Initializing AMReX (25.03-10-gc35770e39300)...
OMP initialized with 8 OMP threads
AMReX (25.03-10-gc35770e39300) initialized

Starting run at 05:10:45 UTC on 2025-03-17.
Successfully read inputs file ... 

Castro git describe: 25.03-8-gc82230870
AMReX git describe: 25.03-10-gc35770e39
Microphysics git describe: 25.03-1-gf4280cab

reading extern runtime parameters ...
1 Species: 
X  
Successfully read inputs file ... 
Initializing the data at level 0
Done initializing the level 0 data 
...estimated hydro-limited timestep at level 0: 0.001308446451
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001308446451

grid_places() time: 0.000598579 new finest: 1
Initializing the data at level 1
Done initializing the level 1 data 
grid_places() time: 0.000515361 new finest: 2
Initializing the data at level 2
Done initializing the level 2 data 
grid_places() time: 0.000476634 new finest: 3
Initializing the data at level 3
Done initializing the level 3 data 
Now regridding at level lbase = 0
grid_places() time: 0.001282635 new finest: 3
Initializing the data at level 1
Done initializing the level 1 data 
Initializing the data at level 2
Done initializing the level 2 data 
Initializing the data at level 3
Done initializing the level 3 data 
STEP = 0 TIME = 0 : REGRID  with lbase = 0
  Level 1   1 grids  256 cells  6.25 % of domain
  Level 2   1 grids  256 cells  1.5625 % of domain
  Level 3   1 grids  256 cells  0.390625 % of domain


TIME= 0 MASS        = 1
TIME= 0 XMOM        = 0
TIME= 0 YMOM        = 0
TIME= 0 ZMOM        = 0
TIME= 0 ANG MOM X   = 0
TIME= 0 ANG MOM Y   = 0
TIME= 0 ANG MOM Z   = 0
TIME= 0 RHO*e       = 0.9986065123
TIME= 0 RHO*K       = 0
TIME= 0 RHO*E       = 0.9986065123
TIME= 0 CENTER OF MASS X-LOC = 0.5
TIME= 0 CENTER OF MASS X-VEL = 0
TIME= 0 CENTER OF MASS Y-LOC = 0.5
TIME= 0 CENTER OF MASS Y-VEL = 0
TIME= 0 CENTER OF MASS Z-LOC = 0
TIME= 0 CENTER OF MASS Z-VEL = 0
TIME= 0 MAXIMUM TEMPERATURE  = 1.531355407e-05
TIME= 0 MAXIMUM DENSITY      = 1
INITIAL GRIDS 
  Level 0   1 grids  1024 cells  100 % of domain
  Level 1   1 grids  256 cells  6.25 % of domain
  Level 2   1 grids  256 cells  1.5625 % of domain
  Level 3   1 grids  256 cells  0.390625 % of domain

PLOTFILE: file = Sedov-2d-tau_plt00000
Write plotfile time = 0.024818473  seconds

...estimated hydro-limited timestep at level 0: 0.001305898354
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001305898354

...estimated hydro-limited timestep at level 1: 0.0003264745896
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003264745896

...estimated hydro-limited timestep at level 2: 9.322295009e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.322295009e-05

...estimated hydro-limited timestep at level 3: 4.626056811e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.626056811e-05

[Level 0 step 1] ADVANCE at time 0 with dt = 3.700845449e-06

[1m[32m  Beginning subcycle 1 starting at time 0 with dt = 3.700845449e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001035973 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6611416573

[Level 0 step 1] Advanced 1024 cells
[Level 1 step 1] ADVANCE at time 0 with dt = 1.850422724e-06

[1m[32m  Beginning subcycle 1 starting at time 0 with dt = 1.850422724e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000538856 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 1] Advanced 256 cells
[Level 2 step 1] ADVANCE at time 0 with dt = 9.252113622e-07

[1m[32m  Beginning subcycle 1 starting at time 0 with dt = 9.252113622e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000541186 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 1] Advanced 256 cells
[Level 3 step 1] ADVANCE at time 0 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 0 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000534973 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1] Advanced 256 cells
[Level 3 step 2] ADVANCE at time 4.626056811e-07 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 4.626056811e-07 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000556135 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 2] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000369705
[Level 2 step 2] ADVANCE at time 9.252113622e-07 with dt = 9.252113622e-07

[1m[32m  Beginning subcycle 1 starting at time 9.252113622e-07 with dt = 9.252113622e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000551078 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 2] Advanced 256 cells
[Level 3 step 3] ADVANCE at time 9.252113622e-07 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 9.252113622e-07 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000575009 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 3] Advanced 256 cells
[Level 3 step 4] ADVANCE at time 1.387817043e-06 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 1.387817043e-06 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00057659 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 4] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000319476
Castro::reflux() at level 1 : time = 0.000325152
Now regridding at level lbase = 2
grid_places() time: 0.00043446 new finest: 3
TIME = 1.850422724e-06 : REGRID  with lbase = 2
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 1 step 2] ADVANCE at time 1.850422724e-06 with dt = 1.850422724e-06

[1m[32m  Beginning subcycle 1 starting at time 1.850422724e-06 with dt = 1.850422724e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00053581 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 2] Advanced 256 cells
[Level 2 step 3] ADVANCE at time 1.850422724e-06 with dt = 9.252113622e-07

[1m[32m  Beginning subcycle 1 starting at time 1.850422724e-06 with dt = 9.252113622e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000556931 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 3] Advanced 256 cells
[Level 3 step 5] ADVANCE at time 1.850422724e-06 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 1.850422724e-06 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000601971 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 5] Advanced 256 cells
[Level 3 step 6] ADVANCE at time 2.313028405e-06 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 2.313028405e-06 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00059692 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 6] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000308565
[Level 2 step 4] ADVANCE at time 2.775634086e-06 with dt = 9.252113622e-07

[1m[32m  Beginning subcycle 1 starting at time 2.775634086e-06 with dt = 9.252113622e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00056704 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 4] Advanced 256 cells
[Level 3 step 7] ADVANCE at time 2.775634086e-06 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 2.775634086e-06 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000617077 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 7] Advanced 256 cells
[Level 3 step 8] ADVANCE at time 3.238239768e-06 with dt = 4.626056811e-07

[1m[32m  Beginning subcycle 1 starting at time 3.238239768e-06 with dt = 4.626056811e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000612303 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 8] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000291898
Castro::reflux() at level 1 : time = 0.000378043
Castro::reflux() at level 0 : time = 0.000326027

TIME= 3.700845449e-06 MASS        = 1
TIME= 3.700845449e-06 XMOM        = -3.535484078e-21
TIME= 3.700845449e-06 YMOM        = 1.297080228e-20
TIME= 3.700845449e-06 ZMOM        = 0
TIME= 3.700845449e-06 ANG MOM X   = 0
TIME= 3.700845449e-06 ANG MOM Y   = 0
TIME= 3.700845449e-06 ANG MOM Z   = -8.52292317e-25
TIME= 3.700845449e-06 RHO*e       = 0.9985265924
TIME= 3.700845449e-06 RHO*K       = 7.991987874e-05
TIME= 3.700845449e-06 RHO*E       = 0.9986065123
TIME= 3.700845449e-06 CENTER OF MASS X-LOC = 0.5
TIME= 3.700845449e-06 CENTER OF MASS X-VEL = -3.535484078e-21
TIME= 3.700845449e-06 CENTER OF MASS Y-LOC = 0.5
TIME= 3.700845449e-06 CENTER OF MASS Y-VEL = 1.297080228e-20
TIME= 3.700845449e-06 CENTER OF MASS Z-LOC = 0
TIME= 3.700845449e-06 CENTER OF MASS Z-VEL = 0
TIME= 3.700845449e-06 MAXIMUM TEMPERATURE  = 1.531215706e-05
TIME= 3.700845449e-06 MAXIMUM DENSITY      = 1.009348849

[STEP 1] Coarse TimeStep time: 0.020967555
[STEP 1] FAB kilobyte spread across MPI nodes: [2504 ... 2504]


STEP = 1 TIME = 3.700845449e-06 DT = 3.700845449e-06

...estimated hydro-limited timestep at level 0: 0.001300812397
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001300812397

...estimated hydro-limited timestep at level 1: 0.0003239345472
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003239345472

...estimated hydro-limited timestep at level 2: 9.274173835e-05
...hydro-limited CFL timestep constrained at (i,j) = (64,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.274173835e-05

...estimated hydro-limited timestep at level 3: 4.598214693e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.598214693e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001300812397
 ... but limiting to: 4.070929994e-06 = 1.1 * 3.700845449e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003239345472
 ... but limiting to: 2.035464997e-06 = 1.1 * 1.850422724e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.274173835e-05
 ... but limiting to: 1.017732498e-06 = 1.1 * 9.252113622e-07
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.598214693e-05
 ... but limiting to: 5.088662492e-07 = 1.1 * 4.626056811e-07
Now regridding at level lbase = 1
grid_places() time: 0.000867509 new finest: 3
TIME = 3.700845449e-06 : REGRID  with lbase = 1
  Level 2   1 grids  256 cells  1.5625 % of domain
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 0 step 2] ADVANCE at time 3.700845449e-06 with dt = 4.070929994e-06

[1m[32m  Beginning subcycle 1 starting at time 3.700845449e-06 with dt = 4.070929994e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001005933 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6933671711

[Level 0 step 2] Advanced 1024 cells
[Level 1 step 3] ADVANCE at time 3.700845449e-06 with dt = 2.035464997e-06

[1m[32m  Beginning subcycle 1 starting at time 3.700845449e-06 with dt = 2.035464997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000551602 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 3] Advanced 256 cells
[Level 2 step 5] ADVANCE at time 3.700845449e-06 with dt = 1.017732498e-06

[1m[32m  Beginning subcycle 1 starting at time 3.700845449e-06 with dt = 1.017732498e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000573861 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 5] Advanced 256 cells
[Level 3 step 9] ADVANCE at time 3.700845449e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 3.700845449e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000609842 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 9] Advanced 256 cells
[Level 3 step 10] ADVANCE at time 4.209711698e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 4.209711698e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000618174 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 10] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000311091
[Level 2 step 6] ADVANCE at time 4.718577947e-06 with dt = 1.017732498e-06

[1m[32m  Beginning subcycle 1 starting at time 4.718577947e-06 with dt = 1.017732498e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000560754 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 6] Advanced 256 cells
[Level 3 step 11] ADVANCE at time 4.718577947e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 4.718577947e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000606392 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 11] Advanced 256 cells
[Level 3 step 12] ADVANCE at time 5.227444196e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 5.227444196e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000603536 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 12] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.00037254
Castro::reflux() at level 1 : time = 0.000335155
Now regridding at level lbase = 2
grid_places() time: 0.000476072 new finest: 3
TIME = 5.736310445e-06 : REGRID  with lbase = 2
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 1 step 4] ADVANCE at time 5.736310445e-06 with dt = 2.035464997e-06

[1m[32m  Beginning subcycle 1 starting at time 5.736310445e-06 with dt = 2.035464997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000544425 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 4] Advanced 256 cells
[Level 2 step 7] ADVANCE at time 5.736310445e-06 with dt = 1.017732498e-06

[1m[32m  Beginning subcycle 1 starting at time 5.736310445e-06 with dt = 1.017732498e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000567291 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 7] Advanced 256 cells
[Level 3 step 13] ADVANCE at time 5.736310445e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 5.736310445e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000611722 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 13] Advanced 256 cells
[Level 3 step 14] ADVANCE at time 6.245176695e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 6.245176695e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000633361 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 14] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000338791
[Level 2 step 8] ADVANCE at time 6.754042944e-06 with dt = 1.017732498e-06

[1m[32m  Beginning subcycle 1 starting at time 6.754042944e-06 with dt = 1.017732498e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000574935 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 8] Advanced 256 cells
[Level 3 step 15] ADVANCE at time 6.754042944e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 6.754042944e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00063491 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 15] Advanced 256 cells
[Level 3 step 16] ADVANCE at time 7.262909193e-06 with dt = 5.088662492e-07

[1m[32m  Beginning subcycle 1 starting at time 7.262909193e-06 with dt = 5.088662492e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00062868 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 16] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.00031183
Castro::reflux() at level 1 : time = 0.000299005
Castro::reflux() at level 0 : time = 0.000352334

TIME= 7.771775442e-06 MASS        = 1
TIME= 7.771775442e-06 XMOM        = -4.739176326e-22
TIME= 7.771775442e-06 YMOM        = 2.378873877e-20
TIME= 7.771775442e-06 ZMOM        = 0
TIME= 7.771775442e-06 ANG MOM X   = 0
TIME= 7.771775442e-06 ANG MOM Y   = 0
TIME= 7.771775442e-06 ANG MOM Z   = 1.007107278e-24
TIME= 7.771775442e-06 RHO*e       = 0.9982586265
TIME= 7.771775442e-06 RHO*K       = 0.0003478857376
TIME= 7.771775442e-06 RHO*E       = 0.9986065123
TIME= 7.771775442e-06 CENTER OF MASS X-LOC = 0.5
TIME= 7.771775442e-06 CENTER OF MASS X-VEL = -4.739176326e-22
TIME= 7.771775442e-06 CENTER OF MASS Y-LOC = 0.5
TIME= 7.771775442e-06 CENTER OF MASS Y-VEL = 2.378873877e-20
TIME= 7.771775442e-06 CENTER OF MASS Z-LOC = 0
TIME= 7.771775442e-06 CENTER OF MASS Z-VEL = 0
TIME= 7.771775442e-06 MAXIMUM TEMPERATURE  = 1.530655657e-05
TIME= 7.771775442e-06 MAXIMUM DENSITY      = 1.01895109

[STEP 2] Coarse TimeStep time: 0.022897376
[STEP 2] FAB kilobyte spread across MPI nodes: [2504 ... 2504]


STEP = 2 TIME = 7.771775442e-06 DT = 4.070929994e-06

...estimated hydro-limited timestep at level 0: 0.001295305278
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001295305278

...estimated hydro-limited timestep at level 1: 0.0003212007809
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003212007809

...estimated hydro-limited timestep at level 2: 9.224226138e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.224226138e-05

...estimated hydro-limited timestep at level 3: 4.568641488e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.568641488e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001295305278
 ... but limiting to: 4.478022993e-06 = 1.1 * 4.070929994e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003212007809
 ... but limiting to: 2.239011496e-06 = 1.1 * 2.035464997e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.224226138e-05
 ... but limiting to: 1.119505748e-06 = 1.1 * 1.017732498e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.568641488e-05
 ... but limiting to: 5.597528741e-07 = 1.1 * 5.088662492e-07
Now regridding at level lbase = 0
grid_places() time: 0.001211678 new finest: 3
STEP = 2 TIME = 7.771775442e-06 : REGRID  with lbase = 0
  Level 1   1 grids  256 cells  6.25 % of domain
  Level 2   1 grids  256 cells  1.5625 % of domain
  Level 3   1 grids  256 cells  0.390625 % of domain

...estimated hydro-limited timestep at level 0: 0.001295305278
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001295305278

...estimated hydro-limited timestep at level 1: 0.0003212007809
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003212007809

...estimated hydro-limited timestep at level 2: 9.224226138e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.224226138e-05

...estimated hydro-limited timestep at level 3: 4.568641488e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.568641488e-05

[Level 0 step 3] ADVANCE at time 7.771775442e-06 with dt = 4.478022993e-06

[1m[32m  Beginning subcycle 1 starting at time 7.771775442e-06 with dt = 4.478022993e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001017382 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6870855428

[Level 0 step 3] Advanced 1024 cells
[Level 1 step 5] ADVANCE at time 7.771775442e-06 with dt = 2.239011496e-06

[1m[32m  Beginning subcycle 1 starting at time 7.771775442e-06 with dt = 2.239011496e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000561588 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 5] Advanced 256 cells
[Level 2 step 9] ADVANCE at time 7.771775442e-06 with dt = 1.119505748e-06

[1m[32m  Beginning subcycle 1 starting at time 7.771775442e-06 with dt = 1.119505748e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000584941 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 9] Advanced 256 cells
[Level 3 step 17] ADVANCE at time 7.771775442e-06 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 7.771775442e-06 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000626553 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 17] Advanced 256 cells
[Level 3 step 18] ADVANCE at time 8.331528316e-06 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 8.331528316e-06 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000623951 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 18] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000343106
[Level 2 step 10] ADVANCE at time 8.89128119e-06 with dt = 1.119505748e-06

[1m[32m  Beginning subcycle 1 starting at time 8.89128119e-06 with dt = 1.119505748e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000573716 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 10] Advanced 256 cells
[Level 3 step 19] ADVANCE at time 8.89128119e-06 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 8.89128119e-06 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000613706 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 19] Advanced 256 cells
[Level 3 step 20] ADVANCE at time 9.451034064e-06 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 9.451034064e-06 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000606407 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 20] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000340189
Castro::reflux() at level 1 : time = 0.000337339
Now regridding at level lbase = 2
grid_places() time: 0.000473313 new finest: 3
TIME = 1.001078694e-05 : REGRID  with lbase = 2
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 1 step 6] ADVANCE at time 1.001078694e-05 with dt = 2.239011496e-06

[1m[32m  Beginning subcycle 1 starting at time 1.001078694e-05 with dt = 2.239011496e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000560704 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 6] Advanced 256 cells
[Level 2 step 11] ADVANCE at time 1.001078694e-05 with dt = 1.119505748e-06

[1m[32m  Beginning subcycle 1 starting at time 1.001078694e-05 with dt = 1.119505748e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000575281 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 11] Advanced 256 cells
[Level 3 step 21] ADVANCE at time 1.001078694e-05 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 1.001078694e-05 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000612444 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 21] Advanced 256 cells
[Level 3 step 22] ADVANCE at time 1.057053981e-05 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 1.057053981e-05 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000606893 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 22] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000374361
[Level 2 step 12] ADVANCE at time 1.113029269e-05 with dt = 1.119505748e-06

[1m[32m  Beginning subcycle 1 starting at time 1.113029269e-05 with dt = 1.119505748e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000582513 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 12] Advanced 256 cells
[Level 3 step 23] ADVANCE at time 1.113029269e-05 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 1.113029269e-05 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00062161 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 23] Advanced 256 cells
[Level 3 step 24] ADVANCE at time 1.169004556e-05 with dt = 5.597528741e-07

[1m[32m  Beginning subcycle 1 starting at time 1.169004556e-05 with dt = 5.597528741e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000621498 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 24] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000341409
Castro::reflux() at level 1 : time = 0.000332975
Castro::reflux() at level 0 : time = 0.000350092

TIME= 1.224979843e-05 MASS        = 1
TIME= 1.224979843e-05 XMOM        = 3.932907597e-21
TIME= 1.224979843e-05 YMOM        = -9.48341143e-21
TIME= 1.224979843e-05 ZMOM        = 0
TIME= 1.224979843e-05 ANG MOM X   = 0
TIME= 1.224979843e-05 ANG MOM Y   = 0
TIME= 1.224979843e-05 ANG MOM Z   = -1.947598039e-24
TIME= 1.224979843e-05 RHO*e       = 0.9977598198
TIME= 1.224979843e-05 RHO*K       = 0.0008466924272
TIME= 1.224979843e-05 RHO*E       = 0.9986065123
TIME= 1.224979843e-05 CENTER OF MASS X-LOC = 0.5
TIME= 1.224979843e-05 CENTER OF MASS X-VEL = 3.932907597e-21
TIME= 1.224979843e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 1.224979843e-05 CENTER OF MASS Y-VEL = -9.48341143e-21
TIME= 1.224979843e-05 CENTER OF MASS Z-LOC = 0
TIME= 1.224979843e-05 CENTER OF MASS Z-VEL = 0
TIME= 1.224979843e-05 MAXIMUM TEMPERATURE  = 1.529567522e-05
TIME= 1.224979843e-05 MAXIMUM DENSITY      = 1.028510007

[STEP 3] Coarse TimeStep time: 0.024303284
[STEP 3] FAB kilobyte spread across MPI nodes: [2504 ... 2504]


STEP = 3 TIME = 1.224979843e-05 DT = 4.478022993e-06

...estimated hydro-limited timestep at level 0: 0.001289354095
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001289354095

...estimated hydro-limited timestep at level 1: 0.0003182695491
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003182695491

...estimated hydro-limited timestep at level 2: 9.172635559e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.172635559e-05

...estimated hydro-limited timestep at level 3: 4.537154809e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.537154809e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001289354095
 ... but limiting to: 4.925825292e-06 = 1.1 * 4.478022993e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003182695491
 ... but limiting to: 2.462912646e-06 = 1.1 * 2.239011496e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.172635559e-05
 ... but limiting to: 1.231456323e-06 = 1.1 * 1.119505748e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.537154809e-05
 ... but limiting to: 6.157281615e-07 = 1.1 * 5.597528741e-07
Now regridding at level lbase = 1
grid_places() time: 0.000936943 new finest: 3
TIME = 1.224979843e-05 : REGRID  with lbase = 1
  Level 2   1 grids  256 cells  1.5625 % of domain
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 0 step 4] ADVANCE at time 1.224979843e-05 with dt = 4.925825292e-06

[1m[32m  Beginning subcycle 1 starting at time 1.224979843e-05 with dt = 4.925825292e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001009507 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6872238773

[Level 0 step 4] Advanced 1024 cells
[Level 1 step 7] ADVANCE at time 1.224979843e-05 with dt = 2.462912646e-06

[1m[32m  Beginning subcycle 1 starting at time 1.224979843e-05 with dt = 2.462912646e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000557319 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 7] Advanced 256 cells
[Level 2 step 13] ADVANCE at time 1.224979843e-05 with dt = 1.231456323e-06

[1m[32m  Beginning subcycle 1 starting at time 1.224979843e-05 with dt = 1.231456323e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000580545 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 13] Advanced 256 cells
[Level 3 step 25] ADVANCE at time 1.224979843e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.224979843e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000623725 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 25] Advanced 256 cells
[Level 3 step 26] ADVANCE at time 1.28655266e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.28655266e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000619286 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 26] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.00034669
[Level 2 step 14] ADVANCE at time 1.348125476e-05 with dt = 1.231456323e-06

[1m[32m  Beginning subcycle 1 starting at time 1.348125476e-05 with dt = 1.231456323e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000591151 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 14] Advanced 256 cells
[Level 3 step 27] ADVANCE at time 1.348125476e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.348125476e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000630833 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 27] Advanced 256 cells
[Level 3 step 28] ADVANCE at time 1.409698292e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.409698292e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000623204 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 28] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000345631
Castro::reflux() at level 1 : time = 0.000359777
Now regridding at level lbase = 2
grid_places() time: 0.000446926 new finest: 3
TIME = 1.471271108e-05 : REGRID  with lbase = 2
  Level 3   1 grids  256 cells  0.390625 % of domain

[Level 1 step 8] ADVANCE at time 1.471271108e-05 with dt = 2.462912646e-06

[1m[32m  Beginning subcycle 1 starting at time 1.471271108e-05 with dt = 2.462912646e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000559143 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 8] Advanced 256 cells
[Level 2 step 15] ADVANCE at time 1.471271108e-05 with dt = 1.231456323e-06

[1m[32m  Beginning subcycle 1 starting at time 1.471271108e-05 with dt = 1.231456323e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000580699 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 15] Advanced 256 cells
[Level 3 step 29] ADVANCE at time 1.471271108e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.471271108e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000622433 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 29] Advanced 256 cells
[Level 3 step 30] ADVANCE at time 1.532843924e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.532843924e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000621143 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 30] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000361355
[Level 2 step 16] ADVANCE at time 1.59441674e-05 with dt = 1.231456323e-06

[1m[32m  Beginning subcycle 1 starting at time 1.59441674e-05 with dt = 1.231456323e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000595868 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 16] Advanced 256 cells
[Level 3 step 31] ADVANCE at time 1.59441674e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.59441674e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000629837 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 31] Advanced 256 cells
[Level 3 step 32] ADVANCE at time 1.655989557e-05 with dt = 6.157281615e-07

[1m[32m  Beginning subcycle 1 starting at time 1.655989557e-05 with dt = 6.157281615e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000643095 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 32] Advanced 256 cells
Castro::reflux() at level 2 : time = 0.000345024
Castro::reflux() at level 1 : time = 0.000327812
Castro::reflux() at level 0 : time = 0.000348395

TIME= 1.717562373e-05 MASS        = 1
TIME= 1.717562373e-05 XMOM        = -5.485065451e-21
TIME= 1.717562373e-05 YMOM        = 3.662270707e-20
TIME= 1.717562373e-05 ZMOM        = 0
TIME= 1.717562373e-05 ANG MOM X   = 0
TIME= 1.717562373e-05 ANG MOM Y   = 0
TIME= 1.717562373e-05 ANG MOM Z   = -8.301389165e-24
TIME= 1.717562373e-05 RHO*e       = 0.9969843153
TIME= 1.717562373e-05 RHO*K       = 0.001622196989
TIME= 1.717562373e-05 RHO*E       = 0.9986065123
TIME= 1.717562373e-05 CENTER OF MASS X-LOC = 0.5
TIME= 1.717562373e-05 CENTER OF MASS X-VEL = -5.485065451e-21
TIME= 1.717562373e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 1.717562373e-05 CENTER OF MASS Y-VEL = 3.662270707e-20
TIME= 1.717562373e-05 CENTER OF MASS Z-LOC = 0
TIME= 1.717562373e-05 CENTER OF MASS Z-VEL = 0
TIME= 1.717562373e-05 MAXIMUM TEMPERATURE  = 1.527806391e-05
TIME= 1.717562373e-05 MAXIMUM DENSITY      = 1.037654489

[STEP 4] Coarse TimeStep time: 0.024025522
[STEP 4] FAB kilobyte spread across MPI nodes: [2504 ... 2504]


STEP = 4 TIME = 1.717562373e-05 DT = 4.925825292e-06

...estimated hydro-limited timestep at level 0: 0.001282937676
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001282937676

...estimated hydro-limited timestep at level 1: 0.0003151363286
...hydro-limited CFL timestep constrained at (i,j) = (31,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003151363286

...estimated hydro-limited timestep at level 2: 9.119649529e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.119649529e-05

...estimated hydro-limited timestep at level 3: 4.497465343e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.497465343e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001282937676
 ... but limiting to: 5.418407821e-06 = 1.1 * 4.925825292e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003151363286
 ... but limiting to: 2.709203911e-06 = 1.1 * 2.462912646e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.119649529e-05
 ... but limiting to: 1.354601955e-06 = 1.1 * 1.231456323e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.497465343e-05
 ... but limiting to: 6.773009777e-07 = 1.1 * 6.157281615e-07
Now regridding at level lbase = 0
grid_places() time: 0.001265128 new finest: 3
STEP = 4 TIME = 1.717562373e-05 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001282937676
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001282937676

...estimated hydro-limited timestep at level 1: 0.0003151363286
...hydro-limited CFL timestep constrained at (i,j) = (31,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003151363286

...estimated hydro-limited timestep at level 2: 9.119649529e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.119649529e-05

...estimated hydro-limited timestep at level 3: 4.497465343e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.497465343e-05

[Level 0 step 5] ADVANCE at time 1.717562373e-05 with dt = 5.418407821e-06

[1m[32m  Beginning subcycle 1 starting at time 1.717562373e-05 with dt = 5.418407821e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001014848 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6784606629

[Level 0 step 5] Advanced 1024 cells
[Level 1 step 9] ADVANCE at time 1.717562373e-05 with dt = 2.709203911e-06

[1m[32m  Beginning subcycle 1 starting at time 1.717562373e-05 with dt = 2.709203911e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001013248 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 9] Advanced 1024 cells
[Level 2 step 17] ADVANCE at time 1.717562373e-05 with dt = 1.354601955e-06

[1m[32m  Beginning subcycle 1 starting at time 1.717562373e-05 with dt = 1.354601955e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001037768 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 17] Advanced 1024 cells
[Level 3 step 33] ADVANCE at time 1.717562373e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 1.717562373e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001068121 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 33] Advanced 1024 cells
[Level 3 step 34] ADVANCE at time 1.78529247e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 1.78529247e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001056305 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 34] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000445345
[Level 2 step 18] ADVANCE at time 1.853022568e-05 with dt = 1.354601955e-06

[1m[32m  Beginning subcycle 1 starting at time 1.853022568e-05 with dt = 1.354601955e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001017961 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 18] Advanced 1024 cells
[Level 3 step 35] ADVANCE at time 1.853022568e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 1.853022568e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001064741 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 35] Advanced 1024 cells
[Level 3 step 36] ADVANCE at time 1.920752666e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 1.920752666e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00105672 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 36] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00042409
Castro::reflux() at level 1 : time = 0.000432162
Now regridding at level lbase = 2
grid_places() time: 0.000505427 new finest: 3
TIME = 1.988482764e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 10] ADVANCE at time 1.988482764e-05 with dt = 2.709203911e-06

[1m[32m  Beginning subcycle 1 starting at time 1.988482764e-05 with dt = 2.709203911e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001004732 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 10] Advanced 1024 cells
[Level 2 step 19] ADVANCE at time 1.988482764e-05 with dt = 1.354601955e-06

[1m[32m  Beginning subcycle 1 starting at time 1.988482764e-05 with dt = 1.354601955e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001019016 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 19] Advanced 1024 cells
[Level 3 step 37] ADVANCE at time 1.988482764e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 1.988482764e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001061838 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 37] Advanced 1024 cells
[Level 3 step 38] ADVANCE at time 2.056212862e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 2.056212862e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001046882 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 38] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000426586
[Level 2 step 20] ADVANCE at time 2.123942959e-05 with dt = 1.354601955e-06

[1m[32m  Beginning subcycle 1 starting at time 2.123942959e-05 with dt = 1.354601955e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001033775 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 20] Advanced 1024 cells
[Level 3 step 39] ADVANCE at time 2.123942959e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 2.123942959e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001062392 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 39] Advanced 1024 cells
[Level 3 step 40] ADVANCE at time 2.191673057e-05 with dt = 6.773009777e-07

[1m[32m  Beginning subcycle 1 starting at time 2.191673057e-05 with dt = 6.773009777e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001041351 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 40] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000411917
Castro::reflux() at level 1 : time = 0.000382218
Castro::reflux() at level 0 : time = 0.000307589

TIME= 2.259403155e-05 MASS        = 1
TIME= 2.259403155e-05 XMOM        = 1.734358598e-20
TIME= 2.259403155e-05 YMOM        = -6.731341755e-21
TIME= 2.259403155e-05 ZMOM        = 0
TIME= 2.259403155e-05 ANG MOM X   = 0
TIME= 2.259403155e-05 ANG MOM Y   = 0
TIME= 2.259403155e-05 ANG MOM Z   = -1.167055941e-23
TIME= 2.259403155e-05 RHO*e       = 0.9958828609
TIME= 2.259403155e-05 RHO*K       = 0.002723651379
TIME= 2.259403155e-05 RHO*E       = 0.9986065123
TIME= 2.259403155e-05 CENTER OF MASS X-LOC = 0.5
TIME= 2.259403155e-05 CENTER OF MASS X-VEL = 1.734358598e-20
TIME= 2.259403155e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 2.259403155e-05 CENTER OF MASS Y-VEL = -6.731341755e-21
TIME= 2.259403155e-05 CENTER OF MASS Z-LOC = 0
TIME= 2.259403155e-05 CENTER OF MASS Z-VEL = 0
TIME= 2.259403155e-05 MAXIMUM TEMPERATURE  = 1.52519878e-05
TIME= 2.259403155e-05 MAXIMUM DENSITY      = 1.048898171

[STEP 5] Coarse TimeStep time: 0.0346341
[STEP 5] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 5 TIME = 2.259403155e-05 DT = 5.418407821e-06

...estimated hydro-limited timestep at level 0: 0.001276037212
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001276037212

...estimated hydro-limited timestep at level 1: 0.0003117978367
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003117978367

...estimated hydro-limited timestep at level 2: 9.065558359e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.065558359e-05

...estimated hydro-limited timestep at level 3: 4.433359415e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.433359415e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001276037212
 ... but limiting to: 5.960248603e-06 = 1.1 * 5.418407821e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003117978367
 ... but limiting to: 2.980124302e-06 = 1.1 * 2.709203911e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.065558359e-05
 ... but limiting to: 1.490062151e-06 = 1.1 * 1.354601955e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.433359415e-05
 ... but limiting to: 7.450310754e-07 = 1.1 * 6.773009777e-07
Now regridding at level lbase = 1
grid_places() time: 0.000962393 new finest: 3
TIME = 2.259403155e-05 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 6] ADVANCE at time 2.259403155e-05 with dt = 5.960248603e-06

[1m[32m  Beginning subcycle 1 starting at time 2.259403155e-05 with dt = 5.960248603e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000999677 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7181162352

[Level 0 step 6] Advanced 1024 cells
[Level 1 step 11] ADVANCE at time 2.259403155e-05 with dt = 2.980124302e-06

[1m[32m  Beginning subcycle 1 starting at time 2.259403155e-05 with dt = 2.980124302e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000993015 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 11] Advanced 1024 cells
[Level 2 step 21] ADVANCE at time 2.259403155e-05 with dt = 1.490062151e-06

[1m[32m  Beginning subcycle 1 starting at time 2.259403155e-05 with dt = 1.490062151e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001014279 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 21] Advanced 1024 cells
[Level 3 step 41] ADVANCE at time 2.259403155e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.259403155e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001053463 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 41] Advanced 1024 cells
[Level 3 step 42] ADVANCE at time 2.333906262e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.333906262e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000913465 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 42] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000412702
[Level 2 step 22] ADVANCE at time 2.40840937e-05 with dt = 1.490062151e-06

[1m[32m  Beginning subcycle 1 starting at time 2.40840937e-05 with dt = 1.490062151e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00088757 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 22] Advanced 1024 cells
[Level 3 step 43] ADVANCE at time 2.40840937e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.40840937e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000938277 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 43] Advanced 1024 cells
[Level 3 step 44] ADVANCE at time 2.482912477e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.482912477e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000916296 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 44] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000391667
Castro::reflux() at level 1 : time = 0.000375879
Now regridding at level lbase = 2
grid_places() time: 0.000468748 new finest: 3
TIME = 2.557415585e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 12] ADVANCE at time 2.557415585e-05 with dt = 2.980124302e-06

[1m[32m  Beginning subcycle 1 starting at time 2.557415585e-05 with dt = 2.980124302e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000843235 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 12] Advanced 1024 cells
[Level 2 step 23] ADVANCE at time 2.557415585e-05 with dt = 1.490062151e-06

[1m[32m  Beginning subcycle 1 starting at time 2.557415585e-05 with dt = 1.490062151e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000853294 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 23] Advanced 1024 cells
[Level 3 step 45] ADVANCE at time 2.557415585e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.557415585e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000885504 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 45] Advanced 1024 cells
[Level 3 step 46] ADVANCE at time 2.631918693e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.631918693e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000876588 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 46] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000389031
[Level 2 step 24] ADVANCE at time 2.7064218e-05 with dt = 1.490062151e-06

[1m[32m  Beginning subcycle 1 starting at time 2.7064218e-05 with dt = 1.490062151e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866344 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 24] Advanced 1024 cells
[Level 3 step 47] ADVANCE at time 2.7064218e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.7064218e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088612 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 47] Advanced 1024 cells
[Level 3 step 48] ADVANCE at time 2.780924908e-05 with dt = 7.450310754e-07

[1m[32m  Beginning subcycle 1 starting at time 2.780924908e-05 with dt = 7.450310754e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000898071 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 48] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000452187
Castro::reflux() at level 1 : time = 0.000445371
Castro::reflux() at level 0 : time = 0.000339538

TIME= 2.855428015e-05 MASS        = 1
TIME= 2.855428015e-05 XMOM        = -3.367691589e-21
TIME= 2.855428015e-05 YMOM        = 4.45388731e-21
TIME= 2.855428015e-05 ZMOM        = 0
TIME= 2.855428015e-05 ANG MOM X   = 0
TIME= 2.855428015e-05 ANG MOM Y   = 0
TIME= 2.855428015e-05 ANG MOM Z   = -4.703958822e-24
TIME= 2.855428015e-05 RHO*e       = 0.9944090434
TIME= 2.855428015e-05 RHO*K       = 0.004197468891
TIME= 2.855428015e-05 RHO*E       = 0.9986065123
TIME= 2.855428015e-05 CENTER OF MASS X-LOC = 0.5
TIME= 2.855428015e-05 CENTER OF MASS X-VEL = -3.367691589e-21
TIME= 2.855428015e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 2.855428015e-05 CENTER OF MASS Y-VEL = 4.45388731e-21
TIME= 2.855428015e-05 CENTER OF MASS Z-LOC = 0
TIME= 2.855428015e-05 CENTER OF MASS Z-VEL = 0
TIME= 2.855428015e-05 MAXIMUM TEMPERATURE  = 1.521539417e-05
TIME= 2.855428015e-05 MAXIMUM DENSITY      = 1.065405074

[STEP 6] Coarse TimeStep time: 0.030926568
[STEP 6] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 6 TIME = 2.855428015e-05 DT = 5.960248603e-06

...estimated hydro-limited timestep at level 0: 0.001268637067
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001268637067

...estimated hydro-limited timestep at level 1: 0.0003082525367
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003082525367

...estimated hydro-limited timestep at level 2: 9.010705163e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.010705163e-05

...estimated hydro-limited timestep at level 3: 4.372183073e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.372183073e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001268637067
 ... but limiting to: 6.556273464e-06 = 1.1 * 5.960248603e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003082525367
 ... but limiting to: 3.278136732e-06 = 1.1 * 2.980124302e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.010705163e-05
 ... but limiting to: 1.639068366e-06 = 1.1 * 1.490062151e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.372183073e-05
 ... but limiting to: 8.19534183e-07 = 1.1 * 7.450310754e-07
Now regridding at level lbase = 0
grid_places() time: 0.001425425 new finest: 3
STEP = 6 TIME = 2.855428015e-05 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001268637067
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001268637067

...estimated hydro-limited timestep at level 1: 0.0003082525367
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003082525367

...estimated hydro-limited timestep at level 2: 9.010705163e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.010705163e-05

...estimated hydro-limited timestep at level 3: 4.372183073e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.372183073e-05

[Level 0 step 7] ADVANCE at time 2.855428015e-05 with dt = 6.556273464e-06

[1m[32m  Beginning subcycle 1 starting at time 2.855428015e-05 with dt = 6.556273464e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000838557 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7986055598

[Level 0 step 7] Advanced 1024 cells
[Level 1 step 13] ADVANCE at time 2.855428015e-05 with dt = 3.278136732e-06

[1m[32m  Beginning subcycle 1 starting at time 2.855428015e-05 with dt = 3.278136732e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000839532 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 13] Advanced 1024 cells
[Level 2 step 25] ADVANCE at time 2.855428015e-05 with dt = 1.639068366e-06

[1m[32m  Beginning subcycle 1 starting at time 2.855428015e-05 with dt = 1.639068366e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000860988 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 25] Advanced 1024 cells
[Level 3 step 49] ADVANCE at time 2.855428015e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 2.855428015e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000888991 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 49] Advanced 1024 cells
[Level 3 step 50] ADVANCE at time 2.937381433e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 2.937381433e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000881652 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 50] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000450745
[Level 2 step 26] ADVANCE at time 3.019334852e-05 with dt = 1.639068366e-06

[1m[32m  Beginning subcycle 1 starting at time 3.019334852e-05 with dt = 1.639068366e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000863691 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 26] Advanced 1024 cells
[Level 3 step 51] ADVANCE at time 3.019334852e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.019334852e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000879333 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 51] Advanced 1024 cells
[Level 3 step 52] ADVANCE at time 3.10128827e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.10128827e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000877804 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 52] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000408987
Castro::reflux() at level 1 : time = 0.000432371
Now regridding at level lbase = 2
grid_places() time: 0.000538753 new finest: 3
TIME = 3.183241688e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 14] ADVANCE at time 3.183241688e-05 with dt = 3.278136732e-06

[1m[32m  Beginning subcycle 1 starting at time 3.183241688e-05 with dt = 3.278136732e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000848581 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 14] Advanced 1024 cells
[Level 2 step 27] ADVANCE at time 3.183241688e-05 with dt = 1.639068366e-06

[1m[32m  Beginning subcycle 1 starting at time 3.183241688e-05 with dt = 1.639068366e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856944 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 27] Advanced 1024 cells
[Level 3 step 53] ADVANCE at time 3.183241688e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.183241688e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088301 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 53] Advanced 1024 cells
[Level 3 step 54] ADVANCE at time 3.265195107e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.265195107e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000877348 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 54] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000424287
[Level 2 step 28] ADVANCE at time 3.347148525e-05 with dt = 1.639068366e-06

[1m[32m  Beginning subcycle 1 starting at time 3.347148525e-05 with dt = 1.639068366e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856003 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 28] Advanced 1024 cells
[Level 3 step 55] ADVANCE at time 3.347148525e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.347148525e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000895126 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 55] Advanced 1024 cells
[Level 3 step 56] ADVANCE at time 3.429101943e-05 with dt = 8.19534183e-07

[1m[32m  Beginning subcycle 1 starting at time 3.429101943e-05 with dt = 8.19534183e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000878232 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 56] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000394905
Castro::reflux() at level 1 : time = 0.00039697
Castro::reflux() at level 0 : time = 0.000327116

TIME= 3.511055362e-05 MASS        = 1
TIME= 3.511055362e-05 XMOM        = -9.633446542e-21
TIME= 3.511055362e-05 YMOM        = -3.819750698e-20
TIME= 3.511055362e-05 ZMOM        = 0
TIME= 3.511055362e-05 ANG MOM X   = 0
TIME= 3.511055362e-05 ANG MOM Y   = 0
TIME= 3.511055362e-05 ANG MOM Z   = -4.031044502e-24
TIME= 3.511055362e-05 RHO*e       = 0.9925151171
TIME= 3.511055362e-05 RHO*K       = 0.006091395193
TIME= 3.511055362e-05 RHO*E       = 0.9986065123
TIME= 3.511055362e-05 CENTER OF MASS X-LOC = 0.5
TIME= 3.511055362e-05 CENTER OF MASS X-VEL = -9.633446542e-21
TIME= 3.511055362e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 3.511055362e-05 CENTER OF MASS Y-VEL = -3.819750698e-20
TIME= 3.511055362e-05 CENTER OF MASS Z-LOC = 0
TIME= 3.511055362e-05 CENTER OF MASS Z-VEL = 0
TIME= 3.511055362e-05 MAXIMUM TEMPERATURE  = 1.516588751e-05
TIME= 3.511055362e-05 MAXIMUM DENSITY      = 1.084919411

[STEP 7] Coarse TimeStep time: 0.031568978
[STEP 7] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 7 TIME = 3.511055362e-05 DT = 6.556273464e-06

...estimated hydro-limited timestep at level 0: 0.00126072567
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00126072567

...estimated hydro-limited timestep at level 1: 0.0003045012055
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003045012055

...estimated hydro-limited timestep at level 2: 8.955501898e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.955501898e-05

...estimated hydro-limited timestep at level 3: 4.314444114e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.314444114e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.00126072567
 ... but limiting to: 7.21190081e-06 = 1.1 * 6.556273464e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003045012055
 ... but limiting to: 3.605950405e-06 = 1.1 * 3.278136732e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.955501898e-05
 ... but limiting to: 1.802975203e-06 = 1.1 * 1.639068366e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.314444114e-05
 ... but limiting to: 9.014876013e-07 = 1.1 * 8.19534183e-07
Now regridding at level lbase = 1
grid_places() time: 0.001003398 new finest: 3
TIME = 3.511055362e-05 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 8] ADVANCE at time 3.511055362e-05 with dt = 7.21190081e-06

[1m[32m  Beginning subcycle 1 starting at time 3.511055362e-05 with dt = 7.21190081e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000829077 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.799101635

[Level 0 step 8] Advanced 1024 cells
[Level 1 step 15] ADVANCE at time 3.511055362e-05 with dt = 3.605950405e-06

[1m[32m  Beginning subcycle 1 starting at time 3.511055362e-05 with dt = 3.605950405e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000842557 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 15] Advanced 1024 cells
[Level 2 step 29] ADVANCE at time 3.511055362e-05 with dt = 1.802975203e-06

[1m[32m  Beginning subcycle 1 starting at time 3.511055362e-05 with dt = 1.802975203e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000852063 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 29] Advanced 1024 cells
[Level 3 step 57] ADVANCE at time 3.511055362e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.511055362e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000887115 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 57] Advanced 1024 cells
[Level 3 step 58] ADVANCE at time 3.601204122e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.601204122e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000880361 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 58] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000432208
[Level 2 step 30] ADVANCE at time 3.691352882e-05 with dt = 1.802975203e-06

[1m[32m  Beginning subcycle 1 starting at time 3.691352882e-05 with dt = 1.802975203e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000858802 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 30] Advanced 1024 cells
[Level 3 step 59] ADVANCE at time 3.691352882e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.691352882e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000879611 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 59] Advanced 1024 cells
[Level 3 step 60] ADVANCE at time 3.781501642e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.781501642e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000942214 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 60] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000428124
Castro::reflux() at level 1 : time = 0.000426745
Now regridding at level lbase = 2
grid_places() time: 0.000534039 new finest: 3
TIME = 3.871650402e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 16] ADVANCE at time 3.871650402e-05 with dt = 3.605950405e-06

[1m[32m  Beginning subcycle 1 starting at time 3.871650402e-05 with dt = 3.605950405e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000872477 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 16] Advanced 1024 cells
[Level 2 step 31] ADVANCE at time 3.871650402e-05 with dt = 1.802975203e-06

[1m[32m  Beginning subcycle 1 starting at time 3.871650402e-05 with dt = 1.802975203e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000861389 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 31] Advanced 1024 cells
[Level 3 step 61] ADVANCE at time 3.871650402e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.871650402e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088195 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 61] Advanced 1024 cells
[Level 3 step 62] ADVANCE at time 3.961799162e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 3.961799162e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000894595 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 62] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000452507
[Level 2 step 32] ADVANCE at time 4.051947922e-05 with dt = 1.802975203e-06

[1m[32m  Beginning subcycle 1 starting at time 4.051947922e-05 with dt = 1.802975203e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000865832 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 32] Advanced 1024 cells
[Level 3 step 63] ADVANCE at time 4.051947922e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 4.051947922e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882706 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 63] Advanced 1024 cells
[Level 3 step 64] ADVANCE at time 4.142096682e-05 with dt = 9.014876013e-07

[1m[32m  Beginning subcycle 1 starting at time 4.142096682e-05 with dt = 9.014876013e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000874332 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 64] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000422348
Castro::reflux() at level 1 : time = 0.00042369
Castro::reflux() at level 0 : time = 0.000374485

TIME= 4.232245443e-05 MASS        = 1
TIME= 4.232245443e-05 XMOM        = 1.03260085e-20
TIME= 4.232245443e-05 YMOM        = 3.657678813e-19
TIME= 4.232245443e-05 ZMOM        = 0
TIME= 4.232245443e-05 ANG MOM X   = 0
TIME= 4.232245443e-05 ANG MOM Y   = 0
TIME= 4.232245443e-05 ANG MOM Z   = -9.6184354e-24
TIME= 4.232245443e-05 RHO*e       = 0.9901509286
TIME= 4.232245443e-05 RHO*K       = 0.008455583647
TIME= 4.232245443e-05 RHO*E       = 0.9986065123
TIME= 4.232245443e-05 CENTER OF MASS X-LOC = 0.5
TIME= 4.232245443e-05 CENTER OF MASS X-VEL = 1.03260085e-20
TIME= 4.232245443e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 4.232245443e-05 CENTER OF MASS Y-VEL = 3.657678813e-19
TIME= 4.232245443e-05 CENTER OF MASS Z-LOC = 0
TIME= 4.232245443e-05 CENTER OF MASS Z-VEL = 0
TIME= 4.232245443e-05 MAXIMUM TEMPERATURE  = 1.510071848e-05
TIME= 4.232245443e-05 MAXIMUM DENSITY      = 1.107591105

[STEP 8] Coarse TimeStep time: 0.031006468
[STEP 8] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 8 TIME = 4.232245443e-05 DT = 7.21190081e-06

...estimated hydro-limited timestep at level 0: 0.001252296513
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001252296513

...estimated hydro-limited timestep at level 1: 0.0003005478262
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003005478262

...estimated hydro-limited timestep at level 2: 8.900455201e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.900455201e-05

...estimated hydro-limited timestep at level 3: 4.260580288e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.260580288e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001252296513
 ... but limiting to: 7.933090891e-06 = 1.1 * 7.21190081e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003005478262
 ... but limiting to: 3.966545446e-06 = 1.1 * 3.605950405e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.900455201e-05
 ... but limiting to: 1.983272723e-06 = 1.1 * 1.802975203e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.260580288e-05
 ... but limiting to: 9.916363614e-07 = 1.1 * 9.014876013e-07
Now regridding at level lbase = 0
grid_places() time: 0.001381728 new finest: 3
STEP = 8 TIME = 4.232245443e-05 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001252296513
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001252296513

...estimated hydro-limited timestep at level 1: 0.0003005478262
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003005478262

...estimated hydro-limited timestep at level 2: 8.900455201e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.900455201e-05

...estimated hydro-limited timestep at level 3: 4.260580288e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.260580288e-05

[Level 0 step 9] ADVANCE at time 4.232245443e-05 with dt = 7.933090891e-06

[1m[32m  Beginning subcycle 1 starting at time 4.232245443e-05 with dt = 7.933090891e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000855798 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.776682534

[Level 0 step 9] Advanced 1024 cells
[Level 1 step 17] ADVANCE at time 4.232245443e-05 with dt = 3.966545446e-06

[1m[32m  Beginning subcycle 1 starting at time 4.232245443e-05 with dt = 3.966545446e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000847516 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 17] Advanced 1024 cells
[Level 2 step 33] ADVANCE at time 4.232245443e-05 with dt = 1.983272723e-06

[1m[32m  Beginning subcycle 1 starting at time 4.232245443e-05 with dt = 1.983272723e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000850201 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 33] Advanced 1024 cells
[Level 3 step 65] ADVANCE at time 4.232245443e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.232245443e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000886707 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 65] Advanced 1024 cells
[Level 3 step 66] ADVANCE at time 4.331409079e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.331409079e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884498 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 66] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000432572
[Level 2 step 34] ADVANCE at time 4.430572715e-05 with dt = 1.983272723e-06

[1m[32m  Beginning subcycle 1 starting at time 4.430572715e-05 with dt = 1.983272723e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000863699 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 34] Advanced 1024 cells
[Level 3 step 67] ADVANCE at time 4.430572715e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.430572715e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000897762 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 67] Advanced 1024 cells
[Level 3 step 68] ADVANCE at time 4.529736351e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.529736351e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000883793 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 68] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000403953
Castro::reflux() at level 1 : time = 0.000410648
Now regridding at level lbase = 2
grid_places() time: 0.000501843 new finest: 3
TIME = 4.628899987e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 18] ADVANCE at time 4.628899987e-05 with dt = 3.966545446e-06

[1m[32m  Beginning subcycle 1 starting at time 4.628899987e-05 with dt = 3.966545446e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000844159 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 18] Advanced 1024 cells
[Level 2 step 35] ADVANCE at time 4.628899987e-05 with dt = 1.983272723e-06

[1m[32m  Beginning subcycle 1 starting at time 4.628899987e-05 with dt = 1.983272723e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000849078 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 35] Advanced 1024 cells
[Level 3 step 69] ADVANCE at time 4.628899987e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.628899987e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000887239 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 69] Advanced 1024 cells
[Level 3 step 70] ADVANCE at time 4.728063623e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.728063623e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00086804 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 70] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000421317
[Level 2 step 36] ADVANCE at time 4.827227259e-05 with dt = 1.983272723e-06

[1m[32m  Beginning subcycle 1 starting at time 4.827227259e-05 with dt = 1.983272723e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000844513 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 36] Advanced 1024 cells
[Level 3 step 71] ADVANCE at time 4.827227259e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.827227259e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882923 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 71] Advanced 1024 cells
[Level 3 step 72] ADVANCE at time 4.926390896e-05 with dt = 9.916363614e-07

[1m[32m  Beginning subcycle 1 starting at time 4.926390896e-05 with dt = 9.916363614e-07[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000883107 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 72] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00042703
Castro::reflux() at level 1 : time = 0.00039599
Castro::reflux() at level 0 : time = 0.00033187

TIME= 5.025554532e-05 MASS        = 1
TIME= 5.025554532e-05 XMOM        = 3.677433407e-20
TIME= 5.025554532e-05 YMOM        = 1.175923962e-19
TIME= 5.025554532e-05 ZMOM        = 0
TIME= 5.025554532e-05 ANG MOM X   = 0
TIME= 5.025554532e-05 ANG MOM Y   = 0
TIME= 5.025554532e-05 ANG MOM Z   = -1.083608383e-23
TIME= 5.025554532e-05 RHO*e       = 0.9872651509
TIME= 5.025554532e-05 RHO*K       = 0.01134136132
TIME= 5.025554532e-05 RHO*E       = 0.9986065123
TIME= 5.025554532e-05 CENTER OF MASS X-LOC = 0.5
TIME= 5.025554532e-05 CENTER OF MASS X-VEL = 3.677433407e-20
TIME= 5.025554532e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 5.025554532e-05 CENTER OF MASS Y-VEL = 1.175923962e-19
TIME= 5.025554532e-05 CENTER OF MASS Z-LOC = 0
TIME= 5.025554532e-05 CENTER OF MASS Z-VEL = 0
TIME= 5.025554532e-05 MAXIMUM TEMPERATURE  = 1.501679626e-05
TIME= 5.025554532e-05 MAXIMUM DENSITY      = 1.13332094

[STEP 9] Coarse TimeStep time: 0.03145222
[STEP 9] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 9 TIME = 5.025554532e-05 DT = 7.933090891e-06

...estimated hydro-limited timestep at level 0: 0.001243349179
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001243349179

...estimated hydro-limited timestep at level 1: 0.0002964004778
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002964004778

...estimated hydro-limited timestep at level 2: 8.846204872e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.846204872e-05

...estimated hydro-limited timestep at level 3: 4.210956102e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.210956102e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001243349179
 ... but limiting to: 8.72639998e-06 = 1.1 * 7.933090891e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002964004778
 ... but limiting to: 4.36319999e-06 = 1.1 * 3.966545446e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.846204872e-05
 ... but limiting to: 2.181599995e-06 = 1.1 * 1.983272723e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.210956102e-05
 ... but limiting to: 1.090799998e-06 = 1.1 * 9.916363614e-07
Now regridding at level lbase = 1
grid_places() time: 0.001020292 new finest: 3
TIME = 5.025554532e-05 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 10] ADVANCE at time 5.025554532e-05 with dt = 8.72639998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.025554532e-05 with dt = 8.72639998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00083264 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7984598458

[Level 0 step 10] Advanced 1024 cells
[Level 1 step 19] ADVANCE at time 5.025554532e-05 with dt = 4.36319999e-06

[1m[32m  Beginning subcycle 1 starting at time 5.025554532e-05 with dt = 4.36319999e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000848614 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 19] Advanced 1024 cells
[Level 2 step 37] ADVANCE at time 5.025554532e-05 with dt = 2.181599995e-06

[1m[32m  Beginning subcycle 1 starting at time 5.025554532e-05 with dt = 2.181599995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866193 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 37] Advanced 1024 cells
[Level 3 step 73] ADVANCE at time 5.025554532e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.025554532e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884783 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 73] Advanced 1024 cells
[Level 3 step 74] ADVANCE at time 5.134634531e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.134634531e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000885898 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 74] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000427498
[Level 2 step 38] ADVANCE at time 5.243714531e-05 with dt = 2.181599995e-06

[1m[32m  Beginning subcycle 1 starting at time 5.243714531e-05 with dt = 2.181599995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000850667 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 38] Advanced 1024 cells
[Level 3 step 75] ADVANCE at time 5.243714531e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.243714531e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000886134 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 75] Advanced 1024 cells
[Level 3 step 76] ADVANCE at time 5.352794531e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.352794531e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00087352 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 76] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000406663
Castro::reflux() at level 1 : time = 0.000454167
Now regridding at level lbase = 2
grid_places() time: 0.000500434 new finest: 3
TIME = 5.461874531e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 20] ADVANCE at time 5.461874531e-05 with dt = 4.36319999e-06

[1m[32m  Beginning subcycle 1 starting at time 5.461874531e-05 with dt = 4.36319999e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000845214 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 20] Advanced 1024 cells
[Level 2 step 39] ADVANCE at time 5.461874531e-05 with dt = 2.181599995e-06

[1m[32m  Beginning subcycle 1 starting at time 5.461874531e-05 with dt = 2.181599995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866803 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 39] Advanced 1024 cells
[Level 3 step 77] ADVANCE at time 5.461874531e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.461874531e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000893491 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 77] Advanced 1024 cells
[Level 3 step 78] ADVANCE at time 5.57095453e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.57095453e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00089647 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 78] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000435696
[Level 2 step 40] ADVANCE at time 5.68003453e-05 with dt = 2.181599995e-06

[1m[32m  Beginning subcycle 1 starting at time 5.68003453e-05 with dt = 2.181599995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000853313 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 40] Advanced 1024 cells
[Level 3 step 79] ADVANCE at time 5.68003453e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.68003453e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882214 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 79] Advanced 1024 cells
[Level 3 step 80] ADVANCE at time 5.78911453e-05 with dt = 1.090799998e-06

[1m[32m  Beginning subcycle 1 starting at time 5.78911453e-05 with dt = 1.090799998e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000885975 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 80] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000409061
Castro::reflux() at level 1 : time = 0.000404309
Castro::reflux() at level 0 : time = 0.000333254

TIME= 5.89819453e-05 MASS        = 1
TIME= 5.89819453e-05 XMOM        = 3.556764752e-20
TIME= 5.89819453e-05 YMOM        = -1.343035825e-19
TIME= 5.89819453e-05 ZMOM        = 0
TIME= 5.89819453e-05 ANG MOM X   = 0
TIME= 5.89819453e-05 ANG MOM Y   = 0
TIME= 5.89819453e-05 ANG MOM Z   = 5.253373028e-24
TIME= 5.89819453e-05 RHO*e       = 0.9836485556
TIME= 5.89819453e-05 RHO*K       = 0.01495795667
TIME= 5.89819453e-05 RHO*E       = 0.9986065123
TIME= 5.89819453e-05 CENTER OF MASS X-LOC = 0.5
TIME= 5.89819453e-05 CENTER OF MASS X-VEL = 3.556764752e-20
TIME= 5.89819453e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 5.89819453e-05 CENTER OF MASS Y-VEL = -1.343035825e-19
TIME= 5.89819453e-05 CENTER OF MASS Z-LOC = 0
TIME= 5.89819453e-05 CENTER OF MASS Z-VEL = 0
TIME= 5.89819453e-05 MAXIMUM TEMPERATURE  = 1.493245731e-05
TIME= 5.89819453e-05 MAXIMUM DENSITY      = 1.161717152

[STEP 10] Coarse TimeStep time: 0.030463863
[STEP 10] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 10 TIME = 5.89819453e-05 DT = 8.72639998e-06

...estimated hydro-limited timestep at level 0: 0.001233762406
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001233762406

...estimated hydro-limited timestep at level 1: 0.0002920159872
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002920159872

...estimated hydro-limited timestep at level 2: 8.788819257e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.788819257e-05

...estimated hydro-limited timestep at level 3: 4.15845178e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.15845178e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001233762406
 ... but limiting to: 9.599039978e-06 = 1.1 * 8.72639998e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002920159872
 ... but limiting to: 4.799519989e-06 = 1.1 * 4.36319999e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.788819257e-05
 ... but limiting to: 2.399759995e-06 = 1.1 * 2.181599995e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.15845178e-05
 ... but limiting to: 1.199879997e-06 = 1.1 * 1.090799998e-06
Now regridding at level lbase = 0
grid_places() time: 0.001335022 new finest: 3
STEP = 10 TIME = 5.89819453e-05 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001233762406
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001233762406

...estimated hydro-limited timestep at level 1: 0.0002920159872
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002920159872

...estimated hydro-limited timestep at level 2: 8.788819257e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.788819257e-05

...estimated hydro-limited timestep at level 3: 4.15845178e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.15845178e-05

[Level 0 step 11] ADVANCE at time 5.89819453e-05 with dt = 9.599039978e-06

[1m[32m  Beginning subcycle 1 starting at time 5.89819453e-05 with dt = 9.599039978e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000832351 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7978016824

[Level 0 step 11] Advanced 1024 cells
[Level 1 step 21] ADVANCE at time 5.89819453e-05 with dt = 4.799519989e-06

[1m[32m  Beginning subcycle 1 starting at time 5.89819453e-05 with dt = 4.799519989e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000840431 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 21] Advanced 1024 cells
[Level 2 step 41] ADVANCE at time 5.89819453e-05 with dt = 2.399759995e-06

[1m[32m  Beginning subcycle 1 starting at time 5.89819453e-05 with dt = 2.399759995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000853443 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 41] Advanced 1024 cells
[Level 3 step 81] ADVANCE at time 5.89819453e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 5.89819453e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088749 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 81] Advanced 1024 cells
[Level 3 step 82] ADVANCE at time 6.018182529e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.018182529e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882855 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 82] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00042981
[Level 2 step 42] ADVANCE at time 6.138170529e-05 with dt = 2.399759995e-06

[1m[32m  Beginning subcycle 1 starting at time 6.138170529e-05 with dt = 2.399759995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00085373 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 42] Advanced 1024 cells
[Level 3 step 83] ADVANCE at time 6.138170529e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.138170529e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000889 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 83] Advanced 1024 cells
[Level 3 step 84] ADVANCE at time 6.258158529e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.258158529e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000879482 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 84] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000407291
Castro::reflux() at level 1 : time = 0.000416133
Now regridding at level lbase = 2
grid_places() time: 0.000517879 new finest: 3
TIME = 6.378146529e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 22] ADVANCE at time 6.378146529e-05 with dt = 4.799519989e-06

[1m[32m  Beginning subcycle 1 starting at time 6.378146529e-05 with dt = 4.799519989e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000845715 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 22] Advanced 1024 cells
[Level 2 step 43] ADVANCE at time 6.378146529e-05 with dt = 2.399759995e-06

[1m[32m  Beginning subcycle 1 starting at time 6.378146529e-05 with dt = 2.399759995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000848718 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 43] Advanced 1024 cells
[Level 3 step 85] ADVANCE at time 6.378146529e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.378146529e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000902146 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 85] Advanced 1024 cells
[Level 3 step 86] ADVANCE at time 6.498134528e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.498134528e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882275 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 86] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000435277
[Level 2 step 44] ADVANCE at time 6.618122528e-05 with dt = 2.399759995e-06

[1m[32m  Beginning subcycle 1 starting at time 6.618122528e-05 with dt = 2.399759995e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000853329 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 44] Advanced 1024 cells
[Level 3 step 87] ADVANCE at time 6.618122528e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.618122528e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000885863 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 87] Advanced 1024 cells
[Level 3 step 88] ADVANCE at time 6.738110528e-05 with dt = 1.199879997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.738110528e-05 with dt = 1.199879997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000881595 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 88] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000393895
Castro::reflux() at level 1 : time = 0.000392494
Castro::reflux() at level 0 : time = 0.000326741

TIME= 6.858098528e-05 MASS        = 1
TIME= 6.858098528e-05 XMOM        = 2.216410817e-20
TIME= 6.858098528e-05 YMOM        = 3.456312494e-20
TIME= 6.858098528e-05 ZMOM        = 0
TIME= 6.858098528e-05 ANG MOM X   = 0
TIME= 6.858098528e-05 ANG MOM Y   = 0
TIME= 6.858098528e-05 ANG MOM Z   = -3.22579455e-23
TIME= 6.858098528e-05 RHO*e       = 0.9791593793
TIME= 6.858098528e-05 RHO*K       = 0.01944713299
TIME= 6.858098528e-05 RHO*E       = 0.9986065123
TIME= 6.858098528e-05 CENTER OF MASS X-LOC = 0.5
TIME= 6.858098528e-05 CENTER OF MASS X-VEL = 2.216410817e-20
TIME= 6.858098528e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 6.858098528e-05 CENTER OF MASS Y-VEL = 3.456312494e-20
TIME= 6.858098528e-05 CENTER OF MASS Z-LOC = 0
TIME= 6.858098528e-05 CENTER OF MASS Z-VEL = 0
TIME= 6.858098528e-05 MAXIMUM TEMPERATURE  = 1.483216404e-05
TIME= 6.858098528e-05 MAXIMUM DENSITY      = 1.191882967

[STEP 11] Coarse TimeStep time: 0.030977152
[STEP 11] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 11 TIME = 6.858098528e-05 DT = 9.599039978e-06

...estimated hydro-limited timestep at level 0: 0.0012235611
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0012235611

...estimated hydro-limited timestep at level 1: 0.0002874158304
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002874158304

...estimated hydro-limited timestep at level 2: 8.735569496e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.735569496e-05

...estimated hydro-limited timestep at level 3: 4.107650527e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.107650527e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0012235611
 ... but limiting to: 1.055894398e-05 = 1.1 * 9.599039978e-06
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002874158304
 ... but limiting to: 5.279471988e-06 = 1.1 * 4.799519989e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.735569496e-05
 ... but limiting to: 2.639735994e-06 = 1.1 * 2.399759995e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.107650527e-05
 ... but limiting to: 1.319867997e-06 = 1.1 * 1.199879997e-06
Now regridding at level lbase = 1
grid_places() time: 0.001008376 new finest: 3
TIME = 6.858098528e-05 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 12] ADVANCE at time 6.858098528e-05 with dt = 1.055894398e-05

[1m[32m  Beginning subcycle 1 starting at time 6.858098528e-05 with dt = 1.055894398e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000830346 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.8117500824

[Level 0 step 12] Advanced 1024 cells
[Level 1 step 23] ADVANCE at time 6.858098528e-05 with dt = 5.279471988e-06

[1m[32m  Beginning subcycle 1 starting at time 6.858098528e-05 with dt = 5.279471988e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000838028 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 23] Advanced 1024 cells
[Level 2 step 45] ADVANCE at time 6.858098528e-05 with dt = 2.639735994e-06

[1m[32m  Beginning subcycle 1 starting at time 6.858098528e-05 with dt = 2.639735994e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000849717 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 45] Advanced 1024 cells
[Level 3 step 89] ADVANCE at time 6.858098528e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.858098528e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088913 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 89] Advanced 1024 cells
[Level 3 step 90] ADVANCE at time 6.990085327e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 6.990085327e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088062 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 90] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000422817
[Level 2 step 46] ADVANCE at time 7.122072127e-05 with dt = 2.639735994e-06

[1m[32m  Beginning subcycle 1 starting at time 7.122072127e-05 with dt = 2.639735994e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000863573 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 46] Advanced 1024 cells
[Level 3 step 91] ADVANCE at time 7.122072127e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.122072127e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000893885 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 91] Advanced 1024 cells
[Level 3 step 92] ADVANCE at time 7.254058927e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.254058927e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000878843 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 92] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000410686
Castro::reflux() at level 1 : time = 0.00042591
Now regridding at level lbase = 2
grid_places() time: 0.00051775 new finest: 3
TIME = 7.386045726e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 24] ADVANCE at time 7.386045726e-05 with dt = 5.279471988e-06

[1m[32m  Beginning subcycle 1 starting at time 7.386045726e-05 with dt = 5.279471988e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000859615 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 24] Advanced 1024 cells
[Level 2 step 47] ADVANCE at time 7.386045726e-05 with dt = 2.639735994e-06

[1m[32m  Beginning subcycle 1 starting at time 7.386045726e-05 with dt = 2.639735994e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000852607 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 47] Advanced 1024 cells
[Level 3 step 93] ADVANCE at time 7.386045726e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.386045726e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088976 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 93] Advanced 1024 cells
[Level 3 step 94] ADVANCE at time 7.518032526e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.518032526e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000874598 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 94] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000445664
[Level 2 step 48] ADVANCE at time 7.650019326e-05 with dt = 2.639735994e-06

[1m[32m  Beginning subcycle 1 starting at time 7.650019326e-05 with dt = 2.639735994e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000851051 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 48] Advanced 1024 cells
[Level 3 step 95] ADVANCE at time 7.650019326e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.650019326e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884512 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 95] Advanced 1024 cells
[Level 3 step 96] ADVANCE at time 7.782006126e-05 with dt = 1.319867997e-06

[1m[32m  Beginning subcycle 1 starting at time 7.782006126e-05 with dt = 1.319867997e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000886561 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 96] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000428599
Castro::reflux() at level 1 : time = 0.000399257
Castro::reflux() at level 0 : time = 0.000334439

TIME= 7.913992925e-05 MASS        = 1
TIME= 7.913992925e-05 XMOM        = -3.316277578e-20
TIME= 7.913992925e-05 YMOM        = -1.946833997e-19
TIME= 7.913992925e-05 ZMOM        = 0
TIME= 7.913992925e-05 ANG MOM X   = 0
TIME= 7.913992925e-05 ANG MOM Y   = 0
TIME= 7.913992925e-05 ANG MOM Z   = 5.636755958e-25
TIME= 7.913992925e-05 RHO*e       = 0.9737517067
TIME= 7.913992925e-05 RHO*K       = 0.02485480558
TIME= 7.913992925e-05 RHO*E       = 0.9986065123
TIME= 7.913992925e-05 CENTER OF MASS X-LOC = 0.5
TIME= 7.913992925e-05 CENTER OF MASS X-VEL = -3.316277578e-20
TIME= 7.913992925e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 7.913992925e-05 CENTER OF MASS Y-VEL = -1.946833997e-19
TIME= 7.913992925e-05 CENTER OF MASS Z-LOC = 0
TIME= 7.913992925e-05 CENTER OF MASS Z-VEL = 0
TIME= 7.913992925e-05 MAXIMUM TEMPERATURE  = 1.471570802e-05
TIME= 7.913992925e-05 MAXIMUM DENSITY      = 1.222825067

[STEP 12] Coarse TimeStep time: 0.030143587
[STEP 12] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 12 TIME = 7.913992925e-05 DT = 1.055894398e-05

...estimated hydro-limited timestep at level 0: 0.001212790678
...hydro-limited CFL timestep constrained at (i,j) = (15,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001212790678

...estimated hydro-limited timestep at level 1: 0.0002826321713
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002826321713

...estimated hydro-limited timestep at level 2: 8.684069446e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.684069446e-05

...estimated hydro-limited timestep at level 3: 4.057528688e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.057528688e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001212790678
 ... but limiting to: 1.161483837e-05 = 1.1 * 1.055894398e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002826321713
 ... but limiting to: 5.807419187e-06 = 1.1 * 5.279471988e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.684069446e-05
 ... but limiting to: 2.903709593e-06 = 1.1 * 2.639735994e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.057528688e-05
 ... but limiting to: 1.451854797e-06 = 1.1 * 1.319867997e-06
Now regridding at level lbase = 0
grid_places() time: 0.001336166 new finest: 3
STEP = 12 TIME = 7.913992925e-05 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001212790678
...hydro-limited CFL timestep constrained at (i,j) = (15,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001212790678

...estimated hydro-limited timestep at level 1: 0.0002826321713
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002826321713

...estimated hydro-limited timestep at level 2: 8.684069446e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.684069446e-05

...estimated hydro-limited timestep at level 3: 4.057528688e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.057528688e-05

[Level 0 step 13] ADVANCE at time 7.913992925e-05 with dt = 1.161483837e-05

[1m[32m  Beginning subcycle 1 starting at time 7.913992925e-05 with dt = 1.161483837e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000838975 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.8038755594

[Level 0 step 13] Advanced 1024 cells
[Level 1 step 25] ADVANCE at time 7.913992925e-05 with dt = 5.807419187e-06

[1m[32m  Beginning subcycle 1 starting at time 7.913992925e-05 with dt = 5.807419187e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000841409 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 25] Advanced 1024 cells
[Level 2 step 49] ADVANCE at time 7.913992925e-05 with dt = 2.903709593e-06

[1m[32m  Beginning subcycle 1 starting at time 7.913992925e-05 with dt = 2.903709593e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000851219 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 49] Advanced 1024 cells
[Level 3 step 97] ADVANCE at time 7.913992925e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 7.913992925e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000903916 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 97] Advanced 1024 cells
[Level 3 step 98] ADVANCE at time 8.059178405e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.059178405e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000875823 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 98] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000421629
[Level 2 step 50] ADVANCE at time 8.204363885e-05 with dt = 2.903709593e-06

[1m[32m  Beginning subcycle 1 starting at time 8.204363885e-05 with dt = 2.903709593e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00085016 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 50] Advanced 1024 cells
[Level 3 step 99] ADVANCE at time 8.204363885e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.204363885e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000883186 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 99] Advanced 1024 cells
[Level 3 step 100] ADVANCE at time 8.349549364e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.349549364e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884915 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 100] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000416237
Castro::reflux() at level 1 : time = 0.000421436
Now regridding at level lbase = 2
grid_places() time: 0.000506562 new finest: 3
TIME = 8.494734844e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 26] ADVANCE at time 8.494734844e-05 with dt = 5.807419187e-06

[1m[32m  Beginning subcycle 1 starting at time 8.494734844e-05 with dt = 5.807419187e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000846779 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 26] Advanced 1024 cells
[Level 2 step 51] ADVANCE at time 8.494734844e-05 with dt = 2.903709593e-06

[1m[32m  Beginning subcycle 1 starting at time 8.494734844e-05 with dt = 2.903709593e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000848869 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 51] Advanced 1024 cells
[Level 3 step 101] ADVANCE at time 8.494734844e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.494734844e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 101] Advanced 1024 cells
[Level 3 step 102] ADVANCE at time 8.639920324e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.639920324e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000884476 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 102] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000426562
[Level 2 step 52] ADVANCE at time 8.785105803e-05 with dt = 2.903709593e-06

[1m[32m  Beginning subcycle 1 starting at time 8.785105803e-05 with dt = 2.903709593e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000847994 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 52] Advanced 1024 cells
[Level 3 step 103] ADVANCE at time 8.785105803e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.785105803e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000881402 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 103] Advanced 1024 cells
[Level 3 step 104] ADVANCE at time 8.930291283e-05 with dt = 1.451854797e-06

[1m[32m  Beginning subcycle 1 starting at time 8.930291283e-05 with dt = 1.451854797e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000881463 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 104] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000413181
Castro::reflux() at level 1 : time = 0.000397505
Castro::reflux() at level 0 : time = 0.000346021

TIME= 9.075476763e-05 MASS        = 1
TIME= 9.075476763e-05 XMOM        = -4.626188939e-20
TIME= 9.075476763e-05 YMOM        = 6.033533049e-19
TIME= 9.075476763e-05 ZMOM        = 0
TIME= 9.075476763e-05 ANG MOM X   = 0
TIME= 9.075476763e-05 ANG MOM Y   = 0
TIME= 9.075476763e-05 ANG MOM Z   = -1.315133956e-23
TIME= 9.075476763e-05 RHO*e       = 0.9673353854
TIME= 9.075476763e-05 RHO*K       = 0.03127112686
TIME= 9.075476763e-05 RHO*E       = 0.9986065123
TIME= 9.075476763e-05 CENTER OF MASS X-LOC = 0.5
TIME= 9.075476763e-05 CENTER OF MASS X-VEL = -4.626188939e-20
TIME= 9.075476763e-05 CENTER OF MASS Y-LOC = 0.5
TIME= 9.075476763e-05 CENTER OF MASS Y-VEL = 6.033533049e-19
TIME= 9.075476763e-05 CENTER OF MASS Z-LOC = 0
TIME= 9.075476763e-05 CENTER OF MASS Z-VEL = 0
TIME= 9.075476763e-05 MAXIMUM TEMPERATURE  = 1.458071862e-05
TIME= 9.075476763e-05 MAXIMUM DENSITY      = 1.252215096

[STEP 13] Coarse TimeStep time: 0.031100598
[STEP 13] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 13 TIME = 9.075476763e-05 DT = 1.161483837e-05

...estimated hydro-limited timestep at level 0: 0.001201468643
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001201468643

...estimated hydro-limited timestep at level 1: 0.0002776871569
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002776871569

...estimated hydro-limited timestep at level 2: 8.637010909e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.637010909e-05

...estimated hydro-limited timestep at level 3: 4.010172561e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.010172561e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001201468643
 ... but limiting to: 1.277632221e-05 = 1.1 * 1.161483837e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002776871569
 ... but limiting to: 6.388161106e-06 = 1.1 * 5.807419187e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.637010909e-05
 ... but limiting to: 3.194080553e-06 = 1.1 * 2.903709593e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.010172561e-05
 ... but limiting to: 1.597040276e-06 = 1.1 * 1.451854797e-06
Now regridding at level lbase = 1
grid_places() time: 0.001080636 new finest: 3
TIME = 9.075476763e-05 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 14] ADVANCE at time 9.075476763e-05 with dt = 1.277632221e-05

[1m[32m  Beginning subcycle 1 starting at time 9.075476763e-05 with dt = 1.277632221e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000934898 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7225234697

[Level 0 step 14] Advanced 1024 cells
[Level 1 step 27] ADVANCE at time 9.075476763e-05 with dt = 6.388161106e-06

[1m[32m  Beginning subcycle 1 starting at time 9.075476763e-05 with dt = 6.388161106e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000934879 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 27] Advanced 1024 cells
[Level 2 step 53] ADVANCE at time 9.075476763e-05 with dt = 3.194080553e-06

[1m[32m  Beginning subcycle 1 starting at time 9.075476763e-05 with dt = 3.194080553e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000939873 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 53] Advanced 1024 cells
[Level 3 step 105] ADVANCE at time 9.075476763e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.075476763e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000978967 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 105] Advanced 1024 cells
[Level 3 step 106] ADVANCE at time 9.23518079e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.23518079e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00096974 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 106] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000477715
[Level 2 step 54] ADVANCE at time 9.394884818e-05 with dt = 3.194080553e-06

[1m[32m  Beginning subcycle 1 starting at time 9.394884818e-05 with dt = 3.194080553e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000964194 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 54] Advanced 1024 cells
[Level 3 step 107] ADVANCE at time 9.394884818e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.394884818e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000973201 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 107] Advanced 1024 cells
[Level 3 step 108] ADVANCE at time 9.554588846e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.554588846e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000970439 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 108] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000453837
Castro::reflux() at level 1 : time = 0.000472022
Now regridding at level lbase = 2
grid_places() time: 0.000570397 new finest: 3
TIME = 9.714292873e-05 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 28] ADVANCE at time 9.714292873e-05 with dt = 6.388161106e-06

[1m[32m  Beginning subcycle 1 starting at time 9.714292873e-05 with dt = 6.388161106e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000990472 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 28] Advanced 1024 cells
[Level 2 step 55] ADVANCE at time 9.714292873e-05 with dt = 3.194080553e-06

[1m[32m  Beginning subcycle 1 starting at time 9.714292873e-05 with dt = 3.194080553e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000895975 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 55] Advanced 1024 cells
[Level 3 step 109] ADVANCE at time 9.714292873e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.714292873e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000901706 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 109] Advanced 1024 cells
[Level 3 step 110] ADVANCE at time 9.873996901e-05 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 9.873996901e-05 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000900004 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 110] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000543224
[Level 2 step 56] ADVANCE at time 0.0001003370093 with dt = 3.194080553e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001003370093 with dt = 3.194080553e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000878563 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 56] Advanced 1024 cells
[Level 3 step 111] ADVANCE at time 0.0001003370093 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001003370093 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00089859 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 111] Advanced 1024 cells
[Level 3 step 112] ADVANCE at time 0.0001019340496 with dt = 1.597040276e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001019340496 with dt = 1.597040276e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000882034 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 112] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000526864
Castro::reflux() at level 1 : time = 0.000510086
Castro::reflux() at level 0 : time = 0.000404269

TIME= 0.0001035310898 MASS        = 1
TIME= 0.0001035310898 XMOM        = -9.40168088e-21
TIME= 0.0001035310898 YMOM        = -2.209907238e-19
TIME= 0.0001035310898 ZMOM        = 0
TIME= 0.0001035310898 ANG MOM X   = 0
TIME= 0.0001035310898 ANG MOM Y   = 0
TIME= 0.0001035310898 ANG MOM Z   = 3.357950915e-23
TIME= 0.0001035310898 RHO*e       = 0.9598160014
TIME= 0.0001035310898 RHO*K       = 0.03879051091
TIME= 0.0001035310898 RHO*E       = 0.9986065123
TIME= 0.0001035310898 CENTER OF MASS X-LOC = 0.5
TIME= 0.0001035310898 CENTER OF MASS X-VEL = -9.40168088e-21
TIME= 0.0001035310898 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0001035310898 CENTER OF MASS Y-VEL = -2.209907238e-19
TIME= 0.0001035310898 CENTER OF MASS Z-LOC = 0
TIME= 0.0001035310898 CENTER OF MASS Z-VEL = 0
TIME= 0.0001035310898 MAXIMUM TEMPERATURE  = 1.442845316e-05
TIME= 0.0001035310898 MAXIMUM DENSITY      = 1.274620233

[STEP 14] Coarse TimeStep time: 0.03551683
[STEP 14] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 14 TIME = 0.0001035310898 DT = 1.277632221e-05

...estimated hydro-limited timestep at level 0: 0.00118961159
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00118961159

...estimated hydro-limited timestep at level 1: 0.0002726049065
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002726049065

...estimated hydro-limited timestep at level 2: 8.598282152e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.598282152e-05

...estimated hydro-limited timestep at level 3: 3.968530926e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.968530926e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.00118961159
 ... but limiting to: 1.405395443e-05 = 1.1 * 1.277632221e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002726049065
 ... but limiting to: 7.026977216e-06 = 1.1 * 6.388161106e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.598282152e-05
 ... but limiting to: 3.513488608e-06 = 1.1 * 3.194080553e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.968530926e-05
 ... but limiting to: 1.756744304e-06 = 1.1 * 1.597040276e-06
Now regridding at level lbase = 0
grid_places() time: 0.001678462 new finest: 3
STEP = 14 TIME = 0.0001035310898 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.00118961159
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00118961159

...estimated hydro-limited timestep at level 1: 0.0002726049065
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002726049065

...estimated hydro-limited timestep at level 2: 8.598282152e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.598282152e-05

...estimated hydro-limited timestep at level 3: 3.968530926e-05
...hydro-limited CFL timestep constrained at (i,j) = (126,126)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.968530926e-05

[Level 0 step 15] ADVANCE at time 0.0001035310898 with dt = 1.405395443e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001035310898 with dt = 1.405395443e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00085392 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7350022574

[Level 0 step 15] Advanced 1024 cells
[Level 1 step 29] ADVANCE at time 0.0001035310898 with dt = 7.026977216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001035310898 with dt = 7.026977216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00086883 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 29] Advanced 1024 cells
[Level 2 step 57] ADVANCE at time 0.0001035310898 with dt = 3.513488608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001035310898 with dt = 3.513488608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00087068 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 57] Advanced 1024 cells
[Level 3 step 113] ADVANCE at time 0.0001035310898 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001035310898 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000900987 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 113] Advanced 1024 cells
[Level 3 step 114] ADVANCE at time 0.0001052878341 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001052878341 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000887593 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 114] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000572878
[Level 2 step 58] ADVANCE at time 0.0001070445784 with dt = 3.513488608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001070445784 with dt = 3.513488608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000865341 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 58] Advanced 1024 cells
[Level 3 step 115] ADVANCE at time 0.0001070445784 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001070445784 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000894746 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 115] Advanced 1024 cells
[Level 3 step 116] ADVANCE at time 0.0001088013227 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001088013227 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000903223 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 116] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000514729
Castro::reflux() at level 1 : time = 0.000511625
Now regridding at level lbase = 2
grid_places() time: 0.000631879 new finest: 3
TIME = 0.0001105580671 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 30] ADVANCE at time 0.0001105580671 with dt = 7.026977216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001105580671 with dt = 7.026977216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000868553 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 30] Advanced 1024 cells
[Level 2 step 59] ADVANCE at time 0.0001105580671 with dt = 3.513488608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001105580671 with dt = 3.513488608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000865935 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 59] Advanced 1024 cells
[Level 3 step 117] ADVANCE at time 0.0001105580671 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001105580671 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000899299 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 117] Advanced 1024 cells
[Level 3 step 118] ADVANCE at time 0.0001123148114 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001123148114 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000887426 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 118] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000545161
[Level 2 step 60] ADVANCE at time 0.0001140715557 with dt = 3.513488608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001140715557 with dt = 3.513488608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000868073 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 60] Advanced 1024 cells
[Level 3 step 119] ADVANCE at time 0.0001140715557 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001140715557 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000899564 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 119] Advanced 1024 cells
[Level 3 step 120] ADVANCE at time 0.0001158283 with dt = 1.756744304e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001158283 with dt = 1.756744304e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000886155 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 120] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00050559
Castro::reflux() at level 1 : time = 0.000485205
Castro::reflux() at level 0 : time = 0.000386621

TIME= 0.0001175850443 MASS        = 1
TIME= 0.0001175850443 XMOM        = -5.198765638e-20
TIME= 0.0001175850443 YMOM        = -4.444269776e-19
TIME= 0.0001175850443 ZMOM        = 0
TIME= 0.0001175850443 ANG MOM X   = 0
TIME= 0.0001175850443 ANG MOM Y   = 0
TIME= 0.0001175850443 ANG MOM Z   = 5.215036929e-23
TIME= 0.0001175850443 RHO*e       = 0.9514446154
TIME= 0.0001175850443 RHO*K       = 0.04716189684
TIME= 0.0001175850443 RHO*E       = 0.9986065123
TIME= 0.0001175850443 CENTER OF MASS X-LOC = 0.5
TIME= 0.0001175850443 CENTER OF MASS X-VEL = -5.198765638e-20
TIME= 0.0001175850443 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0001175850443 CENTER OF MASS Y-VEL = -4.444269776e-19
TIME= 0.0001175850443 CENTER OF MASS Z-LOC = 0
TIME= 0.0001175850443 CENTER OF MASS Z-VEL = 0
TIME= 0.0001175850443 MAXIMUM TEMPERATURE  = 1.424410457e-05
TIME= 0.0001175850443 MAXIMUM DENSITY      = 1.28606404

[STEP 15] Coarse TimeStep time: 0.035105446
[STEP 15] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 15 TIME = 0.0001175850443 DT = 1.405395443e-05

...estimated hydro-limited timestep at level 0: 0.00117734449
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00117734449

...estimated hydro-limited timestep at level 1: 0.000267460407
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000267460407

...estimated hydro-limited timestep at level 2: 8.573426195e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.573426195e-05

...estimated hydro-limited timestep at level 3: 3.912178905e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.912178905e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.00117734449
 ... but limiting to: 1.545934988e-05 = 1.1 * 1.405395443e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.000267460407
 ... but limiting to: 7.729674938e-06 = 1.1 * 7.026977216e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.573426195e-05
 ... but limiting to: 3.864837469e-06 = 1.1 * 3.513488608e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.912178905e-05
 ... but limiting to: 1.932418734e-06 = 1.1 * 1.756744304e-06
Now regridding at level lbase = 1
grid_places() time: 0.001233645 new finest: 3
TIME = 0.0001175850443 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 16] ADVANCE at time 0.0001175850443 with dt = 1.545934988e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001175850443 with dt = 1.545934988e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000845994 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7574031722

[Level 0 step 16] Advanced 1024 cells
[Level 1 step 31] ADVANCE at time 0.0001175850443 with dt = 7.729674938e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001175850443 with dt = 7.729674938e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000854678 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 31] Advanced 1024 cells
[Level 2 step 61] ADVANCE at time 0.0001175850443 with dt = 3.864837469e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001175850443 with dt = 3.864837469e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000868435 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 61] Advanced 1024 cells
[Level 3 step 121] ADVANCE at time 0.0001175850443 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001175850443 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000923774 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 121] Advanced 1024 cells
[Level 3 step 122] ADVANCE at time 0.000119517463 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000119517463 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000899668 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 122] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000538396
[Level 2 step 62] ADVANCE at time 0.0001214498817 with dt = 3.864837469e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001214498817 with dt = 3.864837469e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000868653 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 62] Advanced 1024 cells
[Level 3 step 123] ADVANCE at time 0.0001214498817 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001214498817 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000902538 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 123] Advanced 1024 cells
[Level 3 step 124] ADVANCE at time 0.0001233823005 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001233823005 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000887019 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 124] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000498668
Castro::reflux() at level 1 : time = 0.00050995
Now regridding at level lbase = 2
grid_places() time: 0.00061765 new finest: 3
TIME = 0.0001253147192 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 32] ADVANCE at time 0.0001253147192 with dt = 7.729674938e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001253147192 with dt = 7.729674938e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000863865 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 32] Advanced 1024 cells
[Level 2 step 63] ADVANCE at time 0.0001253147192 with dt = 3.864837469e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001253147192 with dt = 3.864837469e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000863146 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 63] Advanced 1024 cells
[Level 3 step 125] ADVANCE at time 0.0001253147192 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001253147192 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000907446 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 125] Advanced 1024 cells
[Level 3 step 126] ADVANCE at time 0.0001272471379 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001272471379 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000897168 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 126] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000534841
[Level 2 step 64] ADVANCE at time 0.0001291795567 with dt = 3.864837469e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001291795567 with dt = 3.864837469e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866978 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 64] Advanced 1024 cells
[Level 3 step 127] ADVANCE at time 0.0001291795567 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001291795567 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000916179 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 127] Advanced 1024 cells
[Level 3 step 128] ADVANCE at time 0.0001311119754 with dt = 1.932418734e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001311119754 with dt = 1.932418734e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000899415 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 128] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000509325
Castro::reflux() at level 1 : time = 0.000484971
Castro::reflux() at level 0 : time = 0.000385658

TIME= 0.0001330443941 MASS        = 1
TIME= 0.0001330443941 XMOM        = 9.169941425e-20
TIME= 0.0001330443941 YMOM        = -8.271091574e-19
TIME= 0.0001330443941 ZMOM        = 0
TIME= 0.0001330443941 ANG MOM X   = 0
TIME= 0.0001330443941 ANG MOM Y   = 0
TIME= 0.0001330443941 ANG MOM Z   = 3.025046078e-23
TIME= 0.0001330443941 RHO*e       = 0.9422596625
TIME= 0.0001330443941 RHO*K       = 0.05634684978
TIME= 0.0001330443941 RHO*E       = 0.9986065123
TIME= 0.0001330443941 CENTER OF MASS X-LOC = 0.5
TIME= 0.0001330443941 CENTER OF MASS X-VEL = 9.169941425e-20
TIME= 0.0001330443941 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0001330443941 CENTER OF MASS Y-VEL = -8.271091574e-19
TIME= 0.0001330443941 CENTER OF MASS Z-LOC = 0
TIME= 0.0001330443941 CENTER OF MASS Z-VEL = 0
TIME= 0.0001330443941 MAXIMUM TEMPERATURE  = 1.401937418e-05
TIME= 0.0001330443941 MAXIMUM DENSITY      = 1.288202193

[STEP 16] Coarse TimeStep time: 0.033905152
[STEP 16] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 16 TIME = 0.0001330443941 DT = 1.545934988e-05

...estimated hydro-limited timestep at level 0: 0.001164718913
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001164718913

...estimated hydro-limited timestep at level 1: 0.000262211435
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000262211435

...estimated hydro-limited timestep at level 2: 8.567290005e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.567290005e-05

...estimated hydro-limited timestep at level 3: 3.761706631e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.761706631e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001164718913
 ... but limiting to: 1.700528486e-05 = 1.1 * 1.545934988e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.000262211435
 ... but limiting to: 8.502642432e-06 = 1.1 * 7.729674938e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.567290005e-05
 ... but limiting to: 4.251321216e-06 = 1.1 * 3.864837469e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.761706631e-05
 ... but limiting to: 2.125660608e-06 = 1.1 * 1.932418734e-06
Now regridding at level lbase = 0
grid_places() time: 0.001620979 new finest: 3
STEP = 16 TIME = 0.0001330443941 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001164718913
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001164718913

...estimated hydro-limited timestep at level 1: 0.000262211435
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000262211435

...estimated hydro-limited timestep at level 2: 8.567290005e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.567290005e-05

...estimated hydro-limited timestep at level 3: 3.761706631e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.761706631e-05

[Level 0 step 17] ADVANCE at time 0.0001330443941 with dt = 1.700528486e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001330443941 with dt = 1.700528486e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000847145 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.751858721

