dt = 0.0002906365022 Advancing grids at level 1 : starting time = 0.002133193713 with dt = 0.0002906365022 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.112378555 0.1070279338 max(abs(gpx/gpy/p)) = 32.50565868 58.49695049 56.45006161 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001128159 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011101252 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008177262 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.121955891 0.1148869061 max(abs(gpx/gpy/p)) = 32.50565868 58.49695049 56.45006161 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.121926195 0.1147385164 max(abs(gpx/gpy/p)) = 31.83917926 56.89958342 56.45006161 [Level 1 step 10] Advanced 3072 cells mac_sync() on level 0 [STEP 5] Coarse TimeStep time: 0.155206785 [STEP 5] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 5 TIME = 0.002423830216 DT = 0.0005812730043 estTimeStep :: LEV = 0 UMAX = 1.147095637 0.3427462408 estimated timestep: dt = 0.00157193945 estTimeStep :: LEV = 1 UMAX = 1.121786134 0.1146183371 estimated timestep: dt = 0.003482169979 Now regridding at level lbase = 0 grid_places() time: 0.000188285 new finest: 1 STEP = 5 TIME = 0.002423830216 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 6] ADVANCE at time 0.002423830216 with dt = 0.0006394003047 Advancing grids at level 0 : starting time = 0.002423830216 with dt = 0.0006394003047 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.147095637 0.3427462408 max(abs(gpx/gpy/p)) = 3161.683581 2452.604432 190.1522984 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001487785 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.012112454 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.01427137 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.153857178 0.3500078094 max(abs(gpx/gpy/p)) = 3161.683581 2452.604432 190.1522984 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.151324739 0.34413108 max(abs(gpx/gpy/p)) = 3048.734348 2366.83237 179.1989502 [Level 0 step 6] Advanced 8192 cells [Level 1 step 11] ADVANCE at time 0.002423830216 with dt = 0.0003197001524 Advancing grids at level 1 : starting time = 0.002423830216 with dt = 0.0003197001524 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.121786134 0.1146183371 max(abs(gpx/gpy/p)) = 31.9040694 58.80150127 56.45785195 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001136451 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011059255 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008319758 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.129915584 0.1226479952 max(abs(gpx/gpy/p)) = 31.9040694 58.80150127 56.45785195 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.128654672 0.1220138938 max(abs(gpx/gpy/p)) = 28.70287076 55.85180289 48.05940122 [Level 1 step 11] Advanced 3072 cells [Level 1 step 12] ADVANCE at time 0.002743530368 with dt = 0.0003197001524 Advancing grids at level 1 : starting time = 0.002743530368 with dt = 0.0003197001524 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.128654672 0.1220138938 max(abs(gpx/gpy/p)) = 28.70287076 55.85180289 48.05940122 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001105901 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010925794 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008131847 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.137944628 0.1296327201 max(abs(gpx/gpy/p)) = 28.70287076 55.85180289 48.05940122 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.137889146 0.1292380307 max(abs(gpx/gpy/p)) = 27.60685815 54.64910202 48.05940122 [Level 1 step 12] Advanced 3072 cells mac_sync() on level 0 [STEP 6] Coarse TimeStep time: 0.153203522 [STEP 6] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 6 TIME = 0.00306323052 DT = 0.0006394003047 estTimeStep :: LEV = 0 UMAX = 1.151299332 0.344139048 estimated timestep: dt = 0.001600793654 estTimeStep :: LEV = 1 UMAX = 1.137845295 0.1292488811 estimated timestep: dt = 0.003433023818 Now regridding at level lbase = 0 grid_places() time: 0.000201801 new finest: 1 STEP = 6 TIME = 0.00306323052 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 7] ADVANCE at time 0.00306323052 with dt = 0.0007033403352 Advancing grids at level 0 : starting time = 0.00306323052 with dt = 0.0007033403352 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.151299332 0.344139048 max(abs(gpx/gpy/p)) = 3048.732514 2366.837993 179.1898631 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001457236 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.012137365 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014204252 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.158266034 0.3519427558 max(abs(gpx/gpy/p)) = 3048.732514 2366.837993 179.1898631 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.15758392 0.3484091446 max(abs(gpx/gpy/p)) = 2954.331798 2293.897613 174.9863654 [Level 0 step 7] Advanced 8192 cells [Level 1 step 13] ADVANCE at time 0.00306323052 with dt = 0.0003516701676 Advancing grids at level 1 : starting time = 0.00306323052 with dt = 0.0003516701676 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.137845295 0.1292488811 max(abs(gpx/gpy/p)) = 27.62526931 55.46001662 48.05038084 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001079006 