[Level 0 step 17] Advanced 1024 cells
[Level 1 step 33] ADVANCE at time 0.0001330443941 with dt = 8.502642432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001330443941 with dt = 8.502642432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000856783 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 33] Advanced 1024 cells
[Level 2 step 65] ADVANCE at time 0.0001330443941 with dt = 4.251321216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001330443941 with dt = 4.251321216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000869556 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 65] Advanced 1024 cells
[Level 3 step 129] ADVANCE at time 0.0001330443941 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001330443941 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000910234 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 129] Advanced 1024 cells
[Level 3 step 130] ADVANCE at time 0.0001351700548 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001351700548 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00089418 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 130] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000518269
[Level 2 step 66] ADVANCE at time 0.0001372957154 with dt = 4.251321216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001372957154 with dt = 4.251321216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00086015 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 66] Advanced 1024 cells
[Level 3 step 131] ADVANCE at time 0.0001372957154 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001372957154 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000918601 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 131] Advanced 1024 cells
[Level 3 step 132] ADVANCE at time 0.000139421376 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000139421376 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00089793 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 132] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000499257
Castro::reflux() at level 1 : time = 0.000509003
Now regridding at level lbase = 2
grid_places() time: 0.000630935 new finest: 3
TIME = 0.0001415470366 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 34] ADVANCE at time 0.0001415470366 with dt = 8.502642432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001415470366 with dt = 8.502642432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000864569 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 34] Advanced 1024 cells
[Level 2 step 67] ADVANCE at time 0.0001415470366 with dt = 4.251321216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001415470366 with dt = 4.251321216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000874648 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 67] Advanced 1024 cells
[Level 3 step 133] ADVANCE at time 0.0001415470366 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001415470366 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00090727 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 133] Advanced 1024 cells
[Level 3 step 134] ADVANCE at time 0.0001436726972 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001436726972 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000896363 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 134] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000538402
[Level 2 step 68] ADVANCE at time 0.0001457983578 with dt = 4.251321216e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001457983578 with dt = 4.251321216e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000861923 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 68] Advanced 1024 cells
[Level 3 step 135] ADVANCE at time 0.0001457983578 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001457983578 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000894 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 135] Advanced 1024 cells
[Level 3 step 136] ADVANCE at time 0.0001479240184 with dt = 2.125660608e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001479240184 with dt = 2.125660608e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00089323 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 136] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000507747
Castro::reflux() at level 1 : time = 0.00049778
Castro::reflux() at level 0 : time = 0.000394927

TIME= 0.000150049679 MASS        = 1
TIME= 0.000150049679 XMOM        = 9.998952309e-20
TIME= 0.000150049679 YMOM        = -3.570565939e-19
TIME= 0.000150049679 ZMOM        = 0
TIME= 0.000150049679 ANG MOM X   = 0
TIME= 0.000150049679 ANG MOM Y   = 0
TIME= 0.000150049679 ANG MOM Z   = 6.14222564e-23
TIME= 0.000150049679 RHO*e       = 0.9321354132
TIME= 0.000150049679 RHO*K       = 0.0664710991
TIME= 0.000150049679 RHO*E       = 0.9986065123
TIME= 0.000150049679 CENTER OF MASS X-LOC = 0.5
TIME= 0.000150049679 CENTER OF MASS X-VEL = 9.998952309e-20
TIME= 0.000150049679 CENTER OF MASS Y-LOC = 0.5
TIME= 0.000150049679 CENTER OF MASS Y-VEL = -3.570565939e-19
TIME= 0.000150049679 CENTER OF MASS Z-LOC = 0
TIME= 0.000150049679 CENTER OF MASS Z-VEL = 0
TIME= 0.000150049679 MAXIMUM TEMPERATURE  = 1.374024066e-05
TIME= 0.000150049679 MAXIMUM DENSITY      = 1.279015473

[STEP 17] Coarse TimeStep time: 0.034893185
[STEP 17] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 17 TIME = 0.000150049679 DT = 1.700528486e-05

...estimated hydro-limited timestep at level 0: 0.001151832253
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001151832253

...estimated hydro-limited timestep at level 1: 0.0002566555925
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002566555925

...estimated hydro-limited timestep at level 2: 8.583082958e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.583082958e-05

...estimated hydro-limited timestep at level 3: 3.657213658e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.657213658e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001151832253
 ... but limiting to: 1.870581335e-05 = 1.1 * 1.700528486e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002566555925
 ... but limiting to: 9.352906675e-06 = 1.1 * 8.502642432e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.583082958e-05
 ... but limiting to: 4.676453337e-06 = 1.1 * 4.251321216e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.657213658e-05
 ... but limiting to: 2.338226669e-06 = 1.1 * 2.125660608e-06
Now regridding at level lbase = 1
grid_places() time: 0.001265312 new finest: 3
TIME = 0.000150049679 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 18] ADVANCE at time 0.000150049679 with dt = 1.870581335e-05

[1m[32m  Beginning subcycle 1 starting at time 0.000150049679 with dt = 1.870581335e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000845203 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7522492178

[Level 0 step 18] Advanced 1024 cells
[Level 1 step 35] ADVANCE at time 0.000150049679 with dt = 9.352906675e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000150049679 with dt = 9.352906675e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000861939 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 35] Advanced 1024 cells
[Level 2 step 69] ADVANCE at time 0.000150049679 with dt = 4.676453337e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000150049679 with dt = 4.676453337e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000874344 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 69] Advanced 1024 cells
[Level 3 step 137] ADVANCE at time 0.000150049679 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000150049679 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00090821 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 137] Advanced 1024 cells
[Level 3 step 138] ADVANCE at time 0.0001523879057 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001523879057 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000928584 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 138] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000535333
[Level 2 step 70] ADVANCE at time 0.0001547261323 with dt = 4.676453337e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001547261323 with dt = 4.676453337e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000864703 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 70] Advanced 1024 cells
[Level 3 step 139] ADVANCE at time 0.0001547261323 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001547261323 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000903391 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 139] Advanced 1024 cells
[Level 3 step 140] ADVANCE at time 0.000157064359 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000157064359 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000902692 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 140] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000509113
Castro::reflux() at level 1 : time = 0.000516493
Now regridding at level lbase = 2
grid_places() time: 0.000645968 new finest: 3
TIME = 0.0001594025857 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 36] ADVANCE at time 0.0001594025857 with dt = 9.352906675e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001594025857 with dt = 9.352906675e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000869698 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 36] Advanced 1024 cells
[Level 2 step 71] ADVANCE at time 0.0001594025857 with dt = 4.676453337e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001594025857 with dt = 4.676453337e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000888959 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 71] Advanced 1024 cells
[Level 3 step 141] ADVANCE at time 0.0001594025857 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001594025857 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000930657 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 141] Advanced 1024 cells
[Level 3 step 142] ADVANCE at time 0.0001617408124 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001617408124 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000896634 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 142] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000537084
[Level 2 step 72] ADVANCE at time 0.000164079039 with dt = 4.676453337e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000164079039 with dt = 4.676453337e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000864836 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 72] Advanced 1024 cells
[Level 3 step 143] ADVANCE at time 0.000164079039 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000164079039 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000921115 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 143] Advanced 1024 cells
[Level 3 step 144] ADVANCE at time 0.0001664172657 with dt = 2.338226669e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001664172657 with dt = 2.338226669e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000889937 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 144] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000507492
Castro::reflux() at level 1 : time = 0.000501874
Castro::reflux() at level 0 : time = 0.000392195

TIME= 0.0001687554924 MASS        = 1
TIME= 0.0001687554924 XMOM        = 1.710861502e-19
TIME= 0.0001687554924 YMOM        = -2.036591475e-19
TIME= 0.0001687554924 ZMOM        = 0
TIME= 0.0001687554924 ANG MOM X   = 0
TIME= 0.0001687554924 ANG MOM Y   = 0
TIME= 0.0001687554924 ANG MOM Z   = -9.456837727e-23
TIME= 0.0001687554924 RHO*e       = 0.9221992672
TIME= 0.0001687554924 RHO*K       = 0.07640724509
TIME= 0.0001687554924 RHO*E       = 0.9986065123
TIME= 0.0001687554924 CENTER OF MASS X-LOC = 0.5
TIME= 0.0001687554924 CENTER OF MASS X-VEL = 1.710861502e-19
TIME= 0.0001687554924 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0001687554924 CENTER OF MASS Y-VEL = -2.036591475e-19
TIME= 0.0001687554924 CENTER OF MASS Z-LOC = 0
TIME= 0.0001687554924 CENTER OF MASS Z-VEL = 0
TIME= 0.0001687554924 MAXIMUM TEMPERATURE  = 1.33922587e-05
TIME= 0.0001687554924 MAXIMUM DENSITY      = 1.307436094

[STEP 18] Coarse TimeStep time: 0.034097597
[STEP 18] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 18 TIME = 0.0001687554924 DT = 1.870581335e-05

...estimated hydro-limited timestep at level 0: 0.001138913455
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001138913455

...estimated hydro-limited timestep at level 1: 0.0002512897923
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002512897923

...estimated hydro-limited timestep at level 2: 8.61558996e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.61558996e-05

...estimated hydro-limited timestep at level 3: 3.603608863e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,128)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.603608863e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001138913455
 ... but limiting to: 2.057639468e-05 = 1.1 * 1.870581335e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002512897923
 ... but limiting to: 1.028819734e-05 = 1.1 * 9.352906675e-06
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.61558996e-05
 ... but limiting to: 5.144098671e-06 = 1.1 * 4.676453337e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.603608863e-05
 ... but limiting to: 2.572049336e-06 = 1.1 * 2.338226669e-06
Now regridding at level lbase = 0
grid_places() time: 0.001608586 new finest: 3
STEP = 18 TIME = 0.0001687554924 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001138913455
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001138913455

...estimated hydro-limited timestep at level 1: 0.0002512897923
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002512897923

...estimated hydro-limited timestep at level 2: 8.61558996e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.61558996e-05

...estimated hydro-limited timestep at level 3: 3.603608863e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,128)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.603608863e-05

[Level 0 step 19] ADVANCE at time 0.0001687554924 with dt = 2.057639468e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001687554924 with dt = 2.057639468e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000845772 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7452215579

[Level 0 step 19] Advanced 1024 cells
[Level 1 step 37] ADVANCE at time 0.0001687554924 with dt = 1.028819734e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001687554924 with dt = 1.028819734e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000858798 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 37] Advanced 1024 cells
[Level 2 step 73] ADVANCE at time 0.0001687554924 with dt = 5.144098671e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001687554924 with dt = 5.144098671e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000865428 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 73] Advanced 1024 cells
[Level 3 step 145] ADVANCE at time 0.0001687554924 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001687554924 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000914735 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 145] Advanced 1024 cells
[Level 3 step 146] ADVANCE at time 0.0001713275417 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001713275417 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000895344 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 146] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000535574
[Level 2 step 74] ADVANCE at time 0.000173899591 with dt = 5.144098671e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000173899591 with dt = 5.144098671e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000854926 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 74] Advanced 1024 cells
[Level 3 step 147] ADVANCE at time 0.000173899591 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000173899591 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000897971 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 147] Advanced 1024 cells
[Level 3 step 148] ADVANCE at time 0.0001764716404 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001764716404 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000905303 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 148] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000514572
Castro::reflux() at level 1 : time = 0.000515969
Now regridding at level lbase = 2
grid_places() time: 0.000634067 new finest: 3
TIME = 0.0001790436897 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 38] ADVANCE at time 0.0001790436897 with dt = 1.028819734e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0001790436897 with dt = 1.028819734e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000875331 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 38] Advanced 1024 cells
[Level 2 step 75] ADVANCE at time 0.0001790436897 with dt = 5.144098671e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001790436897 with dt = 5.144098671e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000873839 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 75] Advanced 1024 cells
[Level 3 step 149] ADVANCE at time 0.0001790436897 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001790436897 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000909486 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 149] Advanced 1024 cells
[Level 3 step 150] ADVANCE at time 0.000181615739 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000181615739 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000911651 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 150] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000535894
[Level 2 step 76] ADVANCE at time 0.0001841877884 with dt = 5.144098671e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001841877884 with dt = 5.144098671e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000862741 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 76] Advanced 1024 cells
[Level 3 step 151] ADVANCE at time 0.0001841877884 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001841877884 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000898537 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 151] Advanced 1024 cells
[Level 3 step 152] ADVANCE at time 0.0001867598377 with dt = 2.572049336e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001867598377 with dt = 2.572049336e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000896889 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 152] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00051068
Castro::reflux() at level 1 : time = 0.000481178
Castro::reflux() at level 0 : time = 0.000383596

TIME= 0.000189331887 MASS        = 1
TIME= 0.000189331887 XMOM        = -7.804220372e-20
TIME= 0.000189331887 YMOM        = -2.879799602e-18
TIME= 0.000189331887 ZMOM        = 0
TIME= 0.000189331887 ANG MOM X   = 0
TIME= 0.000189331887 ANG MOM Y   = 0
TIME= 0.000189331887 ANG MOM Z   = -3.182516113e-24
TIME= 0.000189331887 RHO*e       = 0.9128391369
TIME= 0.000189331887 RHO*K       = 0.08576737533
TIME= 0.000189331887 RHO*E       = 0.9986065123
TIME= 0.000189331887 CENTER OF MASS X-LOC = 0.5
TIME= 0.000189331887 CENTER OF MASS X-VEL = -7.804220372e-20
TIME= 0.000189331887 CENTER OF MASS Y-LOC = 0.5
TIME= 0.000189331887 CENTER OF MASS Y-VEL = -2.879799602e-18
TIME= 0.000189331887 CENTER OF MASS Z-LOC = 0
TIME= 0.000189331887 CENTER OF MASS Z-VEL = 0
TIME= 0.000189331887 MAXIMUM TEMPERATURE  = 1.297714759e-05
TIME= 0.000189331887 MAXIMUM DENSITY      = 1.37272011

[STEP 19] Coarse TimeStep time: 0.034796403
[STEP 19] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 19 TIME = 0.000189331887 DT = 2.057639468e-05

...estimated hydro-limited timestep at level 0: 0.00112594812
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00112594812

...estimated hydro-limited timestep at level 1: 0.000246448209
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000246448209

...estimated hydro-limited timestep at level 2: 8.67031676e-05
...hydro-limited CFL timestep constrained at (i,j) = (64,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.67031676e-05

...estimated hydro-limited timestep at level 3: 3.578627848e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.578627848e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.00112594812
 ... but limiting to: 2.263403415e-05 = 1.1 * 2.057639468e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.000246448209
 ... but limiting to: 1.131701708e-05 = 1.1 * 1.028819734e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.67031676e-05
 ... but limiting to: 5.658508538e-06 = 1.1 * 5.144098671e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.578627848e-05
 ... but limiting to: 2.829254269e-06 = 1.1 * 2.572049336e-06
Now regridding at level lbase = 1
grid_places() time: 0.001254234 new finest: 3
TIME = 0.000189331887 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 20] ADVANCE at time 0.000189331887 with dt = 2.263403415e-05

[1m[32m  Beginning subcycle 1 starting at time 0.000189331887 with dt = 2.263403415e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000849126 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7529400692

[Level 0 step 20] Advanced 1024 cells
[Level 1 step 39] ADVANCE at time 0.000189331887 with dt = 1.131701708e-05

[1m[32m  Beginning subcycle 1 starting at time 0.000189331887 with dt = 1.131701708e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000857258 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 39] Advanced 1024 cells
[Level 2 step 77] ADVANCE at time 0.000189331887 with dt = 5.658508538e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000189331887 with dt = 5.658508538e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000865871 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 77] Advanced 1024 cells
[Level 3 step 153] ADVANCE at time 0.000189331887 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000189331887 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000907191 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 153] Advanced 1024 cells
[Level 3 step 154] ADVANCE at time 0.0001921611413 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001921611413 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000901851 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 154] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000540087
[Level 2 step 78] ADVANCE at time 0.0001949903956 with dt = 5.658508538e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001949903956 with dt = 5.658508538e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000873761 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 78] Advanced 1024 cells
[Level 3 step 155] ADVANCE at time 0.0001949903956 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001949903956 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00090646 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 155] Advanced 1024 cells
[Level 3 step 156] ADVANCE at time 0.0001978196498 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0001978196498 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000894914 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 156] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000519184
Castro::reflux() at level 1 : time = 0.000517178
Now regridding at level lbase = 2
grid_places() time: 0.000614696 new finest: 3
TIME = 0.0002006489041 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 40] ADVANCE at time 0.0002006489041 with dt = 1.131701708e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002006489041 with dt = 1.131701708e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000851882 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 40] Advanced 1024 cells
[Level 2 step 79] ADVANCE at time 0.0002006489041 with dt = 5.658508538e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002006489041 with dt = 5.658508538e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856966 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 79] Advanced 1024 cells
[Level 3 step 157] ADVANCE at time 0.0002006489041 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002006489041 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000908264 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 157] Advanced 1024 cells
[Level 3 step 158] ADVANCE at time 0.0002034781584 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002034781584 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000895065 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 158] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000540383
[Level 2 step 80] ADVANCE at time 0.0002063074127 with dt = 5.658508538e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002063074127 with dt = 5.658508538e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000855534 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 80] Advanced 1024 cells
[Level 3 step 159] ADVANCE at time 0.0002063074127 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002063074127 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000913935 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 159] Advanced 1024 cells
[Level 3 step 160] ADVANCE at time 0.0002091366669 with dt = 2.829254269e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002091366669 with dt = 2.829254269e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000907239 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 160] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000542593
Castro::reflux() at level 1 : time = 0.000506376
Castro::reflux() at level 0 : time = 0.000390085

TIME= 0.0002119659212 MASS        = 1
TIME= 0.0002119659212 XMOM        = -3.194180889e-20
TIME= 0.0002119659212 YMOM        = -6.645859772e-19
TIME= 0.0002119659212 ZMOM        = 0
TIME= 0.0002119659212 ANG MOM X   = 0
TIME= 0.0002119659212 ANG MOM Y   = 0
TIME= 0.0002119659212 ANG MOM Z   = -1.50333862e-22
TIME= 0.0002119659212 RHO*e       = 0.9035832701
TIME= 0.0002119659212 RHO*K       = 0.09502324216
TIME= 0.0002119659212 RHO*E       = 0.9986065123
TIME= 0.0002119659212 CENTER OF MASS X-LOC = 0.5
TIME= 0.0002119659212 CENTER OF MASS X-VEL = -3.194180889e-20
TIME= 0.0002119659212 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0002119659212 CENTER OF MASS Y-VEL = -6.645859772e-19
TIME= 0.0002119659212 CENTER OF MASS Z-LOC = 0
TIME= 0.0002119659212 CENTER OF MASS Z-VEL = 0
TIME= 0.0002119659212 MAXIMUM TEMPERATURE  = 1.249376309e-05
TIME= 0.0002119659212 MAXIMUM DENSITY      = 1.432133753

[STEP 20] Coarse TimeStep time: 0.034015486
[STEP 20] FAB kilobyte spread across MPI nodes: [3895 ... 3895]


STEP = 20 TIME = 0.0002119659212 DT = 2.263403415e-05

PLOTFILE: file = Sedov-2d-tau_plt00020
Write plotfile time = 0.025023246  seconds

...estimated hydro-limited timestep at level 0: 0.001112923981
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001112923981

...estimated hydro-limited timestep at level 1: 0.0002420333332
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002420333332

...estimated hydro-limited timestep at level 2: 8.757447451e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.757447451e-05

...estimated hydro-limited timestep at level 3: 3.568002172e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.568002172e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001112923981
 ... but limiting to: 2.489743757e-05 = 1.1 * 2.263403415e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002420333332
 ... but limiting to: 1.244871878e-05 = 1.1 * 1.131701708e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.757447451e-05
 ... but limiting to: 6.224359392e-06 = 1.1 * 5.658508538e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.568002172e-05
 ... but limiting to: 3.112179696e-06 = 1.1 * 2.829254269e-06
Now regridding at level lbase = 0
grid_places() time: 0.001655842 new finest: 3
STEP = 20 TIME = 0.0002119659212 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001112923981
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001112923981

...estimated hydro-limited timestep at level 1: 0.0002420333332
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002420333332

...estimated hydro-limited timestep at level 2: 8.757447451e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.757447451e-05

...estimated hydro-limited timestep at level 3: 3.568002172e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.568002172e-05

[Level 0 step 21] ADVANCE at time 0.0002119659212 with dt = 2.489743757e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002119659212 with dt = 2.489743757e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00086352 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7375831762

[Level 0 step 21] Advanced 1024 cells
[Level 1 step 41] ADVANCE at time 0.0002119659212 with dt = 1.244871878e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002119659212 with dt = 1.244871878e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000862775 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 41] Advanced 1024 cells
[Level 2 step 81] ADVANCE at time 0.0002119659212 with dt = 6.224359392e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002119659212 with dt = 6.224359392e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000878283 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 81] Advanced 1024 cells
[Level 3 step 161] ADVANCE at time 0.0002119659212 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002119659212 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000942434 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 161] Advanced 1024 cells
[Level 3 step 162] ADVANCE at time 0.0002150781009 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002150781009 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000912957 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 162] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000568226
[Level 2 step 82] ADVANCE at time 0.0002181902806 with dt = 6.224359392e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002181902806 with dt = 6.224359392e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000863566 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 82] Advanced 1024 cells
[Level 3 step 163] ADVANCE at time 0.0002181902806 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002181902806 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000915525 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 163] Advanced 1024 cells
[Level 3 step 164] ADVANCE at time 0.0002213024603 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002213024603 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000926691 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 164] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000512597
Castro::reflux() at level 1 : time = 0.000520449
Now regridding at level lbase = 2
grid_places() time: 0.000644809 new finest: 3
TIME = 0.00022441464 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 42] ADVANCE at time 0.00022441464 with dt = 1.244871878e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00022441464 with dt = 1.244871878e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00086088 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 42] Advanced 1024 cells
[Level 2 step 83] ADVANCE at time 0.00022441464 with dt = 6.224359392e-06

[1m[32m  Beginning subcycle 1 starting at time 0.00022441464 with dt = 6.224359392e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00085778 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 83] Advanced 1024 cells
[Level 3 step 165] ADVANCE at time 0.00022441464 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.00022441464 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000921974 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 165] Advanced 1024 cells
[Level 3 step 166] ADVANCE at time 0.0002275268197 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002275268197 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000898172 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 166] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000536157
[Level 2 step 84] ADVANCE at time 0.0002306389994 with dt = 6.224359392e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002306389994 with dt = 6.224359392e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000859288 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 84] Advanced 1024 cells
[Level 3 step 167] ADVANCE at time 0.0002306389994 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002306389994 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00092315 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 167] Advanced 1024 cells
[Level 3 step 168] ADVANCE at time 0.0002337511791 with dt = 3.112179696e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002337511791 with dt = 3.112179696e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000908236 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 168] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000531443
Castro::reflux() at level 1 : time = 0.000492089
Castro::reflux() at level 0 : time = 0.000394629

TIME= 0.0002368633588 MASS        = 1
TIME= 0.0002368633588 XMOM        = -5.692708182e-20
TIME= 0.0002368633588 YMOM        = -3.881824885e-18
TIME= 0.0002368633588 ZMOM        = 0
TIME= 0.0002368633588 ANG MOM X   = 0
TIME= 0.0002368633588 ANG MOM Y   = 0
TIME= 0.0002368633588 ANG MOM Z   = 3.149928491e-23
TIME= 0.0002368633588 RHO*e       = 0.8935952881
TIME= 0.0002368633588 RHO*K       = 0.1050112241
TIME= 0.0002368633588 RHO*E       = 0.9986065123
TIME= 0.0002368633588 CENTER OF MASS X-LOC = 0.5
TIME= 0.0002368633588 CENTER OF MASS X-VEL = -5.692708182e-20
TIME= 0.0002368633588 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0002368633588 CENTER OF MASS Y-VEL = -3.881824885e-18
TIME= 0.0002368633588 CENTER OF MASS Z-LOC = 0
TIME= 0.0002368633588 CENTER OF MASS Z-VEL = 0
TIME= 0.0002368633588 MAXIMUM TEMPERATURE  = 1.194735228e-05
TIME= 0.0002368633588 MAXIMUM DENSITY      = 1.484744596

[STEP 21] Coarse TimeStep time: 0.035456317
[STEP 21] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 21 TIME = 0.0002368633588 DT = 2.489743757e-05

...estimated hydro-limited timestep at level 0: 0.001099776709
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001099776709

...estimated hydro-limited timestep at level 1: 0.0002377768339
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002377768339

...estimated hydro-limited timestep at level 2: 8.886829455e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.886829455e-05

...estimated hydro-limited timestep at level 3: 3.57092565e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.57092565e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001099776709
 ... but limiting to: 2.738718132e-05 = 1.1 * 2.489743757e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002377768339
 ... but limiting to: 1.369359066e-05 = 1.1 * 1.244871878e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.886829455e-05
 ... but limiting to: 6.846795331e-06 = 1.1 * 6.224359392e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.57092565e-05
 ... but limiting to: 3.423397666e-06 = 1.1 * 3.112179696e-06
Now regridding at level lbase = 1
grid_places() time: 0.001285138 new finest: 3
TIME = 0.0002368633588 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 22] ADVANCE at time 0.0002368633588 with dt = 2.738718132e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002368633588 with dt = 2.738718132e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000853372 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7440778957

[Level 0 step 22] Advanced 1024 cells
[Level 1 step 43] ADVANCE at time 0.0002368633588 with dt = 1.369359066e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002368633588 with dt = 1.369359066e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000856618 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 43] Advanced 1024 cells
[Level 2 step 85] ADVANCE at time 0.0002368633588 with dt = 6.846795331e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002368633588 with dt = 6.846795331e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000872115 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 85] Advanced 1024 cells
[Level 3 step 169] ADVANCE at time 0.0002368633588 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002368633588 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000928008 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 169] Advanced 1024 cells
[Level 3 step 170] ADVANCE at time 0.0002402867564 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002402867564 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000905671 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 170] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000546554
[Level 2 step 86] ADVANCE at time 0.0002437101541 with dt = 6.846795331e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002437101541 with dt = 6.846795331e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000882463 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 86] Advanced 1024 cells
[Level 3 step 171] ADVANCE at time 0.0002437101541 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002437101541 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000923387 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 171] Advanced 1024 cells
[Level 3 step 172] ADVANCE at time 0.0002471335518 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002471335518 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0009068 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 172] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000505782
Castro::reflux() at level 1 : time = 0.000503529
Now regridding at level lbase = 2
grid_places() time: 0.00062244 new finest: 3
TIME = 0.0002505569494 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 44] ADVANCE at time 0.0002505569494 with dt = 1.369359066e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002505569494 with dt = 1.369359066e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001424454 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 44] Advanced 1024 cells
[Level 2 step 87] ADVANCE at time 0.0002505569494 with dt = 6.846795331e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002505569494 with dt = 6.846795331e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001003454 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 87] Advanced 1024 cells
[Level 3 step 173] ADVANCE at time 0.0002505569494 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002505569494 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001058254 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 173] Advanced 1024 cells
[Level 3 step 174] ADVANCE at time 0.0002539803471 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002539803471 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001051838 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 174] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000519836
[Level 2 step 88] ADVANCE at time 0.0002574037448 with dt = 6.846795331e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002574037448 with dt = 6.846795331e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001005465 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 88] Advanced 1024 cells
[Level 3 step 175] ADVANCE at time 0.0002574037448 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002574037448 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001064057 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 175] Advanced 1024 cells
[Level 3 step 176] ADVANCE at time 0.0002608271424 with dt = 3.423397666e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002608271424 with dt = 3.423397666e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001038162 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 176] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000485562
Castro::reflux() at level 1 : time = 0.00047911
Castro::reflux() at level 0 : time = 0.000388543

TIME= 0.0002642505401 MASS        = 1
TIME= 0.0002642505401 XMOM        = 2.24782377e-19
TIME= 0.0002642505401 YMOM        = 1.30798706e-18
TIME= 0.0002642505401 ZMOM        = 0
TIME= 0.0002642505401 ANG MOM X   = 0
TIME= 0.0002642505401 ANG MOM Y   = 0
TIME= 0.0002642505401 ANG MOM Z   = 6.151063752e-22
TIME= 0.0002642505401 RHO*e       = 0.8852094263
TIME= 0.0002642505401 RHO*K       = 0.113397086
TIME= 0.0002642505401 RHO*E       = 0.9986065123
TIME= 0.0002642505401 CENTER OF MASS X-LOC = 0.5
TIME= 0.0002642505401 CENTER OF MASS X-VEL = 2.24782377e-19
TIME= 0.0002642505401 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0002642505401 CENTER OF MASS Y-VEL = 1.30798706e-18
TIME= 0.0002642505401 CENTER OF MASS Z-LOC = 0
TIME= 0.0002642505401 CENTER OF MASS Z-VEL = 0
TIME= 0.0002642505401 MAXIMUM TEMPERATURE  = 1.137144241e-05
TIME= 0.0002642505401 MAXIMUM DENSITY      = 1.51413672

[STEP 22] Coarse TimeStep time: 0.035395115
[STEP 22] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 22 TIME = 0.0002642505401 DT = 2.738718132e-05

...estimated hydro-limited timestep at level 0: 0.001086814453
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001086814453

...estimated hydro-limited timestep at level 1: 0.0002343680579
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002343680579

...estimated hydro-limited timestep at level 2: 8.971966055e-05
...hydro-limited CFL timestep constrained at (i,j) = (62,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.971966055e-05

...estimated hydro-limited timestep at level 3: 3.589529859e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.589529859e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001086814453
 ... but limiting to: 3.012589946e-05 = 1.1 * 2.738718132e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002343680579
 ... but limiting to: 1.506294973e-05 = 1.1 * 1.369359066e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.971966055e-05
 ... but limiting to: 7.531474864e-06 = 1.1 * 6.846795331e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.589529859e-05
 ... but limiting to: 3.765737432e-06 = 1.1 * 3.423397666e-06
Now regridding at level lbase = 0
grid_places() time: 0.001645919 new finest: 3
STEP = 22 TIME = 0.0002642505401 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001086814453
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001086814453

...estimated hydro-limited timestep at level 1: 0.0002343680579
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002343680579

...estimated hydro-limited timestep at level 2: 8.971966055e-05
...hydro-limited CFL timestep constrained at (i,j) = (62,63)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.971966055e-05

...estimated hydro-limited timestep at level 3: 3.589529859e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.589529859e-05

[Level 0 step 23] ADVANCE at time 0.0002642505401 with dt = 3.012589946e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002642505401 with dt = 3.012589946e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000975525 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6931550264

[Level 0 step 23] Advanced 1024 cells
[Level 1 step 45] ADVANCE at time 0.0002642505401 with dt = 1.506294973e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002642505401 with dt = 1.506294973e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000979682 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 45] Advanced 1024 cells
[Level 2 step 89] ADVANCE at time 0.0002642505401 with dt = 7.531474864e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002642505401 with dt = 7.531474864e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001001825 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 89] Advanced 1024 cells
[Level 3 step 177] ADVANCE at time 0.0002642505401 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002642505401 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001052377 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 177] Advanced 1024 cells
[Level 3 step 178] ADVANCE at time 0.0002680162775 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002680162775 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001044836 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 178] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000513367
[Level 2 step 90] ADVANCE at time 0.000271782015 with dt = 7.531474864e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000271782015 with dt = 7.531474864e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001000601 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 90] Advanced 1024 cells
[Level 3 step 179] ADVANCE at time 0.000271782015 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000271782015 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0010613 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 179] Advanced 1024 cells
[Level 3 step 180] ADVANCE at time 0.0002755477524 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002755477524 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001037428 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 180] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000487246
Castro::reflux() at level 1 : time = 0.000519291
Now regridding at level lbase = 2
grid_places() time: 0.000635111 new finest: 3
TIME = 0.0002793134898 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 46] ADVANCE at time 0.0002793134898 with dt = 1.506294973e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002793134898 with dt = 1.506294973e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000983415 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 46] Advanced 1024 cells
[Level 2 step 91] ADVANCE at time 0.0002793134898 with dt = 7.531474864e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002793134898 with dt = 7.531474864e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000994636 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 91] Advanced 1024 cells
[Level 3 step 181] ADVANCE at time 0.0002793134898 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002793134898 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001043152 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 181] Advanced 1024 cells
[Level 3 step 182] ADVANCE at time 0.0002830792272 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002830792272 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001032057 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 182] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000510238
[Level 2 step 92] ADVANCE at time 0.0002868449647 with dt = 7.531474864e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002868449647 with dt = 7.531474864e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000991776 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 92] Advanced 1024 cells
[Level 3 step 183] ADVANCE at time 0.0002868449647 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002868449647 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001039316 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 183] Advanced 1024 cells
[Level 3 step 184] ADVANCE at time 0.0002906107021 with dt = 3.765737432e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002906107021 with dt = 3.765737432e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001040916 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 184] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000494281
Castro::reflux() at level 1 : time = 0.000477344
Castro::reflux() at level 0 : time = 0.000387624

TIME= 0.0002943764395 MASS        = 1
TIME= 0.0002943764395 XMOM        = 1.730715327e-19
TIME= 0.0002943764395 YMOM        = -4.801416968e-19
TIME= 0.0002943764395 ZMOM        = 0
TIME= 0.0002943764395 ANG MOM X   = 0
TIME= 0.0002943764395 ANG MOM Y   = 0
TIME= 0.0002943764395 ANG MOM Z   = 6.20187991e-22
TIME= 0.0002943764395 RHO*e       = 0.878267301
TIME= 0.0002943764395 RHO*K       = 0.1203392113
TIME= 0.0002943764395 RHO*E       = 0.9986065123
TIME= 0.0002943764395 CENTER OF MASS X-LOC = 0.5
TIME= 0.0002943764395 CENTER OF MASS X-VEL = 1.730715327e-19
TIME= 0.0002943764395 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0002943764395 CENTER OF MASS Y-VEL = -4.801416968e-19
TIME= 0.0002943764395 CENTER OF MASS Z-LOC = 0
TIME= 0.0002943764395 CENTER OF MASS Z-VEL = 0
TIME= 0.0002943764395 MAXIMUM TEMPERATURE  = 1.07856814e-05
TIME= 0.0002943764395 MAXIMUM DENSITY      = 1.525177523

[STEP 23] Coarse TimeStep time: 0.036610582
[STEP 23] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 23 TIME = 0.0002943764395 DT = 3.012589946e-05

...estimated hydro-limited timestep at level 0: 0.001074195653
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001074195653

...estimated hydro-limited timestep at level 1: 0.0002317317259
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002317317259

...estimated hydro-limited timestep at level 2: 8.807228739e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.807228739e-05

...estimated hydro-limited timestep at level 3: 3.636475402e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.636475402e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001074195653
 ... but limiting to: 3.31384894e-05 = 1.1 * 3.012589946e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002317317259
 ... but limiting to: 1.65692447e-05 = 1.1 * 1.506294973e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.807228739e-05
 ... but limiting to: 8.284622351e-06 = 1.1 * 7.531474864e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.636475402e-05
 ... but limiting to: 4.142311175e-06 = 1.1 * 3.765737432e-06
Now regridding at level lbase = 1
grid_places() time: 0.001267734 new finest: 3
TIME = 0.0002943764395 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 24] ADVANCE at time 0.0002943764395 with dt = 3.31384894e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002943764395 with dt = 3.31384894e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000993488 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6862406078

[Level 0 step 24] Advanced 1024 cells
[Level 1 step 47] ADVANCE at time 0.0002943764395 with dt = 1.65692447e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0002943764395 with dt = 1.65692447e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001012418 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 47] Advanced 1024 cells
[Level 2 step 93] ADVANCE at time 0.0002943764395 with dt = 8.284622351e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002943764395 with dt = 8.284622351e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001022629 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 93] Advanced 1024 cells
[Level 3 step 185] ADVANCE at time 0.0002943764395 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002943764395 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001069469 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 185] Advanced 1024 cells
[Level 3 step 186] ADVANCE at time 0.0002985187507 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0002985187507 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001064824 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 186] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000510557
[Level 2 step 94] ADVANCE at time 0.0003026610619 with dt = 8.284622351e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003026610619 with dt = 8.284622351e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001010719 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 94] Advanced 1024 cells
[Level 3 step 187] ADVANCE at time 0.0003026610619 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003026610619 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001073429 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 187] Advanced 1024 cells
[Level 3 step 188] ADVANCE at time 0.0003068033731 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003068033731 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001065356 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 188] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000494096
Castro::reflux() at level 1 : time = 0.000526972
Now regridding at level lbase = 2
grid_places() time: 0.000637144 new finest: 3
TIME = 0.0003109456842 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 48] ADVANCE at time 0.0003109456842 with dt = 1.65692447e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003109456842 with dt = 1.65692447e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001002217 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 48] Advanced 1024 cells
[Level 2 step 95] ADVANCE at time 0.0003109456842 with dt = 8.284622351e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003109456842 with dt = 8.284622351e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001016994 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 95] Advanced 1024 cells
[Level 3 step 189] ADVANCE at time 0.0003109456842 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003109456842 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001070324 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 189] Advanced 1024 cells
[Level 3 step 190] ADVANCE at time 0.0003150879954 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003150879954 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001072705 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 190] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000523126
[Level 2 step 96] ADVANCE at time 0.0003192303066 with dt = 8.284622351e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003192303066 with dt = 8.284622351e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001027535 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 96] Advanced 1024 cells
[Level 3 step 191] ADVANCE at time 0.0003192303066 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003192303066 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001068431 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 191] Advanced 1024 cells
[Level 3 step 192] ADVANCE at time 0.0003233726178 with dt = 4.142311175e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003233726178 with dt = 4.142311175e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001073644 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 192] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00049023
Castro::reflux() at level 1 : time = 0.000483486
Castro::reflux() at level 0 : time = 0.00038611

TIME= 0.0003275149289 MASS        = 1
TIME= 0.0003275149289 XMOM        = -3.209390694e-19
TIME= 0.0003275149289 YMOM        = -1.475204172e-18
TIME= 0.0003275149289 ZMOM        = 0
TIME= 0.0003275149289 ANG MOM X   = 0
TIME= 0.0003275149289 ANG MOM Y   = 0
TIME= 0.0003275149289 ANG MOM Z   = 2.56692535e-21
TIME= 0.0003275149289 RHO*e       = 0.8728918792
TIME= 0.0003275149289 RHO*K       = 0.1257146331
TIME= 0.0003275149289 RHO*E       = 0.9986065123
TIME= 0.0003275149289 CENTER OF MASS X-LOC = 0.5
TIME= 0.0003275149289 CENTER OF MASS X-VEL = -3.209390694e-19
TIME= 0.0003275149289 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0003275149289 CENTER OF MASS Y-VEL = -1.475204172e-18
TIME= 0.0003275149289 CENTER OF MASS Z-LOC = 0
TIME= 0.0003275149289 CENTER OF MASS Z-VEL = 0
TIME= 0.0003275149289 MAXIMUM TEMPERATURE  = 1.042692417e-05
TIME= 0.0003275149289 MAXIMUM DENSITY      = 1.663791468

[STEP 24] Coarse TimeStep time: 0.036174378
[STEP 24] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 24 TIME = 0.0003275149289 DT = 3.31384894e-05

...estimated hydro-limited timestep at level 0: 0.001061722516
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001061722516

...estimated hydro-limited timestep at level 1: 0.0002302899497
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002302899497

...estimated hydro-limited timestep at level 2: 8.765880056e-05
...hydro-limited CFL timestep constrained at (i,j) = (64,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.765880056e-05

...estimated hydro-limited timestep at level 3: 3.732086699e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.732086699e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001061722516
 ... but limiting to: 3.645233834e-05 = 1.1 * 3.31384894e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002302899497
 ... but limiting to: 1.822616917e-05 = 1.1 * 1.65692447e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.765880056e-05
 ... but limiting to: 9.113084586e-06 = 1.1 * 8.284622351e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.732086699e-05
 ... but limiting to: 4.556542293e-06 = 1.1 * 4.142311175e-06
Now regridding at level lbase = 0
grid_places() time: 0.001628003 new finest: 3
STEP = 24 TIME = 0.0003275149289 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001061722516
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001061722516

...estimated hydro-limited timestep at level 1: 0.0002302899497
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002302899497

...estimated hydro-limited timestep at level 2: 8.765880056e-05
...hydro-limited CFL timestep constrained at (i,j) = (64,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.765880056e-05

...estimated hydro-limited timestep at level 3: 3.732086699e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.732086699e-05

[Level 0 step 25] ADVANCE at time 0.0003275149289 with dt = 3.645233834e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003275149289 with dt = 3.645233834e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000986571 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6902343966

[Level 0 step 25] Advanced 1024 cells
[Level 1 step 49] ADVANCE at time 0.0003275149289 with dt = 1.822616917e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003275149289 with dt = 1.822616917e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000998627 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 49] Advanced 1024 cells
[Level 2 step 97] ADVANCE at time 0.0003275149289 with dt = 9.113084586e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003275149289 with dt = 9.113084586e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001025242 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 97] Advanced 1024 cells
[Level 3 step 193] ADVANCE at time 0.0003275149289 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003275149289 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001101467 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 193] Advanced 1024 cells
[Level 3 step 194] ADVANCE at time 0.0003320714712 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003320714712 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001111502 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 194] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000519971
[Level 2 step 98] ADVANCE at time 0.0003366280135 with dt = 9.113084586e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003366280135 with dt = 9.113084586e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001023416 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 98] Advanced 1024 cells
[Level 3 step 195] ADVANCE at time 0.0003366280135 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003366280135 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00107911 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 195] Advanced 1024 cells
[Level 3 step 196] ADVANCE at time 0.0003411845558 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003411845558 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001101024 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 196] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000488369
Castro::reflux() at level 1 : time = 0.000521726
Now regridding at level lbase = 2
grid_places() time: 0.00062559 new finest: 3
TIME = 0.0003457410981 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 50] ADVANCE at time 0.0003457410981 with dt = 1.822616917e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003457410981 with dt = 1.822616917e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00099246 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 50] Advanced 1024 cells
[Level 2 step 99] ADVANCE at time 0.0003457410981 with dt = 9.113084586e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003457410981 with dt = 9.113084586e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001022488 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 99] Advanced 1024 cells
[Level 3 step 197] ADVANCE at time 0.0003457410981 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003457410981 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001084567 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 197] Advanced 1024 cells
[Level 3 step 198] ADVANCE at time 0.0003502976404 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003502976404 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001067102 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 198] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000548718
[Level 2 step 100] ADVANCE at time 0.0003548541827 with dt = 9.113084586e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003548541827 with dt = 9.113084586e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001035736 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 100] Advanced 1024 cells
[Level 3 step 199] ADVANCE at time 0.0003548541827 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003548541827 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0010638 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 199] Advanced 1024 cells
[Level 3 step 200] ADVANCE at time 0.000359410725 with dt = 4.556542293e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000359410725 with dt = 4.556542293e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001062876 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 200] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000511695
Castro::reflux() at level 1 : time = 0.000490321
Castro::reflux() at level 0 : time = 0.000383878

TIME= 0.0003639672673 MASS        = 1
TIME= 0.0003639672673 XMOM        = -1.709596173e-19
TIME= 0.0003639672673 YMOM        = 1.046135559e-18
TIME= 0.0003639672673 ZMOM        = 0
TIME= 0.0003639672673 ANG MOM X   = 0
TIME= 0.0003639672673 ANG MOM Y   = 0
TIME= 0.0003639672673 ANG MOM Z   = 7.183298747e-22
TIME= 0.0003639672673 RHO*e       = 0.8673226166
TIME= 0.0003639672673 RHO*K       = 0.1312838956
TIME= 0.0003639672673 RHO*E       = 0.9986065123
TIME= 0.0003639672673 CENTER OF MASS X-LOC = 0.5
TIME= 0.0003639672673 CENTER OF MASS X-VEL = -1.709596173e-19
TIME= 0.0003639672673 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0003639672673 CENTER OF MASS Y-VEL = 1.046135559e-18
TIME= 0.0003639672673 CENTER OF MASS Z-LOC = 0
TIME= 0.0003639672673 CENTER OF MASS Z-VEL = 0
TIME= 0.0003639672673 MAXIMUM TEMPERATURE  = 1.009808334e-05
TIME= 0.0003639672673 MAXIMUM DENSITY      = 1.717968069

[STEP 25] Coarse TimeStep time: 0.037058047
[STEP 25] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 25 TIME = 0.0003639672673 DT = 3.645233834e-05

...estimated hydro-limited timestep at level 0: 0.001049235972
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001049235972

...estimated hydro-limited timestep at level 1: 0.0002287904302
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002287904302

...estimated hydro-limited timestep at level 2: 8.795180282e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.795180282e-05

...estimated hydro-limited timestep at level 3: 3.915008705e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,125)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 3.915008705e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001049235972
 ... but limiting to: 4.009757218e-05 = 1.1 * 3.645233834e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002287904302
 ... but limiting to: 2.004878609e-05 = 1.1 * 1.822616917e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.795180282e-05
 ... but limiting to: 1.002439304e-05 = 1.1 * 9.113084586e-06
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 3.915008705e-05
 ... but limiting to: 5.012196522e-06 = 1.1 * 4.556542293e-06
Now regridding at level lbase = 1
grid_places() time: 0.00125891 new finest: 3
TIME = 0.0003639672673 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 26] ADVANCE at time 0.0003639672673 with dt = 4.009757218e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003639672673 with dt = 4.009757218e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000982994 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6873262806

[Level 0 step 26] Advanced 1024 cells
[Level 1 step 51] ADVANCE at time 0.0003639672673 with dt = 2.004878609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003639672673 with dt = 2.004878609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000993543 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 51] Advanced 1024 cells
[Level 2 step 101] ADVANCE at time 0.0003639672673 with dt = 1.002439304e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003639672673 with dt = 1.002439304e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001025957 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 101] Advanced 1024 cells
[Level 3 step 201] ADVANCE at time 0.0003639672673 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003639672673 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001087129 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 201] Advanced 1024 cells
[Level 3 step 202] ADVANCE at time 0.0003689794638 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003689794638 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001082442 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 202] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00052153
[Level 2 step 102] ADVANCE at time 0.0003739916603 with dt = 1.002439304e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003739916603 with dt = 1.002439304e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001022041 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 102] Advanced 1024 cells
[Level 3 step 203] ADVANCE at time 0.0003739916603 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003739916603 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00108645 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 203] Advanced 1024 cells
[Level 3 step 204] ADVANCE at time 0.0003790038569 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003790038569 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001094494 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 204] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000510385
Castro::reflux() at level 1 : time = 0.000507835
Now regridding at level lbase = 2
grid_places() time: 0.000636792 new finest: 3
TIME = 0.0003840160534 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 52] ADVANCE at time 0.0003840160534 with dt = 2.004878609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003840160534 with dt = 2.004878609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001005273 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 52] Advanced 1024 cells
[Level 2 step 103] ADVANCE at time 0.0003840160534 with dt = 1.002439304e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003840160534 with dt = 1.002439304e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001012238 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 103] Advanced 1024 cells
[Level 3 step 205] ADVANCE at time 0.0003840160534 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003840160534 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001087388 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 205] Advanced 1024 cells
[Level 3 step 206] ADVANCE at time 0.0003890282499 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003890282499 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001087721 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 206] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000516407
[Level 2 step 104] ADVANCE at time 0.0003940404464 with dt = 1.002439304e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0003940404464 with dt = 1.002439304e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001007226 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 104] Advanced 1024 cells
[Level 3 step 207] ADVANCE at time 0.0003940404464 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003940404464 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001086549 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 207] Advanced 1024 cells
[Level 3 step 208] ADVANCE at time 0.0003990526429 with dt = 5.012196522e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0003990526429 with dt = 5.012196522e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0010931 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 208] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000502725
Castro::reflux() at level 1 : time = 0.000480053
Castro::reflux() at level 0 : time = 0.000405928

TIME= 0.0004040648395 MASS        = 1
TIME= 0.0004040648395 XMOM        = -1.222592363e-19
TIME= 0.0004040648395 YMOM        = 3.794383496e-19
TIME= 0.0004040648395 ZMOM        = 0
TIME= 0.0004040648395 ANG MOM X   = 0
TIME= 0.0004040648395 ANG MOM Y   = 0
TIME= 0.0004040648395 ANG MOM Z   = -4.836545819e-21
TIME= 0.0004040648395 RHO*e       = 0.8636796854
TIME= 0.0004040648395 RHO*K       = 0.1349268268
TIME= 0.0004040648395 RHO*E       = 0.9986065123
TIME= 0.0004040648395 CENTER OF MASS X-LOC = 0.5
TIME= 0.0004040648395 CENTER OF MASS X-VEL = -1.222592363e-19
TIME= 0.0004040648395 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0004040648395 CENTER OF MASS Y-VEL = 3.794383496e-19
TIME= 0.0004040648395 CENTER OF MASS Z-LOC = 0
TIME= 0.0004040648395 CENTER OF MASS Z-VEL = 0
TIME= 0.0004040648395 MAXIMUM TEMPERATURE  = 9.621024656e-06
TIME= 0.0004040648395 MAXIMUM DENSITY      = 1.698392733

[STEP 26] Coarse TimeStep time: 0.036336791
[STEP 26] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 26 TIME = 0.0004040648395 DT = 4.009757218e-05

...estimated hydro-limited timestep at level 0: 0.001036862207
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001036862207

...estimated hydro-limited timestep at level 1: 0.0002273504865
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002273504865

...estimated hydro-limited timestep at level 2: 8.822866093e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.822866093e-05

...estimated hydro-limited timestep at level 3: 4.164808221e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.164808221e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001036862207
 ... but limiting to: 4.41073294e-05 = 1.1 * 4.009757218e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002273504865
 ... but limiting to: 2.20536647e-05 = 1.1 * 2.004878609e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.822866093e-05
 ... but limiting to: 1.102683235e-05 = 1.1 * 1.002439304e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.164808221e-05
 ... but limiting to: 5.513416174e-06 = 1.1 * 5.012196522e-06
Now regridding at level lbase = 0
grid_places() time: 0.001669195 new finest: 3
STEP = 26 TIME = 0.0004040648395 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001036862207
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001036862207

...estimated hydro-limited timestep at level 1: 0.0002273504865
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002273504865

...estimated hydro-limited timestep at level 2: 8.822866093e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.822866093e-05

...estimated hydro-limited timestep at level 3: 4.164808221e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,127)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.164808221e-05

[Level 0 step 27] ADVANCE at time 0.0004040648395 with dt = 4.41073294e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004040648395 with dt = 4.41073294e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000991688 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6903302529

[Level 0 step 27] Advanced 1024 cells
[Level 1 step 53] ADVANCE at time 0.0004040648395 with dt = 2.20536647e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004040648395 with dt = 2.20536647e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000996098 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 53] Advanced 1024 cells
[Level 2 step 105] ADVANCE at time 0.0004040648395 with dt = 1.102683235e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004040648395 with dt = 1.102683235e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001039352 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 105] Advanced 1024 cells
[Level 3 step 209] ADVANCE at time 0.0004040648395 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004040648395 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00143508 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 209] Advanced 1024 cells
[Level 3 step 210] ADVANCE at time 0.0004095782556 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004095782556 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001087614 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 210] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000520992
[Level 2 step 106] ADVANCE at time 0.0004150916718 with dt = 1.102683235e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004150916718 with dt = 1.102683235e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001018026 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 106] Advanced 1024 cells
[Level 3 step 211] ADVANCE at time 0.0004150916718 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004150916718 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001105141 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 211] Advanced 1024 cells
[Level 3 step 212] ADVANCE at time 0.000420605088 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000420605088 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001110027 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 212] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000503537
Castro::reflux() at level 1 : time = 0.000517175
Now regridding at level lbase = 2
grid_places() time: 0.000634002 new finest: 3
TIME = 0.0004261185042 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 54] ADVANCE at time 0.0004261185042 with dt = 2.20536647e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004261185042 with dt = 2.20536647e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000998503 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 54] Advanced 1024 cells
[Level 2 step 107] ADVANCE at time 0.0004261185042 with dt = 1.102683235e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004261185042 with dt = 1.102683235e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000844382 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 107] Advanced 1024 cells
[Level 3 step 213] ADVANCE at time 0.0004261185042 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004261185042 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000899655 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 213] Advanced 1024 cells
[Level 3 step 214] ADVANCE at time 0.0004316319203 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004316319203 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000894806 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 214] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000541775
[Level 2 step 108] ADVANCE at time 0.0004371453365 with dt = 1.102683235e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004371453365 with dt = 1.102683235e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000840478 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 108] Advanced 1024 cells
[Level 3 step 215] ADVANCE at time 0.0004371453365 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004371453365 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000888233 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 215] Advanced 1024 cells
[Level 3 step 216] ADVANCE at time 0.0004426587527 with dt = 5.513416174e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004426587527 with dt = 5.513416174e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000885944 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 216] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000493329
Castro::reflux() at level 1 : time = 0.00047645
Castro::reflux() at level 0 : time = 0.000401192

TIME= 0.0004481721689 MASS        = 1
TIME= 0.0004481721689 XMOM        = -5.389616041e-19
TIME= 0.0004481721689 YMOM        = -9.500422492e-19
TIME= 0.0004481721689 ZMOM        = 0
TIME= 0.0004481721689 ANG MOM X   = 0
TIME= 0.0004481721689 ANG MOM Y   = 0
TIME= 0.0004481721689 ANG MOM Z   = -8.178247986e-21
TIME= 0.0004481721689 RHO*e       = 0.8609206279
TIME= 0.0004481721689 RHO*K       = 0.1376858844
TIME= 0.0004481721689 RHO*E       = 0.9986065123
TIME= 0.0004481721689 CENTER OF MASS X-LOC = 0.5
TIME= 0.0004481721689 CENTER OF MASS X-VEL = -5.389616041e-19
TIME= 0.0004481721689 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0004481721689 CENTER OF MASS Y-VEL = -9.500422492e-19
TIME= 0.0004481721689 CENTER OF MASS Z-LOC = 0
TIME= 0.0004481721689 CENTER OF MASS Z-VEL = 0
TIME= 0.0004481721689 MAXIMUM TEMPERATURE  = 9.147876044e-06
TIME= 0.0004481721689 MAXIMUM DENSITY      = 1.702113457

[STEP 27] Coarse TimeStep time: 0.036406874
[STEP 27] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 27 TIME = 0.0004481721689 DT = 4.41073294e-05

...estimated hydro-limited timestep at level 0: 0.001024598834
...hydro-limited CFL timestep constrained at (i,j) = (15,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001024598834

...estimated hydro-limited timestep at level 1: 0.0002263218478
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002263218478

...estimated hydro-limited timestep at level 2: 8.87585528e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 8.87585528e-05

...estimated hydro-limited timestep at level 3: 4.15315392e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.15315392e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001024598834
 ... but limiting to: 4.851806234e-05 = 1.1 * 4.41073294e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002263218478
 ... but limiting to: 2.425903117e-05 = 1.1 * 2.20536647e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 8.87585528e-05
 ... but limiting to: 1.212951558e-05 = 1.1 * 1.102683235e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.15315392e-05
 ... but limiting to: 6.064757792e-06 = 1.1 * 5.513416174e-06
Now regridding at level lbase = 1
grid_places() time: 0.001285686 new finest: 3
TIME = 0.0004481721689 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 28] ADVANCE at time 0.0004481721689 with dt = 4.851806234e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004481721689 with dt = 4.851806234e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000845113 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7599331199

[Level 0 step 28] Advanced 1024 cells
[Level 1 step 55] ADVANCE at time 0.0004481721689 with dt = 2.425903117e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004481721689 with dt = 2.425903117e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00083577 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 55] Advanced 1024 cells
[Level 2 step 109] ADVANCE at time 0.0004481721689 with dt = 1.212951558e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004481721689 with dt = 1.212951558e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000846123 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 109] Advanced 1024 cells
[Level 3 step 217] ADVANCE at time 0.0004481721689 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004481721689 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00088562 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 217] Advanced 1024 cells
[Level 3 step 218] ADVANCE at time 0.0004542369267 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004542369267 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000891341 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 218] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000514429
[Level 2 step 110] ADVANCE at time 0.0004603016845 with dt = 1.212951558e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004603016845 with dt = 1.212951558e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000848054 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 110] Advanced 1024 cells
[Level 3 step 219] ADVANCE at time 0.0004603016845 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004603016845 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000895248 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 219] Advanced 1024 cells
[Level 3 step 220] ADVANCE at time 0.0004663664422 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004663664422 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000892372 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 220] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000492389
Castro::reflux() at level 1 : time = 0.000507927
Now regridding at level lbase = 2
grid_places() time: 0.00061921 new finest: 3
TIME = 0.0004724312 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 56] ADVANCE at time 0.0004724312 with dt = 2.425903117e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004724312 with dt = 2.425903117e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000885867 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 56] Advanced 1024 cells
[Level 2 step 111] ADVANCE at time 0.0004724312 with dt = 1.212951558e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004724312 with dt = 1.212951558e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000873995 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 111] Advanced 1024 cells
[Level 3 step 221] ADVANCE at time 0.0004724312 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004724312 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000947208 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 221] Advanced 1024 cells
[Level 3 step 222] ADVANCE at time 0.0004784959578 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004784959578 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000962236 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 222] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000517267
[Level 2 step 112] ADVANCE at time 0.0004845607156 with dt = 1.212951558e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004845607156 with dt = 1.212951558e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000869515 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 112] Advanced 1024 cells
[Level 3 step 223] ADVANCE at time 0.0004845607156 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004845607156 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000935597 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 223] Advanced 1024 cells
[Level 3 step 224] ADVANCE at time 0.0004906254734 with dt = 6.064757792e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004906254734 with dt = 6.064757792e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000926585 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 224] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000500824
Castro::reflux() at level 1 : time = 0.000492396
Castro::reflux() at level 0 : time = 0.000383034

TIME= 0.0004966902312 MASS        = 1
TIME= 0.0004966902312 XMOM        = -4.363672053e-19
TIME= 0.0004966902312 YMOM        = 9.993706881e-19
TIME= 0.0004966902312 ZMOM        = 0
TIME= 0.0004966902312 ANG MOM X   = 0
TIME= 0.0004966902312 ANG MOM Y   = 0
TIME= 0.0004966902312 ANG MOM Z   = -3.003148426e-21
TIME= 0.0004966902312 RHO*e       = 0.8584629071
TIME= 0.0004966902312 RHO*K       = 0.1401436052
TIME= 0.0004966902312 RHO*E       = 0.9986065123
TIME= 0.0004966902312 CENTER OF MASS X-LOC = 0.5
TIME= 0.0004966902312 CENTER OF MASS X-VEL = -4.363672053e-19
TIME= 0.0004966902312 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0004966902312 CENTER OF MASS Y-VEL = 9.993706881e-19
TIME= 0.0004966902312 CENTER OF MASS Z-LOC = 0
TIME= 0.0004966902312 CENTER OF MASS Z-VEL = 0
TIME= 0.0004966902312 MAXIMUM TEMPERATURE  = 8.729736962e-06
TIME= 0.0004966902312 MAXIMUM DENSITY      = 1.783959459

[STEP 28] Coarse TimeStep time: 0.033695382
[STEP 28] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 28 TIME = 0.0004966902312 DT = 4.851806234e-05

...estimated hydro-limited timestep at level 0: 0.001012306559
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001012306559

...estimated hydro-limited timestep at level 1: 0.0002273057339
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002273057339

...estimated hydro-limited timestep at level 2: 9.129540541e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.129540541e-05

...estimated hydro-limited timestep at level 3: 4.324090855e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.324090855e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.001012306559
 ... but limiting to: 5.336986857e-05 = 1.1 * 4.851806234e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002273057339
 ... but limiting to: 2.668493428e-05 = 1.1 * 2.425903117e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.129540541e-05
 ... but limiting to: 1.334246714e-05 = 1.1 * 1.212951558e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.324090855e-05
 ... but limiting to: 6.671233571e-06 = 1.1 * 6.064757792e-06
Now regridding at level lbase = 0
grid_places() time: 0.001661467 new finest: 3
STEP = 28 TIME = 0.0004966902312 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.001012306559
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001012306559

...estimated hydro-limited timestep at level 1: 0.0002273057339
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002273057339

...estimated hydro-limited timestep at level 2: 9.129540541e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.129540541e-05

...estimated hydro-limited timestep at level 3: 4.324090855e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.324090855e-05

[Level 0 step 29] ADVANCE at time 0.0004966902312 with dt = 5.336986857e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004966902312 with dt = 5.336986857e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00081717 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7743777754

[Level 0 step 29] Advanced 1024 cells
[Level 1 step 57] ADVANCE at time 0.0004966902312 with dt = 2.668493428e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004966902312 with dt = 2.668493428e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000858032 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 57] Advanced 1024 cells
[Level 2 step 113] ADVANCE at time 0.0004966902312 with dt = 1.334246714e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0004966902312 with dt = 1.334246714e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000892426 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 113] Advanced 1024 cells
[Level 3 step 225] ADVANCE at time 0.0004966902312 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0004966902312 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000957345 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 225] Advanced 1024 cells
[Level 3 step 226] ADVANCE at time 0.0005033614648 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005033614648 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000935108 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 226] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000517466
[Level 2 step 114] ADVANCE at time 0.0005100326983 with dt = 1.334246714e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005100326983 with dt = 1.334246714e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000884882 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 114] Advanced 1024 cells
[Level 3 step 227] ADVANCE at time 0.0005100326983 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005100326983 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000905905 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 227] Advanced 1024 cells
[Level 3 step 228] ADVANCE at time 0.0005167039319 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005167039319 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00091645 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 228] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000505089
Castro::reflux() at level 1 : time = 0.000509685
Now regridding at level lbase = 2
grid_places() time: 0.000625613 new finest: 3
TIME = 0.0005233751655 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 58] ADVANCE at time 0.0005233751655 with dt = 2.668493428e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005233751655 with dt = 2.668493428e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000817777 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 58] Advanced 1024 cells
[Level 2 step 115] ADVANCE at time 0.0005233751655 with dt = 1.334246714e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005233751655 with dt = 1.334246714e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856679 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 115] Advanced 1024 cells
[Level 3 step 229] ADVANCE at time 0.0005233751655 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005233751655 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000922817 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 229] Advanced 1024 cells
[Level 3 step 230] ADVANCE at time 0.0005300463991 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005300463991 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000929405 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 230] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000516282
[Level 2 step 116] ADVANCE at time 0.0005367176326 with dt = 1.334246714e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005367176326 with dt = 1.334246714e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000872859 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 116] Advanced 1024 cells
[Level 3 step 231] ADVANCE at time 0.0005367176326 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005367176326 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000939164 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 231] Advanced 1024 cells
[Level 3 step 232] ADVANCE at time 0.0005433888662 with dt = 6.671233571e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005433888662 with dt = 6.671233571e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002426614 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 232] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.001204168
Castro::reflux() at level 1 : time = 0.000793597
Castro::reflux() at level 0 : time = 0.000636776

TIME= 0.0005500600998 MASS        = 1
TIME= 0.0005500600998 XMOM        = 2.214765107e-19
TIME= 0.0005500600998 YMOM        = -2.687599045e-18
TIME= 0.0005500600998 ZMOM        = 0
TIME= 0.0005500600998 ANG MOM X   = 0
TIME= 0.0005500600998 ANG MOM Y   = 0
TIME= 0.0005500600998 ANG MOM Z   = -4.461244409e-21
TIME= 0.0005500600998 RHO*e       = 0.8558902306
TIME= 0.0005500600998 RHO*K       = 0.1427162816
TIME= 0.0005500600998 RHO*E       = 0.9986065123
TIME= 0.0005500600998 CENTER OF MASS X-LOC = 0.5
TIME= 0.0005500600998 CENTER OF MASS X-VEL = 2.214765107e-19
TIME= 0.0005500600998 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0005500600998 CENTER OF MASS Y-VEL = -2.687599045e-18
TIME= 0.0005500600998 CENTER OF MASS Z-LOC = 0
TIME= 0.0005500600998 CENTER OF MASS Z-VEL = 0
TIME= 0.0005500600998 MAXIMUM TEMPERATURE  = 8.481992321e-06
TIME= 0.0005500600998 MAXIMUM DENSITY      = 1.771899978

[STEP 29] Coarse TimeStep time: 0.041047099
[STEP 29] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 29 TIME = 0.0005500600998 DT = 5.336986857e-05

...estimated hydro-limited timestep at level 0: 0.0009997138859
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009997138859

...estimated hydro-limited timestep at level 1: 0.0002302890271
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002302890271

...estimated hydro-limited timestep at level 2: 9.664468596e-05
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 9.664468596e-05

...estimated hydro-limited timestep at level 3: 4.693197607e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,131)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 4.693197607e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009997138859
 ... but limiting to: 5.870685543e-05 = 1.1 * 5.336986857e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002302890271
 ... but limiting to: 2.935342771e-05 = 1.1 * 2.668493428e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 9.664468596e-05
 ... but limiting to: 1.467671386e-05 = 1.1 * 1.334246714e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 4.693197607e-05
 ... but limiting to: 7.338356928e-06 = 1.1 * 6.671233571e-06
Now regridding at level lbase = 1
grid_places() time: 0.001359552 new finest: 3
TIME = 0.0005500600998 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 30] ADVANCE at time 0.0005500600998 with dt = 5.870685543e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005500600998 with dt = 5.870685543e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000876295 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6095586414

[Level 0 step 30] Advanced 1024 cells
[Level 1 step 59] ADVANCE at time 0.0005500600998 with dt = 2.935342771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005500600998 with dt = 2.935342771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000872359 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 59] Advanced 1024 cells
[Level 2 step 117] ADVANCE at time 0.0005500600998 with dt = 1.467671386e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005500600998 with dt = 1.467671386e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000878698 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 117] Advanced 1024 cells
[Level 3 step 233] ADVANCE at time 0.0005500600998 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005500600998 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000968165 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 233] Advanced 1024 cells
[Level 3 step 234] ADVANCE at time 0.0005573984567 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005573984567 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000917504 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 234] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000521254
[Level 2 step 118] ADVANCE at time 0.0005647368136 with dt = 1.467671386e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005647368136 with dt = 1.467671386e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000848734 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 118] Advanced 1024 cells
[Level 3 step 235] ADVANCE at time 0.0005647368136 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005647368136 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000912825 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 235] Advanced 1024 cells
[Level 3 step 236] ADVANCE at time 0.0005720751706 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005720751706 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000916474 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 236] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000465656
Castro::reflux() at level 1 : time = 0.000484291
Now regridding at level lbase = 2
grid_places() time: 0.000596816 new finest: 3
TIME = 0.0005794135275 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 60] ADVANCE at time 0.0005794135275 with dt = 2.935342771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005794135275 with dt = 2.935342771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000827454 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 60] Advanced 1024 cells
[Level 2 step 119] ADVANCE at time 0.0005794135275 with dt = 1.467671386e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005794135275 with dt = 1.467671386e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000851303 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 119] Advanced 1024 cells
[Level 3 step 237] ADVANCE at time 0.0005794135275 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005794135275 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000949881 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 237] Advanced 1024 cells
[Level 3 step 238] ADVANCE at time 0.0005867518844 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005867518844 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000965793 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 238] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000493583
[Level 2 step 120] ADVANCE at time 0.0005940902413 with dt = 1.467671386e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0005940902413 with dt = 1.467671386e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000877699 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 120] Advanced 1024 cells
[Level 3 step 239] ADVANCE at time 0.0005940902413 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0005940902413 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000934041 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 239] Advanced 1024 cells
[Level 3 step 240] ADVANCE at time 0.0006014285983 with dt = 7.338356928e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006014285983 with dt = 7.338356928e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000929984 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 240] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000467523
Castro::reflux() at level 1 : time = 0.000477046
Castro::reflux() at level 0 : time = 0.000389382

TIME= 0.0006087669552 MASS        = 1
TIME= 0.0006087669552 XMOM        = -2.26265224e-19
TIME= 0.0006087669552 YMOM        = -7.13274123e-19
TIME= 0.0006087669552 ZMOM        = 0
TIME= 0.0006087669552 ANG MOM X   = 0
TIME= 0.0006087669552 ANG MOM Y   = 0
TIME= 0.0006087669552 ANG MOM Z   = -9.837455299e-22
TIME= 0.0006087669552 RHO*e       = 0.8536281853
TIME= 0.0006087669552 RHO*K       = 0.144978327
TIME= 0.0006087669552 RHO*E       = 0.9986065123
TIME= 0.0006087669552 CENTER OF MASS X-LOC = 0.5
TIME= 0.0006087669552 CENTER OF MASS X-VEL = -2.26265224e-19
TIME= 0.0006087669552 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0006087669552 CENTER OF MASS Y-VEL = -7.13274123e-19
TIME= 0.0006087669552 CENTER OF MASS Z-LOC = 0
TIME= 0.0006087669552 CENTER OF MASS Z-VEL = 0
TIME= 0.0006087669552 MAXIMUM TEMPERATURE  = 8.291992402e-06
TIME= 0.0006087669552 MAXIMUM DENSITY      = 1.859808392

[STEP 30] Coarse TimeStep time: 0.034955689
[STEP 30] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 30 TIME = 0.0006087669552 DT = 5.870685543e-05

...estimated hydro-limited timestep at level 0: 0.0009868038498
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009868038498

...estimated hydro-limited timestep at level 1: 0.0002340911504
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002340911504

...estimated hydro-limited timestep at level 2: 0.0001025129761
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001025129761

...estimated hydro-limited timestep at level 3: 5.068737906e-05
...hydro-limited CFL timestep constrained at (i,j) = (128,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.068737906e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009868038498
 ... but limiting to: 6.457754097e-05 = 1.1 * 5.870685543e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002340911504
 ... but limiting to: 3.228877048e-05 = 1.1 * 2.935342771e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001025129761
 ... but limiting to: 1.614438524e-05 = 1.1 * 1.467671386e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 5.068737906e-05
 ... but limiting to: 8.072192621e-06 = 1.1 * 7.338356928e-06
Now regridding at level lbase = 0
grid_places() time: 0.001625529 new finest: 3
STEP = 30 TIME = 0.0006087669552 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009868038498
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009868038498

...estimated hydro-limited timestep at level 1: 0.0002340911504
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002340911504

...estimated hydro-limited timestep at level 2: 0.0001025129761
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001025129761

...estimated hydro-limited timestep at level 3: 5.068737906e-05
...hydro-limited CFL timestep constrained at (i,j) = (128,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.068737906e-05

[Level 0 step 31] ADVANCE at time 0.0006087669552 with dt = 6.457754097e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006087669552 with dt = 6.457754097e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000808913 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7933747014

[Level 0 step 31] Advanced 1024 cells
[Level 1 step 61] ADVANCE at time 0.0006087669552 with dt = 3.228877048e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006087669552 with dt = 3.228877048e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000836682 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 61] Advanced 1024 cells
[Level 2 step 121] ADVANCE at time 0.0006087669552 with dt = 1.614438524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006087669552 with dt = 1.614438524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000845574 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 121] Advanced 1024 cells
[Level 3 step 241] ADVANCE at time 0.0006087669552 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006087669552 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000930287 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 241] Advanced 1024 cells
[Level 3 step 242] ADVANCE at time 0.0006168391478 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006168391478 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000946691 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 242] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00052511
[Level 2 step 122] ADVANCE at time 0.0006249113404 with dt = 1.614438524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006249113404 with dt = 1.614438524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000874318 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 122] Advanced 1024 cells
[Level 3 step 243] ADVANCE at time 0.0006249113404 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006249113404 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000943351 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 243] Advanced 1024 cells
[Level 3 step 244] ADVANCE at time 0.0006329835331 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006329835331 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000939584 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 244] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00049063
Castro::reflux() at level 1 : time = 0.000490131
Now regridding at level lbase = 2
grid_places() time: 0.000610887 new finest: 3
TIME = 0.0006410557257 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 62] ADVANCE at time 0.0006410557257 with dt = 3.228877048e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006410557257 with dt = 3.228877048e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000870105 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 62] Advanced 1024 cells
[Level 2 step 123] ADVANCE at time 0.0006410557257 with dt = 1.614438524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006410557257 with dt = 1.614438524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000849452 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 123] Advanced 1024 cells
[Level 3 step 245] ADVANCE at time 0.0006410557257 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006410557257 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000951413 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 245] Advanced 1024 cells
[Level 3 step 246] ADVANCE at time 0.0006491279183 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006491279183 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000964745 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 246] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000522365
[Level 2 step 124] ADVANCE at time 0.0006572001109 with dt = 1.614438524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006572001109 with dt = 1.614438524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000849608 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 124] Advanced 1024 cells
[Level 3 step 247] ADVANCE at time 0.0006572001109 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006572001109 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000971725 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 247] Advanced 1024 cells
[Level 3 step 248] ADVANCE at time 0.0006652723035 with dt = 8.072192621e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006652723035 with dt = 8.072192621e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000948273 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 248] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000484438
Castro::reflux() at level 1 : time = 0.000471546
Castro::reflux() at level 0 : time = 0.000398094

TIME= 0.0006733444962 MASS        = 1
TIME= 0.0006733444962 XMOM        = -2.199266216e-20
TIME= 0.0006733444962 YMOM        = 2.559603746e-18
TIME= 0.0006733444962 ZMOM        = 0
TIME= 0.0006733444962 ANG MOM X   = 0
TIME= 0.0006733444962 ANG MOM Y   = 0
TIME= 0.0006733444962 ANG MOM Z   = 3.355158441e-21
TIME= 0.0006733444962 RHO*e       = 0.8516913217
TIME= 0.0006733444962 RHO*K       = 0.1469151906
TIME= 0.0006733444962 RHO*E       = 0.9986065123
TIME= 0.0006733444962 CENTER OF MASS X-LOC = 0.5
TIME= 0.0006733444962 CENTER OF MASS X-VEL = -2.199266216e-20
TIME= 0.0006733444962 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0006733444962 CENTER OF MASS Y-VEL = 2.559603746e-18
TIME= 0.0006733444962 CENTER OF MASS Z-LOC = 0
TIME= 0.0006733444962 CENTER OF MASS Z-VEL = 0
TIME= 0.0006733444962 MAXIMUM TEMPERATURE  = 8.069099896e-06
TIME= 0.0006733444962 MAXIMUM DENSITY      = 1.918951007

[STEP 31] Coarse TimeStep time: 0.168098511
[STEP 31] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 31 TIME = 0.0006733444962 DT = 6.457754097e-05

...estimated hydro-limited timestep at level 0: 0.0009736956837
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009736956837

...estimated hydro-limited timestep at level 1: 0.0002383781923
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002383781923

...estimated hydro-limited timestep at level 2: 0.0001068592157
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001068592157

...estimated hydro-limited timestep at level 3: 5.262315106e-05
...hydro-limited CFL timestep constrained at (i,j) = (129,131)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.262315106e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009736956837
 ... but limiting to: 7.103529507e-05 = 1.1 * 6.457754097e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002383781923
 ... but limiting to: 3.551764753e-05 = 1.1 * 3.228877048e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001068592157
 ... but limiting to: 1.775882377e-05 = 1.1 * 1.614438524e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 5.262315106e-05
 ... but limiting to: 8.879411883e-06 = 1.1 * 8.072192621e-06
Now regridding at level lbase = 1
grid_places() time: 0.001659554 new finest: 3
TIME = 0.0006733444962 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 32] ADVANCE at time 0.0006733444962 with dt = 7.103529507e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006733444962 with dt = 7.103529507e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001267251 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.5215920783

[Level 0 step 32] Advanced 1024 cells
[Level 1 step 63] ADVANCE at time 0.0006733444962 with dt = 3.551764753e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006733444962 with dt = 3.551764753e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001278222 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 63] Advanced 1024 cells
[Level 2 step 125] ADVANCE at time 0.0006733444962 with dt = 1.775882377e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006733444962 with dt = 1.775882377e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001314432 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 125] Advanced 1024 cells
[Level 3 step 249] ADVANCE at time 0.0006733444962 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006733444962 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001426089 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 249] Advanced 1024 cells
[Level 3 step 250] ADVANCE at time 0.000682223908 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.000682223908 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001408294 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 250] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000684171
[Level 2 step 126] ADVANCE at time 0.0006911033199 with dt = 1.775882377e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0006911033199 with dt = 1.775882377e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001311325 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 126] Advanced 1024 cells
[Level 3 step 251] ADVANCE at time 0.0006911033199 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006911033199 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001406319 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 251] Advanced 1024 cells
[Level 3 step 252] ADVANCE at time 0.0006999827318 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0006999827318 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001419884 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 252] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000619919
Castro::reflux() at level 1 : time = 0.000662971
Now regridding at level lbase = 2
grid_places() time: 0.000817132 new finest: 3
TIME = 0.0007088621437 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 64] ADVANCE at time 0.0007088621437 with dt = 3.551764753e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007088621437 with dt = 3.551764753e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001271722 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 64] Advanced 1024 cells
[Level 2 step 127] ADVANCE at time 0.0007088621437 with dt = 1.775882377e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007088621437 with dt = 1.775882377e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001296288 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 127] Advanced 1024 cells
[Level 3 step 253] ADVANCE at time 0.0007088621437 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007088621437 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001431532 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 253] Advanced 1024 cells
[Level 3 step 254] ADVANCE at time 0.0007177415556 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007177415556 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001413483 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 254] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000661056
[Level 2 step 128] ADVANCE at time 0.0007266209675 with dt = 1.775882377e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007266209675 with dt = 1.775882377e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001308246 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 128] Advanced 1024 cells
[Level 3 step 255] ADVANCE at time 0.0007266209675 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007266209675 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001404394 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 255] Advanced 1024 cells
[Level 3 step 256] ADVANCE at time 0.0007355003793 with dt = 8.879411883e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007355003793 with dt = 8.879411883e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001430735 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 256] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000580619
Castro::reflux() at level 1 : time = 0.000509654
Castro::reflux() at level 0 : time = 0.000399974

TIME= 0.0007443797912 MASS        = 1
TIME= 0.0007443797912 XMOM        = -5.660957118e-19
TIME= 0.0007443797912 YMOM        = 1.951011404e-18
TIME= 0.0007443797912 ZMOM        = 0
TIME= 0.0007443797912 ANG MOM X   = 0
TIME= 0.0007443797912 ANG MOM Y   = 0
TIME= 0.0007443797912 ANG MOM Z   = 8.458646895e-21
TIME= 0.0007443797912 RHO*e       = 0.8489085101
TIME= 0.0007443797912 RHO*K       = 0.1496980022
TIME= 0.0007443797912 RHO*E       = 0.9986065123
TIME= 0.0007443797912 CENTER OF MASS X-LOC = 0.5
TIME= 0.0007443797912 CENTER OF MASS X-VEL = -5.660957118e-19
TIME= 0.0007443797912 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0007443797912 CENTER OF MASS Y-VEL = 1.951011404e-18
TIME= 0.0007443797912 CENTER OF MASS Z-LOC = 0
TIME= 0.0007443797912 CENTER OF MASS Z-VEL = 0
TIME= 0.0007443797912 MAXIMUM TEMPERATURE  = 7.849117839e-06
TIME= 0.0007443797912 MAXIMUM DENSITY      = 1.865967355

[STEP 32] Coarse TimeStep time: 0.046817206
[STEP 32] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 32 TIME = 0.0007443797912 DT = 7.103529507e-05

...estimated hydro-limited timestep at level 0: 0.0009608850237
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009608850237

...estimated hydro-limited timestep at level 1: 0.000243864872
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000243864872

...estimated hydro-limited timestep at level 2: 0.0001121119107
...hydro-limited CFL timestep constrained at (i,j) = (65,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001121119107

...estimated hydro-limited timestep at level 3: 5.463085263e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.463085263e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009608850237
 ... but limiting to: 7.813882457e-05 = 1.1 * 7.103529507e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.000243864872
 ... but limiting to: 3.906941229e-05 = 1.1 * 3.551764753e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001121119107
 ... but limiting to: 1.953470614e-05 = 1.1 * 1.775882377e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 5.463085263e-05
 ... but limiting to: 9.767353071e-06 = 1.1 * 8.879411883e-06
Now regridding at level lbase = 0
grid_places() time: 0.001729728 new finest: 3
STEP = 32 TIME = 0.0007443797912 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009608850237
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009608850237

...estimated hydro-limited timestep at level 1: 0.000243864872
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000243864872

...estimated hydro-limited timestep at level 2: 0.0001121119107
...hydro-limited CFL timestep constrained at (i,j) = (65,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001121119107

...estimated hydro-limited timestep at level 3: 5.463085263e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.463085263e-05

[Level 0 step 33] ADVANCE at time 0.0007443797912 with dt = 7.813882457e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007443797912 with dt = 7.813882457e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000916401 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7160844168

[Level 0 step 33] Advanced 1024 cells
[Level 1 step 65] ADVANCE at time 0.0007443797912 with dt = 3.906941229e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007443797912 with dt = 3.906941229e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000865807 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 65] Advanced 1024 cells
[Level 2 step 129] ADVANCE at time 0.0007443797912 with dt = 1.953470614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007443797912 with dt = 1.953470614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000889018 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 129] Advanced 1024 cells
[Level 3 step 257] ADVANCE at time 0.0007443797912 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007443797912 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000965526 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 257] Advanced 1024 cells
[Level 3 step 258] ADVANCE at time 0.0007541471443 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007541471443 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000964553 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 258] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000523842
[Level 2 step 130] ADVANCE at time 0.0007639144974 with dt = 1.953470614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007639144974 with dt = 1.953470614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000864032 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 130] Advanced 1024 cells
[Level 3 step 259] ADVANCE at time 0.0007639144974 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007639144974 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00096742 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 259] Advanced 1024 cells
[Level 3 step 260] ADVANCE at time 0.0007736818504 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007736818504 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001002515 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 260] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000489315
Castro::reflux() at level 1 : time = 0.000516637
Now regridding at level lbase = 2
grid_places() time: 0.000621951 new finest: 3
TIME = 0.0007834492035 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 66] ADVANCE at time 0.0007834492035 with dt = 3.906941229e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007834492035 with dt = 3.906941229e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000866968 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 66] Advanced 1024 cells
[Level 2 step 131] ADVANCE at time 0.0007834492035 with dt = 1.953470614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0007834492035 with dt = 1.953470614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000871691 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 131] Advanced 1024 cells
[Level 3 step 261] ADVANCE at time 0.0007834492035 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007834492035 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000953824 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 261] Advanced 1024 cells
[Level 3 step 262] ADVANCE at time 0.0007932165566 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0007932165566 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000945431 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 262] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000485573
[Level 2 step 132] ADVANCE at time 0.0008029839097 with dt = 1.953470614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008029839097 with dt = 1.953470614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866501 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 132] Advanced 1024 cells
[Level 3 step 263] ADVANCE at time 0.0008029839097 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0008029839097 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000965224 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 263] Advanced 1024 cells
[Level 3 step 264] ADVANCE at time 0.0008127512627 with dt = 9.767353071e-06

[1m[32m  Beginning subcycle 1 starting at time 0.0008127512627 with dt = 9.767353071e-06[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000950623 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 264] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000466078
Castro::reflux() at level 1 : time = 0.000473267
Castro::reflux() at level 0 : time = 0.000374585

TIME= 0.0008225186158 MASS        = 1
TIME= 0.0008225186158 XMOM        = -6.746876696e-19
TIME= 0.0008225186158 YMOM        = -1.918230677e-19
TIME= 0.0008225186158 ZMOM        = 0
TIME= 0.0008225186158 ANG MOM X   = 0
TIME= 0.0008225186158 ANG MOM Y   = 0
TIME= 0.0008225186158 ANG MOM Z   = 8.468364491e-21
TIME= 0.0008225186158 RHO*e       = 0.8474739241
TIME= 0.0008225186158 RHO*K       = 0.1511325882
TIME= 0.0008225186158 RHO*E       = 0.9986065123
TIME= 0.0008225186158 CENTER OF MASS X-LOC = 0.5
TIME= 0.0008225186158 CENTER OF MASS X-VEL = -6.746876696e-19
TIME= 0.0008225186158 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0008225186158 CENTER OF MASS Y-VEL = -1.918230677e-19
TIME= 0.0008225186158 CENTER OF MASS Z-LOC = 0
TIME= 0.0008225186158 CENTER OF MASS Z-VEL = 0
TIME= 0.0008225186158 MAXIMUM TEMPERATURE  = 7.596361865e-06
TIME= 0.0008225186158 MAXIMUM DENSITY      = 1.970774095

[STEP 33] Coarse TimeStep time: 0.035086882
[STEP 33] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 33 TIME = 0.0008225186158 DT = 7.813882457e-05

...estimated hydro-limited timestep at level 0: 0.0009504287138
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009504287138

...estimated hydro-limited timestep at level 1: 0.0002506129365
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002506129365

...estimated hydro-limited timestep at level 2: 0.0001174335903
...hydro-limited CFL timestep constrained at (i,j) = (64,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001174335903

...estimated hydro-limited timestep at level 3: 5.671713491e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,129)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.671713491e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009504287138
 ... but limiting to: 8.595270703e-05 = 1.1 * 7.813882457e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002506129365
 ... but limiting to: 4.297635351e-05 = 1.1 * 3.906941229e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001174335903
 ... but limiting to: 2.148817676e-05 = 1.1 * 1.953470614e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 5.671713491e-05
 ... but limiting to: 1.074408838e-05 = 1.1 * 9.767353071e-06
Now regridding at level lbase = 1
grid_places() time: 0.001275707 new finest: 3
TIME = 0.0008225186158 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 34] ADVANCE at time 0.0008225186158 with dt = 8.595270703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008225186158 with dt = 8.595270703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000843679 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7755025999

[Level 0 step 34] Advanced 1024 cells
[Level 1 step 67] ADVANCE at time 0.0008225186158 with dt = 4.297635351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008225186158 with dt = 4.297635351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000857488 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 67] Advanced 1024 cells
[Level 2 step 133] ADVANCE at time 0.0008225186158 with dt = 2.148817676e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008225186158 with dt = 2.148817676e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000873387 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 133] Advanced 1024 cells
[Level 3 step 265] ADVANCE at time 0.0008225186158 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008225186158 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000951245 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 265] Advanced 1024 cells
[Level 3 step 266] ADVANCE at time 0.0008332627042 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008332627042 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00095615 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 266] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00051019
[Level 2 step 134] ADVANCE at time 0.0008440067926 with dt = 2.148817676e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008440067926 with dt = 2.148817676e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866823 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 134] Advanced 1024 cells
[Level 3 step 267] ADVANCE at time 0.0008440067926 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008440067926 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000965049 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 267] Advanced 1024 cells
[Level 3 step 268] ADVANCE at time 0.0008547508809 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008547508809 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000938276 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 268] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000487577
Castro::reflux() at level 1 : time = 0.000491825
Now regridding at level lbase = 2
grid_places() time: 0.000611732 new finest: 3
TIME = 0.0008654949693 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 68] ADVANCE at time 0.0008654949693 with dt = 4.297635351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008654949693 with dt = 4.297635351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000826818 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 68] Advanced 1024 cells
[Level 2 step 135] ADVANCE at time 0.0008654949693 with dt = 2.148817676e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008654949693 with dt = 2.148817676e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856123 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 135] Advanced 1024 cells
[Level 3 step 269] ADVANCE at time 0.0008654949693 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008654949693 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000972049 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 269] Advanced 1024 cells
[Level 3 step 270] ADVANCE at time 0.0008762390577 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008762390577 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000965844 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 270] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000503027
[Level 2 step 136] ADVANCE at time 0.0008869831461 with dt = 2.148817676e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008869831461 with dt = 2.148817676e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000881869 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 136] Advanced 1024 cells
[Level 3 step 271] ADVANCE at time 0.0008869831461 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008869831461 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000927164 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 271] Advanced 1024 cells
[Level 3 step 272] ADVANCE at time 0.0008977272345 with dt = 1.074408838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0008977272345 with dt = 1.074408838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000946791 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 272] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000465663
Castro::reflux() at level 1 : time = 0.0004789
Castro::reflux() at level 0 : time = 0.000381568

TIME= 0.0009084713228 MASS        = 1
TIME= 0.0009084713228 XMOM        = -1.647396476e-19
TIME= 0.0009084713228 YMOM        = -1.126031331e-18
TIME= 0.0009084713228 ZMOM        = 0
TIME= 0.0009084713228 ANG MOM X   = 0
TIME= 0.0009084713228 ANG MOM Y   = 0
TIME= 0.0009084713228 ANG MOM Z   = 5.682175393e-21
TIME= 0.0009084713228 RHO*e       = 0.8446913707
TIME= 0.0009084713228 RHO*K       = 0.1539151416
TIME= 0.0009084713228 RHO*E       = 0.9986065123
TIME= 0.0009084713228 CENTER OF MASS X-LOC = 0.5
TIME= 0.0009084713228 CENTER OF MASS X-VEL = -1.647396476e-19
TIME= 0.0009084713228 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0009084713228 CENTER OF MASS Y-VEL = -1.126031331e-18
TIME= 0.0009084713228 CENTER OF MASS Z-LOC = 0
TIME= 0.0009084713228 CENTER OF MASS Z-VEL = 0
TIME= 0.0009084713228 MAXIMUM TEMPERATURE  = 7.257896249e-06
TIME= 0.0009084713228 MAXIMUM DENSITY      = 1.970311308

[STEP 34] Coarse TimeStep time: 0.033388018
[STEP 34] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 34 TIME = 0.0009084713228 DT = 8.595270703e-05

...estimated hydro-limited timestep at level 0: 0.0009413853685
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009413853685

...estimated hydro-limited timestep at level 1: 0.0002555904289
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002555904289

...estimated hydro-limited timestep at level 2: 0.0001221240195
...hydro-limited CFL timestep constrained at (i,j) = (65,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001221240195

...estimated hydro-limited timestep at level 3: 5.923859682e-05
...hydro-limited CFL timestep constrained at (i,j) = (130,131)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.923859682e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009413853685
 ... but limiting to: 9.454797773e-05 = 1.1 * 8.595270703e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002555904289
 ... but limiting to: 4.727398887e-05 = 1.1 * 4.297635351e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001221240195
 ... but limiting to: 2.363699443e-05 = 1.1 * 2.148817676e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 5.923859682e-05
 ... but limiting to: 1.181849722e-05 = 1.1 * 1.074408838e-05
Now regridding at level lbase = 0
grid_places() time: 0.001587694 new finest: 3
STEP = 34 TIME = 0.0009084713228 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009413853685
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009413853685

...estimated hydro-limited timestep at level 1: 0.0002555904289
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002555904289

...estimated hydro-limited timestep at level 2: 0.0001221240195
...hydro-limited CFL timestep constrained at (i,j) = (65,64)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001221240195

...estimated hydro-limited timestep at level 3: 5.923859682e-05
...hydro-limited CFL timestep constrained at (i,j) = (130,131)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 5.923859682e-05

[Level 0 step 35] ADVANCE at time 0.0009084713228 with dt = 9.454797773e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009084713228 with dt = 9.454797773e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000818365 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7880426836

[Level 0 step 35] Advanced 1024 cells
[Level 1 step 69] ADVANCE at time 0.0009084713228 with dt = 4.727398887e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009084713228 with dt = 4.727398887e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000821538 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 69] Advanced 1024 cells
[Level 2 step 137] ADVANCE at time 0.0009084713228 with dt = 2.363699443e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009084713228 with dt = 2.363699443e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000898075 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 137] Advanced 1024 cells
[Level 3 step 273] ADVANCE at time 0.0009084713228 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009084713228 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001005217 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 273] Advanced 1024 cells
[Level 3 step 274] ADVANCE at time 0.00092028982 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00092028982 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000998937 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 274] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000497625
[Level 2 step 138] ADVANCE at time 0.0009321083173 with dt = 2.363699443e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009321083173 with dt = 2.363699443e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000882472 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 138] Advanced 1024 cells
[Level 3 step 275] ADVANCE at time 0.0009321083173 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009321083173 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00095872 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 275] Advanced 1024 cells
[Level 3 step 276] ADVANCE at time 0.0009439268145 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009439268145 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000958578 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 276] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000469575
Castro::reflux() at level 1 : time = 0.000491872
Now regridding at level lbase = 2
grid_places() time: 0.000613223 new finest: 3
TIME = 0.0009557453117 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 70] ADVANCE at time 0.0009557453117 with dt = 4.727398887e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009557453117 with dt = 4.727398887e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000831572 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 70] Advanced 1024 cells
[Level 2 step 139] ADVANCE at time 0.0009557453117 with dt = 2.363699443e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009557453117 with dt = 2.363699443e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000856595 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 139] Advanced 1024 cells
[Level 3 step 277] ADVANCE at time 0.0009557453117 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009557453117 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000960881 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 277] Advanced 1024 cells
[Level 3 step 278] ADVANCE at time 0.0009675638089 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009675638089 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000955125 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 278] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000495308
[Level 2 step 140] ADVANCE at time 0.0009793823061 with dt = 2.363699443e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009793823061 with dt = 2.363699443e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000857404 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 140] Advanced 1024 cells
[Level 3 step 279] ADVANCE at time 0.0009793823061 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009793823061 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000963367 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 279] Advanced 1024 cells
[Level 3 step 280] ADVANCE at time 0.0009912008033 with dt = 1.181849722e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0009912008033 with dt = 1.181849722e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000949614 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 280] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00047966
Castro::reflux() at level 1 : time = 0.000473024
Castro::reflux() at level 0 : time = 0.000374702

TIME= 0.001003019301 MASS        = 1
TIME= 0.001003019301 XMOM        = -5.177294244e-19
TIME= 0.001003019301 YMOM        = -3.496227966e-18
TIME= 0.001003019301 ZMOM        = 0
TIME= 0.001003019301 ANG MOM X   = 0
TIME= 0.001003019301 ANG MOM Y   = 0
TIME= 0.001003019301 ANG MOM Z   = 9.841618354e-22
TIME= 0.001003019301 RHO*e       = 0.8433773665
TIME= 0.001003019301 RHO*K       = 0.1552291458
TIME= 0.001003019301 RHO*E       = 0.9986065123
TIME= 0.001003019301 CENTER OF MASS X-LOC = 0.5
TIME= 0.001003019301 CENTER OF MASS X-VEL = -5.177294244e-19
TIME= 0.001003019301 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001003019301 CENTER OF MASS Y-VEL = -3.496227966e-18
TIME= 0.001003019301 CENTER OF MASS Z-LOC = 0
TIME= 0.001003019301 CENTER OF MASS Z-VEL = 0
TIME= 0.001003019301 MAXIMUM TEMPERATURE  = 7.090390387e-06
TIME= 0.001003019301 MAXIMUM DENSITY      = 2.084427451

[STEP 35] Coarse TimeStep time: 0.034219392
[STEP 35] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 35 TIME = 0.001003019301 DT = 9.454797773e-05

...estimated hydro-limited timestep at level 0: 0.0009361342076
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009361342076

...estimated hydro-limited timestep at level 1: 0.0002589335667
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002589335667

...estimated hydro-limited timestep at level 2: 0.000125383118
...hydro-limited CFL timestep constrained at (i,j) = (64,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000125383118

...estimated hydro-limited timestep at level 3: 6.086867669e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.086867669e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009361342076
 ... but limiting to: 0.0001040027755 = 1.1 * 9.454797773e-05
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002589335667
 ... but limiting to: 5.200138775e-05 = 1.1 * 4.727398887e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.000125383118
 ... but limiting to: 2.600069388e-05 = 1.1 * 2.363699443e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.086867669e-05
 ... but limiting to: 1.300034694e-05 = 1.1 * 1.181849722e-05
Now regridding at level lbase = 1
grid_places() time: 0.001215171 new finest: 3
TIME = 0.001003019301 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 36] ADVANCE at time 0.001003019301 with dt = 0.0001040027755

[1m[32m  Beginning subcycle 1 starting at time 0.001003019301 with dt = 0.0001040027755[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000815299 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7884771457

[Level 0 step 36] Advanced 1024 cells
[Level 1 step 71] ADVANCE at time 0.001003019301 with dt = 5.200138775e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001003019301 with dt = 5.200138775e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000835148 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 71] Advanced 1024 cells
[Level 2 step 141] ADVANCE at time 0.001003019301 with dt = 2.600069388e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001003019301 with dt = 2.600069388e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000866107 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 141] Advanced 1024 cells
[Level 3 step 281] ADVANCE at time 0.001003019301 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001003019301 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000949149 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 281] Advanced 1024 cells
[Level 3 step 282] ADVANCE at time 0.001016019647 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001016019647 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000954207 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 282] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000493921
[Level 2 step 142] ADVANCE at time 0.001029019994 with dt = 2.600069388e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001029019994 with dt = 2.600069388e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00085433 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 142] Advanced 1024 cells
[Level 3 step 283] ADVANCE at time 0.001029019994 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001029019994 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000960263 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 283] Advanced 1024 cells
[Level 3 step 284] ADVANCE at time 0.001042020341 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001042020341 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000972355 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 284] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.00046449
Castro::reflux() at level 1 : time = 0.000485774
Now regridding at level lbase = 2
grid_places() time: 0.000619495 new finest: 3
TIME = 0.001055020688 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 72] ADVANCE at time 0.001055020688 with dt = 5.200138775e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001055020688 with dt = 5.200138775e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00084406 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 72] Advanced 1024 cells
[Level 2 step 143] ADVANCE at time 0.001055020688 with dt = 2.600069388e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001055020688 with dt = 2.600069388e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000869092 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 143] Advanced 1024 cells
[Level 3 step 285] ADVANCE at time 0.001055020688 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001055020688 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00096025 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 285] Advanced 1024 cells
[Level 3 step 286] ADVANCE at time 0.001068021035 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001068021035 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000975516 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 286] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000510637
[Level 2 step 144] ADVANCE at time 0.001081021382 with dt = 2.600069388e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001081021382 with dt = 2.600069388e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000920155 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 144] Advanced 1024 cells
[Level 3 step 287] ADVANCE at time 0.001081021382 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001081021382 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001029638 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 287] Advanced 1024 cells
[Level 3 step 288] ADVANCE at time 0.001094021729 with dt = 1.300034694e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001094021729 with dt = 1.300034694e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001011617 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 288] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000501875
Castro::reflux() at level 1 : time = 0.000491997
Castro::reflux() at level 0 : time = 0.00038747

TIME= 0.001107022076 MASS        = 1
TIME= 0.001107022076 XMOM        = -3.730125828e-19
TIME= 0.001107022076 YMOM        = -2.1497938e-18
TIME= 0.001107022076 ZMOM        = 0
TIME= 0.001107022076 ANG MOM X   = 0
TIME= 0.001107022076 ANG MOM Y   = 0
TIME= 0.001107022076 ANG MOM Z   = 3.431240861e-21
TIME= 0.001107022076 RHO*e       = 0.8412713944
TIME= 0.001107022076 RHO*K       = 0.1573351179
TIME= 0.001107022076 RHO*E       = 0.9986065123
TIME= 0.001107022076 CENTER OF MASS X-LOC = 0.5
TIME= 0.001107022076 CENTER OF MASS X-VEL = -3.730125828e-19
TIME= 0.001107022076 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001107022076 CENTER OF MASS Y-VEL = -2.1497938e-18
TIME= 0.001107022076 CENTER OF MASS Z-LOC = 0
TIME= 0.001107022076 CENTER OF MASS Z-VEL = 0
TIME= 0.001107022076 MAXIMUM TEMPERATURE  = 6.939541543e-06
TIME= 0.001107022076 MAXIMUM DENSITY      = 2.072500692

[STEP 36] Coarse TimeStep time: 0.033776527
[STEP 36] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 36 TIME = 0.001107022076 DT = 0.0001040027755

...estimated hydro-limited timestep at level 0: 0.0009329658101
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009329658101

...estimated hydro-limited timestep at level 1: 0.0002609532323
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002609532323

...estimated hydro-limited timestep at level 2: 0.0001273016688
...hydro-limited CFL timestep constrained at (i,j) = (65,65)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001273016688

...estimated hydro-limited timestep at level 3: 6.209675055e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,130)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.209675055e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009329658101
 ... but limiting to: 0.0001144030531 = 1.1 * 0.0001040027755
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002609532323
 ... but limiting to: 5.720152653e-05 = 1.1 * 5.200138775e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001273016688
 ... but limiting to: 2.860076326e-05 = 1.1 * 2.600069388e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.209675055e-05
 ... but limiting to: 1.430038163e-05 = 1.1 * 1.300034694e-05
Now regridding at level lbase = 0
grid_places() time: 0.001603824 new finest: 3
STEP = 36 TIME = 0.001107022076 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009329658101
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009329658101

...estimated hydro-limited timestep at level 1: 0.0002609532323
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002609532323

...estimated hydro-limited timestep at level 2: 0.0001273016688
...hydro-limited CFL timestep constrained at (i,j) = (65,65)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001273016688

...estimated hydro-limited timestep at level 3: 6.209675055e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,130)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.209675055e-05

[Level 0 step 37] ADVANCE at time 0.001107022076 with dt = 0.0001144030531

[1m[32m  Beginning subcycle 1 starting at time 0.001107022076 with dt = 0.0001144030531[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000843883 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7771824102

[Level 0 step 37] Advanced 1024 cells
[Level 1 step 73] ADVANCE at time 0.001107022076 with dt = 5.720152653e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001107022076 with dt = 5.720152653e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000859963 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 73] Advanced 1024 cells
[Level 2 step 145] ADVANCE at time 0.001107022076 with dt = 2.860076326e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001107022076 with dt = 2.860076326e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.0009037 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 145] Advanced 1024 cells
[Level 3 step 289] ADVANCE at time 0.001107022076 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001107022076 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001004646 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 289] Advanced 1024 cells
[Level 3 step 290] ADVANCE at time 0.001121322458 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001121322458 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001012229 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 290] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000508034
[Level 2 step 146] ADVANCE at time 0.001135622839 with dt = 2.860076326e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001135622839 with dt = 2.860076326e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000900928 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 146] Advanced 1024 cells
[Level 3 step 291] ADVANCE at time 0.001135622839 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001135622839 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00099348 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 291] Advanced 1024 cells
[Level 3 step 292] ADVANCE at time 0.001149923221 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001149923221 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001008867 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 292] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000490298
Castro::reflux() at level 1 : time = 0.000491696
Now regridding at level lbase = 2
grid_places() time: 0.000619935 new finest: 3
TIME = 0.001164223603 : REGRID  with lbase = 2
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 1 step 74] ADVANCE at time 0.001164223603 with dt = 5.720152653e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001164223603 with dt = 5.720152653e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000879458 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 74] Advanced 1024 cells
[Level 2 step 147] ADVANCE at time 0.001164223603 with dt = 2.860076326e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001164223603 with dt = 2.860076326e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000895059 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 147] Advanced 1024 cells
[Level 3 step 293] ADVANCE at time 0.001164223603 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001164223603 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000984936 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 293] Advanced 1024 cells
[Level 3 step 294] ADVANCE at time 0.001178523984 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001178523984 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001000984 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 294] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000517823
[Level 2 step 148] ADVANCE at time 0.001192824366 with dt = 2.860076326e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001192824366 with dt = 2.860076326e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000898822 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 148] Advanced 1024 cells
[Level 3 step 295] ADVANCE at time 0.001192824366 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001192824366 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001007925 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 295] Advanced 1024 cells
[Level 3 step 296] ADVANCE at time 0.001207124747 with dt = 1.430038163e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001207124747 with dt = 1.430038163e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000991319 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 296] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000499822
Castro::reflux() at level 1 : time = 0.000482514
Castro::reflux() at level 0 : time = 0.000386994

TIME= 0.001221425129 MASS        = 1
TIME= 0.001221425129 XMOM        = -5.229439916e-19
TIME= 0.001221425129 YMOM        = -3.74796723e-18
TIME= 0.001221425129 ZMOM        = 0
TIME= 0.001221425129 ANG MOM X   = 0
TIME= 0.001221425129 ANG MOM Y   = 0
TIME= 0.001221425129 ANG MOM Z   = 1.388573421e-20
TIME= 0.001221425129 RHO*e       = 0.8397655198
TIME= 0.001221425129 RHO*K       = 0.1588409924
TIME= 0.001221425129 RHO*E       = 0.9986065123
TIME= 0.001221425129 CENTER OF MASS X-LOC = 0.5
TIME= 0.001221425129 CENTER OF MASS X-VEL = -5.229439916e-19
TIME= 0.001221425129 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001221425129 CENTER OF MASS Y-VEL = -3.74796723e-18
TIME= 0.001221425129 CENTER OF MASS Z-LOC = 0
TIME= 0.001221425129 CENTER OF MASS Z-VEL = 0
TIME= 0.001221425129 MAXIMUM TEMPERATURE  = 6.811801653e-06
TIME= 0.001221425129 MAXIMUM DENSITY      = 2.178472821

[STEP 37] Coarse TimeStep time: 0.035286618
[STEP 37] FAB kilobyte spread across MPI nodes: [3904 ... 3904]


STEP = 37 TIME = 0.001221425129 DT = 0.0001144030531

...estimated hydro-limited timestep at level 0: 0.0009298057497
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009298057497

...estimated hydro-limited timestep at level 1: 0.0002618910108
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002618910108

...estimated hydro-limited timestep at level 2: 0.0001275661379
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001275661379

...estimated hydro-limited timestep at level 3: 6.306541388e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.306541388e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009298057497
 ... but limiting to: 0.0001258433584 = 1.1 * 0.0001144030531
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002618910108
 ... but limiting to: 6.292167918e-05 = 1.1 * 5.720152653e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001275661379
 ... but limiting to: 3.146083959e-05 = 1.1 * 2.860076326e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.306541388e-05
 ... but limiting to: 1.57304198e-05 = 1.1 * 1.430038163e-05
Now regridding at level lbase = 1
grid_places() time: 0.001215223 new finest: 3
TIME = 0.001221425129 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  1024 cells  1.5625 % of domain

[Level 0 step 38] ADVANCE at time 0.001221425129 with dt = 0.0001258433584

[1m[32m  Beginning subcycle 1 starting at time 0.001221425129 with dt = 0.0001258433584[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000842098 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7687404893

[Level 0 step 38] Advanced 1024 cells
[Level 1 step 75] ADVANCE at time 0.001221425129 with dt = 6.292167918e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001221425129 with dt = 6.292167918e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000898193 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 75] Advanced 1024 cells
[Level 2 step 149] ADVANCE at time 0.001221425129 with dt = 3.146083959e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001221425129 with dt = 3.146083959e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000895842 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 149] Advanced 1024 cells
[Level 3 step 297] ADVANCE at time 0.001221425129 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001221425129 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000995816 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 297] Advanced 1024 cells
[Level 3 step 298] ADVANCE at time 0.001237155549 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001237155549 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.000990848 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 298] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000502111
[Level 2 step 150] ADVANCE at time 0.001252885969 with dt = 3.146083959e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001252885969 with dt = 3.146083959e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000899465 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 150] Advanced 1024 cells
[Level 3 step 299] ADVANCE at time 0.001252885969 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001252885969 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001026501 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 299] Advanced 1024 cells
[Level 3 step 300] ADVANCE at time 0.001268616389 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001268616389 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001043128 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 300] Advanced 1024 cells
Castro::reflux() at level 2 : time = 0.000501511
Castro::reflux() at level 1 : time = 0.000494229
Now regridding at level lbase = 2
grid_places() time: 0.000620327 new finest: 3
TIME = 0.001284346808 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 76] ADVANCE at time 0.001284346808 with dt = 6.292167918e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001284346808 with dt = 6.292167918e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000881755 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 76] Advanced 1024 cells
[Level 2 step 151] ADVANCE at time 0.001284346808 with dt = 3.146083959e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001284346808 with dt = 3.146083959e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000896213 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 151] Advanced 1024 cells
[Level 3 step 301] ADVANCE at time 0.001284346808 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001284346808 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001960849 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 301] Advanced 1792 cells
[Level 3 step 302] ADVANCE at time 0.001300077228 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001300077228 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001354269 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 302] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000577844
[Level 2 step 152] ADVANCE at time 0.001315807648 with dt = 3.146083959e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001315807648 with dt = 3.146083959e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000904632 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 152] Advanced 1024 cells
[Level 3 step 303] ADVANCE at time 0.001315807648 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001315807648 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001343884 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 303] Advanced 1792 cells
[Level 3 step 304] ADVANCE at time 0.001331538068 with dt = 1.57304198e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001331538068 with dt = 1.57304198e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001366874 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 304] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000521056
Castro::reflux() at level 1 : time = 0.000481777
Castro::reflux() at level 0 : time = 0.000383378

TIME= 0.001347268487 MASS        = 1
TIME= 0.001347268487 XMOM        = -1.042692944e-18
TIME= 0.001347268487 YMOM        = 9.540978969e-18
TIME= 0.001347268487 ZMOM        = 0
TIME= 0.001347268487 ANG MOM X   = 0
TIME= 0.001347268487 ANG MOM Y   = 0
TIME= 0.001347268487 ANG MOM Z   = 1.397061763e-20
TIME= 0.001347268487 RHO*e       = 0.8379437608
TIME= 0.001347268487 RHO*K       = 0.1606627514
TIME= 0.001347268487 RHO*E       = 0.9986065123
TIME= 0.001347268487 CENTER OF MASS X-LOC = 0.5
TIME= 0.001347268487 CENTER OF MASS X-VEL = -1.042692944e-18
TIME= 0.001347268487 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001347268487 CENTER OF MASS Y-VEL = 9.540978969e-18
TIME= 0.001347268487 CENTER OF MASS Z-LOC = 0
TIME= 0.001347268487 CENTER OF MASS Z-VEL = 0
TIME= 0.001347268487 MAXIMUM TEMPERATURE  = 6.715199595e-06
TIME= 0.001347268487 MAXIMUM DENSITY      = 2.201608944

[STEP 38] Coarse TimeStep time: 0.037977759
[STEP 38] FAB kilobyte spread across MPI nodes: [6074 ... 6074]


STEP = 38 TIME = 0.001347268487 DT = 0.0001258433584

...estimated hydro-limited timestep at level 0: 0.0009257000877
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009257000877

...estimated hydro-limited timestep at level 1: 0.0002626500961
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002626500961

...estimated hydro-limited timestep at level 2: 0.0001270047327
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001270047327

...estimated hydro-limited timestep at level 3: 6.272712444e-05
...hydro-limited CFL timestep constrained at (i,j) = (128,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.272712444e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009257000877
 ... but limiting to: 0.0001384276942 = 1.1 * 0.0001258433584
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002626500961
 ... but limiting to: 6.92138471e-05 = 1.1 * 6.292167918e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001270047327
 ... but limiting to: 3.460692355e-05 = 1.1 * 3.146083959e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.272712444e-05
 ... but limiting to: 1.730346177e-05 = 1.1 * 1.57304198e-05
Now regridding at level lbase = 0
grid_places() time: 0.001670768 new finest: 3
STEP = 38 TIME = 0.001347268487 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

...estimated hydro-limited timestep at level 0: 0.0009257000877
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009257000877

...estimated hydro-limited timestep at level 1: 0.0002626500961
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002626500961

...estimated hydro-limited timestep at level 2: 0.0001270047327
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001270047327

...estimated hydro-limited timestep at level 3: 6.272712444e-05
...hydro-limited CFL timestep constrained at (i,j) = (128,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.272712444e-05

[Level 0 step 39] ADVANCE at time 0.001347268487 with dt = 0.0001384276942

[1m[32m  Beginning subcycle 1 starting at time 0.001347268487 with dt = 0.0001384276942[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000844897 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7688351472

[Level 0 step 39] Advanced 1024 cells
[Level 1 step 77] ADVANCE at time 0.001347268487 with dt = 6.92138471e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001347268487 with dt = 6.92138471e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00088147 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 77] Advanced 1024 cells
[Level 2 step 153] ADVANCE at time 0.001347268487 with dt = 3.460692355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001347268487 with dt = 3.460692355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000951499 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 153] Advanced 1024 cells
[Level 3 step 305] ADVANCE at time 0.001347268487 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001347268487 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001336875 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 305] Advanced 1792 cells
[Level 3 step 306] ADVANCE at time 0.001364571949 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001364571949 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00134994 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 306] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000533958
[Level 2 step 154] ADVANCE at time 0.001381875411 with dt = 3.460692355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001381875411 with dt = 3.460692355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000935306 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 154] Advanced 1024 cells
[Level 3 step 307] ADVANCE at time 0.001381875411 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001381875411 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001360471 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 307] Advanced 1792 cells
[Level 3 step 308] ADVANCE at time 0.001399178873 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001399178873 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001329331 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 308] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000513274
Castro::reflux() at level 1 : time = 0.000499714
Now regridding at level lbase = 2
grid_places() time: 0.000643856 new finest: 3
TIME = 0.001416482335 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 78] ADVANCE at time 0.001416482335 with dt = 6.92138471e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001416482335 with dt = 6.92138471e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000887037 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 78] Advanced 1024 cells
[Level 2 step 155] ADVANCE at time 0.001416482335 with dt = 3.460692355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001416482335 with dt = 3.460692355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000918949 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 155] Advanced 1024 cells
[Level 3 step 309] ADVANCE at time 0.001416482335 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001416482335 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001360104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 309] Advanced 1792 cells
[Level 3 step 310] ADVANCE at time 0.001433785796 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001433785796 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001345725 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 310] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000545211
[Level 2 step 156] ADVANCE at time 0.001451089258 with dt = 3.460692355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001451089258 with dt = 3.460692355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000925054 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 156] Advanced 1024 cells
[Level 3 step 311] ADVANCE at time 0.001451089258 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001451089258 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001361521 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 311] Advanced 1792 cells
[Level 3 step 312] ADVANCE at time 0.00146839272 with dt = 1.730346177e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00146839272 with dt = 1.730346177e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0013737 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 312] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000514606
Castro::reflux() at level 1 : time = 0.000492817
Castro::reflux() at level 0 : time = 0.000372354

TIME= 0.001485696182 MASS        = 1
TIME= 0.001485696182 XMOM        = -3.076366828e-19
TIME= 0.001485696182 YMOM        = 1.734723327e-18
TIME= 0.001485696182 ZMOM        = 0
TIME= 0.001485696182 ANG MOM X   = 0
TIME= 0.001485696182 ANG MOM Y   = 0
TIME= 0.001485696182 ANG MOM Z   = 2.088790525e-20
TIME= 0.001485696182 RHO*e       = 0.8363108659
TIME= 0.001485696182 RHO*K       = 0.1622956464
TIME= 0.001485696182 RHO*E       = 0.9986065123
TIME= 0.001485696182 CENTER OF MASS X-LOC = 0.5
TIME= 0.001485696182 CENTER OF MASS X-VEL = -3.076366828e-19
TIME= 0.001485696182 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001485696182 CENTER OF MASS Y-VEL = 1.734723327e-18
TIME= 0.001485696182 CENTER OF MASS Z-LOC = 0
TIME= 0.001485696182 CENTER OF MASS Z-VEL = 0
TIME= 0.001485696182 MAXIMUM TEMPERATURE  = 6.549392436e-06
TIME= 0.001485696182 MAXIMUM DENSITY      = 2.281725006

[STEP 39] Coarse TimeStep time: 0.040737541
[STEP 39] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 39 TIME = 0.001485696182 DT = 0.0001384276942

...estimated hydro-limited timestep at level 0: 0.0009188601181
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009188601181

...estimated hydro-limited timestep at level 1: 0.0002648406426
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002648406426

...estimated hydro-limited timestep at level 2: 0.0001276979273
...hydro-limited CFL timestep constrained at (i,j) = (63,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001276979273

...estimated hydro-limited timestep at level 3: 6.261118335e-05
...hydro-limited CFL timestep constrained at (i,j) = (128,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.261118335e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009188601181
 ... but limiting to: 0.0001522704636 = 1.1 * 0.0001384276942
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002648406426
 ... but limiting to: 7.613523181e-05 = 1.1 * 6.92138471e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001276979273
 ... but limiting to: 3.80676159e-05 = 1.1 * 3.460692355e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.261118335e-05
 ... but limiting to: 1.903380795e-05 = 1.1 * 1.730346177e-05
Now regridding at level lbase = 1
grid_places() time: 0.001256539 new finest: 3
TIME = 0.001485696182 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 0 step 40] ADVANCE at time 0.001485696182 with dt = 0.0001522704636

[1m[32m  Beginning subcycle 1 starting at time 0.001485696182 with dt = 0.0001522704636[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000853408 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7580681699

[Level 0 step 40] Advanced 1024 cells
[Level 1 step 79] ADVANCE at time 0.001485696182 with dt = 7.613523181e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001485696182 with dt = 7.613523181e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000873888 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 79] Advanced 1024 cells
[Level 2 step 157] ADVANCE at time 0.001485696182 with dt = 3.80676159e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001485696182 with dt = 3.80676159e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000923526 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 157] Advanced 1024 cells
[Level 3 step 313] ADVANCE at time 0.001485696182 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001485696182 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001360923 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 313] Advanced 1792 cells
[Level 3 step 314] ADVANCE at time 0.00150472999 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00150472999 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001347835 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 314] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000524867
[Level 2 step 158] ADVANCE at time 0.001523763798 with dt = 3.80676159e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001523763798 with dt = 3.80676159e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000916252 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 158] Advanced 1024 cells
[Level 3 step 315] ADVANCE at time 0.001523763798 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001523763798 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001346327 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 315] Advanced 1792 cells
[Level 3 step 316] ADVANCE at time 0.001542797606 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001542797606 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00135786 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 316] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000508606
Castro::reflux() at level 1 : time = 0.000519379
Now regridding at level lbase = 2
grid_places() time: 0.000623267 new finest: 3
TIME = 0.001561831413 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 80] ADVANCE at time 0.001561831413 with dt = 7.613523181e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001561831413 with dt = 7.613523181e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000875626 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 80] Advanced 1024 cells
[Level 2 step 159] ADVANCE at time 0.001561831413 with dt = 3.80676159e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001561831413 with dt = 3.80676159e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000906661 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 159] Advanced 1024 cells
[Level 3 step 317] ADVANCE at time 0.001561831413 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001561831413 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001336765 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 317] Advanced 1792 cells
[Level 3 step 318] ADVANCE at time 0.001580865221 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001580865221 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001369506 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 318] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000534765
[Level 2 step 160] ADVANCE at time 0.001599899029 with dt = 3.80676159e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001599899029 with dt = 3.80676159e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000923528 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 160] Advanced 1024 cells
[Level 3 step 319] ADVANCE at time 0.001599899029 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001599899029 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001358923 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 319] Advanced 1792 cells
[Level 3 step 320] ADVANCE at time 0.001618932837 with dt = 1.903380795e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001618932837 with dt = 1.903380795e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001362605 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 320] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000516759
Castro::reflux() at level 1 : time = 0.000475241
Castro::reflux() at level 0 : time = 0.000391049

TIME= 0.001637966645 MASS        = 1
TIME= 0.001637966645 XMOM        = -1.142353499e-18
TIME= 0.001637966645 YMOM        = 2.081668156e-17
TIME= 0.001637966645 ZMOM        = 0
TIME= 0.001637966645 ANG MOM X   = 0
TIME= 0.001637966645 ANG MOM Y   = 0
TIME= 0.001637966645 ANG MOM Z   = 2.270732884e-20
TIME= 0.001637966645 RHO*e       = 0.834184772
TIME= 0.001637966645 RHO*K       = 0.1644217403
TIME= 0.001637966645 RHO*E       = 0.9986065123
TIME= 0.001637966645 CENTER OF MASS X-LOC = 0.5
TIME= 0.001637966645 CENTER OF MASS X-VEL = -1.142353499e-18
TIME= 0.001637966645 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001637966645 CENTER OF MASS Y-VEL = 2.081668156e-17
TIME= 0.001637966645 CENTER OF MASS Z-LOC = 0
TIME= 0.001637966645 CENTER OF MASS Z-VEL = 0
TIME= 0.001637966645 MAXIMUM TEMPERATURE  = 6.311780487e-06
TIME= 0.001637966645 MAXIMUM DENSITY      = 2.349363596

[STEP 40] Coarse TimeStep time: 0.039374467
[STEP 40] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 40 TIME = 0.001637966645 DT = 0.0001522704636

PLOTFILE: file = Sedov-2d-tau_plt00040
Write plotfile time = 0.064809891  seconds

...estimated hydro-limited timestep at level 0: 0.0009048461187
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009048461187

...estimated hydro-limited timestep at level 1: 0.0002695903584
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002695903584

...estimated hydro-limited timestep at level 2: 0.0001292598695
...hydro-limited CFL timestep constrained at (i,j) = (62,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001292598695

...estimated hydro-limited timestep at level 3: 6.336979975e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.336979975e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0009048461187
 ... but limiting to: 0.00016749751 = 1.1 * 0.0001522704636
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002695903584
 ... but limiting to: 8.374875499e-05 = 1.1 * 7.613523181e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001292598695
 ... but limiting to: 4.187437749e-05 = 1.1 * 3.80676159e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.336979975e-05
 ... but limiting to: 2.093718875e-05 = 1.1 * 1.903380795e-05
Now regridding at level lbase = 0
grid_places() time: 0.001666697 new finest: 3
STEP = 40 TIME = 0.001637966645 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

...estimated hydro-limited timestep at level 0: 0.0009048461187
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009048461187

...estimated hydro-limited timestep at level 1: 0.0002695903584
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002695903584

...estimated hydro-limited timestep at level 2: 0.0001292598695
...hydro-limited CFL timestep constrained at (i,j) = (62,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001292598695

...estimated hydro-limited timestep at level 3: 6.336979975e-05
...hydro-limited CFL timestep constrained at (i,j) = (125,124)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.336979975e-05

[Level 0 step 41] ADVANCE at time 0.001637966645 with dt = 0.00016749751

[1m[32m  Beginning subcycle 1 starting at time 0.001637966645 with dt = 0.00016749751[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00087665 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7334324136

[Level 0 step 41] Advanced 1024 cells
[Level 1 step 81] ADVANCE at time 0.001637966645 with dt = 8.374875499e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001637966645 with dt = 8.374875499e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000876511 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 81] Advanced 1024 cells
[Level 2 step 161] ADVANCE at time 0.001637966645 with dt = 4.187437749e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001637966645 with dt = 4.187437749e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000904101 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 161] Advanced 1024 cells
[Level 3 step 321] ADVANCE at time 0.001637966645 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001637966645 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001360561 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 321] Advanced 1792 cells
[Level 3 step 322] ADVANCE at time 0.001658903834 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001658903834 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001343376 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 322] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000537979
[Level 2 step 162] ADVANCE at time 0.001679841023 with dt = 4.187437749e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001679841023 with dt = 4.187437749e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000907637 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 162] Advanced 1024 cells
[Level 3 step 323] ADVANCE at time 0.001679841023 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001679841023 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00137891 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 323] Advanced 1792 cells
[Level 3 step 324] ADVANCE at time 0.001700778212 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001700778212 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001363455 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 324] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.00051157
Castro::reflux() at level 1 : time = 0.000527141
Now regridding at level lbase = 2
grid_places() time: 0.000627653 new finest: 3
TIME = 0.0017217154 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 82] ADVANCE at time 0.0017217154 with dt = 8.374875499e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0017217154 with dt = 8.374875499e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00087185 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 82] Advanced 1024 cells
[Level 2 step 163] ADVANCE at time 0.0017217154 with dt = 4.187437749e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0017217154 with dt = 4.187437749e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000900185 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 163] Advanced 1024 cells
[Level 3 step 325] ADVANCE at time 0.0017217154 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0017217154 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001343742 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 325] Advanced 1792 cells
[Level 3 step 326] ADVANCE at time 0.001742652589 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001742652589 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001340562 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 326] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000510161
[Level 2 step 164] ADVANCE at time 0.001763589778 with dt = 4.187437749e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001763589778 with dt = 4.187437749e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000924684 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 164] Advanced 1024 cells
[Level 3 step 327] ADVANCE at time 0.001763589778 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001763589778 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001357655 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 327] Advanced 1792 cells
[Level 3 step 328] ADVANCE at time 0.001784526967 with dt = 2.093718875e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001784526967 with dt = 2.093718875e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001358493 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 328] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.00052791
Castro::reflux() at level 1 : time = 0.00047758
Castro::reflux() at level 0 : time = 0.000380162

TIME= 0.001805464155 MASS        = 1
TIME= 0.001805464155 XMOM        = -8.683538396e-19
TIME= 0.001805464155 YMOM        = 2.081668156e-17
TIME= 0.001805464155 ZMOM        = 0
TIME= 0.001805464155 ANG MOM X   = 0
TIME= 0.001805464155 ANG MOM Y   = 0
TIME= 0.001805464155 ANG MOM Z   = 2.324652248e-20
TIME= 0.001805464155 RHO*e       = 0.8328713804
TIME= 0.001805464155 RHO*K       = 0.1657351318
TIME= 0.001805464155 RHO*E       = 0.9986065123
TIME= 0.001805464155 CENTER OF MASS X-LOC = 0.5
TIME= 0.001805464155 CENTER OF MASS X-VEL = -8.683538396e-19
TIME= 0.001805464155 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001805464155 CENTER OF MASS Y-VEL = 2.081668156e-17
TIME= 0.001805464155 CENTER OF MASS Z-LOC = 0
TIME= 0.001805464155 CENTER OF MASS Z-VEL = 0
TIME= 0.001805464155 MAXIMUM TEMPERATURE  = 6.091150029e-06
TIME= 0.001805464155 MAXIMUM DENSITY      = 2.381550476

[STEP 41] Coarse TimeStep time: 0.040321876
[STEP 41] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 41 TIME = 0.001805464155 DT = 0.00016749751

...estimated hydro-limited timestep at level 0: 0.0008834904721
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008834904721

...estimated hydro-limited timestep at level 1: 0.0002759741933
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002759741933

...estimated hydro-limited timestep at level 2: 0.0001324188065
...hydro-limited CFL timestep constrained at (i,j) = (65,65)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001324188065

...estimated hydro-limited timestep at level 3: 6.481573584e-05
...hydro-limited CFL timestep constrained at (i,j) = (127,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.481573584e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0008834904721
 ... but limiting to: 0.000184247261 = 1.1 * 0.00016749751
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002759741933
 ... but limiting to: 9.212363049e-05 = 1.1 * 8.374875499e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001324188065
 ... but limiting to: 4.606181524e-05 = 1.1 * 4.187437749e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.481573584e-05
 ... but limiting to: 2.303090762e-05 = 1.1 * 2.093718875e-05
Now regridding at level lbase = 1
grid_places() time: 0.00128884 new finest: 3
TIME = 0.001805464155 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 0 step 42] ADVANCE at time 0.001805464155 with dt = 0.000184247261

[1m[32m  Beginning subcycle 1 starting at time 0.001805464155 with dt = 0.000184247261[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000839778 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7597138016

[Level 0 step 42] Advanced 1024 cells
[Level 1 step 83] ADVANCE at time 0.001805464155 with dt = 9.212363049e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001805464155 with dt = 9.212363049e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000869665 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 83] Advanced 1024 cells
[Level 2 step 165] ADVANCE at time 0.001805464155 with dt = 4.606181524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001805464155 with dt = 4.606181524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00091337 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 165] Advanced 1024 cells
[Level 3 step 329] ADVANCE at time 0.001805464155 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001805464155 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001346112 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 329] Advanced 1792 cells
[Level 3 step 330] ADVANCE at time 0.001828495063 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001828495063 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001346338 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 330] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000525304
[Level 2 step 166] ADVANCE at time 0.001851525971 with dt = 4.606181524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001851525971 with dt = 4.606181524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000911818 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 166] Advanced 1024 cells
[Level 3 step 331] ADVANCE at time 0.001851525971 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001851525971 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001351297 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 331] Advanced 1792 cells
[Level 3 step 332] ADVANCE at time 0.001874556878 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001874556878 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001330284 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 332] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000502339
Castro::reflux() at level 1 : time = 0.000495667
Now regridding at level lbase = 2
grid_places() time: 0.000648435 new finest: 3
TIME = 0.001897587786 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 84] ADVANCE at time 0.001897587786 with dt = 9.212363049e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001897587786 with dt = 9.212363049e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000878647 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 84] Advanced 1024 cells
[Level 2 step 167] ADVANCE at time 0.001897587786 with dt = 4.606181524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001897587786 with dt = 4.606181524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000906225 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 167] Advanced 1024 cells
[Level 3 step 333] ADVANCE at time 0.001897587786 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001897587786 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001344841 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 333] Advanced 1792 cells
[Level 3 step 334] ADVANCE at time 0.001920618693 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001920618693 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001363352 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 334] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000539245
[Level 2 step 168] ADVANCE at time 0.001943649601 with dt = 4.606181524e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001943649601 with dt = 4.606181524e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000933141 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 168] Advanced 1024 cells
[Level 3 step 335] ADVANCE at time 0.001943649601 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001943649601 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001348023 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 335] Advanced 1792 cells
[Level 3 step 336] ADVANCE at time 0.001966680509 with dt = 2.303090762e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001966680509 with dt = 2.303090762e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001359488 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 336] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000525596
Castro::reflux() at level 1 : time = 0.000485769
Castro::reflux() at level 0 : time = 0.000377412

TIME= 0.001989711416 MASS        = 1
TIME= 0.001989711416 XMOM        = -1.332497327e-19
TIME= 0.001989711416 YMOM        = 1.734723327e-18
TIME= 0.001989711416 ZMOM        = 0
TIME= 0.001989711416 ANG MOM X   = 0
TIME= 0.001989711416 ANG MOM Y   = 0
TIME= 0.001989711416 ANG MOM Z   = 2.222344241e-20
TIME= 0.001989711416 RHO*e       = 0.8310834909
TIME= 0.001989711416 RHO*K       = 0.1675230213
TIME= 0.001989711416 RHO*E       = 0.9986065123
TIME= 0.001989711416 CENTER OF MASS X-LOC = 0.5
TIME= 0.001989711416 CENTER OF MASS X-VEL = -1.332497327e-19
TIME= 0.001989711416 CENTER OF MASS Y-LOC = 0.5
TIME= 0.001989711416 CENTER OF MASS Y-VEL = 1.734723327e-18
TIME= 0.001989711416 CENTER OF MASS Z-LOC = 0
TIME= 0.001989711416 CENTER OF MASS Z-VEL = 0
TIME= 0.001989711416 MAXIMUM TEMPERATURE  = 5.902233673e-06
TIME= 0.001989711416 MAXIMUM DENSITY      = 2.450708709

[STEP 42] Coarse TimeStep time: 0.039212549
[STEP 42] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 42 TIME = 0.001989711416 DT = 0.000184247261

...estimated hydro-limited timestep at level 0: 0.0008577655376
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008577655376

...estimated hydro-limited timestep at level 1: 0.0002827005464
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002827005464

...estimated hydro-limited timestep at level 2: 0.0001351976083
...hydro-limited CFL timestep constrained at (i,j) = (63,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001351976083

...estimated hydro-limited timestep at level 3: 6.646891952e-05
...hydro-limited CFL timestep constrained at (i,j) = (130,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.646891952e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0008577655376
 ... but limiting to: 0.0002026719871 = 1.1 * 0.000184247261
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002827005464
 ... but limiting to: 0.0001013359935 = 1.1 * 9.212363049e-05
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001351976083
 ... but limiting to: 5.066799677e-05 = 1.1 * 4.606181524e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.646891952e-05
 ... but limiting to: 2.533399838e-05 = 1.1 * 2.303090762e-05
Now regridding at level lbase = 0
grid_places() time: 0.001684577 new finest: 3
STEP = 42 TIME = 0.001989711416 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

...estimated hydro-limited timestep at level 0: 0.0008577655376
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008577655376

...estimated hydro-limited timestep at level 1: 0.0002827005464
...hydro-limited CFL timestep constrained at (i,j) = (32,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002827005464

...estimated hydro-limited timestep at level 2: 0.0001351976083
...hydro-limited CFL timestep constrained at (i,j) = (63,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001351976083

...estimated hydro-limited timestep at level 3: 6.646891952e-05
...hydro-limited CFL timestep constrained at (i,j) = (130,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.646891952e-05

[Level 0 step 43] ADVANCE at time 0.001989711416 with dt = 0.0002026719871

[1m[32m  Beginning subcycle 1 starting at time 0.001989711416 with dt = 0.0002026719871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000854656 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.752571531

[Level 0 step 43] Advanced 1024 cells
[Level 1 step 85] ADVANCE at time 0.001989711416 with dt = 0.0001013359935

[1m[32m  Beginning subcycle 1 starting at time 0.001989711416 with dt = 0.0001013359935[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000872581 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 85] Advanced 1024 cells
[Level 2 step 169] ADVANCE at time 0.001989711416 with dt = 5.066799677e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001989711416 with dt = 5.066799677e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000921204 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 169] Advanced 1024 cells
[Level 3 step 337] ADVANCE at time 0.001989711416 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.001989711416 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001360174 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 337] Advanced 1792 cells
[Level 3 step 338] ADVANCE at time 0.002015045415 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002015045415 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001373872 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 338] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000538952
[Level 2 step 170] ADVANCE at time 0.002040379413 with dt = 5.066799677e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002040379413 with dt = 5.066799677e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000927083 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 170] Advanced 1024 cells
[Level 3 step 339] ADVANCE at time 0.002040379413 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002040379413 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001351541 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 339] Advanced 1792 cells
[Level 3 step 340] ADVANCE at time 0.002065713411 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002065713411 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001379662 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 340] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000516101
Castro::reflux() at level 1 : time = 0.00051015
Now regridding at level lbase = 2
grid_places() time: 0.000632112 new finest: 3
TIME = 0.00209104741 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 86] ADVANCE at time 0.00209104741 with dt = 0.0001013359935

[1m[32m  Beginning subcycle 1 starting at time 0.00209104741 with dt = 0.0001013359935[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000871154 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 86] Advanced 1024 cells
[Level 2 step 171] ADVANCE at time 0.00209104741 with dt = 5.066799677e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00209104741 with dt = 5.066799677e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000911437 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 171] Advanced 1024 cells
[Level 3 step 341] ADVANCE at time 0.00209104741 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00209104741 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001350947 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 341] Advanced 1792 cells
[Level 3 step 342] ADVANCE at time 0.002116381408 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002116381408 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001338346 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 342] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000550294
[Level 2 step 172] ADVANCE at time 0.002141715407 with dt = 5.066799677e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002141715407 with dt = 5.066799677e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00091374 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 172] Advanced 1024 cells
[Level 3 step 343] ADVANCE at time 0.002141715407 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002141715407 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001347794 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 343] Advanced 1792 cells
[Level 3 step 344] ADVANCE at time 0.002167049405 with dt = 2.533399838e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002167049405 with dt = 2.533399838e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001369856 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 344] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000520092
Castro::reflux() at level 1 : time = 0.000472897
Castro::reflux() at level 0 : time = 0.000390472

TIME= 0.002192383403 MASS        = 1
TIME= 0.002192383403 XMOM        = -4.253929678e-19
TIME= 0.002192383403 YMOM        = -1.0408341e-17
TIME= 0.002192383403 ZMOM        = 0
TIME= 0.002192383403 ANG MOM X   = 0
TIME= 0.002192383403 ANG MOM Y   = 0
TIME= 0.002192383403 ANG MOM Z   = 4.636838434e-20
TIME= 0.002192383403 RHO*e       = 0.8291337768
TIME= 0.002192383403 RHO*K       = 0.1694727355
TIME= 0.002192383403 RHO*E       = 0.9986065123
TIME= 0.002192383403 CENTER OF MASS X-LOC = 0.5
TIME= 0.002192383403 CENTER OF MASS X-VEL = -4.253929678e-19
TIME= 0.002192383403 CENTER OF MASS Y-LOC = 0.5
TIME= 0.002192383403 CENTER OF MASS Y-VEL = -1.0408341e-17
TIME= 0.002192383403 CENTER OF MASS Z-LOC = 0
TIME= 0.002192383403 CENTER OF MASS Z-VEL = 0
TIME= 0.002192383403 MAXIMUM TEMPERATURE  = 5.729473199e-06
TIME= 0.002192383403 MAXIMUM DENSITY      = 2.525478156

[STEP 43] Coarse TimeStep time: 0.040509577
[STEP 43] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 43 TIME = 0.002192383403 DT = 0.0002026719871

...estimated hydro-limited timestep at level 0: 0.0008291628424
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008291628424

...estimated hydro-limited timestep at level 1: 0.0002894789012
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002894789012

...estimated hydro-limited timestep at level 2: 0.0001383358603
...hydro-limited CFL timestep constrained at (i,j) = (63,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001383358603

...estimated hydro-limited timestep at level 3: 6.821062607e-05
...hydro-limited CFL timestep constrained at (i,j) = (130,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.821062607e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0008291628424
 ... but limiting to: 0.0002229391858 = 1.1 * 0.0002026719871
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002894789012
 ... but limiting to: 0.0001114695929 = 1.1 * 0.0001013359935
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001383358603
 ... but limiting to: 5.573479645e-05 = 1.1 * 5.066799677e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.821062607e-05
 ... but limiting to: 2.786739822e-05 = 1.1 * 2.533399838e-05
Now regridding at level lbase = 1
grid_places() time: 0.001240675 new finest: 3
TIME = 0.002192383403 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 0 step 44] ADVANCE at time 0.002192383403 with dt = 0.0002229391858

[1m[32m  Beginning subcycle 1 starting at time 0.002192383403 with dt = 0.0002229391858[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.0008538 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7546480127

[Level 0 step 44] Advanced 1024 cells
[Level 1 step 87] ADVANCE at time 0.002192383403 with dt = 0.0001114695929

[1m[32m  Beginning subcycle 1 starting at time 0.002192383403 with dt = 0.0001114695929[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000870772 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 87] Advanced 1024 cells
[Level 2 step 173] ADVANCE at time 0.002192383403 with dt = 5.573479645e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002192383403 with dt = 5.573479645e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000919279 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 173] Advanced 1024 cells
[Level 3 step 345] ADVANCE at time 0.002192383403 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002192383403 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001357297 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 345] Advanced 1792 cells
[Level 3 step 346] ADVANCE at time 0.002220250802 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002220250802 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001365294 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 346] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000547789
[Level 2 step 174] ADVANCE at time 0.0022481182 with dt = 5.573479645e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0022481182 with dt = 5.573479645e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00092736 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 174] Advanced 1024 cells
[Level 3 step 347] ADVANCE at time 0.0022481182 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0022481182 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001351075 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 347] Advanced 1792 cells
[Level 3 step 348] ADVANCE at time 0.002275985598 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002275985598 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001337554 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 348] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000511729
Castro::reflux() at level 1 : time = 0.000500133
Now regridding at level lbase = 2
grid_places() time: 0.00064276 new finest: 3
TIME = 0.002303852996 : REGRID  with lbase = 2
  Level 3   4 grids  1792 cells  2.734375 % of domain
            smallest grid: 16 x 8  biggest grid: 48 x 16

[Level 1 step 88] ADVANCE at time 0.002303852996 with dt = 0.0001114695929

[1m[32m  Beginning subcycle 1 starting at time 0.002303852996 with dt = 0.0001114695929[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.0008848 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 88] Advanced 1024 cells
[Level 2 step 175] ADVANCE at time 0.002303852996 with dt = 5.573479645e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002303852996 with dt = 5.573479645e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000915661 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 175] Advanced 1024 cells
[Level 3 step 349] ADVANCE at time 0.002303852996 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002303852996 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001384713 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 349] Advanced 1792 cells
[Level 3 step 350] ADVANCE at time 0.002331720394 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002331720394 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001366489 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 350] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000548504
[Level 2 step 176] ADVANCE at time 0.002359587793 with dt = 5.573479645e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002359587793 with dt = 5.573479645e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000929107 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 176] Advanced 1024 cells
[Level 3 step 351] ADVANCE at time 0.002359587793 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002359587793 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001331529 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 351] Advanced 1792 cells
[Level 3 step 352] ADVANCE at time 0.002387455191 with dt = 2.786739822e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002387455191 with dt = 2.786739822e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001351184 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 352] Advanced 1792 cells
Castro::reflux() at level 2 : time = 0.000498274
Castro::reflux() at level 1 : time = 0.000483246
Castro::reflux() at level 0 : time = 0.000380123

TIME= 0.002415322589 MASS        = 1
TIME= 0.002415322589 XMOM        = -1.04801825e-18
TIME= 0.002415322589 YMOM        = -1.485731682e-25
TIME= 0.002415322589 ZMOM        = 0
TIME= 0.002415322589 ANG MOM X   = 0
TIME= 0.002415322589 ANG MOM Y   = 0
TIME= 0.002415322589 ANG MOM Z   = 5.581857311e-20
TIME= 0.002415322589 RHO*e       = 0.8274682848
TIME= 0.002415322589 RHO*K       = 0.1711382274
TIME= 0.002415322589 RHO*E       = 0.9986065123
TIME= 0.002415322589 CENTER OF MASS X-LOC = 0.5
TIME= 0.002415322589 CENTER OF MASS X-VEL = -1.04801825e-18
TIME= 0.002415322589 CENTER OF MASS Y-LOC = 0.5
TIME= 0.002415322589 CENTER OF MASS Y-VEL = -1.485731682e-25
TIME= 0.002415322589 CENTER OF MASS Z-LOC = 0
TIME= 0.002415322589 CENTER OF MASS Z-VEL = 0
TIME= 0.002415322589 MAXIMUM TEMPERATURE  = 5.579146386e-06
TIME= 0.002415322589 MAXIMUM DENSITY      = 2.612467854

[STEP 44] Coarse TimeStep time: 0.039500449
[STEP 44] FAB kilobyte spread across MPI nodes: [6154 ... 6154]


STEP = 44 TIME = 0.002415322589 DT = 0.0002229391858

...estimated hydro-limited timestep at level 0: 0.0007983341942
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007983341942

...estimated hydro-limited timestep at level 1: 0.0002960188569
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002960188569

...estimated hydro-limited timestep at level 2: 0.0001415429444
...hydro-limited CFL timestep constrained at (i,j) = (63,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001415429444

...estimated hydro-limited timestep at level 3: 6.992478469e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.992478469e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0007983341942
 ... but limiting to: 0.0002452331044 = 1.1 * 0.0002229391858
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0002960188569
 ... but limiting to: 0.0001226165522 = 1.1 * 0.0001114695929
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001415429444
 ... but limiting to: 6.130827609e-05 = 1.1 * 5.573479645e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 6.992478469e-05
 ... but limiting to: 3.065413804e-05 = 1.1 * 2.786739822e-05
Now regridding at level lbase = 0
grid_places() time: 0.001624489 new finest: 3
STEP = 44 TIME = 0.002415322589 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007983341942
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007983341942

...estimated hydro-limited timestep at level 1: 0.0002960188569
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0002960188569

...estimated hydro-limited timestep at level 2: 0.0001415429444
...hydro-limited CFL timestep constrained at (i,j) = (63,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001415429444

...estimated hydro-limited timestep at level 3: 6.992478469e-05
...hydro-limited CFL timestep constrained at (i,j) = (124,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 6.992478469e-05

[Level 0 step 45] ADVANCE at time 0.002415322589 with dt = 0.0002452331044

[1m[32m  Beginning subcycle 1 starting at time 0.002415322589 with dt = 0.0002452331044[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000853207 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7533865609

[Level 0 step 45] Advanced 1024 cells
[Level 1 step 89] ADVANCE at time 0.002415322589 with dt = 0.0001226165522

[1m[32m  Beginning subcycle 1 starting at time 0.002415322589 with dt = 0.0001226165522[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000866424 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 89] Advanced 1024 cells
[Level 2 step 177] ADVANCE at time 0.002415322589 with dt = 6.130827609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002415322589 with dt = 6.130827609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000922469 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 177] Advanced 1024 cells
[Level 3 step 353] ADVANCE at time 0.002415322589 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002415322589 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001733592 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 353] Advanced 2304 cells
[Level 3 step 354] ADVANCE at time 0.002445976727 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002445976727 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001422062 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 354] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000527388
[Level 2 step 178] ADVANCE at time 0.002476630865 with dt = 6.130827609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002476630865 with dt = 6.130827609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000928847 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 178] Advanced 1024 cells
[Level 3 step 355] ADVANCE at time 0.002476630865 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002476630865 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001433273 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 355] Advanced 2304 cells
[Level 3 step 356] ADVANCE at time 0.002507285003 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002507285003 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001418851 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 356] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000490428
Castro::reflux() at level 1 : time = 0.000502372
Now regridding at level lbase = 2
grid_places() time: 0.0006375 new finest: 3
TIME = 0.002537939141 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 90] ADVANCE at time 0.002537939141 with dt = 0.0001226165522

[1m[32m  Beginning subcycle 1 starting at time 0.002537939141 with dt = 0.0001226165522[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000867391 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 90] Advanced 1024 cells
[Level 2 step 179] ADVANCE at time 0.002537939141 with dt = 6.130827609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002537939141 with dt = 6.130827609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000926585 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 179] Advanced 1024 cells
[Level 3 step 357] ADVANCE at time 0.002537939141 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002537939141 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00143172 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 357] Advanced 2304 cells
[Level 3 step 358] ADVANCE at time 0.002568593279 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002568593279 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001430296 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 358] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000516281
[Level 2 step 180] ADVANCE at time 0.002599247417 with dt = 6.130827609e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002599247417 with dt = 6.130827609e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000934749 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 180] Advanced 1024 cells
[Level 3 step 359] ADVANCE at time 0.002599247417 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002599247417 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001419702 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 359] Advanced 2304 cells
[Level 3 step 360] ADVANCE at time 0.002629901555 with dt = 3.065413804e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002629901555 with dt = 3.065413804e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001429606 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 360] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.00048644
Castro::reflux() at level 1 : time = 0.000475854
Castro::reflux() at level 0 : time = 0.000390415

TIME= 0.002660555693 MASS        = 1
TIME= 0.002660555693 XMOM        = -1.265481891e-18
TIME= 0.002660555693 YMOM        = 7.266329037e-18
TIME= 0.002660555693 ZMOM        = 0
TIME= 0.002660555693 ANG MOM X   = 0
TIME= 0.002660555693 ANG MOM Y   = 0
TIME= 0.002660555693 ANG MOM Z   = 5.842342418e-20
TIME= 0.002660555693 RHO*e       = 0.8255090223
TIME= 0.002660555693 RHO*K       = 0.17309749
TIME= 0.002660555693 RHO*E       = 0.9986065123
TIME= 0.002660555693 CENTER OF MASS X-LOC = 0.5
TIME= 0.002660555693 CENTER OF MASS X-VEL = -1.265481891e-18
TIME= 0.002660555693 CENTER OF MASS Y-LOC = 0.5
TIME= 0.002660555693 CENTER OF MASS Y-VEL = 7.266329037e-18
TIME= 0.002660555693 CENTER OF MASS Z-LOC = 0
TIME= 0.002660555693 CENTER OF MASS Z-VEL = 0
TIME= 0.002660555693 MAXIMUM TEMPERATURE  = 5.428726395e-06
TIME= 0.002660555693 MAXIMUM DENSITY      = 2.654525294

[STEP 45] Coarse TimeStep time: 0.042333755
[STEP 45] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 45 TIME = 0.002660555693 DT = 0.0002452331044

...estimated hydro-limited timestep at level 0: 0.0007690561454
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007690561454

...estimated hydro-limited timestep at level 1: 0.0003019465236
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003019465236

...estimated hydro-limited timestep at level 2: 0.0001447637811
...hydro-limited CFL timestep constrained at (i,j) = (63,61)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001447637811

...estimated hydro-limited timestep at level 3: 7.126329676e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.126329676e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0007690561454
 ... but limiting to: 0.0002697564148 = 1.1 * 0.0002452331044
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003019465236
 ... but limiting to: 0.0001348782074 = 1.1 * 0.0001226165522
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001447637811
 ... but limiting to: 6.74391037e-05 = 1.1 * 6.130827609e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.126329676e-05
 ... but limiting to: 3.371955185e-05 = 1.1 * 3.065413804e-05
Now regridding at level lbase = 1
grid_places() time: 0.001254282 new finest: 3
TIME = 0.002660555693 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 0 step 46] ADVANCE at time 0.002660555693 with dt = 0.0002697564148

[1m[32m  Beginning subcycle 1 starting at time 0.002660555693 with dt = 0.0002697564148[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000852451 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7620595553

[Level 0 step 46] Advanced 1024 cells
[Level 1 step 91] ADVANCE at time 0.002660555693 with dt = 0.0001348782074

[1m[32m  Beginning subcycle 1 starting at time 0.002660555693 with dt = 0.0001348782074[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00087985 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 91] Advanced 1024 cells
[Level 2 step 181] ADVANCE at time 0.002660555693 with dt = 6.74391037e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002660555693 with dt = 6.74391037e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000937899 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 181] Advanced 1024 cells
[Level 3 step 361] ADVANCE at time 0.002660555693 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002660555693 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001419104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 361] Advanced 2304 cells
[Level 3 step 362] ADVANCE at time 0.002694275245 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002694275245 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00144152 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 362] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000516305
[Level 2 step 182] ADVANCE at time 0.002727994797 with dt = 6.74391037e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002727994797 with dt = 6.74391037e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000940461 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 182] Advanced 1024 cells
[Level 3 step 363] ADVANCE at time 0.002727994797 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002727994797 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001412674 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 363] Advanced 2304 cells
[Level 3 step 364] ADVANCE at time 0.002761714349 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002761714349 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001438896 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 364] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000491324
Castro::reflux() at level 1 : time = 0.000496671
Now regridding at level lbase = 2
grid_places() time: 0.000641115 new finest: 3
TIME = 0.002795433901 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 92] ADVANCE at time 0.002795433901 with dt = 0.0001348782074

[1m[32m  Beginning subcycle 1 starting at time 0.002795433901 with dt = 0.0001348782074[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000889625 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 92] Advanced 1024 cells
[Level 2 step 183] ADVANCE at time 0.002795433901 with dt = 6.74391037e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002795433901 with dt = 6.74391037e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000952149 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 183] Advanced 1024 cells
[Level 3 step 365] ADVANCE at time 0.002795433901 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002795433901 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001439345 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 365] Advanced 2304 cells
[Level 3 step 366] ADVANCE at time 0.002829153453 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002829153453 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001424492 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 366] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000504171
[Level 2 step 184] ADVANCE at time 0.002862873005 with dt = 6.74391037e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002862873005 with dt = 6.74391037e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000930467 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 184] Advanced 1024 cells
[Level 3 step 367] ADVANCE at time 0.002862873005 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002862873005 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001428423 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 367] Advanced 2304 cells
[Level 3 step 368] ADVANCE at time 0.002896592556 with dt = 3.371955185e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002896592556 with dt = 3.371955185e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001478544 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 368] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000485774
Castro::reflux() at level 1 : time = 0.000488296
Castro::reflux() at level 0 : time = 0.000400012

TIME= 0.002930312108 MASS        = 1
TIME= 0.002930312108 XMOM        = -2.29283793e-18
TIME= 0.002930312108 YMOM        = -1.671041702e-18
TIME= 0.002930312108 ZMOM        = 0
TIME= 0.002930312108 ANG MOM X   = 0
TIME= 0.002930312108 ANG MOM Y   = 0
TIME= 0.002930312108 ANG MOM Z   = 7.43260661e-20
TIME= 0.002930312108 RHO*e       = 0.8237327736
TIME= 0.002930312108 RHO*K       = 0.1748737387
TIME= 0.002930312108 RHO*E       = 0.9986065123
TIME= 0.002930312108 CENTER OF MASS X-LOC = 0.5
TIME= 0.002930312108 CENTER OF MASS X-VEL = -2.29283793e-18
TIME= 0.002930312108 CENTER OF MASS Y-LOC = 0.5
TIME= 0.002930312108 CENTER OF MASS Y-VEL = -1.671041702e-18
TIME= 0.002930312108 CENTER OF MASS Z-LOC = 0
TIME= 0.002930312108 CENTER OF MASS Z-VEL = 0
TIME= 0.002930312108 MAXIMUM TEMPERATURE  = 5.272168479e-06
TIME= 0.002930312108 MAXIMUM DENSITY      = 2.730578478

[STEP 46] Coarse TimeStep time: 0.040847363
[STEP 46] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 46 TIME = 0.002930312108 DT = 0.0002697564148

...estimated hydro-limited timestep at level 0: 0.0007447037708
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007447037708

...estimated hydro-limited timestep at level 1: 0.0003070468902
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003070468902

...estimated hydro-limited timestep at level 2: 0.0001472441264
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001472441264

...estimated hydro-limited timestep at level 3: 7.263702538e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.263702538e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0007447037708
 ... but limiting to: 0.0002967320563 = 1.1 * 0.0002697564148
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003070468902
 ... but limiting to: 0.0001483660281 = 1.1 * 0.0001348782074
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001472441264
 ... but limiting to: 7.418301407e-05 = 1.1 * 6.74391037e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.263702538e-05
 ... but limiting to: 3.709150703e-05 = 1.1 * 3.371955185e-05
Now regridding at level lbase = 0
grid_places() time: 0.001613668 new finest: 3
STEP = 46 TIME = 0.002930312108 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007447037708
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007447037708

...estimated hydro-limited timestep at level 1: 0.0003070468902
...hydro-limited CFL timestep constrained at (i,j) = (32,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003070468902

...estimated hydro-limited timestep at level 2: 0.0001472441264
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001472441264

...estimated hydro-limited timestep at level 3: 7.263702538e-05
...hydro-limited CFL timestep constrained at (i,j) = (131,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.263702538e-05

[Level 0 step 47] ADVANCE at time 0.002930312108 with dt = 0.0002967320563

[1m[32m  Beginning subcycle 1 starting at time 0.002930312108 with dt = 0.0002967320563[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000849423 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.767262469

[Level 0 step 47] Advanced 1024 cells
[Level 1 step 93] ADVANCE at time 0.002930312108 with dt = 0.0001483660281

[1m[32m  Beginning subcycle 1 starting at time 0.002930312108 with dt = 0.0001483660281[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00088869 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 93] Advanced 1024 cells
[Level 2 step 185] ADVANCE at time 0.002930312108 with dt = 7.418301407e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002930312108 with dt = 7.418301407e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000942613 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 185] Advanced 1024 cells
[Level 3 step 369] ADVANCE at time 0.002930312108 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002930312108 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001466572 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 369] Advanced 2304 cells
[Level 3 step 370] ADVANCE at time 0.002967403615 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.002967403615 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001434343 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 370] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.00050342
[Level 2 step 186] ADVANCE at time 0.003004495122 with dt = 7.418301407e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003004495122 with dt = 7.418301407e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000942715 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 186] Advanced 1024 cells
[Level 3 step 371] ADVANCE at time 0.003004495122 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003004495122 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001447449 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 371] Advanced 2304 cells
[Level 3 step 372] ADVANCE at time 0.003041586629 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003041586629 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001455559 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 372] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000485767
Castro::reflux() at level 1 : time = 0.000485385
Now regridding at level lbase = 2
grid_places() time: 0.000636278 new finest: 3
TIME = 0.003078678136 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 94] ADVANCE at time 0.003078678136 with dt = 0.0001483660281

[1m[32m  Beginning subcycle 1 starting at time 0.003078678136 with dt = 0.0001483660281[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000900272 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 94] Advanced 1024 cells
[Level 2 step 187] ADVANCE at time 0.003078678136 with dt = 7.418301407e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003078678136 with dt = 7.418301407e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000928251 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 187] Advanced 1024 cells
[Level 3 step 373] ADVANCE at time 0.003078678136 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003078678136 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001454063 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 373] Advanced 2304 cells
[Level 3 step 374] ADVANCE at time 0.003115769643 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003115769643 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001454559 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 374] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000531948
[Level 2 step 188] ADVANCE at time 0.00315286115 with dt = 7.418301407e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00315286115 with dt = 7.418301407e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000936315 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 188] Advanced 1024 cells
[Level 3 step 375] ADVANCE at time 0.00315286115 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00315286115 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001456901 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 375] Advanced 2304 cells
[Level 3 step 376] ADVANCE at time 0.003189952657 with dt = 3.709150703e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003189952657 with dt = 3.709150703e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001505339 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 376] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000512444
Castro::reflux() at level 1 : time = 0.000475721
Castro::reflux() at level 0 : time = 0.000403876

TIME= 0.003227044165 MASS        = 1
TIME= 0.003227044165 XMOM        = -1.310635143e-18
TIME= 0.003227044165 YMOM        = 4.673019015e-18
TIME= 0.003227044165 ZMOM        = 0
TIME= 0.003227044165 ANG MOM X   = 0
TIME= 0.003227044165 ANG MOM Y   = 0
TIME= 0.003227044165 ANG MOM Z   = 5.242294495e-20
TIME= 0.003227044165 RHO*e       = 0.8222510567
TIME= 0.003227044165 RHO*K       = 0.1763554555
TIME= 0.003227044165 RHO*E       = 0.9986065123
TIME= 0.003227044165 CENTER OF MASS X-LOC = 0.5
TIME= 0.003227044165 CENTER OF MASS X-VEL = -1.310635143e-18
TIME= 0.003227044165 CENTER OF MASS Y-LOC = 0.5
TIME= 0.003227044165 CENTER OF MASS Y-VEL = 4.673019015e-18
TIME= 0.003227044165 CENTER OF MASS Z-LOC = 0
TIME= 0.003227044165 CENTER OF MASS Z-VEL = 0
TIME= 0.003227044165 MAXIMUM TEMPERATURE  = 5.127485897e-06
TIME= 0.003227044165 MAXIMUM DENSITY      = 2.765689414

[STEP 47] Coarse TimeStep time: 0.042035618
[STEP 47] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 47 TIME = 0.003227044165 DT = 0.0002967320563

...estimated hydro-limited timestep at level 0: 0.0007255543848
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007255543848

...estimated hydro-limited timestep at level 1: 0.000311397608
...hydro-limited CFL timestep constrained at (i,j) = (31,32)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000311397608

...estimated hydro-limited timestep at level 2: 0.000149405734
...hydro-limited CFL timestep constrained at (i,j) = (62,61)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000149405734

...estimated hydro-limited timestep at level 3: 7.396983713e-05
...hydro-limited CFL timestep constrained at (i,j) = (132,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.396983713e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0007255543848
 ... but limiting to: 0.0003264052619 = 1.1 * 0.0002967320563
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.000311397608
 ... but limiting to: 0.000163202631 = 1.1 * 0.0001483660281
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.000149405734
 ... but limiting to: 8.160131548e-05 = 1.1 * 7.418301407e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.396983713e-05
 ... but limiting to: 4.080065774e-05 = 1.1 * 3.709150703e-05
Now regridding at level lbase = 1
grid_places() time: 0.00126005 new finest: 3
TIME = 0.003227044165 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 0 step 48] ADVANCE at time 0.003227044165 with dt = 0.0003264052619

[1m[32m  Beginning subcycle 1 starting at time 0.003227044165 with dt = 0.0003264052619[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000857955 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7641619964

[Level 0 step 48] Advanced 1024 cells
[Level 1 step 95] ADVANCE at time 0.003227044165 with dt = 0.000163202631

[1m[32m  Beginning subcycle 1 starting at time 0.003227044165 with dt = 0.000163202631[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000875989 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 95] Advanced 1024 cells
[Level 2 step 189] ADVANCE at time 0.003227044165 with dt = 8.160131548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003227044165 with dt = 8.160131548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000933364 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 189] Advanced 1024 cells
[Level 3 step 377] ADVANCE at time 0.003227044165 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003227044165 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001447709 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 377] Advanced 2304 cells
[Level 3 step 378] ADVANCE at time 0.003267844822 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003267844822 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001458533 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 378] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000512847
[Level 2 step 190] ADVANCE at time 0.00330864548 with dt = 8.160131548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00330864548 with dt = 8.160131548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000950946 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 190] Advanced 1024 cells
[Level 3 step 379] ADVANCE at time 0.00330864548 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00330864548 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00145426 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 379] Advanced 2304 cells
[Level 3 step 380] ADVANCE at time 0.003349446138 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003349446138 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001467583 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 380] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000488455
Castro::reflux() at level 1 : time = 0.000492496
Now regridding at level lbase = 2
grid_places() time: 0.000640574 new finest: 3
TIME = 0.003390246795 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 96] ADVANCE at time 0.003390246795 with dt = 0.000163202631

[1m[32m  Beginning subcycle 1 starting at time 0.003390246795 with dt = 0.000163202631[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000881432 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 96] Advanced 1024 cells
[Level 2 step 191] ADVANCE at time 0.003390246795 with dt = 8.160131548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003390246795 with dt = 8.160131548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000934921 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 191] Advanced 1024 cells
[Level 3 step 381] ADVANCE at time 0.003390246795 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003390246795 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001453669 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 381] Advanced 2304 cells
[Level 3 step 382] ADVANCE at time 0.003431047453 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003431047453 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001447853 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 382] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000498761
[Level 2 step 192] ADVANCE at time 0.003471848111 with dt = 8.160131548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003471848111 with dt = 8.160131548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000932851 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 192] Advanced 1024 cells
[Level 3 step 383] ADVANCE at time 0.003471848111 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003471848111 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001434657 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 383] Advanced 2304 cells
[Level 3 step 384] ADVANCE at time 0.003512648769 with dt = 4.080065774e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003512648769 with dt = 4.080065774e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001447054 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 384] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000510254
Castro::reflux() at level 1 : time = 0.000468429
Castro::reflux() at level 0 : time = 0.000402322

TIME= 0.003553449426 MASS        = 1
TIME= 0.003553449426 XMOM        = -1.11302196e-18
TIME= 0.003553449426 YMOM        = 1.079242015e-18
TIME= 0.003553449426 ZMOM        = 0
TIME= 0.003553449426 ANG MOM X   = 0
TIME= 0.003553449426 ANG MOM Y   = 0
TIME= 0.003553449426 ANG MOM Z   = 4.72993984e-20
TIME= 0.003553449426 RHO*e       = 0.8204902864
TIME= 0.003553449426 RHO*K       = 0.1781162258
TIME= 0.003553449426 RHO*E       = 0.9986065123
TIME= 0.003553449426 CENTER OF MASS X-LOC = 0.5
TIME= 0.003553449426 CENTER OF MASS X-VEL = -1.11302196e-18
TIME= 0.003553449426 CENTER OF MASS Y-LOC = 0.5
TIME= 0.003553449426 CENTER OF MASS Y-VEL = 1.079242015e-18
TIME= 0.003553449426 CENTER OF MASS Z-LOC = 0
TIME= 0.003553449426 CENTER OF MASS Z-VEL = 0
TIME= 0.003553449426 MAXIMUM TEMPERATURE  = 4.99362032e-06
TIME= 0.003553449426 MAXIMUM DENSITY      = 2.858289972

[STEP 48] Coarse TimeStep time: 0.041011574
[STEP 48] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 48 TIME = 0.003553449426 DT = 0.0003264052619

...estimated hydro-limited timestep at level 0: 0.0007087957207
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007087957207

...estimated hydro-limited timestep at level 1: 0.0003158914242
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003158914242

...estimated hydro-limited timestep at level 2: 0.0001515369479
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001515369479

...estimated hydro-limited timestep at level 3: 7.505723907e-05
...hydro-limited CFL timestep constrained at (i,j) = (132,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.505723907e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0007087957207
 ... but limiting to: 0.0003590457881 = 1.1 * 0.0003264052619
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003158914242
 ... but limiting to: 0.000179522894 = 1.1 * 0.000163202631
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001515369479
 ... but limiting to: 8.976144702e-05 = 1.1 * 8.160131548e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.505723907e-05
 ... but limiting to: 4.488072351e-05 = 1.1 * 4.080065774e-05
Now regridding at level lbase = 0
grid_places() time: 0.001646244 new finest: 3
STEP = 48 TIME = 0.003553449426 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007087957207
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007087957207

...estimated hydro-limited timestep at level 1: 0.0003158914242
...hydro-limited CFL timestep constrained at (i,j) = (31,31)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003158914242

...estimated hydro-limited timestep at level 2: 0.0001515369479
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001515369479

...estimated hydro-limited timestep at level 3: 7.505723907e-05
...hydro-limited CFL timestep constrained at (i,j) = (132,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.505723907e-05

[Level 0 step 49] ADVANCE at time 0.003553449426 with dt = 0.0003590457881

[1m[32m  Beginning subcycle 1 starting at time 0.003553449426 with dt = 0.0003590457881[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000854725 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7624527748

[Level 0 step 49] Advanced 1024 cells
[Level 1 step 97] ADVANCE at time 0.003553449426 with dt = 0.000179522894

[1m[32m  Beginning subcycle 1 starting at time 0.003553449426 with dt = 0.000179522894[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000870134 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 97] Advanced 1024 cells
[Level 2 step 193] ADVANCE at time 0.003553449426 with dt = 8.976144702e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003553449426 with dt = 8.976144702e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000939855 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 193] Advanced 1024 cells
[Level 3 step 385] ADVANCE at time 0.003553449426 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003553449426 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001443381 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 385] Advanced 2304 cells
[Level 3 step 386] ADVANCE at time 0.00359833015 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00359833015 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001466913 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 386] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000489493
[Level 2 step 194] ADVANCE at time 0.003643210873 with dt = 8.976144702e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003643210873 with dt = 8.976144702e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000939352 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 194] Advanced 1024 cells
[Level 3 step 387] ADVANCE at time 0.003643210873 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003643210873 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001446807 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 387] Advanced 2304 cells
[Level 3 step 388] ADVANCE at time 0.003688091597 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003688091597 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001457853 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 388] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000485754
Castro::reflux() at level 1 : time = 0.000493163
Now regridding at level lbase = 2
grid_places() time: 0.000628679 new finest: 3
TIME = 0.00373297232 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 98] ADVANCE at time 0.00373297232 with dt = 0.000179522894

[1m[32m  Beginning subcycle 1 starting at time 0.00373297232 with dt = 0.000179522894[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000883036 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 98] Advanced 1024 cells
[Level 2 step 195] ADVANCE at time 0.00373297232 with dt = 8.976144702e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00373297232 with dt = 8.976144702e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.0009451 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 195] Advanced 1024 cells
[Level 3 step 389] ADVANCE at time 0.00373297232 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00373297232 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001466933 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 389] Advanced 2304 cells
[Level 3 step 390] ADVANCE at time 0.003777853044 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003777853044 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001429856 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 390] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000515065
[Level 2 step 196] ADVANCE at time 0.003822733768 with dt = 8.976144702e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003822733768 with dt = 8.976144702e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00094186 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 196] Advanced 1024 cells
[Level 3 step 391] ADVANCE at time 0.003822733768 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003822733768 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001454031 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 391] Advanced 2304 cells
[Level 3 step 392] ADVANCE at time 0.003867614491 with dt = 4.488072351e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003867614491 with dt = 4.488072351e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0014261 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 392] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000505421
Castro::reflux() at level 1 : time = 0.000492915
Castro::reflux() at level 0 : time = 0.000393459

TIME= 0.003912495215 MASS        = 1
TIME= 0.003912495215 XMOM        = 1.817524209e-19
TIME= 0.003912495215 YMOM        = 1.006395536e-17
TIME= 0.003912495215 ZMOM        = 0
TIME= 0.003912495215 ANG MOM X   = 0
TIME= 0.003912495215 ANG MOM Y   = 0
TIME= 0.003912495215 ANG MOM Z   = 7.738034399e-20
TIME= 0.003912495215 RHO*e       = 0.8189519838
TIME= 0.003912495215 RHO*K       = 0.1796545284
TIME= 0.003912495215 RHO*E       = 0.9986065123
TIME= 0.003912495215 CENTER OF MASS X-LOC = 0.5
TIME= 0.003912495215 CENTER OF MASS X-VEL = 1.817524209e-19
TIME= 0.003912495215 CENTER OF MASS Y-LOC = 0.5
TIME= 0.003912495215 CENTER OF MASS Y-VEL = 1.006395536e-17
TIME= 0.003912495215 CENTER OF MASS Z-LOC = 0
TIME= 0.003912495215 CENTER OF MASS Z-VEL = 0
TIME= 0.003912495215 MAXIMUM TEMPERATURE  = 4.857795491e-06
TIME= 0.003912495215 MAXIMUM DENSITY      = 2.910761462

[STEP 49] Coarse TimeStep time: 0.041693277
[STEP 49] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 49 TIME = 0.003912495215 DT = 0.0003590457881

...estimated hydro-limited timestep at level 0: 0.0006954099971
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006954099971

...estimated hydro-limited timestep at level 1: 0.0003176755448
...hydro-limited CFL timestep constrained at (i,j) = (31,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003176755448

...estimated hydro-limited timestep at level 2: 0.0001536544717
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001536544717

...estimated hydro-limited timestep at level 3: 7.615847626e-05
...hydro-limited CFL timestep constrained at (i,j) = (132,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.615847626e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0006954099971
 ... but limiting to: 0.0003949503669 = 1.1 * 0.0003590457881
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003176755448
 ... but limiting to: 0.0001974751835 = 1.1 * 0.000179522894
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001536544717
 ... but limiting to: 9.873759173e-05 = 1.1 * 8.976144702e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.615847626e-05
 ... but limiting to: 4.936879586e-05 = 1.1 * 4.488072351e-05
Now regridding at level lbase = 1
grid_places() time: 0.001273087 new finest: 3
TIME = 0.003912495215 : REGRID  with lbase = 1
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 0 step 50] ADVANCE at time 0.003912495215 with dt = 0.0003949503669

[1m[32m  Beginning subcycle 1 starting at time 0.003912495215 with dt = 0.0003949503669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000857323 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7552836665

[Level 0 step 50] Advanced 1024 cells
[Level 1 step 99] ADVANCE at time 0.003912495215 with dt = 0.0001974751835

[1m[32m  Beginning subcycle 1 starting at time 0.003912495215 with dt = 0.0001974751835[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000881359 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 99] Advanced 1024 cells
[Level 2 step 197] ADVANCE at time 0.003912495215 with dt = 9.873759173e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003912495215 with dt = 9.873759173e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000939407 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 197] Advanced 1024 cells
[Level 3 step 393] ADVANCE at time 0.003912495215 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.003912495215 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001445523 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 393] Advanced 2304 cells
[Level 3 step 394] ADVANCE at time 0.00396186401 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00396186401 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00144523 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 394] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.00051325
[Level 2 step 198] ADVANCE at time 0.004011232806 with dt = 9.873759173e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004011232806 with dt = 9.873759173e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000941833 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 198] Advanced 1024 cells
[Level 3 step 395] ADVANCE at time 0.004011232806 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004011232806 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001442098 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 395] Advanced 2304 cells
[Level 3 step 396] ADVANCE at time 0.004060601602 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004060601602 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001455674 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 396] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000494381
Castro::reflux() at level 1 : time = 0.000508159
Now regridding at level lbase = 2
grid_places() time: 0.000625774 new finest: 3
TIME = 0.004109970398 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 100] ADVANCE at time 0.004109970398 with dt = 0.0001974751835

[1m[32m  Beginning subcycle 1 starting at time 0.004109970398 with dt = 0.0001974751835[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000892448 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 100] Advanced 1024 cells
[Level 2 step 199] ADVANCE at time 0.004109970398 with dt = 9.873759173e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004109970398 with dt = 9.873759173e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000946049 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 199] Advanced 1024 cells
[Level 3 step 397] ADVANCE at time 0.004109970398 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004109970398 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001451346 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 397] Advanced 2304 cells
[Level 3 step 398] ADVANCE at time 0.004159339194 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004159339194 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001427606 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 398] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000517035
[Level 2 step 200] ADVANCE at time 0.00420870799 with dt = 9.873759173e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00420870799 with dt = 9.873759173e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000956708 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 200] Advanced 1024 cells
[Level 3 step 399] ADVANCE at time 0.00420870799 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00420870799 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001448701 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 399] Advanced 2304 cells
[Level 3 step 400] ADVANCE at time 0.004258076786 with dt = 4.936879586e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004258076786 with dt = 4.936879586e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001470664 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 400] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000502369
Castro::reflux() at level 1 : time = 0.000484015
Castro::reflux() at level 0 : time = 0.000394381

TIME= 0.004307445581 MASS        = 1
TIME= 0.004307445581 XMOM        = -9.469589208e-19
TIME= 0.004307445581 YMOM        = -8.23509435e-18
TIME= 0.004307445581 ZMOM        = 0
TIME= 0.004307445581 ANG MOM X   = 0
TIME= 0.004307445581 ANG MOM Y   = 0
TIME= 0.004307445581 ANG MOM Z   = 8.204862973e-20
TIME= 0.004307445581 RHO*e       = 0.8177749356
TIME= 0.004307445581 RHO*K       = 0.1808315767
TIME= 0.004307445581 RHO*E       = 0.9986065123
TIME= 0.004307445581 CENTER OF MASS X-LOC = 0.5
TIME= 0.004307445581 CENTER OF MASS X-VEL = -9.469589208e-19
TIME= 0.004307445581 CENTER OF MASS Y-LOC = 0.5
TIME= 0.004307445581 CENTER OF MASS Y-VEL = -8.23509435e-18
TIME= 0.004307445581 CENTER OF MASS Z-LOC = 0
TIME= 0.004307445581 CENTER OF MASS Z-VEL = 0
TIME= 0.004307445581 MAXIMUM TEMPERATURE  = 4.719042971e-06
TIME= 0.004307445581 MAXIMUM DENSITY      = 3.004691856

[STEP 50] Coarse TimeStep time: 0.041114109
[STEP 50] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 50 TIME = 0.004307445581 DT = 0.0003949503669

...estimated hydro-limited timestep at level 0: 0.0006866022887
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006866022887

...estimated hydro-limited timestep at level 1: 0.0003206886182
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003206886182

...estimated hydro-limited timestep at level 2: 0.0001566027552
...hydro-limited CFL timestep constrained at (i,j) = (66,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001566027552

...estimated hydro-limited timestep at level 3: 7.76323434e-05
...hydro-limited CFL timestep constrained at (i,j) = (123,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.76323434e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0006866022887
 ... but limiting to: 0.0004344454036 = 1.1 * 0.0003949503669
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003206886182
 ... but limiting to: 0.0002172227018 = 1.1 * 0.0001974751835
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001566027552
 ... but limiting to: 0.0001086113509 = 1.1 * 9.873759173e-05
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.76323434e-05
 ... but limiting to: 5.430567545e-05 = 1.1 * 4.936879586e-05
Now regridding at level lbase = 0
grid_places() time: 0.001649827 new finest: 3
STEP = 50 TIME = 0.004307445581 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  1024 cells  6.25 % of domain
  Level 3   1 grids  2304 cells  3.515625 % of domain

...estimated hydro-limited timestep at level 0: 0.0006866022887
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006866022887

...estimated hydro-limited timestep at level 1: 0.0003206886182
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003206886182

...estimated hydro-limited timestep at level 2: 0.0001566027552
...hydro-limited CFL timestep constrained at (i,j) = (66,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001566027552

...estimated hydro-limited timestep at level 3: 7.76323434e-05
...hydro-limited CFL timestep constrained at (i,j) = (123,123)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.76323434e-05

[Level 0 step 51] ADVANCE at time 0.004307445581 with dt = 0.0004344454036

[1m[32m  Beginning subcycle 1 starting at time 0.004307445581 with dt = 0.0004344454036[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000852082 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7539701239

[Level 0 step 51] Advanced 1024 cells
[Level 1 step 101] ADVANCE at time 0.004307445581 with dt = 0.0002172227018

[1m[32m  Beginning subcycle 1 starting at time 0.004307445581 with dt = 0.0002172227018[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000886163 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 101] Advanced 1024 cells
[Level 2 step 201] ADVANCE at time 0.004307445581 with dt = 0.0001086113509

[1m[32m  Beginning subcycle 1 starting at time 0.004307445581 with dt = 0.0001086113509[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000943864 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 201] Advanced 1024 cells
[Level 3 step 401] ADVANCE at time 0.004307445581 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004307445581 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001736183 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 401] Advanced 2304 cells
[Level 3 step 402] ADVANCE at time 0.004361751257 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004361751257 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001418252 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 402] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000520014
[Level 2 step 202] ADVANCE at time 0.004416056932 with dt = 0.0001086113509

[1m[32m  Beginning subcycle 1 starting at time 0.004416056932 with dt = 0.0001086113509[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000948899 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 202] Advanced 1024 cells
[Level 3 step 403] ADVANCE at time 0.004416056932 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004416056932 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001446189 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 403] Advanced 2304 cells
[Level 3 step 404] ADVANCE at time 0.004470362608 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004470362608 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001430029 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 404] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000483629
Castro::reflux() at level 1 : time = 0.000514291
Now regridding at level lbase = 2
grid_places() time: 0.000630268 new finest: 3
TIME = 0.004524668283 : REGRID  with lbase = 2
  Level 3   1 grids  2304 cells  3.515625 % of domain

[Level 1 step 102] ADVANCE at time 0.004524668283 with dt = 0.0002172227018

[1m[32m  Beginning subcycle 1 starting at time 0.004524668283 with dt = 0.0002172227018[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000894932 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 102] Advanced 1024 cells
[Level 2 step 203] ADVANCE at time 0.004524668283 with dt = 0.0001086113509

[1m[32m  Beginning subcycle 1 starting at time 0.004524668283 with dt = 0.0001086113509[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.000957574 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 203] Advanced 1024 cells
[Level 3 step 405] ADVANCE at time 0.004524668283 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004524668283 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001439778 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 405] Advanced 2304 cells
[Level 3 step 406] ADVANCE at time 0.004578973959 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004578973959 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001414379 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 406] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000511535
[Level 2 step 204] ADVANCE at time 0.004633279634 with dt = 0.0001086113509

[1m[32m  Beginning subcycle 1 starting at time 0.004633279634 with dt = 0.0001086113509[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00094804 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 204] Advanced 1024 cells
[Level 3 step 407] ADVANCE at time 0.004633279634 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004633279634 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001431279 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 407] Advanced 2304 cells
[Level 3 step 408] ADVANCE at time 0.00468758531 with dt = 5.430567545e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00468758531 with dt = 5.430567545e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001420005 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 408] Advanced 2304 cells
Castro::reflux() at level 2 : time = 0.000500975
Castro::reflux() at level 1 : time = 0.000492759
Castro::reflux() at level 0 : time = 0.000392924

TIME= 0.004741890985 MASS        = 1
TIME= 0.004741890985 XMOM        = -1.143516568e-18
TIME= 0.004741890985 YMOM        = 3.041159494e-18
TIME= 0.004741890985 ZMOM        = 0
TIME= 0.004741890985 ANG MOM X   = 0
TIME= 0.004741890985 ANG MOM Y   = 0
TIME= 0.004741890985 ANG MOM Z   = 8.697982608e-20
TIME= 0.004741890985 RHO*e       = 0.8167807209
TIME= 0.004741890985 RHO*K       = 0.1818257914
TIME= 0.004741890985 RHO*E       = 0.9986065123
TIME= 0.004741890985 CENTER OF MASS X-LOC = 0.5
TIME= 0.004741890985 CENTER OF MASS X-VEL = -1.143516568e-18
TIME= 0.004741890985 CENTER OF MASS Y-LOC = 0.5
TIME= 0.004741890985 CENTER OF MASS Y-VEL = 3.041159494e-18
TIME= 0.004741890985 CENTER OF MASS Z-LOC = 0
TIME= 0.004741890985 CENTER OF MASS Z-VEL = 0
TIME= 0.004741890985 MAXIMUM TEMPERATURE  = 4.594867614e-06
TIME= 0.004741890985 MAXIMUM DENSITY      = 3.055620166

[STEP 51] Coarse TimeStep time: 0.042799866
[STEP 51] FAB kilobyte spread across MPI nodes: [6955 ... 6955]


STEP = 51 TIME = 0.004741890985 DT = 0.0004344454036

...estimated hydro-limited timestep at level 0: 0.0006825817171
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006825817171

...estimated hydro-limited timestep at level 1: 0.0003249785946
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003249785946

...estimated hydro-limited timestep at level 2: 0.0001596919965
...hydro-limited CFL timestep constrained at (i,j) = (61,62)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001596919965

...estimated hydro-limited timestep at level 3: 7.921180816e-05
...hydro-limited CFL timestep constrained at (i,j) = (132,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 7.921180816e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0006825817171
 ... but limiting to: 0.000477889944 = 1.1 * 0.0004344454036
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003249785946
 ... but limiting to: 0.000238944972 = 1.1 * 0.0002172227018
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001596919965
 ... but limiting to: 0.000119472486 = 1.1 * 0.0001086113509
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 7.921180816e-05
 ... but limiting to: 5.973624299e-05 = 1.1 * 5.430567545e-05
Now regridding at level lbase = 1
grid_places() time: 0.001270335 new finest: 3
TIME = 0.004741890985 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   4 grids  3072 cells  4.6875 % of domain
            smallest grid: 32 x 16  biggest grid: 64 x 16

[Level 0 step 52] ADVANCE at time 0.004741890985 with dt = 0.000477889944

[1m[32m  Beginning subcycle 1 starting at time 0.004741890985 with dt = 0.000477889944[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000853604 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7524625881

[Level 0 step 52] Advanced 1024 cells
[Level 1 step 103] ADVANCE at time 0.004741890985 with dt = 0.000238944972

[1m[32m  Beginning subcycle 1 starting at time 0.004741890985 with dt = 0.000238944972[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000888563 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 103] Advanced 1024 cells
[Level 2 step 205] ADVANCE at time 0.004741890985 with dt = 0.000119472486

[1m[32m  Beginning subcycle 1 starting at time 0.004741890985 with dt = 0.000119472486[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001427752 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 205] Advanced 2304 cells
[Level 3 step 409] ADVANCE at time 0.004741890985 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004741890985 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002201266 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 409] Advanced 3072 cells
[Level 3 step 410] ADVANCE at time 0.004801627228 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004801627228 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001768873 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 410] Advanced 3072 cells
Castro::reflux() at level 2 : time = 0.000718511
[Level 2 step 206] ADVANCE at time 0.004861363471 with dt = 0.000119472486

[1m[32m  Beginning subcycle 1 starting at time 0.004861363471 with dt = 0.000119472486[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001401978 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 206] Advanced 2304 cells
[Level 3 step 411] ADVANCE at time 0.004861363471 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004861363471 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001772999 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 411] Advanced 3072 cells
[Level 3 step 412] ADVANCE at time 0.004921099714 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004921099714 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001764398 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 412] Advanced 3072 cells
Castro::reflux() at level 2 : time = 0.000650549
Castro::reflux() at level 1 : time = 0.000523983
Now regridding at level lbase = 2
grid_places() time: 0.000756717 new finest: 3
TIME = 0.004980835957 : REGRID  with lbase = 2
  Level 3   4 grids  3648 cells  5.56640625 % of domain
            smallest grid: 8 x 8  biggest grid: 64 x 48

[Level 1 step 104] ADVANCE at time 0.004980835957 with dt = 0.000238944972

[1m[32m  Beginning subcycle 1 starting at time 0.004980835957 with dt = 0.000238944972[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000923913 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 104] Advanced 1024 cells
[Level 2 step 207] ADVANCE at time 0.004980835957 with dt = 0.000119472486

[1m[32m  Beginning subcycle 1 starting at time 0.004980835957 with dt = 0.000119472486[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001404611 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 207] Advanced 2304 cells
[Level 3 step 413] ADVANCE at time 0.004980835957 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.004980835957 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003482758 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 413] Advanced 3648 cells
[Level 3 step 414] ADVANCE at time 0.0050405722 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0050405722 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00188947 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 414] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.00077158
[Level 2 step 208] ADVANCE at time 0.005100308443 with dt = 0.000119472486

[1m[32m  Beginning subcycle 1 starting at time 0.005100308443 with dt = 0.000119472486[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001419938 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 208] Advanced 2304 cells
[Level 3 step 415] ADVANCE at time 0.005100308443 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005100308443 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001836477 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 415] Advanced 3648 cells
[Level 3 step 416] ADVANCE at time 0.005160044686 with dt = 5.973624299e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005160044686 with dt = 5.973624299e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001838705 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 416] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.00068834
Castro::reflux() at level 1 : time = 0.000501468
Castro::reflux() at level 0 : time = 0.000383913

TIME= 0.005219780929 MASS        = 1
TIME= 0.005219780929 XMOM        = -1.947434569e-18
TIME= 0.005219780929 YMOM        = 2.428612908e-17
TIME= 0.005219780929 ZMOM        = 0
TIME= 0.005219780929 ANG MOM X   = 0
TIME= 0.005219780929 ANG MOM Y   = 0
TIME= 0.005219780929 ANG MOM Z   = 1.314971661e-19
TIME= 0.005219780929 RHO*e       = 0.8158130647
TIME= 0.005219780929 RHO*K       = 0.1827934476
TIME= 0.005219780929 RHO*E       = 0.9986065123
TIME= 0.005219780929 CENTER OF MASS X-LOC = 0.5
TIME= 0.005219780929 CENTER OF MASS X-VEL = -1.947434569e-18
TIME= 0.005219780929 CENTER OF MASS Y-LOC = 0.5
TIME= 0.005219780929 CENTER OF MASS Y-VEL = 2.428612908e-17
TIME= 0.005219780929 CENTER OF MASS Z-LOC = 0
TIME= 0.005219780929 CENTER OF MASS Z-VEL = 0
TIME= 0.005219780929 MAXIMUM TEMPERATURE  = 4.469196461e-06
TIME= 0.005219780929 MAXIMUM DENSITY      = 3.126190676

[STEP 52] Coarse TimeStep time: 0.053826799
[STEP 52] FAB kilobyte spread across MPI nodes: [12049 ... 12049]


STEP = 52 TIME = 0.005219780929 DT = 0.000477889944

...estimated hydro-limited timestep at level 0: 0.0006824955262
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006824955262

...estimated hydro-limited timestep at level 1: 0.0003293772807
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003293772807

...estimated hydro-limited timestep at level 2: 0.0001621782891
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001621782891

...estimated hydro-limited timestep at level 3: 8.048818752e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.048818752e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0006824955262
 ... but limiting to: 0.0005256789383 = 1.1 * 0.000477889944
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003293772807
 ... but limiting to: 0.0002628394692 = 1.1 * 0.000238944972
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001621782891
 ... but limiting to: 0.0001314197346 = 1.1 * 0.000119472486
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 8.048818752e-05
 ... but limiting to: 6.570986729e-05 = 1.1 * 5.973624299e-05
Now regridding at level lbase = 0
grid_places() time: 0.001772311 new finest: 3
STEP = 52 TIME = 0.005219780929 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   4 grids  3648 cells  5.56640625 % of domain
            smallest grid: 8 x 8  biggest grid: 64 x 48

...estimated hydro-limited timestep at level 0: 0.0006824955262
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006824955262

...estimated hydro-limited timestep at level 1: 0.0003293772807
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003293772807

...estimated hydro-limited timestep at level 2: 0.0001621782891
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001621782891

...estimated hydro-limited timestep at level 3: 8.048818752e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.048818752e-05

[Level 0 step 53] ADVANCE at time 0.005219780929 with dt = 0.0005256789383

[1m[32m  Beginning subcycle 1 starting at time 0.005219780929 with dt = 0.0005256789383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000853012 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7468978938

[Level 0 step 53] Advanced 1024 cells
[Level 1 step 105] ADVANCE at time 0.005219780929 with dt = 0.0002628394692

[1m[32m  Beginning subcycle 1 starting at time 0.005219780929 with dt = 0.0002628394692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000904411 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 105] Advanced 1024 cells
[Level 2 step 209] ADVANCE at time 0.005219780929 with dt = 0.0001314197346