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010871168 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008334685 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.145196958 0.1370232571 max(abs(gpx/gpy/p)) = 27.62526931 55.46001662 48.05038084 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.144824815 0.136744425 max(abs(gpx/gpy/p)) = 26.41802193 54.18322499 45.67713377 [Level 1 step 13] Advanced 3072 cells [Level 1 step 14] ADVANCE at time 0.003414900688 with dt = 0.0003516701676 Advancing grids at level 1 : starting time = 0.003414900688 with dt = 0.0003516701676 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.144824815 0.136744425 max(abs(gpx/gpy/p)) = 26.41802193 54.18322499 45.67713377 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001104396 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011170195 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008466886 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.153090201 0.1440180366 max(abs(gpx/gpy/p)) = 26.41802193 54.18322499 45.67713377 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.153062502 0.143885279 max(abs(gpx/gpy/p)) = 25.91413727 53.29179778 45.67713377 [Level 1 step 14] Advanced 3072 cells mac_sync() on level 0 [STEP 7] Coarse TimeStep time: 0.154520936 [STEP 7] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 7 TIME = 0.003766570856 DT = 0.0007033403352 estTimeStep :: LEV = 0 UMAX = 1.15757859 0.3484038347 estimated timestep: dt = 0.001626167582 estTimeStep :: LEV = 1 UMAX = 1.153028887 0.1438134365 estimated timestep: dt = 0.00338781625 Now regridding at level lbase = 0 grid_places() time: 0.000201547 new finest: 1 STEP = 7 TIME = 0.003766570856 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 8] ADVANCE at time 0.003766570856 with dt = 0.0007736743687 Advancing grids at level 0 : starting time = 0.003766570856 with dt = 0.0007736743687 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.15757859 0.3484038347 max(abs(gpx/gpy/p)) = 2954.33291 2293.894016 174.9896554 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001442751 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.012123138 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014265265 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.17343575 0.3546929166 max(abs(gpx/gpy/p)) = 2954.33291 2293.894016 174.9896554 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.171690166 0.3524138799 max(abs(gpx/gpy/p)) = 2869.072714 2229.173497 169.0767357 [Level 0 step 8] Advanced 8192 cells [Level 1 step 15] ADVANCE at time 0.003766570856 with dt = 0.0003868371844 Advancing grids at level 1 : starting time = 0.003766570856 with dt = 0.0003868371844 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.153028887 0.1438134365 max(abs(gpx/gpy/p)) = 25.96210716 54.60228977 45.67831802 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001065572 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.011015499 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.00816967 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.159834484 0.1513450554 max(abs(gpx/gpy/p)) = 25.96210716 54.60228977 45.67831802 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.159083914 0.1510170703 max(abs(gpx/gpy/p)) = 24.36243542 53.30178107 41.50500958 [Level 1 step 15] Advanced 3072 cells [Level 1 step 16] ADVANCE at time 0.00415340804 with dt = 0.0003868371844 Advancing grids at level 1 : starting time = 0.00415340804 with dt = 0.0003868371844 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.159083914 0.1510170703 max(abs(gpx/gpy/p)) = 24.36243542 53.30178107 41.50500958 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001103166 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010756149 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008418484 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.166505701 0.1581632969 max(abs(gpx/gpy/p)) = 24.36243542 53.30178107 41.50500958 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.166466987 0.1579638578 max(abs(gpx/gpy/p)) = 23.77052255 52.66411814 41.50500958 [Level 1 step 16] Advanced 3072 cells mac_sync() on level 0 [STEP 8] Coarse TimeStep time: 0.154355808 [STEP 8] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 8 TIME = 0.004540245224 DT = 0.0007736743687 estTimeStep :: LEV = 0 UMAX = 1.171690162 0.3524144988 estimated timestep: dt = 0.001650153117 estTimeStep :: LEV = 1 UMAX = 1.166499137 0.1579579272 estimated timestep: dt = 0.003348695147 Now regridding at level lbase = 0 grid_places() time: 0.00020875 new finest: 1 STEP = 8 TIME = 0.004540245224 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 9] ADVANCE at time 0.004540245224 with dt = 0.0008510418056 Advancing grids at level 0 : starting time = 0.004540245224 with dt = 0.0008510418056 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.171690162 0.3524144988 max(abs(gpx/gpy/p)) = 2869.072627 2229.173797 169.0748589 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.001672013 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.010658935 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014321936 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.190427753 0.3573103665 max(abs(gpx/gpy/p)) = 2869.072627 2229.173797 