[1m[32m  Beginning subcycle 1 starting at time 0.005219780929 with dt = 0.0001314197346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001368747 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 209] Advanced 2304 cells
[Level 3 step 417] ADVANCE at time 0.005219780929 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005219780929 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001850587 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 417] Advanced 3648 cells
[Level 3 step 418] ADVANCE at time 0.005285490796 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005285490796 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001826807 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 418] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.000721771
[Level 2 step 210] ADVANCE at time 0.005351200664 with dt = 0.0001314197346

[1m[32m  Beginning subcycle 1 starting at time 0.005351200664 with dt = 0.0001314197346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001418984 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 210] Advanced 2304 cells
[Level 3 step 419] ADVANCE at time 0.005351200664 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005351200664 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001822673 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 419] Advanced 3648 cells
[Level 3 step 420] ADVANCE at time 0.005416910531 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005416910531 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001828666 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 420] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.000684007
Castro::reflux() at level 1 : time = 0.000522207
Now regridding at level lbase = 2
grid_places() time: 0.000751441 new finest: 3
TIME = 0.005482620398 : REGRID  with lbase = 2
  Level 3   4 grids  3648 cells  5.56640625 % of domain
            smallest grid: 8 x 8  biggest grid: 64 x 48

[Level 1 step 106] ADVANCE at time 0.005482620398 with dt = 0.0002628394692

[1m[32m  Beginning subcycle 1 starting at time 0.005482620398 with dt = 0.0002628394692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00090232 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 106] Advanced 1024 cells
[Level 2 step 211] ADVANCE at time 0.005482620398 with dt = 0.0001314197346

[1m[32m  Beginning subcycle 1 starting at time 0.005482620398 with dt = 0.0001314197346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001399797 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 211] Advanced 2304 cells
[Level 3 step 421] ADVANCE at time 0.005482620398 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005482620398 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001838611 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 421] Advanced 3648 cells
[Level 3 step 422] ADVANCE at time 0.005548330265 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005548330265 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001849705 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 422] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.000715641
[Level 2 step 212] ADVANCE at time 0.005614040133 with dt = 0.0001314197346

[1m[32m  Beginning subcycle 1 starting at time 0.005614040133 with dt = 0.0001314197346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001399953 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 212] Advanced 2304 cells
[Level 3 step 423] ADVANCE at time 0.005614040133 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005614040133 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001814599 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 423] Advanced 3648 cells
[Level 3 step 424] ADVANCE at time 0.00567975 with dt = 6.570986729e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00567975 with dt = 6.570986729e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001810059 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 424] Advanced 3648 cells
Castro::reflux() at level 2 : time = 0.000696797
Castro::reflux() at level 1 : time = 0.000501227
Castro::reflux() at level 0 : time = 0.000386257

TIME= 0.005745459867 MASS        = 1
TIME= 0.005745459867 XMOM        = 7.20863788e-19
TIME= 0.005745459867 YMOM        = 1.387778823e-17
TIME= 0.005745459867 ZMOM        = 0
TIME= 0.005745459867 ANG MOM X   = 0
TIME= 0.005745459867 ANG MOM Y   = 0
TIME= 0.005745459867 ANG MOM Z   = 1.637130319e-19
TIME= 0.005745459867 RHO*e       = 0.8146641825
TIME= 0.005745459867 RHO*K       = 0.1839423298
TIME= 0.005745459867 RHO*E       = 0.9986065123
TIME= 0.005745459867 CENTER OF MASS X-LOC = 0.5
TIME= 0.005745459867 CENTER OF MASS X-VEL = 7.20863788e-19
TIME= 0.005745459867 CENTER OF MASS Y-LOC = 0.5
TIME= 0.005745459867 CENTER OF MASS Y-VEL = 1.387778823e-17
TIME= 0.005745459867 CENTER OF MASS Z-LOC = 0
TIME= 0.005745459867 CENTER OF MASS Z-VEL = 0
TIME= 0.005745459867 MAXIMUM TEMPERATURE  = 4.348773434e-06
TIME= 0.005745459867 MAXIMUM DENSITY      = 3.139861237

[STEP 53] Coarse TimeStep time: 0.05393772
[STEP 53] FAB kilobyte spread across MPI nodes: [12167 ... 12167]


STEP = 53 TIME = 0.005745459867 DT = 0.0005256789383

...estimated hydro-limited timestep at level 0: 0.000685560796
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000685560796

...estimated hydro-limited timestep at level 1: 0.0003340356757
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003340356757

...estimated hydro-limited timestep at level 2: 0.0001644946314
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001644946314

...estimated hydro-limited timestep at level 3: 8.184734394e-05
...hydro-limited CFL timestep constrained at (i,j) = (123,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.184734394e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.000685560796
 ... but limiting to: 0.0005782468322 = 1.1 * 0.0005256789383
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003340356757
 ... but limiting to: 0.0002891234161 = 1.1 * 0.0002628394692
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001644946314
 ... but limiting to: 0.000144561708 = 1.1 * 0.0001314197346
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 8.184734394e-05
 ... but limiting to: 7.228085402e-05 = 1.1 * 6.570986729e-05
Now regridding at level lbase = 1
grid_places() time: 0.001388603 new finest: 3
TIME = 0.005745459867 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 0 step 54] ADVANCE at time 0.005745459867 with dt = 0.0005782468322

[1m[32m  Beginning subcycle 1 starting at time 0.005745459867 with dt = 0.0005782468322[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000861788 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7271415526

[Level 0 step 54] Advanced 1024 cells
[Level 1 step 107] ADVANCE at time 0.005745459867 with dt = 0.0002891234161

[1m[32m  Beginning subcycle 1 starting at time 0.005745459867 with dt = 0.0002891234161[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000891891 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 107] Advanced 1024 cells
[Level 2 step 213] ADVANCE at time 0.005745459867 with dt = 0.000144561708

[1m[32m  Beginning subcycle 1 starting at time 0.005745459867 with dt = 0.000144561708[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00138392 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 213] Advanced 2304 cells
[Level 3 step 425] ADVANCE at time 0.005745459867 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005745459867 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002177183 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 425] Advanced 4096 cells
[Level 3 step 426] ADVANCE at time 0.005817740721 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005817740721 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001855744 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 426] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000670837
[Level 2 step 214] ADVANCE at time 0.005890021575 with dt = 0.000144561708

[1m[32m  Beginning subcycle 1 starting at time 0.005890021575 with dt = 0.000144561708[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001413789 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 214] Advanced 2304 cells
[Level 3 step 427] ADVANCE at time 0.005890021575 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005890021575 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001865003 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 427] Advanced 4096 cells
[Level 3 step 428] ADVANCE at time 0.005962302429 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.005962302429 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001880791 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 428] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000649839
Castro::reflux() at level 1 : time = 0.000547512
Now regridding at level lbase = 2
grid_places() time: 0.000744305 new finest: 3
TIME = 0.006034583283 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 108] ADVANCE at time 0.006034583283 with dt = 0.0002891234161

[1m[32m  Beginning subcycle 1 starting at time 0.006034583283 with dt = 0.0002891234161[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000910889 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 108] Advanced 1024 cells
[Level 2 step 215] ADVANCE at time 0.006034583283 with dt = 0.000144561708

[1m[32m  Beginning subcycle 1 starting at time 0.006034583283 with dt = 0.000144561708[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001385878 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 215] Advanced 2304 cells
[Level 3 step 429] ADVANCE at time 0.006034583283 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006034583283 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001889178 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 429] Advanced 4096 cells
[Level 3 step 430] ADVANCE at time 0.006106864137 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006106864137 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00184952 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 430] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.00068197
[Level 2 step 216] ADVANCE at time 0.006179144991 with dt = 0.000144561708

[1m[32m  Beginning subcycle 1 starting at time 0.006179144991 with dt = 0.000144561708[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001389838 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 216] Advanced 2304 cells
[Level 3 step 431] ADVANCE at time 0.006179144991 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006179144991 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001830535 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 431] Advanced 4096 cells
[Level 3 step 432] ADVANCE at time 0.006251425845 with dt = 7.228085402e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006251425845 with dt = 7.228085402e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001839456 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 432] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000627461
Castro::reflux() at level 1 : time = 0.000483187
Castro::reflux() at level 0 : time = 0.000384202

TIME= 0.006323706699 MASS        = 1
TIME= 0.006323706699 XMOM        = -1.068409057e-18
TIME= 0.006323706699 YMOM        = 1.945961028e-18
TIME= 0.006323706699 ZMOM        = 0
TIME= 0.006323706699 ANG MOM X   = 0
TIME= 0.006323706699 ANG MOM Y   = 0
TIME= 0.006323706699 ANG MOM Z   = 1.319005816e-19
TIME= 0.006323706699 RHO*e       = 0.8137143517
TIME= 0.006323706699 RHO*K       = 0.1848921606
TIME= 0.006323706699 RHO*E       = 0.9986065123
TIME= 0.006323706699 CENTER OF MASS X-LOC = 0.5
TIME= 0.006323706699 CENTER OF MASS X-VEL = -1.068409057e-18
TIME= 0.006323706699 CENTER OF MASS Y-LOC = 0.5
TIME= 0.006323706699 CENTER OF MASS Y-VEL = 1.945961028e-18
TIME= 0.006323706699 CENTER OF MASS Z-LOC = 0
TIME= 0.006323706699 CENTER OF MASS Z-VEL = 0
TIME= 0.006323706699 MAXIMUM TEMPERATURE  = 4.231519977e-06
TIME= 0.006323706699 MAXIMUM DENSITY      = 3.225114067

[STEP 54] Coarse TimeStep time: 0.053469791
[STEP 54] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 54 TIME = 0.006323706699 DT = 0.0005782468322

...estimated hydro-limited timestep at level 0: 0.0006910555038
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006910555038

...estimated hydro-limited timestep at level 1: 0.0003385297404
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003385297404

...estimated hydro-limited timestep at level 2: 0.0001669622073
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001669622073

...estimated hydro-limited timestep at level 3: 8.323248568e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.323248568e-05

Castro::compute_new_dt : limiting dt at level 0
 ... new dt computed: 0.0006910555038
 ... but limiting to: 0.0006360715154 = 1.1 * 0.0005782468322
Castro::compute_new_dt : limiting dt at level 1
 ... new dt computed: 0.0003385297404
 ... but limiting to: 0.0003180357577 = 1.1 * 0.0002891234161
Castro::compute_new_dt : limiting dt at level 2
 ... new dt computed: 0.0001669622073
 ... but limiting to: 0.0001590178788 = 1.1 * 0.000144561708
Castro::compute_new_dt : limiting dt at level 3
 ... new dt computed: 8.323248568e-05
 ... but limiting to: 7.950893942e-05 = 1.1 * 7.228085402e-05
Now regridding at level lbase = 0
grid_places() time: 0.001761084 new finest: 3
STEP = 54 TIME = 0.006323706699 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

...estimated hydro-limited timestep at level 0: 0.0006910555038
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006910555038

...estimated hydro-limited timestep at level 1: 0.0003385297404
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003385297404

...estimated hydro-limited timestep at level 2: 0.0001669622073
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001669622073

...estimated hydro-limited timestep at level 3: 8.323248568e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,132)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.323248568e-05

[Level 0 step 55] ADVANCE at time 0.006323706699 with dt = 0.0006360715154

[1m[32m  Beginning subcycle 1 starting at time 0.006323706699 with dt = 0.0006360715154[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000868238 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7418763095

[Level 0 step 55] Advanced 1024 cells
[Level 1 step 109] ADVANCE at time 0.006323706699 with dt = 0.0003180357577

[1m[32m  Beginning subcycle 1 starting at time 0.006323706699 with dt = 0.0003180357577[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000915563 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 109] Advanced 1024 cells
[Level 2 step 217] ADVANCE at time 0.006323706699 with dt = 0.0001590178788

[1m[32m  Beginning subcycle 1 starting at time 0.006323706699 with dt = 0.0001590178788[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001422953 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 217] Advanced 2304 cells
[Level 3 step 433] ADVANCE at time 0.006323706699 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006323706699 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001845798 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 433] Advanced 4096 cells
[Level 3 step 434] ADVANCE at time 0.006403215639 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006403215639 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001879041 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 434] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000664261
[Level 2 step 218] ADVANCE at time 0.006482724578 with dt = 0.0001590178788

[1m[32m  Beginning subcycle 1 starting at time 0.006482724578 with dt = 0.0001590178788[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001391811 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 218] Advanced 2304 cells
[Level 3 step 435] ADVANCE at time 0.006482724578 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006482724578 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001853855 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 435] Advanced 4096 cells
[Level 3 step 436] ADVANCE at time 0.006562233518 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006562233518 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001843278 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 436] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.00063631
Castro::reflux() at level 1 : time = 0.000510489
Now regridding at level lbase = 2
grid_places() time: 0.000735094 new finest: 3
TIME = 0.006641742457 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 110] ADVANCE at time 0.006641742457 with dt = 0.0003180357577

[1m[32m  Beginning subcycle 1 starting at time 0.006641742457 with dt = 0.0003180357577[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000908631 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 110] Advanced 1024 cells
[Level 2 step 219] ADVANCE at time 0.006641742457 with dt = 0.0001590178788

[1m[32m  Beginning subcycle 1 starting at time 0.006641742457 with dt = 0.0001590178788[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00140092 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 219] Advanced 2304 cells
[Level 3 step 437] ADVANCE at time 0.006641742457 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006641742457 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001852449 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 437] Advanced 4096 cells
[Level 3 step 438] ADVANCE at time 0.006721251397 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006721251397 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001866101 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 438] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000681055
[Level 2 step 220] ADVANCE at time 0.006800760336 with dt = 0.0001590178788

[1m[32m  Beginning subcycle 1 starting at time 0.006800760336 with dt = 0.0001590178788[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001388156 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 220] Advanced 2304 cells
[Level 3 step 439] ADVANCE at time 0.006800760336 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006800760336 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00185114 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 439] Advanced 4096 cells
[Level 3 step 440] ADVANCE at time 0.006880269275 with dt = 7.950893942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006880269275 with dt = 7.950893942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001861178 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 440] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000664962
Castro::reflux() at level 1 : time = 0.000501188
Castro::reflux() at level 0 : time = 0.000393024

TIME= 0.006959778215 MASS        = 1
TIME= 0.006959778215 XMOM        = -3.881801709e-19
TIME= 0.006959778215 YMOM        = 2.729025961e-17
TIME= 0.006959778215 ZMOM        = 0
TIME= 0.006959778215 ANG MOM X   = 0
TIME= 0.006959778215 ANG MOM Y   = 0
TIME= 0.006959778215 ANG MOM Z   = 1.199074477e-19
TIME= 0.006959778215 RHO*e       = 0.8128508372
TIME= 0.006959778215 RHO*K       = 0.1857556751
TIME= 0.006959778215 RHO*E       = 0.9986065123
TIME= 0.006959778215 CENTER OF MASS X-LOC = 0.5
TIME= 0.006959778215 CENTER OF MASS X-VEL = -3.881801709e-19
TIME= 0.006959778215 CENTER OF MASS Y-LOC = 0.5
TIME= 0.006959778215 CENTER OF MASS Y-VEL = 2.729025961e-17
TIME= 0.006959778215 CENTER OF MASS Z-LOC = 0
TIME= 0.006959778215 CENTER OF MASS Z-VEL = 0
TIME= 0.006959778215 MAXIMUM TEMPERATURE  = 4.117609389e-06
TIME= 0.006959778215 MAXIMUM DENSITY      = 3.289782524

[STEP 55] Coarse TimeStep time: 0.053729706
[STEP 55] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 55 TIME = 0.006959778215 DT = 0.0006360715154

...estimated hydro-limited timestep at level 0: 0.0006985939744
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0006985939744

...estimated hydro-limited timestep at level 1: 0.0003433381374
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003433381374

...estimated hydro-limited timestep at level 2: 0.0001696260172
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001696260172

...estimated hydro-limited timestep at level 3: 8.439325596e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.439325596e-05

Now regridding at level lbase = 1
grid_places() time: 0.00137964 new finest: 3
TIME = 0.006959778215 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 0 step 56] ADVANCE at time 0.006959778215 with dt = 0.0006751460476

[1m[32m  Beginning subcycle 1 starting at time 0.006959778215 with dt = 0.0006751460476[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000857404 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7470003268

[Level 0 step 56] Advanced 1024 cells
[Level 1 step 111] ADVANCE at time 0.006959778215 with dt = 0.0003375730238

[1m[32m  Beginning subcycle 1 starting at time 0.006959778215 with dt = 0.0003375730238[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000901057 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 111] Advanced 1024 cells
[Level 2 step 221] ADVANCE at time 0.006959778215 with dt = 0.0001687865119

[1m[32m  Beginning subcycle 1 starting at time 0.006959778215 with dt = 0.0001687865119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001383206 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 221] Advanced 2304 cells
[Level 3 step 441] ADVANCE at time 0.006959778215 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.006959778215 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001972603 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 441] Advanced 4096 cells
[Level 3 step 442] ADVANCE at time 0.007044171471 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007044171471 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001856753 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 442] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000661032
[Level 2 step 222] ADVANCE at time 0.007128564727 with dt = 0.0001687865119

[1m[32m  Beginning subcycle 1 starting at time 0.007128564727 with dt = 0.0001687865119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001423916 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 222] Advanced 2304 cells
[Level 3 step 443] ADVANCE at time 0.007128564727 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007128564727 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00185911 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 443] Advanced 4096 cells
[Level 3 step 444] ADVANCE at time 0.007212957983 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007212957983 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001841878 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 444] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000672609
Castro::reflux() at level 1 : time = 0.000533275
Now regridding at level lbase = 2
grid_places() time: 0.00074293 new finest: 3
TIME = 0.007297351239 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 112] ADVANCE at time 0.007297351239 with dt = 0.0003375730238

[1m[32m  Beginning subcycle 1 starting at time 0.007297351239 with dt = 0.0003375730238[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000908667 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 112] Advanced 1024 cells
[Level 2 step 223] ADVANCE at time 0.007297351239 with dt = 0.0001687865119

[1m[32m  Beginning subcycle 1 starting at time 0.007297351239 with dt = 0.0001687865119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001415546 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 223] Advanced 2304 cells
[Level 3 step 445] ADVANCE at time 0.007297351239 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007297351239 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001866031 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 445] Advanced 4096 cells
[Level 3 step 446] ADVANCE at time 0.007381744495 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007381744495 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001866807 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 446] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000664381
[Level 2 step 224] ADVANCE at time 0.007466137751 with dt = 0.0001687865119

[1m[32m  Beginning subcycle 1 starting at time 0.007466137751 with dt = 0.0001687865119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001374375 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 224] Advanced 2304 cells
[Level 3 step 447] ADVANCE at time 0.007466137751 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007466137751 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001877442 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 447] Advanced 4096 cells
[Level 3 step 448] ADVANCE at time 0.007550531007 with dt = 8.439325596e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007550531007 with dt = 8.439325596e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001850184 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 448] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000631788
Castro::reflux() at level 1 : time = 0.000482932
Castro::reflux() at level 0 : time = 0.000388772

TIME= 0.007634924263 MASS        = 1
TIME= 0.007634924263 XMOM        = -4.1215751e-19
TIME= 0.007634924263 YMOM        = -1.437896669e-17
TIME= 0.007634924263 ZMOM        = 0
TIME= 0.007634924263 ANG MOM X   = 0
TIME= 0.007634924263 ANG MOM Y   = 0
TIME= 0.007634924263 ANG MOM Z   = 1.09603795e-19
TIME= 0.007634924263 RHO*e       = 0.8118463905
TIME= 0.007634924263 RHO*K       = 0.1867601218
TIME= 0.007634924263 RHO*E       = 0.9986065123
TIME= 0.007634924263 CENTER OF MASS X-LOC = 0.5
TIME= 0.007634924263 CENTER OF MASS X-VEL = -4.1215751e-19
TIME= 0.007634924263 CENTER OF MASS Y-LOC = 0.5
TIME= 0.007634924263 CENTER OF MASS Y-VEL = -1.437896669e-17
TIME= 0.007634924263 CENTER OF MASS Z-LOC = 0
TIME= 0.007634924263 CENTER OF MASS Z-VEL = 0
TIME= 0.007634924263 MAXIMUM TEMPERATURE  = 4.009350082e-06
TIME= 0.007634924263 MAXIMUM DENSITY      = 3.330197887

[STEP 56] Coarse TimeStep time: 0.05260458
[STEP 56] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 56 TIME = 0.007634924263 DT = 0.0006751460476

...estimated hydro-limited timestep at level 0: 0.0007074811297
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007074811297

...estimated hydro-limited timestep at level 1: 0.0003484896098
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003484896098

...estimated hydro-limited timestep at level 2: 0.0001724845452
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001724845452

...estimated hydro-limited timestep at level 3: 8.576474331e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.576474331e-05

Now regridding at level lbase = 0
grid_places() time: 0.001768141 new finest: 3
STEP = 56 TIME = 0.007634924263 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

...estimated hydro-limited timestep at level 0: 0.0007074811297
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007074811297

...estimated hydro-limited timestep at level 1: 0.0003484896098
...hydro-limited CFL timestep constrained at (i,j) = (32,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003484896098

...estimated hydro-limited timestep at level 2: 0.0001724845452
...hydro-limited CFL timestep constrained at (i,j) = (66,66)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001724845452

...estimated hydro-limited timestep at level 3: 8.576474331e-05
...hydro-limited CFL timestep constrained at (i,j) = (133,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.576474331e-05

[Level 0 step 57] ADVANCE at time 0.007634924263 with dt = 0.0006861179465

[1m[32m  Beginning subcycle 1 starting at time 0.007634924263 with dt = 0.0006861179465[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000868033 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7407182363

[Level 0 step 57] Advanced 1024 cells
[Level 1 step 113] ADVANCE at time 0.007634924263 with dt = 0.0003430589733

[1m[32m  Beginning subcycle 1 starting at time 0.007634924263 with dt = 0.0003430589733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000912208 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 113] Advanced 1024 cells
[Level 2 step 225] ADVANCE at time 0.007634924263 with dt = 0.0001715294866

[1m[32m  Beginning subcycle 1 starting at time 0.007634924263 with dt = 0.0001715294866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001432472 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 225] Advanced 2304 cells
[Level 3 step 449] ADVANCE at time 0.007634924263 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007634924263 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001877793 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 449] Advanced 4096 cells
[Level 3 step 450] ADVANCE at time 0.007720689006 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007720689006 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001861087 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 450] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000688563
[Level 2 step 226] ADVANCE at time 0.007806453749 with dt = 0.0001715294866

[1m[32m  Beginning subcycle 1 starting at time 0.007806453749 with dt = 0.0001715294866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.0013814 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 226] Advanced 2304 cells
[Level 3 step 451] ADVANCE at time 0.007806453749 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007806453749 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001870725 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 451] Advanced 4096 cells
[Level 3 step 452] ADVANCE at time 0.007892218492 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007892218492 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001858932 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 452] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000643214
Castro::reflux() at level 1 : time = 0.000536834
Now regridding at level lbase = 2
grid_places() time: 0.000757439 new finest: 3
TIME = 0.007977983236 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 114] ADVANCE at time 0.007977983236 with dt = 0.0003430589733

[1m[32m  Beginning subcycle 1 starting at time 0.007977983236 with dt = 0.0003430589733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000921191 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 114] Advanced 1024 cells
[Level 2 step 227] ADVANCE at time 0.007977983236 with dt = 0.0001715294866

[1m[32m  Beginning subcycle 1 starting at time 0.007977983236 with dt = 0.0001715294866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001374012 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 227] Advanced 2304 cells
[Level 3 step 453] ADVANCE at time 0.007977983236 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.007977983236 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001868788 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 453] Advanced 4096 cells
[Level 3 step 454] ADVANCE at time 0.008063747979 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008063747979 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001865194 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 454] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000681746
[Level 2 step 228] ADVANCE at time 0.008149512722 with dt = 0.0001715294866

[1m[32m  Beginning subcycle 1 starting at time 0.008149512722 with dt = 0.0001715294866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.0013777 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 228] Advanced 2304 cells
[Level 3 step 455] ADVANCE at time 0.008149512722 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008149512722 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001862468 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 455] Advanced 4096 cells
[Level 3 step 456] ADVANCE at time 0.008235277466 with dt = 8.576474331e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008235277466 with dt = 8.576474331e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001895924 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 456] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000635975
Castro::reflux() at level 1 : time = 0.000484196
Castro::reflux() at level 0 : time = 0.000382458

TIME= 0.008321042209 MASS        = 1
TIME= 0.008321042209 XMOM        = 9.065708159e-19
TIME= 0.008321042209 YMOM        = -1.68392845e-19
TIME= 0.008321042209 ZMOM        = 0
TIME= 0.008321042209 ANG MOM X   = 0
TIME= 0.008321042209 ANG MOM Y   = 0
TIME= 0.008321042209 ANG MOM Z   = 1.711072183e-19
TIME= 0.008321042209 RHO*e       = 0.8111998475
TIME= 0.008321042209 RHO*K       = 0.1874066647
TIME= 0.008321042209 RHO*E       = 0.9986065123
TIME= 0.008321042209 CENTER OF MASS X-LOC = 0.5
TIME= 0.008321042209 CENTER OF MASS X-VEL = 9.065708159e-19
TIME= 0.008321042209 CENTER OF MASS Y-LOC = 0.5
TIME= 0.008321042209 CENTER OF MASS Y-VEL = -1.68392845e-19
TIME= 0.008321042209 CENTER OF MASS Z-LOC = 0
TIME= 0.008321042209 CENTER OF MASS Z-VEL = 0
TIME= 0.008321042209 MAXIMUM TEMPERATURE  = 3.911636326e-06
TIME= 0.008321042209 MAXIMUM DENSITY      = 3.383624458

[STEP 57] Coarse TimeStep time: 0.05353449
[STEP 57] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 57 TIME = 0.008321042209 DT = 0.0006861179465

...estimated hydro-limited timestep at level 0: 0.0007166035162
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007166035162

...estimated hydro-limited timestep at level 1: 0.0003534668994
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003534668994

...estimated hydro-limited timestep at level 2: 0.0001748921763
...hydro-limited CFL timestep constrained at (i,j) = (67,61)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001748921763

...estimated hydro-limited timestep at level 3: 8.694893578e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.694893578e-05

Now regridding at level lbase = 1
grid_places() time: 0.001391998 new finest: 3
TIME = 0.008321042209 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 0 step 58] ADVANCE at time 0.008321042209 with dt = 0.0006955914863

[1m[32m  Beginning subcycle 1 starting at time 0.008321042209 with dt = 0.0006955914863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000873949 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7406362673

[Level 0 step 58] Advanced 1024 cells
[Level 1 step 115] ADVANCE at time 0.008321042209 with dt = 0.0003477957431

[1m[32m  Beginning subcycle 1 starting at time 0.008321042209 with dt = 0.0003477957431[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000914253 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 115] Advanced 1024 cells
[Level 2 step 229] ADVANCE at time 0.008321042209 with dt = 0.0001738978716

[1m[32m  Beginning subcycle 1 starting at time 0.008321042209 with dt = 0.0001738978716[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001408526 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 229] Advanced 2304 cells
[Level 3 step 457] ADVANCE at time 0.008321042209 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008321042209 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001925065 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 457] Advanced 4096 cells
[Level 3 step 458] ADVANCE at time 0.008407991145 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008407991145 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001867107 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 458] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.00066308
[Level 2 step 230] ADVANCE at time 0.008494940081 with dt = 0.0001738978716

[1m[32m  Beginning subcycle 1 starting at time 0.008494940081 with dt = 0.0001738978716[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001386812 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 230] Advanced 2304 cells
[Level 3 step 459] ADVANCE at time 0.008494940081 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008494940081 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001866406 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 459] Advanced 4096 cells
[Level 3 step 460] ADVANCE at time 0.008581889016 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008581889016 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001899146 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 460] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000628898
Castro::reflux() at level 1 : time = 0.000519006
Now regridding at level lbase = 2
grid_places() time: 0.000747518 new finest: 3
TIME = 0.008668837952 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 116] ADVANCE at time 0.008668837952 with dt = 0.0003477957431

[1m[32m  Beginning subcycle 1 starting at time 0.008668837952 with dt = 0.0003477957431[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000928192 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 116] Advanced 1024 cells
[Level 2 step 231] ADVANCE at time 0.008668837952 with dt = 0.0001738978716

[1m[32m  Beginning subcycle 1 starting at time 0.008668837952 with dt = 0.0001738978716[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001421007 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 231] Advanced 2304 cells
[Level 3 step 461] ADVANCE at time 0.008668837952 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008668837952 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001890232 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 461] Advanced 4096 cells
[Level 3 step 462] ADVANCE at time 0.008755786888 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008755786888 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001883243 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 462] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000676657
[Level 2 step 232] ADVANCE at time 0.008842735824 with dt = 0.0001738978716

[1m[32m  Beginning subcycle 1 starting at time 0.008842735824 with dt = 0.0001738978716[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001416271 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 232] Advanced 2304 cells
[Level 3 step 463] ADVANCE at time 0.008842735824 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.008842735824 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001879205 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 463] Advanced 4096 cells
[Level 3 step 464] ADVANCE at time 0.00892968476 with dt = 8.694893578e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00892968476 with dt = 8.694893578e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001875892 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 464] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000646879
Castro::reflux() at level 1 : time = 0.000485523
Castro::reflux() at level 0 : time = 0.000388581

TIME= 0.009016633695 MASS        = 1
TIME= 0.009016633695 XMOM        = -5.532326195e-19
TIME= 0.009016633695 YMOM        = -1.616978327e-17
TIME= 0.009016633695 ZMOM        = 0
TIME= 0.009016633695 ANG MOM X   = 0
TIME= 0.009016633695 ANG MOM Y   = 0
TIME= 0.009016633695 ANG MOM Z   = 1.536092537e-19
TIME= 0.009016633695 RHO*e       = 0.8103389123
TIME= 0.009016633695 RHO*K       = 0.1882676
TIME= 0.009016633695 RHO*E       = 0.9986065123
TIME= 0.009016633695 CENTER OF MASS X-LOC = 0.5
TIME= 0.009016633695 CENTER OF MASS X-VEL = -5.532326195e-19
TIME= 0.009016633695 CENTER OF MASS Y-LOC = 0.5
TIME= 0.009016633695 CENTER OF MASS Y-VEL = -1.616978327e-17
TIME= 0.009016633695 CENTER OF MASS Z-LOC = 0
TIME= 0.009016633695 CENTER OF MASS Z-VEL = 0
TIME= 0.009016633695 MAXIMUM TEMPERATURE  = 3.822269798e-06
TIME= 0.009016633695 MAXIMUM DENSITY      = 3.401021112

[STEP 58] Coarse TimeStep time: 0.052843821
[STEP 58] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 58 TIME = 0.009016633695 DT = 0.0006955914863

...estimated hydro-limited timestep at level 0: 0.0007254590361
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007254590361

...estimated hydro-limited timestep at level 1: 0.0003572997623
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003572997623

...estimated hydro-limited timestep at level 2: 0.0001770697967
...hydro-limited CFL timestep constrained at (i,j) = (67,61)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001770697967

...estimated hydro-limited timestep at level 3: 8.812322727e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,122)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.812322727e-05

Now regridding at level lbase = 0
grid_places() time: 0.001776571 new finest: 3
STEP = 58 TIME = 0.009016633695 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  4096 cells  6.25 % of domain

...estimated hydro-limited timestep at level 0: 0.0007254590361
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007254590361

...estimated hydro-limited timestep at level 1: 0.0003572997623
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003572997623

...estimated hydro-limited timestep at level 2: 0.0001770697967
...hydro-limited CFL timestep constrained at (i,j) = (67,61)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001770697967

...estimated hydro-limited timestep at level 3: 8.812322727e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,122)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.812322727e-05

[Level 0 step 59] ADVANCE at time 0.009016633695 with dt = 0.0007049858182

[1m[32m  Beginning subcycle 1 starting at time 0.009016633695 with dt = 0.0007049858182[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000880875 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7364321015

[Level 0 step 59] Advanced 1024 cells
[Level 1 step 117] ADVANCE at time 0.009016633695 with dt = 0.0003524929091

[1m[32m  Beginning subcycle 1 starting at time 0.009016633695 with dt = 0.0003524929091[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000911553 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 117] Advanced 1024 cells
[Level 2 step 233] ADVANCE at time 0.009016633695 with dt = 0.0001762464545

[1m[32m  Beginning subcycle 1 starting at time 0.009016633695 with dt = 0.0001762464545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001380677 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 233] Advanced 2304 cells
[Level 3 step 465] ADVANCE at time 0.009016633695 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009016633695 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001884024 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 465] Advanced 4096 cells
[Level 3 step 466] ADVANCE at time 0.009104756923 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009104756923 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001881131 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 466] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000673419
[Level 2 step 234] ADVANCE at time 0.00919288015 with dt = 0.0001762464545

[1m[32m  Beginning subcycle 1 starting at time 0.00919288015 with dt = 0.0001762464545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001414383 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 234] Advanced 2304 cells
[Level 3 step 467] ADVANCE at time 0.00919288015 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00919288015 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001874767 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 467] Advanced 4096 cells
[Level 3 step 468] ADVANCE at time 0.009281003377 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009281003377 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001856541 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 468] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000640495
Castro::reflux() at level 1 : time = 0.000531931
Now regridding at level lbase = 2
grid_places() time: 0.000753442 new finest: 3
TIME = 0.009369126604 : REGRID  with lbase = 2
  Level 3   1 grids  4096 cells  6.25 % of domain

[Level 1 step 118] ADVANCE at time 0.009369126604 with dt = 0.0003524929091

[1m[32m  Beginning subcycle 1 starting at time 0.009369126604 with dt = 0.0003524929091[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000909797 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 118] Advanced 1024 cells
[Level 2 step 235] ADVANCE at time 0.009369126604 with dt = 0.0001762464545

[1m[32m  Beginning subcycle 1 starting at time 0.009369126604 with dt = 0.0001762464545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001417811 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 235] Advanced 2304 cells
[Level 3 step 469] ADVANCE at time 0.009369126604 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009369126604 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001885505 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 469] Advanced 4096 cells
[Level 3 step 470] ADVANCE at time 0.009457249832 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009457249832 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001935729 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 470] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000676861
[Level 2 step 236] ADVANCE at time 0.009545373059 with dt = 0.0001762464545

[1m[32m  Beginning subcycle 1 starting at time 0.009545373059 with dt = 0.0001762464545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001417715 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 236] Advanced 2304 cells
[Level 3 step 471] ADVANCE at time 0.009545373059 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009545373059 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001874915 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 471] Advanced 4096 cells
[Level 3 step 472] ADVANCE at time 0.009633496286 with dt = 8.812322727e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009633496286 with dt = 8.812322727e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.001869902 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 472] Advanced 4096 cells
Castro::reflux() at level 2 : time = 0.000636765
Castro::reflux() at level 1 : time = 0.000496525
Castro::reflux() at level 0 : time = 0.000394462

TIME= 0.009721619514 MASS        = 1
TIME= 0.009721619514 XMOM        = 1.873362009e-18
TIME= 0.009721619514 YMOM        = 5.508381863e-18
TIME= 0.009721619514 ZMOM        = 0
TIME= 0.009721619514 ANG MOM X   = 0
TIME= 0.009721619514 ANG MOM Y   = 0
TIME= 0.009721619514 ANG MOM Z   = 1.354192222e-19
TIME= 0.009721619514 RHO*e       = 0.8097151198
TIME= 0.009721619514 RHO*K       = 0.1888913925
TIME= 0.009721619514 RHO*E       = 0.9986065123
TIME= 0.009721619514 CENTER OF MASS X-LOC = 0.5
TIME= 0.009721619514 CENTER OF MASS X-VEL = 1.873362009e-18
TIME= 0.009721619514 CENTER OF MASS Y-LOC = 0.5
TIME= 0.009721619514 CENTER OF MASS Y-VEL = 5.508381863e-18
TIME= 0.009721619514 CENTER OF MASS Z-LOC = 0
TIME= 0.009721619514 CENTER OF MASS Z-VEL = 0
TIME= 0.009721619514 MAXIMUM TEMPERATURE  = 3.74198565e-06
TIME= 0.009721619514 MAXIMUM DENSITY      = 3.468485812

[STEP 59] Coarse TimeStep time: 0.054036026
[STEP 59] FAB kilobyte spread across MPI nodes: [12629 ... 12629]


STEP = 59 TIME = 0.009721619514 DT = 0.0007049858182

...estimated hydro-limited timestep at level 0: 0.0007337987161
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007337987161

...estimated hydro-limited timestep at level 1: 0.0003609778965
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003609778965

...estimated hydro-limited timestep at level 2: 0.0001792019655
...hydro-limited CFL timestep constrained at (i,j) = (66,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001792019655

...estimated hydro-limited timestep at level 3: 8.926042548e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,133)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 8.926042548e-05

Now regridding at level lbase = 1
grid_places() time: 0.001365234 new finest: 3
TIME = 0.009721619514 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   2 grids  5888 cells  8.984375 % of domain
            smallest grid: 64 x 32  biggest grid: 80 x 48

[Level 0 step 60] ADVANCE at time 0.009721619514 with dt = 0.0007140834039

[1m[32m  Beginning subcycle 1 starting at time 0.009721619514 with dt = 0.0007140834039[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000906907 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7290253913

[Level 0 step 60] Advanced 1024 cells
[Level 1 step 119] ADVANCE at time 0.009721619514 with dt = 0.0003570417019

[1m[32m  Beginning subcycle 1 starting at time 0.009721619514 with dt = 0.0003570417019[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000913116 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 119] Advanced 1024 cells
[Level 2 step 237] ADVANCE at time 0.009721619514 with dt = 0.000178520851

[1m[32m  Beginning subcycle 1 starting at time 0.009721619514 with dt = 0.000178520851[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001418784 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 237] Advanced 2304 cells
[Level 3 step 473] ADVANCE at time 0.009721619514 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009721619514 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00242136 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 473] Advanced 5888 cells
[Level 3 step 474] ADVANCE at time 0.009810879939 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009810879939 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002289779 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 474] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.00069979
[Level 2 step 238] ADVANCE at time 0.009900140364 with dt = 0.000178520851

[1m[32m  Beginning subcycle 1 starting at time 0.009900140364 with dt = 0.000178520851[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001397505 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 238] Advanced 2304 cells
[Level 3 step 475] ADVANCE at time 0.009900140364 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.009900140364 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002239422 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 475] Advanced 5888 cells
[Level 3 step 476] ADVANCE at time 0.00998940079 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.00998940079 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002258879 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 476] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000664264
Castro::reflux() at level 1 : time = 0.000518324
Now regridding at level lbase = 2
grid_places() time: 0.000754462 new finest: 3
TIME = 0.01007866122 : REGRID  with lbase = 2
  Level 3   2 grids  5888 cells  8.984375 % of domain
            smallest grid: 64 x 32  biggest grid: 80 x 48

[Level 1 step 120] ADVANCE at time 0.01007866122 with dt = 0.0003570417019

[1m[32m  Beginning subcycle 1 starting at time 0.01007866122 with dt = 0.0003570417019[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000922549 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 120] Advanced 1024 cells
[Level 2 step 239] ADVANCE at time 0.01007866122 with dt = 0.000178520851

[1m[32m  Beginning subcycle 1 starting at time 0.01007866122 with dt = 0.000178520851[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00139994 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 239] Advanced 2304 cells
[Level 3 step 477] ADVANCE at time 0.01007866122 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01007866122 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002238772 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 477] Advanced 5888 cells
[Level 3 step 478] ADVANCE at time 0.01016792164 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01016792164 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002243716 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 478] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000663389
[Level 2 step 240] ADVANCE at time 0.01025718207 with dt = 0.000178520851

[1m[32m  Beginning subcycle 1 starting at time 0.01025718207 with dt = 0.000178520851[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001404735 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 240] Advanced 2304 cells
[Level 3 step 479] ADVANCE at time 0.01025718207 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01025718207 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002274956 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 479] Advanced 5888 cells
[Level 3 step 480] ADVANCE at time 0.01034644249 with dt = 8.926042548e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01034644249 with dt = 8.926042548e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00223853 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 480] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.00062924
Castro::reflux() at level 1 : time = 0.000490082
Castro::reflux() at level 0 : time = 0.000399648

TIME= 0.01043570292 MASS        = 1
TIME= 0.01043570292 XMOM        = -2.651823298e-18
TIME= 0.01043570292 YMOM        = 0
TIME= 0.01043570292 ZMOM        = 0
TIME= 0.01043570292 ANG MOM X   = 0
TIME= 0.01043570292 ANG MOM Y   = 0
TIME= 0.01043570292 ANG MOM Z   = 1.45247096e-19
TIME= 0.01043570292 RHO*e       = 0.8091154211
TIME= 0.01043570292 RHO*K       = 0.1894910911
TIME= 0.01043570292 RHO*E       = 0.9986065123
TIME= 0.01043570292 CENTER OF MASS X-LOC = 0.5
TIME= 0.01043570292 CENTER OF MASS X-VEL = -2.651823298e-18
TIME= 0.01043570292 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01043570292 CENTER OF MASS Y-VEL = 0
TIME= 0.01043570292 CENTER OF MASS Z-LOC = 0
TIME= 0.01043570292 CENTER OF MASS Z-VEL = 0
TIME= 0.01043570292 MAXIMUM TEMPERATURE  = 3.667737648e-06
TIME= 0.01043570292 MAXIMUM DENSITY      = 3.510102032

[STEP 60] Coarse TimeStep time: 0.057950502
[STEP 60] FAB kilobyte spread across MPI nodes: [15071 ... 15071]


STEP = 60 TIME = 0.01043570292 DT = 0.0007140834039

PLOTFILE: file = Sedov-2d-tau_plt00060
Write plotfile time = 0.030441614  seconds

...estimated hydro-limited timestep at level 0: 0.0007418110031
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007418110031

...estimated hydro-limited timestep at level 1: 0.0003645867484
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003645867484

...estimated hydro-limited timestep at level 2: 0.0001812929312
...hydro-limited CFL timestep constrained at (i,j) = (66,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001812929312

...estimated hydro-limited timestep at level 3: 9.022956849e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.022956849e-05

Now regridding at level lbase = 0
grid_places() time: 0.001778561 new finest: 3
STEP = 60 TIME = 0.01043570292 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   2 grids  5888 cells  8.984375 % of domain
            smallest grid: 64 x 32  biggest grid: 80 x 48

...estimated hydro-limited timestep at level 0: 0.0007418110031
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007418110031

...estimated hydro-limited timestep at level 1: 0.0003645867484
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003645867484

...estimated hydro-limited timestep at level 2: 0.0001812929312
...hydro-limited CFL timestep constrained at (i,j) = (66,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001812929312

...estimated hydro-limited timestep at level 3: 9.022956849e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.022956849e-05

[Level 0 step 61] ADVANCE at time 0.01043570292 with dt = 0.0007218365479

[1m[32m  Beginning subcycle 1 starting at time 0.01043570292 with dt = 0.0007218365479[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000911367 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7041623975

[Level 0 step 61] Advanced 1024 cells
[Level 1 step 121] ADVANCE at time 0.01043570292 with dt = 0.000360918274

[1m[32m  Beginning subcycle 1 starting at time 0.01043570292 with dt = 0.000360918274[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000938657 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 121] Advanced 1024 cells
[Level 2 step 241] ADVANCE at time 0.01043570292 with dt = 0.000180459137

[1m[32m  Beginning subcycle 1 starting at time 0.01043570292 with dt = 0.000180459137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001399703 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 241] Advanced 2304 cells
[Level 3 step 481] ADVANCE at time 0.01043570292 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01043570292 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002258972 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 481] Advanced 5888 cells
[Level 3 step 482] ADVANCE at time 0.01052593249 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01052593249 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002262852 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 482] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000684373
[Level 2 step 242] ADVANCE at time 0.01061616205 with dt = 0.000180459137

[1m[32m  Beginning subcycle 1 starting at time 0.01061616205 with dt = 0.000180459137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001402575 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 242] Advanced 2304 cells
[Level 3 step 483] ADVANCE at time 0.01061616205 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01061616205 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002253061 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 483] Advanced 5888 cells
[Level 3 step 484] ADVANCE at time 0.01070639162 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01070639162 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002256621 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 484] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000644813
Castro::reflux() at level 1 : time = 0.000532579
Now regridding at level lbase = 2
grid_places() time: 0.000765119 new finest: 3
TIME = 0.01079662119 : REGRID  with lbase = 2
  Level 3   2 grids  5888 cells  8.984375 % of domain
            smallest grid: 64 x 32  biggest grid: 80 x 48

[Level 1 step 122] ADVANCE at time 0.01079662119 with dt = 0.000360918274

[1m[32m  Beginning subcycle 1 starting at time 0.01079662119 with dt = 0.000360918274[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00092278 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 122] Advanced 1024 cells
[Level 2 step 243] ADVANCE at time 0.01079662119 with dt = 0.000180459137

[1m[32m  Beginning subcycle 1 starting at time 0.01079662119 with dt = 0.000180459137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00138319 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 243] Advanced 2304 cells
[Level 3 step 485] ADVANCE at time 0.01079662119 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01079662119 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002303959 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 485] Advanced 5888 cells
[Level 3 step 486] ADVANCE at time 0.01088685076 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01088685076 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002249037 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 486] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000670975
[Level 2 step 244] ADVANCE at time 0.01097708033 with dt = 0.000180459137

[1m[32m  Beginning subcycle 1 starting at time 0.01097708033 with dt = 0.000180459137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001407778 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 244] Advanced 2304 cells
[Level 3 step 487] ADVANCE at time 0.01097708033 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01097708033 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002271345 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 487] Advanced 5888 cells
[Level 3 step 488] ADVANCE at time 0.0110673099 with dt = 9.022956849e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0110673099 with dt = 9.022956849e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002251057 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 488] Advanced 5888 cells
Castro::reflux() at level 2 : time = 0.000656556
Castro::reflux() at level 1 : time = 0.000503048
Castro::reflux() at level 0 : time = 0.000424246

TIME= 0.01115753947 MASS        = 1
TIME= 0.01115753947 XMOM        = -4.079170616e-19
TIME= 0.01115753947 YMOM        = -9.714451465e-17
TIME= 0.01115753947 ZMOM        = 0
TIME= 0.01115753947 ANG MOM X   = 0
TIME= 0.01115753947 ANG MOM Y   = 0
TIME= 0.01115753947 ANG MOM Z   = 8.653685587e-20
TIME= 0.01115753947 RHO*e       = 0.8084455372
TIME= 0.01115753947 RHO*K       = 0.1901609751
TIME= 0.01115753947 RHO*E       = 0.9986065123
TIME= 0.01115753947 CENTER OF MASS X-LOC = 0.5
TIME= 0.01115753947 CENTER OF MASS X-VEL = -4.079170616e-19
TIME= 0.01115753947 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01115753947 CENTER OF MASS Y-VEL = -9.714451465e-17
TIME= 0.01115753947 CENTER OF MASS Z-LOC = 0
TIME= 0.01115753947 CENTER OF MASS Z-VEL = 0
TIME= 0.01115753947 MAXIMUM TEMPERATURE  = 3.598555129e-06
TIME= 0.01115753947 MAXIMUM DENSITY      = 3.533407473

[STEP 61] Coarse TimeStep time: 0.058669641
[STEP 61] FAB kilobyte spread across MPI nodes: [15284 ... 15284]


STEP = 61 TIME = 0.01115753947 DT = 0.0007218365479

...estimated hydro-limited timestep at level 0: 0.0007495401411
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007495401411

...estimated hydro-limited timestep at level 1: 0.0003681794047
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003681794047

...estimated hydro-limited timestep at level 2: 0.0001833388775
...hydro-limited CFL timestep constrained at (i,j) = (61,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001833388775

...estimated hydro-limited timestep at level 3: 9.118212829e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.118212829e-05

Now regridding at level lbase = 1
grid_places() time: 0.001361283 new finest: 3
TIME = 0.01115753947 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 0 step 62] ADVANCE at time 0.01115753947 with dt = 0.0007294570263

[1m[32m  Beginning subcycle 1 starting at time 0.01115753947 with dt = 0.0007294570263[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000874155 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7377367476

[Level 0 step 62] Advanced 1024 cells
[Level 1 step 123] ADVANCE at time 0.01115753947 with dt = 0.0003647285132

[1m[32m  Beginning subcycle 1 starting at time 0.01115753947 with dt = 0.0003647285132[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00093512 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 123] Advanced 1024 cells
[Level 2 step 245] ADVANCE at time 0.01115753947 with dt = 0.0001823642566

[1m[32m  Beginning subcycle 1 starting at time 0.01115753947 with dt = 0.0001823642566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001389942 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 245] Advanced 2304 cells
[Level 3 step 489] ADVANCE at time 0.01115753947 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01115753947 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002749272 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 489] Advanced 6400 cells
[Level 3 step 490] ADVANCE at time 0.01124872159 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01124872159 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002339628 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 490] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000701985
[Level 2 step 246] ADVANCE at time 0.01133990372 with dt = 0.0001823642566

[1m[32m  Beginning subcycle 1 starting at time 0.01133990372 with dt = 0.0001823642566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001384588 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 246] Advanced 2304 cells
[Level 3 step 491] ADVANCE at time 0.01133990372 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01133990372 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002343104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 491] Advanced 6400 cells
[Level 3 step 492] ADVANCE at time 0.01143108585 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01143108585 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002372776 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 492] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000640449
Castro::reflux() at level 1 : time = 0.000512246
Now regridding at level lbase = 2
grid_places() time: 0.000750526 new finest: 3
TIME = 0.01152226798 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 124] ADVANCE at time 0.01152226798 with dt = 0.0003647285132

[1m[32m  Beginning subcycle 1 starting at time 0.01152226798 with dt = 0.0003647285132[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000923725 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 124] Advanced 1024 cells
[Level 2 step 247] ADVANCE at time 0.01152226798 with dt = 0.0001823642566

[1m[32m  Beginning subcycle 1 starting at time 0.01152226798 with dt = 0.0001823642566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001398203 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 247] Advanced 2304 cells
[Level 3 step 493] ADVANCE at time 0.01152226798 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01152226798 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002380404 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 493] Advanced 6400 cells
[Level 3 step 494] ADVANCE at time 0.01161345011 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01161345011 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002338966 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 494] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000674407
[Level 2 step 248] ADVANCE at time 0.01170463224 with dt = 0.0001823642566

[1m[32m  Beginning subcycle 1 starting at time 0.01170463224 with dt = 0.0001823642566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001415139 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 248] Advanced 2304 cells
[Level 3 step 495] ADVANCE at time 0.01170463224 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01170463224 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002366457 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 495] Advanced 6400 cells
[Level 3 step 496] ADVANCE at time 0.01179581436 with dt = 9.118212829e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01179581436 with dt = 9.118212829e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002372231 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 496] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000646417
Castro::reflux() at level 1 : time = 0.000506384
Castro::reflux() at level 0 : time = 0.000388409

TIME= 0.01188699649 MASS        = 1
TIME= 0.01188699649 XMOM        = -2.046120166e-18
TIME= 0.01188699649 YMOM        = -1.536480411e-17
TIME= 0.01188699649 ZMOM        = 0
TIME= 0.01188699649 ANG MOM X   = 0
TIME= 0.01188699649 ANG MOM Y   = 0
TIME= 0.01188699649 ANG MOM Z   = 1.103661367e-19
TIME= 0.01188699649 RHO*e       = 0.8079472205
TIME= 0.01188699649 RHO*K       = 0.1906592917
TIME= 0.01188699649 RHO*E       = 0.9986065123
TIME= 0.01188699649 CENTER OF MASS X-LOC = 0.5
TIME= 0.01188699649 CENTER OF MASS X-VEL = -2.046120166e-18
TIME= 0.01188699649 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01188699649 CENTER OF MASS Y-VEL = -1.536480411e-17
TIME= 0.01188699649 CENTER OF MASS Z-LOC = 0
TIME= 0.01188699649 CENTER OF MASS Z-VEL = 0
TIME= 0.01188699649 MAXIMUM TEMPERATURE  = 3.533916557e-06
TIME= 0.01188699649 MAXIMUM DENSITY      = 3.565458023

[STEP 62] Coarse TimeStep time: 0.062526448
[STEP 62] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 62 TIME = 0.01188699649 DT = 0.0007294570263

...estimated hydro-limited timestep at level 0: 0.0007570265712
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007570265712

...estimated hydro-limited timestep at level 1: 0.0003717600834
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003717600834

...estimated hydro-limited timestep at level 2: 0.0001852900768
...hydro-limited CFL timestep constrained at (i,j) = (67,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001852900768

...estimated hydro-limited timestep at level 3: 9.215669347e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.215669347e-05

Now regridding at level lbase = 0
grid_places() time: 0.001838893 new finest: 3
STEP = 62 TIME = 0.01188699649 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007570265712
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007570265712

...estimated hydro-limited timestep at level 1: 0.0003717600834
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003717600834

...estimated hydro-limited timestep at level 2: 0.0001852900768
...hydro-limited CFL timestep constrained at (i,j) = (67,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001852900768

...estimated hydro-limited timestep at level 3: 9.215669347e-05
...hydro-limited CFL timestep constrained at (i,j) = (121,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.215669347e-05

[Level 0 step 63] ADVANCE at time 0.01188699649 with dt = 0.0007372535477

[1m[32m  Beginning subcycle 1 starting at time 0.01188699649 with dt = 0.0007372535477[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000880999 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7380440823

[Level 0 step 63] Advanced 1024 cells
[Level 1 step 125] ADVANCE at time 0.01188699649 with dt = 0.0003686267739

[1m[32m  Beginning subcycle 1 starting at time 0.01188699649 with dt = 0.0003686267739[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000915099 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 125] Advanced 1024 cells
[Level 2 step 249] ADVANCE at time 0.01188699649 with dt = 0.0001843133869

[1m[32m  Beginning subcycle 1 starting at time 0.01188699649 with dt = 0.0001843133869[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001430168 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 249] Advanced 2304 cells
[Level 3 step 497] ADVANCE at time 0.01188699649 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01188699649 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00238297 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 497] Advanced 6400 cells
[Level 3 step 498] ADVANCE at time 0.01197915319 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01197915319 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002371619 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 498] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000705432
[Level 2 step 250] ADVANCE at time 0.01207130988 with dt = 0.0001843133869

[1m[32m  Beginning subcycle 1 starting at time 0.01207130988 with dt = 0.0001843133869[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001386623 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 250] Advanced 2304 cells
[Level 3 step 499] ADVANCE at time 0.01207130988 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01207130988 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002352951 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 499] Advanced 6400 cells
[Level 3 step 500] ADVANCE at time 0.01216346657 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01216346657 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002364638 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 500] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000661372
Castro::reflux() at level 1 : time = 0.000549294
Now regridding at level lbase = 2
grid_places() time: 0.000777322 new finest: 3
TIME = 0.01225562327 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 126] ADVANCE at time 0.01225562327 with dt = 0.0003686267739

[1m[32m  Beginning subcycle 1 starting at time 0.01225562327 with dt = 0.0003686267739[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000949537 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 126] Advanced 1024 cells
[Level 2 step 251] ADVANCE at time 0.01225562327 with dt = 0.0001843133869

[1m[32m  Beginning subcycle 1 starting at time 0.01225562327 with dt = 0.0001843133869[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00138203 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 251] Advanced 2304 cells
[Level 3 step 501] ADVANCE at time 0.01225562327 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01225562327 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002377135 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 501] Advanced 6400 cells
[Level 3 step 502] ADVANCE at time 0.01234777996 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01234777996 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002364527 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 502] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000677045
[Level 2 step 252] ADVANCE at time 0.01243993665 with dt = 0.0001843133869

[1m[32m  Beginning subcycle 1 starting at time 0.01243993665 with dt = 0.0001843133869[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001403075 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 252] Advanced 2304 cells
[Level 3 step 503] ADVANCE at time 0.01243993665 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01243993665 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002361726 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 503] Advanced 6400 cells
[Level 3 step 504] ADVANCE at time 0.01253209335 with dt = 9.215669347e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01253209335 with dt = 9.215669347e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002443772 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 504] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.00067132
Castro::reflux() at level 1 : time = 0.000502653
Castro::reflux() at level 0 : time = 0.000387625

TIME= 0.01262425004 MASS        = 1
TIME= 0.01262425004 XMOM        = -1.0053693e-18
TIME= 0.01262425004 YMOM        = -2.368815103e-18
TIME= 0.01262425004 ZMOM        = 0
TIME= 0.01262425004 ANG MOM X   = 0
TIME= 0.01262425004 ANG MOM Y   = 0
TIME= 0.01262425004 ANG MOM Z   = 1.190334521e-19
TIME= 0.01262425004 RHO*e       = 0.8075657814
TIME= 0.01262425004 RHO*K       = 0.1910407309
TIME= 0.01262425004 RHO*E       = 0.9986065123
TIME= 0.01262425004 CENTER OF MASS X-LOC = 0.5
TIME= 0.01262425004 CENTER OF MASS X-VEL = -1.0053693e-18
TIME= 0.01262425004 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01262425004 CENTER OF MASS Y-VEL = -2.368815103e-18
TIME= 0.01262425004 CENTER OF MASS Z-LOC = 0
TIME= 0.01262425004 CENTER OF MASS Z-VEL = 0
TIME= 0.01262425004 MAXIMUM TEMPERATURE  = 3.473330839e-06
TIME= 0.01262425004 MAXIMUM DENSITY      = 3.60754053

[STEP 63] Coarse TimeStep time: 0.063134947
[STEP 63] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 63 TIME = 0.01262425004 DT = 0.0007372535477

...estimated hydro-limited timestep at level 0: 0.0007643030456
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007643030456

...estimated hydro-limited timestep at level 1: 0.0003753187912
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003753187912

...estimated hydro-limited timestep at level 2: 0.0001866920602
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001866920602

...estimated hydro-limited timestep at level 3: 9.305253771e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.305253771e-05

Now regridding at level lbase = 1
grid_places() time: 0.00139707 new finest: 3
TIME = 0.01262425004 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 0 step 64] ADVANCE at time 0.01262425004 with dt = 0.0007444203017

[1m[32m  Beginning subcycle 1 starting at time 0.01262425004 with dt = 0.0007444203017[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000877199 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7374041789

[Level 0 step 64] Advanced 1024 cells
[Level 1 step 127] ADVANCE at time 0.01262425004 with dt = 0.0003722101508

[1m[32m  Beginning subcycle 1 starting at time 0.01262425004 with dt = 0.0003722101508[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000929649 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 127] Advanced 1024 cells
[Level 2 step 253] ADVANCE at time 0.01262425004 with dt = 0.0001861050754

[1m[32m  Beginning subcycle 1 starting at time 0.01262425004 with dt = 0.0001861050754[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001399886 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 253] Advanced 2304 cells
[Level 3 step 505] ADVANCE at time 0.01262425004 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01262425004 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002380354 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 505] Advanced 6400 cells
[Level 3 step 506] ADVANCE at time 0.01271730258 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01271730258 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002385955 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 506] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000672398
[Level 2 step 254] ADVANCE at time 0.01281035511 with dt = 0.0001861050754

[1m[32m  Beginning subcycle 1 starting at time 0.01281035511 with dt = 0.0001861050754[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00139084 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 254] Advanced 2304 cells
[Level 3 step 507] ADVANCE at time 0.01281035511 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01281035511 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00236486 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 507] Advanced 6400 cells
[Level 3 step 508] ADVANCE at time 0.01290340765 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01290340765 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002361616 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 508] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000663054
Castro::reflux() at level 1 : time = 0.000532963
Now regridding at level lbase = 2
grid_places() time: 0.000761154 new finest: 3
TIME = 0.01299646019 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 128] ADVANCE at time 0.01299646019 with dt = 0.0003722101508

[1m[32m  Beginning subcycle 1 starting at time 0.01299646019 with dt = 0.0003722101508[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000926541 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 128] Advanced 1024 cells
[Level 2 step 255] ADVANCE at time 0.01299646019 with dt = 0.0001861050754

[1m[32m  Beginning subcycle 1 starting at time 0.01299646019 with dt = 0.0001861050754[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001402934 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 255] Advanced 2304 cells
[Level 3 step 509] ADVANCE at time 0.01299646019 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01299646019 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002381932 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 509] Advanced 6400 cells
[Level 3 step 510] ADVANCE at time 0.01308951273 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01308951273 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002378431 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 510] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000671597
[Level 2 step 256] ADVANCE at time 0.01318256527 with dt = 0.0001861050754

[1m[32m  Beginning subcycle 1 starting at time 0.01318256527 with dt = 0.0001861050754[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001393546 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 256] Advanced 2304 cells
[Level 3 step 511] ADVANCE at time 0.01318256527 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01318256527 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00243609 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 511] Advanced 6400 cells
[Level 3 step 512] ADVANCE at time 0.0132756178 with dt = 9.305253771e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0132756178 with dt = 9.305253771e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002411176 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 512] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000637663
Castro::reflux() at level 1 : time = 0.000524128
Castro::reflux() at level 0 : time = 0.00038606

TIME= 0.01336867034 MASS        = 1
TIME= 0.01336867034 XMOM        = -8.863344985e-19
TIME= 0.01336867034 YMOM        = -4.811845912e-18
TIME= 0.01336867034 ZMOM        = 0
TIME= 0.01336867034 ANG MOM X   = 0
TIME= 0.01336867034 ANG MOM Y   = 0
TIME= 0.01336867034 ANG MOM Z   = 1.165437445e-19
TIME= 0.01336867034 RHO*e       = 0.8071680128
TIME= 0.01336867034 RHO*K       = 0.1914384995
TIME= 0.01336867034 RHO*E       = 0.9986065123
TIME= 0.01336867034 CENTER OF MASS X-LOC = 0.5
TIME= 0.01336867034 CENTER OF MASS X-VEL = -8.863344985e-19
TIME= 0.01336867034 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01336867034 CENTER OF MASS Y-VEL = -4.811845912e-18
TIME= 0.01336867034 CENTER OF MASS Z-LOC = 0
TIME= 0.01336867034 CENTER OF MASS Z-VEL = 0
TIME= 0.01336867034 MAXIMUM TEMPERATURE  = 3.416452848e-06
TIME= 0.01336867034 MAXIMUM DENSITY      = 3.662728782

[STEP 64] Coarse TimeStep time: 0.061851586
[STEP 64] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 64 TIME = 0.01336867034 DT = 0.0007444203017

...estimated hydro-limited timestep at level 0: 0.0007713456042
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007713456042

...estimated hydro-limited timestep at level 1: 0.0003788456439
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003788456439

...estimated hydro-limited timestep at level 2: 0.0001882176512
...hydro-limited CFL timestep constrained at (i,j) = (67,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001882176512

...estimated hydro-limited timestep at level 3: 9.392754942e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.392754942e-05

Now regridding at level lbase = 0
grid_places() time: 0.001790113 new finest: 3
STEP = 64 TIME = 0.01336867034 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007713456042
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007713456042

...estimated hydro-limited timestep at level 1: 0.0003788456439
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003788456439

...estimated hydro-limited timestep at level 2: 0.0001882176512
...hydro-limited CFL timestep constrained at (i,j) = (67,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001882176512

...estimated hydro-limited timestep at level 3: 9.392754942e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.392754942e-05

[Level 0 step 65] ADVANCE at time 0.01336867034 with dt = 0.0007514203954

[1m[32m  Beginning subcycle 1 starting at time 0.01336867034 with dt = 0.0007514203954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000882529 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7393373689

[Level 0 step 65] Advanced 1024 cells
[Level 1 step 129] ADVANCE at time 0.01336867034 with dt = 0.0003757101977

[1m[32m  Beginning subcycle 1 starting at time 0.01336867034 with dt = 0.0003757101977[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00092355 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 129] Advanced 1024 cells
[Level 2 step 257] ADVANCE at time 0.01336867034 with dt = 0.0001878550988

[1m[32m  Beginning subcycle 1 starting at time 0.01336867034 with dt = 0.0001878550988[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00141747 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 257] Advanced 2304 cells
[Level 3 step 513] ADVANCE at time 0.01336867034 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01336867034 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00240861 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 513] Advanced 6400 cells
[Level 3 step 514] ADVANCE at time 0.01346259789 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01346259789 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002394214 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 514] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000682556
[Level 2 step 258] ADVANCE at time 0.01355652544 with dt = 0.0001878550988

[1m[32m  Beginning subcycle 1 starting at time 0.01355652544 with dt = 0.0001878550988[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001395467 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 258] Advanced 2304 cells
[Level 3 step 515] ADVANCE at time 0.01355652544 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01355652544 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00241168 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 515] Advanced 6400 cells
[Level 3 step 516] ADVANCE at time 0.01365045299 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01365045299 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002384703 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 516] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000675561
Castro::reflux() at level 1 : time = 0.000547273
Now regridding at level lbase = 2
grid_places() time: 0.000792076 new finest: 3
TIME = 0.01374438054 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 130] ADVANCE at time 0.01374438054 with dt = 0.0003757101977

[1m[32m  Beginning subcycle 1 starting at time 0.01374438054 with dt = 0.0003757101977[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000928132 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 130] Advanced 1024 cells
[Level 2 step 259] ADVANCE at time 0.01374438054 with dt = 0.0001878550988

[1m[32m  Beginning subcycle 1 starting at time 0.01374438054 with dt = 0.0001878550988[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001409733 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 259] Advanced 2304 cells
[Level 3 step 517] ADVANCE at time 0.01374438054 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01374438054 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002396942 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 517] Advanced 6400 cells
[Level 3 step 518] ADVANCE at time 0.01383830809 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01383830809 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002385496 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 518] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.00067681
[Level 2 step 260] ADVANCE at time 0.01393223564 with dt = 0.0001878550988

[1m[32m  Beginning subcycle 1 starting at time 0.01393223564 with dt = 0.0001878550988[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001408355 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 260] Advanced 2304 cells
[Level 3 step 519] ADVANCE at time 0.01393223564 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01393223564 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002421317 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 519] Advanced 6400 cells
[Level 3 step 520] ADVANCE at time 0.01402616319 with dt = 9.392754942e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01402616319 with dt = 9.392754942e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002378409 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 520] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000653512
Castro::reflux() at level 1 : time = 0.000521159
Castro::reflux() at level 0 : time = 0.000393425

TIME= 0.01412009074 MASS        = 1
TIME= 0.01412009074 XMOM        = -3.327985843e-19
TIME= 0.01412009074 YMOM        = 2.406979093e-17
TIME= 0.01412009074 ZMOM        = 0
TIME= 0.01412009074 ANG MOM X   = 0
TIME= 0.01412009074 ANG MOM Y   = 0
TIME= 0.01412009074 ANG MOM Z   = 1.108804663e-19
TIME= 0.01412009074 RHO*e       = 0.8067083575
TIME= 0.01412009074 RHO*K       = 0.1918981548
TIME= 0.01412009074 RHO*E       = 0.9986065123
TIME= 0.01412009074 CENTER OF MASS X-LOC = 0.5
TIME= 0.01412009074 CENTER OF MASS X-VEL = -3.327985843e-19
TIME= 0.01412009074 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01412009074 CENTER OF MASS Y-VEL = 2.406979093e-17
TIME= 0.01412009074 CENTER OF MASS Z-LOC = 0
TIME= 0.01412009074 CENTER OF MASS Z-VEL = 0
TIME= 0.01412009074 MAXIMUM TEMPERATURE  = 3.363029753e-06
TIME= 0.01412009074 MAXIMUM DENSITY      = 3.681616388

[STEP 65] Coarse TimeStep time: 0.063394097
[STEP 65] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 65 TIME = 0.01412009074 DT = 0.0007514203954

...estimated hydro-limited timestep at level 0: 0.0007781594717
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007781594717

...estimated hydro-limited timestep at level 1: 0.0003823036584
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003823036584

...estimated hydro-limited timestep at level 2: 0.0001898179895
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001898179895

...estimated hydro-limited timestep at level 3: 9.480063296e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,121)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.480063296e-05

Now regridding at level lbase = 1
grid_places() time: 0.001424019 new finest: 3
TIME = 0.01412009074 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 0 step 66] ADVANCE at time 0.01412009074 with dt = 0.0007584050637

[1m[32m  Beginning subcycle 1 starting at time 0.01412009074 with dt = 0.0007584050637[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00086714 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7397203077

[Level 0 step 66] Advanced 1024 cells
[Level 1 step 131] ADVANCE at time 0.01412009074 with dt = 0.0003792025318

[1m[32m  Beginning subcycle 1 starting at time 0.01412009074 with dt = 0.0003792025318[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000928727 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 131] Advanced 1024 cells
[Level 2 step 261] ADVANCE at time 0.01412009074 with dt = 0.0001896012659

[1m[32m  Beginning subcycle 1 starting at time 0.01412009074 with dt = 0.0001896012659[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001387019 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 261] Advanced 2304 cells
[Level 3 step 521] ADVANCE at time 0.01412009074 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01412009074 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002374932 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 521] Advanced 6400 cells
[Level 3 step 522] ADVANCE at time 0.01421489137 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01421489137 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002365327 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 522] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000668255
[Level 2 step 262] ADVANCE at time 0.014309692 with dt = 0.0001896012659

[1m[32m  Beginning subcycle 1 starting at time 0.014309692 with dt = 0.0001896012659[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001400677 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 262] Advanced 2304 cells
[Level 3 step 523] ADVANCE at time 0.014309692 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.014309692 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002419921 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 523] Advanced 6400 cells
[Level 3 step 524] ADVANCE at time 0.01440449264 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01440449264 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002409965 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 524] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.0006451
Castro::reflux() at level 1 : time = 0.000515326
Now regridding at level lbase = 2
grid_places() time: 0.00076663 new finest: 3
TIME = 0.01449929327 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 132] ADVANCE at time 0.01449929327 with dt = 0.0003792025318

[1m[32m  Beginning subcycle 1 starting at time 0.01449929327 with dt = 0.0003792025318[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000936105 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 132] Advanced 1024 cells
[Level 2 step 263] ADVANCE at time 0.01449929327 with dt = 0.0001896012659

[1m[32m  Beginning subcycle 1 starting at time 0.01449929327 with dt = 0.0001896012659[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001394855 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 263] Advanced 2304 cells
[Level 3 step 525] ADVANCE at time 0.01449929327 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01449929327 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00239804 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 525] Advanced 6400 cells
[Level 3 step 526] ADVANCE at time 0.0145940939 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0145940939 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002383431 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 526] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000715036
[Level 2 step 264] ADVANCE at time 0.01468889453 with dt = 0.0001896012659

[1m[32m  Beginning subcycle 1 starting at time 0.01468889453 with dt = 0.0001896012659[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00138082 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 264] Advanced 2304 cells
[Level 3 step 527] ADVANCE at time 0.01468889453 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01468889453 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002396025 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 527] Advanced 6400 cells
[Level 3 step 528] ADVANCE at time 0.01478369517 with dt = 9.480063296e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01478369517 with dt = 9.480063296e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00238303 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 528] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000655728
Castro::reflux() at level 1 : time = 0.00050214
Castro::reflux() at level 0 : time = 0.000389524

TIME= 0.0148784958 MASS        = 1
TIME= 0.0148784958 XMOM        = 2.105324385e-18
TIME= 0.0148784958 YMOM        = 1.939381618e-18
TIME= 0.0148784958 ZMOM        = 0
TIME= 0.0148784958 ANG MOM X   = 0
TIME= 0.0148784958 ANG MOM Y   = 0
TIME= 0.0148784958 ANG MOM Z   = 1.670919714e-19
TIME= 0.0148784958 RHO*e       = 0.8062292985
TIME= 0.0148784958 RHO*K       = 0.1923772138
TIME= 0.0148784958 RHO*E       = 0.9986065123
TIME= 0.0148784958 CENTER OF MASS X-LOC = 0.5
TIME= 0.0148784958 CENTER OF MASS X-VEL = 2.105324385e-18
TIME= 0.0148784958 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0148784958 CENTER OF MASS Y-VEL = 1.939381618e-18
TIME= 0.0148784958 CENTER OF MASS Z-LOC = 0
TIME= 0.0148784958 CENTER OF MASS Z-VEL = 0
TIME= 0.0148784958 MAXIMUM TEMPERATURE  = 3.313050635e-06
TIME= 0.0148784958 MAXIMUM DENSITY      = 3.70193482

[STEP 66] Coarse TimeStep time: 0.062121747
[STEP 66] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 66 TIME = 0.0148784958 DT = 0.0007584050637

...estimated hydro-limited timestep at level 0: 0.0007847697691
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007847697691

...estimated hydro-limited timestep at level 1: 0.0003856924509
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003856924509

...estimated hydro-limited timestep at level 2: 0.0001914555272
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001914555272

...estimated hydro-limited timestep at level 3: 9.553038797e-05
...hydro-limited CFL timestep constrained at (i,j) = (120,120)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.553038797e-05

Now regridding at level lbase = 0
grid_places() time: 0.001872335 new finest: 3
STEP = 66 TIME = 0.0148784958 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007847697691
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007847697691

...estimated hydro-limited timestep at level 1: 0.0003856924509
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003856924509

...estimated hydro-limited timestep at level 2: 0.0001914555272
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001914555272

...estimated hydro-limited timestep at level 3: 9.553038797e-05
...hydro-limited CFL timestep constrained at (i,j) = (120,120)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.553038797e-05

[Level 0 step 67] ADVANCE at time 0.0148784958 with dt = 0.0007642431038

[1m[32m  Beginning subcycle 1 starting at time 0.0148784958 with dt = 0.0007642431038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000970146 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6817254311

[Level 0 step 67] Advanced 1024 cells
[Level 1 step 133] ADVANCE at time 0.0148784958 with dt = 0.0003821215519

[1m[32m  Beginning subcycle 1 starting at time 0.0148784958 with dt = 0.0003821215519[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00102193 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 133] Advanced 1024 cells
[Level 2 step 265] ADVANCE at time 0.0148784958 with dt = 0.0001910607759

[1m[32m  Beginning subcycle 1 starting at time 0.0148784958 with dt = 0.0001910607759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001485073 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 265] Advanced 2304 cells
[Level 3 step 529] ADVANCE at time 0.0148784958 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0148784958 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002375184 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 529] Advanced 6400 cells
[Level 3 step 530] ADVANCE at time 0.01497402619 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01497402619 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002344924 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 530] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000671924
[Level 2 step 266] ADVANCE at time 0.01506955658 with dt = 0.0001910607759

[1m[32m  Beginning subcycle 1 starting at time 0.01506955658 with dt = 0.0001910607759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001413885 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 266] Advanced 2304 cells
[Level 3 step 531] ADVANCE at time 0.01506955658 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01506955658 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002409982 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 531] Advanced 6400 cells
[Level 3 step 532] ADVANCE at time 0.01516508696 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01516508696 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002372348 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 532] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000654262
Castro::reflux() at level 1 : time = 0.000528725
Now regridding at level lbase = 2
grid_places() time: 0.000787457 new finest: 3
TIME = 0.01526061735 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 134] ADVANCE at time 0.01526061735 with dt = 0.0003821215519

[1m[32m  Beginning subcycle 1 starting at time 0.01526061735 with dt = 0.0003821215519[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000939318 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 134] Advanced 1024 cells
[Level 2 step 267] ADVANCE at time 0.01526061735 with dt = 0.0001910607759

[1m[32m  Beginning subcycle 1 starting at time 0.01526061735 with dt = 0.0001910607759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00159405 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 267] Advanced 2304 cells
[Level 3 step 533] ADVANCE at time 0.01526061735 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01526061735 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002379711 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 533] Advanced 6400 cells
[Level 3 step 534] ADVANCE at time 0.01535614774 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01535614774 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002397966 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 534] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000686149
[Level 2 step 268] ADVANCE at time 0.01545167813 with dt = 0.0001910607759

[1m[32m  Beginning subcycle 1 starting at time 0.01545167813 with dt = 0.0001910607759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001420777 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 268] Advanced 2304 cells
[Level 3 step 535] ADVANCE at time 0.01545167813 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01545167813 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00238398 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 535] Advanced 6400 cells
[Level 3 step 536] ADVANCE at time 0.01554720852 with dt = 9.553038797e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01554720852 with dt = 9.553038797e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002379172 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 536] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000663075
Castro::reflux() at level 1 : time = 0.000496305
Castro::reflux() at level 0 : time = 0.000391273

TIME= 0.0156427389 MASS        = 1
TIME= 0.0156427389 XMOM        = -9.018337654e-19
TIME= 0.0156427389 YMOM        = -1.233131707e-18
TIME= 0.0156427389 ZMOM        = 0
TIME= 0.0156427389 ANG MOM X   = 0
TIME= 0.0156427389 ANG MOM Y   = 0
TIME= 0.0156427389 ANG MOM Z   = 2.258914628e-19
TIME= 0.0156427389 RHO*e       = 0.8058433821
TIME= 0.0156427389 RHO*K       = 0.1927631302
TIME= 0.0156427389 RHO*E       = 0.9986065123
TIME= 0.0156427389 CENTER OF MASS X-LOC = 0.5
TIME= 0.0156427389 CENTER OF MASS X-VEL = -9.018337654e-19
TIME= 0.0156427389 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0156427389 CENTER OF MASS Y-VEL = -1.233131707e-18
TIME= 0.0156427389 CENTER OF MASS Z-LOC = 0
TIME= 0.0156427389 CENTER OF MASS Z-VEL = 0
TIME= 0.0156427389 MAXIMUM TEMPERATURE  = 3.266181799e-06
TIME= 0.0156427389 MAXIMUM DENSITY      = 3.708001854

[STEP 67] Coarse TimeStep time: 0.064236303
[STEP 67] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 67 TIME = 0.0156427389 DT = 0.0007642431038

...estimated hydro-limited timestep at level 0: 0.0007911630775
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007911630775

...estimated hydro-limited timestep at level 1: 0.0003889906341
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003889906341

...estimated hydro-limited timestep at level 2: 0.0001930795111
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001930795111

...estimated hydro-limited timestep at level 3: 9.629942355e-05
...hydro-limited CFL timestep constrained at (i,j) = (120,120)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.629942355e-05

Now regridding at level lbase = 1
grid_places() time: 0.00142847 new finest: 3
TIME = 0.0156427389 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 0 step 68] ADVANCE at time 0.0156427389 with dt = 0.0007703953884

[1m[32m  Beginning subcycle 1 starting at time 0.0156427389 with dt = 0.0007703953884[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000897671 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7236912778

[Level 0 step 68] Advanced 1024 cells
[Level 1 step 135] ADVANCE at time 0.0156427389 with dt = 0.0003851976942

[1m[32m  Beginning subcycle 1 starting at time 0.0156427389 with dt = 0.0003851976942[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000918529 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 135] Advanced 1024 cells
[Level 2 step 269] ADVANCE at time 0.0156427389 with dt = 0.0001925988471

[1m[32m  Beginning subcycle 1 starting at time 0.0156427389 with dt = 0.0001925988471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001404218 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 269] Advanced 2304 cells
[Level 3 step 537] ADVANCE at time 0.0156427389 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0156427389 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002384269 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 537] Advanced 6400 cells
[Level 3 step 538] ADVANCE at time 0.01573903833 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01573903833 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002370589 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 538] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000685583
[Level 2 step 270] ADVANCE at time 0.01583533775 with dt = 0.0001925988471

[1m[32m  Beginning subcycle 1 starting at time 0.01583533775 with dt = 0.0001925988471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00140333 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 270] Advanced 2304 cells
[Level 3 step 539] ADVANCE at time 0.01583533775 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01583533775 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002382407 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 539] Advanced 6400 cells
[Level 3 step 540] ADVANCE at time 0.01593163717 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01593163717 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002354235 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 540] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000654436
Castro::reflux() at level 1 : time = 0.000523141
Now regridding at level lbase = 2
grid_places() time: 0.000762368 new finest: 3
TIME = 0.0160279366 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 136] ADVANCE at time 0.0160279366 with dt = 0.0003851976942

[1m[32m  Beginning subcycle 1 starting at time 0.0160279366 with dt = 0.0003851976942[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000938697 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 136] Advanced 1024 cells
[Level 2 step 271] ADVANCE at time 0.0160279366 with dt = 0.0001925988471

[1m[32m  Beginning subcycle 1 starting at time 0.0160279366 with dt = 0.0001925988471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001408145 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 271] Advanced 2304 cells
[Level 3 step 541] ADVANCE at time 0.0160279366 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0160279366 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002649926 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 541] Advanced 6400 cells
[Level 3 step 542] ADVANCE at time 0.01612423602 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01612423602 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002374014 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 542] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000687378
[Level 2 step 272] ADVANCE at time 0.01622053545 with dt = 0.0001925988471

[1m[32m  Beginning subcycle 1 starting at time 0.01622053545 with dt = 0.0001925988471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001429459 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 272] Advanced 2304 cells
[Level 3 step 543] ADVANCE at time 0.01622053545 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01622053545 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002352785 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 543] Advanced 6400 cells
[Level 3 step 544] ADVANCE at time 0.01631683487 with dt = 9.629942355e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01631683487 with dt = 9.629942355e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002372935 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 544] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000653371
Castro::reflux() at level 1 : time = 0.000517744
Castro::reflux() at level 0 : time = 0.000393871

TIME= 0.01641313429 MASS        = 1
TIME= 0.01641313429 XMOM        = -1.557806899e-19
TIME= 0.01641313429 YMOM        = 3.163402326e-18
TIME= 0.01641313429 ZMOM        = 0
TIME= 0.01641313429 ANG MOM X   = 0
TIME= 0.01641313429 ANG MOM Y   = 0
TIME= 0.01641313429 ANG MOM Z   = 2.400061658e-19
TIME= 0.01641313429 RHO*e       = 0.8055743585
TIME= 0.01641313429 RHO*K       = 0.1930321538
TIME= 0.01641313429 RHO*E       = 0.9986065123
TIME= 0.01641313429 CENTER OF MASS X-LOC = 0.5
TIME= 0.01641313429 CENTER OF MASS X-VEL = -1.557806899e-19
TIME= 0.01641313429 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01641313429 CENTER OF MASS Y-VEL = 3.163402326e-18
TIME= 0.01641313429 CENTER OF MASS Z-LOC = 0
TIME= 0.01641313429 CENTER OF MASS Z-VEL = 0
TIME= 0.01641313429 MAXIMUM TEMPERATURE  = 3.221683472e-06
TIME= 0.01641313429 MAXIMUM DENSITY      = 3.73367855

[STEP 68] Coarse TimeStep time: 0.062391175
[STEP 68] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 68 TIME = 0.01641313429 DT = 0.0007703953884

...estimated hydro-limited timestep at level 0: 0.0007973251494
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007973251494

...estimated hydro-limited timestep at level 1: 0.0003921906489
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003921906489

...estimated hydro-limited timestep at level 2: 0.0001946763669
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001946763669

...estimated hydro-limited timestep at level 3: 9.705268016e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.705268016e-05

Now regridding at level lbase = 0
grid_places() time: 0.001809414 new finest: 3
STEP = 68 TIME = 0.01641313429 : REGRID  with lbase = 0
  Level 1   1 grids  1024 cells  25 % of domain
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

...estimated hydro-limited timestep at level 0: 0.0007973251494
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0007973251494

...estimated hydro-limited timestep at level 1: 0.0003921906489
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003921906489

...estimated hydro-limited timestep at level 2: 0.0001946763669
...hydro-limited CFL timestep constrained at (i,j) = (60,60)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001946763669

...estimated hydro-limited timestep at level 3: 9.705268016e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.705268016e-05

[Level 0 step 69] ADVANCE at time 0.01641313429 with dt = 0.0007764214413

[1m[32m  Beginning subcycle 1 starting at time 0.01641313429 with dt = 0.0007764214413[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000879065 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7294018762

[Level 0 step 69] Advanced 1024 cells
[Level 1 step 137] ADVANCE at time 0.01641313429 with dt = 0.0003882107207

[1m[32m  Beginning subcycle 1 starting at time 0.01641313429 with dt = 0.0003882107207[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000936527 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 137] Advanced 1024 cells
[Level 2 step 273] ADVANCE at time 0.01641313429 with dt = 0.0001941053603

[1m[32m  Beginning subcycle 1 starting at time 0.01641313429 with dt = 0.0001941053603[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00141072 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 273] Advanced 2304 cells
[Level 3 step 545] ADVANCE at time 0.01641313429 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01641313429 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002397005 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 545] Advanced 6400 cells
[Level 3 step 546] ADVANCE at time 0.01651018697 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01651018697 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002342859 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 546] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000679745
[Level 2 step 274] ADVANCE at time 0.01660723965 with dt = 0.0001941053603

[1m[32m  Beginning subcycle 1 starting at time 0.01660723965 with dt = 0.0001941053603[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001417408 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 274] Advanced 2304 cells
[Level 3 step 547] ADVANCE at time 0.01660723965 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01660723965 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002361284 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 547] Advanced 6400 cells
[Level 3 step 548] ADVANCE at time 0.01670429233 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01670429233 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002384407 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 548] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000656287
Castro::reflux() at level 1 : time = 0.00053151
Now regridding at level lbase = 2
grid_places() time: 0.000771383 new finest: 3
TIME = 0.01680134501 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 138] ADVANCE at time 0.01680134501 with dt = 0.0003882107207

[1m[32m  Beginning subcycle 1 starting at time 0.01680134501 with dt = 0.0003882107207[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000935606 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 138] Advanced 1024 cells
[Level 2 step 275] ADVANCE at time 0.01680134501 with dt = 0.0001941053603

[1m[32m  Beginning subcycle 1 starting at time 0.01680134501 with dt = 0.0001941053603[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001392967 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 275] Advanced 2304 cells
[Level 3 step 549] ADVANCE at time 0.01680134501 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01680134501 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002397441 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 549] Advanced 6400 cells
[Level 3 step 550] ADVANCE at time 0.01689839769 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01689839769 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00237067 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 550] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000703436
[Level 2 step 276] ADVANCE at time 0.01699545037 with dt = 0.0001941053603

[1m[32m  Beginning subcycle 1 starting at time 0.01699545037 with dt = 0.0001941053603[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001418752 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 276] Advanced 2304 cells
[Level 3 step 551] ADVANCE at time 0.01699545037 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01699545037 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002363164 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 551] Advanced 6400 cells
[Level 3 step 552] ADVANCE at time 0.01709250305 with dt = 9.705268016e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01709250305 with dt = 9.705268016e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002377501 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 552] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000664888
Castro::reflux() at level 1 : time = 0.000519455
Castro::reflux() at level 0 : time = 0.000396516

TIME= 0.01718955573 MASS        = 1
TIME= 0.01718955573 XMOM        = -5.209962428e-19
TIME= 0.01718955573 YMOM        = 2.775844463e-17
TIME= 0.01718955573 ZMOM        = 0
TIME= 0.01718955573 ANG MOM X   = 0
TIME= 0.01718955573 ANG MOM Y   = 0
TIME= 0.01718955573 ANG MOM Z   = 2.465289735e-19
TIME= 0.01718955573 RHO*e       = 0.8053158652
TIME= 0.01718955573 RHO*K       = 0.1932906471
TIME= 0.01718955573 RHO*E       = 0.9986065123
TIME= 0.01718955573 CENTER OF MASS X-LOC = 0.5
TIME= 0.01718955573 CENTER OF MASS X-VEL = -5.209962428e-19
TIME= 0.01718955573 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01718955573 CENTER OF MASS Y-VEL = 2.775844463e-17
TIME= 0.01718955573 CENTER OF MASS Z-LOC = 0
TIME= 0.01718955573 CENTER OF MASS Z-VEL = 0
TIME= 0.01718955573 MAXIMUM TEMPERATURE  = 3.179320583e-06
TIME= 0.01718955573 MAXIMUM DENSITY      = 3.782751618

[STEP 69] Coarse TimeStep time: 0.063304237
[STEP 69] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 69 TIME = 0.01718955573 DT = 0.0007764214413

...estimated hydro-limited timestep at level 0: 0.0008032608059
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008032608059

...estimated hydro-limited timestep at level 1: 0.000395275886
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000395275886

...estimated hydro-limited timestep at level 2: 0.0001961600496
...hydro-limited CFL timestep constrained at (i,j) = (68,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001961600496

...estimated hydro-limited timestep at level 3: 9.774903614e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.774903614e-05

Now regridding at level lbase = 1
grid_places() time: 0.001408782 new finest: 3
TIME = 0.01718955573 : REGRID  with lbase = 1
  Level 2   1 grids  2304 cells  14.0625 % of domain
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 0 step 70] ADVANCE at time 0.01718955573 with dt = 0.0007819922892

[1m[32m  Beginning subcycle 1 starting at time 0.01718955573 with dt = 0.0007819922892[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000877605 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7395520221

[Level 0 step 70] Advanced 1024 cells
[Level 1 step 139] ADVANCE at time 0.01718955573 with dt = 0.0003909961446

[1m[32m  Beginning subcycle 1 starting at time 0.01718955573 with dt = 0.0003909961446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00094081 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 139] Advanced 1024 cells
[Level 2 step 277] ADVANCE at time 0.01718955573 with dt = 0.0001954980723

[1m[32m  Beginning subcycle 1 starting at time 0.01718955573 with dt = 0.0001954980723[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001395582 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 277] Advanced 2304 cells
[Level 3 step 553] ADVANCE at time 0.01718955573 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01718955573 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002372918 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 553] Advanced 6400 cells
[Level 3 step 554] ADVANCE at time 0.01728730477 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01728730477 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002373418 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 554] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000685562
[Level 2 step 278] ADVANCE at time 0.01738505381 with dt = 0.0001954980723

[1m[32m  Beginning subcycle 1 starting at time 0.01738505381 with dt = 0.0001954980723[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001393576 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 278] Advanced 2304 cells
[Level 3 step 555] ADVANCE at time 0.01738505381 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01738505381 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002370852 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 555] Advanced 6400 cells
[Level 3 step 556] ADVANCE at time 0.01748280284 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01748280284 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00236944 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 556] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000649004
Castro::reflux() at level 1 : time = 0.000519203
Now regridding at level lbase = 2
grid_places() time: 0.000782102 new finest: 3
TIME = 0.01758055188 : REGRID  with lbase = 2
  Level 3   1 grids  6400 cells  9.765625 % of domain

[Level 1 step 140] ADVANCE at time 0.01758055188 with dt = 0.0003909961446

[1m[32m  Beginning subcycle 1 starting at time 0.01758055188 with dt = 0.0003909961446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.000937932 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 140] Advanced 1024 cells
[Level 2 step 279] ADVANCE at time 0.01758055188 with dt = 0.0001954980723

[1m[32m  Beginning subcycle 1 starting at time 0.01758055188 with dt = 0.0001954980723[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001397304 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 279] Advanced 2304 cells
[Level 3 step 557] ADVANCE at time 0.01758055188 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01758055188 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002359371 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 557] Advanced 6400 cells
[Level 3 step 558] ADVANCE at time 0.01767830091 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01767830091 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002347692 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 558] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000700332
[Level 2 step 280] ADVANCE at time 0.01777604995 with dt = 0.0001954980723

[1m[32m  Beginning subcycle 1 starting at time 0.01777604995 with dt = 0.0001954980723[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001400011 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 280] Advanced 2304 cells
[Level 3 step 559] ADVANCE at time 0.01777604995 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01777604995 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002381673 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 559] Advanced 6400 cells
[Level 3 step 560] ADVANCE at time 0.01787379899 with dt = 9.774903614e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01787379899 with dt = 9.774903614e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002373313 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 560] Advanced 6400 cells
Castro::reflux() at level 2 : time = 0.000664326
Castro::reflux() at level 1 : time = 0.000504944
Castro::reflux() at level 0 : time = 0.000380503

TIME= 0.01797154802 MASS        = 1
TIME= 0.01797154802 XMOM        = 1.00192013e-18
TIME= 0.01797154802 YMOM        = -1.581636816e-17
TIME= 0.01797154802 ZMOM        = 0
TIME= 0.01797154802 ANG MOM X   = 0
TIME= 0.01797154802 ANG MOM Y   = 0
TIME= 0.01797154802 ANG MOM Z   = 2.688769602e-19
TIME= 0.01797154802 RHO*e       = 0.8049746797
TIME= 0.01797154802 RHO*K       = 0.1936318325
TIME= 0.01797154802 RHO*E       = 0.9986065123
TIME= 0.01797154802 CENTER OF MASS X-LOC = 0.5
TIME= 0.01797154802 CENTER OF MASS X-VEL = 1.00192013e-18
TIME= 0.01797154802 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01797154802 CENTER OF MASS Y-VEL = -1.581636816e-17
TIME= 0.01797154802 CENTER OF MASS Z-LOC = 0
TIME= 0.01797154802 CENTER OF MASS Z-VEL = 0
TIME= 0.01797154802 MAXIMUM TEMPERATURE  = 3.139043636e-06
TIME= 0.01797154802 MAXIMUM DENSITY      = 3.804853981

[STEP 70] Coarse TimeStep time: 0.06176472
[STEP 70] FAB kilobyte spread across MPI nodes: [15871 ... 15871]


STEP = 70 TIME = 0.01797154802 DT = 0.0007819922892

...estimated hydro-limited timestep at level 0: 0.000808988111
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000808988111

...estimated hydro-limited timestep at level 1: 0.0003982484736
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003982484736

...estimated hydro-limited timestep at level 2: 0.0001974633025
...hydro-limited CFL timestep constrained at (i,j) = (67,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001974633025

...estimated hydro-limited timestep at level 3: 9.846442998e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.846442998e-05

Now regridding at level lbase = 0
grid_places() time: 0.00178542 new finest: 3
STEP = 70 TIME = 0.01797154802 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.000808988111
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000808988111

...estimated hydro-limited timestep at level 1: 0.0003982484736
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0003982484736

...estimated hydro-limited timestep at level 2: 0.0001974633025
...hydro-limited CFL timestep constrained at (i,j) = (67,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001974633025

...estimated hydro-limited timestep at level 3: 9.846442998e-05
...hydro-limited CFL timestep constrained at (i,j) = (135,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.846442998e-05

[Level 0 step 71] ADVANCE at time 0.01797154802 with dt = 0.0007877154398

[1m[32m  Beginning subcycle 1 starting at time 0.01797154802 with dt = 0.0007877154398[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000887637 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7246351172

[Level 0 step 71] Advanced 1024 cells
[Level 1 step 141] ADVANCE at time 0.01797154802 with dt = 0.0003938577199

[1m[32m  Beginning subcycle 1 starting at time 0.01797154802 with dt = 0.0003938577199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001349511 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 141] Advanced 2304 cells
[Level 2 step 281] ADVANCE at time 0.01797154802 with dt = 0.00019692886

[1m[32m  Beginning subcycle 1 starting at time 0.01797154802 with dt = 0.00019692886[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001832874 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 281] Advanced 4096 cells
[Level 3 step 561] ADVANCE at time 0.01797154802 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01797154802 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003262021 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 561] Advanced 9216 cells
[Level 3 step 562] ADVANCE at time 0.01807001245 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01807001245 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002829661 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 562] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000947295
[Level 2 step 282] ADVANCE at time 0.01816847688 with dt = 0.00019692886

[1m[32m  Beginning subcycle 1 starting at time 0.01816847688 with dt = 0.00019692886[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001829777 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 282] Advanced 4096 cells
[Level 3 step 563] ADVANCE at time 0.01816847688 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01816847688 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002848136 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 563] Advanced 9216 cells
[Level 3 step 564] ADVANCE at time 0.01826694131 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01826694131 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002872309 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 564] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000893405
Castro::reflux() at level 1 : time = 0.000714034
Now regridding at level lbase = 2
grid_places() time: 0.000937988 new finest: 3
TIME = 0.01836540574 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 142] ADVANCE at time 0.01836540574 with dt = 0.0003938577199

[1m[32m  Beginning subcycle 1 starting at time 0.01836540574 with dt = 0.0003938577199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001396914 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 142] Advanced 2304 cells
[Level 2 step 283] ADVANCE at time 0.01836540574 with dt = 0.00019692886

[1m[32m  Beginning subcycle 1 starting at time 0.01836540574 with dt = 0.00019692886[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001849075 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 283] Advanced 4096 cells
[Level 3 step 565] ADVANCE at time 0.01836540574 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01836540574 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002864125 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 565] Advanced 9216 cells
[Level 3 step 566] ADVANCE at time 0.01846387017 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01846387017 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002827731 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 566] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000927894
[Level 2 step 284] ADVANCE at time 0.0185623346 with dt = 0.00019692886

[1m[32m  Beginning subcycle 1 starting at time 0.0185623346 with dt = 0.00019692886[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00184517 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 284] Advanced 4096 cells
[Level 3 step 567] ADVANCE at time 0.0185623346 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0185623346 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002854189 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 567] Advanced 9216 cells
[Level 3 step 568] ADVANCE at time 0.01866079903 with dt = 9.846442998e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01866079903 with dt = 9.846442998e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002848148 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 568] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000877196
Castro::reflux() at level 1 : time = 0.000644806
Castro::reflux() at level 0 : time = 0.000410866

TIME= 0.01875926346 MASS        = 1
TIME= 0.01875926346 XMOM        = -4.098677116e-19
TIME= 0.01875926346 YMOM        = -1.47893793e-19
TIME= 0.01875926346 ZMOM        = 0
TIME= 0.01875926346 ANG MOM X   = 0
TIME= 0.01875926346 ANG MOM Y   = 0
TIME= 0.01875926346 ANG MOM Z   = 3.029722582e-19
TIME= 0.01875926346 RHO*e       = 0.8046602456
TIME= 0.01875926346 RHO*K       = 0.1939462667
TIME= 0.01875926346 RHO*E       = 0.9986065123
TIME= 0.01875926346 CENTER OF MASS X-LOC = 0.5
TIME= 0.01875926346 CENTER OF MASS X-VEL = -4.098677116e-19
TIME= 0.01875926346 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01875926346 CENTER OF MASS Y-VEL = -1.47893793e-19
TIME= 0.01875926346 CENTER OF MASS Z-LOC = 0
TIME= 0.01875926346 CENTER OF MASS Z-VEL = 0
TIME= 0.01875926346 MAXIMUM TEMPERATURE  = 3.100754638e-06
TIME= 0.01875926346 MAXIMUM DENSITY      = 3.84759253

[STEP 71] Coarse TimeStep time: 0.08357319
[STEP 71] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 71 TIME = 0.01875926346 DT = 0.0007877154398

...estimated hydro-limited timestep at level 0: 0.0008145403702
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008145403702

...estimated hydro-limited timestep at level 1: 0.0004011257675
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004011257675

...estimated hydro-limited timestep at level 2: 0.0001987920802
...hydro-limited CFL timestep constrained at (i,j) = (67,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0001987920802

...estimated hydro-limited timestep at level 3: 9.914393238e-05
...hydro-limited CFL timestep constrained at (i,j) = (136,119)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.914393238e-05

Now regridding at level lbase = 1
grid_places() time: 0.001668328 new finest: 3
TIME = 0.01875926346 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 0 step 72] ADVANCE at time 0.01875926346 with dt = 0.0007931514591

[1m[32m  Beginning subcycle 1 starting at time 0.01875926346 with dt = 0.0007931514591[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000902483 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7148177389

[Level 0 step 72] Advanced 1024 cells
[Level 1 step 143] ADVANCE at time 0.01875926346 with dt = 0.0003965757295

[1m[32m  Beginning subcycle 1 starting at time 0.01875926346 with dt = 0.0003965757295[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001347851 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 143] Advanced 2304 cells
[Level 2 step 285] ADVANCE at time 0.01875926346 with dt = 0.0001982878648

[1m[32m  Beginning subcycle 1 starting at time 0.01875926346 with dt = 0.0001982878648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001841876 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 285] Advanced 4096 cells
[Level 3 step 569] ADVANCE at time 0.01875926346 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01875926346 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002841718 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 569] Advanced 9216 cells
[Level 3 step 570] ADVANCE at time 0.01885840739 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01885840739 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002840635 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 570] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.00091688
[Level 2 step 286] ADVANCE at time 0.01895755133 with dt = 0.0001982878648

[1m[32m  Beginning subcycle 1 starting at time 0.01895755133 with dt = 0.0001982878648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001864465 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 286] Advanced 4096 cells
[Level 3 step 571] ADVANCE at time 0.01895755133 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01895755133 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002851195 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 571] Advanced 9216 cells
[Level 3 step 572] ADVANCE at time 0.01905669526 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01905669526 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002872145 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 572] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000873015
Castro::reflux() at level 1 : time = 0.000688354
Now regridding at level lbase = 2
grid_places() time: 0.000916235 new finest: 3
TIME = 0.01915583919 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 144] ADVANCE at time 0.01915583919 with dt = 0.0003965757295

[1m[32m  Beginning subcycle 1 starting at time 0.01915583919 with dt = 0.0003965757295[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001377932 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 144] Advanced 2304 cells
[Level 2 step 287] ADVANCE at time 0.01915583919 with dt = 0.0001982878648

[1m[32m  Beginning subcycle 1 starting at time 0.01915583919 with dt = 0.0001982878648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855545 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 287] Advanced 4096 cells
[Level 3 step 573] ADVANCE at time 0.01915583919 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01915583919 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002875275 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 573] Advanced 9216 cells
[Level 3 step 574] ADVANCE at time 0.01925498312 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01925498312 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002836144 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 574] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000952227
[Level 2 step 288] ADVANCE at time 0.01935412706 with dt = 0.0001982878648

[1m[32m  Beginning subcycle 1 starting at time 0.01935412706 with dt = 0.0001982878648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001843452 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 288] Advanced 4096 cells
[Level 3 step 575] ADVANCE at time 0.01935412706 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01935412706 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002814706 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 575] Advanced 9216 cells
[Level 3 step 576] ADVANCE at time 0.01945327099 with dt = 9.914393238e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01945327099 with dt = 9.914393238e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002875773 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 576] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000870146
Castro::reflux() at level 1 : time = 0.000657511
Castro::reflux() at level 0 : time = 0.000408333

TIME= 0.01955241492 MASS        = 1
TIME= 0.01955241492 XMOM        = -6.99231552e-19
TIME= 0.01955241492 YMOM        = 2.112800564e-17
TIME= 0.01955241492 ZMOM        = 0
TIME= 0.01955241492 ANG MOM X   = 0
TIME= 0.01955241492 ANG MOM Y   = 0
TIME= 0.01955241492 ANG MOM Z   = 2.816569629e-19
TIME= 0.01955241492 RHO*e       = 0.8044501543
TIME= 0.01955241492 RHO*K       = 0.194156358
TIME= 0.01955241492 RHO*E       = 0.9986065123
TIME= 0.01955241492 CENTER OF MASS X-LOC = 0.5
TIME= 0.01955241492 CENTER OF MASS X-VEL = -6.99231552e-19
TIME= 0.01955241492 CENTER OF MASS Y-LOC = 0.5
TIME= 0.01955241492 CENTER OF MASS Y-VEL = 2.112800564e-17
TIME= 0.01955241492 CENTER OF MASS Z-LOC = 0
TIME= 0.01955241492 CENTER OF MASS Z-VEL = 0
TIME= 0.01955241492 MAXIMUM TEMPERATURE  = 3.064270754e-06
TIME= 0.01955241492 MAXIMUM DENSITY      = 3.863000081

[STEP 72] Coarse TimeStep time: 0.079920812
[STEP 72] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 72 TIME = 0.01955241492 DT = 0.0007931514591

...estimated hydro-limited timestep at level 0: 0.0008199319801
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008199319801

...estimated hydro-limited timestep at level 1: 0.0004039208538
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004039208538

...estimated hydro-limited timestep at level 2: 0.0002001235811
...hydro-limited CFL timestep constrained at (i,j) = (67,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002001235811

...estimated hydro-limited timestep at level 3: 9.97622391e-05
...hydro-limited CFL timestep constrained at (i,j) = (136,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.97622391e-05

Now regridding at level lbase = 0
grid_places() time: 0.002062642 new finest: 3
STEP = 72 TIME = 0.01955241492 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008199319801
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008199319801

...estimated hydro-limited timestep at level 1: 0.0004039208538
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004039208538

...estimated hydro-limited timestep at level 2: 0.0002001235811
...hydro-limited CFL timestep constrained at (i,j) = (67,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002001235811

...estimated hydro-limited timestep at level 3: 9.97622391e-05
...hydro-limited CFL timestep constrained at (i,j) = (136,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 9.97622391e-05

[Level 0 step 73] ADVANCE at time 0.01955241492 with dt = 0.0007980979128

[1m[32m  Beginning subcycle 1 starting at time 0.01955241492 with dt = 0.0007980979128[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000908563 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7174088649

[Level 0 step 73] Advanced 1024 cells
[Level 1 step 145] ADVANCE at time 0.01955241492 with dt = 0.0003990489564

[1m[32m  Beginning subcycle 1 starting at time 0.01955241492 with dt = 0.0003990489564[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001381273 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 145] Advanced 2304 cells
[Level 2 step 289] ADVANCE at time 0.01955241492 with dt = 0.0001995244782

[1m[32m  Beginning subcycle 1 starting at time 0.01955241492 with dt = 0.0001995244782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001859723 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 289] Advanced 4096 cells
[Level 3 step 577] ADVANCE at time 0.01955241492 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01955241492 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002828503 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 577] Advanced 9216 cells
[Level 3 step 578] ADVANCE at time 0.01965217716 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01965217716 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002859584 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 578] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000933796
[Level 2 step 290] ADVANCE at time 0.0197519394 with dt = 0.0001995244782

[1m[32m  Beginning subcycle 1 starting at time 0.0197519394 with dt = 0.0001995244782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001825016 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 290] Advanced 4096 cells
[Level 3 step 579] ADVANCE at time 0.0197519394 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0197519394 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002855026 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 579] Advanced 9216 cells
[Level 3 step 580] ADVANCE at time 0.01985170164 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01985170164 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00317085 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 580] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000894729
Castro::reflux() at level 1 : time = 0.000674516
Now regridding at level lbase = 2
grid_places() time: 0.000918975 new finest: 3
TIME = 0.01995146388 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 146] ADVANCE at time 0.01995146388 with dt = 0.0003990489564

[1m[32m  Beginning subcycle 1 starting at time 0.01995146388 with dt = 0.0003990489564[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001373768 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 146] Advanced 2304 cells
[Level 2 step 291] ADVANCE at time 0.01995146388 with dt = 0.0001995244782

[1m[32m  Beginning subcycle 1 starting at time 0.01995146388 with dt = 0.0001995244782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001826594 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 291] Advanced 4096 cells
[Level 3 step 581] ADVANCE at time 0.01995146388 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.01995146388 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002856082 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 581] Advanced 9216 cells
[Level 3 step 582] ADVANCE at time 0.02005122612 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.02005122612 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002860987 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 582] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000936331
[Level 2 step 292] ADVANCE at time 0.02015098836 with dt = 0.0001995244782

[1m[32m  Beginning subcycle 1 starting at time 0.02015098836 with dt = 0.0001995244782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00183131 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 292] Advanced 4096 cells
[Level 3 step 583] ADVANCE at time 0.02015098836 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.02015098836 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002803876 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 583] Advanced 9216 cells
[Level 3 step 584] ADVANCE at time 0.0202507506 with dt = 9.97622391e-05

[1m[32m  Beginning subcycle 1 starting at time 0.0202507506 with dt = 9.97622391e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002896645 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 584] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.00088611
Castro::reflux() at level 1 : time = 0.000672019
Castro::reflux() at level 0 : time = 0.000399945

TIME= 0.02035051283 MASS        = 1
TIME= 0.02035051283 XMOM        = -4.329572196e-18
TIME= 0.02035051283 YMOM        = 1.238316534e-17
TIME= 0.02035051283 ZMOM        = 0
TIME= 0.02035051283 ANG MOM X   = 0
TIME= 0.02035051283 ANG MOM Y   = 0
TIME= 0.02035051283 ANG MOM Z   = 3.098413176e-19
TIME= 0.02035051283 RHO*e       = 0.8041728515
TIME= 0.02035051283 RHO*K       = 0.1944336607
TIME= 0.02035051283 RHO*E       = 0.9986065123
TIME= 0.02035051283 CENTER OF MASS X-LOC = 0.5
TIME= 0.02035051283 CENTER OF MASS X-VEL = -4.329572196e-18
TIME= 0.02035051283 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02035051283 CENTER OF MASS Y-VEL = 1.238316534e-17
TIME= 0.02035051283 CENTER OF MASS Z-LOC = 0
TIME= 0.02035051283 CENTER OF MASS Z-VEL = 0
TIME= 0.02035051283 MAXIMUM TEMPERATURE  = 3.029391161e-06
TIME= 0.02035051283 MAXIMUM DENSITY      = 3.898659641

[STEP 73] Coarse TimeStep time: 0.081946893
[STEP 73] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 73 TIME = 0.02035051283 DT = 0.0007980979128

...estimated hydro-limited timestep at level 0: 0.0008251554549
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008251554549

...estimated hydro-limited timestep at level 1: 0.0004066363965
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004066363965

...estimated hydro-limited timestep at level 2: 0.0002014392846
...hydro-limited CFL timestep constrained at (i,j) = (59,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002014392846

...estimated hydro-limited timestep at level 3: 0.000100399144
...hydro-limited CFL timestep constrained at (i,j) = (136,119)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000100399144

Now regridding at level lbase = 1
grid_places() time: 0.001648177 new finest: 3
TIME = 0.02035051283 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 0 step 74] ADVANCE at time 0.02035051283 with dt = 0.0008031931524

[1m[32m  Beginning subcycle 1 starting at time 0.02035051283 with dt = 0.0008031931524[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000905709 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7156340175

[Level 0 step 74] Advanced 1024 cells
[Level 1 step 147] ADVANCE at time 0.02035051283 with dt = 0.0004015965762

[1m[32m  Beginning subcycle 1 starting at time 0.02035051283 with dt = 0.0004015965762[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001350249 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 147] Advanced 2304 cells
[Level 2 step 293] ADVANCE at time 0.02035051283 with dt = 0.0002007982881

[1m[32m  Beginning subcycle 1 starting at time 0.02035051283 with dt = 0.0002007982881[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001848833 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 293] Advanced 4096 cells
[Level 3 step 585] ADVANCE at time 0.02035051283 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02035051283 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002855112 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 585] Advanced 9216 cells
[Level 3 step 586] ADVANCE at time 0.02045091198 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02045091198 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002805853 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 586] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000959578
[Level 2 step 294] ADVANCE at time 0.02055131112 with dt = 0.0002007982881

[1m[32m  Beginning subcycle 1 starting at time 0.02055131112 with dt = 0.0002007982881[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001822201 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 294] Advanced 4096 cells
[Level 3 step 587] ADVANCE at time 0.02055131112 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02055131112 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002852283 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 587] Advanced 9216 cells
[Level 3 step 588] ADVANCE at time 0.02065171027 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02065171027 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002826735 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 588] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000888178
Castro::reflux() at level 1 : time = 0.000689412
Now regridding at level lbase = 2
grid_places() time: 0.000941339 new finest: 3
TIME = 0.02075210941 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 148] ADVANCE at time 0.02075210941 with dt = 0.0004015965762

[1m[32m  Beginning subcycle 1 starting at time 0.02075210941 with dt = 0.0004015965762[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001368788 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 148] Advanced 2304 cells
[Level 2 step 295] ADVANCE at time 0.02075210941 with dt = 0.0002007982881

[1m[32m  Beginning subcycle 1 starting at time 0.02075210941 with dt = 0.0002007982881[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001853099 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 295] Advanced 4096 cells
[Level 3 step 589] ADVANCE at time 0.02075210941 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02075210941 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002877471 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 589] Advanced 9216 cells
[Level 3 step 590] ADVANCE at time 0.02085250855 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02085250855 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002824716 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 590] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000922034
[Level 2 step 296] ADVANCE at time 0.0209529077 with dt = 0.0002007982881

[1m[32m  Beginning subcycle 1 starting at time 0.0209529077 with dt = 0.0002007982881[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001840437 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 296] Advanced 4096 cells
[Level 3 step 591] ADVANCE at time 0.0209529077 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.0209529077 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002845454 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 591] Advanced 9216 cells
[Level 3 step 592] ADVANCE at time 0.02105330684 with dt = 0.000100399144

[1m[32m  Beginning subcycle 1 starting at time 0.02105330684 with dt = 0.000100399144[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002861982 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 592] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000892459
Castro::reflux() at level 1 : time = 0.000674826
Castro::reflux() at level 0 : time = 0.000417841

TIME= 0.02115370599 MASS        = 1
TIME= 0.02115370599 XMOM        = 3.227602787e-18
TIME= 0.02115370599 YMOM        = -3.212552845e-17
TIME= 0.02115370599 ZMOM        = 0
TIME= 0.02115370599 ANG MOM X   = 0
TIME= 0.02115370599 ANG MOM Y   = 0
TIME= 0.02115370599 ANG MOM Z   = 3.241726199e-19
TIME= 0.02115370599 RHO*e       = 0.8038624061
TIME= 0.02115370599 RHO*K       = 0.1947441062
TIME= 0.02115370599 RHO*E       = 0.9986065123
TIME= 0.02115370599 CENTER OF MASS X-LOC = 0.5
TIME= 0.02115370599 CENTER OF MASS X-VEL = 3.227602787e-18
TIME= 0.02115370599 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02115370599 CENTER OF MASS Y-VEL = -3.212552845e-17
TIME= 0.02115370599 CENTER OF MASS Z-LOC = 0
TIME= 0.02115370599 CENTER OF MASS Z-VEL = 0
TIME= 0.02115370599 MAXIMUM TEMPERATURE  = 2.996004651e-06
TIME= 0.02115370599 MAXIMUM DENSITY      = 3.911199248

[STEP 74] Coarse TimeStep time: 0.080379148
[STEP 74] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 74 TIME = 0.02115370599 DT = 0.0008031931524

...estimated hydro-limited timestep at level 0: 0.0008302117362
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008302117362

...estimated hydro-limited timestep at level 1: 0.0004092696133
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004092696133

...estimated hydro-limited timestep at level 2: 0.0002027361153
...hydro-limited CFL timestep constrained at (i,j) = (59,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002027361153

...estimated hydro-limited timestep at level 3: 0.0001010366159
...hydro-limited CFL timestep constrained at (i,j) = (136,119)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001010366159

Now regridding at level lbase = 0
grid_places() time: 0.002077537 new finest: 3
STEP = 74 TIME = 0.02115370599 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008302117362
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008302117362

...estimated hydro-limited timestep at level 1: 0.0004092696133
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004092696133

...estimated hydro-limited timestep at level 2: 0.0002027361153
...hydro-limited CFL timestep constrained at (i,j) = (59,67)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002027361153

...estimated hydro-limited timestep at level 3: 0.0001010366159
...hydro-limited CFL timestep constrained at (i,j) = (136,119)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001010366159

[Level 0 step 75] ADVANCE at time 0.02115370599 with dt = 0.0008082929275

[1m[32m  Beginning subcycle 1 starting at time 0.02115370599 with dt = 0.0008082929275[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000917187 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7033788286

[Level 0 step 75] Advanced 1024 cells
[Level 1 step 149] ADVANCE at time 0.02115370599 with dt = 0.0004041464637

[1m[32m  Beginning subcycle 1 starting at time 0.02115370599 with dt = 0.0004041464637[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001374905 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 149] Advanced 2304 cells
[Level 2 step 297] ADVANCE at time 0.02115370599 with dt = 0.0002020732319

[1m[32m  Beginning subcycle 1 starting at time 0.02115370599 with dt = 0.0002020732319[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001829579 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 297] Advanced 4096 cells
[Level 3 step 593] ADVANCE at time 0.02115370599 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02115370599 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00284404 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 593] Advanced 9216 cells
[Level 3 step 594] ADVANCE at time 0.0212547426 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.0212547426 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002847735 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 594] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.00092435
[Level 2 step 298] ADVANCE at time 0.02135577922 with dt = 0.0002020732319

[1m[32m  Beginning subcycle 1 starting at time 0.02135577922 with dt = 0.0002020732319[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001852087 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 298] Advanced 4096 cells
[Level 3 step 595] ADVANCE at time 0.02135577922 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02135577922 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002855261 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 595] Advanced 9216 cells
[Level 3 step 596] ADVANCE at time 0.02145681583 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02145681583 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002834697 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 596] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000884978
Castro::reflux() at level 1 : time = 0.000692907
Now regridding at level lbase = 2
grid_places() time: 0.000918697 new finest: 3
TIME = 0.02155785245 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 150] ADVANCE at time 0.02155785245 with dt = 0.0004041464637

[1m[32m  Beginning subcycle 1 starting at time 0.02155785245 with dt = 0.0004041464637[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001453171 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 150] Advanced 2304 cells
[Level 2 step 299] ADVANCE at time 0.02155785245 with dt = 0.0002020732319

[1m[32m  Beginning subcycle 1 starting at time 0.02155785245 with dt = 0.0002020732319[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001845112 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 299] Advanced 4096 cells
[Level 3 step 597] ADVANCE at time 0.02155785245 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02155785245 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00285138 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 597] Advanced 9216 cells
[Level 3 step 598] ADVANCE at time 0.02165888907 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02165888907 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002811467 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 598] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000928568
[Level 2 step 300] ADVANCE at time 0.02175992568 with dt = 0.0002020732319

[1m[32m  Beginning subcycle 1 starting at time 0.02175992568 with dt = 0.0002020732319[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00182137 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 300] Advanced 4096 cells
[Level 3 step 599] ADVANCE at time 0.02175992568 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.02175992568 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002833171 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 599] Advanced 9216 cells
[Level 3 step 600] ADVANCE at time 0.0218609623 with dt = 0.0001010366159

[1m[32m  Beginning subcycle 1 starting at time 0.0218609623 with dt = 0.0001010366159[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002803579 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 600] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000892618
Castro::reflux() at level 1 : time = 0.000662248
Castro::reflux() at level 0 : time = 0.000412866

TIME= 0.02196199891 MASS        = 1
TIME= 0.02196199891 XMOM        = -9.30857417e-19
TIME= 0.02196199891 YMOM        = 1.473838568e-17
TIME= 0.02196199891 ZMOM        = 0
TIME= 0.02196199891 ANG MOM X   = 0
TIME= 0.02196199891 ANG MOM Y   = 0
TIME= 0.02196199891 ANG MOM Z   = 3.258858301e-19
TIME= 0.02196199891 RHO*e       = 0.8036733965
TIME= 0.02196199891 RHO*K       = 0.1949331157
TIME= 0.02196199891 RHO*E       = 0.9986065123
TIME= 0.02196199891 CENTER OF MASS X-LOC = 0.5
TIME= 0.02196199891 CENTER OF MASS X-VEL = -9.30857417e-19
TIME= 0.02196199891 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02196199891 CENTER OF MASS Y-VEL = 1.473838568e-17
TIME= 0.02196199891 CENTER OF MASS Z-LOC = 0
TIME= 0.02196199891 CENTER OF MASS Z-VEL = 0
TIME= 0.02196199891 MAXIMUM TEMPERATURE  = 2.964022967e-06
TIME= 0.02196199891 MAXIMUM DENSITY      = 3.943215009

[STEP 75] Coarse TimeStep time: 0.084440508
[STEP 75] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 75 TIME = 0.02196199891 DT = 0.0008082929275

...estimated hydro-limited timestep at level 0: 0.000835133235
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000835133235

...estimated hydro-limited timestep at level 1: 0.0004118258333
...hydro-limited CFL timestep constrained at (i,j) = (33,33)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004118258333

...estimated hydro-limited timestep at level 2: 0.0002039244739
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002039244739

...estimated hydro-limited timestep at level 3: 0.0001016623386
...hydro-limited CFL timestep constrained at (i,j) = (136,119)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001016623386

Now regridding at level lbase = 1
grid_places() time: 0.001673136 new finest: 3
TIME = 0.02196199891 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 0 step 76] ADVANCE at time 0.02196199891 with dt = 0.0008132987088

[1m[32m  Beginning subcycle 1 starting at time 0.02196199891 with dt = 0.0008132987088[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00091005 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7109407815

[Level 0 step 76] Advanced 1024 cells
[Level 1 step 151] ADVANCE at time 0.02196199891 with dt = 0.0004066493544

[1m[32m  Beginning subcycle 1 starting at time 0.02196199891 with dt = 0.0004066493544[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001377588 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 151] Advanced 2304 cells
[Level 2 step 301] ADVANCE at time 0.02196199891 with dt = 0.0002033246772

[1m[32m  Beginning subcycle 1 starting at time 0.02196199891 with dt = 0.0002033246772[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00183859 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 301] Advanced 4096 cells
[Level 3 step 601] ADVANCE at time 0.02196199891 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02196199891 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00282579 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 601] Advanced 9216 cells
[Level 3 step 602] ADVANCE at time 0.02206366125 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02206366125 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00284038 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 602] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000965401
[Level 2 step 302] ADVANCE at time 0.02216532359 with dt = 0.0002033246772

[1m[32m  Beginning subcycle 1 starting at time 0.02216532359 with dt = 0.0002033246772[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001862106 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 302] Advanced 4096 cells
[Level 3 step 603] ADVANCE at time 0.02216532359 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02216532359 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002831627 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 603] Advanced 9216 cells
[Level 3 step 604] ADVANCE at time 0.02226698593 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02226698593 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002852922 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 604] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000888298
Castro::reflux() at level 1 : time = 0.00068562
Now regridding at level lbase = 2
grid_places() time: 0.000930496 new finest: 3
TIME = 0.02236864827 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 152] ADVANCE at time 0.02236864827 with dt = 0.0004066493544

[1m[32m  Beginning subcycle 1 starting at time 0.02236864827 with dt = 0.0004066493544[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001362109 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 152] Advanced 2304 cells
[Level 2 step 303] ADVANCE at time 0.02236864827 with dt = 0.0002033246772

[1m[32m  Beginning subcycle 1 starting at time 0.02236864827 with dt = 0.0002033246772[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001859717 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 303] Advanced 4096 cells
[Level 3 step 605] ADVANCE at time 0.02236864827 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02236864827 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002870545 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 605] Advanced 9216 cells
[Level 3 step 606] ADVANCE at time 0.02247031061 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02247031061 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002840377 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 606] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000916575
[Level 2 step 304] ADVANCE at time 0.02257197295 with dt = 0.0002033246772

[1m[32m  Beginning subcycle 1 starting at time 0.02257197295 with dt = 0.0002033246772[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001854195 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 304] Advanced 4096 cells
[Level 3 step 607] ADVANCE at time 0.02257197295 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02257197295 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002836273 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 607] Advanced 9216 cells
[Level 3 step 608] ADVANCE at time 0.02267363528 with dt = 0.0001016623386

[1m[32m  Beginning subcycle 1 starting at time 0.02267363528 with dt = 0.0001016623386[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002836329 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 608] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000883787
Castro::reflux() at level 1 : time = 0.000653019
Castro::reflux() at level 0 : time = 0.000423745

TIME= 0.02277529762 MASS        = 1
TIME= 0.02277529762 XMOM        = 4.361520095e-19
TIME= 0.02277529762 YMOM        = 3.496552004e-18
TIME= 0.02277529762 ZMOM        = 0
TIME= 0.02277529762 ANG MOM X   = 0
TIME= 0.02277529762 ANG MOM Y   = 0
TIME= 0.02277529762 ANG MOM Z   = 2.971663557e-19
TIME= 0.02277529762 RHO*e       = 0.8034396961
TIME= 0.02277529762 RHO*K       = 0.1951668161
TIME= 0.02277529762 RHO*E       = 0.9986065123
TIME= 0.02277529762 CENTER OF MASS X-LOC = 0.5
TIME= 0.02277529762 CENTER OF MASS X-VEL = 4.361520095e-19
TIME= 0.02277529762 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02277529762 CENTER OF MASS Y-VEL = 3.496552004e-18
TIME= 0.02277529762 CENTER OF MASS Z-LOC = 0
TIME= 0.02277529762 CENTER OF MASS Z-VEL = 0
TIME= 0.02277529762 MAXIMUM TEMPERATURE  = 2.933341476e-06
TIME= 0.02277529762 MAXIMUM DENSITY      = 3.953148987

[STEP 76] Coarse TimeStep time: 0.080730195
[STEP 76] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 76 TIME = 0.02277529762 DT = 0.0008132987088

...estimated hydro-limited timestep at level 0: 0.0008399444303
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008399444303

...estimated hydro-limited timestep at level 1: 0.0004143210625
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004143210625

...estimated hydro-limited timestep at level 2: 0.0002049190155
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002049190155

...estimated hydro-limited timestep at level 3: 0.0001022609846
...hydro-limited CFL timestep constrained at (i,j) = (136,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001022609846

Now regridding at level lbase = 0
grid_places() time: 0.002058389 new finest: 3
STEP = 76 TIME = 0.02277529762 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008399444303
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008399444303

...estimated hydro-limited timestep at level 1: 0.0004143210625
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004143210625

...estimated hydro-limited timestep at level 2: 0.0002049190155
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002049190155

...estimated hydro-limited timestep at level 3: 0.0001022609846
...hydro-limited CFL timestep constrained at (i,j) = (136,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001022609846

[Level 0 step 77] ADVANCE at time 0.02277529762 with dt = 0.0008180878769

[1m[32m  Beginning subcycle 1 starting at time 0.02277529762 with dt = 0.0008180878769[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000903646 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7104125388

[Level 0 step 77] Advanced 1024 cells
[Level 1 step 153] ADVANCE at time 0.02277529762 with dt = 0.0004090439385

[1m[32m  Beginning subcycle 1 starting at time 0.02277529762 with dt = 0.0004090439385[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001354143 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 153] Advanced 2304 cells
[Level 2 step 305] ADVANCE at time 0.02277529762 with dt = 0.0002045219692

[1m[32m  Beginning subcycle 1 starting at time 0.02277529762 with dt = 0.0002045219692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001868508 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 305] Advanced 4096 cells
[Level 3 step 609] ADVANCE at time 0.02277529762 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02277529762 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002824807 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 609] Advanced 9216 cells
[Level 3 step 610] ADVANCE at time 0.02287755861 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02287755861 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002848084 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 610] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000932157
[Level 2 step 306] ADVANCE at time 0.02297981959 with dt = 0.0002045219692

[1m[32m  Beginning subcycle 1 starting at time 0.02297981959 with dt = 0.0002045219692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001858387 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 306] Advanced 4096 cells
[Level 3 step 611] ADVANCE at time 0.02297981959 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02297981959 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002837905 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 611] Advanced 9216 cells
[Level 3 step 612] ADVANCE at time 0.02308208058 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02308208058 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002847102 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 612] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000893076
Castro::reflux() at level 1 : time = 0.000695751
Now regridding at level lbase = 2
grid_places() time: 0.000951736 new finest: 3
TIME = 0.02318434156 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 154] ADVANCE at time 0.02318434156 with dt = 0.0004090439385

[1m[32m  Beginning subcycle 1 starting at time 0.02318434156 with dt = 0.0004090439385[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00138222 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 154] Advanced 2304 cells
[Level 2 step 307] ADVANCE at time 0.02318434156 with dt = 0.0002045219692

[1m[32m  Beginning subcycle 1 starting at time 0.02318434156 with dt = 0.0002045219692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00185377 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 307] Advanced 4096 cells
[Level 3 step 613] ADVANCE at time 0.02318434156 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02318434156 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002858179 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 613] Advanced 9216 cells
[Level 3 step 614] ADVANCE at time 0.02328660255 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02328660255 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002839854 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 614] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000938317
[Level 2 step 308] ADVANCE at time 0.02338886353 with dt = 0.0002045219692

[1m[32m  Beginning subcycle 1 starting at time 0.02338886353 with dt = 0.0002045219692[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001875613 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 308] Advanced 4096 cells
[Level 3 step 615] ADVANCE at time 0.02338886353 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02338886353 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002831984 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 615] Advanced 9216 cells
[Level 3 step 616] ADVANCE at time 0.02349112452 with dt = 0.0001022609846

[1m[32m  Beginning subcycle 1 starting at time 0.02349112452 with dt = 0.0001022609846[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002855301 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 616] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.00089122
Castro::reflux() at level 1 : time = 0.000679764
Castro::reflux() at level 0 : time = 0.000423664

TIME= 0.0235933855 MASS        = 1
TIME= 0.0235933855 XMOM        = 1.169956126e-19
TIME= 0.0235933855 YMOM        = 2.885760267e-17
TIME= 0.0235933855 ZMOM        = 0
TIME= 0.0235933855 ANG MOM X   = 0
TIME= 0.0235933855 ANG MOM Y   = 0
TIME= 0.0235933855 ANG MOM Z   = 2.966036475e-19
TIME= 0.0235933855 RHO*e       = 0.8031869184
TIME= 0.0235933855 RHO*K       = 0.1954195939
TIME= 0.0235933855 RHO*E       = 0.9986065123
TIME= 0.0235933855 CENTER OF MASS X-LOC = 0.5
TIME= 0.0235933855 CENTER OF MASS X-VEL = 1.169956126e-19
TIME= 0.0235933855 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0235933855 CENTER OF MASS Y-VEL = 2.885760267e-17
TIME= 0.0235933855 CENTER OF MASS Z-LOC = 0
TIME= 0.0235933855 CENTER OF MASS Z-VEL = 0
TIME= 0.0235933855 MAXIMUM TEMPERATURE  = 2.904049731e-06
TIME= 0.0235933855 MAXIMUM DENSITY      = 3.982435579

[STEP 77] Coarse TimeStep time: 0.084679371
[STEP 77] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 77 TIME = 0.0235933855 DT = 0.0008180878769

...estimated hydro-limited timestep at level 0: 0.0008446444242
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008446444242

...estimated hydro-limited timestep at level 1: 0.0004167620094
...hydro-limited CFL timestep constrained at (i,j) = (30,30)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004167620094

...estimated hydro-limited timestep at level 2: 0.0002059667648
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002059667648

...estimated hydro-limited timestep at level 3: 0.0001028368696
...hydro-limited CFL timestep constrained at (i,j) = (136,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001028368696

Now regridding at level lbase = 1
grid_places() time: 0.001686683 new finest: 3
TIME = 0.0235933855 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 0 step 78] ADVANCE at time 0.0235933855 with dt = 0.0008226949571

[1m[32m  Beginning subcycle 1 starting at time 0.0235933855 with dt = 0.0008226949571[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00090179 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7137798547

[Level 0 step 78] Advanced 1024 cells
[Level 1 step 155] ADVANCE at time 0.0235933855 with dt = 0.0004113474785

[1m[32m  Beginning subcycle 1 starting at time 0.0235933855 with dt = 0.0004113474785[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001388358 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 155] Advanced 2304 cells
[Level 2 step 309] ADVANCE at time 0.0235933855 with dt = 0.0002056737393

[1m[32m  Beginning subcycle 1 starting at time 0.0235933855 with dt = 0.0002056737393[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001852557 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 309] Advanced 4096 cells
[Level 3 step 617] ADVANCE at time 0.0235933855 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.0235933855 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002836915 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 617] Advanced 9216 cells
[Level 3 step 618] ADVANCE at time 0.02369622237 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02369622237 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002860803 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 618] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000927107
[Level 2 step 310] ADVANCE at time 0.02379905924 with dt = 0.0002056737393

[1m[32m  Beginning subcycle 1 starting at time 0.02379905924 with dt = 0.0002056737393[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001831415 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 310] Advanced 4096 cells
[Level 3 step 619] ADVANCE at time 0.02379905924 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02379905924 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002823391 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 619] Advanced 9216 cells
[Level 3 step 620] ADVANCE at time 0.02390189611 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02390189611 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002858312 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 620] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000868929
Castro::reflux() at level 1 : time = 0.000666048
Now regridding at level lbase = 2
grid_places() time: 0.000936401 new finest: 3
TIME = 0.02400473298 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 156] ADVANCE at time 0.02400473298 with dt = 0.0004113474785

[1m[32m  Beginning subcycle 1 starting at time 0.02400473298 with dt = 0.0004113474785[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001381527 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 156] Advanced 2304 cells
[Level 2 step 311] ADVANCE at time 0.02400473298 with dt = 0.0002056737393

[1m[32m  Beginning subcycle 1 starting at time 0.02400473298 with dt = 0.0002056737393[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001849464 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 311] Advanced 4096 cells
[Level 3 step 621] ADVANCE at time 0.02400473298 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02400473298 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002860876 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 621] Advanced 9216 cells
[Level 3 step 622] ADVANCE at time 0.02410756985 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02410756985 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00285038 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 622] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000943313
[Level 2 step 312] ADVANCE at time 0.02421040672 with dt = 0.0002056737393

[1m[32m  Beginning subcycle 1 starting at time 0.02421040672 with dt = 0.0002056737393[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001828568 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 312] Advanced 4096 cells
[Level 3 step 623] ADVANCE at time 0.02421040672 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02421040672 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00284027 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 623] Advanced 9216 cells
[Level 3 step 624] ADVANCE at time 0.02431324359 with dt = 0.0001028368696

[1m[32m  Beginning subcycle 1 starting at time 0.02431324359 with dt = 0.0001028368696[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002828535 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 624] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000887749
Castro::reflux() at level 1 : time = 0.000635102
Castro::reflux() at level 0 : time = 0.000400297

TIME= 0.02441608046 MASS        = 1
TIME= 0.02441608046 XMOM        = 1.187418875e-18
TIME= 0.02441608046 YMOM        = 4.737770375e-17
TIME= 0.02441608046 ZMOM        = 0
TIME= 0.02441608046 ANG MOM X   = 0
TIME= 0.02441608046 ANG MOM Y   = 0
TIME= 0.02441608046 ANG MOM Z   = 2.935919443e-19
TIME= 0.02441608046 RHO*e       = 0.8029937389
TIME= 0.02441608046 RHO*K       = 0.1956127734
TIME= 0.02441608046 RHO*E       = 0.9986065123
TIME= 0.02441608046 CENTER OF MASS X-LOC = 0.5
TIME= 0.02441608046 CENTER OF MASS X-VEL = 1.187418875e-18
TIME= 0.02441608046 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02441608046 CENTER OF MASS Y-VEL = 4.737770375e-17
TIME= 0.02441608046 CENTER OF MASS Z-LOC = 0
TIME= 0.02441608046 CENTER OF MASS Z-VEL = 0
TIME= 0.02441608046 MAXIMUM TEMPERATURE  = 2.875920438e-06
TIME= 0.02441608046 MAXIMUM DENSITY      = 3.990101375

[STEP 78] Coarse TimeStep time: 0.08043633
[STEP 78] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 78 TIME = 0.02441608046 DT = 0.0008226949571

...estimated hydro-limited timestep at level 0: 0.0008492240427
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008492240427

...estimated hydro-limited timestep at level 1: 0.0004189231548
...hydro-limited CFL timestep constrained at (i,j) = (30,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004189231548

...estimated hydro-limited timestep at level 2: 0.0002070468229
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002070468229

...estimated hydro-limited timestep at level 3: 0.0001034136568
...hydro-limited CFL timestep constrained at (i,j) = (136,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001034136568

Now regridding at level lbase = 0
grid_places() time: 0.002080396 new finest: 3
STEP = 78 TIME = 0.02441608046 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008492240427
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008492240427

...estimated hydro-limited timestep at level 1: 0.0004189231548
...hydro-limited CFL timestep constrained at (i,j) = (30,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004189231548

...estimated hydro-limited timestep at level 2: 0.0002070468229
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002070468229

...estimated hydro-limited timestep at level 3: 0.0001034136568
...hydro-limited CFL timestep constrained at (i,j) = (136,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001034136568

[Level 0 step 79] ADVANCE at time 0.02441608046 with dt = 0.0008273092545

[1m[32m  Beginning subcycle 1 starting at time 0.02441608046 with dt = 0.0008273092545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000887365 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7133015413

[Level 0 step 79] Advanced 1024 cells
[Level 1 step 157] ADVANCE at time 0.02441608046 with dt = 0.0004136546273

[1m[32m  Beginning subcycle 1 starting at time 0.02441608046 with dt = 0.0004136546273[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001365054 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 157] Advanced 2304 cells
[Level 2 step 313] ADVANCE at time 0.02441608046 with dt = 0.0002068273136

[1m[32m  Beginning subcycle 1 starting at time 0.02441608046 with dt = 0.0002068273136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001835308 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 313] Advanced 4096 cells
[Level 3 step 625] ADVANCE at time 0.02441608046 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02441608046 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002816462 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 625] Advanced 9216 cells
[Level 3 step 626] ADVANCE at time 0.02451949411 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02451949411 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002846379 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 626] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000926932
[Level 2 step 314] ADVANCE at time 0.02462290777 with dt = 0.0002068273136

[1m[32m  Beginning subcycle 1 starting at time 0.02462290777 with dt = 0.0002068273136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001849514 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 314] Advanced 4096 cells
[Level 3 step 627] ADVANCE at time 0.02462290777 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02462290777 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002879218 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 627] Advanced 9216 cells
[Level 3 step 628] ADVANCE at time 0.02472632143 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02472632143 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002843977 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 628] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000873193
Castro::reflux() at level 1 : time = 0.000686543
Now regridding at level lbase = 2
grid_places() time: 0.00093557 new finest: 3
TIME = 0.02482973508 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 158] ADVANCE at time 0.02482973508 with dt = 0.0004136546273

[1m[32m  Beginning subcycle 1 starting at time 0.02482973508 with dt = 0.0004136546273[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001371909 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 158] Advanced 2304 cells
[Level 2 step 315] ADVANCE at time 0.02482973508 with dt = 0.0002068273136

[1m[32m  Beginning subcycle 1 starting at time 0.02482973508 with dt = 0.0002068273136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855026 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 315] Advanced 4096 cells
[Level 3 step 629] ADVANCE at time 0.02482973508 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02482973508 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002867973 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 629] Advanced 9216 cells
[Level 3 step 630] ADVANCE at time 0.02493314874 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02493314874 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002904078 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 630] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000934902
[Level 2 step 316] ADVANCE at time 0.0250365624 with dt = 0.0002068273136

[1m[32m  Beginning subcycle 1 starting at time 0.0250365624 with dt = 0.0002068273136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001858092 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 316] Advanced 4096 cells
[Level 3 step 631] ADVANCE at time 0.0250365624 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.0250365624 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00285828 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 631] Advanced 9216 cells
[Level 3 step 632] ADVANCE at time 0.02513997605 with dt = 0.0001034136568

[1m[32m  Beginning subcycle 1 starting at time 0.02513997605 with dt = 0.0001034136568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002841991 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 632] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000885908
Castro::reflux() at level 1 : time = 0.000678563
Castro::reflux() at level 0 : time = 0.000430601

TIME= 0.02524338971 MASS        = 1
TIME= 0.02524338971 XMOM        = 8.940773331e-19
TIME= 0.02524338971 YMOM        = 2.875285412e-17
TIME= 0.02524338971 ZMOM        = 0
TIME= 0.02524338971 ANG MOM X   = 0
TIME= 0.02524338971 ANG MOM Y   = 0
TIME= 0.02524338971 ANG MOM Z   = 3.107241421e-19
TIME= 0.02524338971 RHO*e       = 0.8028256226
TIME= 0.02524338971 RHO*K       = 0.1957808896
TIME= 0.02524338971 RHO*E       = 0.9986065123
TIME= 0.02524338971 CENTER OF MASS X-LOC = 0.5
TIME= 0.02524338971 CENTER OF MASS X-VEL = 8.940773331e-19
TIME= 0.02524338971 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02524338971 CENTER OF MASS Y-VEL = 2.875285412e-17
TIME= 0.02524338971 CENTER OF MASS Z-LOC = 0
TIME= 0.02524338971 CENTER OF MASS Z-VEL = 0
TIME= 0.02524338971 MAXIMUM TEMPERATURE  = 2.848850537e-06
TIME= 0.02524338971 MAXIMUM DENSITY      = 4.016632887

[STEP 79] Coarse TimeStep time: 0.081622425
[STEP 79] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 79 TIME = 0.02524338971 DT = 0.0008273092545

...estimated hydro-limited timestep at level 0: 0.0008536891615
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008536891615

...estimated hydro-limited timestep at level 1: 0.0004208483505
...hydro-limited CFL timestep constrained at (i,j) = (30,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004208483505

...estimated hydro-limited timestep at level 2: 0.0002081346012
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002081346012

...estimated hydro-limited timestep at level 3: 0.0001039752691
...hydro-limited CFL timestep constrained at (i,j) = (138,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001039752691

Now regridding at level lbase = 1
grid_places() time: 0.001704829 new finest: 3
TIME = 0.02524338971 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 0 step 80] ADVANCE at time 0.02524338971 with dt = 0.0008318021531

[1m[32m  Beginning subcycle 1 starting at time 0.02524338971 with dt = 0.0008318021531[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000904339 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.711090371

[Level 0 step 80] Advanced 1024 cells
[Level 1 step 159] ADVANCE at time 0.02524338971 with dt = 0.0004159010766

[1m[32m  Beginning subcycle 1 starting at time 0.02524338971 with dt = 0.0004159010766[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001372911 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 159] Advanced 2304 cells
[Level 2 step 317] ADVANCE at time 0.02524338971 with dt = 0.0002079505383

[1m[32m  Beginning subcycle 1 starting at time 0.02524338971 with dt = 0.0002079505383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001853996 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 317] Advanced 4096 cells
[Level 3 step 633] ADVANCE at time 0.02524338971 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02524338971 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002860089 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 633] Advanced 9216 cells
[Level 3 step 634] ADVANCE at time 0.02534736498 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02534736498 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002870049 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 634] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000912612
[Level 2 step 318] ADVANCE at time 0.02545134025 with dt = 0.0002079505383

[1m[32m  Beginning subcycle 1 starting at time 0.02545134025 with dt = 0.0002079505383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001854621 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 318] Advanced 4096 cells
[Level 3 step 635] ADVANCE at time 0.02545134025 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02545134025 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002868616 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 635] Advanced 9216 cells
[Level 3 step 636] ADVANCE at time 0.02555531552 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02555531552 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002815571 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 636] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000895752
Castro::reflux() at level 1 : time = 0.000681957
Now regridding at level lbase = 2
grid_places() time: 0.000937093 new finest: 3
TIME = 0.02565929079 : REGRID  with lbase = 2
  Level 3   1 grids  9216 cells  14.0625 % of domain

[Level 1 step 160] ADVANCE at time 0.02565929079 with dt = 0.0004159010766

[1m[32m  Beginning subcycle 1 starting at time 0.02565929079 with dt = 0.0004159010766[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001401268 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 160] Advanced 2304 cells
[Level 2 step 319] ADVANCE at time 0.02565929079 with dt = 0.0002079505383

[1m[32m  Beginning subcycle 1 starting at time 0.02565929079 with dt = 0.0002079505383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001868704 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 319] Advanced 4096 cells
[Level 3 step 637] ADVANCE at time 0.02565929079 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02565929079 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002880044 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 637] Advanced 9216 cells
[Level 3 step 638] ADVANCE at time 0.02576326606 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02576326606 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00281197 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 638] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.00092809
[Level 2 step 320] ADVANCE at time 0.02586724133 with dt = 0.0002079505383

[1m[32m  Beginning subcycle 1 starting at time 0.02586724133 with dt = 0.0002079505383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001862453 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 320] Advanced 4096 cells
[Level 3 step 639] ADVANCE at time 0.02586724133 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.02586724133 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002844619 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 639] Advanced 9216 cells
[Level 3 step 640] ADVANCE at time 0.0259712166 with dt = 0.0001039752691

[1m[32m  Beginning subcycle 1 starting at time 0.0259712166 with dt = 0.0001039752691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003097537 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 640] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000845833
Castro::reflux() at level 1 : time = 0.000681909
Castro::reflux() at level 0 : time = 0.000406485

TIME= 0.02607519186 MASS        = 1
TIME= 0.02607519186 XMOM        = 1.184356748e-18
TIME= 0.02607519186 YMOM        = -2.706030166e-17
TIME= 0.02607519186 ZMOM        = 0
TIME= 0.02607519186 ANG MOM X   = 0
TIME= 0.02607519186 ANG MOM Y   = 0
TIME= 0.02607519186 ANG MOM Z   = 3.657633797e-19
TIME= 0.02607519186 RHO*e       = 0.8025718571
TIME= 0.02607519186 RHO*K       = 0.1960346551
TIME= 0.02607519186 RHO*E       = 0.9986065123
TIME= 0.02607519186 CENTER OF MASS X-LOC = 0.5
TIME= 0.02607519186 CENTER OF MASS X-VEL = 1.184356748e-18
TIME= 0.02607519186 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02607519186 CENTER OF MASS Y-VEL = -2.706030166e-17
TIME= 0.02607519186 CENTER OF MASS Z-LOC = 0
TIME= 0.02607519186 CENTER OF MASS Z-VEL = 0
TIME= 0.02607519186 MAXIMUM TEMPERATURE  = 2.822777439e-06
TIME= 0.02607519186 MAXIMUM DENSITY      = 4.020051343

[STEP 80] Coarse TimeStep time: 0.080599543
[STEP 80] FAB kilobyte spread across MPI nodes: [21632 ... 21632]


STEP = 80 TIME = 0.02607519186 DT = 0.0008318021531

PLOTFILE: file = Sedov-2d-tau_plt00080
Write plotfile time = 0.035722812  seconds

...estimated hydro-limited timestep at level 0: 0.0008580403079
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008580403079

...estimated hydro-limited timestep at level 1: 0.0004223964602
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004223964602

...estimated hydro-limited timestep at level 2: 0.0002092140598
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002092140598

...estimated hydro-limited timestep at level 3: 0.0001045108672
...hydro-limited CFL timestep constrained at (i,j) = (138,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001045108672

Now regridding at level lbase = 0
grid_places() time: 0.002113854 new finest: 3
STEP = 80 TIME = 0.02607519186 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  9216 cells  14.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008580403079
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008580403079

...estimated hydro-limited timestep at level 1: 0.0004223964602
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004223964602

...estimated hydro-limited timestep at level 2: 0.0002092140598
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002092140598

...estimated hydro-limited timestep at level 3: 0.0001045108672
...hydro-limited CFL timestep constrained at (i,j) = (138,136)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001045108672

[Level 0 step 81] ADVANCE at time 0.02607519186 with dt = 0.0008360869373

[1m[32m  Beginning subcycle 1 starting at time 0.02607519186 with dt = 0.0008360869373[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000939394 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6896579593

[Level 0 step 81] Advanced 1024 cells
[Level 1 step 161] ADVANCE at time 0.02607519186 with dt = 0.0004180434686

[1m[32m  Beginning subcycle 1 starting at time 0.02607519186 with dt = 0.0004180434686[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00140417 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 161] Advanced 2304 cells
[Level 2 step 321] ADVANCE at time 0.02607519186 with dt = 0.0002090217343

[1m[32m  Beginning subcycle 1 starting at time 0.02607519186 with dt = 0.0002090217343[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00183926 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 321] Advanced 4096 cells
[Level 3 step 641] ADVANCE at time 0.02607519186 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02607519186 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002908763 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 641] Advanced 9216 cells
[Level 3 step 642] ADVANCE at time 0.02617970273 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02617970273 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00289203 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 642] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000922447
[Level 2 step 322] ADVANCE at time 0.0262842136 with dt = 0.0002090217343

[1m[32m  Beginning subcycle 1 starting at time 0.0262842136 with dt = 0.0002090217343[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001831285 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 322] Advanced 4096 cells
[Level 3 step 643] ADVANCE at time 0.0262842136 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.0262842136 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.002880496 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 643] Advanced 9216 cells
[Level 3 step 644] ADVANCE at time 0.02638872447 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02638872447 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00285289 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 644] Advanced 9216 cells
Castro::reflux() at level 2 : time = 0.000879908
Castro::reflux() at level 1 : time = 0.000726976
Now regridding at level lbase = 2
grid_places() time: 0.00095056 new finest: 3
TIME = 0.02649323533 : REGRID  with lbase = 2
  Level 3   10 grids  10304 cells  15.72265625 % of domain
            smallest grid: 24 x 8  biggest grid: 112 x 32

[Level 1 step 162] ADVANCE at time 0.02649323533 with dt = 0.0004180434686

[1m[32m  Beginning subcycle 1 starting at time 0.02649323533 with dt = 0.0004180434686[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001395662 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 162] Advanced 2304 cells
[Level 2 step 323] ADVANCE at time 0.02649323533 with dt = 0.0002090217343

[1m[32m  Beginning subcycle 1 starting at time 0.02649323533 with dt = 0.0002090217343[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001857064 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 323] Advanced 4096 cells
[Level 3 step 645] ADVANCE at time 0.02649323533 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02649323533 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00767914 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 645] Advanced 10304 cells
[Level 3 step 646] ADVANCE at time 0.0265977462 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.0265977462 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007163098 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 646] Advanced 10304 cells
Castro::reflux() at level 2 : time = 0.00103086
[Level 2 step 324] ADVANCE at time 0.02670225707 with dt = 0.0002090217343

[1m[32m  Beginning subcycle 1 starting at time 0.02670225707 with dt = 0.0002090217343[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001827872 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 324] Advanced 4096 cells
[Level 3 step 647] ADVANCE at time 0.02670225707 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02670225707 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007155441 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 647] Advanced 10304 cells
[Level 3 step 648] ADVANCE at time 0.02680676793 with dt = 0.0001045108672

[1m[32m  Beginning subcycle 1 starting at time 0.02680676793 with dt = 0.0001045108672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007099676 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 648] Advanced 10304 cells
Castro::reflux() at level 2 : time = 0.000904405
Castro::reflux() at level 1 : time = 0.000639109
Castro::reflux() at level 0 : time = 0.000408493

TIME= 0.0269112788 MASS        = 1
TIME= 0.0269112788 XMOM        = -2.168404345e-19
TIME= 0.0269112788 YMOM        = -2.959871689e-17
TIME= 0.0269112788 ZMOM        = 0
TIME= 0.0269112788 ANG MOM X   = 0
TIME= 0.0269112788 ANG MOM Y   = 0
TIME= 0.0269112788 ANG MOM Z   = 5.073729244e-19
TIME= 0.0269112788 RHO*e       = 0.8024340843
TIME= 0.0269112788 RHO*K       = 0.196172428
TIME= 0.0269112788 RHO*E       = 0.9986065123
TIME= 0.0269112788 CENTER OF MASS X-LOC = 0.5
TIME= 0.0269112788 CENTER OF MASS X-VEL = -2.168404345e-19
TIME= 0.0269112788 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0269112788 CENTER OF MASS Y-VEL = -2.959871689e-17
TIME= 0.0269112788 CENTER OF MASS Z-LOC = 0
TIME= 0.0269112788 CENTER OF MASS Z-VEL = 0
TIME= 0.0269112788 MAXIMUM TEMPERATURE  = 2.797607536e-06
TIME= 0.0269112788 MAXIMUM DENSITY      = 4.041582241

[STEP 81] Coarse TimeStep time: 0.099139692
[STEP 81] FAB kilobyte spread across MPI nodes: [24701 ... 24701]


STEP = 81 TIME = 0.0269112788 DT = 0.0008360869373

...estimated hydro-limited timestep at level 0: 0.0008622709582
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008622709582

...estimated hydro-limited timestep at level 1: 0.0004237504936
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004237504936

...estimated hydro-limited timestep at level 2: 0.0002102804385
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002102804385

...estimated hydro-limited timestep at level 3: 0.0001050177653
...hydro-limited CFL timestep constrained at (i,j) = (118,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001050177653

Now regridding at level lbase = 1
grid_places() time: 0.00175745 new finest: 3
TIME = 0.0269112788 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   10 grids  10304 cells  15.72265625 % of domain
            smallest grid: 24 x 8  biggest grid: 112 x 32

[Level 0 step 82] ADVANCE at time 0.0269112788 with dt = 0.0008401421222

[1m[32m  Beginning subcycle 1 starting at time 0.0269112788 with dt = 0.0008401421222[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000905449 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7061684225

[Level 0 step 82] Advanced 1024 cells
[Level 1 step 163] ADVANCE at time 0.0269112788 with dt = 0.0004200710611

[1m[32m  Beginning subcycle 1 starting at time 0.0269112788 with dt = 0.0004200710611[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001376516 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 163] Advanced 2304 cells
[Level 2 step 325] ADVANCE at time 0.0269112788 with dt = 0.0002100355306

[1m[32m  Beginning subcycle 1 starting at time 0.0269112788 with dt = 0.0002100355306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001862979 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 325] Advanced 4096 cells
[Level 3 step 649] ADVANCE at time 0.0269112788 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.0269112788 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007115382 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 649] Advanced 10304 cells
[Level 3 step 650] ADVANCE at time 0.02701629657 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02701629657 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007127847 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 650] Advanced 10304 cells
Castro::reflux() at level 2 : time = 0.000970448
[Level 2 step 326] ADVANCE at time 0.02712131433 with dt = 0.0002100355306

[1m[32m  Beginning subcycle 1 starting at time 0.02712131433 with dt = 0.0002100355306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00185543 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 326] Advanced 4096 cells
[Level 3 step 651] ADVANCE at time 0.02712131433 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02712131433 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007145378 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 651] Advanced 10304 cells
[Level 3 step 652] ADVANCE at time 0.0272263321 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.0272263321 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00707974 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 652] Advanced 10304 cells
Castro::reflux() at level 2 : time = 0.000950291
Castro::reflux() at level 1 : time = 0.000700397
Now regridding at level lbase = 2
grid_places() time: 0.000939021 new finest: 3
TIME = 0.02733134986 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 164] ADVANCE at time 0.02733134986 with dt = 0.0004200710611

[1m[32m  Beginning subcycle 1 starting at time 0.02733134986 with dt = 0.0004200710611[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001395454 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 164] Advanced 2304 cells
[Level 2 step 327] ADVANCE at time 0.02733134986 with dt = 0.0002100355306

[1m[32m  Beginning subcycle 1 starting at time 0.02733134986 with dt = 0.0002100355306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001850754 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 327] Advanced 4096 cells
[Level 3 step 653] ADVANCE at time 0.02733134986 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02733134986 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005645063 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 653] Advanced 12544 cells
[Level 3 step 654] ADVANCE at time 0.02743636763 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02743636763 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003379523 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 654] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000987277
[Level 2 step 328] ADVANCE at time 0.02754138539 with dt = 0.0002100355306

[1m[32m  Beginning subcycle 1 starting at time 0.02754138539 with dt = 0.0002100355306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001864732 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 328] Advanced 4096 cells
[Level 3 step 655] ADVANCE at time 0.02754138539 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02754138539 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003375405 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 655] Advanced 12544 cells
[Level 3 step 656] ADVANCE at time 0.02764640316 with dt = 0.0001050177653

[1m[32m  Beginning subcycle 1 starting at time 0.02764640316 with dt = 0.0001050177653[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003348138 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 656] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.0009127
Castro::reflux() at level 1 : time = 0.000695621
Castro::reflux() at level 0 : time = 0.000424943

TIME= 0.02775142092 MASS        = 1
TIME= 0.02775142092 XMOM        = 3.919921504e-21
TIME= 0.02775142092 YMOM        = -1.540819868e-18
TIME= 0.02775142092 ZMOM        = 0
TIME= 0.02775142092 ANG MOM X   = 0
TIME= 0.02775142092 ANG MOM Y   = 0
TIME= 0.02775142092 ANG MOM Z   = 3.657796563e-19
TIME= 0.02775142092 RHO*e       = 0.8022466616
TIME= 0.02775142092 RHO*K       = 0.1963598506
TIME= 0.02775142092 RHO*E       = 0.9986065123
TIME= 0.02775142092 CENTER OF MASS X-LOC = 0.5
TIME= 0.02775142092 CENTER OF MASS X-VEL = 3.919921504e-21
TIME= 0.02775142092 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02775142092 CENTER OF MASS Y-VEL = -1.540819868e-18
TIME= 0.02775142092 CENTER OF MASS Z-LOC = 0
TIME= 0.02775142092 CENTER OF MASS Z-VEL = 0
TIME= 0.02775142092 MAXIMUM TEMPERATURE  = 2.773250718e-06
TIME= 0.02775142092 MAXIMUM DENSITY      = 4.040082596

[STEP 82] Coarse TimeStep time: 0.106814724
[STEP 82] FAB kilobyte spread across MPI nodes: [28627 ... 28627]


STEP = 82 TIME = 0.02775142092 DT = 0.0008401421222

...estimated hydro-limited timestep at level 0: 0.0008663815826
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008663815826

...estimated hydro-limited timestep at level 1: 0.0004251561984
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004251561984

...estimated hydro-limited timestep at level 2: 0.0002113297323
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002113297323

...estimated hydro-limited timestep at level 3: 0.0001054870907
...hydro-limited CFL timestep constrained at (i,j) = (118,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001054870907

Now regridding at level lbase = 0
grid_places() time: 0.002162626 new finest: 3
STEP = 82 TIME = 0.02775142092 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008663815826
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008663815826

...estimated hydro-limited timestep at level 1: 0.0004251561984
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004251561984

...estimated hydro-limited timestep at level 2: 0.0002113297323
...hydro-limited CFL timestep constrained at (i,j) = (59,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002113297323

...estimated hydro-limited timestep at level 3: 0.0001054870907
...hydro-limited CFL timestep constrained at (i,j) = (118,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001054870907

[Level 0 step 83] ADVANCE at time 0.02775142092 with dt = 0.0008438967254

[1m[32m  Beginning subcycle 1 starting at time 0.02775142092 with dt = 0.0008438967254[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000923372 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6998814166

[Level 0 step 83] Advanced 1024 cells
[Level 1 step 165] ADVANCE at time 0.02775142092 with dt = 0.0004219483627

[1m[32m  Beginning subcycle 1 starting at time 0.02775142092 with dt = 0.0004219483627[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00140533 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 165] Advanced 2304 cells
[Level 2 step 329] ADVANCE at time 0.02775142092 with dt = 0.0002109741814

[1m[32m  Beginning subcycle 1 starting at time 0.02775142092 with dt = 0.0002109741814[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001859021 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 329] Advanced 4096 cells
[Level 3 step 657] ADVANCE at time 0.02775142092 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02775142092 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003395966 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 657] Advanced 12544 cells
[Level 3 step 658] ADVANCE at time 0.02785690801 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02785690801 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003366922 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 658] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000948752
[Level 2 step 330] ADVANCE at time 0.02796239511 with dt = 0.0002109741814

[1m[32m  Beginning subcycle 1 starting at time 0.02796239511 with dt = 0.0002109741814[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001835741 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 330] Advanced 4096 cells
[Level 3 step 659] ADVANCE at time 0.02796239511 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02796239511 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003389479 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 659] Advanced 12544 cells
[Level 3 step 660] ADVANCE at time 0.0280678822 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.0280678822 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003348489 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 660] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000871253
Castro::reflux() at level 1 : time = 0.000707285
Now regridding at level lbase = 2
grid_places() time: 0.000939885 new finest: 3
TIME = 0.02817336929 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 166] ADVANCE at time 0.02817336929 with dt = 0.0004219483627

[1m[32m  Beginning subcycle 1 starting at time 0.02817336929 with dt = 0.0004219483627[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00139691 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 166] Advanced 2304 cells
[Level 2 step 331] ADVANCE at time 0.02817336929 with dt = 0.0002109741814

[1m[32m  Beginning subcycle 1 starting at time 0.02817336929 with dt = 0.0002109741814[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001861499 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 331] Advanced 4096 cells
[Level 3 step 661] ADVANCE at time 0.02817336929 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02817336929 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003365036 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 661] Advanced 12544 cells
[Level 3 step 662] ADVANCE at time 0.02827885638 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02827885638 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003325753 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 662] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000970472
[Level 2 step 332] ADVANCE at time 0.02838434347 with dt = 0.0002109741814

[1m[32m  Beginning subcycle 1 starting at time 0.02838434347 with dt = 0.0002109741814[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001850039 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 332] Advanced 4096 cells
[Level 3 step 663] ADVANCE at time 0.02838434347 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02838434347 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003343434 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 663] Advanced 12544 cells
[Level 3 step 664] ADVANCE at time 0.02848983056 with dt = 0.0001054870907

[1m[32m  Beginning subcycle 1 starting at time 0.02848983056 with dt = 0.0001054870907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00336692 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 664] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000884709
Castro::reflux() at level 1 : time = 0.000663979
Castro::reflux() at level 0 : time = 0.000426866

TIME= 0.02859531765 MASS        = 1
TIME= 0.02859531765 XMOM        = -2.432977048e-18
TIME= 0.02859531765 YMOM        = 5.329783842e-18
TIME= 0.02859531765 ZMOM        = 0
TIME= 0.02859531765 ANG MOM X   = 0
TIME= 0.02859531765 ANG MOM Y   = 0
TIME= 0.02859531765 ANG MOM Z   = 3.091180126e-19
TIME= 0.02859531765 RHO*e       = 0.8020279518
TIME= 0.02859531765 RHO*K       = 0.1965785605
TIME= 0.02859531765 RHO*E       = 0.9986065123
TIME= 0.02859531765 CENTER OF MASS X-LOC = 0.5
TIME= 0.02859531765 CENTER OF MASS X-VEL = -2.432977048e-18
TIME= 0.02859531765 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02859531765 CENTER OF MASS Y-VEL = 5.329783842e-18
TIME= 0.02859531765 CENTER OF MASS Z-LOC = 0
TIME= 0.02859531765 CENTER OF MASS Z-VEL = 0
TIME= 0.02859531765 MAXIMUM TEMPERATURE  = 2.749712176e-06
TIME= 0.02859531765 MAXIMUM DENSITY      = 4.056717473

[STEP 83] Coarse TimeStep time: 0.093818865
[STEP 83] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 83 TIME = 0.02859531765 DT = 0.0008438967254

...estimated hydro-limited timestep at level 0: 0.0008703897084
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008703897084

...estimated hydro-limited timestep at level 1: 0.0004266117711
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004266117711

...estimated hydro-limited timestep at level 2: 0.0002123473567
...hydro-limited CFL timestep constrained at (i,j) = (68,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002123473567

...estimated hydro-limited timestep at level 3: 0.0001059689629
...hydro-limited CFL timestep constrained at (i,j) = (118,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001059689629

Now regridding at level lbase = 1
grid_places() time: 0.001689288 new finest: 3
TIME = 0.02859531765 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 84] ADVANCE at time 0.02859531765 with dt = 0.0008477517035

[1m[32m  Beginning subcycle 1 starting at time 0.02859531765 with dt = 0.0008477517035[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00093025 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6904410327

[Level 0 step 84] Advanced 1024 cells
[Level 1 step 167] ADVANCE at time 0.02859531765 with dt = 0.0004238758518

[1m[32m  Beginning subcycle 1 starting at time 0.02859531765 with dt = 0.0004238758518[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001385101 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 167] Advanced 2304 cells
[Level 2 step 333] ADVANCE at time 0.02859531765 with dt = 0.0002119379259

[1m[32m  Beginning subcycle 1 starting at time 0.02859531765 with dt = 0.0002119379259[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001833096 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 333] Advanced 4096 cells
[Level 3 step 665] ADVANCE at time 0.02859531765 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02859531765 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003400859 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 665] Advanced 12544 cells
[Level 3 step 666] ADVANCE at time 0.02870128661 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02870128661 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003377396 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 666] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000973327
[Level 2 step 334] ADVANCE at time 0.02880725558 with dt = 0.0002119379259

[1m[32m  Beginning subcycle 1 starting at time 0.02880725558 with dt = 0.0002119379259[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001848855 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 334] Advanced 4096 cells
[Level 3 step 667] ADVANCE at time 0.02880725558 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02880725558 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003390958 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 667] Advanced 12544 cells
[Level 3 step 668] ADVANCE at time 0.02891322454 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02891322454 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003338446 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 668] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000938071
Castro::reflux() at level 1 : time = 0.000719065
Now regridding at level lbase = 2
grid_places() time: 0.00098235 new finest: 3
TIME = 0.0290191935 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 168] ADVANCE at time 0.0290191935 with dt = 0.0004238758518

[1m[32m  Beginning subcycle 1 starting at time 0.0290191935 with dt = 0.0004238758518[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001396098 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 168] Advanced 2304 cells
[Level 2 step 335] ADVANCE at time 0.0290191935 with dt = 0.0002119379259

[1m[32m  Beginning subcycle 1 starting at time 0.0290191935 with dt = 0.0002119379259[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001850169 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 335] Advanced 4096 cells
[Level 3 step 669] ADVANCE at time 0.0290191935 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.0290191935 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00341604 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 669] Advanced 12544 cells
[Level 3 step 670] ADVANCE at time 0.02912516246 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02912516246 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003400107 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 670] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.00098721
[Level 2 step 336] ADVANCE at time 0.02923113143 with dt = 0.0002119379259

[1m[32m  Beginning subcycle 1 starting at time 0.02923113143 with dt = 0.0002119379259[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001839635 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 336] Advanced 4096 cells
[Level 3 step 671] ADVANCE at time 0.02923113143 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02923113143 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003393802 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 671] Advanced 12544 cells
[Level 3 step 672] ADVANCE at time 0.02933710039 with dt = 0.0001059689629

[1m[32m  Beginning subcycle 1 starting at time 0.02933710039 with dt = 0.0001059689629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003366104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 672] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000925918
Castro::reflux() at level 1 : time = 0.00069019
Castro::reflux() at level 0 : time = 0.000410523

TIME= 0.02944306935 MASS        = 1
TIME= 0.02944306935 XMOM        = -5.253590394e-19
TIME= 0.02944306935 YMOM        = 6.390303509e-18
TIME= 0.02944306935 ZMOM        = 0
TIME= 0.02944306935 ANG MOM X   = 0
TIME= 0.02944306935 ANG MOM Y   = 0
TIME= 0.02944306935 ANG MOM Z   = 3.492168655e-19
TIME= 0.02944306935 RHO*e       = 0.8019015154
TIME= 0.02944306935 RHO*K       = 0.1967049968
TIME= 0.02944306935 RHO*E       = 0.9986065123
TIME= 0.02944306935 CENTER OF MASS X-LOC = 0.5
TIME= 0.02944306935 CENTER OF MASS X-VEL = -5.253590394e-19
TIME= 0.02944306935 CENTER OF MASS Y-LOC = 0.5
TIME= 0.02944306935 CENTER OF MASS Y-VEL = 6.390303509e-18
TIME= 0.02944306935 CENTER OF MASS Z-LOC = 0
TIME= 0.02944306935 CENTER OF MASS Z-VEL = 0
TIME= 0.02944306935 MAXIMUM TEMPERATURE  = 2.726938137e-06
TIME= 0.02944306935 MAXIMUM DENSITY      = 4.06470567

[STEP 84] Coarse TimeStep time: 0.093249185
[STEP 84] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 84 TIME = 0.02944306935 DT = 0.0008477517035

...estimated hydro-limited timestep at level 0: 0.0008743210994
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008743210994

...estimated hydro-limited timestep at level 1: 0.0004281080466
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004281080466

...estimated hydro-limited timestep at level 2: 0.0002132353421
...hydro-limited CFL timestep constrained at (i,j) = (68,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002132353421

...estimated hydro-limited timestep at level 3: 0.0001064553781
...hydro-limited CFL timestep constrained at (i,j) = (117,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001064553781

Now regridding at level lbase = 0
grid_places() time: 0.002088933 new finest: 3
STEP = 84 TIME = 0.02944306935 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008743210994
...hydro-limited CFL timestep constrained at (i,j) = (16,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008743210994

...estimated hydro-limited timestep at level 1: 0.0004281080466
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004281080466

...estimated hydro-limited timestep at level 2: 0.0002132353421
...hydro-limited CFL timestep constrained at (i,j) = (68,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002132353421

...estimated hydro-limited timestep at level 3: 0.0001064553781
...hydro-limited CFL timestep constrained at (i,j) = (117,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001064553781

[Level 0 step 85] ADVANCE at time 0.02944306935 with dt = 0.0008516430249

[1m[32m  Beginning subcycle 1 starting at time 0.02944306935 with dt = 0.0008516430249[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000914441 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6958318044

[Level 0 step 85] Advanced 1024 cells
[Level 1 step 169] ADVANCE at time 0.02944306935 with dt = 0.0004258215124

[1m[32m  Beginning subcycle 1 starting at time 0.02944306935 with dt = 0.0004258215124[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001398146 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 169] Advanced 2304 cells
[Level 2 step 337] ADVANCE at time 0.02944306935 with dt = 0.0002129107562

[1m[32m  Beginning subcycle 1 starting at time 0.02944306935 with dt = 0.0002129107562[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001842445 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 337] Advanced 4096 cells
[Level 3 step 673] ADVANCE at time 0.02944306935 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02944306935 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003422715 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 673] Advanced 12544 cells
[Level 3 step 674] ADVANCE at time 0.02954952473 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02954952473 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003387675 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 674] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000959862
[Level 2 step 338] ADVANCE at time 0.02965598011 with dt = 0.0002129107562

[1m[32m  Beginning subcycle 1 starting at time 0.02965598011 with dt = 0.0002129107562[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001831693 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 338] Advanced 4096 cells
[Level 3 step 675] ADVANCE at time 0.02965598011 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02965598011 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003369988 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 675] Advanced 12544 cells
[Level 3 step 676] ADVANCE at time 0.02976243549 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02976243549 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003401526 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 676] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.00093179
Castro::reflux() at level 1 : time = 0.000720319
Now regridding at level lbase = 2
grid_places() time: 0.000951955 new finest: 3
TIME = 0.02986889087 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 170] ADVANCE at time 0.02986889087 with dt = 0.0004258215124

[1m[32m  Beginning subcycle 1 starting at time 0.02986889087 with dt = 0.0004258215124[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001403618 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 170] Advanced 2304 cells
[Level 2 step 339] ADVANCE at time 0.02986889087 with dt = 0.0002129107562

[1m[32m  Beginning subcycle 1 starting at time 0.02986889087 with dt = 0.0002129107562[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001869311 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 339] Advanced 4096 cells
[Level 3 step 677] ADVANCE at time 0.02986889087 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02986889087 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003361912 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 677] Advanced 12544 cells
[Level 3 step 678] ADVANCE at time 0.02997534624 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.02997534624 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003355234 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 678] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.00097351
[Level 2 step 340] ADVANCE at time 0.03008180162 with dt = 0.0002129107562

[1m[32m  Beginning subcycle 1 starting at time 0.03008180162 with dt = 0.0002129107562[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001861811 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 340] Advanced 4096 cells
[Level 3 step 679] ADVANCE at time 0.03008180162 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.03008180162 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003374766 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 679] Advanced 12544 cells
[Level 3 step 680] ADVANCE at time 0.030188257 with dt = 0.0001064553781

[1m[32m  Beginning subcycle 1 starting at time 0.030188257 with dt = 0.0001064553781[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003364231 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 680] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000915694
Castro::reflux() at level 1 : time = 0.000706662
Castro::reflux() at level 0 : time = 0.000425133

TIME= 0.03029471238 MASS        = 1
TIME= 0.03029471238 XMOM        = -2.148677625e-18
TIME= 0.03029471238 YMOM        = -3.13055322e-17
TIME= 0.03029471238 ZMOM        = 0
TIME= 0.03029471238 ANG MOM X   = 0
TIME= 0.03029471238 ANG MOM Y   = 0
TIME= 0.03029471238 ANG MOM Z   = 3.319643089e-19
TIME= 0.03029471238 RHO*e       = 0.8017035187
TIME= 0.03029471238 RHO*K       = 0.1969029936
TIME= 0.03029471238 RHO*E       = 0.9986065123
TIME= 0.03029471238 CENTER OF MASS X-LOC = 0.5
TIME= 0.03029471238 CENTER OF MASS X-VEL = -2.148677625e-18
TIME= 0.03029471238 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03029471238 CENTER OF MASS Y-VEL = -3.13055322e-17
TIME= 0.03029471238 CENTER OF MASS Z-LOC = 0
TIME= 0.03029471238 CENTER OF MASS Z-VEL = 0
TIME= 0.03029471238 MAXIMUM TEMPERATURE  = 2.704870178e-06
TIME= 0.03029471238 MAXIMUM DENSITY      = 4.088594615

[STEP 85] Coarse TimeStep time: 0.094152243
[STEP 85] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 85 TIME = 0.03029471238 DT = 0.0008516430249

...estimated hydro-limited timestep at level 0: 0.0008781921354
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008781921354

...estimated hydro-limited timestep at level 1: 0.00042964714
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.00042964714

...estimated hydro-limited timestep at level 2: 0.0002141476657
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002141476657

...estimated hydro-limited timestep at level 3: 0.0001069392783
...hydro-limited CFL timestep constrained at (i,j) = (117,137)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001069392783

Now regridding at level lbase = 1
grid_places() time: 0.001723484 new finest: 3
TIME = 0.03029471238 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 86] ADVANCE at time 0.03029471238 with dt = 0.0008555142262

[1m[32m  Beginning subcycle 1 starting at time 0.03029471238 with dt = 0.0008555142262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000920463 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7126041157

[Level 0 step 86] Advanced 1024 cells
[Level 1 step 171] ADVANCE at time 0.03029471238 with dt = 0.0004277571131

[1m[32m  Beginning subcycle 1 starting at time 0.03029471238 with dt = 0.0004277571131[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001388332 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 171] Advanced 2304 cells
[Level 2 step 341] ADVANCE at time 0.03029471238 with dt = 0.0002138785566

[1m[32m  Beginning subcycle 1 starting at time 0.03029471238 with dt = 0.0002138785566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001840235 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 341] Advanced 4096 cells
[Level 3 step 681] ADVANCE at time 0.03029471238 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03029471238 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003427271 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 681] Advanced 12544 cells
[Level 3 step 682] ADVANCE at time 0.03040165166 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03040165166 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003354037 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 682] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000947656
[Level 2 step 342] ADVANCE at time 0.03050859093 with dt = 0.0002138785566

[1m[32m  Beginning subcycle 1 starting at time 0.03050859093 with dt = 0.0002138785566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001825912 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 342] Advanced 4096 cells
[Level 3 step 683] ADVANCE at time 0.03050859093 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03050859093 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003374151 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 683] Advanced 12544 cells
[Level 3 step 684] ADVANCE at time 0.03061553021 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03061553021 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003378752 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 684] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000921583
Castro::reflux() at level 1 : time = 0.000695592
Now regridding at level lbase = 2
grid_places() time: 0.00096154 new finest: 3
TIME = 0.03072246949 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 172] ADVANCE at time 0.03072246949 with dt = 0.0004277571131

[1m[32m  Beginning subcycle 1 starting at time 0.03072246949 with dt = 0.0004277571131[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001385442 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 172] Advanced 2304 cells
[Level 2 step 343] ADVANCE at time 0.03072246949 with dt = 0.0002138785566

[1m[32m  Beginning subcycle 1 starting at time 0.03072246949 with dt = 0.0002138785566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00185037 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 343] Advanced 4096 cells
[Level 3 step 685] ADVANCE at time 0.03072246949 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03072246949 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003404893 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 685] Advanced 12544 cells
[Level 3 step 686] ADVANCE at time 0.03082940877 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03082940877 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003358127 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 686] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000965485
[Level 2 step 344] ADVANCE at time 0.03093634805 with dt = 0.0002138785566

[1m[32m  Beginning subcycle 1 starting at time 0.03093634805 with dt = 0.0002138785566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001883442 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 344] Advanced 4096 cells
[Level 3 step 687] ADVANCE at time 0.03093634805 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03093634805 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003377264 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 687] Advanced 12544 cells
[Level 3 step 688] ADVANCE at time 0.03104328733 with dt = 0.0001069392783

[1m[32m  Beginning subcycle 1 starting at time 0.03104328733 with dt = 0.0001069392783[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003347045 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 688] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000925285
Castro::reflux() at level 1 : time = 0.000691745
Castro::reflux() at level 0 : time = 0.000410841

TIME= 0.0311502266 MASS        = 1
TIME= 0.0311502266 XMOM        = -8.495008459e-19
TIME= 0.0311502266 YMOM        = 2.044488336e-17
TIME= 0.0311502266 ZMOM        = 0
TIME= 0.0311502266 ANG MOM X   = 0
TIME= 0.0311502266 ANG MOM Y   = 0
TIME= 0.0311502266 ANG MOM Z   = 2.983587625e-19
TIME= 0.0311502266 RHO*e       = 0.8015215489
TIME= 0.0311502266 RHO*K       = 0.1970849633
TIME= 0.0311502266 RHO*E       = 0.9986065123
TIME= 0.0311502266 CENTER OF MASS X-LOC = 0.5
TIME= 0.0311502266 CENTER OF MASS X-VEL = -8.495008459e-19
TIME= 0.0311502266 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0311502266 CENTER OF MASS Y-VEL = 2.044488336e-17
TIME= 0.0311502266 CENTER OF MASS Z-LOC = 0
TIME= 0.0311502266 CENTER OF MASS Z-VEL = 0
TIME= 0.0311502266 MAXIMUM TEMPERATURE  = 2.683438503e-06
TIME= 0.0311502266 MAXIMUM DENSITY      = 4.119014233

[STEP 86] Coarse TimeStep time: 0.092637713
[STEP 86] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 86 TIME = 0.0311502266 DT = 0.0008555142262

...estimated hydro-limited timestep at level 0: 0.0008819995213
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008819995213

...estimated hydro-limited timestep at level 1: 0.0004312338373
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004312338373

...estimated hydro-limited timestep at level 2: 0.0002150738523
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002150738523

...estimated hydro-limited timestep at level 3: 0.0001074101763
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001074101763

Now regridding at level lbase = 0
grid_places() time: 0.002095938 new finest: 3
STEP = 86 TIME = 0.0311502266 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008819995213
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008819995213

...estimated hydro-limited timestep at level 1: 0.0004312338373
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004312338373

...estimated hydro-limited timestep at level 2: 0.0002150738523
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002150738523

...estimated hydro-limited timestep at level 3: 0.0001074101763
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001074101763

[Level 0 step 87] ADVANCE at time 0.0311502266 with dt = 0.0008592814108

[1m[32m  Beginning subcycle 1 starting at time 0.0311502266 with dt = 0.0008592814108[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000931879 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6972574766

[Level 0 step 87] Advanced 1024 cells
[Level 1 step 173] ADVANCE at time 0.0311502266 with dt = 0.0004296407054

[1m[32m  Beginning subcycle 1 starting at time 0.0311502266 with dt = 0.0004296407054[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001389639 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 173] Advanced 2304 cells
[Level 2 step 345] ADVANCE at time 0.0311502266 with dt = 0.0002148203527

[1m[32m  Beginning subcycle 1 starting at time 0.0311502266 with dt = 0.0002148203527[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001852261 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 345] Advanced 4096 cells
[Level 3 step 689] ADVANCE at time 0.0311502266 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.0311502266 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00339849 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 689] Advanced 12544 cells
[Level 3 step 690] ADVANCE at time 0.03125763678 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03125763678 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003377581 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 690] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000965283
[Level 2 step 346] ADVANCE at time 0.03136504696 with dt = 0.0002148203527

[1m[32m  Beginning subcycle 1 starting at time 0.03136504696 with dt = 0.0002148203527[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001880592 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 346] Advanced 4096 cells
[Level 3 step 691] ADVANCE at time 0.03136504696 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03136504696 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003362349 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 691] Advanced 12544 cells
[Level 3 step 692] ADVANCE at time 0.03147245713 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03147245713 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003374542 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 692] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000890139
Castro::reflux() at level 1 : time = 0.000673341
Now regridding at level lbase = 2
grid_places() time: 0.000980697 new finest: 3
TIME = 0.03157986731 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 174] ADVANCE at time 0.03157986731 with dt = 0.0004296407054

[1m[32m  Beginning subcycle 1 starting at time 0.03157986731 with dt = 0.0004296407054[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001395747 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 174] Advanced 2304 cells
[Level 2 step 347] ADVANCE at time 0.03157986731 with dt = 0.0002148203527

[1m[32m  Beginning subcycle 1 starting at time 0.03157986731 with dt = 0.0002148203527[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001879878 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 347] Advanced 4096 cells
[Level 3 step 693] ADVANCE at time 0.03157986731 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03157986731 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003357822 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 693] Advanced 12544 cells
[Level 3 step 694] ADVANCE at time 0.03168727749 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03168727749 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003331954 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 694] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000960451
[Level 2 step 348] ADVANCE at time 0.03179468766 with dt = 0.0002148203527

[1m[32m  Beginning subcycle 1 starting at time 0.03179468766 with dt = 0.0002148203527[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855077 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 348] Advanced 4096 cells
[Level 3 step 695] ADVANCE at time 0.03179468766 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03179468766 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003378606 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 695] Advanced 12544 cells
[Level 3 step 696] ADVANCE at time 0.03190209784 with dt = 0.0001074101763

[1m[32m  Beginning subcycle 1 starting at time 0.03190209784 with dt = 0.0001074101763[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003381492 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 696] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000898974
Castro::reflux() at level 1 : time = 0.000658971
Castro::reflux() at level 0 : time = 0.000410161

TIME= 0.03200950801 MASS        = 1
TIME= 0.03200950801 XMOM        = 3.275756968e-18
TIME= 0.03200950801 YMOM        = -2.352330492e-17
TIME= 0.03200950801 ZMOM        = 0
TIME= 0.03200950801 ANG MOM X   = 0
TIME= 0.03200950801 ANG MOM Y   = 0
TIME= 0.03200950801 ANG MOM Z   = 2.763330479e-19
TIME= 0.03200950801 RHO*e       = 0.8014208862
TIME= 0.03200950801 RHO*K       = 0.1971856261
TIME= 0.03200950801 RHO*E       = 0.9986065123
TIME= 0.03200950801 CENTER OF MASS X-LOC = 0.5
TIME= 0.03200950801 CENTER OF MASS X-VEL = 3.275756968e-18
TIME= 0.03200950801 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03200950801 CENTER OF MASS Y-VEL = -2.352330492e-17
TIME= 0.03200950801 CENTER OF MASS Z-LOC = 0
TIME= 0.03200950801 CENTER OF MASS Z-VEL = 0
TIME= 0.03200950801 MAXIMUM TEMPERATURE  = 2.662626361e-06
TIME= 0.03200950801 MAXIMUM DENSITY      = 4.13846906

[STEP 87] Coarse TimeStep time: 0.093810591
[STEP 87] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 87 TIME = 0.03200950801 DT = 0.0008592814108

...estimated hydro-limited timestep at level 0: 0.0008857305819
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008857305819

...estimated hydro-limited timestep at level 1: 0.0004328661406
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004328661406

...estimated hydro-limited timestep at level 2: 0.00021600599
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.00021600599

...estimated hydro-limited timestep at level 3: 0.0001078588586
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001078588586

Now regridding at level lbase = 1
grid_places() time: 0.001710041 new finest: 3
TIME = 0.03200950801 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 88] ADVANCE at time 0.03200950801 with dt = 0.0008628708684

[1m[32m  Beginning subcycle 1 starting at time 0.03200950801 with dt = 0.0008628708684[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000926031 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7055281298

[Level 0 step 88] Advanced 1024 cells
[Level 1 step 175] ADVANCE at time 0.03200950801 with dt = 0.0004314354342

[1m[32m  Beginning subcycle 1 starting at time 0.03200950801 with dt = 0.0004314354342[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00138888 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 175] Advanced 2304 cells
[Level 2 step 349] ADVANCE at time 0.03200950801 with dt = 0.0002157177171

[1m[32m  Beginning subcycle 1 starting at time 0.03200950801 with dt = 0.0002157177171[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001886301 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 349] Advanced 4096 cells
[Level 3 step 697] ADVANCE at time 0.03200950801 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03200950801 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003387127 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 697] Advanced 12544 cells
[Level 3 step 698] ADVANCE at time 0.03211736687 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03211736687 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003382213 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 698] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000967808
[Level 2 step 350] ADVANCE at time 0.03222522573 with dt = 0.0002157177171

[1m[32m  Beginning subcycle 1 starting at time 0.03222522573 with dt = 0.0002157177171[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001886058 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 350] Advanced 4096 cells
[Level 3 step 699] ADVANCE at time 0.03222522573 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03222522573 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003344585 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 699] Advanced 12544 cells
[Level 3 step 700] ADVANCE at time 0.03233308459 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03233308459 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003407168 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 700] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000903565
Castro::reflux() at level 1 : time = 0.000708044
Now regridding at level lbase = 2
grid_places() time: 0.00094774 new finest: 3
TIME = 0.03244094345 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 176] ADVANCE at time 0.03244094345 with dt = 0.0004314354342

[1m[32m  Beginning subcycle 1 starting at time 0.03244094345 with dt = 0.0004314354342[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001413052 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 176] Advanced 2304 cells
[Level 2 step 351] ADVANCE at time 0.03244094345 with dt = 0.0002157177171

[1m[32m  Beginning subcycle 1 starting at time 0.03244094345 with dt = 0.0002157177171[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001862663 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 351] Advanced 4096 cells
[Level 3 step 701] ADVANCE at time 0.03244094345 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03244094345 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003363586 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 701] Advanced 12544 cells
[Level 3 step 702] ADVANCE at time 0.03254880231 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03254880231 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003377936 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 702] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.00105302
[Level 2 step 352] ADVANCE at time 0.03265666117 with dt = 0.0002157177171

[1m[32m  Beginning subcycle 1 starting at time 0.03265666117 with dt = 0.0002157177171[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001859712 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 352] Advanced 4096 cells
[Level 3 step 703] ADVANCE at time 0.03265666117 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03265666117 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003470156 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 703] Advanced 12544 cells
[Level 3 step 704] ADVANCE at time 0.03276452002 with dt = 0.0001078588586

[1m[32m  Beginning subcycle 1 starting at time 0.03276452002 with dt = 0.0001078588586[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00334035 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 704] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000903273
Castro::reflux() at level 1 : time = 0.000682546
Castro::reflux() at level 0 : time = 0.000413634

TIME= 0.03287237888 MASS        = 1
TIME= 0.03287237888 XMOM        = -1.232511523e-18
TIME= 0.03287237888 YMOM        = 2.781749813e-17
TIME= 0.03287237888 ZMOM        = 0
TIME= 0.03287237888 ANG MOM X   = 0
TIME= 0.03287237888 ANG MOM Y   = 0
TIME= 0.03287237888 ANG MOM Z   = 1.898570845e-19
TIME= 0.03287237888 RHO*e       = 0.8012348496
TIME= 0.03287237888 RHO*K       = 0.1973716626
TIME= 0.03287237888 RHO*E       = 0.9986065123
TIME= 0.03287237888 CENTER OF MASS X-LOC = 0.5
TIME= 0.03287237888 CENTER OF MASS X-VEL = -1.232511523e-18
TIME= 0.03287237888 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03287237888 CENTER OF MASS Y-VEL = 2.781749813e-17
TIME= 0.03287237888 CENTER OF MASS Z-LOC = 0
TIME= 0.03287237888 CENTER OF MASS Z-VEL = 0
TIME= 0.03287237888 MAXIMUM TEMPERATURE  = 2.642463226e-06
TIME= 0.03287237888 MAXIMUM DENSITY      = 4.166133169