169.0748589 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.189466867 0.354831381 max(abs(gpx/gpy/p)) = 2792.656347 2170.307122 165.546593 [Level 0 step 9] Advanced 8192 cells [Level 1 step 17] ADVANCE at time 0.004540245224 with dt = 0.0004255209028 Advancing grids at level 1 : starting time = 0.004540245224 with dt = 0.0004255209028 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.166499137 0.1579579272 max(abs(gpx/gpy/p)) = 23.80633741 53.63944038 41.50237753 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001082087 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.01007689 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008081307 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.172556388 0.165276305 max(abs(gpx/gpy/p)) = 23.80633741 53.63944038 41.50237753 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.172165064 0.1651042864 max(abs(gpx/gpy/p)) = 22.93966551 52.99059162 39.44928088 [Level 1 step 17] Advanced 3072 cells [Level 1 step 18] ADVANCE at time 0.004965766127 with dt = 0.0004255209028 Advancing grids at level 1 : starting time = 0.004965766127 with dt = 0.0004255209028 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.172165064 0.1651042864 max(abs(gpx/gpy/p)) = 22.93966551 52.99059162 39.44928088 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001132957 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010000086 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.008138311 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.178625121 0.1719076254 max(abs(gpx/gpy/p)) = 22.93966551 52.99059162 39.44928088 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.178515235 0.1718344392 max(abs(gpx/gpy/p)) = 22.70071667 52.54095049 39.44928088 [Level 1 step 18] Advanced 3072 cells mac_sync() on level 0 [STEP 9] Coarse TimeStep time: 0.151659035 [STEP 9] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 9 TIME = 0.00539128703 DT = 0.0008510418056 estTimeStep :: LEV = 0 UMAX = 1.189466862 0.3548225811 estimated timestep: dt = 0.001672577226 estTimeStep :: LEV = 1 UMAX = 1.178613707 0.1717992687 estimated timestep: dt = 0.003314275047 Now regridding at level lbase = 0 grid_places() time: 0.000225574 new finest: 1 STEP = 9 TIME = 0.00539128703 : REGRID with lbase = 0 Level 1 2 grids 3072 cells 9.375 % of domain smallest grid: 48 x 32 biggest grid: 48 x 32 [Level 0 step 10] ADVANCE at time 0.00539128703 with dt = 0.0009361459862 Advancing grids at level 0 : starting time = 0.00539128703 with dt = 0.0009361459862 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.189466862 0.3548225811 max(abs(gpx/gpy/p)) = 2792.657477 2170.303574 165.5497216 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 0, time: 0.00144327 ... mac_projection NavierStokesBase:mac_project(): lev: 0, time: 0.011925021 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 0, time: 0.014368468 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.209002787 0.3596335164 max(abs(gpx/gpy/p)) = 2792.657477 2170.303574 165.5497216 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.207692998 0.3568517127 max(abs(gpx/gpy/p)) = 2721.263173 2115.417891 161.5657736 [Level 0 step 10] Advanced 8192 cells [Level 1 step 19] ADVANCE at time 0.00539128703 with dt = 0.0004680729931 Advancing grids at level 1 : starting time = 0.00539128703 with dt = 0.0004680729931 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.178613707 0.1717992687 max(abs(gpx/gpy/p)) = 22.73045148 53.63347818 39.45191643 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001070234 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010989754 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.009314897 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.184892499 0.1787584548 max(abs(gpx/gpy/p)) = 22.73045148 53.63347818 39.45191643 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.184403139 0.1785867799 max(abs(gpx/gpy/p)) = 21.64496094 53.11103457 36.89389252 [Level 1 step 19] Advanced 3072 cells [Level 1 step 20] ADVANCE at time 0.005859360023 with dt = 0.0004680729931 Advancing grids at level 1 : starting time = 0.005859360023 with dt = 0.0004680729931 NavierStokes::advance(): before velocity update: max(abs(u/v)) = 1.184403139 0.1785867799 max(abs(gpx/gpy/p)) = 21.64496094 53.11103457 36.89389252 ... predict edge velocities NavierStokesBase::predict_velocity(): lev: 1, time: 0.001119032 ... mac_projection NavierStokesBase:mac_project(): lev: 1, time: 0.010930002 ... advect scalars ... update scalars ... advect momenta ... update scalars ... update momenta NavierStokes:velocity_diffusion_update(): lev: 1, time: 0.009038125 NavierStokes::advance(): before nodal projection max(abs(u/v)) = 1.190728116 0.1850487316 max(abs(gpx/gpy/p)) = 21.64496094 53.11103457 36.89389252 NavierStokes::advance(): exiting. max(abs(u/v)) = 1.190552334 0.1849574071 max(abs(gpx/gpy/p)) = 21.55734265 52.73663764 36.89389252 [Level 1 step 20] Advanced 3072 cells mac_sync() on level 0 [STEP 10] Coarse TimeStep time: 0.155623411 [STEP 10] FAB kilobyte spread across MPI nodes: [4862 ... 4864] STEP = 10 TIME = 0.006327433016 DT = 0.0009361459862 PLOTFILE: file = Poiseuille_2d_plt00010 Write plotfile time = 0.00555218 seconds Run time = 1.71982062 AMReX (26.08-36-gf2cbba4afc9e) finalized