[STEP 88] Coarse TimeStep time: 0.092936733
[STEP 88] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 88 TIME = 0.03287237888 DT = 0.0008628708684

...estimated hydro-limited timestep at level 0: 0.0008893879462
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008893879462

...estimated hydro-limited timestep at level 1: 0.0004345292622
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004345292622

...estimated hydro-limited timestep at level 2: 0.0002169338462
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002169338462

...estimated hydro-limited timestep at level 3: 0.0001083124954
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001083124954

Now regridding at level lbase = 0
grid_places() time: 0.002121837 new finest: 3
STEP = 88 TIME = 0.03287237888 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008893879462
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008893879462

...estimated hydro-limited timestep at level 1: 0.0004345292622
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004345292622

...estimated hydro-limited timestep at level 2: 0.0002169338462
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002169338462

...estimated hydro-limited timestep at level 3: 0.0001083124954
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001083124954

[Level 0 step 89] ADVANCE at time 0.03287237888 with dt = 0.0008664999631

[1m[32m  Beginning subcycle 1 starting at time 0.03287237888 with dt = 0.0008664999631[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000923469 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7072565628

[Level 0 step 89] Advanced 1024 cells
[Level 1 step 177] ADVANCE at time 0.03287237888 with dt = 0.0004332499815

[1m[32m  Beginning subcycle 1 starting at time 0.03287237888 with dt = 0.0004332499815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001375652 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 177] Advanced 2304 cells
[Level 2 step 353] ADVANCE at time 0.03287237888 with dt = 0.0002166249908

[1m[32m  Beginning subcycle 1 starting at time 0.03287237888 with dt = 0.0002166249908[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001857771 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 353] Advanced 4096 cells
[Level 3 step 705] ADVANCE at time 0.03287237888 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03287237888 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003409391 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 705] Advanced 12544 cells
[Level 3 step 706] ADVANCE at time 0.03298069138 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03298069138 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003400119 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 706] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000966487
[Level 2 step 354] ADVANCE at time 0.03308900387 with dt = 0.0002166249908

[1m[32m  Beginning subcycle 1 starting at time 0.03308900387 with dt = 0.0002166249908[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001852261 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 354] Advanced 4096 cells
[Level 3 step 707] ADVANCE at time 0.03308900387 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03308900387 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003459729 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 707] Advanced 12544 cells
[Level 3 step 708] ADVANCE at time 0.03319731637 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03319731637 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003386806 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 708] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000893921
Castro::reflux() at level 1 : time = 0.000700197
Now regridding at level lbase = 2
grid_places() time: 0.000959897 new finest: 3
TIME = 0.03330562886 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 178] ADVANCE at time 0.03330562886 with dt = 0.0004332499815

[1m[32m  Beginning subcycle 1 starting at time 0.03330562886 with dt = 0.0004332499815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001395353 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 178] Advanced 2304 cells
[Level 2 step 355] ADVANCE at time 0.03330562886 with dt = 0.0002166249908

[1m[32m  Beginning subcycle 1 starting at time 0.03330562886 with dt = 0.0002166249908[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00184686 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 355] Advanced 4096 cells
[Level 3 step 709] ADVANCE at time 0.03330562886 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03330562886 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003415272 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 709] Advanced 12544 cells
[Level 3 step 710] ADVANCE at time 0.03341394136 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03341394136 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003381675 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 710] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.0009606
[Level 2 step 356] ADVANCE at time 0.03352225386 with dt = 0.0002166249908

[1m[32m  Beginning subcycle 1 starting at time 0.03352225386 with dt = 0.0002166249908[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001835424 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 356] Advanced 4096 cells
[Level 3 step 711] ADVANCE at time 0.03352225386 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03352225386 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003415187 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 711] Advanced 12544 cells
[Level 3 step 712] ADVANCE at time 0.03363056635 with dt = 0.0001083124954

[1m[32m  Beginning subcycle 1 starting at time 0.03363056635 with dt = 0.0001083124954[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003364838 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 712] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000912965
Castro::reflux() at level 1 : time = 0.000670844
Castro::reflux() at level 0 : time = 0.000412348

TIME= 0.03373887885 MASS        = 1
TIME= 0.03373887885 XMOM        = -2.929813241e-18
TIME= 0.03373887885 YMOM        = 6.116815023e-17
TIME= 0.03373887885 ZMOM        = 0
TIME= 0.03373887885 ANG MOM X   = 0
TIME= 0.03373887885 ANG MOM Y   = 0
TIME= 0.03373887885 ANG MOM Z   = 1.735760084e-19
TIME= 0.03373887885 RHO*e       = 0.8011715597
TIME= 0.03373887885 RHO*K       = 0.1974349526
TIME= 0.03373887885 RHO*E       = 0.9986065123
TIME= 0.03373887885 CENTER OF MASS X-LOC = 0.5
TIME= 0.03373887885 CENTER OF MASS X-VEL = -2.929813241e-18
TIME= 0.03373887885 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03373887885 CENTER OF MASS Y-VEL = 6.116815023e-17
TIME= 0.03373887885 CENTER OF MASS Z-LOC = 0
TIME= 0.03373887885 CENTER OF MASS Z-VEL = 0
TIME= 0.03373887885 MAXIMUM TEMPERATURE  = 2.62288339e-06
TIME= 0.03373887885 MAXIMUM DENSITY      = 4.174452189

[STEP 89] Coarse TimeStep time: 0.094130211
[STEP 89] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 89 TIME = 0.03373887885 DT = 0.0008664999631

...estimated hydro-limited timestep at level 0: 0.0008929816572
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008929816572

...estimated hydro-limited timestep at level 1: 0.0004362127286
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004362127286

...estimated hydro-limited timestep at level 2: 0.000217849808
...hydro-limited CFL timestep constrained at (i,j) = (69,68)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000217849808

...estimated hydro-limited timestep at level 3: 0.0001087646236
...hydro-limited CFL timestep constrained at (i,j) = (117,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001087646236

Now regridding at level lbase = 1
grid_places() time: 0.001717887 new finest: 3
TIME = 0.03373887885 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 90] ADVANCE at time 0.03373887885 with dt = 0.0008701169887

[1m[32m  Beginning subcycle 1 starting at time 0.03373887885 with dt = 0.0008701169887[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00091338 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6982621183

[Level 0 step 90] Advanced 1024 cells
[Level 1 step 179] ADVANCE at time 0.03373887885 with dt = 0.0004350584944

[1m[32m  Beginning subcycle 1 starting at time 0.03373887885 with dt = 0.0004350584944[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001405382 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 179] Advanced 2304 cells
[Level 2 step 357] ADVANCE at time 0.03373887885 with dt = 0.0002175292472

[1m[32m  Beginning subcycle 1 starting at time 0.03373887885 with dt = 0.0002175292472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855263 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 357] Advanced 4096 cells
[Level 3 step 713] ADVANCE at time 0.03373887885 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03373887885 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003424748 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 713] Advanced 12544 cells
[Level 3 step 714] ADVANCE at time 0.03384764347 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03384764347 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003390939 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 714] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000972424
[Level 2 step 358] ADVANCE at time 0.03395640809 with dt = 0.0002175292472

[1m[32m  Beginning subcycle 1 starting at time 0.03395640809 with dt = 0.0002175292472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001859768 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 358] Advanced 4096 cells
[Level 3 step 715] ADVANCE at time 0.03395640809 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03395640809 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003377238 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 715] Advanced 12544 cells
[Level 3 step 716] ADVANCE at time 0.03406517272 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03406517272 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003358705 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 716] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000924042
Castro::reflux() at level 1 : time = 0.000714832
Now regridding at level lbase = 2
grid_places() time: 0.000951952 new finest: 3
TIME = 0.03417393734 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 180] ADVANCE at time 0.03417393734 with dt = 0.0004350584944

[1m[32m  Beginning subcycle 1 starting at time 0.03417393734 with dt = 0.0004350584944[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001392566 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 180] Advanced 2304 cells
[Level 2 step 359] ADVANCE at time 0.03417393734 with dt = 0.0002175292472

[1m[32m  Beginning subcycle 1 starting at time 0.03417393734 with dt = 0.0002175292472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001893219 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 359] Advanced 4096 cells
[Level 3 step 717] ADVANCE at time 0.03417393734 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03417393734 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003366722 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 717] Advanced 12544 cells
[Level 3 step 718] ADVANCE at time 0.03428270196 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03428270196 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003434964 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 718] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000973946
[Level 2 step 360] ADVANCE at time 0.03439146659 with dt = 0.0002175292472

[1m[32m  Beginning subcycle 1 starting at time 0.03439146659 with dt = 0.0002175292472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001857022 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 360] Advanced 4096 cells
[Level 3 step 719] ADVANCE at time 0.03439146659 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03439146659 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003364801 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 719] Advanced 12544 cells
[Level 3 step 720] ADVANCE at time 0.03450023121 with dt = 0.0001087646236

[1m[32m  Beginning subcycle 1 starting at time 0.03450023121 with dt = 0.0001087646236[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003375131 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 720] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000919758
Castro::reflux() at level 1 : time = 0.000696569
Castro::reflux() at level 0 : time = 0.000419459

TIME= 0.03460899584 MASS        = 1
TIME= 0.03460899584 XMOM        = 2.14296092e-21
TIME= 0.03460899584 YMOM        = 7.29899524e-18
TIME= 0.03460899584 ZMOM        = 0
TIME= 0.03460899584 ANG MOM X   = 0
TIME= 0.03460899584 ANG MOM Y   = 0
TIME= 0.03460899584 ANG MOM Z   = 1.80734576e-19
TIME= 0.03460899584 RHO*e       = 0.8010259621
TIME= 0.03460899584 RHO*K       = 0.1975805502
TIME= 0.03460899584 RHO*E       = 0.9986065123
TIME= 0.03460899584 CENTER OF MASS X-LOC = 0.5
TIME= 0.03460899584 CENTER OF MASS X-VEL = 2.14296092e-21
TIME= 0.03460899584 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03460899584 CENTER OF MASS Y-VEL = 7.29899524e-18
TIME= 0.03460899584 CENTER OF MASS Z-LOC = 0
TIME= 0.03460899584 CENTER OF MASS Z-VEL = 0
TIME= 0.03460899584 MAXIMUM TEMPERATURE  = 2.603885706e-06
TIME= 0.03460899584 MAXIMUM DENSITY      = 4.188283373

[STEP 90] Coarse TimeStep time: 0.093602414
[STEP 90] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 90 TIME = 0.03460899584 DT = 0.0008701169887

...estimated hydro-limited timestep at level 0: 0.0008965129893
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008965129893

...estimated hydro-limited timestep at level 1: 0.0004379108803
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004379108803

...estimated hydro-limited timestep at level 2: 0.0002187336853
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002187336853

...estimated hydro-limited timestep at level 3: 0.0001091817446
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001091817446

Now regridding at level lbase = 0
grid_places() time: 0.002093574 new finest: 3
STEP = 90 TIME = 0.03460899584 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0008965129893
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008965129893

...estimated hydro-limited timestep at level 1: 0.0004379108803
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004379108803

...estimated hydro-limited timestep at level 2: 0.0002187336853
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002187336853

...estimated hydro-limited timestep at level 3: 0.0001091817446
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001091817446

[Level 0 step 91] ADVANCE at time 0.03460899584 with dt = 0.0008734539568

[1m[32m  Beginning subcycle 1 starting at time 0.03460899584 with dt = 0.0008734539568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000925087 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7010755073

[Level 0 step 91] Advanced 1024 cells
[Level 1 step 181] ADVANCE at time 0.03460899584 with dt = 0.0004367269784

[1m[32m  Beginning subcycle 1 starting at time 0.03460899584 with dt = 0.0004367269784[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001400659 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 181] Advanced 2304 cells
[Level 2 step 361] ADVANCE at time 0.03460899584 with dt = 0.0002183634892

[1m[32m  Beginning subcycle 1 starting at time 0.03460899584 with dt = 0.0002183634892[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001870532 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 361] Advanced 4096 cells
[Level 3 step 721] ADVANCE at time 0.03460899584 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03460899584 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003409895 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 721] Advanced 12544 cells
[Level 3 step 722] ADVANCE at time 0.03471817758 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03471817758 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003960691 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 722] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000991246
[Level 2 step 362] ADVANCE at time 0.03482735932 with dt = 0.0002183634892

[1m[32m  Beginning subcycle 1 starting at time 0.03482735932 with dt = 0.0002183634892[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001888223 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 362] Advanced 4096 cells
[Level 3 step 723] ADVANCE at time 0.03482735932 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03482735932 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003391366 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 723] Advanced 12544 cells
[Level 3 step 724] ADVANCE at time 0.03493654107 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03493654107 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003407237 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 724] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000898214
Castro::reflux() at level 1 : time = 0.000697792
Now regridding at level lbase = 2
grid_places() time: 0.000994403 new finest: 3
TIME = 0.03504572281 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 182] ADVANCE at time 0.03504572281 with dt = 0.0004367269784

[1m[32m  Beginning subcycle 1 starting at time 0.03504572281 with dt = 0.0004367269784[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001401582 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 182] Advanced 2304 cells
[Level 2 step 363] ADVANCE at time 0.03504572281 with dt = 0.0002183634892

[1m[32m  Beginning subcycle 1 starting at time 0.03504572281 with dt = 0.0002183634892[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001853231 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 363] Advanced 4096 cells
[Level 3 step 725] ADVANCE at time 0.03504572281 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03504572281 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003383463 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 725] Advanced 12544 cells
[Level 3 step 726] ADVANCE at time 0.03515490456 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03515490456 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003407402 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 726] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.00096382
[Level 2 step 364] ADVANCE at time 0.0352640863 with dt = 0.0002183634892

[1m[32m  Beginning subcycle 1 starting at time 0.0352640863 with dt = 0.0002183634892[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001858528 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 364] Advanced 4096 cells
[Level 3 step 727] ADVANCE at time 0.0352640863 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.0352640863 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003386551 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 727] Advanced 12544 cells
[Level 3 step 728] ADVANCE at time 0.03537326805 with dt = 0.0001091817446

[1m[32m  Beginning subcycle 1 starting at time 0.03537326805 with dt = 0.0001091817446[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003394882 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 728] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000940025
Castro::reflux() at level 1 : time = 0.000675954
Castro::reflux() at level 0 : time = 0.000423383

TIME= 0.03548244979 MASS        = 1
TIME= 0.03548244979 XMOM        = 2.420627802e-18
TIME= 0.03548244979 YMOM        = -5.892145393e-18
TIME= 0.03548244979 ZMOM        = 0
TIME= 0.03548244979 ANG MOM X   = 0
TIME= 0.03548244979 ANG MOM Y   = 0
TIME= 0.03548244979 ANG MOM Z   = 1.82160469e-19
TIME= 0.03548244979 RHO*e       = 0.8008868269
TIME= 0.03548244979 RHO*K       = 0.1977196854
TIME= 0.03548244979 RHO*E       = 0.9986065123
TIME= 0.03548244979 CENTER OF MASS X-LOC = 0.5
TIME= 0.03548244979 CENTER OF MASS X-VEL = 2.420627802e-18
TIME= 0.03548244979 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03548244979 CENTER OF MASS Y-VEL = -5.892145393e-18
TIME= 0.03548244979 CENTER OF MASS Z-LOC = 0
TIME= 0.03548244979 CENTER OF MASS Z-VEL = 0
TIME= 0.03548244979 MAXIMUM TEMPERATURE  = 2.585471921e-06
TIME= 0.03548244979 MAXIMUM DENSITY      = 4.173942327

[STEP 91] Coarse TimeStep time: 0.094922455
[STEP 91] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 91 TIME = 0.03548244979 DT = 0.0008734539568

...estimated hydro-limited timestep at level 0: 0.0008999786088
...hydro-limited CFL timestep constrained at (i,j) = (16,16)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0008999786088

...estimated hydro-limited timestep at level 1: 0.0004396124544
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004396124544

...estimated hydro-limited timestep at level 2: 0.0002194809643
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002194809643

...estimated hydro-limited timestep at level 3: 0.0001096010997
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001096010997

Now regridding at level lbase = 1
grid_places() time: 0.001737281 new finest: 3
TIME = 0.03548244979 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 92] ADVANCE at time 0.03548244979 with dt = 0.0008768087975

[1m[32m  Beginning subcycle 1 starting at time 0.03548244979 with dt = 0.0008768087975[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000928458 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6920653758

[Level 0 step 92] Advanced 1024 cells
[Level 1 step 183] ADVANCE at time 0.03548244979 with dt = 0.0004384043987

[1m[32m  Beginning subcycle 1 starting at time 0.03548244979 with dt = 0.0004384043987[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001387428 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 183] Advanced 2304 cells
[Level 2 step 365] ADVANCE at time 0.03548244979 with dt = 0.0002192021994

[1m[32m  Beginning subcycle 1 starting at time 0.03548244979 with dt = 0.0002192021994[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00186131 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 365] Advanced 4096 cells
[Level 3 step 729] ADVANCE at time 0.03548244979 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03548244979 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003463279 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 729] Advanced 12544 cells
[Level 3 step 730] ADVANCE at time 0.03559205089 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03559205089 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00339008 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 730] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.0009908
[Level 2 step 366] ADVANCE at time 0.03570165199 with dt = 0.0002192021994

[1m[32m  Beginning subcycle 1 starting at time 0.03570165199 with dt = 0.0002192021994[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001853796 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 366] Advanced 4096 cells
[Level 3 step 731] ADVANCE at time 0.03570165199 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03570165199 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003370192 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 731] Advanced 12544 cells
[Level 3 step 732] ADVANCE at time 0.03581125309 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03581125309 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003394912 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 732] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000917937
Castro::reflux() at level 1 : time = 0.000710444
Now regridding at level lbase = 2
grid_places() time: 0.000953472 new finest: 3
TIME = 0.03592085419 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 184] ADVANCE at time 0.03592085419 with dt = 0.0004384043987

[1m[32m  Beginning subcycle 1 starting at time 0.03592085419 with dt = 0.0004384043987[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001402866 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 184] Advanced 2304 cells
[Level 2 step 367] ADVANCE at time 0.03592085419 with dt = 0.0002192021994

[1m[32m  Beginning subcycle 1 starting at time 0.03592085419 with dt = 0.0002192021994[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001908705 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 367] Advanced 4096 cells
[Level 3 step 733] ADVANCE at time 0.03592085419 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03592085419 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003414941 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 733] Advanced 12544 cells
[Level 3 step 734] ADVANCE at time 0.03603045529 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03603045529 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003349591 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 734] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000980534
[Level 2 step 368] ADVANCE at time 0.03614005639 with dt = 0.0002192021994

[1m[32m  Beginning subcycle 1 starting at time 0.03614005639 with dt = 0.0002192021994[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001880287 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 368] Advanced 4096 cells
[Level 3 step 735] ADVANCE at time 0.03614005639 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03614005639 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003406506 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 735] Advanced 12544 cells
[Level 3 step 736] ADVANCE at time 0.03624965749 with dt = 0.0001096010997

[1m[32m  Beginning subcycle 1 starting at time 0.03624965749 with dt = 0.0001096010997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003376207 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 736] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000906863
Castro::reflux() at level 1 : time = 0.000681377
Castro::reflux() at level 0 : time = 0.000419442

TIME= 0.03635925859 MASS        = 1
TIME= 0.03635925859 XMOM        = 7.922398157e-19
TIME= 0.03635925859 YMOM        = 6.095571896e-18
TIME= 0.03635925859 ZMOM        = 0
TIME= 0.03635925859 ANG MOM X   = 0
TIME= 0.03635925859 ANG MOM Y   = 0
TIME= 0.03635925859 ANG MOM Z   = 1.438006166e-19
TIME= 0.03635925859 RHO*e       = 0.800777504
TIME= 0.03635925859 RHO*K       = 0.1978290082
TIME= 0.03635925859 RHO*E       = 0.9986065123
TIME= 0.03635925859 CENTER OF MASS X-LOC = 0.5
TIME= 0.03635925859 CENTER OF MASS X-VEL = 7.922398157e-19
TIME= 0.03635925859 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03635925859 CENTER OF MASS Y-VEL = 6.095571896e-18
TIME= 0.03635925859 CENTER OF MASS Z-LOC = 0
TIME= 0.03635925859 CENTER OF MASS Z-VEL = 0
TIME= 0.03635925859 MAXIMUM TEMPERATURE  = 2.567559606e-06
TIME= 0.03635925859 MAXIMUM DENSITY      = 4.179572498

[STEP 92] Coarse TimeStep time: 0.093101942
[STEP 92] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 92 TIME = 0.03635925859 DT = 0.0008768087975

...estimated hydro-limited timestep at level 0: 0.0009033791634
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009033791634

...estimated hydro-limited timestep at level 1: 0.0004413068069
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004413068069

...estimated hydro-limited timestep at level 2: 0.0002202577849
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002202577849

...estimated hydro-limited timestep at level 3: 0.0001100240185
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001100240185

Now regridding at level lbase = 0
grid_places() time: 0.002138665 new finest: 3
STEP = 92 TIME = 0.03635925859 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009033791634
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009033791634

...estimated hydro-limited timestep at level 1: 0.0004413068069
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004413068069

...estimated hydro-limited timestep at level 2: 0.0002202577849
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002202577849

...estimated hydro-limited timestep at level 3: 0.0001100240185
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001100240185

[Level 0 step 93] ADVANCE at time 0.03635925859 with dt = 0.0008801921477

[1m[32m  Beginning subcycle 1 starting at time 0.03635925859 with dt = 0.0008801921477[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000936317 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6956517013

[Level 0 step 93] Advanced 1024 cells
[Level 1 step 185] ADVANCE at time 0.03635925859 with dt = 0.0004400960738

[1m[32m  Beginning subcycle 1 starting at time 0.03635925859 with dt = 0.0004400960738[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001376462 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 185] Advanced 2304 cells
[Level 2 step 369] ADVANCE at time 0.03635925859 with dt = 0.0002200480369

[1m[32m  Beginning subcycle 1 starting at time 0.03635925859 with dt = 0.0002200480369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855732 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 369] Advanced 4096 cells
[Level 3 step 737] ADVANCE at time 0.03635925859 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03635925859 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003375667 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 737] Advanced 12544 cells
[Level 3 step 738] ADVANCE at time 0.03646928261 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03646928261 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003400984 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 738] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000971988
[Level 2 step 370] ADVANCE at time 0.03657930663 with dt = 0.0002200480369

[1m[32m  Beginning subcycle 1 starting at time 0.03657930663 with dt = 0.0002200480369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001869306 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 370] Advanced 4096 cells
[Level 3 step 739] ADVANCE at time 0.03657930663 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03657930663 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003410259 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 739] Advanced 12544 cells
[Level 3 step 740] ADVANCE at time 0.03668933064 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03668933064 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003406115 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 740] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000903705
Castro::reflux() at level 1 : time = 0.000709506
Now regridding at level lbase = 2
grid_places() time: 0.000967522 new finest: 3
TIME = 0.03679935466 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 186] ADVANCE at time 0.03679935466 with dt = 0.0004400960738

[1m[32m  Beginning subcycle 1 starting at time 0.03679935466 with dt = 0.0004400960738[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001384506 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 186] Advanced 2304 cells
[Level 2 step 371] ADVANCE at time 0.03679935466 with dt = 0.0002200480369

[1m[32m  Beginning subcycle 1 starting at time 0.03679935466 with dt = 0.0002200480369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001851895 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 371] Advanced 4096 cells
[Level 3 step 741] ADVANCE at time 0.03679935466 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03679935466 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00341455 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 741] Advanced 12544 cells
[Level 3 step 742] ADVANCE at time 0.03690937868 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03690937868 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003423562 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 742] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000961162
[Level 2 step 372] ADVANCE at time 0.0370194027 with dt = 0.0002200480369

[1m[32m  Beginning subcycle 1 starting at time 0.0370194027 with dt = 0.0002200480369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001855057 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 372] Advanced 4096 cells
[Level 3 step 743] ADVANCE at time 0.0370194027 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.0370194027 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003383264 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 743] Advanced 12544 cells
[Level 3 step 744] ADVANCE at time 0.03712942672 with dt = 0.0001100240185

[1m[32m  Beginning subcycle 1 starting at time 0.03712942672 with dt = 0.0001100240185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003424094 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 744] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000893117
Castro::reflux() at level 1 : time = 0.000685188
Castro::reflux() at level 0 : time = 0.000406957

TIME= 0.03723945074 MASS        = 1
TIME= 0.03723945074 XMOM        = 2.151255405e-18
TIME= 0.03723945074 YMOM        = 3.185939808e-17
TIME= 0.03723945074 ZMOM        = 0
TIME= 0.03723945074 ANG MOM X   = 0
TIME= 0.03723945074 ANG MOM Y   = 0
TIME= 0.03723945074 ANG MOM Z   = 8.216519269e-20
TIME= 0.03723945074 RHO*e       = 0.8005914116
TIME= 0.03723945074 RHO*K       = 0.1980151007
TIME= 0.03723945074 RHO*E       = 0.9986065123
TIME= 0.03723945074 CENTER OF MASS X-LOC = 0.5
TIME= 0.03723945074 CENTER OF MASS X-VEL = 2.151255405e-18
TIME= 0.03723945074 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03723945074 CENTER OF MASS Y-VEL = 3.185939808e-17
TIME= 0.03723945074 CENTER OF MASS Z-LOC = 0
TIME= 0.03723945074 CENTER OF MASS Z-VEL = 0
TIME= 0.03723945074 MAXIMUM TEMPERATURE  = 2.550114588e-06
TIME= 0.03723945074 MAXIMUM DENSITY      = 4.214009649

[STEP 93] Coarse TimeStep time: 0.094260183
[STEP 93] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 93 TIME = 0.03723945074 DT = 0.0008801921477

...estimated hydro-limited timestep at level 0: 0.0009067183271
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009067183271

...estimated hydro-limited timestep at level 1: 0.0004429876821
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004429876821

...estimated hydro-limited timestep at level 2: 0.0002210526308
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002210526308

...estimated hydro-limited timestep at level 3: 0.0001104457042
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001104457042

Now regridding at level lbase = 1
grid_places() time: 0.001743966 new finest: 3
TIME = 0.03723945074 : REGRID  with lbase = 1
  Level 2   1 grids  4096 cells  25 % of domain
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 0 step 94] ADVANCE at time 0.03723945074 with dt = 0.0008835656333

[1m[32m  Beginning subcycle 1 starting at time 0.03723945074 with dt = 0.0008835656333[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000929491 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.7003232156

[Level 0 step 94] Advanced 1024 cells
[Level 1 step 187] ADVANCE at time 0.03723945074 with dt = 0.0004417828166

[1m[32m  Beginning subcycle 1 starting at time 0.03723945074 with dt = 0.0004417828166[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001398934 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 187] Advanced 2304 cells
[Level 2 step 373] ADVANCE at time 0.03723945074 with dt = 0.0002208914083

[1m[32m  Beginning subcycle 1 starting at time 0.03723945074 with dt = 0.0002208914083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001879993 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 373] Advanced 4096 cells
[Level 3 step 745] ADVANCE at time 0.03723945074 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03723945074 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00340768 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 745] Advanced 12544 cells
[Level 3 step 746] ADVANCE at time 0.03734989644 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03734989644 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003372673 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 746] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000985999
[Level 2 step 374] ADVANCE at time 0.03746034215 with dt = 0.0002208914083

[1m[32m  Beginning subcycle 1 starting at time 0.03746034215 with dt = 0.0002208914083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001878895 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 374] Advanced 4096 cells
[Level 3 step 747] ADVANCE at time 0.03746034215 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03746034215 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003393045 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 747] Advanced 12544 cells
[Level 3 step 748] ADVANCE at time 0.03757078785 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03757078785 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003366715 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 748] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000946109
Castro::reflux() at level 1 : time = 0.000710362
Now regridding at level lbase = 2
grid_places() time: 0.000967145 new finest: 3
TIME = 0.03768123355 : REGRID  with lbase = 2
  Level 3   1 grids  12544 cells  19.140625 % of domain

[Level 1 step 188] ADVANCE at time 0.03768123355 with dt = 0.0004417828166

[1m[32m  Beginning subcycle 1 starting at time 0.03768123355 with dt = 0.0004417828166[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001409326 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 188] Advanced 2304 cells
[Level 2 step 375] ADVANCE at time 0.03768123355 with dt = 0.0002208914083

[1m[32m  Beginning subcycle 1 starting at time 0.03768123355 with dt = 0.0002208914083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001854979 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 375] Advanced 4096 cells
[Level 3 step 749] ADVANCE at time 0.03768123355 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03768123355 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003382849 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 749] Advanced 12544 cells
[Level 3 step 750] ADVANCE at time 0.03779167926 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03779167926 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003445357 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 750] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000954553
[Level 2 step 376] ADVANCE at time 0.03790212496 with dt = 0.0002208914083

[1m[32m  Beginning subcycle 1 starting at time 0.03790212496 with dt = 0.0002208914083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.001869244 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 376] Advanced 4096 cells
[Level 3 step 751] ADVANCE at time 0.03790212496 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03790212496 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003374586 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 751] Advanced 12544 cells
[Level 3 step 752] ADVANCE at time 0.03801257067 with dt = 0.0001104457042

[1m[32m  Beginning subcycle 1 starting at time 0.03801257067 with dt = 0.0001104457042[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003394916 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 752] Advanced 12544 cells
Castro::reflux() at level 2 : time = 0.000927811
Castro::reflux() at level 1 : time = 0.000694883
Castro::reflux() at level 0 : time = 0.000427507

TIME= 0.03812301637 MASS        = 1
TIME= 0.03812301637 XMOM        = 4.967328057e-18
TIME= 0.03812301637 YMOM        = -3.44443058e-17
TIME= 0.03812301637 ZMOM        = 0
TIME= 0.03812301637 ANG MOM X   = 0
TIME= 0.03812301637 ANG MOM Y   = 0
TIME= 0.03812301637 ANG MOM Z   = 1.431355994e-19
TIME= 0.03812301637 RHO*e       = 0.800519176
TIME= 0.03812301637 RHO*K       = 0.1980873363
TIME= 0.03812301637 RHO*E       = 0.9986065123
TIME= 0.03812301637 CENTER OF MASS X-LOC = 0.5
TIME= 0.03812301637 CENTER OF MASS X-VEL = 4.967328057e-18
TIME= 0.03812301637 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03812301637 CENTER OF MASS Y-VEL = -3.44443058e-17
TIME= 0.03812301637 CENTER OF MASS Z-LOC = 0
TIME= 0.03812301637 CENTER OF MASS Z-VEL = 0
TIME= 0.03812301637 MAXIMUM TEMPERATURE  = 2.533115266e-06
TIME= 0.03812301637 MAXIMUM DENSITY      = 4.235230671

[STEP 94] Coarse TimeStep time: 0.093156932
[STEP 94] FAB kilobyte spread across MPI nodes: [28943 ... 28943]


STEP = 94 TIME = 0.03812301637 DT = 0.0008835656333

...estimated hydro-limited timestep at level 0: 0.0009099985944
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009099985944

...estimated hydro-limited timestep at level 1: 0.000444649949
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000444649949

...estimated hydro-limited timestep at level 2: 0.0002218556671
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002218556671

...estimated hydro-limited timestep at level 3: 0.0001108639168
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001108639168

Now regridding at level lbase = 0
grid_places() time: 0.002142429 new finest: 3
STEP = 94 TIME = 0.03812301637 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   6 grids  14208 cells  21.6796875 % of domain
            smallest grid: 8 x 8  biggest grid: 112 x 48

...estimated hydro-limited timestep at level 0: 0.0009099985944
...hydro-limited CFL timestep constrained at (i,j) = (15,15)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009099985944

...estimated hydro-limited timestep at level 1: 0.000444649949
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000444649949

...estimated hydro-limited timestep at level 2: 0.0002218556671
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002218556671

...estimated hydro-limited timestep at level 3: 0.0001108639168
...hydro-limited CFL timestep constrained at (i,j) = (138,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001108639168

[Level 0 step 95] ADVANCE at time 0.03812301637 with dt = 0.0008869113344

[1m[32m  Beginning subcycle 1 starting at time 0.03812301637 with dt = 0.0008869113344[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000915605 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6961970238

[Level 0 step 95] Advanced 1024 cells
[Level 1 step 189] ADVANCE at time 0.03812301637 with dt = 0.0004434556672

[1m[32m  Beginning subcycle 1 starting at time 0.03812301637 with dt = 0.0004434556672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001383038 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 189] Advanced 2304 cells
[Level 2 step 377] ADVANCE at time 0.03812301637 with dt = 0.0002217278336

[1m[32m  Beginning subcycle 1 starting at time 0.03812301637 with dt = 0.0002217278336[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002341408 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 377] Advanced 6400 cells
[Level 3 step 753] ADVANCE at time 0.03812301637 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03812301637 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005650329 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 753] Advanced 14208 cells
[Level 3 step 754] ADVANCE at time 0.03823388029 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03823388029 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005661641 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 754] Advanced 14208 cells
Castro::reflux() at level 2 : time = 0.001316284
[Level 2 step 378] ADVANCE at time 0.0383447442 with dt = 0.0002217278336

[1m[32m  Beginning subcycle 1 starting at time 0.0383447442 with dt = 0.0002217278336[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002360789 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 378] Advanced 6400 cells
[Level 3 step 755] ADVANCE at time 0.0383447442 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.0383447442 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00564714 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 755] Advanced 14208 cells
[Level 3 step 756] ADVANCE at time 0.03845560812 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03845560812 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005658299 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 756] Advanced 14208 cells
Castro::reflux() at level 2 : time = 0.001217019
Castro::reflux() at level 1 : time = 0.000717906
Now regridding at level lbase = 2
grid_places() time: 0.001187479 new finest: 3
TIME = 0.03856647204 : REGRID  with lbase = 2
  Level 3   13 grids  13312 cells  20.3125 % of domain
            smallest grid: 8 x 8  biggest grid: 128 x 16

[Level 1 step 190] ADVANCE at time 0.03856647204 with dt = 0.0004434556672

[1m[32m  Beginning subcycle 1 starting at time 0.03856647204 with dt = 0.0004434556672[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001417788 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 190] Advanced 2304 cells
[Level 2 step 379] ADVANCE at time 0.03856647204 with dt = 0.0002217278336

[1m[32m  Beginning subcycle 1 starting at time 0.03856647204 with dt = 0.0002217278336[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002357417 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 379] Advanced 6400 cells
[Level 3 step 757] ADVANCE at time 0.03856647204 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03856647204 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005598933 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 757] Advanced 13312 cells
[Level 3 step 758] ADVANCE at time 0.03867733595 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03867733595 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005539439 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 758] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.001329656
[Level 2 step 380] ADVANCE at time 0.03878819987 with dt = 0.0002217278336

[1m[32m  Beginning subcycle 1 starting at time 0.03878819987 with dt = 0.0002217278336[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002359647 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 380] Advanced 6400 cells
[Level 3 step 759] ADVANCE at time 0.03878819987 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03878819987 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005438222 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 759] Advanced 13312 cells
[Level 3 step 760] ADVANCE at time 0.03889906379 with dt = 0.0001108639168

[1m[32m  Beginning subcycle 1 starting at time 0.03889906379 with dt = 0.0001108639168[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005414698 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 760] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.001249507
Castro::reflux() at level 1 : time = 0.000675725
Castro::reflux() at level 0 : time = 0.000422286

TIME= 0.0390099277 MASS        = 1
TIME= 0.0390099277 XMOM        = 2.775557145e-17
TIME= 0.0390099277 YMOM        = -2.428612846e-17
TIME= 0.0390099277 ZMOM        = 0
TIME= 0.0390099277 ANG MOM X   = 0
TIME= 0.0390099277 ANG MOM Y   = 0
TIME= 0.0390099277 ANG MOM Z   = 1.202781203e-19
TIME= 0.0390099277 RHO*e       = 0.8003682295
TIME= 0.0390099277 RHO*K       = 0.1982382828
TIME= 0.0390099277 RHO*E       = 0.9986065123
TIME= 0.0390099277 CENTER OF MASS X-LOC = 0.5
TIME= 0.0390099277 CENTER OF MASS X-VEL = 2.775557145e-17
TIME= 0.0390099277 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0390099277 CENTER OF MASS Y-VEL = -2.428612846e-17
TIME= 0.0390099277 CENTER OF MASS Z-LOC = 0
TIME= 0.0390099277 CENTER OF MASS Z-VEL = 0
TIME= 0.0390099277 MAXIMUM TEMPERATURE  = 2.516548926e-06
TIME= 0.0390099277 MAXIMUM DENSITY      = 4.261190194

[STEP 95] Coarse TimeStep time: 0.111247487
[STEP 95] FAB kilobyte spread across MPI nodes: [33394 ... 33394]


STEP = 95 TIME = 0.0390099277 DT = 0.0008869113344

...estimated hydro-limited timestep at level 0: 0.0009129224892
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009129224892

...estimated hydro-limited timestep at level 1: 0.0004462906935
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004462906935

...estimated hydro-limited timestep at level 2: 0.0002226604416
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002226604416

...estimated hydro-limited timestep at level 3: 0.0001112622756
...hydro-limited CFL timestep constrained at (i,j) = (140,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001112622756

Now regridding at level lbase = 1
grid_places() time: 0.001940066 new finest: 3
TIME = 0.0390099277 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   13 grids  13312 cells  20.3125 % of domain
            smallest grid: 8 x 8  biggest grid: 128 x 16

[Level 0 step 96] ADVANCE at time 0.0390099277 with dt = 0.0008900982045

[1m[32m  Beginning subcycle 1 starting at time 0.0390099277 with dt = 0.0008900982045[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000923909 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6906161186

[Level 0 step 96] Advanced 1024 cells
[Level 1 step 191] ADVANCE at time 0.0390099277 with dt = 0.0004450491022

[1m[32m  Beginning subcycle 1 starting at time 0.0390099277 with dt = 0.0004450491022[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001401134 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 191] Advanced 2304 cells
[Level 2 step 381] ADVANCE at time 0.0390099277 with dt = 0.0002225245511

[1m[32m  Beginning subcycle 1 starting at time 0.0390099277 with dt = 0.0002225245511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002355877 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 381] Advanced 6400 cells
[Level 3 step 761] ADVANCE at time 0.0390099277 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.0390099277 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005499371 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 761] Advanced 13312 cells
[Level 3 step 762] ADVANCE at time 0.03912118998 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03912118998 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005507555 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 762] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.001294361
[Level 2 step 382] ADVANCE at time 0.03923245226 with dt = 0.0002225245511

[1m[32m  Beginning subcycle 1 starting at time 0.03923245226 with dt = 0.0002225245511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002269754 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 382] Advanced 6400 cells
[Level 3 step 763] ADVANCE at time 0.03923245226 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03923245226 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005498855 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 763] Advanced 13312 cells
[Level 3 step 764] ADVANCE at time 0.03934371453 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03934371453 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005522744 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 764] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.001235946
Castro::reflux() at level 1 : time = 0.000706176
Now regridding at level lbase = 2
grid_places() time: 0.001168009 new finest: 3
TIME = 0.03945497681 : REGRID  with lbase = 2
  Level 3   13 grids  13312 cells  20.3125 % of domain
            smallest grid: 8 x 8  biggest grid: 128 x 16

[Level 1 step 192] ADVANCE at time 0.03945497681 with dt = 0.0004450491022

[1m[32m  Beginning subcycle 1 starting at time 0.03945497681 with dt = 0.0004450491022[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001387797 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 192] Advanced 2304 cells
[Level 2 step 383] ADVANCE at time 0.03945497681 with dt = 0.0002225245511

[1m[32m  Beginning subcycle 1 starting at time 0.03945497681 with dt = 0.0002225245511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00240036 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 383] Advanced 6400 cells
[Level 3 step 765] ADVANCE at time 0.03945497681 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03945497681 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005388192 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 765] Advanced 13312 cells
[Level 3 step 766] ADVANCE at time 0.03956623908 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03956623908 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005346216 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 766] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.00131094
[Level 2 step 384] ADVANCE at time 0.03967750136 with dt = 0.0002225245511

[1m[32m  Beginning subcycle 1 starting at time 0.03967750136 with dt = 0.0002225245511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002359225 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 384] Advanced 6400 cells
[Level 3 step 767] ADVANCE at time 0.03967750136 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03967750136 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005509495 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 767] Advanced 13312 cells
[Level 3 step 768] ADVANCE at time 0.03978876363 with dt = 0.0001112622756

[1m[32m  Beginning subcycle 1 starting at time 0.03978876363 with dt = 0.0001112622756[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.005395007 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 768] Advanced 13312 cells
Castro::reflux() at level 2 : time = 0.001230145
Castro::reflux() at level 1 : time = 0.000695335
Castro::reflux() at level 0 : time = 0.000409735

TIME= 0.03990002591 MASS        = 1
TIME= 0.03990002591 XMOM        = -5.898060235e-17
TIME= 0.03990002591 YMOM        = -3.816391627e-17
TIME= 0.03990002591 ZMOM        = 0
TIME= 0.03990002591 ANG MOM X   = 0
TIME= 0.03990002591 ANG MOM Y   = 0
TIME= 0.03990002591 ANG MOM Z   = 8.470273652e-20
TIME= 0.03990002591 RHO*e       = 0.8003321793
TIME= 0.03990002591 RHO*K       = 0.198274333
TIME= 0.03990002591 RHO*E       = 0.9986065123
TIME= 0.03990002591 CENTER OF MASS X-LOC = 0.5
TIME= 0.03990002591 CENTER OF MASS X-VEL = -5.898060235e-17
TIME= 0.03990002591 CENTER OF MASS Y-LOC = 0.5
TIME= 0.03990002591 CENTER OF MASS Y-VEL = -3.816391627e-17
TIME= 0.03990002591 CENTER OF MASS Z-LOC = 0
TIME= 0.03990002591 CENTER OF MASS Z-VEL = 0
TIME= 0.03990002591 MAXIMUM TEMPERATURE  = 2.500343966e-06
TIME= 0.03990002591 MAXIMUM DENSITY      = 4.258722011

[STEP 96] Coarse TimeStep time: 0.107816101
[STEP 96] FAB kilobyte spread across MPI nodes: [33394 ... 33394]


STEP = 96 TIME = 0.03990002591 DT = 0.0008900982045

...estimated hydro-limited timestep at level 0: 0.0009149239491
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009149239491

...estimated hydro-limited timestep at level 1: 0.0004479061338
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004479061338

...estimated hydro-limited timestep at level 2: 0.000223456398
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000223456398

...estimated hydro-limited timestep at level 3: 0.0001116481805
...hydro-limited CFL timestep constrained at (i,j) = (140,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001116481805

Now regridding at level lbase = 0
grid_places() time: 0.002328368 new finest: 3
STEP = 96 TIME = 0.03990002591 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009149239491
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009149239491

...estimated hydro-limited timestep at level 1: 0.0004479061338
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004479061338

...estimated hydro-limited timestep at level 2: 0.000223456398
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000223456398

...estimated hydro-limited timestep at level 3: 0.0001116481805
...hydro-limited CFL timestep constrained at (i,j) = (140,138)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001116481805

[Level 0 step 97] ADVANCE at time 0.03990002591 with dt = 0.0008931854438

[1m[32m  Beginning subcycle 1 starting at time 0.03990002591 with dt = 0.0008931854438[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000942497 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6849264674

[Level 0 step 97] Advanced 1024 cells
[Level 1 step 193] ADVANCE at time 0.03990002591 with dt = 0.0004465927219

[1m[32m  Beginning subcycle 1 starting at time 0.03990002591 with dt = 0.0004465927219[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001398888 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 193] Advanced 2304 cells
[Level 2 step 385] ADVANCE at time 0.03990002591 with dt = 0.0002232963609

[1m[32m  Beginning subcycle 1 starting at time 0.03990002591 with dt = 0.0002232963609[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002382161 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 385] Advanced 6400 cells
[Level 3 step 769] ADVANCE at time 0.03990002591 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.03990002591 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00515242 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 769] Advanced 16384 cells
[Level 3 step 770] ADVANCE at time 0.04001167409 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04001167409 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003922468 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 770] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001340737
[Level 2 step 386] ADVANCE at time 0.04012332227 with dt = 0.0002232963609

[1m[32m  Beginning subcycle 1 starting at time 0.04012332227 with dt = 0.0002232963609[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002334373 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 386] Advanced 6400 cells
[Level 3 step 771] ADVANCE at time 0.04012332227 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04012332227 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003934465 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 771] Advanced 16384 cells
[Level 3 step 772] ADVANCE at time 0.04023497045 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04023497045 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003999303 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 772] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001271079
Castro::reflux() at level 1 : time = 0.000743
Now regridding at level lbase = 2
grid_places() time: 0.001168126 new finest: 3
TIME = 0.04034661863 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 194] ADVANCE at time 0.04034661863 with dt = 0.0004465927219

[1m[32m  Beginning subcycle 1 starting at time 0.04034661863 with dt = 0.0004465927219[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001427939 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 194] Advanced 2304 cells
[Level 2 step 387] ADVANCE at time 0.04034661863 with dt = 0.0002232963609

[1m[32m  Beginning subcycle 1 starting at time 0.04034661863 with dt = 0.0002232963609[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002329952 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 387] Advanced 6400 cells
[Level 3 step 773] ADVANCE at time 0.04034661863 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04034661863 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003971144 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 773] Advanced 16384 cells
[Level 3 step 774] ADVANCE at time 0.04045826681 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04045826681 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003897952 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 774] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001313243
[Level 2 step 388] ADVANCE at time 0.04056991499 with dt = 0.0002232963609

[1m[32m  Beginning subcycle 1 starting at time 0.04056991499 with dt = 0.0002232963609[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002358696 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 388] Advanced 6400 cells
[Level 3 step 775] ADVANCE at time 0.04056991499 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04056991499 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003949633 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 775] Advanced 16384 cells
[Level 3 step 776] ADVANCE at time 0.04068156317 with dt = 0.0001116481805

[1m[32m  Beginning subcycle 1 starting at time 0.04068156317 with dt = 0.0001116481805[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003894999 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 776] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.00122421
Castro::reflux() at level 1 : time = 0.000691957
Castro::reflux() at level 0 : time = 0.000412136

TIME= 0.04079321135 MASS        = 1
TIME= 0.04079321135 XMOM        = -6.7195773e-19
TIME= 0.04079321135 YMOM        = 8.144563037e-17
TIME= 0.04079321135 ZMOM        = 0
TIME= 0.04079321135 ANG MOM X   = 0
TIME= 0.04079321135 ANG MOM Y   = 0
TIME= 0.04079321135 ANG MOM Z   = -1.939906655e-20
TIME= 0.04079321135 RHO*e       = 0.8002006301
TIME= 0.04079321135 RHO*K       = 0.1984058822
TIME= 0.04079321135 RHO*E       = 0.9986065123
TIME= 0.04079321135 CENTER OF MASS X-LOC = 0.5
TIME= 0.04079321135 CENTER OF MASS X-VEL = -6.7195773e-19
TIME= 0.04079321135 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04079321135 CENTER OF MASS Y-VEL = 8.144563037e-17
TIME= 0.04079321135 CENTER OF MASS Z-LOC = 0
TIME= 0.04079321135 CENTER OF MASS Z-VEL = 0
TIME= 0.04079321135 MAXIMUM TEMPERATURE  = 2.484584858e-06
TIME= 0.04079321135 MAXIMUM DENSITY      = 4.256931865

[STEP 97] Coarse TimeStep time: 0.122102297
[STEP 97] FAB kilobyte spread across MPI nodes: [36686 ... 36686]


STEP = 97 TIME = 0.04079321135 DT = 0.0008931854438

...estimated hydro-limited timestep at level 0: 0.0009169571766
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009169571766

...estimated hydro-limited timestep at level 1: 0.0004495001027
...hydro-limited CFL timestep constrained at (i,j) = (34,34)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004495001027

...estimated hydro-limited timestep at level 2: 0.000224245701
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000224245701

...estimated hydro-limited timestep at level 3: 0.0001120381014
...hydro-limited CFL timestep constrained at (i,j) = (138,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001120381014

Now regridding at level lbase = 1
grid_places() time: 0.001938731 new finest: 3
TIME = 0.04079321135 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 98] ADVANCE at time 0.04079321135 with dt = 0.0008963048108

[1m[32m  Beginning subcycle 1 starting at time 0.04079321135 with dt = 0.0008963048108[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000947771 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6961340765

[Level 0 step 98] Advanced 1024 cells
[Level 1 step 195] ADVANCE at time 0.04079321135 with dt = 0.0004481524054

[1m[32m  Beginning subcycle 1 starting at time 0.04079321135 with dt = 0.0004481524054[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001394702 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 195] Advanced 2304 cells
[Level 2 step 389] ADVANCE at time 0.04079321135 with dt = 0.0002240762027

[1m[32m  Beginning subcycle 1 starting at time 0.04079321135 with dt = 0.0002240762027[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002342675 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 389] Advanced 6400 cells
[Level 3 step 777] ADVANCE at time 0.04079321135 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04079321135 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003909882 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 777] Advanced 16384 cells
[Level 3 step 778] ADVANCE at time 0.04090524945 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04090524945 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003895444 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 778] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001332769
[Level 2 step 390] ADVANCE at time 0.04101728756 with dt = 0.0002240762027

[1m[32m  Beginning subcycle 1 starting at time 0.04101728756 with dt = 0.0002240762027[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002313361 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 390] Advanced 6400 cells
[Level 3 step 779] ADVANCE at time 0.04101728756 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04101728756 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003936278 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 779] Advanced 16384 cells
[Level 3 step 780] ADVANCE at time 0.04112932566 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04112932566 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003910118 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 780] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001299544
Castro::reflux() at level 1 : time = 0.000732243
Now regridding at level lbase = 2
grid_places() time: 0.001235079 new finest: 3
TIME = 0.04124136376 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 196] ADVANCE at time 0.04124136376 with dt = 0.0004481524054

[1m[32m  Beginning subcycle 1 starting at time 0.04124136376 with dt = 0.0004481524054[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001448477 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 196] Advanced 2304 cells
[Level 2 step 391] ADVANCE at time 0.04124136376 with dt = 0.0002240762027

[1m[32m  Beginning subcycle 1 starting at time 0.04124136376 with dt = 0.0002240762027[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002370353 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 391] Advanced 6400 cells
[Level 3 step 781] ADVANCE at time 0.04124136376 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04124136376 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004002492 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 781] Advanced 16384 cells
[Level 3 step 782] ADVANCE at time 0.04135340186 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04135340186 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003946427 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 782] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001333095
[Level 2 step 392] ADVANCE at time 0.04146543996 with dt = 0.0002240762027

[1m[32m  Beginning subcycle 1 starting at time 0.04146543996 with dt = 0.0002240762027[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002349124 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 392] Advanced 6400 cells
[Level 3 step 783] ADVANCE at time 0.04146543996 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04146543996 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003923568 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 783] Advanced 16384 cells
[Level 3 step 784] ADVANCE at time 0.04157747806 with dt = 0.0001120381014

[1m[32m  Beginning subcycle 1 starting at time 0.04157747806 with dt = 0.0001120381014[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003902088 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 784] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001268947
Castro::reflux() at level 1 : time = 0.000701665
Castro::reflux() at level 0 : time = 0.000423187

TIME= 0.04168951616 MASS        = 1
TIME= 0.04168951616 XMOM        = 1.834199919e-19
TIME= 0.04168951616 YMOM        = 1.96886388e-17
TIME= 0.04168951616 ZMOM        = 0
TIME= 0.04168951616 ANG MOM X   = 0
TIME= 0.04168951616 ANG MOM Y   = 0
TIME= 0.04168951616 ANG MOM Z   = 1.122582693e-20
TIME= 0.04168951616 RHO*e       = 0.8000747627
TIME= 0.04168951616 RHO*K       = 0.1985317496
TIME= 0.04168951616 RHO*E       = 0.9986065123
TIME= 0.04168951616 CENTER OF MASS X-LOC = 0.5
TIME= 0.04168951616 CENTER OF MASS X-VEL = 1.834199919e-19
TIME= 0.04168951616 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04168951616 CENTER OF MASS Y-VEL = 1.96886388e-17
TIME= 0.04168951616 CENTER OF MASS Z-LOC = 0
TIME= 0.04168951616 CENTER OF MASS Z-VEL = 0
TIME= 0.04168951616 MAXIMUM TEMPERATURE  = 2.469204377e-06
TIME= 0.04168951616 MAXIMUM DENSITY      = 4.264464313

[STEP 98] Coarse TimeStep time: 0.11492446
[STEP 98] FAB kilobyte spread across MPI nodes: [36686 ... 36686]


STEP = 98 TIME = 0.04168951616 DT = 0.0008963048108

...estimated hydro-limited timestep at level 0: 0.0009190078189
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009190078189

...estimated hydro-limited timestep at level 1: 0.0004510707942
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004510707942

...estimated hydro-limited timestep at level 2: 0.0002250243366
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002250243366

...estimated hydro-limited timestep at level 3: 0.0001124010542
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001124010542

Now regridding at level lbase = 0
grid_places() time: 0.002386572 new finest: 3
STEP = 98 TIME = 0.04168951616 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009190078189
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009190078189

...estimated hydro-limited timestep at level 1: 0.0004510707942
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004510707942

...estimated hydro-limited timestep at level 2: 0.0002250243366
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002250243366

...estimated hydro-limited timestep at level 3: 0.0001124010542
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001124010542

[Level 0 step 99] ADVANCE at time 0.04168951616 with dt = 0.0008992084334

[1m[32m  Beginning subcycle 1 starting at time 0.04168951616 with dt = 0.0008992084334[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000955977 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.688146145

[Level 0 step 99] Advanced 1024 cells
[Level 1 step 197] ADVANCE at time 0.04168951616 with dt = 0.0004496042167

[1m[32m  Beginning subcycle 1 starting at time 0.04168951616 with dt = 0.0004496042167[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001389546 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 197] Advanced 2304 cells
[Level 2 step 393] ADVANCE at time 0.04168951616 with dt = 0.0002248021083

[1m[32m  Beginning subcycle 1 starting at time 0.04168951616 with dt = 0.0002248021083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002307743 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 393] Advanced 6400 cells
[Level 3 step 785] ADVANCE at time 0.04168951616 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04168951616 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003989487 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 785] Advanced 16384 cells
[Level 3 step 786] ADVANCE at time 0.04180191722 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04180191722 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003916428 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 786] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001313138
[Level 2 step 394] ADVANCE at time 0.04191431827 with dt = 0.0002248021083

[1m[32m  Beginning subcycle 1 starting at time 0.04191431827 with dt = 0.0002248021083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002326729 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 394] Advanced 6400 cells
[Level 3 step 787] ADVANCE at time 0.04191431827 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04191431827 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003903958 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 787] Advanced 16384 cells
[Level 3 step 788] ADVANCE at time 0.04202671933 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04202671933 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003909686 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 788] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001227354
Castro::reflux() at level 1 : time = 0.000726873
Now regridding at level lbase = 2
grid_places() time: 0.001201703 new finest: 3
TIME = 0.04213912038 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 198] ADVANCE at time 0.04213912038 with dt = 0.0004496042167

[1m[32m  Beginning subcycle 1 starting at time 0.04213912038 with dt = 0.0004496042167[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001432704 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 198] Advanced 2304 cells
[Level 2 step 395] ADVANCE at time 0.04213912038 with dt = 0.0002248021083

[1m[32m  Beginning subcycle 1 starting at time 0.04213912038 with dt = 0.0002248021083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002340108 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 395] Advanced 6400 cells
[Level 3 step 789] ADVANCE at time 0.04213912038 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04213912038 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003938822 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 789] Advanced 16384 cells
[Level 3 step 790] ADVANCE at time 0.04225152143 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04225152143 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003902544 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 790] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001299804
[Level 2 step 396] ADVANCE at time 0.04236392249 with dt = 0.0002248021083

[1m[32m  Beginning subcycle 1 starting at time 0.04236392249 with dt = 0.0002248021083[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002343773 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 396] Advanced 6400 cells
[Level 3 step 791] ADVANCE at time 0.04236392249 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04236392249 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003926761 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 791] Advanced 16384 cells
[Level 3 step 792] ADVANCE at time 0.04247632354 with dt = 0.0001124010542

[1m[32m  Beginning subcycle 1 starting at time 0.04247632354 with dt = 0.0001124010542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003914635 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 792] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001241195
Castro::reflux() at level 1 : time = 0.000690473
Castro::reflux() at level 0 : time = 0.000406257

TIME= 0.0425887246 MASS        = 1
TIME= 0.0425887246 XMOM        = 4.631305045e-18
TIME= 0.0425887246 YMOM        = -1.668111525e-17
TIME= 0.0425887246 ZMOM        = 0
TIME= 0.0425887246 ANG MOM X   = 0
TIME= 0.0425887246 ANG MOM Y   = 0
TIME= 0.0425887246 ANG MOM Z   = 3.006583386e-20
TIME= 0.0425887246 RHO*e       = 0.799973651
TIME= 0.0425887246 RHO*K       = 0.1986328612
TIME= 0.0425887246 RHO*E       = 0.9986065123
TIME= 0.0425887246 CENTER OF MASS X-LOC = 0.5
TIME= 0.0425887246 CENTER OF MASS X-VEL = 4.631305045e-18
TIME= 0.0425887246 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0425887246 CENTER OF MASS Y-VEL = -1.668111525e-17
TIME= 0.0425887246 CENTER OF MASS Z-LOC = 0
TIME= 0.0425887246 CENTER OF MASS Z-VEL = 0
TIME= 0.0425887246 MAXIMUM TEMPERATURE  = 2.454185e-06
TIME= 0.0425887246 MAXIMUM DENSITY      = 4.289352593

[STEP 99] Coarse TimeStep time: 0.11836276
[STEP 99] FAB kilobyte spread across MPI nodes: [36686 ... 36686]


STEP = 99 TIME = 0.0425887246 DT = 0.0008992084334

...estimated hydro-limited timestep at level 0: 0.0009210555944
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009210555944

...estimated hydro-limited timestep at level 1: 0.0004526151223
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004526151223

...estimated hydro-limited timestep at level 2: 0.0002257925373
...hydro-limited CFL timestep constrained at (i,j) = (69,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002257925373

...estimated hydro-limited timestep at level 3: 0.0001127550675
...hydro-limited CFL timestep constrained at (i,j) = (115,116)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001127550675

Now regridding at level lbase = 1
grid_places() time: 0.001920572 new finest: 3
TIME = 0.0425887246 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 100] ADVANCE at time 0.0425887246 with dt = 0.0009020405397

[1m[32m  Beginning subcycle 1 starting at time 0.0425887246 with dt = 0.0009020405397[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000952067 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6870200839

[Level 0 step 100] Advanced 1024 cells
[Level 1 step 199] ADVANCE at time 0.0425887246 with dt = 0.0004510202698

[1m[32m  Beginning subcycle 1 starting at time 0.0425887246 with dt = 0.0004510202698[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001411013 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 199] Advanced 2304 cells
[Level 2 step 397] ADVANCE at time 0.0425887246 with dt = 0.0002255101349

[1m[32m  Beginning subcycle 1 starting at time 0.0425887246 with dt = 0.0002255101349[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002322336 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 397] Advanced 6400 cells
[Level 3 step 793] ADVANCE at time 0.0425887246 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.0425887246 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003936887 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 793] Advanced 16384 cells
[Level 3 step 794] ADVANCE at time 0.04270147966 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.04270147966 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003895428 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 794] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001341533
[Level 2 step 398] ADVANCE at time 0.04281423473 with dt = 0.0002255101349

[1m[32m  Beginning subcycle 1 starting at time 0.04281423473 with dt = 0.0002255101349[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002755513 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 398] Advanced 6400 cells
[Level 3 step 795] ADVANCE at time 0.04281423473 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.04281423473 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003936505 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 795] Advanced 16384 cells
[Level 3 step 796] ADVANCE at time 0.0429269898 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.0429269898 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003899671 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 796] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001243086
Castro::reflux() at level 1 : time = 0.000723145
Now regridding at level lbase = 2
grid_places() time: 0.00121567 new finest: 3
TIME = 0.04303974487 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 200] ADVANCE at time 0.04303974487 with dt = 0.0004510202698

[1m[32m  Beginning subcycle 1 starting at time 0.04303974487 with dt = 0.0004510202698[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001416251 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 200] Advanced 2304 cells
[Level 2 step 399] ADVANCE at time 0.04303974487 with dt = 0.0002255101349

[1m[32m  Beginning subcycle 1 starting at time 0.04303974487 with dt = 0.0002255101349[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002339385 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 399] Advanced 6400 cells
[Level 3 step 797] ADVANCE at time 0.04303974487 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.04303974487 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003932833 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 797] Advanced 16384 cells
[Level 3 step 798] ADVANCE at time 0.04315249993 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.04315249993 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00400986 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 798] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001323705
[Level 2 step 400] ADVANCE at time 0.043265255 with dt = 0.0002255101349

[1m[32m  Beginning subcycle 1 starting at time 0.043265255 with dt = 0.0002255101349[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002332497 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 400] Advanced 6400 cells
[Level 3 step 799] ADVANCE at time 0.043265255 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.043265255 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004254285 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 799] Advanced 16384 cells
[Level 3 step 800] ADVANCE at time 0.04337801007 with dt = 0.0001127550675

[1m[32m  Beginning subcycle 1 starting at time 0.04337801007 with dt = 0.0001127550675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004218755 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 800] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001249453
Castro::reflux() at level 1 : time = 0.000719686
Castro::reflux() at level 0 : time = 0.000420311

TIME= 0.04349076514 MASS        = 1
TIME= 0.04349076514 XMOM        = 3.545363135e-18
TIME= 0.04349076514 YMOM        = -1.204726387e-17
TIME= 0.04349076514 ZMOM        = 0
TIME= 0.04349076514 ANG MOM X   = 0
TIME= 0.04349076514 ANG MOM Y   = 0
TIME= 0.04349076514 ANG MOM Z   = 6.533567516e-20
TIME= 0.04349076514 RHO*e       = 0.7998475915
TIME= 0.04349076514 RHO*K       = 0.1987589208
TIME= 0.04349076514 RHO*E       = 0.9986065123
TIME= 0.04349076514 CENTER OF MASS X-LOC = 0.5
TIME= 0.04349076514 CENTER OF MASS X-VEL = 3.545363135e-18
TIME= 0.04349076514 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04349076514 CENTER OF MASS Y-VEL = -1.204726387e-17
TIME= 0.04349076514 CENTER OF MASS Z-LOC = 0
TIME= 0.04349076514 CENTER OF MASS Z-VEL = 0
TIME= 0.04349076514 MAXIMUM TEMPERATURE  = 2.43950416e-06
TIME= 0.04349076514 MAXIMUM DENSITY      = 4.316949651

[STEP 100] Coarse TimeStep time: 0.115601964
[STEP 100] FAB kilobyte spread across MPI nodes: [36686 ... 36686]


STEP = 100 TIME = 0.04349076514 DT = 0.0009020405397

PLOTFILE: file = Sedov-2d-tau_plt00100
Write plotfile time = 0.037815898  seconds

...estimated hydro-limited timestep at level 0: 0.0009230963875
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009230963875

...estimated hydro-limited timestep at level 1: 0.0004541422188
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004541422188

...estimated hydro-limited timestep at level 2: 0.0002265150749
...hydro-limited CFL timestep constrained at (i,j) = (70,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002265150749

...estimated hydro-limited timestep at level 3: 0.0001131164629
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001131164629

Now regridding at level lbase = 0
grid_places() time: 0.002409628 new finest: 3
STEP = 100 TIME = 0.04349076514 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009230963875
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009230963875

...estimated hydro-limited timestep at level 1: 0.0004541422188
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004541422188

...estimated hydro-limited timestep at level 2: 0.0002265150749
...hydro-limited CFL timestep constrained at (i,j) = (70,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002265150749

...estimated hydro-limited timestep at level 3: 0.0001131164629
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001131164629

[Level 0 step 101] ADVANCE at time 0.04349076514 with dt = 0.0009049317031

[1m[32m  Beginning subcycle 1 starting at time 0.04349076514 with dt = 0.0009049317031[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000954341 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6801848987

[Level 0 step 101] Advanced 1024 cells
[Level 1 step 201] ADVANCE at time 0.04349076514 with dt = 0.0004524658515

[1m[32m  Beginning subcycle 1 starting at time 0.04349076514 with dt = 0.0004524658515[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001408389 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 201] Advanced 2304 cells
[Level 2 step 401] ADVANCE at time 0.04349076514 with dt = 0.0002262329258

[1m[32m  Beginning subcycle 1 starting at time 0.04349076514 with dt = 0.0002262329258[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002363047 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 401] Advanced 6400 cells
[Level 3 step 801] ADVANCE at time 0.04349076514 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04349076514 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003976438 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 801] Advanced 16384 cells
[Level 3 step 802] ADVANCE at time 0.0436038816 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.0436038816 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003973677 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 802] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001302538
[Level 2 step 402] ADVANCE at time 0.04371699806 with dt = 0.0002262329258

[1m[32m  Beginning subcycle 1 starting at time 0.04371699806 with dt = 0.0002262329258[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002518941 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 402] Advanced 6400 cells
[Level 3 step 803] ADVANCE at time 0.04371699806 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04371699806 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003948186 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 803] Advanced 16384 cells
[Level 3 step 804] ADVANCE at time 0.04383011453 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04383011453 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003927718 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 804] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001247675
Castro::reflux() at level 1 : time = 0.000752998
Now regridding at level lbase = 2
grid_places() time: 0.001217126 new finest: 3
TIME = 0.04394323099 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 202] ADVANCE at time 0.04394323099 with dt = 0.0004524658515

[1m[32m  Beginning subcycle 1 starting at time 0.04394323099 with dt = 0.0004524658515[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001452569 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 202] Advanced 2304 cells
[Level 2 step 403] ADVANCE at time 0.04394323099 with dt = 0.0002262329258

[1m[32m  Beginning subcycle 1 starting at time 0.04394323099 with dt = 0.0002262329258[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002350585 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 403] Advanced 6400 cells
[Level 3 step 805] ADVANCE at time 0.04394323099 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04394323099 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00390694 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 805] Advanced 16384 cells
[Level 3 step 806] ADVANCE at time 0.04405634745 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04405634745 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003856214 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 806] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001307275
[Level 2 step 404] ADVANCE at time 0.04416946391 with dt = 0.0002262329258

[1m[32m  Beginning subcycle 1 starting at time 0.04416946391 with dt = 0.0002262329258[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002355305 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 404] Advanced 6400 cells
[Level 3 step 807] ADVANCE at time 0.04416946391 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04416946391 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003892664 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 807] Advanced 16384 cells
[Level 3 step 808] ADVANCE at time 0.04428258038 with dt = 0.0001131164629

[1m[32m  Beginning subcycle 1 starting at time 0.04428258038 with dt = 0.0001131164629[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003899542 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 808] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001264332
Castro::reflux() at level 1 : time = 0.000699939
Castro::reflux() at level 0 : time = 0.000408925

TIME= 0.04439569684 MASS        = 1
TIME= 0.04439569684 XMOM        = 6.628357402e-18
TIME= 0.04439569684 YMOM        = -1.843127963e-17
TIME= 0.04439569684 ZMOM        = 0
TIME= 0.04439569684 ANG MOM X   = 0
TIME= 0.04439569684 ANG MOM Y   = 0
TIME= 0.04439569684 ANG MOM Z   = 1.409834625e-19
TIME= 0.04439569684 RHO*e       = 0.7998247906
TIME= 0.04439569684 RHO*K       = 0.1987817217
TIME= 0.04439569684 RHO*E       = 0.9986065123
TIME= 0.04439569684 CENTER OF MASS X-LOC = 0.5
TIME= 0.04439569684 CENTER OF MASS X-VEL = 6.628357402e-18
TIME= 0.04439569684 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04439569684 CENTER OF MASS Y-VEL = -1.843127963e-17
TIME= 0.04439569684 CENTER OF MASS Z-LOC = 0
TIME= 0.04439569684 CENTER OF MASS Z-VEL = 0
TIME= 0.04439569684 MAXIMUM TEMPERATURE  = 2.425174351e-06
TIME= 0.04439569684 MAXIMUM DENSITY      = 4.315647742

[STEP 101] Coarse TimeStep time: 0.116801932
[STEP 101] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 101 TIME = 0.04439569684 DT = 0.0009049317031

...estimated hydro-limited timestep at level 0: 0.000925128121
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000925128121

...estimated hydro-limited timestep at level 1: 0.0004556446931
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004556446931

...estimated hydro-limited timestep at level 2: 0.0002271940107
...hydro-limited CFL timestep constrained at (i,j) = (70,69)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002271940107

...estimated hydro-limited timestep at level 3: 0.0001134807006
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001134807006

Now regridding at level lbase = 1
grid_places() time: 0.001949729 new finest: 3
TIME = 0.04439569684 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 102] ADVANCE at time 0.04439569684 with dt = 0.0009078456045

[1m[32m  Beginning subcycle 1 starting at time 0.04439569684 with dt = 0.0009078456045[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000946878 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6834448826

[Level 0 step 102] Advanced 1024 cells
[Level 1 step 203] ADVANCE at time 0.04439569684 with dt = 0.0004539228023

[1m[32m  Beginning subcycle 1 starting at time 0.04439569684 with dt = 0.0004539228023[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001407234 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 203] Advanced 2304 cells
[Level 2 step 405] ADVANCE at time 0.04439569684 with dt = 0.0002269614011

[1m[32m  Beginning subcycle 1 starting at time 0.04439569684 with dt = 0.0002269614011[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002352535 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 405] Advanced 6400 cells
[Level 3 step 809] ADVANCE at time 0.04439569684 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04439569684 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003941335 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 809] Advanced 16384 cells
[Level 3 step 810] ADVANCE at time 0.04450917754 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04450917754 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003875599 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 810] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001343746
[Level 2 step 406] ADVANCE at time 0.04462265824 with dt = 0.0002269614011

[1m[32m  Beginning subcycle 1 starting at time 0.04462265824 with dt = 0.0002269614011[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002370804 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 406] Advanced 6400 cells
[Level 3 step 811] ADVANCE at time 0.04462265824 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04462265824 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003924119 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 811] Advanced 16384 cells
[Level 3 step 812] ADVANCE at time 0.04473613894 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04473613894 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003965662 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 812] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001286169
Castro::reflux() at level 1 : time = 0.000739091
Now regridding at level lbase = 2
grid_places() time: 0.00125313 new finest: 3
TIME = 0.04484961964 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 204] ADVANCE at time 0.04484961964 with dt = 0.0004539228023

[1m[32m  Beginning subcycle 1 starting at time 0.04484961964 with dt = 0.0004539228023[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001430043 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 204] Advanced 2304 cells
[Level 2 step 407] ADVANCE at time 0.04484961964 with dt = 0.0002269614011

[1m[32m  Beginning subcycle 1 starting at time 0.04484961964 with dt = 0.0002269614011[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002352736 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 407] Advanced 6400 cells
[Level 3 step 813] ADVANCE at time 0.04484961964 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04484961964 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003895891 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 813] Advanced 16384 cells
[Level 3 step 814] ADVANCE at time 0.04496310034 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04496310034 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003882607 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 814] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001320954
[Level 2 step 408] ADVANCE at time 0.04507658104 with dt = 0.0002269614011

[1m[32m  Beginning subcycle 1 starting at time 0.04507658104 with dt = 0.0002269614011[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002350053 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 408] Advanced 6400 cells
[Level 3 step 815] ADVANCE at time 0.04507658104 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04507658104 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003928607 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 815] Advanced 16384 cells
[Level 3 step 816] ADVANCE at time 0.04519006174 with dt = 0.0001134807006

[1m[32m  Beginning subcycle 1 starting at time 0.04519006174 with dt = 0.0001134807006[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003897041 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 816] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001231946
Castro::reflux() at level 1 : time = 0.000698155
Castro::reflux() at level 0 : time = 0.000419647

TIME= 0.04530354244 MASS        = 1
TIME= 0.04530354244 XMOM        = 1.232968679e-18
TIME= 0.04530354244 YMOM        = -3.555861686e-17
TIME= 0.04530354244 ZMOM        = 0
TIME= 0.04530354244 ANG MOM X   = 0
TIME= 0.04530354244 ANG MOM Y   = 0
TIME= 0.04530354244 ANG MOM Z   = 1.423665339e-19
TIME= 0.04530354244 RHO*e       = 0.7996772226
TIME= 0.04530354244 RHO*K       = 0.1989292897
TIME= 0.04530354244 RHO*E       = 0.9986065123
TIME= 0.04530354244 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04530354244 CENTER OF MASS X-VEL = 1.232968679e-18
TIME= 0.04530354244 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04530354244 CENTER OF MASS Y-VEL = -3.555861686e-17
TIME= 0.04530354244 CENTER OF MASS Z-LOC = 0
TIME= 0.04530354244 CENTER OF MASS Z-VEL = 0
TIME= 0.04530354244 MAXIMUM TEMPERATURE  = 2.411232241e-06
TIME= 0.04530354244 MAXIMUM DENSITY      = 4.308871269

[STEP 102] Coarse TimeStep time: 0.114814418
[STEP 102] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 102 TIME = 0.04530354244 DT = 0.0009078456045

...estimated hydro-limited timestep at level 0: 0.0009271433466
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009271433466

...estimated hydro-limited timestep at level 1: 0.00045712461
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.00045712461

...estimated hydro-limited timestep at level 2: 0.0002278835286
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002278835286

...estimated hydro-limited timestep at level 3: 0.0001138447404
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001138447404

Now regridding at level lbase = 0
grid_places() time: 0.002409713 new finest: 3
STEP = 102 TIME = 0.04530354244 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009271433466
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009271433466

...estimated hydro-limited timestep at level 1: 0.00045712461
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.00045712461

...estimated hydro-limited timestep at level 2: 0.0002278835286
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002278835286

...estimated hydro-limited timestep at level 3: 0.0001138447404
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001138447404

[Level 0 step 103] ADVANCE at time 0.04530354244 with dt = 0.0009107579229

[1m[32m  Beginning subcycle 1 starting at time 0.04530354244 with dt = 0.0009107579229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00094481 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6920588277

[Level 0 step 103] Advanced 1024 cells
[Level 1 step 205] ADVANCE at time 0.04530354244 with dt = 0.0004553789615

[1m[32m  Beginning subcycle 1 starting at time 0.04530354244 with dt = 0.0004553789615[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001392644 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 205] Advanced 2304 cells
[Level 2 step 409] ADVANCE at time 0.04530354244 with dt = 0.0002276894807

[1m[32m  Beginning subcycle 1 starting at time 0.04530354244 with dt = 0.0002276894807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002327937 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 409] Advanced 6400 cells
[Level 3 step 817] ADVANCE at time 0.04530354244 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04530354244 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003972965 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 817] Advanced 16384 cells
[Level 3 step 818] ADVANCE at time 0.04541738718 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04541738718 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003912805 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 818] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001308867
[Level 2 step 410] ADVANCE at time 0.04553123193 with dt = 0.0002276894807

[1m[32m  Beginning subcycle 1 starting at time 0.04553123193 with dt = 0.0002276894807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002359315 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 410] Advanced 6400 cells
[Level 3 step 819] ADVANCE at time 0.04553123193 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04553123193 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0039025 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 819] Advanced 16384 cells
[Level 3 step 820] ADVANCE at time 0.04564507667 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04564507667 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003877014 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 820] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001241355
Castro::reflux() at level 1 : time = 0.000726891
Now regridding at level lbase = 2
grid_places() time: 0.001193386 new finest: 3
TIME = 0.04575892141 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 206] ADVANCE at time 0.04575892141 with dt = 0.0004553789615

[1m[32m  Beginning subcycle 1 starting at time 0.04575892141 with dt = 0.0004553789615[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001467292 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 206] Advanced 2304 cells
[Level 2 step 411] ADVANCE at time 0.04575892141 with dt = 0.0002276894807

[1m[32m  Beginning subcycle 1 starting at time 0.04575892141 with dt = 0.0002276894807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002351503 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 411] Advanced 6400 cells
[Level 3 step 821] ADVANCE at time 0.04575892141 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04575892141 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003928101 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 821] Advanced 16384 cells
[Level 3 step 822] ADVANCE at time 0.04587276615 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04587276615 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003941113 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 822] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001298344
[Level 2 step 412] ADVANCE at time 0.04598661089 with dt = 0.0002276894807

[1m[32m  Beginning subcycle 1 starting at time 0.04598661089 with dt = 0.0002276894807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002347976 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 412] Advanced 6400 cells
[Level 3 step 823] ADVANCE at time 0.04598661089 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04598661089 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003986721 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 823] Advanced 16384 cells
[Level 3 step 824] ADVANCE at time 0.04610045563 with dt = 0.0001138447404

[1m[32m  Beginning subcycle 1 starting at time 0.04610045563 with dt = 0.0001138447404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003893394 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 824] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001221961
Castro::reflux() at level 1 : time = 0.000698957
Castro::reflux() at level 0 : time = 0.00041703

TIME= 0.04621430037 MASS        = 1
TIME= 0.04621430037 XMOM        = -2.20767048e-18
TIME= 0.04621430037 YMOM        = -1.130856654e-17
TIME= 0.04621430037 ZMOM        = 0
TIME= 0.04621430037 ANG MOM X   = 0
TIME= 0.04621430037 ANG MOM Y   = 0
TIME= 0.04621430037 ANG MOM Z   = 9.461187879e-20
TIME= 0.04621430037 RHO*e       = 0.7996318657
TIME= 0.04621430037 RHO*K       = 0.1989746465
TIME= 0.04621430037 RHO*E       = 0.9986065123
TIME= 0.04621430037 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04621430037 CENTER OF MASS X-VEL = -2.20767048e-18
TIME= 0.04621430037 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04621430037 CENTER OF MASS Y-VEL = -1.130856654e-17
TIME= 0.04621430037 CENTER OF MASS Z-LOC = 0
TIME= 0.04621430037 CENTER OF MASS Z-VEL = 0
TIME= 0.04621430037 MAXIMUM TEMPERATURE  = 2.397616671e-06
TIME= 0.04621430037 MAXIMUM DENSITY      = 4.323462848

[STEP 103] Coarse TimeStep time: 0.115858255
[STEP 103] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 103 TIME = 0.04621430037 DT = 0.0009107579229

...estimated hydro-limited timestep at level 0: 0.0009291406547
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009291406547

...estimated hydro-limited timestep at level 1: 0.0004585817704
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004585817704

...estimated hydro-limited timestep at level 2: 0.0002285768206
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002285768206

...estimated hydro-limited timestep at level 3: 0.000114207075
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000114207075

Now regridding at level lbase = 1
grid_places() time: 0.002016179 new finest: 3
TIME = 0.04621430037 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 104] ADVANCE at time 0.04621430037 with dt = 0.0009136565997

[1m[32m  Beginning subcycle 1 starting at time 0.04621430037 with dt = 0.0009136565997[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000944191 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6905728045

[Level 0 step 104] Advanced 1024 cells
[Level 1 step 207] ADVANCE at time 0.04621430037 with dt = 0.0004568282999

[1m[32m  Beginning subcycle 1 starting at time 0.04621430037 with dt = 0.0004568282999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001401637 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 207] Advanced 2304 cells
[Level 2 step 413] ADVANCE at time 0.04621430037 with dt = 0.0002284141499

[1m[32m  Beginning subcycle 1 starting at time 0.04621430037 with dt = 0.0002284141499[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002345964 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 413] Advanced 6400 cells
[Level 3 step 825] ADVANCE at time 0.04621430037 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04621430037 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003916952 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 825] Advanced 16384 cells
[Level 3 step 826] ADVANCE at time 0.04632850744 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04632850744 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003896651 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 826] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001338707
[Level 2 step 414] ADVANCE at time 0.04644271452 with dt = 0.0002284141499

[1m[32m  Beginning subcycle 1 starting at time 0.04644271452 with dt = 0.0002284141499[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00233233 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 414] Advanced 6400 cells
[Level 3 step 827] ADVANCE at time 0.04644271452 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04644271452 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003924051 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 827] Advanced 16384 cells
[Level 3 step 828] ADVANCE at time 0.04655692159 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04655692159 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003914081 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 828] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001236122
Castro::reflux() at level 1 : time = 0.000745885
Now regridding at level lbase = 2
grid_places() time: 0.001235864 new finest: 3
TIME = 0.04667112867 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 208] ADVANCE at time 0.04667112867 with dt = 0.0004568282999

[1m[32m  Beginning subcycle 1 starting at time 0.04667112867 with dt = 0.0004568282999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001450286 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 208] Advanced 2304 cells
[Level 2 step 415] ADVANCE at time 0.04667112867 with dt = 0.0002284141499

[1m[32m  Beginning subcycle 1 starting at time 0.04667112867 with dt = 0.0002284141499[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002323083 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 415] Advanced 6400 cells
[Level 3 step 829] ADVANCE at time 0.04667112867 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04667112867 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0039407 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 829] Advanced 16384 cells
[Level 3 step 830] ADVANCE at time 0.04678533574 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04678533574 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003941974 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 830] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001312704
[Level 2 step 416] ADVANCE at time 0.04689954282 with dt = 0.0002284141499

[1m[32m  Beginning subcycle 1 starting at time 0.04689954282 with dt = 0.0002284141499[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00232887 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 416] Advanced 6400 cells
[Level 3 step 831] ADVANCE at time 0.04689954282 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04689954282 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003907573 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 831] Advanced 16384 cells
[Level 3 step 832] ADVANCE at time 0.04701374989 with dt = 0.000114207075

[1m[32m  Beginning subcycle 1 starting at time 0.04701374989 with dt = 0.000114207075[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004008996 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 832] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001249896
Castro::reflux() at level 1 : time = 0.000739015
Castro::reflux() at level 0 : time = 0.000454306

TIME= 0.04712795697 MASS        = 1
TIME= 0.04712795697 XMOM        = -1.745026585e-18
TIME= 0.04712795697 YMOM        = -2.383002211e-17
TIME= 0.04712795697 ZMOM        = 0
TIME= 0.04712795697 ANG MOM X   = 0
TIME= 0.04712795697 ANG MOM Y   = 0
TIME= 0.04712795697 ANG MOM Z   = 7.686056392e-20
TIME= 0.04712795697 RHO*e       = 0.7994703766
TIME= 0.04712795697 RHO*K       = 0.1991361357
TIME= 0.04712795697 RHO*E       = 0.9986065123
TIME= 0.04712795697 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04712795697 CENTER OF MASS X-VEL = -1.745026585e-18
TIME= 0.04712795697 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04712795697 CENTER OF MASS Y-VEL = -2.383002211e-17
TIME= 0.04712795697 CENTER OF MASS Z-LOC = 0
TIME= 0.04712795697 CENTER OF MASS Z-VEL = 0
TIME= 0.04712795697 MAXIMUM TEMPERATURE  = 2.384304456e-06
TIME= 0.04712795697 MAXIMUM DENSITY      = 4.346582936

[STEP 104] Coarse TimeStep time: 0.114566238
[STEP 104] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 104 TIME = 0.04712795697 DT = 0.0009136565997

...estimated hydro-limited timestep at level 0: 0.0009311255998
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009311255998

...estimated hydro-limited timestep at level 1: 0.0004600174224
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004600174224

...estimated hydro-limited timestep at level 2: 0.0002292735668
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002292735668

...estimated hydro-limited timestep at level 3: 0.0001145681118
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001145681118

Now regridding at level lbase = 0
grid_places() time: 0.00238536 new finest: 3
STEP = 104 TIME = 0.04712795697 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009311255998
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009311255998

...estimated hydro-limited timestep at level 1: 0.0004600174224
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004600174224

...estimated hydro-limited timestep at level 2: 0.0002292735668
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002292735668

...estimated hydro-limited timestep at level 3: 0.0001145681118
...hydro-limited CFL timestep constrained at (i,j) = (140,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001145681118

[Level 0 step 105] ADVANCE at time 0.04712795697 with dt = 0.0009165448942

[1m[32m  Beginning subcycle 1 starting at time 0.04712795697 with dt = 0.0009165448942[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000948978 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6895460376

[Level 0 step 105] Advanced 1024 cells
[Level 1 step 209] ADVANCE at time 0.04712795697 with dt = 0.0004582724471

[1m[32m  Beginning subcycle 1 starting at time 0.04712795697 with dt = 0.0004582724471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001379568 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 209] Advanced 2304 cells
[Level 2 step 417] ADVANCE at time 0.04712795697 with dt = 0.0002291362235

[1m[32m  Beginning subcycle 1 starting at time 0.04712795697 with dt = 0.0002291362235[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002348947 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 417] Advanced 6400 cells
[Level 3 step 833] ADVANCE at time 0.04712795697 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04712795697 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003933863 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 833] Advanced 16384 cells
[Level 3 step 834] ADVANCE at time 0.04724252508 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04724252508 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003899625 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 834] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001350952
[Level 2 step 418] ADVANCE at time 0.04735709319 with dt = 0.0002291362235

[1m[32m  Beginning subcycle 1 starting at time 0.04735709319 with dt = 0.0002291362235[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002363774 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 418] Advanced 6400 cells
[Level 3 step 835] ADVANCE at time 0.04735709319 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04735709319 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003971151 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 835] Advanced 16384 cells
[Level 3 step 836] ADVANCE at time 0.0474716613 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.0474716613 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003913918 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 836] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001263734
Castro::reflux() at level 1 : time = 0.000736952
Now regridding at level lbase = 2
grid_places() time: 0.001199425 new finest: 3
TIME = 0.04758622941 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 210] ADVANCE at time 0.04758622941 with dt = 0.0004582724471

[1m[32m  Beginning subcycle 1 starting at time 0.04758622941 with dt = 0.0004582724471[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001423716 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 210] Advanced 2304 cells
[Level 2 step 419] ADVANCE at time 0.04758622941 with dt = 0.0002291362235

[1m[32m  Beginning subcycle 1 starting at time 0.04758622941 with dt = 0.0002291362235[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002343823 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 419] Advanced 6400 cells
[Level 3 step 837] ADVANCE at time 0.04758622941 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04758622941 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00399437 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 837] Advanced 16384 cells
[Level 3 step 838] ADVANCE at time 0.04770079753 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04770079753 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00388006 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 838] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001310034
[Level 2 step 420] ADVANCE at time 0.04781536564 with dt = 0.0002291362235

[1m[32m  Beginning subcycle 1 starting at time 0.04781536564 with dt = 0.0002291362235[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002336905 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 420] Advanced 6400 cells
[Level 3 step 839] ADVANCE at time 0.04781536564 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04781536564 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003918683 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 839] Advanced 16384 cells
[Level 3 step 840] ADVANCE at time 0.04792993375 with dt = 0.0001145681118

[1m[32m  Beginning subcycle 1 starting at time 0.04792993375 with dt = 0.0001145681118[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003973277 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 840] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001237215
Castro::reflux() at level 1 : time = 0.000743033
Castro::reflux() at level 0 : time = 0.000414062

TIME= 0.04804450186 MASS        = 1
TIME= 0.04804450186 XMOM        = 9.722399904e-18
TIME= 0.04804450186 YMOM        = -6.47778038e-18
TIME= 0.04804450186 ZMOM        = 0
TIME= 0.04804450186 ANG MOM X   = 0
TIME= 0.04804450186 ANG MOM Y   = 0
TIME= 0.04804450186 ANG MOM Z   = 1.247942823e-19
TIME= 0.04804450186 RHO*e       = 0.7994619289
TIME= 0.04804450186 RHO*K       = 0.1991445834
TIME= 0.04804450186 RHO*E       = 0.9986065123
TIME= 0.04804450186 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04804450186 CENTER OF MASS X-VEL = 9.722399904e-18
TIME= 0.04804450186 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04804450186 CENTER OF MASS Y-VEL = -6.47778038e-18
TIME= 0.04804450186 CENTER OF MASS Z-LOC = 0
TIME= 0.04804450186 CENTER OF MASS Z-VEL = 0
TIME= 0.04804450186 MAXIMUM TEMPERATURE  = 2.371265888e-06
TIME= 0.04804450186 MAXIMUM DENSITY      = 4.370001799

[STEP 105] Coarse TimeStep time: 0.116359768
[STEP 105] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 105 TIME = 0.04804450186 DT = 0.0009165448942

...estimated hydro-limited timestep at level 0: 0.00093309816
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00093309816

...estimated hydro-limited timestep at level 1: 0.0004614322678
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004614322678

...estimated hydro-limited timestep at level 2: 0.0002299663533
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002299663533

...estimated hydro-limited timestep at level 3: 0.0001149119616
...hydro-limited CFL timestep constrained at (i,j) = (141,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001149119616

Now regridding at level lbase = 1
grid_places() time: 0.002015393 new finest: 3
TIME = 0.04804450186 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 106] ADVANCE at time 0.04804450186 with dt = 0.0009192956927

[1m[32m  Beginning subcycle 1 starting at time 0.04804450186 with dt = 0.0009192956927[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001038426 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6354340095

[Level 0 step 106] Advanced 1024 cells
[Level 1 step 211] ADVANCE at time 0.04804450186 with dt = 0.0004596478463

[1m[32m  Beginning subcycle 1 starting at time 0.04804450186 with dt = 0.0004596478463[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001472488 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 211] Advanced 2304 cells
[Level 2 step 421] ADVANCE at time 0.04804450186 with dt = 0.0002298239232

[1m[32m  Beginning subcycle 1 starting at time 0.04804450186 with dt = 0.0002298239232[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002366343 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 421] Advanced 6400 cells
[Level 3 step 841] ADVANCE at time 0.04804450186 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04804450186 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003945103 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 841] Advanced 16384 cells
[Level 3 step 842] ADVANCE at time 0.04815941382 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04815941382 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003910141 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 842] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001309418
[Level 2 step 422] ADVANCE at time 0.04827432578 with dt = 0.0002298239232

[1m[32m  Beginning subcycle 1 starting at time 0.04827432578 with dt = 0.0002298239232[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002349904 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 422] Advanced 6400 cells
[Level 3 step 843] ADVANCE at time 0.04827432578 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04827432578 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003890794 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 843] Advanced 16384 cells
[Level 3 step 844] ADVANCE at time 0.04838923775 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04838923775 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003917668 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 844] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001253038
Castro::reflux() at level 1 : time = 0.000711773
Now regridding at level lbase = 2
grid_places() time: 0.001192559 new finest: 3
TIME = 0.04850414971 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 212] ADVANCE at time 0.04850414971 with dt = 0.0004596478463

[1m[32m  Beginning subcycle 1 starting at time 0.04850414971 with dt = 0.0004596478463[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00144037 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 212] Advanced 2304 cells
[Level 2 step 423] ADVANCE at time 0.04850414971 with dt = 0.0002298239232

[1m[32m  Beginning subcycle 1 starting at time 0.04850414971 with dt = 0.0002298239232[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002370909 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 423] Advanced 6400 cells
[Level 3 step 845] ADVANCE at time 0.04850414971 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04850414971 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004001646 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 845] Advanced 16384 cells
[Level 3 step 846] ADVANCE at time 0.04861906167 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04861906167 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003908952 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 846] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001307364
[Level 2 step 424] ADVANCE at time 0.04873397363 with dt = 0.0002298239232

[1m[32m  Beginning subcycle 1 starting at time 0.04873397363 with dt = 0.0002298239232[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002352569 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 424] Advanced 6400 cells
[Level 3 step 847] ADVANCE at time 0.04873397363 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04873397363 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003913148 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 847] Advanced 16384 cells
[Level 3 step 848] ADVANCE at time 0.04884888559 with dt = 0.0001149119616

[1m[32m  Beginning subcycle 1 starting at time 0.04884888559 with dt = 0.0001149119616[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003886387 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 848] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001236205
Castro::reflux() at level 1 : time = 0.000704135
Castro::reflux() at level 0 : time = 0.000432192

TIME= 0.04896379755 MASS        = 1
TIME= 0.04896379755 XMOM        = -9.573478872e-19
TIME= 0.04896379755 YMOM        = -9.023221717e-18
TIME= 0.04896379755 ZMOM        = 0
TIME= 0.04896379755 ANG MOM X   = 0
TIME= 0.04896379755 ANG MOM Y   = 0
TIME= 0.04896379755 ANG MOM Z   = 1.029394918e-19
TIME= 0.04896379755 RHO*e       = 0.799340647
TIME= 0.04896379755 RHO*K       = 0.1992658653
TIME= 0.04896379755 RHO*E       = 0.9986065123
TIME= 0.04896379755 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04896379755 CENTER OF MASS X-VEL = -9.573478872e-19
TIME= 0.04896379755 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04896379755 CENTER OF MASS Y-VEL = -9.023221717e-18
TIME= 0.04896379755 CENTER OF MASS Z-LOC = 0
TIME= 0.04896379755 CENTER OF MASS Z-VEL = 0
TIME= 0.04896379755 MAXIMUM TEMPERATURE  = 2.358502323e-06
TIME= 0.04896379755 MAXIMUM DENSITY      = 4.353029412

[STEP 106] Coarse TimeStep time: 0.115165523
[STEP 106] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 106 TIME = 0.04896379755 DT = 0.0009192956927

...estimated hydro-limited timestep at level 0: 0.0009350567459
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009350567459

...estimated hydro-limited timestep at level 1: 0.0004628246194
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004628246194

...estimated hydro-limited timestep at level 2: 0.0002306562742
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002306562742

...estimated hydro-limited timestep at level 3: 0.0001152472165
...hydro-limited CFL timestep constrained at (i,j) = (141,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001152472165

Now regridding at level lbase = 0
grid_places() time: 0.002386473 new finest: 3
STEP = 106 TIME = 0.04896379755 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009350567459
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009350567459

...estimated hydro-limited timestep at level 1: 0.0004628246194
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004628246194

...estimated hydro-limited timestep at level 2: 0.0002306562742
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002306562742

...estimated hydro-limited timestep at level 3: 0.0001152472165
...hydro-limited CFL timestep constrained at (i,j) = (141,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001152472165

[Level 0 step 107] ADVANCE at time 0.04896379755 with dt = 0.0009219777322

[1m[32m  Beginning subcycle 1 starting at time 0.04896379755 with dt = 0.0009219777322[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000948978 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6799568121

[Level 0 step 107] Advanced 1024 cells
[Level 1 step 213] ADVANCE at time 0.04896379755 with dt = 0.0004609888661

[1m[32m  Beginning subcycle 1 starting at time 0.04896379755 with dt = 0.0004609888661[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001425819 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 213] Advanced 2304 cells
[Level 2 step 425] ADVANCE at time 0.04896379755 with dt = 0.0002304944331

[1m[32m  Beginning subcycle 1 starting at time 0.04896379755 with dt = 0.0002304944331[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002355306 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 425] Advanced 6400 cells
[Level 3 step 849] ADVANCE at time 0.04896379755 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04896379755 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003946406 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 849] Advanced 16384 cells
[Level 3 step 850] ADVANCE at time 0.04907904477 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04907904477 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003909409 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 850] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001284985
[Level 2 step 426] ADVANCE at time 0.04919429199 with dt = 0.0002304944331

[1m[32m  Beginning subcycle 1 starting at time 0.04919429199 with dt = 0.0002304944331[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002314881 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 426] Advanced 6400 cells
[Level 3 step 851] ADVANCE at time 0.04919429199 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04919429199 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003910431 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 851] Advanced 16384 cells
[Level 3 step 852] ADVANCE at time 0.0493095392 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.0493095392 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003901503 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 852] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001199542
Castro::reflux() at level 1 : time = 0.000716444
Now regridding at level lbase = 2
grid_places() time: 0.001243344 new finest: 3
TIME = 0.04942478642 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 214] ADVANCE at time 0.04942478642 with dt = 0.0004609888661

[1m[32m  Beginning subcycle 1 starting at time 0.04942478642 with dt = 0.0004609888661[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001445226 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 214] Advanced 2304 cells
[Level 2 step 427] ADVANCE at time 0.04942478642 with dt = 0.0002304944331

[1m[32m  Beginning subcycle 1 starting at time 0.04942478642 with dt = 0.0002304944331[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002350658 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 427] Advanced 6400 cells
[Level 3 step 853] ADVANCE at time 0.04942478642 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04942478642 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003942532 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 853] Advanced 16384 cells
[Level 3 step 854] ADVANCE at time 0.04954003364 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04954003364 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00388791 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 854] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001292328
[Level 2 step 428] ADVANCE at time 0.04965528085 with dt = 0.0002304944331

[1m[32m  Beginning subcycle 1 starting at time 0.04965528085 with dt = 0.0002304944331[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002364267 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 428] Advanced 6400 cells
[Level 3 step 855] ADVANCE at time 0.04965528085 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04965528085 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00396672 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 855] Advanced 16384 cells
[Level 3 step 856] ADVANCE at time 0.04977052807 with dt = 0.0001152472165

[1m[32m  Beginning subcycle 1 starting at time 0.04977052807 with dt = 0.0001152472165[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003894946 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 856] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001223576
Castro::reflux() at level 1 : time = 0.00068995
Castro::reflux() at level 0 : time = 0.000425691

TIME= 0.04988577529 MASS        = 1
TIME= 0.04988577529 XMOM        = 6.905302231e-18
TIME= 0.04988577529 YMOM        = 2.513383649e-17
TIME= 0.04988577529 ZMOM        = 0
TIME= 0.04988577529 ANG MOM X   = 0
TIME= 0.04988577529 ANG MOM Y   = 0
TIME= 0.04988577529 ANG MOM Z   = 1.281191877e-19
TIME= 0.04988577529 RHO*e       = 0.7992959794
TIME= 0.04988577529 RHO*K       = 0.1993105328
TIME= 0.04988577529 RHO*E       = 0.9986065123
TIME= 0.04988577529 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.04988577529 CENTER OF MASS X-VEL = 6.905302231e-18
TIME= 0.04988577529 CENTER OF MASS Y-LOC = 0.5
TIME= 0.04988577529 CENTER OF MASS Y-VEL = 2.513383649e-17
TIME= 0.04988577529 CENTER OF MASS Z-LOC = 0
TIME= 0.04988577529 CENTER OF MASS Z-VEL = 0
TIME= 0.04988577529 MAXIMUM TEMPERATURE  = 2.346008473e-06
TIME= 0.04988577529 MAXIMUM DENSITY      = 4.35283855

[STEP 107] Coarse TimeStep time: 0.115594552
[STEP 107] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 107 TIME = 0.04988577529 DT = 0.0009219777322

...estimated hydro-limited timestep at level 0: 0.0009370021312
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009370021312

...estimated hydro-limited timestep at level 1: 0.0004641956394
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004641956394

...estimated hydro-limited timestep at level 2: 0.0002313393813
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002313393813

...estimated hydro-limited timestep at level 3: 0.0001155817568
...hydro-limited CFL timestep constrained at (i,j) = (141,139)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001155817568

Now regridding at level lbase = 1
grid_places() time: 0.001911991 new finest: 3
TIME = 0.04988577529 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

[Level 0 step 108] ADVANCE at time 0.04988577529 with dt = 0.0009246540542

[1m[32m  Beginning subcycle 1 starting at time 0.04988577529 with dt = 0.0009246540542[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000944448 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6860254473

[Level 0 step 108] Advanced 1024 cells
[Level 1 step 215] ADVANCE at time 0.04988577529 with dt = 0.0004623270271

[1m[32m  Beginning subcycle 1 starting at time 0.04988577529 with dt = 0.0004623270271[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001405871 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 215] Advanced 2304 cells
[Level 2 step 429] ADVANCE at time 0.04988577529 with dt = 0.0002311635136

[1m[32m  Beginning subcycle 1 starting at time 0.04988577529 with dt = 0.0002311635136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002345937 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 429] Advanced 6400 cells
[Level 3 step 857] ADVANCE at time 0.04988577529 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.04988577529 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003964873 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 857] Advanced 16384 cells
[Level 3 step 858] ADVANCE at time 0.05000135704 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05000135704 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003891234 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 858] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.00131708
[Level 2 step 430] ADVANCE at time 0.0501169388 with dt = 0.0002311635136

[1m[32m  Beginning subcycle 1 starting at time 0.0501169388 with dt = 0.0002311635136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002345663 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 430] Advanced 6400 cells
[Level 3 step 859] ADVANCE at time 0.0501169388 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.0501169388 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003937277 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 859] Advanced 16384 cells
[Level 3 step 860] ADVANCE at time 0.05023252056 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05023252056 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003906555 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 860] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001224415
Castro::reflux() at level 1 : time = 0.000736261
Now regridding at level lbase = 2
grid_places() time: 0.001263041 new finest: 3
TIME = 0.05034810231 : REGRID  with lbase = 2
  Level 3   1 grids  16384 cells  25 % of domain

[Level 1 step 216] ADVANCE at time 0.05034810231 with dt = 0.0004623270271

[1m[32m  Beginning subcycle 1 starting at time 0.05034810231 with dt = 0.0004623270271[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001439704 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 216] Advanced 2304 cells
[Level 2 step 431] ADVANCE at time 0.05034810231 with dt = 0.0002311635136

[1m[32m  Beginning subcycle 1 starting at time 0.05034810231 with dt = 0.0002311635136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002345636 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 431] Advanced 6400 cells
[Level 3 step 861] ADVANCE at time 0.05034810231 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05034810231 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003952019 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 861] Advanced 16384 cells
[Level 3 step 862] ADVANCE at time 0.05046368407 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05046368407 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004021475 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 862] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001281139
[Level 2 step 432] ADVANCE at time 0.05057926583 with dt = 0.0002311635136

[1m[32m  Beginning subcycle 1 starting at time 0.05057926583 with dt = 0.0002311635136[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002343332 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 432] Advanced 6400 cells
[Level 3 step 863] ADVANCE at time 0.05057926583 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05057926583 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004387274 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 863] Advanced 16384 cells
[Level 3 step 864] ADVANCE at time 0.05069484758 with dt = 0.0001155817568

[1m[32m  Beginning subcycle 1 starting at time 0.05069484758 with dt = 0.0001155817568[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003900967 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 864] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001240527
Castro::reflux() at level 1 : time = 0.000720132
Castro::reflux() at level 0 : time = 0.000430058

TIME= 0.05081042934 MASS        = 1
TIME= 0.05081042934 XMOM        = -5.882315547e-19
TIME= 0.05081042934 YMOM        = 9.785537951e-18
TIME= 0.05081042934 ZMOM        = 0
TIME= 0.05081042934 ANG MOM X   = 0
TIME= 0.05081042934 ANG MOM Y   = 0
TIME= 0.05081042934 ANG MOM Z   = 1.138476372e-19
TIME= 0.05081042934 RHO*e       = 0.7991586632
TIME= 0.05081042934 RHO*K       = 0.199447849
TIME= 0.05081042934 RHO*E       = 0.9986065123
TIME= 0.05081042934 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.05081042934 CENTER OF MASS X-VEL = -5.882315547e-19
TIME= 0.05081042934 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05081042934 CENTER OF MASS Y-VEL = 9.785537951e-18
TIME= 0.05081042934 CENTER OF MASS Z-LOC = 0
TIME= 0.05081042934 CENTER OF MASS Z-VEL = 0
TIME= 0.05081042934 MAXIMUM TEMPERATURE  = 2.333764414e-06
TIME= 0.05081042934 MAXIMUM DENSITY      = 4.386202523

[STEP 108] Coarse TimeStep time: 0.115005883
[STEP 108] FAB kilobyte spread across MPI nodes: [37692 ... 37692]


STEP = 108 TIME = 0.05081042934 DT = 0.0009246540542

...estimated hydro-limited timestep at level 0: 0.0009389391106
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009389391106

...estimated hydro-limited timestep at level 1: 0.0004655479536
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004655479536

...estimated hydro-limited timestep at level 2: 0.0002320154282
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002320154282

...estimated hydro-limited timestep at level 3: 0.0001159046038
...hydro-limited CFL timestep constrained at (i,j) = (141,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001159046038

Now regridding at level lbase = 0
grid_places() time: 0.002386321 new finest: 3
STEP = 108 TIME = 0.05081042934 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  16384 cells  25 % of domain

...estimated hydro-limited timestep at level 0: 0.0009389391106
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009389391106

...estimated hydro-limited timestep at level 1: 0.0004655479536
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004655479536

...estimated hydro-limited timestep at level 2: 0.0002320154282
...hydro-limited CFL timestep constrained at (i,j) = (69,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002320154282

...estimated hydro-limited timestep at level 3: 0.0001159046038
...hydro-limited CFL timestep constrained at (i,j) = (141,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001159046038

[Level 0 step 109] ADVANCE at time 0.05081042934 with dt = 0.0009272368306

[1m[32m  Beginning subcycle 1 starting at time 0.05081042934 with dt = 0.0009272368306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000959804 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6831398549

[Level 0 step 109] Advanced 1024 cells
[Level 1 step 217] ADVANCE at time 0.05081042934 with dt = 0.0004636184153

[1m[32m  Beginning subcycle 1 starting at time 0.05081042934 with dt = 0.0004636184153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001386707 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 217] Advanced 2304 cells
[Level 2 step 433] ADVANCE at time 0.05081042934 with dt = 0.0002318092076

[1m[32m  Beginning subcycle 1 starting at time 0.05081042934 with dt = 0.0002318092076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002339765 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 433] Advanced 6400 cells
[Level 3 step 865] ADVANCE at time 0.05081042934 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05081042934 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003946834 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 865] Advanced 16384 cells
[Level 3 step 866] ADVANCE at time 0.05092633394 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05092633394 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003941367 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 866] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001317169
[Level 2 step 434] ADVANCE at time 0.05104223855 with dt = 0.0002318092076

[1m[32m  Beginning subcycle 1 starting at time 0.05104223855 with dt = 0.0002318092076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002378452 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 434] Advanced 6400 cells
[Level 3 step 867] ADVANCE at time 0.05104223855 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05104223855 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.004004435 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 867] Advanced 16384 cells
[Level 3 step 868] ADVANCE at time 0.05115814315 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05115814315 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.003930056 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 868] Advanced 16384 cells
Castro::reflux() at level 2 : time = 0.001241096
Castro::reflux() at level 1 : time = 0.0007108
Now regridding at level lbase = 2
grid_places() time: 0.001217651 new finest: 3
TIME = 0.05127404776 : REGRID  with lbase = 2
  Level 3   4 grids  17920 cells  27.34375 % of domain
            smallest grid: 56 x 32  biggest grid: 128 x 56

[Level 1 step 218] ADVANCE at time 0.05127404776 with dt = 0.0004636184153

[1m[32m  Beginning subcycle 1 starting at time 0.05127404776 with dt = 0.0004636184153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001450628 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 218] Advanced 2304 cells
[Level 2 step 435] ADVANCE at time 0.05127404776 with dt = 0.0002318092076

[1m[32m  Beginning subcycle 1 starting at time 0.05127404776 with dt = 0.0002318092076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002354308 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 435] Advanced 6400 cells
[Level 3 step 869] ADVANCE at time 0.05127404776 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05127404776 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008036328 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 869] Advanced 17920 cells
[Level 3 step 870] ADVANCE at time 0.05138995236 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05138995236 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007741132 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 870] Advanced 17920 cells
Castro::reflux() at level 2 : time = 0.001315744
[Level 2 step 436] ADVANCE at time 0.05150585696 with dt = 0.0002318092076

[1m[32m  Beginning subcycle 1 starting at time 0.05150585696 with dt = 0.0002318092076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002372731 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 436] Advanced 6400 cells
[Level 3 step 871] ADVANCE at time 0.05150585696 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05150585696 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00764698 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 871] Advanced 17920 cells
[Level 3 step 872] ADVANCE at time 0.05162176157 with dt = 0.0001159046038

[1m[32m  Beginning subcycle 1 starting at time 0.05162176157 with dt = 0.0001159046038[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007536956 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 872] Advanced 17920 cells
Castro::reflux() at level 2 : time = 0.001242228
Castro::reflux() at level 1 : time = 0.000757658
Castro::reflux() at level 0 : time = 0.000416465

TIME= 0.05173766617 MASS        = 1
TIME= 0.05173766617 XMOM        = -8.933940869e-17
TIME= 0.05173766617 YMOM        = -1.87295388e-16
TIME= 0.05173766617 ZMOM        = 0
TIME= 0.05173766617 ANG MOM X   = 0
TIME= 0.05173766617 ANG MOM Y   = 0
TIME= 0.05173766617 ANG MOM Z   = 1.113172948e-20
TIME= 0.05173766617 RHO*e       = 0.7991282651
TIME= 0.05173766617 RHO*K       = 0.1994782472
TIME= 0.05173766617 RHO*E       = 0.9986065123
TIME= 0.05173766617 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.05173766617 CENTER OF MASS X-VEL = -8.933940869e-17
TIME= 0.05173766617 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05173766617 CENTER OF MASS Y-VEL = -1.87295388e-16
TIME= 0.05173766617 CENTER OF MASS Z-LOC = 0
TIME= 0.05173766617 CENTER OF MASS Z-VEL = 0
TIME= 0.05173766617 MAXIMUM TEMPERATURE  = 2.321462771e-06
TIME= 0.05173766617 MAXIMUM DENSITY      = 4.400965702

[STEP 109] Coarse TimeStep time: 0.125228997
[STEP 109] FAB kilobyte spread across MPI nodes: [38453 ... 38453]


STEP = 109 TIME = 0.05173766617 DT = 0.0009272368306

...estimated hydro-limited timestep at level 0: 0.0009409028254
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009409028254

...estimated hydro-limited timestep at level 1: 0.0004668963713
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004668963713

...estimated hydro-limited timestep at level 2: 0.0002326383192
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002326383192

...estimated hydro-limited timestep at level 3: 0.0001192662589
...hydro-limited CFL timestep constrained at (i,j) = (139,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001192662589

Now regridding at level lbase = 1
grid_places() time: 0.001948374 new finest: 3
TIME = 0.05173766617 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 110] ADVANCE at time 0.05173766617 with dt = 0.0009305532768

[1m[32m  Beginning subcycle 1 starting at time 0.05173766617 with dt = 0.0009305532768[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000957944 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6682611831

[Level 0 step 110] Advanced 1024 cells
[Level 1 step 219] ADVANCE at time 0.05173766617 with dt = 0.0004652766384

[1m[32m  Beginning subcycle 1 starting at time 0.05173766617 with dt = 0.0004652766384[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001385928 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 219] Advanced 2304 cells
[Level 2 step 437] ADVANCE at time 0.05173766617 with dt = 0.0002326383192

[1m[32m  Beginning subcycle 1 starting at time 0.05173766617 with dt = 0.0002326383192[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002367828 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 437] Advanced 6400 cells
[Level 3 step 873] ADVANCE at time 0.05173766617 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05173766617 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007734384 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 873] Advanced 20736 cells
[Level 3 step 874] ADVANCE at time 0.05185398533 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05185398533 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007470598 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 874] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001371865
[Level 2 step 438] ADVANCE at time 0.05197030449 with dt = 0.0002326383192

[1m[32m  Beginning subcycle 1 starting at time 0.05197030449 with dt = 0.0002326383192[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002432915 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 438] Advanced 6400 cells
[Level 3 step 875] ADVANCE at time 0.05197030449 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05197030449 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007500053 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 875] Advanced 20736 cells
[Level 3 step 876] ADVANCE at time 0.05208662365 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05208662365 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007509954 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 876] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001283245
Castro::reflux() at level 1 : time = 0.000722131
Now regridding at level lbase = 2
grid_places() time: 0.001226507 new finest: 3
TIME = 0.05220294281 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 220] ADVANCE at time 0.05220294281 with dt = 0.0004652766384

[1m[32m  Beginning subcycle 1 starting at time 0.05220294281 with dt = 0.0004652766384[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001449729 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 220] Advanced 2304 cells
[Level 2 step 439] ADVANCE at time 0.05220294281 with dt = 0.0002326383192

[1m[32m  Beginning subcycle 1 starting at time 0.05220294281 with dt = 0.0002326383192[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002385703 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 439] Advanced 6400 cells
[Level 3 step 877] ADVANCE at time 0.05220294281 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05220294281 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00763004 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 877] Advanced 20736 cells
[Level 3 step 878] ADVANCE at time 0.05231926197 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05231926197 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007544524 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 878] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001355508
[Level 2 step 440] ADVANCE at time 0.05243558113 with dt = 0.0002326383192

[1m[32m  Beginning subcycle 1 starting at time 0.05243558113 with dt = 0.0002326383192[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002379776 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 440] Advanced 6400 cells
[Level 3 step 879] ADVANCE at time 0.05243558113 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05243558113 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007527165 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 879] Advanced 20736 cells
[Level 3 step 880] ADVANCE at time 0.05255190029 with dt = 0.0001163191596

[1m[32m  Beginning subcycle 1 starting at time 0.05255190029 with dt = 0.0001163191596[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007771504 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 880] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001267288
Castro::reflux() at level 1 : time = 0.000713919
Castro::reflux() at level 0 : time = 0.000439693

TIME= 0.05266821945 MASS        = 1
TIME= 0.05266821945 XMOM        = 1.849368464e-18
TIME= 0.05266821945 YMOM        = 4.95452088e-17
TIME= 0.05266821945 ZMOM        = 0
TIME= 0.05266821945 ANG MOM X   = 0
TIME= 0.05266821945 ANG MOM Y   = 0
TIME= 0.05266821945 ANG MOM Z   = -3.884108515e-20
TIME= 0.05266821945 RHO*e       = 0.7990477131
TIME= 0.05266821945 RHO*K       = 0.1995587991
TIME= 0.05266821945 RHO*E       = 0.9986065123
TIME= 0.05266821945 CENTER OF MASS X-LOC = 0.5
TIME= 0.05266821945 CENTER OF MASS X-VEL = 1.849368464e-18
TIME= 0.05266821945 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05266821945 CENTER OF MASS Y-VEL = 4.95452088e-17
TIME= 0.05266821945 CENTER OF MASS Z-LOC = 0
TIME= 0.05266821945 CENTER OF MASS Z-VEL = 0
TIME= 0.05266821945 MAXIMUM TEMPERATURE  = 2.309880785e-06
TIME= 0.05266821945 MAXIMUM DENSITY      = 4.399679539

[STEP 110] Coarse TimeStep time: 0.156180641
[STEP 110] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 110 TIME = 0.05266821945 DT = 0.0009305532768

...estimated hydro-limited timestep at level 0: 0.0009428702707
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009428702707

...estimated hydro-limited timestep at level 1: 0.0004682254106
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004682254106

...estimated hydro-limited timestep at level 2: 0.0002332413412
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002332413412

...estimated hydro-limited timestep at level 3: 0.0001165682217
...hydro-limited CFL timestep constrained at (i,j) = (139,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001165682217

Now regridding at level lbase = 0
grid_places() time: 0.00236608 new finest: 3
STEP = 110 TIME = 0.05266821945 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009428702707
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009428702707

...estimated hydro-limited timestep at level 1: 0.0004682254106
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004682254106

...estimated hydro-limited timestep at level 2: 0.0002332413412
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002332413412

...estimated hydro-limited timestep at level 3: 0.0001165682217
...hydro-limited CFL timestep constrained at (i,j) = (139,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001165682217

[Level 0 step 111] ADVANCE at time 0.05266821945 with dt = 0.0009325457735

[1m[32m  Beginning subcycle 1 starting at time 0.05266821945 with dt = 0.0009325457735[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000962316 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6658845991

[Level 0 step 111] Advanced 1024 cells
[Level 1 step 221] ADVANCE at time 0.05266821945 with dt = 0.0004662728868

[1m[32m  Beginning subcycle 1 starting at time 0.05266821945 with dt = 0.0004662728868[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001419437 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 221] Advanced 2304 cells
[Level 2 step 441] ADVANCE at time 0.05266821945 with dt = 0.0002331364434

[1m[32m  Beginning subcycle 1 starting at time 0.05266821945 with dt = 0.0002331364434[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00238746 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 441] Advanced 6400 cells
[Level 3 step 881] ADVANCE at time 0.05266821945 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05266821945 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007646087 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 881] Advanced 20736 cells
[Level 3 step 882] ADVANCE at time 0.05278478767 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05278478767 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007499225 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 882] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001350396
[Level 2 step 442] ADVANCE at time 0.05290135589 with dt = 0.0002331364434

[1m[32m  Beginning subcycle 1 starting at time 0.05290135589 with dt = 0.0002331364434[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002381546 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 442] Advanced 6400 cells
[Level 3 step 883] ADVANCE at time 0.05290135589 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05290135589 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007502389 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 883] Advanced 20736 cells
[Level 3 step 884] ADVANCE at time 0.05301792411 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05301792411 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007500509 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 884] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001284734
Castro::reflux() at level 1 : time = 0.000716907
Now regridding at level lbase = 2
grid_places() time: 0.001208094 new finest: 3
TIME = 0.05313449233 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 222] ADVANCE at time 0.05313449233 with dt = 0.0004662728868

[1m[32m  Beginning subcycle 1 starting at time 0.05313449233 with dt = 0.0004662728868[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001420144 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 222] Advanced 2304 cells
[Level 2 step 443] ADVANCE at time 0.05313449233 with dt = 0.0002331364434

[1m[32m  Beginning subcycle 1 starting at time 0.05313449233 with dt = 0.0002331364434[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002360922 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 443] Advanced 6400 cells
[Level 3 step 885] ADVANCE at time 0.05313449233 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05313449233 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007613894 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 885] Advanced 20736 cells
[Level 3 step 886] ADVANCE at time 0.05325106056 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05325106056 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007511004 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 886] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001336387
[Level 2 step 444] ADVANCE at time 0.05336762878 with dt = 0.0002331364434

[1m[32m  Beginning subcycle 1 starting at time 0.05336762878 with dt = 0.0002331364434[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002439348 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 444] Advanced 6400 cells
[Level 3 step 887] ADVANCE at time 0.05336762878 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.05336762878 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007566426 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 887] Advanced 20736 cells
[Level 3 step 888] ADVANCE at time 0.053484197 with dt = 0.0001165682217

[1m[32m  Beginning subcycle 1 starting at time 0.053484197 with dt = 0.0001165682217[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00750889 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 888] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001268099
Castro::reflux() at level 1 : time = 0.000685405
Castro::reflux() at level 0 : time = 0.000426311

TIME= 0.05360076522 MASS        = 1
TIME= 0.05360076522 XMOM        = 8.810778969e-18
TIME= 0.05360076522 YMOM        = -2.868081215e-17
TIME= 0.05360076522 ZMOM        = 0
TIME= 0.05360076522 ANG MOM X   = 0
TIME= 0.05360076522 ANG MOM Y   = 0
TIME= 0.05360076522 ANG MOM Z   = 9.208541131e-20
TIME= 0.05360076522 RHO*e       = 0.7989851004
TIME= 0.05360076522 RHO*K       = 0.1996214118
TIME= 0.05360076522 RHO*E       = 0.9986065123
TIME= 0.05360076522 CENTER OF MASS X-LOC = 0.5
TIME= 0.05360076522 CENTER OF MASS X-VEL = 8.810778969e-18
TIME= 0.05360076522 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05360076522 CENTER OF MASS Y-VEL = -2.868081215e-17
TIME= 0.05360076522 CENTER OF MASS Z-LOC = 0
TIME= 0.05360076522 CENTER OF MASS Z-VEL = 0
TIME= 0.05360076522 MAXIMUM TEMPERATURE  = 2.298341903e-06
TIME= 0.05360076522 MAXIMUM DENSITY      = 4.39389062

[STEP 111] Coarse TimeStep time: 0.160275133
[STEP 111] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 111 TIME = 0.05360076522 DT = 0.0009325457735

...estimated hydro-limited timestep at level 0: 0.0009448502089
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009448502089

...estimated hydro-limited timestep at level 1: 0.0004695373428
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004695373428

...estimated hydro-limited timestep at level 2: 0.0002338540173
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002338540173

...estimated hydro-limited timestep at level 3: 0.0001168809995
...hydro-limited CFL timestep constrained at (i,j) = (141,140)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001168809995

Now regridding at level lbase = 1
grid_places() time: 0.001925914 new finest: 3
TIME = 0.05360076522 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 112] ADVANCE at time 0.05360076522 with dt = 0.0009350479959

[1m[32m  Beginning subcycle 1 starting at time 0.05360076522 with dt = 0.0009350479959[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000961619 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.679781222

[Level 0 step 112] Advanced 1024 cells
[Level 1 step 223] ADVANCE at time 0.05360076522 with dt = 0.000467523998

[1m[32m  Beginning subcycle 1 starting at time 0.05360076522 with dt = 0.000467523998[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001420213 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 223] Advanced 2304 cells
[Level 2 step 445] ADVANCE at time 0.05360076522 with dt = 0.000233761999

[1m[32m  Beginning subcycle 1 starting at time 0.05360076522 with dt = 0.000233761999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002348653 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 445] Advanced 6400 cells
[Level 3 step 889] ADVANCE at time 0.05360076522 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05360076522 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007537913 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 889] Advanced 20736 cells
[Level 3 step 890] ADVANCE at time 0.05371764622 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05371764622 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00754261 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 890] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00135179
[Level 2 step 446] ADVANCE at time 0.05383452722 with dt = 0.000233761999

[1m[32m  Beginning subcycle 1 starting at time 0.05383452722 with dt = 0.000233761999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002374092 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 446] Advanced 6400 cells
[Level 3 step 891] ADVANCE at time 0.05383452722 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05383452722 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007516934 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 891] Advanced 20736 cells
[Level 3 step 892] ADVANCE at time 0.05395140822 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05395140822 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007742148 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 892] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001250243
Castro::reflux() at level 1 : time = 0.000712855
Now regridding at level lbase = 2
grid_places() time: 0.001212756 new finest: 3
TIME = 0.05406828922 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 224] ADVANCE at time 0.05406828922 with dt = 0.000467523998

[1m[32m  Beginning subcycle 1 starting at time 0.05406828922 with dt = 0.000467523998[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001435263 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 224] Advanced 2304 cells
[Level 2 step 447] ADVANCE at time 0.05406828922 with dt = 0.000233761999

[1m[32m  Beginning subcycle 1 starting at time 0.05406828922 with dt = 0.000233761999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002406369 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 447] Advanced 6400 cells
[Level 3 step 893] ADVANCE at time 0.05406828922 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05406828922 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007565678 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 893] Advanced 20736 cells
[Level 3 step 894] ADVANCE at time 0.05418517022 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05418517022 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007538362 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 894] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00135182
[Level 2 step 448] ADVANCE at time 0.05430205122 with dt = 0.000233761999

[1m[32m  Beginning subcycle 1 starting at time 0.05430205122 with dt = 0.000233761999[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002372549 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 448] Advanced 6400 cells
[Level 3 step 895] ADVANCE at time 0.05430205122 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05430205122 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007774227 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 895] Advanced 20736 cells
[Level 3 step 896] ADVANCE at time 0.05441893222 with dt = 0.0001168809995

[1m[32m  Beginning subcycle 1 starting at time 0.05441893222 with dt = 0.0001168809995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007513828 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 896] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00129496
Castro::reflux() at level 1 : time = 0.000705777
Castro::reflux() at level 0 : time = 0.000427025

TIME= 0.05453581322 MASS        = 1
TIME= 0.05453581322 XMOM        = 1.928145278e-18
TIME= 0.05453581322 YMOM        = 3.939361895e-18
TIME= 0.05453581322 ZMOM        = 0
TIME= 0.05453581322 ANG MOM X   = 0
TIME= 0.05453581322 ANG MOM Y   = 0
TIME= 0.05453581322 ANG MOM Z   = 6.886589136e-20
TIME= 0.05453581322 RHO*e       = 0.7988709458
TIME= 0.05453581322 RHO*K       = 0.1997355664
TIME= 0.05453581322 RHO*E       = 0.9986065123
TIME= 0.05453581322 CENTER OF MASS X-LOC = 0.5
TIME= 0.05453581322 CENTER OF MASS X-VEL = 1.928145278e-18
TIME= 0.05453581322 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05453581322 CENTER OF MASS Y-VEL = 3.939361895e-18
TIME= 0.05453581322 CENTER OF MASS Z-LOC = 0
TIME= 0.05453581322 CENTER OF MASS Z-VEL = 0
TIME= 0.05453581322 MAXIMUM TEMPERATURE  = 2.28703993e-06
TIME= 0.05453581322 MAXIMUM DENSITY      = 4.419194234

[STEP 112] Coarse TimeStep time: 0.153463105
[STEP 112] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 112 TIME = 0.05453581322 DT = 0.0009350479959

...estimated hydro-limited timestep at level 0: 0.0009468337646
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009468337646

...estimated hydro-limited timestep at level 1: 0.000470832767
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000470832767

...estimated hydro-limited timestep at level 2: 0.0002344635401
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002344635401

...estimated hydro-limited timestep at level 3: 0.0001171876538
...hydro-limited CFL timestep constrained at (i,j) = (140,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001171876538

Now regridding at level lbase = 0
grid_places() time: 0.00242424 new finest: 3
STEP = 112 TIME = 0.05453581322 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009468337646
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009468337646

...estimated hydro-limited timestep at level 1: 0.000470832767
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000470832767

...estimated hydro-limited timestep at level 2: 0.0002344635401
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002344635401

...estimated hydro-limited timestep at level 3: 0.0001171876538
...hydro-limited CFL timestep constrained at (i,j) = (140,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001171876538

[Level 0 step 113] ADVANCE at time 0.05453581322 with dt = 0.0009375012302

[1m[32m  Beginning subcycle 1 starting at time 0.05453581322 with dt = 0.0009375012302[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00096374 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.672433131

[Level 0 step 113] Advanced 1024 cells
[Level 1 step 225] ADVANCE at time 0.05453581322 with dt = 0.0004687506151

[1m[32m  Beginning subcycle 1 starting at time 0.05453581322 with dt = 0.0004687506151[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001413583 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 225] Advanced 2304 cells
[Level 2 step 449] ADVANCE at time 0.05453581322 with dt = 0.0002343753076

[1m[32m  Beginning subcycle 1 starting at time 0.05453581322 with dt = 0.0002343753076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002349997 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 449] Advanced 6400 cells
[Level 3 step 897] ADVANCE at time 0.05453581322 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05453581322 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007548493 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 897] Advanced 20736 cells
[Level 3 step 898] ADVANCE at time 0.05465300087 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05465300087 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007692188 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 898] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00133826
[Level 2 step 450] ADVANCE at time 0.05477018852 with dt = 0.0002343753076

[1m[32m  Beginning subcycle 1 starting at time 0.05477018852 with dt = 0.0002343753076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002383306 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 450] Advanced 6400 cells
[Level 3 step 899] ADVANCE at time 0.05477018852 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05477018852 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007636877 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 899] Advanced 20736 cells
[Level 3 step 900] ADVANCE at time 0.05488737618 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05488737618 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007513576 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 900] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001285462
Castro::reflux() at level 1 : time = 0.000739004
Now regridding at level lbase = 2
grid_places() time: 0.001253503 new finest: 3
TIME = 0.05500456383 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 226] ADVANCE at time 0.05500456383 with dt = 0.0004687506151

[1m[32m  Beginning subcycle 1 starting at time 0.05500456383 with dt = 0.0004687506151[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001419564 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 226] Advanced 2304 cells
[Level 2 step 451] ADVANCE at time 0.05500456383 with dt = 0.0002343753076

[1m[32m  Beginning subcycle 1 starting at time 0.05500456383 with dt = 0.0002343753076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00235149 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 451] Advanced 6400 cells
[Level 3 step 901] ADVANCE at time 0.05500456383 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05500456383 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007638344 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 901] Advanced 20736 cells
[Level 3 step 902] ADVANCE at time 0.05512175149 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05512175149 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007652606 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 902] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.0013263
[Level 2 step 452] ADVANCE at time 0.05523893914 with dt = 0.0002343753076

[1m[32m  Beginning subcycle 1 starting at time 0.05523893914 with dt = 0.0002343753076[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002405535 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 452] Advanced 6400 cells
[Level 3 step 903] ADVANCE at time 0.05523893914 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05523893914 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007694523 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 903] Advanced 20736 cells
[Level 3 step 904] ADVANCE at time 0.05535612679 with dt = 0.0001171876538

[1m[32m  Beginning subcycle 1 starting at time 0.05535612679 with dt = 0.0001171876538[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007576982 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 904] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00127419
Castro::reflux() at level 1 : time = 0.000699089
Castro::reflux() at level 0 : time = 0.000429155

TIME= 0.05547331445 MASS        = 1
TIME= 0.05547331445 XMOM        = 6.114420381e-18
TIME= 0.05547331445 YMOM        = 1.759953534e-17
TIME= 0.05547331445 ZMOM        = 0
TIME= 0.05547331445 ANG MOM X   = 0
TIME= 0.05547331445 ANG MOM Y   = 0
TIME= 0.05547331445 ANG MOM Z   = 1.628990355e-19
TIME= 0.05547331445 RHO*e       = 0.7988316392
TIME= 0.05547331445 RHO*K       = 0.199774873
TIME= 0.05547331445 RHO*E       = 0.9986065123
TIME= 0.05547331445 CENTER OF MASS X-LOC = 0.5
TIME= 0.05547331445 CENTER OF MASS X-VEL = 6.114420381e-18
TIME= 0.05547331445 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05547331445 CENTER OF MASS Y-VEL = 1.759953534e-17
TIME= 0.05547331445 CENTER OF MASS Z-LOC = 0
TIME= 0.05547331445 CENTER OF MASS Z-VEL = 0
TIME= 0.05547331445 MAXIMUM TEMPERATURE  = 2.275944998e-06
TIME= 0.05547331445 MAXIMUM DENSITY      = 4.440748339

[STEP 113] Coarse TimeStep time: 0.155735204
[STEP 113] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 113 TIME = 0.05547331445 DT = 0.0009375012302

...estimated hydro-limited timestep at level 0: 0.0009488243763
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009488243763

...estimated hydro-limited timestep at level 1: 0.0004721148632
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004721148632

...estimated hydro-limited timestep at level 2: 0.0002350695118
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002350695118

...estimated hydro-limited timestep at level 3: 0.0001174907733
...hydro-limited CFL timestep constrained at (i,j) = (140,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001174907733

Now regridding at level lbase = 1
grid_places() time: 0.00200264 new finest: 3
TIME = 0.05547331445 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 114] ADVANCE at time 0.05547331445 with dt = 0.0009399261862

[1m[32m  Beginning subcycle 1 starting at time 0.05547331445 with dt = 0.0009399261862[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000958839 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6724437288

[Level 0 step 114] Advanced 1024 cells
[Level 1 step 227] ADVANCE at time 0.05547331445 with dt = 0.0004699630931

[1m[32m  Beginning subcycle 1 starting at time 0.05547331445 with dt = 0.0004699630931[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001411581 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 227] Advanced 2304 cells
[Level 2 step 453] ADVANCE at time 0.05547331445 with dt = 0.0002349815465

[1m[32m  Beginning subcycle 1 starting at time 0.05547331445 with dt = 0.0002349815465[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002363113 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 453] Advanced 6400 cells
[Level 3 step 905] ADVANCE at time 0.05547331445 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05547331445 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007675114 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 905] Advanced 20736 cells
[Level 3 step 906] ADVANCE at time 0.05559080522 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05559080522 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007534878 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 906] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001331115
[Level 2 step 454] ADVANCE at time 0.05570829599 with dt = 0.0002349815465

[1m[32m  Beginning subcycle 1 starting at time 0.05570829599 with dt = 0.0002349815465[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002391287 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 454] Advanced 6400 cells
[Level 3 step 907] ADVANCE at time 0.05570829599 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05570829599 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007520562 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 907] Advanced 20736 cells
[Level 3 step 908] ADVANCE at time 0.05582578677 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05582578677 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007529395 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 908] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001277057
Castro::reflux() at level 1 : time = 0.000743091
Now regridding at level lbase = 2
grid_places() time: 0.001222614 new finest: 3
TIME = 0.05594327754 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 228] ADVANCE at time 0.05594327754 with dt = 0.0004699630931

[1m[32m  Beginning subcycle 1 starting at time 0.05594327754 with dt = 0.0004699630931[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001449298 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 228] Advanced 2304 cells
[Level 2 step 455] ADVANCE at time 0.05594327754 with dt = 0.0002349815465

[1m[32m  Beginning subcycle 1 starting at time 0.05594327754 with dt = 0.0002349815465[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00234025 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 455] Advanced 6400 cells
[Level 3 step 909] ADVANCE at time 0.05594327754 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05594327754 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007552117 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 909] Advanced 20736 cells
[Level 3 step 910] ADVANCE at time 0.05606076831 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05606076831 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007549621 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 910] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001314094
[Level 2 step 456] ADVANCE at time 0.05617825909 with dt = 0.0002349815465

[1m[32m  Beginning subcycle 1 starting at time 0.05617825909 with dt = 0.0002349815465[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002380519 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 456] Advanced 6400 cells
[Level 3 step 911] ADVANCE at time 0.05617825909 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05617825909 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007504001 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 911] Advanced 20736 cells
[Level 3 step 912] ADVANCE at time 0.05629574986 with dt = 0.0001174907733

[1m[32m  Beginning subcycle 1 starting at time 0.05629574986 with dt = 0.0001174907733[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007544319 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 912] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001253944
Castro::reflux() at level 1 : time = 0.000693029
Castro::reflux() at level 0 : time = 0.000434512

TIME= 0.05641324063 MASS        = 1
TIME= 0.05641324063 XMOM        = -5.495185598e-18
TIME= 0.05641324063 YMOM        = 2.000640103e-17
TIME= 0.05641324063 ZMOM        = 0
TIME= 0.05641324063 ANG MOM X   = 0
TIME= 0.05641324063 ANG MOM Y   = 0
TIME= 0.05641324063 ANG MOM Z   = 2.163347752e-19
TIME= 0.05641324063 RHO*e       = 0.7987713843
TIME= 0.05641324063 RHO*K       = 0.199835128
TIME= 0.05641324063 RHO*E       = 0.9986065123
TIME= 0.05641324063 CENTER OF MASS X-LOC = 0.5
TIME= 0.05641324063 CENTER OF MASS X-VEL = -5.495185598e-18
TIME= 0.05641324063 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05641324063 CENTER OF MASS Y-VEL = 2.000640103e-17
TIME= 0.05641324063 CENTER OF MASS Z-LOC = 0
TIME= 0.05641324063 CENTER OF MASS Z-VEL = 0
TIME= 0.05641324063 MAXIMUM TEMPERATURE  = 2.26508728e-06
TIME= 0.05641324063 MAXIMUM DENSITY      = 4.416708466

[STEP 114] Coarse TimeStep time: 0.153340559
[STEP 114] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 114 TIME = 0.05641324063 DT = 0.0009399261862

...estimated hydro-limited timestep at level 0: 0.0009508172822
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009508172822

...estimated hydro-limited timestep at level 1: 0.0004733726046
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004733726046

...estimated hydro-limited timestep at level 2: 0.0002356754949
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002356754949

...estimated hydro-limited timestep at level 3: 0.000117792008
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000117792008

Now regridding at level lbase = 0
grid_places() time: 0.002390122 new finest: 3
STEP = 114 TIME = 0.05641324063 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009508172822
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009508172822

...estimated hydro-limited timestep at level 1: 0.0004733726046
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004733726046

...estimated hydro-limited timestep at level 2: 0.0002356754949
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002356754949

...estimated hydro-limited timestep at level 3: 0.000117792008
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000117792008

[Level 0 step 115] ADVANCE at time 0.05641324063 with dt = 0.000942336064

[1m[32m  Beginning subcycle 1 starting at time 0.05641324063 with dt = 0.000942336064[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000962919 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6694385607

[Level 0 step 115] Advanced 1024 cells
[Level 1 step 229] ADVANCE at time 0.05641324063 with dt = 0.000471168032

[1m[32m  Beginning subcycle 1 starting at time 0.05641324063 with dt = 0.000471168032[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001406925 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 229] Advanced 2304 cells
[Level 2 step 457] ADVANCE at time 0.05641324063 with dt = 0.000235584016

[1m[32m  Beginning subcycle 1 starting at time 0.05641324063 with dt = 0.000235584016[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00238093 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 457] Advanced 6400 cells
[Level 3 step 913] ADVANCE at time 0.05641324063 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05641324063 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007840023 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 913] Advanced 20736 cells
[Level 3 step 914] ADVANCE at time 0.05653103264 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05653103264 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007535588 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 914] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001412741
[Level 2 step 458] ADVANCE at time 0.05664882465 with dt = 0.000235584016

[1m[32m  Beginning subcycle 1 starting at time 0.05664882465 with dt = 0.000235584016[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00237812 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 458] Advanced 6400 cells
[Level 3 step 915] ADVANCE at time 0.05664882465 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05664882465 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007544258 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 915] Advanced 20736 cells
[Level 3 step 916] ADVANCE at time 0.05676661666 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05676661666 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007595296 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 916] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001282487
Castro::reflux() at level 1 : time = 0.00073362
Now regridding at level lbase = 2
grid_places() time: 0.001218876 new finest: 3
TIME = 0.05688440867 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 230] ADVANCE at time 0.05688440867 with dt = 0.000471168032

[1m[32m  Beginning subcycle 1 starting at time 0.05688440867 with dt = 0.000471168032[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001435608 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 230] Advanced 2304 cells
[Level 2 step 459] ADVANCE at time 0.05688440867 with dt = 0.000235584016

[1m[32m  Beginning subcycle 1 starting at time 0.05688440867 with dt = 0.000235584016[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002388516 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 459] Advanced 6400 cells
[Level 3 step 917] ADVANCE at time 0.05688440867 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05688440867 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007582368 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 917] Advanced 20736 cells
[Level 3 step 918] ADVANCE at time 0.05700220067 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05700220067 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007571569 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 918] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001341591
[Level 2 step 460] ADVANCE at time 0.05711999268 with dt = 0.000235584016

[1m[32m  Beginning subcycle 1 starting at time 0.05711999268 with dt = 0.000235584016[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002398162 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 460] Advanced 6400 cells
[Level 3 step 919] ADVANCE at time 0.05711999268 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05711999268 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007606905 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 919] Advanced 20736 cells
[Level 3 step 920] ADVANCE at time 0.05723778469 with dt = 0.000117792008

[1m[32m  Beginning subcycle 1 starting at time 0.05723778469 with dt = 0.000117792008[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007792157 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 920] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001286049
Castro::reflux() at level 1 : time = 0.000696463
Castro::reflux() at level 0 : time = 0.000427091

TIME= 0.0573555767 MASS        = 1
TIME= 0.0573555767 XMOM        = -2.012409021e-18
TIME= 0.0573555767 YMOM        = 8.678022434e-18
TIME= 0.0573555767 ZMOM        = 0
TIME= 0.0573555767 ANG MOM X   = 0
TIME= 0.0573555767 ANG MOM Y   = 0
TIME= 0.0573555767 ANG MOM Z   = 1.633725477e-19
TIME= 0.0573555767 RHO*e       = 0.7987023602
TIME= 0.0573555767 RHO*K       = 0.1999041521
TIME= 0.0573555767 RHO*E       = 0.9986065123
TIME= 0.0573555767 CENTER OF MASS X-LOC = 0.5
TIME= 0.0573555767 CENTER OF MASS X-VEL = -2.012409021e-18
TIME= 0.0573555767 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0573555767 CENTER OF MASS Y-VEL = 8.678022434e-18
TIME= 0.0573555767 CENTER OF MASS Z-LOC = 0
TIME= 0.0573555767 CENTER OF MASS Z-VEL = 0
TIME= 0.0573555767 MAXIMUM TEMPERATURE  = 2.254387684e-06
TIME= 0.0573555767 MAXIMUM DENSITY      = 4.431285337

[STEP 115] Coarse TimeStep time: 0.157090184
[STEP 115] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 115 TIME = 0.0573555767 DT = 0.000942336064

...estimated hydro-limited timestep at level 0: 0.0009528163451
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009528163451

...estimated hydro-limited timestep at level 1: 0.0004746267418
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004746267418

...estimated hydro-limited timestep at level 2: 0.0002362727695
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002362727695

...estimated hydro-limited timestep at level 3: 0.0001180846114
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001180846114

Now regridding at level lbase = 1
grid_places() time: 0.001955239 new finest: 3
TIME = 0.0573555767 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 116] ADVANCE at time 0.0573555767 with dt = 0.0009446768911

[1m[32m  Beginning subcycle 1 starting at time 0.0573555767 with dt = 0.0009446768911[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000956469 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6864351959

[Level 0 step 116] Advanced 1024 cells
[Level 1 step 231] ADVANCE at time 0.0573555767 with dt = 0.0004723384455

[1m[32m  Beginning subcycle 1 starting at time 0.0573555767 with dt = 0.0004723384455[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001402318 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 231] Advanced 2304 cells
[Level 2 step 461] ADVANCE at time 0.0573555767 with dt = 0.0002361692228

[1m[32m  Beginning subcycle 1 starting at time 0.0573555767 with dt = 0.0002361692228[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00238919 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 461] Advanced 6400 cells
[Level 3 step 921] ADVANCE at time 0.0573555767 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.0573555767 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007575111 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 921] Advanced 20736 cells
[Level 3 step 922] ADVANCE at time 0.05747366131 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05747366131 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00754472 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 922] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001342983
[Level 2 step 462] ADVANCE at time 0.05759174592 with dt = 0.0002361692228

[1m[32m  Beginning subcycle 1 starting at time 0.05759174592 with dt = 0.0002361692228[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002361565 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 462] Advanced 6400 cells
[Level 3 step 923] ADVANCE at time 0.05759174592 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05759174592 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007555803 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 923] Advanced 20736 cells
[Level 3 step 924] ADVANCE at time 0.05770983053 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05770983053 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007775917 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 924] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001301978
Castro::reflux() at level 1 : time = 0.000724006
Now regridding at level lbase = 2
grid_places() time: 0.001224623 new finest: 3
TIME = 0.05782791514 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 232] ADVANCE at time 0.05782791514 with dt = 0.0004723384455

[1m[32m  Beginning subcycle 1 starting at time 0.05782791514 with dt = 0.0004723384455[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001441988 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 232] Advanced 2304 cells
[Level 2 step 463] ADVANCE at time 0.05782791514 with dt = 0.0002361692228

[1m[32m  Beginning subcycle 1 starting at time 0.05782791514 with dt = 0.0002361692228[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002401491 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 463] Advanced 6400 cells
[Level 3 step 925] ADVANCE at time 0.05782791514 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05782791514 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007573235 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 925] Advanced 20736 cells
[Level 3 step 926] ADVANCE at time 0.05794599975 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05794599975 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007550841 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 926] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001333582
[Level 2 step 464] ADVANCE at time 0.05806408437 with dt = 0.0002361692228

[1m[32m  Beginning subcycle 1 starting at time 0.05806408437 with dt = 0.0002361692228[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002395954 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 464] Advanced 6400 cells
[Level 3 step 927] ADVANCE at time 0.05806408437 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05806408437 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007801784 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 927] Advanced 20736 cells
[Level 3 step 928] ADVANCE at time 0.05818216898 with dt = 0.0001180846114

[1m[32m  Beginning subcycle 1 starting at time 0.05818216898 with dt = 0.0001180846114[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007520852 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 928] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001347813
Castro::reflux() at level 1 : time = 0.000697622
Castro::reflux() at level 0 : time = 0.00042819

TIME= 0.05830025359 MASS        = 1
TIME= 0.05830025359 XMOM        = -3.651605738e-18
TIME= 0.05830025359 YMOM        = 3.050005677e-17
TIME= 0.05830025359 ZMOM        = 0
TIME= 0.05830025359 ANG MOM X   = 0
TIME= 0.05830025359 ANG MOM Y   = 0
TIME= 0.05830025359 ANG MOM Z   = 1.024808878e-19
TIME= 0.05830025359 RHO*e       = 0.7986094209
TIME= 0.05830025359 RHO*K       = 0.1999970913
TIME= 0.05830025359 RHO*E       = 0.9986065123
TIME= 0.05830025359 CENTER OF MASS X-LOC = 0.5
TIME= 0.05830025359 CENTER OF MASS X-VEL = -3.651605738e-18
TIME= 0.05830025359 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05830025359 CENTER OF MASS Y-VEL = 3.050005677e-17
TIME= 0.05830025359 CENTER OF MASS Z-LOC = 0
TIME= 0.05830025359 CENTER OF MASS Z-VEL = 0
TIME= 0.05830025359 MAXIMUM TEMPERATURE  = 2.243932816e-06
TIME= 0.05830025359 MAXIMUM DENSITY      = 4.46097894

[STEP 116] Coarse TimeStep time: 0.154101261
[STEP 116] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 116 TIME = 0.05830025359 DT = 0.0009446768911

...estimated hydro-limited timestep at level 0: 0.0009548261751
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009548261751

...estimated hydro-limited timestep at level 1: 0.0004758558275
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004758558275

...estimated hydro-limited timestep at level 2: 0.0002368770614
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002368770614

...estimated hydro-limited timestep at level 3: 0.0001183796497
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001183796497

Now regridding at level lbase = 0
grid_places() time: 0.002331301 new finest: 3
STEP = 116 TIME = 0.05830025359 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009548261751
...hydro-limited CFL timestep constrained at (i,j) = (17,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009548261751

...estimated hydro-limited timestep at level 1: 0.0004758558275
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004758558275

...estimated hydro-limited timestep at level 2: 0.0002368770614
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002368770614

...estimated hydro-limited timestep at level 3: 0.0001183796497
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001183796497

[Level 0 step 117] ADVANCE at time 0.05830025359 with dt = 0.000947037198

[1m[32m  Beginning subcycle 1 starting at time 0.05830025359 with dt = 0.000947037198[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00096392 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6746082463

[Level 0 step 117] Advanced 1024 cells
[Level 1 step 233] ADVANCE at time 0.05830025359 with dt = 0.000473518599

[1m[32m  Beginning subcycle 1 starting at time 0.05830025359 with dt = 0.000473518599[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001408989 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 233] Advanced 2304 cells
[Level 2 step 465] ADVANCE at time 0.05830025359 with dt = 0.0002367592995

[1m[32m  Beginning subcycle 1 starting at time 0.05830025359 with dt = 0.0002367592995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002414787 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 465] Advanced 6400 cells
[Level 3 step 929] ADVANCE at time 0.05830025359 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05830025359 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007555699 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 929] Advanced 20736 cells
[Level 3 step 930] ADVANCE at time 0.05841863324 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05841863324 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007723606 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 930] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001325056
[Level 2 step 466] ADVANCE at time 0.05853701289 with dt = 0.0002367592995

[1m[32m  Beginning subcycle 1 starting at time 0.05853701289 with dt = 0.0002367592995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002348847 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 466] Advanced 6400 cells
[Level 3 step 931] ADVANCE at time 0.05853701289 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05853701289 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007793651 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 931] Advanced 20736 cells
[Level 3 step 932] ADVANCE at time 0.05865539254 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05865539254 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007523594 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 932] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001259199
Castro::reflux() at level 1 : time = 0.000742184
Now regridding at level lbase = 2
grid_places() time: 0.00124682 new finest: 3
TIME = 0.05877377219 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 234] ADVANCE at time 0.05877377219 with dt = 0.000473518599

[1m[32m  Beginning subcycle 1 starting at time 0.05877377219 with dt = 0.000473518599[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00142531 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 234] Advanced 2304 cells
[Level 2 step 467] ADVANCE at time 0.05877377219 with dt = 0.0002367592995

[1m[32m  Beginning subcycle 1 starting at time 0.05877377219 with dt = 0.0002367592995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002373019 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 467] Advanced 6400 cells
[Level 3 step 933] ADVANCE at time 0.05877377219 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05877377219 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007681493 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 933] Advanced 20736 cells
[Level 3 step 934] ADVANCE at time 0.05889215184 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05889215184 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00766917 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 934] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001325341
[Level 2 step 468] ADVANCE at time 0.05901053149 with dt = 0.0002367592995

[1m[32m  Beginning subcycle 1 starting at time 0.05901053149 with dt = 0.0002367592995[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002385481 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 468] Advanced 6400 cells
[Level 3 step 935] ADVANCE at time 0.05901053149 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05901053149 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007746746 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 935] Advanced 20736 cells
[Level 3 step 936] ADVANCE at time 0.05912891114 with dt = 0.0001183796497

[1m[32m  Beginning subcycle 1 starting at time 0.05912891114 with dt = 0.0001183796497[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007563612 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 936] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001249778
Castro::reflux() at level 1 : time = 0.000690222
Castro::reflux() at level 0 : time = 0.000431004

TIME= 0.05924729079 MASS        = 1
TIME= 0.05924729079 XMOM        = 1.933545084e-18
TIME= 0.05924729079 YMOM        = 3.800237594e-17
TIME= 0.05924729079 ZMOM        = 0
TIME= 0.05924729079 ANG MOM X   = 0
TIME= 0.05924729079 ANG MOM Y   = 0
TIME= 0.05924729079 ANG MOM Z   = 1.768333509e-19
TIME= 0.05924729079 RHO*e       = 0.7985805395
TIME= 0.05924729079 RHO*K       = 0.2000259728
TIME= 0.05924729079 RHO*E       = 0.9986065123
TIME= 0.05924729079 CENTER OF MASS X-LOC = 0.5
TIME= 0.05924729079 CENTER OF MASS X-VEL = 1.933545084e-18
TIME= 0.05924729079 CENTER OF MASS Y-LOC = 0.5
TIME= 0.05924729079 CENTER OF MASS Y-VEL = 3.800237594e-17
TIME= 0.05924729079 CENTER OF MASS Z-LOC = 0
TIME= 0.05924729079 CENTER OF MASS Z-VEL = 0
TIME= 0.05924729079 MAXIMUM TEMPERATURE  = 2.233622131e-06
TIME= 0.05924729079 MAXIMUM DENSITY      = 4.459653165

[STEP 117] Coarse TimeStep time: 0.156081265
[STEP 117] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 117 TIME = 0.05924729079 DT = 0.000947037198

...estimated hydro-limited timestep at level 0: 0.0009568417475
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009568417475

...estimated hydro-limited timestep at level 1: 0.0004770789631
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004770789631

...estimated hydro-limited timestep at level 2: 0.0002374697923
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002374697923

...estimated hydro-limited timestep at level 3: 0.0001186717284
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001186717284

Now regridding at level lbase = 1
grid_places() time: 0.001927887 new finest: 3
TIME = 0.05924729079 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 118] ADVANCE at time 0.05924729079 with dt = 0.0009493738275

[1m[32m  Beginning subcycle 1 starting at time 0.05924729079 with dt = 0.0009493738275[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000954285 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6821818628

[Level 0 step 118] Advanced 1024 cells
[Level 1 step 235] ADVANCE at time 0.05924729079 with dt = 0.0004746869137

[1m[32m  Beginning subcycle 1 starting at time 0.05924729079 with dt = 0.0004746869137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001405103 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 235] Advanced 2304 cells
[Level 2 step 469] ADVANCE at time 0.05924729079 with dt = 0.0002373434569

[1m[32m  Beginning subcycle 1 starting at time 0.05924729079 with dt = 0.0002373434569[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002357645 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 469] Advanced 6400 cells
[Level 3 step 937] ADVANCE at time 0.05924729079 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05924729079 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007667579 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 937] Advanced 20736 cells
[Level 3 step 938] ADVANCE at time 0.05936596252 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05936596252 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007585452 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 938] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001379127
[Level 2 step 470] ADVANCE at time 0.05948463424 with dt = 0.0002373434569

[1m[32m  Beginning subcycle 1 starting at time 0.05948463424 with dt = 0.0002373434569[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002398052 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 470] Advanced 6400 cells
[Level 3 step 939] ADVANCE at time 0.05948463424 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05948463424 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00762386 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 939] Advanced 20736 cells
[Level 3 step 940] ADVANCE at time 0.05960330597 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05960330597 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007544374 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 940] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001278552
Castro::reflux() at level 1 : time = 0.000712923
Now regridding at level lbase = 2
grid_places() time: 0.001284448 new finest: 3
TIME = 0.0597219777 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 236] ADVANCE at time 0.0597219777 with dt = 0.0004746869137

[1m[32m  Beginning subcycle 1 starting at time 0.0597219777 with dt = 0.0004746869137[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001448307 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 236] Advanced 2304 cells
[Level 2 step 471] ADVANCE at time 0.0597219777 with dt = 0.0002373434569

[1m[32m  Beginning subcycle 1 starting at time 0.0597219777 with dt = 0.0002373434569[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002348479 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 471] Advanced 6400 cells
[Level 3 step 941] ADVANCE at time 0.0597219777 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.0597219777 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007586886 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 941] Advanced 20736 cells
[Level 3 step 942] ADVANCE at time 0.05984064943 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05984064943 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007576181 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 942] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001339576
[Level 2 step 472] ADVANCE at time 0.05995932116 with dt = 0.0002373434569

[1m[32m  Beginning subcycle 1 starting at time 0.05995932116 with dt = 0.0002373434569[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002414327 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 472] Advanced 6400 cells
[Level 3 step 943] ADVANCE at time 0.05995932116 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.05995932116 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007564617 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 943] Advanced 20736 cells
[Level 3 step 944] ADVANCE at time 0.06007799289 with dt = 0.0001186717284

[1m[32m  Beginning subcycle 1 starting at time 0.06007799289 with dt = 0.0001186717284[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007728163 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 944] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001264419
Castro::reflux() at level 1 : time = 0.000705221
Castro::reflux() at level 0 : time = 0.000435473

TIME= 0.06019666461 MASS        = 1
TIME= 0.06019666461 XMOM        = -3.605398366e-18
TIME= 0.06019666461 YMOM        = 6.073251366e-17
TIME= 0.06019666461 ZMOM        = 0
TIME= 0.06019666461 ANG MOM X   = 0
TIME= 0.06019666461 ANG MOM Y   = 0
TIME= 0.06019666461 ANG MOM Z   = 2.446799825e-19
TIME= 0.06019666461 RHO*e       = 0.7985061269
TIME= 0.06019666461 RHO*K       = 0.2001003854
TIME= 0.06019666461 RHO*E       = 0.9986065123
TIME= 0.06019666461 CENTER OF MASS X-LOC = 0.5
TIME= 0.06019666461 CENTER OF MASS X-VEL = -3.605398366e-18
TIME= 0.06019666461 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06019666461 CENTER OF MASS Y-VEL = 6.073251366e-17
TIME= 0.06019666461 CENTER OF MASS Z-LOC = 0
TIME= 0.06019666461 CENTER OF MASS Z-VEL = 0
TIME= 0.06019666461 MAXIMUM TEMPERATURE  = 2.223527798e-06
TIME= 0.06019666461 MAXIMUM DENSITY      = 4.440746105

[STEP 118] Coarse TimeStep time: 0.153826188
[STEP 118] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 118 TIME = 0.06019666461 DT = 0.0009493738275

...estimated hydro-limited timestep at level 0: 0.0009588697245
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009588697245

...estimated hydro-limited timestep at level 1: 0.0004782828881
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004782828881

...estimated hydro-limited timestep at level 2: 0.0002380646659
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002380646659

...estimated hydro-limited timestep at level 3: 0.0001189646818
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001189646818

Now regridding at level lbase = 0
grid_places() time: 0.002321173 new finest: 3
STEP = 118 TIME = 0.06019666461 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009588697245
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009588697245

...estimated hydro-limited timestep at level 1: 0.0004782828881
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004782828881

...estimated hydro-limited timestep at level 2: 0.0002380646659
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002380646659

...estimated hydro-limited timestep at level 3: 0.0001189646818
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001189646818

[Level 0 step 119] ADVANCE at time 0.06019666461 with dt = 0.0009517174545

[1m[32m  Beginning subcycle 1 starting at time 0.06019666461 with dt = 0.0009517174545[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00096603 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6705006558

[Level 0 step 119] Advanced 1024 cells
[Level 1 step 237] ADVANCE at time 0.06019666461 with dt = 0.0004758587272

[1m[32m  Beginning subcycle 1 starting at time 0.06019666461 with dt = 0.0004758587272[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001423833 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 237] Advanced 2304 cells
[Level 2 step 473] ADVANCE at time 0.06019666461 with dt = 0.0002379293636

[1m[32m  Beginning subcycle 1 starting at time 0.06019666461 with dt = 0.0002379293636[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002412457 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 473] Advanced 6400 cells
[Level 3 step 945] ADVANCE at time 0.06019666461 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06019666461 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007890463 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 945] Advanced 20736 cells
[Level 3 step 946] ADVANCE at time 0.0603156293 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.0603156293 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007555544 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 946] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00133862
[Level 2 step 474] ADVANCE at time 0.06043459398 with dt = 0.0002379293636

[1m[32m  Beginning subcycle 1 starting at time 0.06043459398 with dt = 0.0002379293636[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002420824 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 474] Advanced 6400 cells
[Level 3 step 947] ADVANCE at time 0.06043459398 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06043459398 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007574209 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 947] Advanced 20736 cells
[Level 3 step 948] ADVANCE at time 0.06055355866 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06055355866 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00756754 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 948] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001298091
Castro::reflux() at level 1 : time = 0.000736104
Now regridding at level lbase = 2
grid_places() time: 0.001200919 new finest: 3
TIME = 0.06067252334 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 238] ADVANCE at time 0.06067252334 with dt = 0.0004758587272

[1m[32m  Beginning subcycle 1 starting at time 0.06067252334 with dt = 0.0004758587272[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001434869 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 238] Advanced 2304 cells
[Level 2 step 475] ADVANCE at time 0.06067252334 with dt = 0.0002379293636

[1m[32m  Beginning subcycle 1 starting at time 0.06067252334 with dt = 0.0002379293636[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002410198 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 475] Advanced 6400 cells
[Level 3 step 949] ADVANCE at time 0.06067252334 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06067252334 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007614097 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 949] Advanced 20736 cells
[Level 3 step 950] ADVANCE at time 0.06079148802 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06079148802 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007692346 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 950] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001340583
[Level 2 step 476] ADVANCE at time 0.0609104527 with dt = 0.0002379293636

[1m[32m  Beginning subcycle 1 starting at time 0.0609104527 with dt = 0.0002379293636[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00240273 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 476] Advanced 6400 cells
[Level 3 step 951] ADVANCE at time 0.0609104527 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.0609104527 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007586472 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 951] Advanced 20736 cells
[Level 3 step 952] ADVANCE at time 0.06102941739 with dt = 0.0001189646818

[1m[32m  Beginning subcycle 1 starting at time 0.06102941739 with dt = 0.0001189646818[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007723385 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 952] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001262054
Castro::reflux() at level 1 : time = 0.000700138
Castro::reflux() at level 0 : time = 0.000420986

TIME= 0.06114838207 MASS        = 1
TIME= 0.06114838207 XMOM        = 1.072003918e-17
TIME= 0.06114838207 YMOM        = -5.726816733e-17
TIME= 0.06114838207 ZMOM        = 0
TIME= 0.06114838207 ANG MOM X   = 0
TIME= 0.06114838207 ANG MOM Y   = 0
TIME= 0.06114838207 ANG MOM Z   = 1.58336613e-19
TIME= 0.06114838207 RHO*e       = 0.7984358992
TIME= 0.06114838207 RHO*K       = 0.2001706131
TIME= 0.06114838207 RHO*E       = 0.9986065123
TIME= 0.06114838207 CENTER OF MASS X-LOC = 0.5
TIME= 0.06114838207 CENTER OF MASS X-VEL = 1.072003918e-17
TIME= 0.06114838207 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06114838207 CENTER OF MASS Y-VEL = -5.726816733e-17
TIME= 0.06114838207 CENTER OF MASS Z-LOC = 0
TIME= 0.06114838207 CENTER OF MASS Z-VEL = 0
TIME= 0.06114838207 MAXIMUM TEMPERATURE  = 2.213593718e-06
TIME= 0.06114838207 MAXIMUM DENSITY      = 4.476622295

[STEP 119] Coarse TimeStep time: 0.156047445
[STEP 119] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 119 TIME = 0.06114838207 DT = 0.0009517174545

...estimated hydro-limited timestep at level 0: 0.0009608998449
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009608998449

...estimated hydro-limited timestep at level 1: 0.0004794731995
...hydro-limited CFL timestep constrained at (i,j) = (29,29)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004794731995

...estimated hydro-limited timestep at level 2: 0.0002386523836
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002386523836

...estimated hydro-limited timestep at level 3: 0.0001192566607
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001192566607

Now regridding at level lbase = 1
grid_places() time: 0.001930365 new finest: 3
TIME = 0.06114838207 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 120] ADVANCE at time 0.06114838207 with dt = 0.0009540532856

[1m[32m  Beginning subcycle 1 starting at time 0.06114838207 with dt = 0.0009540532856[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000997481 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6625554583

[Level 0 step 120] Advanced 1024 cells
[Level 1 step 239] ADVANCE at time 0.06114838207 with dt = 0.0004770266428

[1m[32m  Beginning subcycle 1 starting at time 0.06114838207 with dt = 0.0004770266428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001410624 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 239] Advanced 2304 cells
[Level 2 step 477] ADVANCE at time 0.06114838207 with dt = 0.0002385133214

[1m[32m  Beginning subcycle 1 starting at time 0.06114838207 with dt = 0.0002385133214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002368874 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 477] Advanced 6400 cells
[Level 3 step 953] ADVANCE at time 0.06114838207 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06114838207 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007583496 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 953] Advanced 20736 cells
[Level 3 step 954] ADVANCE at time 0.06126763873 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06126763873 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007768277 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 954] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001328935
[Level 2 step 478] ADVANCE at time 0.06138689539 with dt = 0.0002385133214

[1m[32m  Beginning subcycle 1 starting at time 0.06138689539 with dt = 0.0002385133214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002390623 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 478] Advanced 6400 cells
[Level 3 step 955] ADVANCE at time 0.06138689539 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06138689539 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007563423 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 955] Advanced 20736 cells
[Level 3 step 956] ADVANCE at time 0.06150615205 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06150615205 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007758862 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 956] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00127565
Castro::reflux() at level 1 : time = 0.000726276
Now regridding at level lbase = 2
grid_places() time: 0.001226112 new finest: 3
TIME = 0.06162540871 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 240] ADVANCE at time 0.06162540871 with dt = 0.0004770266428

[1m[32m  Beginning subcycle 1 starting at time 0.06162540871 with dt = 0.0004770266428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001431322 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 240] Advanced 2304 cells
[Level 2 step 479] ADVANCE at time 0.06162540871 with dt = 0.0002385133214

[1m[32m  Beginning subcycle 1 starting at time 0.06162540871 with dt = 0.0002385133214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002382218 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 479] Advanced 6400 cells
[Level 3 step 957] ADVANCE at time 0.06162540871 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06162540871 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007723843 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 957] Advanced 20736 cells
[Level 3 step 958] ADVANCE at time 0.06174466537 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06174466537 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007842905 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 958] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001321666
[Level 2 step 480] ADVANCE at time 0.06186392203 with dt = 0.0002385133214

[1m[32m  Beginning subcycle 1 starting at time 0.06186392203 with dt = 0.0002385133214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002390571 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 480] Advanced 6400 cells
[Level 3 step 959] ADVANCE at time 0.06186392203 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06186392203 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007846652 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 959] Advanced 20736 cells
[Level 3 step 960] ADVANCE at time 0.06198317869 with dt = 0.0001192566607

[1m[32m  Beginning subcycle 1 starting at time 0.06198317869 with dt = 0.0001192566607[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007587645 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 960] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001279042
Castro::reflux() at level 1 : time = 0.000717569
Castro::reflux() at level 0 : time = 0.000419982

TIME= 0.06210243535 MASS        = 1
TIME= 0.06210243535 XMOM        = 2.004199295e-20
TIME= 0.06210243535 YMOM        = 3.11639648e-17
TIME= 0.06210243535 ZMOM        = 0
TIME= 0.06210243535 ANG MOM X   = 0
TIME= 0.06210243535 ANG MOM Y   = 0
TIME= 0.06210243535 ANG MOM Z   = 2.004852437e-19
TIME= 0.06210243535 RHO*e       = 0.7983629686
TIME= 0.06210243535 RHO*K       = 0.2002435437
TIME= 0.06210243535 RHO*E       = 0.9986065123
TIME= 0.06210243535 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06210243535 CENTER OF MASS X-VEL = 2.004199295e-20
TIME= 0.06210243535 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06210243535 CENTER OF MASS Y-VEL = 3.11639648e-17
TIME= 0.06210243535 CENTER OF MASS Z-LOC = 0
TIME= 0.06210243535 CENTER OF MASS Z-VEL = 0
TIME= 0.06210243535 MAXIMUM TEMPERATURE  = 2.203839605e-06
TIME= 0.06210243535 MAXIMUM DENSITY      = 4.48904561

[STEP 120] Coarse TimeStep time: 0.154774159
[STEP 120] FAB kilobyte spread across MPI nodes: [42179 ... 42179]


STEP = 120 TIME = 0.06210243535 DT = 0.0009540532856

PLOTFILE: file = Sedov-2d-tau_plt00120
Write plotfile time = 0.03745231  seconds

...estimated hydro-limited timestep at level 0: 0.0009629336022
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009629336022

...estimated hydro-limited timestep at level 1: 0.0004805619179
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004805619179

...estimated hydro-limited timestep at level 2: 0.0002392361771
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002392361771

...estimated hydro-limited timestep at level 3: 0.0001195469202
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001195469202

Now regridding at level lbase = 0
grid_places() time: 0.002427486 new finest: 3
STEP = 120 TIME = 0.06210243535 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009629336022
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009629336022

...estimated hydro-limited timestep at level 1: 0.0004805619179
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004805619179

...estimated hydro-limited timestep at level 2: 0.0002392361771
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002392361771

...estimated hydro-limited timestep at level 3: 0.0001195469202
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001195469202

[Level 0 step 121] ADVANCE at time 0.06210243535 with dt = 0.0009563753614

[1m[32m  Beginning subcycle 1 starting at time 0.06210243535 with dt = 0.0009563753614[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000965625 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6613619924

[Level 0 step 121] Advanced 1024 cells
[Level 1 step 241] ADVANCE at time 0.06210243535 with dt = 0.0004781876807

[1m[32m  Beginning subcycle 1 starting at time 0.06210243535 with dt = 0.0004781876807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001441638 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 241] Advanced 2304 cells
[Level 2 step 481] ADVANCE at time 0.06210243535 with dt = 0.0002390938404

[1m[32m  Beginning subcycle 1 starting at time 0.06210243535 with dt = 0.0002390938404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002358945 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 481] Advanced 6400 cells
[Level 3 step 961] ADVANCE at time 0.06210243535 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06210243535 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007656229 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 961] Advanced 20736 cells
[Level 3 step 962] ADVANCE at time 0.06222198227 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06222198227 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007542808 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 962] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001341648
[Level 2 step 482] ADVANCE at time 0.06234152919 with dt = 0.0002390938404

[1m[32m  Beginning subcycle 1 starting at time 0.06234152919 with dt = 0.0002390938404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002360545 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 482] Advanced 6400 cells
[Level 3 step 963] ADVANCE at time 0.06234152919 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06234152919 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007575815 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 963] Advanced 20736 cells
[Level 3 step 964] ADVANCE at time 0.06246107611 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06246107611 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007650112 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 964] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001280414
Castro::reflux() at level 1 : time = 0.000710559
Now regridding at level lbase = 2
grid_places() time: 0.001207658 new finest: 3
TIME = 0.06258062303 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 242] ADVANCE at time 0.06258062303 with dt = 0.0004781876807

[1m[32m  Beginning subcycle 1 starting at time 0.06258062303 with dt = 0.0004781876807[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001426403 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 242] Advanced 2304 cells
[Level 2 step 483] ADVANCE at time 0.06258062303 with dt = 0.0002390938404

[1m[32m  Beginning subcycle 1 starting at time 0.06258062303 with dt = 0.0002390938404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002898486 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 483] Advanced 6400 cells
[Level 3 step 965] ADVANCE at time 0.06258062303 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06258062303 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007885461 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 965] Advanced 20736 cells
[Level 3 step 966] ADVANCE at time 0.06270016996 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06270016996 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007695531 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 966] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001342683
[Level 2 step 484] ADVANCE at time 0.06281971688 with dt = 0.0002390938404

[1m[32m  Beginning subcycle 1 starting at time 0.06281971688 with dt = 0.0002390938404[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002400659 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 484] Advanced 6400 cells
[Level 3 step 967] ADVANCE at time 0.06281971688 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.06281971688 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007585962 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 967] Advanced 20736 cells
[Level 3 step 968] ADVANCE at time 0.0629392638 with dt = 0.0001195469202

[1m[32m  Beginning subcycle 1 starting at time 0.0629392638 with dt = 0.0001195469202[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007636177 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 968] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001262991
Castro::reflux() at level 1 : time = 0.000668638
Castro::reflux() at level 0 : time = 0.000419259

TIME= 0.06305881072 MASS        = 1
TIME= 0.06305881072 XMOM        = 2.459822315e-18
TIME= 0.06305881072 YMOM        = -4.296532033e-18
TIME= 0.06305881072 ZMOM        = 0
TIME= 0.06305881072 ANG MOM X   = 0
TIME= 0.06305881072 ANG MOM Y   = 0
TIME= 0.06305881072 ANG MOM Z   = 2.363990135e-19
TIME= 0.06305881072 RHO*e       = 0.7983479748
TIME= 0.06305881072 RHO*K       = 0.2002585374
TIME= 0.06305881072 RHO*E       = 0.9986065123
TIME= 0.06305881072 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06305881072 CENTER OF MASS X-VEL = 2.459822315e-18
TIME= 0.06305881072 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06305881072 CENTER OF MASS Y-VEL = -4.296532033e-18
TIME= 0.06305881072 CENTER OF MASS Z-LOC = 0
TIME= 0.06305881072 CENTER OF MASS Z-VEL = 0
TIME= 0.06305881072 MAXIMUM TEMPERATURE  = 2.194250408e-06
TIME= 0.06305881072 MAXIMUM DENSITY      = 4.475626541

[STEP 121] Coarse TimeStep time: 0.157864103
[STEP 121] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 121 TIME = 0.06305881072 DT = 0.0009563753614

...estimated hydro-limited timestep at level 0: 0.000964969888
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000964969888

...estimated hydro-limited timestep at level 1: 0.0004814158397
...hydro-limited CFL timestep constrained at (i,j) = (35,28)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004814158397

...estimated hydro-limited timestep at level 2: 0.0002398144276
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002398144276

...estimated hydro-limited timestep at level 3: 0.0001198354746
...hydro-limited CFL timestep constrained at (i,j) = (141,141)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001198354746

Now regridding at level lbase = 1
grid_places() time: 0.001966085 new finest: 3
TIME = 0.06305881072 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 122] ADVANCE at time 0.06305881072 with dt = 0.000958683797

[1m[32m  Beginning subcycle 1 starting at time 0.06305881072 with dt = 0.000958683797[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000966643 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6688687952

[Level 0 step 122] Advanced 1024 cells
[Level 1 step 243] ADVANCE at time 0.06305881072 with dt = 0.0004793418985

[1m[32m  Beginning subcycle 1 starting at time 0.06305881072 with dt = 0.0004793418985[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001416681 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 243] Advanced 2304 cells
[Level 2 step 485] ADVANCE at time 0.06305881072 with dt = 0.0002396709492

[1m[32m  Beginning subcycle 1 starting at time 0.06305881072 with dt = 0.0002396709492[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002384309 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 485] Advanced 6400 cells
[Level 3 step 969] ADVANCE at time 0.06305881072 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06305881072 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0077547 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 969] Advanced 20736 cells
[Level 3 step 970] ADVANCE at time 0.06317864619 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06317864619 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007664726 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 970] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001328521
[Level 2 step 486] ADVANCE at time 0.06329848166 with dt = 0.0002396709492

[1m[32m  Beginning subcycle 1 starting at time 0.06329848166 with dt = 0.0002396709492[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002387905 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 486] Advanced 6400 cells
[Level 3 step 971] ADVANCE at time 0.06329848166 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06329848166 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007660776 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 971] Advanced 20736 cells
[Level 3 step 972] ADVANCE at time 0.06341831714 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06341831714 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00757513 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 972] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001272529
Castro::reflux() at level 1 : time = 0.000700983
Now regridding at level lbase = 2
grid_places() time: 0.001201426 new finest: 3
TIME = 0.06353815261 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 244] ADVANCE at time 0.06353815261 with dt = 0.0004793418985

[1m[32m  Beginning subcycle 1 starting at time 0.06353815261 with dt = 0.0004793418985[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001428898 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 244] Advanced 2304 cells
[Level 2 step 487] ADVANCE at time 0.06353815261 with dt = 0.0002396709492

[1m[32m  Beginning subcycle 1 starting at time 0.06353815261 with dt = 0.0002396709492[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002385344 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 487] Advanced 6400 cells
[Level 3 step 973] ADVANCE at time 0.06353815261 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06353815261 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007646244 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 973] Advanced 20736 cells
[Level 3 step 974] ADVANCE at time 0.06365798809 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06365798809 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007581456 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 974] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001324269
[Level 2 step 488] ADVANCE at time 0.06377782356 with dt = 0.0002396709492

[1m[32m  Beginning subcycle 1 starting at time 0.06377782356 with dt = 0.0002396709492[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002427753 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 488] Advanced 6400 cells
[Level 3 step 975] ADVANCE at time 0.06377782356 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06377782356 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007570189 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 975] Advanced 20736 cells
[Level 3 step 976] ADVANCE at time 0.06389765904 with dt = 0.0001198354746

[1m[32m  Beginning subcycle 1 starting at time 0.06389765904 with dt = 0.0001198354746[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007824708 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 976] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001291667
Castro::reflux() at level 1 : time = 0.000699705
Castro::reflux() at level 0 : time = 0.000421033

TIME= 0.06401749451 MASS        = 1
TIME= 0.06401749451 XMOM        = 6.993782543e-18
TIME= 0.06401749451 YMOM        = 2.546058104e-17
TIME= 0.06401749451 ZMOM        = 0
TIME= 0.06401749451 ANG MOM X   = 0
TIME= 0.06401749451 ANG MOM Y   = 0
TIME= 0.06401749451 ANG MOM Z   = 2.62069398e-19
TIME= 0.06401749451 RHO*e       = 0.7982490463
TIME= 0.06401749451 RHO*K       = 0.2003574659
TIME= 0.06401749451 RHO*E       = 0.9986065123
TIME= 0.06401749451 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06401749451 CENTER OF MASS X-VEL = 6.993782543e-18
TIME= 0.06401749451 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06401749451 CENTER OF MASS Y-VEL = 2.546058104e-17
TIME= 0.06401749451 CENTER OF MASS Z-LOC = 0
TIME= 0.06401749451 CENTER OF MASS Z-VEL = 0
TIME= 0.06401749451 MAXIMUM TEMPERATURE  = 2.184821919e-06
TIME= 0.06401749451 MAXIMUM DENSITY      = 4.492220543

[STEP 122] Coarse TimeStep time: 0.154427272
[STEP 122] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 122 TIME = 0.06401749451 DT = 0.000958683797

...estimated hydro-limited timestep at level 0: 0.0009670080679
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009670080679

...estimated hydro-limited timestep at level 1: 0.000482289379
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000482289379

...estimated hydro-limited timestep at level 2: 0.0002403878793
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002403878793

...estimated hydro-limited timestep at level 3: 0.0001201166107
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001201166107

Now regridding at level lbase = 0
grid_places() time: 0.00236184 new finest: 3
STEP = 122 TIME = 0.06401749451 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009670080679
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009670080679

...estimated hydro-limited timestep at level 1: 0.000482289379
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000482289379

...estimated hydro-limited timestep at level 2: 0.0002403878793
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002403878793

...estimated hydro-limited timestep at level 3: 0.0001201166107
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001201166107

[Level 0 step 123] ADVANCE at time 0.06401749451 with dt = 0.0009609328857

[1m[32m  Beginning subcycle 1 starting at time 0.06401749451 with dt = 0.0009609328857[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000955984 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6751584545

[Level 0 step 123] Advanced 1024 cells
[Level 1 step 245] ADVANCE at time 0.06401749451 with dt = 0.0004804664428

[1m[32m  Beginning subcycle 1 starting at time 0.06401749451 with dt = 0.0004804664428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001434904 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 245] Advanced 2304 cells
[Level 2 step 489] ADVANCE at time 0.06401749451 with dt = 0.0002402332214

[1m[32m  Beginning subcycle 1 starting at time 0.06401749451 with dt = 0.0002402332214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002448993 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 489] Advanced 6400 cells
[Level 3 step 977] ADVANCE at time 0.06401749451 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06401749451 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00783314 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 977] Advanced 20736 cells
[Level 3 step 978] ADVANCE at time 0.06413761112 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06413761112 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007614146 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 978] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001348068
[Level 2 step 490] ADVANCE at time 0.06425772773 with dt = 0.0002402332214

[1m[32m  Beginning subcycle 1 starting at time 0.06425772773 with dt = 0.0002402332214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002399713 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 490] Advanced 6400 cells
[Level 3 step 979] ADVANCE at time 0.06425772773 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06425772773 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007591973 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 979] Advanced 20736 cells
[Level 3 step 980] ADVANCE at time 0.06437784434 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06437784434 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007689059 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 980] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.00126008
Castro::reflux() at level 1 : time = 0.000721883
Now regridding at level lbase = 2
grid_places() time: 0.001178533 new finest: 3
TIME = 0.06449796096 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 246] ADVANCE at time 0.06449796096 with dt = 0.0004804664428

[1m[32m  Beginning subcycle 1 starting at time 0.06449796096 with dt = 0.0004804664428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001430693 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 246] Advanced 2304 cells
[Level 2 step 491] ADVANCE at time 0.06449796096 with dt = 0.0002402332214

[1m[32m  Beginning subcycle 1 starting at time 0.06449796096 with dt = 0.0002402332214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002425697 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 491] Advanced 6400 cells
[Level 3 step 981] ADVANCE at time 0.06449796096 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06449796096 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007712039 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 981] Advanced 20736 cells
[Level 3 step 982] ADVANCE at time 0.06461807757 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06461807757 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007663981 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 982] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001309569
[Level 2 step 492] ADVANCE at time 0.06473819418 with dt = 0.0002402332214

[1m[32m  Beginning subcycle 1 starting at time 0.06473819418 with dt = 0.0002402332214[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002388618 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 492] Advanced 6400 cells
[Level 3 step 983] ADVANCE at time 0.06473819418 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06473819418 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007669962 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 983] Advanced 20736 cells
[Level 3 step 984] ADVANCE at time 0.06485831079 with dt = 0.0001201166107

[1m[32m  Beginning subcycle 1 starting at time 0.06485831079 with dt = 0.0001201166107[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00771883 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 984] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001261667
Castro::reflux() at level 1 : time = 0.000688454
Castro::reflux() at level 0 : time = 0.00041966

TIME= 0.0649784274 MASS        = 1
TIME= 0.0649784274 XMOM        = 1.633299967e-18
TIME= 0.0649784274 YMOM        = -4.397163975e-17
TIME= 0.0649784274 ZMOM        = 0
TIME= 0.0649784274 ANG MOM X   = 0
TIME= 0.0649784274 ANG MOM Y   = 0
TIME= 0.0649784274 ANG MOM Z   = 3.415931885e-19
TIME= 0.0649784274 RHO*e       = 0.7982136578
TIME= 0.0649784274 RHO*K       = 0.2003928545
TIME= 0.0649784274 RHO*E       = 0.9986065123
TIME= 0.0649784274 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.0649784274 CENTER OF MASS X-VEL = 1.633299967e-18
TIME= 0.0649784274 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0649784274 CENTER OF MASS Y-VEL = -4.397163975e-17
TIME= 0.0649784274 CENTER OF MASS Z-LOC = 0
TIME= 0.0649784274 CENTER OF MASS Z-VEL = 0
TIME= 0.0649784274 MAXIMUM TEMPERATURE  = 2.175548764e-06
TIME= 0.0649784274 MAXIMUM DENSITY      = 4.510918297

[STEP 123] Coarse TimeStep time: 0.156111265
[STEP 123] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 123 TIME = 0.0649784274 DT = 0.0009609328857

...estimated hydro-limited timestep at level 0: 0.0009690461875
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009690461875

...estimated hydro-limited timestep at level 1: 0.000483181451
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000483181451

...estimated hydro-limited timestep at level 2: 0.000240956162
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000240956162

...estimated hydro-limited timestep at level 3: 0.0001203773321
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001203773321

Now regridding at level lbase = 1
grid_places() time: 0.001938276 new finest: 3
TIME = 0.0649784274 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 124] ADVANCE at time 0.0649784274 with dt = 0.0009630186571

[1m[32m  Beginning subcycle 1 starting at time 0.0649784274 with dt = 0.0009630186571[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000958494 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6696324934

[Level 0 step 124] Advanced 1024 cells
[Level 1 step 247] ADVANCE at time 0.0649784274 with dt = 0.0004815093286

[1m[32m  Beginning subcycle 1 starting at time 0.0649784274 with dt = 0.0004815093286[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001399254 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 247] Advanced 2304 cells
[Level 2 step 493] ADVANCE at time 0.0649784274 with dt = 0.0002407546643

[1m[32m  Beginning subcycle 1 starting at time 0.0649784274 with dt = 0.0002407546643[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002373336 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 493] Advanced 6400 cells
[Level 3 step 985] ADVANCE at time 0.0649784274 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.0649784274 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007649206 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 985] Advanced 20736 cells
[Level 3 step 986] ADVANCE at time 0.06509880473 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06509880473 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007646388 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 986] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.0013453
[Level 2 step 494] ADVANCE at time 0.06521918206 with dt = 0.0002407546643

[1m[32m  Beginning subcycle 1 starting at time 0.06521918206 with dt = 0.0002407546643[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002401864 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 494] Advanced 6400 cells
[Level 3 step 987] ADVANCE at time 0.06521918206 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06521918206 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00760197 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 987] Advanced 20736 cells
[Level 3 step 988] ADVANCE at time 0.06533955939 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06533955939 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007766689 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 988] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001267599
Castro::reflux() at level 1 : time = 0.000725243
Now regridding at level lbase = 2
grid_places() time: 0.001257132 new finest: 3
TIME = 0.06545993673 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 248] ADVANCE at time 0.06545993673 with dt = 0.0004815093286

[1m[32m  Beginning subcycle 1 starting at time 0.06545993673 with dt = 0.0004815093286[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001427684 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 248] Advanced 2304 cells
[Level 2 step 495] ADVANCE at time 0.06545993673 with dt = 0.0002407546643

[1m[32m  Beginning subcycle 1 starting at time 0.06545993673 with dt = 0.0002407546643[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002435412 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 495] Advanced 6400 cells
[Level 3 step 989] ADVANCE at time 0.06545993673 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06545993673 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007728121 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 989] Advanced 20736 cells
[Level 3 step 990] ADVANCE at time 0.06558031406 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06558031406 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007652293 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 990] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001353753
[Level 2 step 496] ADVANCE at time 0.06570069139 with dt = 0.0002407546643

[1m[32m  Beginning subcycle 1 starting at time 0.06570069139 with dt = 0.0002407546643[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002381984 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 496] Advanced 6400 cells
[Level 3 step 991] ADVANCE at time 0.06570069139 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06570069139 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007865072 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 991] Advanced 20736 cells
[Level 3 step 992] ADVANCE at time 0.06582106872 with dt = 0.0001203773321

[1m[32m  Beginning subcycle 1 starting at time 0.06582106872 with dt = 0.0001203773321[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00763851 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 992] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001265417
Castro::reflux() at level 1 : time = 0.000698237
Castro::reflux() at level 0 : time = 0.000422356

TIME= 0.06594144606 MASS        = 1
TIME= 0.06594144606 XMOM        = 5.376915881e-18
TIME= 0.06594144606 YMOM        = 5.065755031e-17
TIME= 0.06594144606 ZMOM        = 0
TIME= 0.06594144606 ANG MOM X   = 0
TIME= 0.06594144606 ANG MOM Y   = 0
TIME= 0.06594144606 ANG MOM Z   = 2.798575077e-19
TIME= 0.06594144606 RHO*e       = 0.7981501634
TIME= 0.06594144606 RHO*K       = 0.2004563489
TIME= 0.06594144606 RHO*E       = 0.9986065123
TIME= 0.06594144606 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06594144606 CENTER OF MASS X-VEL = 5.376915881e-18
TIME= 0.06594144606 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06594144606 CENTER OF MASS Y-VEL = 5.065755031e-17
TIME= 0.06594144606 CENTER OF MASS Z-LOC = 0
TIME= 0.06594144606 CENTER OF MASS Z-VEL = 0
TIME= 0.06594144606 MAXIMUM TEMPERATURE  = 2.166424939e-06
TIME= 0.06594144606 MAXIMUM DENSITY      = 4.507313746

[STEP 124] Coarse TimeStep time: 0.154734624
[STEP 124] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 124 TIME = 0.06594144606 DT = 0.0009630186571

...estimated hydro-limited timestep at level 0: 0.0009710825442
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009710825442

...estimated hydro-limited timestep at level 1: 0.0004840897304
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004840897304

...estimated hydro-limited timestep at level 2: 0.0002415194387
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002415194387

...estimated hydro-limited timestep at level 3: 0.0001206411227
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001206411227

Now regridding at level lbase = 0
grid_places() time: 0.002314044 new finest: 3
STEP = 124 TIME = 0.06594144606 : REGRID  with lbase = 0
  Level 1   1 grids  2304 cells  56.25 % of domain
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009710825442
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009710825442

...estimated hydro-limited timestep at level 1: 0.0004840897304
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004840897304

...estimated hydro-limited timestep at level 2: 0.0002415194387
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002415194387

...estimated hydro-limited timestep at level 3: 0.0001206411227
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001206411227

[Level 0 step 125] ADVANCE at time 0.06594144606 with dt = 0.0009651289814

[1m[32m  Beginning subcycle 1 starting at time 0.06594144606 with dt = 0.0009651289814[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000966416 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6693156052

[Level 0 step 125] Advanced 1024 cells
[Level 1 step 249] ADVANCE at time 0.06594144606 with dt = 0.0004825644907

[1m[32m  Beginning subcycle 1 starting at time 0.06594144606 with dt = 0.0004825644907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00142943 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 249] Advanced 2304 cells
[Level 2 step 497] ADVANCE at time 0.06594144606 with dt = 0.0002412822453

[1m[32m  Beginning subcycle 1 starting at time 0.06594144606 with dt = 0.0002412822453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002424134 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 497] Advanced 6400 cells
[Level 3 step 993] ADVANCE at time 0.06594144606 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06594144606 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007651497 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 993] Advanced 20736 cells
[Level 3 step 994] ADVANCE at time 0.06606208718 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06606208718 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007819915 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 994] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001323066
[Level 2 step 498] ADVANCE at time 0.0661827283 with dt = 0.0002412822453

[1m[32m  Beginning subcycle 1 starting at time 0.0661827283 with dt = 0.0002412822453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002386485 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 498] Advanced 6400 cells
[Level 3 step 995] ADVANCE at time 0.0661827283 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.0661827283 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007899628 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 995] Advanced 20736 cells
[Level 3 step 996] ADVANCE at time 0.06630336942 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06630336942 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007578792 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 996] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001260244
Castro::reflux() at level 1 : time = 0.000731285
Now regridding at level lbase = 2
grid_places() time: 0.001255491 new finest: 3
TIME = 0.06642401055 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 250] ADVANCE at time 0.06642401055 with dt = 0.0004825644907

[1m[32m  Beginning subcycle 1 starting at time 0.06642401055 with dt = 0.0004825644907[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001429427 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 250] Advanced 2304 cells
[Level 2 step 499] ADVANCE at time 0.06642401055 with dt = 0.0002412822453

[1m[32m  Beginning subcycle 1 starting at time 0.06642401055 with dt = 0.0002412822453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002386138 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 499] Advanced 6400 cells
[Level 3 step 997] ADVANCE at time 0.06642401055 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06642401055 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007825743 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 997] Advanced 20736 cells
[Level 3 step 998] ADVANCE at time 0.06654465167 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06654465167 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007645533 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 998] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001367154
[Level 2 step 500] ADVANCE at time 0.06666529279 with dt = 0.0002412822453

[1m[32m  Beginning subcycle 1 starting at time 0.06666529279 with dt = 0.0002412822453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002400998 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 500] Advanced 6400 cells
[Level 3 step 999] ADVANCE at time 0.06666529279 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06666529279 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007607279 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 999] Advanced 20736 cells
[Level 3 step 1000] ADVANCE at time 0.06678593391 with dt = 0.0001206411227

[1m[32m  Beginning subcycle 1 starting at time 0.06678593391 with dt = 0.0001206411227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007669524 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1000] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001279989
Castro::reflux() at level 1 : time = 0.000688471
Castro::reflux() at level 0 : time = 0.000420874

TIME= 0.06690657504 MASS        = 1
TIME= 0.06690657504 XMOM        = 3.365004187e-18
TIME= 0.06690657504 YMOM        = 2.630640709e-17
TIME= 0.06690657504 ZMOM        = 0
TIME= 0.06690657504 ANG MOM X   = 0
TIME= 0.06690657504 ANG MOM Y   = 0
TIME= 0.06690657504 ANG MOM Z   = 2.753548665e-19
TIME= 0.06690657504 RHO*e       = 0.7981245414
TIME= 0.06690657504 RHO*K       = 0.2004819709
TIME= 0.06690657504 RHO*E       = 0.9986065123
TIME= 0.06690657504 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06690657504 CENTER OF MASS X-VEL = 3.365004187e-18
TIME= 0.06690657504 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06690657504 CENTER OF MASS Y-VEL = 2.630640709e-17
TIME= 0.06690657504 CENTER OF MASS Z-LOC = 0
TIME= 0.06690657504 CENTER OF MASS Z-VEL = 0
TIME= 0.06690657504 MAXIMUM TEMPERATURE  = 2.157451833e-06
TIME= 0.06690657504 MAXIMUM DENSITY      = 4.507507991

[STEP 125] Coarse TimeStep time: 0.156415776
[STEP 125] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 125 TIME = 0.06690657504 DT = 0.0009651289814

...estimated hydro-limited timestep at level 0: 0.0009731153817
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009731153817

...estimated hydro-limited timestep at level 1: 0.0004850117856
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004850117856

...estimated hydro-limited timestep at level 2: 0.0002420770844
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002420770844

...estimated hydro-limited timestep at level 3: 0.0001209068141
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001209068141

Now regridding at level lbase = 1
grid_places() time: 0.001947908 new finest: 3
TIME = 0.06690657504 : REGRID  with lbase = 1
  Level 2   1 grids  6400 cells  39.0625 % of domain
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 0 step 126] ADVANCE at time 0.06690657504 with dt = 0.0009672545132

[1m[32m  Beginning subcycle 1 starting at time 0.06690657504 with dt = 0.0009672545132[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000950679 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6763267794

[Level 0 step 126] Advanced 1024 cells
[Level 1 step 251] ADVANCE at time 0.06690657504 with dt = 0.0004836272566

[1m[32m  Beginning subcycle 1 starting at time 0.06690657504 with dt = 0.0004836272566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001409027 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 251] Advanced 2304 cells
[Level 2 step 501] ADVANCE at time 0.06690657504 with dt = 0.0002418136283

[1m[32m  Beginning subcycle 1 starting at time 0.06690657504 with dt = 0.0002418136283[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002399926 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 501] Advanced 6400 cells
[Level 3 step 1001] ADVANCE at time 0.06690657504 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06690657504 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007804361 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1001] Advanced 20736 cells
[Level 3 step 1002] ADVANCE at time 0.06702748185 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06702748185 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007616381 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1002] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001361425
[Level 2 step 502] ADVANCE at time 0.06714838867 with dt = 0.0002418136283

[1m[32m  Beginning subcycle 1 starting at time 0.06714838867 with dt = 0.0002418136283[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002402013 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 502] Advanced 6400 cells
[Level 3 step 1003] ADVANCE at time 0.06714838867 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06714838867 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007730732 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1003] Advanced 20736 cells
[Level 3 step 1004] ADVANCE at time 0.06726929548 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06726929548 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007610628 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1004] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001268165
Castro::reflux() at level 1 : time = 0.000712097
Now regridding at level lbase = 2
grid_places() time: 0.001244868 new finest: 3
TIME = 0.06739020229 : REGRID  with lbase = 2
  Level 3   1 grids  20736 cells  31.640625 % of domain

[Level 1 step 252] ADVANCE at time 0.06739020229 with dt = 0.0004836272566

[1m[32m  Beginning subcycle 1 starting at time 0.06739020229 with dt = 0.0004836272566[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001456083 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 252] Advanced 2304 cells
[Level 2 step 503] ADVANCE at time 0.06739020229 with dt = 0.0002418136283

[1m[32m  Beginning subcycle 1 starting at time 0.06739020229 with dt = 0.0002418136283[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002414291 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 503] Advanced 6400 cells
[Level 3 step 1005] ADVANCE at time 0.06739020229 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06739020229 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007707131 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1005] Advanced 20736 cells
[Level 3 step 1006] ADVANCE at time 0.06751110911 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06751110911 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007689269 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1006] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001337699
[Level 2 step 504] ADVANCE at time 0.06763201592 with dt = 0.0002418136283

[1m[32m  Beginning subcycle 1 starting at time 0.06763201592 with dt = 0.0002418136283[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002446385 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 504] Advanced 6400 cells
[Level 3 step 1007] ADVANCE at time 0.06763201592 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06763201592 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.007640982 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1007] Advanced 20736 cells
[Level 3 step 1008] ADVANCE at time 0.06775292274 with dt = 0.0001209068141

[1m[32m  Beginning subcycle 1 starting at time 0.06775292274 with dt = 0.0001209068141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00780347 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1008] Advanced 20736 cells
Castro::reflux() at level 2 : time = 0.001268067
Castro::reflux() at level 1 : time = 0.00071802
Castro::reflux() at level 0 : time = 0.000417708

TIME= 0.06787382955 MASS        = 1
TIME= 0.06787382955 XMOM        = 4.09622151e-18
TIME= 0.06787382955 YMOM        = -2.103121696e-18
TIME= 0.06787382955 ZMOM        = 0
TIME= 0.06787382955 ANG MOM X   = 0
TIME= 0.06787382955 ANG MOM Y   = 0
TIME= 0.06787382955 ANG MOM Z   = 3.518934439e-19
TIME= 0.06787382955 RHO*e       = 0.7980102394
TIME= 0.06787382955 RHO*K       = 0.2005962729
TIME= 0.06787382955 RHO*E       = 0.9986065123
TIME= 0.06787382955 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06787382955 CENTER OF MASS X-VEL = 4.09622151e-18
TIME= 0.06787382955 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06787382955 CENTER OF MASS Y-VEL = -2.103121696e-18
TIME= 0.06787382955 CENTER OF MASS Z-LOC = 0
TIME= 0.06787382955 CENTER OF MASS Z-VEL = 0
TIME= 0.06787382955 MAXIMUM TEMPERATURE  = 2.148639002e-06
TIME= 0.06787382955 MAXIMUM DENSITY      = 4.52964189

[STEP 126] Coarse TimeStep time: 0.154928997
[STEP 126] FAB kilobyte spread across MPI nodes: [43482 ... 43482]


STEP = 126 TIME = 0.06787382955 DT = 0.0009672545132

...estimated hydro-limited timestep at level 0: 0.0009751437424
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009751437424

...estimated hydro-limited timestep at level 1: 0.0004859464685
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004859464685

...estimated hydro-limited timestep at level 2: 0.0002426291279
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002426291279

...estimated hydro-limited timestep at level 3: 0.0001211730824
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001211730824

Now regridding at level lbase = 0
grid_places() time: 0.002372235 new finest: 3
STEP = 126 TIME = 0.06787382955 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   5 grids  22400 cells  34.1796875 % of domain
            smallest grid: 48 x 72  biggest grid: 160 x 40

...estimated hydro-limited timestep at level 0: 0.0009751437424
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009751437424

...estimated hydro-limited timestep at level 1: 0.0004859464685
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004859464685

...estimated hydro-limited timestep at level 2: 0.0002426291279
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002426291279

...estimated hydro-limited timestep at level 3: 0.0001211730824
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001211730824

[Level 0 step 127] ADVANCE at time 0.06787382955 with dt = 0.0009693846592

[1m[32m  Beginning subcycle 1 starting at time 0.06787382955 with dt = 0.0009693846592[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000957575 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6812927263

[Level 0 step 127] Advanced 1024 cells
[Level 1 step 253] ADVANCE at time 0.06787382955 with dt = 0.0004846923296

[1m[32m  Beginning subcycle 1 starting at time 0.06787382955 with dt = 0.0004846923296[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001896631 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 253] Advanced 4096 cells
[Level 2 step 505] ADVANCE at time 0.06787382955 with dt = 0.0002423461648

[1m[32m  Beginning subcycle 1 starting at time 0.06787382955 with dt = 0.0002423461648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002811713 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 505] Advanced 9216 cells
[Level 3 step 1009] ADVANCE at time 0.06787382955 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06787382955 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.012310962 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1009] Advanced 22400 cells
[Level 3 step 1010] ADVANCE at time 0.06799500263 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06799500263 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010783059 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1010] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.001774009
[Level 2 step 506] ADVANCE at time 0.06811617571 with dt = 0.0002423461648

[1m[32m  Beginning subcycle 1 starting at time 0.06811617571 with dt = 0.0002423461648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002863939 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 506] Advanced 9216 cells
[Level 3 step 1011] ADVANCE at time 0.06811617571 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06811617571 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010641557 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1011] Advanced 22400 cells
[Level 3 step 1012] ADVANCE at time 0.0682373488 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.0682373488 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010504956 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1012] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.001639464
Castro::reflux() at level 1 : time = 0.000836618
Now regridding at level lbase = 2
grid_places() time: 0.001457288 new finest: 3
TIME = 0.06835852188 : REGRID  with lbase = 2
  Level 3   5 grids  22400 cells  34.1796875 % of domain
            smallest grid: 48 x 72  biggest grid: 160 x 40

[Level 1 step 254] ADVANCE at time 0.06835852188 with dt = 0.0004846923296

[1m[32m  Beginning subcycle 1 starting at time 0.06835852188 with dt = 0.0004846923296[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00188711 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 254] Advanced 4096 cells
[Level 2 step 507] ADVANCE at time 0.06835852188 with dt = 0.0002423461648

[1m[32m  Beginning subcycle 1 starting at time 0.06835852188 with dt = 0.0002423461648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002851129 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 507] Advanced 9216 cells
[Level 3 step 1013] ADVANCE at time 0.06835852188 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06835852188 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010634824 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1013] Advanced 22400 cells
[Level 3 step 1014] ADVANCE at time 0.06847969496 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06847969496 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010458176 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1014] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.001723497
[Level 2 step 508] ADVANCE at time 0.06860086804 with dt = 0.0002423461648

[1m[32m  Beginning subcycle 1 starting at time 0.06860086804 with dt = 0.0002423461648[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002850595 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 508] Advanced 9216 cells
[Level 3 step 1015] ADVANCE at time 0.06860086804 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06860086804 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.01074449 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1015] Advanced 22400 cells
[Level 3 step 1016] ADVANCE at time 0.06872204113 with dt = 0.0001211730824

[1m[32m  Beginning subcycle 1 starting at time 0.06872204113 with dt = 0.0001211730824[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010572792 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1016] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.0016191
Castro::reflux() at level 1 : time = 0.000837504
Castro::reflux() at level 0 : time = 0.000403647

TIME= 0.06884321421 MASS        = 1
TIME= 0.06884321421 XMOM        = -5.539782594e-17
TIME= 0.06884321421 YMOM        = 9.718697083e-17
TIME= 0.06884321421 ZMOM        = 0
TIME= 0.06884321421 ANG MOM X   = 0
TIME= 0.06884321421 ANG MOM Y   = 0
TIME= 0.06884321421 ANG MOM Z   = 4.767358356e-19
TIME= 0.06884321421 RHO*e       = 0.7980262676
TIME= 0.06884321421 RHO*K       = 0.2005802446
TIME= 0.06884321421 RHO*E       = 0.9986065123
TIME= 0.06884321421 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.06884321421 CENTER OF MASS X-VEL = -5.539782594e-17
TIME= 0.06884321421 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06884321421 CENTER OF MASS Y-VEL = 9.718697083e-17
TIME= 0.06884321421 CENTER OF MASS Z-LOC = 0
TIME= 0.06884321421 CENTER OF MASS Z-VEL = 0
TIME= 0.06884321421 MAXIMUM TEMPERATURE  = 2.13999448e-06
TIME= 0.06884321421 MAXIMUM DENSITY      = 4.533134493

[STEP 127] Coarse TimeStep time: 0.173202812
[STEP 127] FAB kilobyte spread across MPI nodes: [48392 ... 48392]


STEP = 127 TIME = 0.06884321421 DT = 0.0009693846592

...estimated hydro-limited timestep at level 0: 0.0009771683904
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009771683904

...estimated hydro-limited timestep at level 1: 0.000486892072
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000486892072

...estimated hydro-limited timestep at level 2: 0.0002431758458
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002431758458

...estimated hydro-limited timestep at level 3: 0.000121438759
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000121438759

Now regridding at level lbase = 1
grid_places() time: 0.002178637 new finest: 3
TIME = 0.06884321421 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   5 grids  22400 cells  34.1796875 % of domain
            smallest grid: 48 x 72  biggest grid: 160 x 40

[Level 0 step 128] ADVANCE at time 0.06884321421 with dt = 0.0009715100716

[1m[32m  Beginning subcycle 1 starting at time 0.06884321421 with dt = 0.0009715100716[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000981891 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6624418746

[Level 0 step 128] Advanced 1024 cells
[Level 1 step 255] ADVANCE at time 0.06884321421 with dt = 0.0004857550358

[1m[32m  Beginning subcycle 1 starting at time 0.06884321421 with dt = 0.0004857550358[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001873429 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 255] Advanced 4096 cells
[Level 2 step 509] ADVANCE at time 0.06884321421 with dt = 0.0002428775179

[1m[32m  Beginning subcycle 1 starting at time 0.06884321421 with dt = 0.0002428775179[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002797217 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 509] Advanced 9216 cells
[Level 3 step 1017] ADVANCE at time 0.06884321421 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06884321421 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.01062477 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1017] Advanced 22400 cells
[Level 3 step 1018] ADVANCE at time 0.06896465297 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06896465297 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010553343 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1018] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.001707894
[Level 2 step 510] ADVANCE at time 0.06908609173 with dt = 0.0002428775179

[1m[32m  Beginning subcycle 1 starting at time 0.06908609173 with dt = 0.0002428775179[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002910569 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 510] Advanced 9216 cells
[Level 3 step 1019] ADVANCE at time 0.06908609173 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06908609173 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010494971 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1019] Advanced 22400 cells
[Level 3 step 1020] ADVANCE at time 0.06920753049 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06920753049 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010557242 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1020] Advanced 22400 cells
Castro::reflux() at level 2 : time = 0.00161973
Castro::reflux() at level 1 : time = 0.000825888
Now regridding at level lbase = 2
grid_places() time: 0.001459268 new finest: 3
TIME = 0.06932896924 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 256] ADVANCE at time 0.06932896924 with dt = 0.0004857550358

[1m[32m  Beginning subcycle 1 starting at time 0.06932896924 with dt = 0.0004857550358[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001914473 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 256] Advanced 4096 cells
[Level 2 step 511] ADVANCE at time 0.06932896924 with dt = 0.0002428775179

[1m[32m  Beginning subcycle 1 starting at time 0.06932896924 with dt = 0.0002428775179[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002821595 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 511] Advanced 9216 cells
[Level 3 step 1021] ADVANCE at time 0.06932896924 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06932896924 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008909008 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1021] Advanced 25600 cells
[Level 3 step 1022] ADVANCE at time 0.069450408 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.069450408 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008579297 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1022] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001839713
[Level 2 step 512] ADVANCE at time 0.06957184676 with dt = 0.0002428775179

[1m[32m  Beginning subcycle 1 starting at time 0.06957184676 with dt = 0.0002428775179[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00284006 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 512] Advanced 9216 cells
[Level 3 step 1023] ADVANCE at time 0.06957184676 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06957184676 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008616565 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1023] Advanced 25600 cells
[Level 3 step 1024] ADVANCE at time 0.06969328552 with dt = 0.000121438759

[1m[32m  Beginning subcycle 1 starting at time 0.06969328552 with dt = 0.000121438759[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00856214 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1024] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001691489
Castro::reflux() at level 1 : time = 0.000817852
Castro::reflux() at level 0 : time = 0.000418405

TIME= 0.06981472428 MASS        = 1
TIME= 0.06981472428 XMOM        = 1.133326377e-18
TIME= 0.06981472428 YMOM        = -2.016192381e-17
TIME= 0.06981472428 ZMOM        = 0
TIME= 0.06981472428 ANG MOM X   = 0
TIME= 0.06981472428 ANG MOM Y   = 0
TIME= 0.06981472428 ANG MOM Z   = 3.938843683e-19
TIME= 0.06981472428 RHO*e       = 0.7979213115
TIME= 0.06981472428 RHO*K       = 0.2006852008
TIME= 0.06981472428 RHO*E       = 0.9986065123
TIME= 0.06981472428 CENTER OF MASS X-LOC = 0.5
TIME= 0.06981472428 CENTER OF MASS X-VEL = 1.133326377e-18
TIME= 0.06981472428 CENTER OF MASS Y-LOC = 0.5
TIME= 0.06981472428 CENTER OF MASS Y-VEL = -2.016192381e-17
TIME= 0.06981472428 CENTER OF MASS Z-LOC = 0
TIME= 0.06981472428 CENTER OF MASS Z-VEL = 0
TIME= 0.06981472428 MAXIMUM TEMPERATURE  = 2.131481121e-06
TIME= 0.06981472428 MAXIMUM DENSITY      = 4.52514967

[STEP 128] Coarse TimeStep time: 0.181272775
[STEP 128] FAB kilobyte spread across MPI nodes: [50773 ... 50773]


STEP = 128 TIME = 0.06981472428 DT = 0.0009715100716

...estimated hydro-limited timestep at level 0: 0.0009791871253
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009791871253

...estimated hydro-limited timestep at level 1: 0.0004878461007
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004878461007

...estimated hydro-limited timestep at level 2: 0.0002437160527
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002437160527

...estimated hydro-limited timestep at level 3: 0.0001217043533
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001217043533

Now regridding at level lbase = 0
grid_places() time: 0.002569285 new finest: 3
STEP = 128 TIME = 0.06981472428 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009791871253
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009791871253

...estimated hydro-limited timestep at level 1: 0.0004878461007
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004878461007

...estimated hydro-limited timestep at level 2: 0.0002437160527
...hydro-limited CFL timestep constrained at (i,j) = (70,70)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002437160527

...estimated hydro-limited timestep at level 3: 0.0001217043533
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001217043533

[Level 0 step 129] ADVANCE at time 0.06981472428 with dt = 0.0009736348262

[1m[32m  Beginning subcycle 1 starting at time 0.06981472428 with dt = 0.0009736348262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001002367 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6590799527

[Level 0 step 129] Advanced 1024 cells
[Level 1 step 257] ADVANCE at time 0.06981472428 with dt = 0.0004868174131

[1m[32m  Beginning subcycle 1 starting at time 0.06981472428 with dt = 0.0004868174131[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001922389 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 257] Advanced 4096 cells
[Level 2 step 513] ADVANCE at time 0.06981472428 with dt = 0.0002434087066

[1m[32m  Beginning subcycle 1 starting at time 0.06981472428 with dt = 0.0002434087066[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002808229 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 513] Advanced 9216 cells
[Level 3 step 1025] ADVANCE at time 0.06981472428 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.06981472428 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008773476 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1025] Advanced 25600 cells
[Level 3 step 1026] ADVANCE at time 0.06993642863 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.06993642863 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008666321 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1026] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001851001
[Level 2 step 514] ADVANCE at time 0.07005813299 with dt = 0.0002434087066

[1m[32m  Beginning subcycle 1 starting at time 0.07005813299 with dt = 0.0002434087066[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002863369 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 514] Advanced 9216 cells
[Level 3 step 1027] ADVANCE at time 0.07005813299 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.07005813299 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008633008 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1027] Advanced 25600 cells
[Level 3 step 1028] ADVANCE at time 0.07017983734 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.07017983734 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008588588 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1028] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001660326
Castro::reflux() at level 1 : time = 0.000828714
Now regridding at level lbase = 2
grid_places() time: 0.001483649 new finest: 3
TIME = 0.07030154169 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 258] ADVANCE at time 0.07030154169 with dt = 0.0004868174131

[1m[32m  Beginning subcycle 1 starting at time 0.07030154169 with dt = 0.0004868174131[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001904168 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 258] Advanced 4096 cells
[Level 2 step 515] ADVANCE at time 0.07030154169 with dt = 0.0002434087066

[1m[32m  Beginning subcycle 1 starting at time 0.07030154169 with dt = 0.0002434087066[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002823414 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 515] Advanced 9216 cells
[Level 3 step 1029] ADVANCE at time 0.07030154169 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.07030154169 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008728322 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1029] Advanced 25600 cells
[Level 3 step 1030] ADVANCE at time 0.07042324605 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.07042324605 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008578778 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1030] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001789571
[Level 2 step 516] ADVANCE at time 0.0705449504 with dt = 0.0002434087066

[1m[32m  Beginning subcycle 1 starting at time 0.0705449504 with dt = 0.0002434087066[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002872854 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 516] Advanced 9216 cells
[Level 3 step 1031] ADVANCE at time 0.0705449504 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.0705449504 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008580228 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1031] Advanced 25600 cells
[Level 3 step 1032] ADVANCE at time 0.07066665475 with dt = 0.0001217043533

[1m[32m  Beginning subcycle 1 starting at time 0.07066665475 with dt = 0.0001217043533[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008630947 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1032] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001674282
Castro::reflux() at level 1 : time = 0.000835152
Castro::reflux() at level 0 : time = 0.000418988

TIME= 0.07078835911 MASS        = 1
TIME= 0.07078835911 XMOM        = 1.011635123e-17
TIME= 0.07078835911 YMOM        = -5.954538905e-17
TIME= 0.07078835911 ZMOM        = 0
TIME= 0.07078835911 ANG MOM X   = 0
TIME= 0.07078835911 ANG MOM Y   = 0
TIME= 0.07078835911 ANG MOM Z   = 4.59683098e-19
TIME= 0.07078835911 RHO*e       = 0.7978963046
TIME= 0.07078835911 RHO*K       = 0.2007102077
TIME= 0.07078835911 RHO*E       = 0.9986065123
TIME= 0.07078835911 CENTER OF MASS X-LOC = 0.5
TIME= 0.07078835911 CENTER OF MASS X-VEL = 1.011635123e-17
TIME= 0.07078835911 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07078835911 CENTER OF MASS Y-VEL = -5.954538905e-17
TIME= 0.07078835911 CENTER OF MASS Z-LOC = 0
TIME= 0.07078835911 CENTER OF MASS Z-VEL = 0
TIME= 0.07078835911 MAXIMUM TEMPERATURE  = 2.123089378e-06
TIME= 0.07078835911 MAXIMUM DENSITY      = 4.548937473

[STEP 129] Coarse TimeStep time: 0.185860232
[STEP 129] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 129 TIME = 0.07078835911 DT = 0.0009736348262

...estimated hydro-limited timestep at level 0: 0.0009812017638
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009812017638

...estimated hydro-limited timestep at level 1: 0.0004888055715
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004888055715

...estimated hydro-limited timestep at level 2: 0.0002442007728
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002442007728

...estimated hydro-limited timestep at level 3: 0.0001219678116
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001219678116

Now regridding at level lbase = 1
grid_places() time: 0.002151201 new finest: 3
TIME = 0.07078835911 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 130] ADVANCE at time 0.07078835911 with dt = 0.0009757424925

[1m[32m  Beginning subcycle 1 starting at time 0.07078835911 with dt = 0.0009757424925[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000986442 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6636521478

[Level 0 step 130] Advanced 1024 cells
[Level 1 step 259] ADVANCE at time 0.07078835911 with dt = 0.0004878712463

[1m[32m  Beginning subcycle 1 starting at time 0.07078835911 with dt = 0.0004878712463[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001908528 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 259] Advanced 4096 cells
[Level 2 step 517] ADVANCE at time 0.07078835911 with dt = 0.0002439356231

[1m[32m  Beginning subcycle 1 starting at time 0.07078835911 with dt = 0.0002439356231[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002818429 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 517] Advanced 9216 cells
[Level 3 step 1033] ADVANCE at time 0.07078835911 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07078835911 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00882647 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1033] Advanced 25600 cells
[Level 3 step 1034] ADVANCE at time 0.07091032692 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07091032692 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008688335 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1034] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001782965
[Level 2 step 518] ADVANCE at time 0.07103229473 with dt = 0.0002439356231

[1m[32m  Beginning subcycle 1 starting at time 0.07103229473 with dt = 0.0002439356231[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002852977 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 518] Advanced 9216 cells
[Level 3 step 1035] ADVANCE at time 0.07103229473 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07103229473 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008579509 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1035] Advanced 25600 cells
[Level 3 step 1036] ADVANCE at time 0.07115426254 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07115426254 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008596835 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1036] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001651107
Castro::reflux() at level 1 : time = 0.000842549
Now regridding at level lbase = 2
grid_places() time: 0.001507884 new finest: 3
TIME = 0.07127623035 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 260] ADVANCE at time 0.07127623035 with dt = 0.0004878712463

[1m[32m  Beginning subcycle 1 starting at time 0.07127623035 with dt = 0.0004878712463[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001881325 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 260] Advanced 4096 cells
[Level 2 step 519] ADVANCE at time 0.07127623035 with dt = 0.0002439356231

[1m[32m  Beginning subcycle 1 starting at time 0.07127623035 with dt = 0.0002439356231[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002842989 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 519] Advanced 9216 cells
[Level 3 step 1037] ADVANCE at time 0.07127623035 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07127623035 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008632607 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1037] Advanced 25600 cells
[Level 3 step 1038] ADVANCE at time 0.07139819816 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07139819816 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008711417 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1038] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001770434
[Level 2 step 520] ADVANCE at time 0.07152016598 with dt = 0.0002439356231

[1m[32m  Beginning subcycle 1 starting at time 0.07152016598 with dt = 0.0002439356231[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00285596 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 520] Advanced 9216 cells
[Level 3 step 1039] ADVANCE at time 0.07152016598 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07152016598 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008614306 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1039] Advanced 25600 cells
[Level 3 step 1040] ADVANCE at time 0.07164213379 with dt = 0.0001219678116

[1m[32m  Beginning subcycle 1 starting at time 0.07164213379 with dt = 0.0001219678116[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008821543 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1040] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001660795
Castro::reflux() at level 1 : time = 0.000822251
Castro::reflux() at level 0 : time = 0.00040862

TIME= 0.0717641016 MASS        = 1
TIME= 0.0717641016 XMOM        = -3.582474267e-18
TIME= 0.0717641016 YMOM        = -7.019669111e-17
TIME= 0.0717641016 ZMOM        = 0
TIME= 0.0717641016 ANG MOM X   = 0
TIME= 0.0717641016 ANG MOM Y   = 0
TIME= 0.0717641016 ANG MOM Z   = 3.397725037e-19
TIME= 0.0717641016 RHO*e       = 0.7978203328
TIME= 0.0717641016 RHO*K       = 0.2007861795
TIME= 0.0717641016 RHO*E       = 0.9986065123
TIME= 0.0717641016 CENTER OF MASS X-LOC = 0.5
TIME= 0.0717641016 CENTER OF MASS X-VEL = -3.582474267e-18
TIME= 0.0717641016 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0717641016 CENTER OF MASS Y-VEL = -7.019669111e-17
TIME= 0.0717641016 CENTER OF MASS Z-LOC = 0
TIME= 0.0717641016 CENTER OF MASS Z-VEL = 0
TIME= 0.0717641016 MAXIMUM TEMPERATURE  = 2.114825033e-06
TIME= 0.0717641016 MAXIMUM DENSITY      = 4.554310784

[STEP 130] Coarse TimeStep time: 0.183948355
[STEP 130] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 130 TIME = 0.0717641016 DT = 0.0009757424925

...estimated hydro-limited timestep at level 0: 0.0009832069113
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009832069113

...estimated hydro-limited timestep at level 1: 0.0004897739997
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004897739997

...estimated hydro-limited timestep at level 2: 0.0002446882281
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002446882281

...estimated hydro-limited timestep at level 3: 0.0001222319863
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001222319863

Now regridding at level lbase = 0
grid_places() time: 0.002614457 new finest: 3
STEP = 130 TIME = 0.0717641016 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009832069113
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009832069113

...estimated hydro-limited timestep at level 1: 0.0004897739997
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004897739997

...estimated hydro-limited timestep at level 2: 0.0002446882281
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002446882281

...estimated hydro-limited timestep at level 3: 0.0001222319863
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001222319863

[Level 0 step 131] ADVANCE at time 0.0717641016 with dt = 0.0009778558901

[1m[32m  Beginning subcycle 1 starting at time 0.0717641016 with dt = 0.0009778558901[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00098375 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6684932723

[Level 0 step 131] Advanced 1024 cells
[Level 1 step 261] ADVANCE at time 0.0717641016 with dt = 0.000488927945

[1m[32m  Beginning subcycle 1 starting at time 0.0717641016 with dt = 0.000488927945[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001876683 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 261] Advanced 4096 cells
[Level 2 step 521] ADVANCE at time 0.0717641016 with dt = 0.0002444639725

[1m[32m  Beginning subcycle 1 starting at time 0.0717641016 with dt = 0.0002444639725[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840065 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 521] Advanced 9216 cells
[Level 3 step 1041] ADVANCE at time 0.0717641016 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.0717641016 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008729475 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1041] Advanced 25600 cells
[Level 3 step 1042] ADVANCE at time 0.07188633359 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07188633359 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008800195 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1042] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001832536
[Level 2 step 522] ADVANCE at time 0.07200856557 with dt = 0.0002444639725

[1m[32m  Beginning subcycle 1 starting at time 0.07200856557 with dt = 0.0002444639725[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002847731 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 522] Advanced 9216 cells
[Level 3 step 1043] ADVANCE at time 0.07200856557 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07200856557 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008632753 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1043] Advanced 25600 cells
[Level 3 step 1044] ADVANCE at time 0.07213079756 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07213079756 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008600962 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1044] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001678257
Castro::reflux() at level 1 : time = 0.000807335
Now regridding at level lbase = 2
grid_places() time: 0.001496944 new finest: 3
TIME = 0.07225302954 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 262] ADVANCE at time 0.07225302954 with dt = 0.000488927945

[1m[32m  Beginning subcycle 1 starting at time 0.07225302954 with dt = 0.000488927945[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001923649 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 262] Advanced 4096 cells
[Level 2 step 523] ADVANCE at time 0.07225302954 with dt = 0.0002444639725

[1m[32m  Beginning subcycle 1 starting at time 0.07225302954 with dt = 0.0002444639725[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002871915 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 523] Advanced 9216 cells
[Level 3 step 1045] ADVANCE at time 0.07225302954 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07225302954 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008793992 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1045] Advanced 25600 cells
[Level 3 step 1046] ADVANCE at time 0.07237526153 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07237526153 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008589276 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1046] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001790824
[Level 2 step 524] ADVANCE at time 0.07249749352 with dt = 0.0002444639725

[1m[32m  Beginning subcycle 1 starting at time 0.07249749352 with dt = 0.0002444639725[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002876583 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 524] Advanced 9216 cells
[Level 3 step 1047] ADVANCE at time 0.07249749352 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.07249749352 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008632198 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1047] Advanced 25600 cells
[Level 3 step 1048] ADVANCE at time 0.0726197255 with dt = 0.0001222319863

[1m[32m  Beginning subcycle 1 starting at time 0.0726197255 with dt = 0.0001222319863[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008569647 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1048] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001700173
Castro::reflux() at level 1 : time = 0.000845031
Castro::reflux() at level 0 : time = 0.000418106

TIME= 0.07274195749 MASS        = 1
TIME= 0.07274195749 XMOM        = 8.272132164e-18
TIME= 0.07274195749 YMOM        = 4.75345563e-17
TIME= 0.07274195749 ZMOM        = 0
TIME= 0.07274195749 ANG MOM X   = 0
TIME= 0.07274195749 ANG MOM Y   = 0
TIME= 0.07274195749 ANG MOM Z   = 5.093954163e-19
TIME= 0.07274195749 RHO*e       = 0.7978149696
TIME= 0.07274195749 RHO*K       = 0.2007915427
TIME= 0.07274195749 RHO*E       = 0.9986065123
TIME= 0.07274195749 CENTER OF MASS X-LOC = 0.5
TIME= 0.07274195749 CENTER OF MASS X-VEL = 8.272132164e-18
TIME= 0.07274195749 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07274195749 CENTER OF MASS Y-VEL = 4.75345563e-17
TIME= 0.07274195749 CENTER OF MASS Z-LOC = 0
TIME= 0.07274195749 CENTER OF MASS Z-VEL = 0
TIME= 0.07274195749 MAXIMUM TEMPERATURE  = 2.106688589e-06
TIME= 0.07274195749 MAXIMUM DENSITY      = 4.544360606

[STEP 131] Coarse TimeStep time: 0.187321549
[STEP 131] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 131 TIME = 0.07274195749 DT = 0.0009778558901

...estimated hydro-limited timestep at level 0: 0.0009851984156
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009851984156

...estimated hydro-limited timestep at level 1: 0.0004907343382
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004907343382

...estimated hydro-limited timestep at level 2: 0.000245169046
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000245169046

...estimated hydro-limited timestep at level 3: 0.0001224893229
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001224893229

Now regridding at level lbase = 1
grid_places() time: 0.002109505 new finest: 3
TIME = 0.07274195749 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 132] ADVANCE at time 0.07274195749 with dt = 0.000979914583

[1m[32m  Beginning subcycle 1 starting at time 0.07274195749 with dt = 0.000979914583[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000985648 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6679577908

[Level 0 step 132] Advanced 1024 cells
[Level 1 step 263] ADVANCE at time 0.07274195749 with dt = 0.0004899572915

[1m[32m  Beginning subcycle 1 starting at time 0.07274195749 with dt = 0.0004899572915[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001891106 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 263] Advanced 4096 cells
[Level 2 step 525] ADVANCE at time 0.07274195749 with dt = 0.0002449786457

[1m[32m  Beginning subcycle 1 starting at time 0.07274195749 with dt = 0.0002449786457[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002800073 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 525] Advanced 9216 cells
[Level 3 step 1049] ADVANCE at time 0.07274195749 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07274195749 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008699746 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1049] Advanced 25600 cells
[Level 3 step 1050] ADVANCE at time 0.07286444681 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07286444681 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008651647 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1050] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001795977
[Level 2 step 526] ADVANCE at time 0.07298693614 with dt = 0.0002449786457

[1m[32m  Beginning subcycle 1 starting at time 0.07298693614 with dt = 0.0002449786457[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002920226 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 526] Advanced 9216 cells
[Level 3 step 1051] ADVANCE at time 0.07298693614 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07298693614 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008622942 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1051] Advanced 25600 cells
[Level 3 step 1052] ADVANCE at time 0.07310942546 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07310942546 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008631677 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1052] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001665355
Castro::reflux() at level 1 : time = 0.000795619
Now regridding at level lbase = 2
grid_places() time: 0.001475903 new finest: 3
TIME = 0.07323191478 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 264] ADVANCE at time 0.07323191478 with dt = 0.0004899572915

[1m[32m  Beginning subcycle 1 starting at time 0.07323191478 with dt = 0.0004899572915[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001909546 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 264] Advanced 4096 cells
[Level 2 step 527] ADVANCE at time 0.07323191478 with dt = 0.0002449786457

[1m[32m  Beginning subcycle 1 starting at time 0.07323191478 with dt = 0.0002449786457[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002873202 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 527] Advanced 9216 cells
[Level 3 step 1053] ADVANCE at time 0.07323191478 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07323191478 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008845232 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1053] Advanced 25600 cells
[Level 3 step 1054] ADVANCE at time 0.0733544041 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.0733544041 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008611054 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1054] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001798307
[Level 2 step 528] ADVANCE at time 0.07347689343 with dt = 0.0002449786457

[1m[32m  Beginning subcycle 1 starting at time 0.07347689343 with dt = 0.0002449786457[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002867528 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 528] Advanced 9216 cells
[Level 3 step 1055] ADVANCE at time 0.07347689343 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07347689343 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008909757 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1055] Advanced 25600 cells
[Level 3 step 1056] ADVANCE at time 0.07359938275 with dt = 0.0001224893229

[1m[32m  Beginning subcycle 1 starting at time 0.07359938275 with dt = 0.0001224893229[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008725183 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1056] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001668374
Castro::reflux() at level 1 : time = 0.000823812
Castro::reflux() at level 0 : time = 0.000423628

TIME= 0.07372187207 MASS        = 1
TIME= 0.07372187207 XMOM        = 5.237539337e-18
TIME= 0.07372187207 YMOM        = 9.742888498e-17
TIME= 0.07372187207 ZMOM        = 0
TIME= 0.07372187207 ANG MOM X   = 0
TIME= 0.07372187207 ANG MOM Y   = 0
TIME= 0.07372187207 ANG MOM Z   = 4.817845185e-19
TIME= 0.07372187207 RHO*e       = 0.7977049469
TIME= 0.07372187207 RHO*K       = 0.2009015654
TIME= 0.07372187207 RHO*E       = 0.9986065123
TIME= 0.07372187207 CENTER OF MASS X-LOC = 0.5
TIME= 0.07372187207 CENTER OF MASS X-VEL = 5.237539337e-18
TIME= 0.07372187207 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07372187207 CENTER OF MASS Y-VEL = 9.742888498e-17
TIME= 0.07372187207 CENTER OF MASS Z-LOC = 0
TIME= 0.07372187207 CENTER OF MASS Z-VEL = 0
TIME= 0.07372187207 MAXIMUM TEMPERATURE  = 2.098666439e-06
TIME= 0.07372187207 MAXIMUM DENSITY      = 4.567830259

[STEP 132] Coarse TimeStep time: 0.188181141
[STEP 132] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 132 TIME = 0.07372187207 DT = 0.000979914583

...estimated hydro-limited timestep at level 0: 0.0009871824546
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009871824546

...estimated hydro-limited timestep at level 1: 0.0004917104731
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004917104731

...estimated hydro-limited timestep at level 2: 0.0002456600478
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002456600478

...estimated hydro-limited timestep at level 3: 0.0001227513053
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001227513053

Now regridding at level lbase = 0
grid_places() time: 0.002539199 new finest: 3
STEP = 132 TIME = 0.07372187207 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009871824546
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009871824546

...estimated hydro-limited timestep at level 1: 0.0004917104731
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004917104731

...estimated hydro-limited timestep at level 2: 0.0002456600478
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002456600478

...estimated hydro-limited timestep at level 3: 0.0001227513053
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001227513053

[Level 0 step 133] ADVANCE at time 0.07372187207 with dt = 0.0009820104425

[1m[32m  Beginning subcycle 1 starting at time 0.07372187207 with dt = 0.0009820104425[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000985961 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6609816223

[Level 0 step 133] Advanced 1024 cells
[Level 1 step 265] ADVANCE at time 0.07372187207 with dt = 0.0004910052212

[1m[32m  Beginning subcycle 1 starting at time 0.07372187207 with dt = 0.0004910052212[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001893934 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 265] Advanced 4096 cells
[Level 2 step 529] ADVANCE at time 0.07372187207 with dt = 0.0002455026106

[1m[32m  Beginning subcycle 1 starting at time 0.07372187207 with dt = 0.0002455026106[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002841858 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 529] Advanced 9216 cells
[Level 3 step 1057] ADVANCE at time 0.07372187207 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07372187207 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008705682 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1057] Advanced 25600 cells
[Level 3 step 1058] ADVANCE at time 0.07384462338 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07384462338 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008877082 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1058] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001791017
[Level 2 step 530] ADVANCE at time 0.07396737468 with dt = 0.0002455026106

[1m[32m  Beginning subcycle 1 starting at time 0.07396737468 with dt = 0.0002455026106[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002850334 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 530] Advanced 9216 cells
[Level 3 step 1059] ADVANCE at time 0.07396737468 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07396737468 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008761105 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1059] Advanced 25600 cells
[Level 3 step 1060] ADVANCE at time 0.07409012599 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07409012599 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008806874 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1060] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001658422
Castro::reflux() at level 1 : time = 0.00081597
Now regridding at level lbase = 2
grid_places() time: 0.001556993 new finest: 3
TIME = 0.07421287729 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 266] ADVANCE at time 0.07421287729 with dt = 0.0004910052212

[1m[32m  Beginning subcycle 1 starting at time 0.07421287729 with dt = 0.0004910052212[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001920443 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 266] Advanced 4096 cells
[Level 2 step 531] ADVANCE at time 0.07421287729 with dt = 0.0002455026106

[1m[32m  Beginning subcycle 1 starting at time 0.07421287729 with dt = 0.0002455026106[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002888611 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 531] Advanced 9216 cells
[Level 3 step 1061] ADVANCE at time 0.07421287729 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07421287729 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008699964 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1061] Advanced 25600 cells
[Level 3 step 1062] ADVANCE at time 0.0743356286 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.0743356286 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008599105 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1062] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001843761
[Level 2 step 532] ADVANCE at time 0.0744583799 with dt = 0.0002455026106

[1m[32m  Beginning subcycle 1 starting at time 0.0744583799 with dt = 0.0002455026106[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002866381 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 532] Advanced 9216 cells
[Level 3 step 1063] ADVANCE at time 0.0744583799 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.0744583799 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008727817 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1063] Advanced 25600 cells
[Level 3 step 1064] ADVANCE at time 0.07458113121 with dt = 0.0001227513053

[1m[32m  Beginning subcycle 1 starting at time 0.07458113121 with dt = 0.0001227513053[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008627171 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1064] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001682084
Castro::reflux() at level 1 : time = 0.00085646
Castro::reflux() at level 0 : time = 0.000415223

TIME= 0.07470388252 MASS        = 1
TIME= 0.07470388252 XMOM        = -4.561735729e-19
TIME= 0.07470388252 YMOM        = 2.611737314e-17
TIME= 0.07470388252 ZMOM        = 0
TIME= 0.07470388252 ANG MOM X   = 0
TIME= 0.07470388252 ANG MOM Y   = 0
TIME= 0.07470388252 ANG MOM Z   = 5.470729161e-19
TIME= 0.07470388252 RHO*e       = 0.7977142179
TIME= 0.07470388252 RHO*K       = 0.2008922944
TIME= 0.07470388252 RHO*E       = 0.9986065123
TIME= 0.07470388252 CENTER OF MASS X-LOC = 0.5
TIME= 0.07470388252 CENTER OF MASS X-VEL = -4.561735729e-19
TIME= 0.07470388252 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07470388252 CENTER OF MASS Y-VEL = 2.611737314e-17
TIME= 0.07470388252 CENTER OF MASS Z-LOC = 0
TIME= 0.07470388252 CENTER OF MASS Z-VEL = 0
TIME= 0.07470388252 MAXIMUM TEMPERATURE  = 2.090771525e-06
TIME= 0.07470388252 MAXIMUM DENSITY      = 4.57155947

[STEP 133] Coarse TimeStep time: 0.194141528
[STEP 133] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 133 TIME = 0.07470388252 DT = 0.0009820104425

...estimated hydro-limited timestep at level 0: 0.0009891560549
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009891560549

...estimated hydro-limited timestep at level 1: 0.0004926738132
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004926738132

...estimated hydro-limited timestep at level 2: 0.0002461422877
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002461422877

...estimated hydro-limited timestep at level 3: 0.0001230050888
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001230050888

Now regridding at level lbase = 1
grid_places() time: 0.002220338 new finest: 3
TIME = 0.07470388252 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 134] ADVANCE at time 0.07470388252 with dt = 0.0009840407102

[1m[32m  Beginning subcycle 1 starting at time 0.07470388252 with dt = 0.0009840407102[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000980452 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6712152864

[Level 0 step 134] Advanced 1024 cells
[Level 1 step 267] ADVANCE at time 0.07470388252 with dt = 0.0004920203551

[1m[32m  Beginning subcycle 1 starting at time 0.07470388252 with dt = 0.0004920203551[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001902117 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 267] Advanced 4096 cells
[Level 2 step 533] ADVANCE at time 0.07470388252 with dt = 0.0002460101776

[1m[32m  Beginning subcycle 1 starting at time 0.07470388252 with dt = 0.0002460101776[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002849983 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 533] Advanced 9216 cells
[Level 3 step 1065] ADVANCE at time 0.07470388252 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07470388252 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009754537 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1065] Advanced 25600 cells
[Level 3 step 1066] ADVANCE at time 0.0748268876 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.0748268876 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009267964 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1066] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001820781
[Level 2 step 534] ADVANCE at time 0.07494989269 with dt = 0.0002460101776

[1m[32m  Beginning subcycle 1 starting at time 0.07494989269 with dt = 0.0002460101776[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002819688 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 534] Advanced 9216 cells
[Level 3 step 1067] ADVANCE at time 0.07494989269 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07494989269 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008718379 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1067] Advanced 25600 cells
[Level 3 step 1068] ADVANCE at time 0.07507289778 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07507289778 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008637309 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1068] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001700904
Castro::reflux() at level 1 : time = 0.000828167
Now regridding at level lbase = 2
grid_places() time: 0.001491677 new finest: 3
TIME = 0.07519590287 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 268] ADVANCE at time 0.07519590287 with dt = 0.0004920203551

[1m[32m  Beginning subcycle 1 starting at time 0.07519590287 with dt = 0.0004920203551[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001864446 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 268] Advanced 4096 cells
[Level 2 step 535] ADVANCE at time 0.07519590287 with dt = 0.0002460101776

[1m[32m  Beginning subcycle 1 starting at time 0.07519590287 with dt = 0.0002460101776[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00283063 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 535] Advanced 9216 cells
[Level 3 step 1069] ADVANCE at time 0.07519590287 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07519590287 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008666373 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1069] Advanced 25600 cells
[Level 3 step 1070] ADVANCE at time 0.07531890796 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07531890796 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008613424 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1070] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001839342
[Level 2 step 536] ADVANCE at time 0.07544191305 with dt = 0.0002460101776

[1m[32m  Beginning subcycle 1 starting at time 0.07544191305 with dt = 0.0002460101776[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002837988 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 536] Advanced 9216 cells
[Level 3 step 1071] ADVANCE at time 0.07544191305 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07544191305 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008721125 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1071] Advanced 25600 cells
[Level 3 step 1072] ADVANCE at time 0.07556491814 with dt = 0.0001230050888

[1m[32m  Beginning subcycle 1 starting at time 0.07556491814 with dt = 0.0001230050888[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008609752 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1072] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001759416
Castro::reflux() at level 1 : time = 0.000844596
Castro::reflux() at level 0 : time = 0.000416818

TIME= 0.07568792323 MASS        = 1
TIME= 0.07568792323 XMOM        = -1.406595383e-19
TIME= 0.07568792323 YMOM        = 8.639865982e-17
TIME= 0.07568792323 ZMOM        = 0
TIME= 0.07568792323 ANG MOM X   = 0
TIME= 0.07568792323 ANG MOM Y   = 0
TIME= 0.07568792323 ANG MOM Z   = 5.717057003e-19
TIME= 0.07568792323 RHO*e       = 0.7976429937
TIME= 0.07568792323 RHO*K       = 0.2009635186
TIME= 0.07568792323 RHO*E       = 0.9986065123
TIME= 0.07568792323 CENTER OF MASS X-LOC = 0.5
TIME= 0.07568792323 CENTER OF MASS X-VEL = -1.406595383e-19
TIME= 0.07568792323 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07568792323 CENTER OF MASS Y-VEL = 8.639865982e-17
TIME= 0.07568792323 CENTER OF MASS Z-LOC = 0
TIME= 0.07568792323 CENTER OF MASS Z-VEL = 0
TIME= 0.07568792323 MAXIMUM TEMPERATURE  = 2.082963328e-06
TIME= 0.07568792323 MAXIMUM DENSITY      = 4.564918221

[STEP 134] Coarse TimeStep time: 0.186984131
[STEP 134] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 134 TIME = 0.07568792323 DT = 0.0009840407102

...estimated hydro-limited timestep at level 0: 0.000991123297
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000991123297

...estimated hydro-limited timestep at level 1: 0.0004936533403
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004936533403

...estimated hydro-limited timestep at level 2: 0.0002466312284
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002466312284

...estimated hydro-limited timestep at level 3: 0.000123261357
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000123261357

Now regridding at level lbase = 0
grid_places() time: 0.002634731 new finest: 3
STEP = 134 TIME = 0.07568792323 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.000991123297
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.000991123297

...estimated hydro-limited timestep at level 1: 0.0004936533403
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004936533403

...estimated hydro-limited timestep at level 2: 0.0002466312284
...hydro-limited CFL timestep constrained at (i,j) = (70,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002466312284

...estimated hydro-limited timestep at level 3: 0.000123261357
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000123261357

[Level 0 step 135] ADVANCE at time 0.07568792323 with dt = 0.0009860908561

[1m[32m  Beginning subcycle 1 starting at time 0.07568792323 with dt = 0.0009860908561[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000984124 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6611023882

[Level 0 step 135] Advanced 1024 cells
[Level 1 step 269] ADVANCE at time 0.07568792323 with dt = 0.000493045428

[1m[32m  Beginning subcycle 1 starting at time 0.07568792323 with dt = 0.000493045428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001866957 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 269] Advanced 4096 cells
[Level 2 step 537] ADVANCE at time 0.07568792323 with dt = 0.000246522714

[1m[32m  Beginning subcycle 1 starting at time 0.07568792323 with dt = 0.000246522714[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002817099 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 537] Advanced 9216 cells
[Level 3 step 1073] ADVANCE at time 0.07568792323 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07568792323 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008844863 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1073] Advanced 25600 cells
[Level 3 step 1074] ADVANCE at time 0.07581118458 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07581118458 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008649007 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1074] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001804059
[Level 2 step 538] ADVANCE at time 0.07593444594 with dt = 0.000246522714

[1m[32m  Beginning subcycle 1 starting at time 0.07593444594 with dt = 0.000246522714[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002832831 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 538] Advanced 9216 cells
[Level 3 step 1075] ADVANCE at time 0.07593444594 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07593444594 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008874118 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1075] Advanced 25600 cells
[Level 3 step 1076] ADVANCE at time 0.0760577073 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.0760577073 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008736562 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1076] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001672917
Castro::reflux() at level 1 : time = 0.000818057
Now regridding at level lbase = 2
grid_places() time: 0.001496051 new finest: 3
TIME = 0.07618096865 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 270] ADVANCE at time 0.07618096865 with dt = 0.000493045428

[1m[32m  Beginning subcycle 1 starting at time 0.07618096865 with dt = 0.000493045428[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00186298 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 270] Advanced 4096 cells
[Level 2 step 539] ADVANCE at time 0.07618096865 with dt = 0.000246522714

[1m[32m  Beginning subcycle 1 starting at time 0.07618096865 with dt = 0.000246522714[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002824643 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 539] Advanced 9216 cells
[Level 3 step 1077] ADVANCE at time 0.07618096865 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07618096865 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008674746 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1077] Advanced 25600 cells
[Level 3 step 1078] ADVANCE at time 0.07630423001 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07630423001 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008692787 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1078] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001802121
[Level 2 step 540] ADVANCE at time 0.07642749137 with dt = 0.000246522714

[1m[32m  Beginning subcycle 1 starting at time 0.07642749137 with dt = 0.000246522714[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002835542 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 540] Advanced 9216 cells
[Level 3 step 1079] ADVANCE at time 0.07642749137 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07642749137 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008691472 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1079] Advanced 25600 cells
[Level 3 step 1080] ADVANCE at time 0.07655075272 with dt = 0.000123261357

[1m[32m  Beginning subcycle 1 starting at time 0.07655075272 with dt = 0.000123261357[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008717772 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1080] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001693613
Castro::reflux() at level 1 : time = 0.000838448
Castro::reflux() at level 0 : time = 0.000413919

TIME= 0.07667401408 MASS        = 1
TIME= 0.07667401408 XMOM        = 5.959397768e-19
TIME= 0.07667401408 YMOM        = -4.098750523e-17
TIME= 0.07667401408 ZMOM        = 0
TIME= 0.07667401408 ANG MOM X   = 0
TIME= 0.07667401408 ANG MOM Y   = 0
TIME= 0.07667401408 ANG MOM Z   = 5.790454142e-19
TIME= 0.07667401408 RHO*e       = 0.797589746
TIME= 0.07667401408 RHO*K       = 0.2010167663
TIME= 0.07667401408 RHO*E       = 0.9986065123
TIME= 0.07667401408 CENTER OF MASS X-LOC = 0.5
TIME= 0.07667401408 CENTER OF MASS X-VEL = 5.959397768e-19
TIME= 0.07667401408 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07667401408 CENTER OF MASS Y-VEL = -4.098750523e-17
TIME= 0.07667401408 CENTER OF MASS Z-LOC = 0
TIME= 0.07667401408 CENTER OF MASS Z-VEL = 0
TIME= 0.07667401408 MAXIMUM TEMPERATURE  = 2.075312028e-06
TIME= 0.07667401408 MAXIMUM DENSITY      = 4.58734039

[STEP 135] Coarse TimeStep time: 0.186810491
[STEP 135] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 135 TIME = 0.07667401408 DT = 0.0009860908561

...estimated hydro-limited timestep at level 0: 0.0009930699735
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009930699735

...estimated hydro-limited timestep at level 1: 0.0004946201877
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004946201877

...estimated hydro-limited timestep at level 2: 0.0002471200195
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002471200195

...estimated hydro-limited timestep at level 3: 0.000123513646
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000123513646

Now regridding at level lbase = 1
grid_places() time: 0.002154936 new finest: 3
TIME = 0.07667401408 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 136] ADVANCE at time 0.07667401408 with dt = 0.0009881091682

[1m[32m  Beginning subcycle 1 starting at time 0.07667401408 with dt = 0.0009881091682[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000981463 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6733887169

[Level 0 step 136] Advanced 1024 cells
[Level 1 step 271] ADVANCE at time 0.07667401408 with dt = 0.0004940545841

[1m[32m  Beginning subcycle 1 starting at time 0.07667401408 with dt = 0.0004940545841[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001879808 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 271] Advanced 4096 cells
[Level 2 step 541] ADVANCE at time 0.07667401408 with dt = 0.000247027292

[1m[32m  Beginning subcycle 1 starting at time 0.07667401408 with dt = 0.000247027292[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002822708 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 541] Advanced 9216 cells
[Level 3 step 1081] ADVANCE at time 0.07667401408 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07667401408 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00868603 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1081] Advanced 25600 cells
[Level 3 step 1082] ADVANCE at time 0.07679752773 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07679752773 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008824398 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1082] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001814696
[Level 2 step 542] ADVANCE at time 0.07692104137 with dt = 0.000247027292

[1m[32m  Beginning subcycle 1 starting at time 0.07692104137 with dt = 0.000247027292[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002829379 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 542] Advanced 9216 cells
[Level 3 step 1083] ADVANCE at time 0.07692104137 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07692104137 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008742598 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1083] Advanced 25600 cells
[Level 3 step 1084] ADVANCE at time 0.07704455502 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07704455502 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008877671 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1084] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001682114
Castro::reflux() at level 1 : time = 0.000822557
Now regridding at level lbase = 2
grid_places() time: 0.001505556 new finest: 3
TIME = 0.07716806867 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 272] ADVANCE at time 0.07716806867 with dt = 0.0004940545841

[1m[32m  Beginning subcycle 1 starting at time 0.07716806867 with dt = 0.0004940545841[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001876812 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 272] Advanced 4096 cells
[Level 2 step 543] ADVANCE at time 0.07716806867 with dt = 0.000247027292

[1m[32m  Beginning subcycle 1 starting at time 0.07716806867 with dt = 0.000247027292[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840554 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 543] Advanced 9216 cells
[Level 3 step 1085] ADVANCE at time 0.07716806867 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07716806867 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008644968 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1085] Advanced 25600 cells
[Level 3 step 1086] ADVANCE at time 0.07729158231 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07729158231 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008628336 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1086] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001800162
[Level 2 step 544] ADVANCE at time 0.07741509596 with dt = 0.000247027292

[1m[32m  Beginning subcycle 1 starting at time 0.07741509596 with dt = 0.000247027292[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002884164 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 544] Advanced 9216 cells
[Level 3 step 1087] ADVANCE at time 0.07741509596 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.07741509596 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008672609 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1087] Advanced 25600 cells
[Level 3 step 1088] ADVANCE at time 0.0775386096 with dt = 0.000123513646

[1m[32m  Beginning subcycle 1 starting at time 0.0775386096 with dt = 0.000123513646[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00864506 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1088] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001686947
Castro::reflux() at level 1 : time = 0.00082705
Castro::reflux() at level 0 : time = 0.000420921

TIME= 0.07766212325 MASS        = 1
TIME= 0.07766212325 XMOM        = 1.145458289e-17
TIME= 0.07766212325 YMOM        = 1.476535257e-17
TIME= 0.07766212325 ZMOM        = 0
TIME= 0.07766212325 ANG MOM X   = 0
TIME= 0.07766212325 ANG MOM Y   = 0
TIME= 0.07766212325 ANG MOM Z   = 6.225170987e-19
TIME= 0.07766212325 RHO*e       = 0.7975709963
TIME= 0.07766212325 RHO*K       = 0.201035516
TIME= 0.07766212325 RHO*E       = 0.9986065123
TIME= 0.07766212325 CENTER OF MASS X-LOC = 0.5
TIME= 0.07766212325 CENTER OF MASS X-VEL = 1.145458289e-17
TIME= 0.07766212325 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07766212325 CENTER OF MASS Y-VEL = 1.476535257e-17
TIME= 0.07766212325 CENTER OF MASS Z-LOC = 0
TIME= 0.07766212325 CENTER OF MASS Z-VEL = 0
TIME= 0.07766212325 MAXIMUM TEMPERATURE  = 2.067752021e-06
TIME= 0.07766212325 MAXIMUM DENSITY      = 4.585260749

[STEP 136] Coarse TimeStep time: 0.184679909
[STEP 136] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 136 TIME = 0.07766212325 DT = 0.0009881091682

...estimated hydro-limited timestep at level 0: 0.0009949974737
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009949974737

...estimated hydro-limited timestep at level 1: 0.0004955853284
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004955853284

...estimated hydro-limited timestep at level 2: 0.0002476040836
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002476040836

...estimated hydro-limited timestep at level 3: 0.0001237640256
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001237640256

Now regridding at level lbase = 0
grid_places() time: 0.002566753 new finest: 3
STEP = 136 TIME = 0.07766212325 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009949974737
...hydro-limited CFL timestep constrained at (i,j) = (17,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009949974737

...estimated hydro-limited timestep at level 1: 0.0004955853284
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004955853284

...estimated hydro-limited timestep at level 2: 0.0002476040836
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002476040836

...estimated hydro-limited timestep at level 3: 0.0001237640256
...hydro-limited CFL timestep constrained at (i,j) = (141,142)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001237640256

[Level 0 step 137] ADVANCE at time 0.07766212325 with dt = 0.0009901122044

[1m[32m  Beginning subcycle 1 starting at time 0.07766212325 with dt = 0.0009901122044[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000982405 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6629835685

[Level 0 step 137] Advanced 1024 cells
[Level 1 step 273] ADVANCE at time 0.07766212325 with dt = 0.0004950561022

[1m[32m  Beginning subcycle 1 starting at time 0.07766212325 with dt = 0.0004950561022[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001868157 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 273] Advanced 4096 cells
[Level 2 step 545] ADVANCE at time 0.07766212325 with dt = 0.0002475280511

[1m[32m  Beginning subcycle 1 starting at time 0.07766212325 with dt = 0.0002475280511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002818734 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 545] Advanced 9216 cells
[Level 3 step 1089] ADVANCE at time 0.07766212325 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07766212325 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008694609 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1089] Advanced 25600 cells
[Level 3 step 1090] ADVANCE at time 0.07778588728 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07778588728 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008645912 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1090] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001814967
[Level 2 step 546] ADVANCE at time 0.0779096513 with dt = 0.0002475280511

[1m[32m  Beginning subcycle 1 starting at time 0.0779096513 with dt = 0.0002475280511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002855566 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 546] Advanced 9216 cells
[Level 3 step 1091] ADVANCE at time 0.0779096513 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.0779096513 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008700346 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1091] Advanced 25600 cells
[Level 3 step 1092] ADVANCE at time 0.07803341533 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07803341533 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008623579 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1092] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001689113
Castro::reflux() at level 1 : time = 0.000805495
Now regridding at level lbase = 2
grid_places() time: 0.001502107 new finest: 3
TIME = 0.07815717935 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 274] ADVANCE at time 0.07815717935 with dt = 0.0004950561022

[1m[32m  Beginning subcycle 1 starting at time 0.07815717935 with dt = 0.0004950561022[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00185628 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 274] Advanced 4096 cells
[Level 2 step 547] ADVANCE at time 0.07815717935 with dt = 0.0002475280511

[1m[32m  Beginning subcycle 1 starting at time 0.07815717935 with dt = 0.0002475280511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002808731 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 547] Advanced 9216 cells
[Level 3 step 1093] ADVANCE at time 0.07815717935 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07815717935 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008760993 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1093] Advanced 25600 cells
[Level 3 step 1094] ADVANCE at time 0.07828094338 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07828094338 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008858968 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1094] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001801512
[Level 2 step 548] ADVANCE at time 0.0784047074 with dt = 0.0002475280511

[1m[32m  Beginning subcycle 1 starting at time 0.0784047074 with dt = 0.0002475280511[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002815089 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 548] Advanced 9216 cells
[Level 3 step 1095] ADVANCE at time 0.0784047074 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.0784047074 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008659755 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1095] Advanced 25600 cells
[Level 3 step 1096] ADVANCE at time 0.07852847143 with dt = 0.0001237640256

[1m[32m  Beginning subcycle 1 starting at time 0.07852847143 with dt = 0.0001237640256[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008891062 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1096] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001704246
Castro::reflux() at level 1 : time = 0.000825441
Castro::reflux() at level 0 : time = 0.000403643

TIME= 0.07865223545 MASS        = 1
TIME= 0.07865223545 XMOM        = 5.26457146e-19
TIME= 0.07865223545 YMOM        = 4.189186269e-17
TIME= 0.07865223545 ZMOM        = 0
TIME= 0.07865223545 ANG MOM X   = 0
TIME= 0.07865223545 ANG MOM Y   = 0
TIME= 0.07865223545 ANG MOM Z   = 5.986623339e-19
TIME= 0.07865223545 RHO*e       = 0.7975054678
TIME= 0.07865223545 RHO*K       = 0.2011010445
TIME= 0.07865223545 RHO*E       = 0.9986065123
TIME= 0.07865223545 CENTER OF MASS X-LOC = 0.5
TIME= 0.07865223545 CENTER OF MASS X-VEL = 5.26457146e-19
TIME= 0.07865223545 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07865223545 CENTER OF MASS Y-VEL = 4.189186269e-17
TIME= 0.07865223545 CENTER OF MASS Z-LOC = 0
TIME= 0.07865223545 CENTER OF MASS Z-VEL = 0
TIME= 0.07865223545 MAXIMUM TEMPERATURE  = 2.060287552e-06
TIME= 0.07865223545 MAXIMUM DENSITY      = 4.58701581

[STEP 137] Coarse TimeStep time: 0.193836181
[STEP 137] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 137 TIME = 0.07865223545 DT = 0.0009901122044

...estimated hydro-limited timestep at level 0: 0.0009969187846
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009969187846

...estimated hydro-limited timestep at level 1: 0.0004965438823
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004965438823

...estimated hydro-limited timestep at level 2: 0.0002480857937
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002480857937

...estimated hydro-limited timestep at level 3: 0.0001240077196
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001240077196

Now regridding at level lbase = 1
grid_places() time: 0.002258304 new finest: 3
TIME = 0.07865223545 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 138] ADVANCE at time 0.07865223545 with dt = 0.0009920617564

[1m[32m  Beginning subcycle 1 starting at time 0.07865223545 with dt = 0.0009920617564[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000976 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6731479065

[Level 0 step 138] Advanced 1024 cells
[Level 1 step 275] ADVANCE at time 0.07865223545 with dt = 0.0004960308782

[1m[32m  Beginning subcycle 1 starting at time 0.07865223545 with dt = 0.0004960308782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001869828 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 275] Advanced 4096 cells
[Level 2 step 549] ADVANCE at time 0.07865223545 with dt = 0.0002480154391

[1m[32m  Beginning subcycle 1 starting at time 0.07865223545 with dt = 0.0002480154391[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002790934 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 549] Advanced 9216 cells
[Level 3 step 1097] ADVANCE at time 0.07865223545 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07865223545 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008767161 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1097] Advanced 25600 cells
[Level 3 step 1098] ADVANCE at time 0.07877624317 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07877624317 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008665004 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1098] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001807822
[Level 2 step 550] ADVANCE at time 0.07890025089 with dt = 0.0002480154391

[1m[32m  Beginning subcycle 1 starting at time 0.07890025089 with dt = 0.0002480154391[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002818977 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 550] Advanced 9216 cells
[Level 3 step 1099] ADVANCE at time 0.07890025089 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07890025089 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008742658 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1099] Advanced 25600 cells
[Level 3 step 1100] ADVANCE at time 0.07902425861 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07902425861 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008876684 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1100] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001719428
Castro::reflux() at level 1 : time = 0.00080952
Now regridding at level lbase = 2
grid_places() time: 0.001479061 new finest: 3
TIME = 0.07914826633 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 276] ADVANCE at time 0.07914826633 with dt = 0.0004960308782

[1m[32m  Beginning subcycle 1 starting at time 0.07914826633 with dt = 0.0004960308782[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00191447 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 276] Advanced 4096 cells
[Level 2 step 551] ADVANCE at time 0.07914826633 with dt = 0.0002480154391

[1m[32m  Beginning subcycle 1 starting at time 0.07914826633 with dt = 0.0002480154391[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002818453 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 551] Advanced 9216 cells
[Level 3 step 1101] ADVANCE at time 0.07914826633 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07914826633 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008908907 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1101] Advanced 25600 cells
[Level 3 step 1102] ADVANCE at time 0.07927227405 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07927227405 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.0086385 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1102] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001819926
[Level 2 step 552] ADVANCE at time 0.07939628177 with dt = 0.0002480154391

[1m[32m  Beginning subcycle 1 starting at time 0.07939628177 with dt = 0.0002480154391[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002813373 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 552] Advanced 9216 cells
[Level 3 step 1103] ADVANCE at time 0.07939628177 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07939628177 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008820848 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1103] Advanced 25600 cells
[Level 3 step 1104] ADVANCE at time 0.07952028949 with dt = 0.0001240077196

[1m[32m  Beginning subcycle 1 starting at time 0.07952028949 with dt = 0.0001240077196[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008747156 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1104] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001702262
Castro::reflux() at level 1 : time = 0.000841584
Castro::reflux() at level 0 : time = 0.000419588

TIME= 0.07964429721 MASS        = 1
TIME= 0.07964429721 XMOM        = -2.789056423e-18
TIME= 0.07964429721 YMOM        = -1.611663878e-17
TIME= 0.07964429721 ZMOM        = 0
TIME= 0.07964429721 ANG MOM X   = 0
TIME= 0.07964429721 ANG MOM Y   = 0
TIME= 0.07964429721 ANG MOM Z   = 5.711313032e-19
TIME= 0.07964429721 RHO*e       = 0.7974718111
TIME= 0.07964429721 RHO*K       = 0.2011347012
TIME= 0.07964429721 RHO*E       = 0.9986065123
TIME= 0.07964429721 CENTER OF MASS X-LOC = 0.5
TIME= 0.07964429721 CENTER OF MASS X-VEL = -2.789056423e-18
TIME= 0.07964429721 CENTER OF MASS Y-LOC = 0.5
TIME= 0.07964429721 CENTER OF MASS Y-VEL = -1.611663878e-17
TIME= 0.07964429721 CENTER OF MASS Z-LOC = 0
TIME= 0.07964429721 CENTER OF MASS Z-VEL = 0
TIME= 0.07964429721 MAXIMUM TEMPERATURE  = 2.05292921e-06
TIME= 0.07964429721 MAXIMUM DENSITY      = 4.60589972

[STEP 138] Coarse TimeStep time: 0.192351288
[STEP 138] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 138 TIME = 0.07964429721 DT = 0.0009920617564

...estimated hydro-limited timestep at level 0: 0.0009988312205
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009988312205

...estimated hydro-limited timestep at level 1: 0.0004975033948
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004975033948

...estimated hydro-limited timestep at level 2: 0.0002485694818
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002485694818

...estimated hydro-limited timestep at level 3: 0.0001242394173
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001242394173

Now regridding at level lbase = 0
grid_places() time: 0.002615719 new finest: 3
STEP = 138 TIME = 0.07964429721 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.0009988312205
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.0009988312205

...estimated hydro-limited timestep at level 1: 0.0004975033948
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004975033948

...estimated hydro-limited timestep at level 2: 0.0002485694818
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002485694818

...estimated hydro-limited timestep at level 3: 0.0001242394173
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001242394173

[Level 0 step 139] ADVANCE at time 0.07964429721 with dt = 0.0009939153382

[1m[32m  Beginning subcycle 1 starting at time 0.07964429721 with dt = 0.0009939153382[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00098111 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6627102519

[Level 0 step 139] Advanced 1024 cells
[Level 1 step 277] ADVANCE at time 0.07964429721 with dt = 0.0004969576691

[1m[32m  Beginning subcycle 1 starting at time 0.07964429721 with dt = 0.0004969576691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00186593 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 277] Advanced 4096 cells
[Level 2 step 553] ADVANCE at time 0.07964429721 with dt = 0.0002484788346

[1m[32m  Beginning subcycle 1 starting at time 0.07964429721 with dt = 0.0002484788346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002816939 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 553] Advanced 9216 cells
[Level 3 step 1105] ADVANCE at time 0.07964429721 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.07964429721 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008744792 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1105] Advanced 25600 cells
[Level 3 step 1106] ADVANCE at time 0.07976853663 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.07976853663 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008710724 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1106] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001798924
[Level 2 step 554] ADVANCE at time 0.07989277605 with dt = 0.0002484788346

[1m[32m  Beginning subcycle 1 starting at time 0.07989277605 with dt = 0.0002484788346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002819319 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 554] Advanced 9216 cells
[Level 3 step 1107] ADVANCE at time 0.07989277605 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.07989277605 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008779222 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1107] Advanced 25600 cells
[Level 3 step 1108] ADVANCE at time 0.08001701546 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.08001701546 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008633435 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1108] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001640014
Castro::reflux() at level 1 : time = 0.000836897
Now regridding at level lbase = 2
grid_places() time: 0.001471631 new finest: 3
TIME = 0.08014125488 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 278] ADVANCE at time 0.08014125488 with dt = 0.0004969576691

[1m[32m  Beginning subcycle 1 starting at time 0.08014125488 with dt = 0.0004969576691[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001847078 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 278] Advanced 4096 cells
[Level 2 step 555] ADVANCE at time 0.08014125488 with dt = 0.0002484788346

[1m[32m  Beginning subcycle 1 starting at time 0.08014125488 with dt = 0.0002484788346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840506 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 555] Advanced 9216 cells
[Level 3 step 1109] ADVANCE at time 0.08014125488 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.08014125488 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008782786 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1109] Advanced 25600 cells
[Level 3 step 1110] ADVANCE at time 0.0802654943 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.0802654943 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008719959 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1110] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.00179201
[Level 2 step 556] ADVANCE at time 0.08038973371 with dt = 0.0002484788346

[1m[32m  Beginning subcycle 1 starting at time 0.08038973371 with dt = 0.0002484788346[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002832666 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 556] Advanced 9216 cells
[Level 3 step 1111] ADVANCE at time 0.08038973371 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.08038973371 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008782706 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1111] Advanced 25600 cells
[Level 3 step 1112] ADVANCE at time 0.08051397313 with dt = 0.0001242394173

[1m[32m  Beginning subcycle 1 starting at time 0.08051397313 with dt = 0.0001242394173[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008782573 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1112] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.00165152
Castro::reflux() at level 1 : time = 0.000832242
Castro::reflux() at level 0 : time = 0.000424737

TIME= 0.08063821255 MASS        = 1
TIME= 0.08063821255 XMOM        = 2.527746945e-18
TIME= 0.08063821255 YMOM        = 9.94053064e-17
TIME= 0.08063821255 ZMOM        = 0
TIME= 0.08063821255 ANG MOM X   = 0
TIME= 0.08063821255 ANG MOM Y   = 0
TIME= 0.08063821255 ANG MOM Z   = 4.804804059e-19
TIME= 0.08063821255 RHO*e       = 0.7974176275
TIME= 0.08063821255 RHO*K       = 0.2011888847
TIME= 0.08063821255 RHO*E       = 0.9986065123
TIME= 0.08063821255 CENTER OF MASS X-LOC = 0.5
TIME= 0.08063821255 CENTER OF MASS X-VEL = 2.527746945e-18
TIME= 0.08063821255 CENTER OF MASS Y-LOC = 0.5
TIME= 0.08063821255 CENTER OF MASS Y-VEL = 9.94053064e-17
TIME= 0.08063821255 CENTER OF MASS Z-LOC = 0
TIME= 0.08063821255 CENTER OF MASS Z-VEL = 0
TIME= 0.08063821255 MAXIMUM TEMPERATURE  = 2.04568149e-06
TIME= 0.08063821255 MAXIMUM DENSITY      = 4.59317865

[STEP 139] Coarse TimeStep time: 0.191491235
[STEP 139] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 139 TIME = 0.08063821255 DT = 0.0009939153382

...estimated hydro-limited timestep at level 0: 0.001000722256
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001000722256

...estimated hydro-limited timestep at level 1: 0.0004984590216
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004984590216

...estimated hydro-limited timestep at level 2: 0.0002490500297
...hydro-limited CFL timestep constrained at (i,j) = (70,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002490500297

...estimated hydro-limited timestep at level 3: 0.0001244722141
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001244722141

Now regridding at level lbase = 1
grid_places() time: 0.002210971 new finest: 3
TIME = 0.08063821255 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 140] ADVANCE at time 0.08063821255 with dt = 0.0009957777126

[1m[32m  Beginning subcycle 1 starting at time 0.08063821255 with dt = 0.0009957777126[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000974176 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.66535199

[Level 0 step 140] Advanced 1024 cells
[Level 1 step 279] ADVANCE at time 0.08063821255 with dt = 0.0004978888563

[1m[32m  Beginning subcycle 1 starting at time 0.08063821255 with dt = 0.0004978888563[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001863289 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 279] Advanced 4096 cells
[Level 2 step 557] ADVANCE at time 0.08063821255 with dt = 0.0002489444282

[1m[32m  Beginning subcycle 1 starting at time 0.08063821255 with dt = 0.0002489444282[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002788141 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 557] Advanced 9216 cells
[Level 3 step 1113] ADVANCE at time 0.08063821255 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08063821255 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008767844 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1113] Advanced 25600 cells
[Level 3 step 1114] ADVANCE at time 0.08076268476 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08076268476 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008780275 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1114] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001792994
[Level 2 step 558] ADVANCE at time 0.08088715698 with dt = 0.0002489444282

[1m[32m  Beginning subcycle 1 starting at time 0.08088715698 with dt = 0.0002489444282[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002833397 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 558] Advanced 9216 cells
[Level 3 step 1115] ADVANCE at time 0.08088715698 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08088715698 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008637626 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1115] Advanced 25600 cells
[Level 3 step 1116] ADVANCE at time 0.08101162919 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08101162919 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00866306 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1116] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001662857
Castro::reflux() at level 1 : time = 0.000828162
Now regridding at level lbase = 2
grid_places() time: 0.00148448 new finest: 3
TIME = 0.08113610141 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 280] ADVANCE at time 0.08113610141 with dt = 0.0004978888563

[1m[32m  Beginning subcycle 1 starting at time 0.08113610141 with dt = 0.0004978888563[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001897657 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 280] Advanced 4096 cells
[Level 2 step 559] ADVANCE at time 0.08113610141 with dt = 0.0002489444282

[1m[32m  Beginning subcycle 1 starting at time 0.08113610141 with dt = 0.0002489444282[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002814633 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 559] Advanced 9216 cells
[Level 3 step 1117] ADVANCE at time 0.08113610141 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08113610141 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008836623 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1117] Advanced 25600 cells
[Level 3 step 1118] ADVANCE at time 0.08126057362 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08126057362 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008619883 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1118] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001785262
[Level 2 step 560] ADVANCE at time 0.08138504583 with dt = 0.0002489444282

[1m[32m  Beginning subcycle 1 starting at time 0.08138504583 with dt = 0.0002489444282[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002842038 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 560] Advanced 9216 cells
[Level 3 step 1119] ADVANCE at time 0.08138504583 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08138504583 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008930821 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1119] Advanced 25600 cells
[Level 3 step 1120] ADVANCE at time 0.08150951805 with dt = 0.0001244722141

[1m[32m  Beginning subcycle 1 starting at time 0.08150951805 with dt = 0.0001244722141[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008733365 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1120] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001682956
Castro::reflux() at level 1 : time = 0.000838749
Castro::reflux() at level 0 : time = 0.000416895

TIME= 0.08163399026 MASS        = 1
TIME= 0.08163399026 XMOM        = -4.872584803e-19
TIME= 0.08163399026 YMOM        = 6.780938772e-17
TIME= 0.08163399026 ZMOM        = 0
TIME= 0.08163399026 ANG MOM X   = 0
TIME= 0.08163399026 ANG MOM Y   = 0
TIME= 0.08163399026 ANG MOM Z   = 3.138550798e-19
TIME= 0.08163399026 RHO*e       = 0.7974014206
TIME= 0.08163399026 RHO*K       = 0.2012050916
TIME= 0.08163399026 RHO*E       = 0.9986065123
TIME= 0.08163399026 CENTER OF MASS X-LOC = 0.5
TIME= 0.08163399026 CENTER OF MASS X-VEL = -4.872584803e-19
TIME= 0.08163399026 CENTER OF MASS Y-LOC = 0.5
TIME= 0.08163399026 CENTER OF MASS Y-VEL = 6.780938772e-17
TIME= 0.08163399026 CENTER OF MASS Z-LOC = 0
TIME= 0.08163399026 CENTER OF MASS Z-VEL = 0
TIME= 0.08163399026 MAXIMUM TEMPERATURE  = 2.038531646e-06
TIME= 0.08163399026 MAXIMUM DENSITY      = 4.608512781

[STEP 140] Coarse TimeStep time: 0.19289444
[STEP 140] FAB kilobyte spread across MPI nodes: [51395 ... 51395]


STEP = 140 TIME = 0.08163399026 DT = 0.0009957777126

PLOTFILE: file = Sedov-2d-tau_plt00140
Write plotfile time = 0.046735556  seconds

...estimated hydro-limited timestep at level 0: 0.00100259661
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00100259661

...estimated hydro-limited timestep at level 1: 0.0004994046529
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004994046529

...estimated hydro-limited timestep at level 2: 0.0002495247915
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002495247915

...estimated hydro-limited timestep at level 3: 0.0001247028669
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001247028669

Now regridding at level lbase = 0
grid_places() time: 0.002695675 new finest: 3
STEP = 140 TIME = 0.08163399026 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

...estimated hydro-limited timestep at level 0: 0.00100259661
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00100259661

...estimated hydro-limited timestep at level 1: 0.0004994046529
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0004994046529

...estimated hydro-limited timestep at level 2: 0.0002495247915
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002495247915

...estimated hydro-limited timestep at level 3: 0.0001247028669
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001247028669

[Level 0 step 141] ADVANCE at time 0.08163399026 with dt = 0.000997622935

[1m[32m  Beginning subcycle 1 starting at time 0.08163399026 with dt = 0.000997622935[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00098793 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6631626121

[Level 0 step 141] Advanced 1024 cells
[Level 1 step 281] ADVANCE at time 0.08163399026 with dt = 0.0004988114675

[1m[32m  Beginning subcycle 1 starting at time 0.08163399026 with dt = 0.0004988114675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001870409 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 281] Advanced 4096 cells
[Level 2 step 561] ADVANCE at time 0.08163399026 with dt = 0.0002494057338

[1m[32m  Beginning subcycle 1 starting at time 0.08163399026 with dt = 0.0002494057338[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002832234 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 561] Advanced 9216 cells
[Level 3 step 1121] ADVANCE at time 0.08163399026 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08163399026 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00876389 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1121] Advanced 25600 cells
[Level 3 step 1122] ADVANCE at time 0.08175869313 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08175869313 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008930635 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1122] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001793536
[Level 2 step 562] ADVANCE at time 0.081883396 with dt = 0.0002494057338

[1m[32m  Beginning subcycle 1 starting at time 0.081883396 with dt = 0.0002494057338[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002845038 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 562] Advanced 9216 cells
[Level 3 step 1123] ADVANCE at time 0.081883396 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.081883396 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00870366 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1123] Advanced 25600 cells
[Level 3 step 1124] ADVANCE at time 0.08200809886 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08200809886 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008832091 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1124] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001671851
Castro::reflux() at level 1 : time = 0.000837865
Now regridding at level lbase = 2
grid_places() time: 0.001487438 new finest: 3
TIME = 0.08213280173 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 282] ADVANCE at time 0.08213280173 with dt = 0.0004988114675

[1m[32m  Beginning subcycle 1 starting at time 0.08213280173 with dt = 0.0004988114675[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001900612 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 282] Advanced 4096 cells
[Level 2 step 563] ADVANCE at time 0.08213280173 with dt = 0.0002494057338

[1m[32m  Beginning subcycle 1 starting at time 0.08213280173 with dt = 0.0002494057338[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002810921 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 563] Advanced 9216 cells
[Level 3 step 1125] ADVANCE at time 0.08213280173 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08213280173 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008833708 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1125] Advanced 25600 cells
[Level 3 step 1126] ADVANCE at time 0.0822575046 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.0822575046 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008616152 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1126] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001776651
[Level 2 step 564] ADVANCE at time 0.08238220746 with dt = 0.0002494057338

[1m[32m  Beginning subcycle 1 starting at time 0.08238220746 with dt = 0.0002494057338[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002837649 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 564] Advanced 9216 cells
[Level 3 step 1127] ADVANCE at time 0.08238220746 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08238220746 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008722993 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1127] Advanced 25600 cells
[Level 3 step 1128] ADVANCE at time 0.08250691033 with dt = 0.0001247028669

[1m[32m  Beginning subcycle 1 starting at time 0.08250691033 with dt = 0.0001247028669[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008736901 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1128] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001667437
Castro::reflux() at level 1 : time = 0.000816873
Castro::reflux() at level 0 : time = 0.000418242

TIME= 0.0826316132 MASS        = 1
TIME= 0.0826316132 XMOM        = -4.061458428e-18
TIME= 0.0826316132 YMOM        = 2.491892735e-17
TIME= 0.0826316132 ZMOM        = 0
TIME= 0.0826316132 ANG MOM X   = 0
TIME= 0.0826316132 ANG MOM Y   = 0
TIME= 0.0826316132 ANG MOM Z   = 2.373862074e-19
TIME= 0.0826316132 RHO*e       = 0.7973111882
TIME= 0.0826316132 RHO*K       = 0.2012953241
TIME= 0.0826316132 RHO*E       = 0.9986065123
TIME= 0.0826316132 CENTER OF MASS X-LOC = 0.5
TIME= 0.0826316132 CENTER OF MASS X-VEL = -4.061458428e-18
TIME= 0.0826316132 CENTER OF MASS Y-LOC = 0.5
TIME= 0.0826316132 CENTER OF MASS Y-VEL = 2.491892735e-17
TIME= 0.0826316132 CENTER OF MASS Z-LOC = 0
TIME= 0.0826316132 CENTER OF MASS Z-VEL = 0
TIME= 0.0826316132 MAXIMUM TEMPERATURE  = 2.031476642e-06
TIME= 0.0826316132 MAXIMUM DENSITY      = 4.621972907

[STEP 141] Coarse TimeStep time: 0.186813069
[STEP 141] FAB kilobyte spread across MPI nodes: [53072 ... 53072]


STEP = 141 TIME = 0.0826316132 DT = 0.000997622935

...estimated hydro-limited timestep at level 0: 0.001004457228
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001004457228

...estimated hydro-limited timestep at level 1: 0.000500345895
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000500345895

...estimated hydro-limited timestep at level 2: 0.0002499874024
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002499874024

...estimated hydro-limited timestep at level 3: 0.0001249333543
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001249333543

Now regridding at level lbase = 1
grid_places() time: 0.002193966 new finest: 3
TIME = 0.0826316132 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 0 step 142] ADVANCE at time 0.0826316132 with dt = 0.0009994668348

[1m[32m  Beginning subcycle 1 starting at time 0.0826316132 with dt = 0.0009994668348[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000996976 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6514032205

[Level 0 step 142] Advanced 1024 cells
[Level 1 step 283] ADVANCE at time 0.0826316132 with dt = 0.0004997334174

[1m[32m  Beginning subcycle 1 starting at time 0.0826316132 with dt = 0.0004997334174[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001875571 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 283] Advanced 4096 cells
[Level 2 step 565] ADVANCE at time 0.0826316132 with dt = 0.0002498667087

[1m[32m  Beginning subcycle 1 starting at time 0.0826316132 with dt = 0.0002498667087[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002816853 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 565] Advanced 9216 cells
[Level 3 step 1129] ADVANCE at time 0.0826316132 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.0826316132 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008775523 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1129] Advanced 25600 cells
[Level 3 step 1130] ADVANCE at time 0.08275654655 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08275654655 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008683133 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1130] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001806704
[Level 2 step 566] ADVANCE at time 0.08288147991 with dt = 0.0002498667087

[1m[32m  Beginning subcycle 1 starting at time 0.08288147991 with dt = 0.0002498667087[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840826 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 566] Advanced 9216 cells
[Level 3 step 1131] ADVANCE at time 0.08288147991 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08288147991 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008706869 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1131] Advanced 25600 cells
[Level 3 step 1132] ADVANCE at time 0.08300641326 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08300641326 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008690333 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1132] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001667425
Castro::reflux() at level 1 : time = 0.000816977
Now regridding at level lbase = 2
grid_places() time: 0.001480453 new finest: 3
TIME = 0.08313134661 : REGRID  with lbase = 2
  Level 3   1 grids  25600 cells  39.0625 % of domain

[Level 1 step 284] ADVANCE at time 0.08313134661 with dt = 0.0004997334174

[1m[32m  Beginning subcycle 1 starting at time 0.08313134661 with dt = 0.0004997334174[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001868257 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 284] Advanced 4096 cells
[Level 2 step 567] ADVANCE at time 0.08313134661 with dt = 0.0002498667087

[1m[32m  Beginning subcycle 1 starting at time 0.08313134661 with dt = 0.0002498667087[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002861394 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 567] Advanced 9216 cells
[Level 3 step 1133] ADVANCE at time 0.08313134661 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08313134661 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008953101 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1133] Advanced 25600 cells
[Level 3 step 1134] ADVANCE at time 0.08325627997 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08325627997 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008686277 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1134] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.00178519
[Level 2 step 568] ADVANCE at time 0.08338121332 with dt = 0.0002498667087

[1m[32m  Beginning subcycle 1 starting at time 0.08338121332 with dt = 0.0002498667087[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002848831 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 568] Advanced 9216 cells
[Level 3 step 1135] ADVANCE at time 0.08338121332 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08338121332 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00890456 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1135] Advanced 25600 cells
[Level 3 step 1136] ADVANCE at time 0.08350614668 with dt = 0.0001249333543

[1m[32m  Beginning subcycle 1 starting at time 0.08350614668 with dt = 0.0001249333543[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.008817588 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1136] Advanced 25600 cells
Castro::reflux() at level 2 : time = 0.001675549
Castro::reflux() at level 1 : time = 0.000851527
Castro::reflux() at level 0 : time = 0.000410523

TIME= 0.08363108003 MASS        = 1
TIME= 0.08363108003 XMOM        = -1.376303431e-18
TIME= 0.08363108003 YMOM        = -3.77799083e-17
TIME= 0.08363108003 ZMOM        = 0
TIME= 0.08363108003 ANG MOM X   = 0
TIME= 0.08363108003 ANG MOM Y   = 0
TIME= 0.08363108003 ANG MOM Z   = 2.4837448e-19
TIME= 0.08363108003 RHO*e       = 0.7973293021
TIME= 0.08363108003 RHO*K       = 0.2012772102
TIME= 0.08363108003 RHO*E       = 0.9986065123
TIME= 0.08363108003 CENTER OF MASS X-LOC = 0.5
TIME= 0.08363108003 CENTER OF MASS X-VEL = -1.376303431e-18
TIME= 0.08363108003 CENTER OF MASS Y-LOC = 0.5
TIME= 0.08363108003 CENTER OF MASS Y-VEL = -3.77799083e-17
TIME= 0.08363108003 CENTER OF MASS Z-LOC = 0
TIME= 0.08363108003 CENTER OF MASS Z-VEL = 0
TIME= 0.08363108003 MAXIMUM TEMPERATURE  = 2.024518012e-06
TIME= 0.08363108003 MAXIMUM DENSITY      = 4.595087494

[STEP 142] Coarse TimeStep time: 0.185059919
[STEP 142] FAB kilobyte spread across MPI nodes: [53072 ... 53072]


STEP = 142 TIME = 0.08363108003 DT = 0.0009994668348

...estimated hydro-limited timestep at level 0: 0.00100630372
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00100630372

...estimated hydro-limited timestep at level 1: 0.0005012816901
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005012816901

...estimated hydro-limited timestep at level 2: 0.0002504475599
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002504475599

...estimated hydro-limited timestep at level 3: 0.0001251630185
...hydro-limited CFL timestep constrained at (i,j) = (142,143)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001251630185

Now regridding at level lbase = 0
grid_places() time: 0.002632658 new finest: 3
STEP = 142 TIME = 0.08363108003 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   4 grids  27520 cells  41.9921875 % of domain
            smallest grid: 48 x 72  biggest grid: 160 x 80

...estimated hydro-limited timestep at level 0: 0.00100630372
...hydro-limited CFL timestep constrained at (i,j) = (14,14)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.00100630372

...estimated hydro-limited timestep at level 1: 0.0005012816901
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005012816901

...estimated hydro-limited timestep at level 2: 0.0002504475599
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002504475599

...estimated hydro-limited timestep at level 3: 0.0001251630185
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001251630185

[Level 0 step 143] ADVANCE at time 0.08363108003 with dt = 0.001001304148

[1m[32m  Beginning subcycle 1 starting at time 0.08363108003 with dt = 0.001001304148[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000986441 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6599073423

[Level 0 step 143] Advanced 1024 cells
[Level 1 step 285] ADVANCE at time 0.08363108003 with dt = 0.0005006520739

[1m[32m  Beginning subcycle 1 starting at time 0.08363108003 with dt = 0.0005006520739[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001892212 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 285] Advanced 4096 cells
[Level 2 step 569] ADVANCE at time 0.08363108003 with dt = 0.0002503260369

[1m[32m  Beginning subcycle 1 starting at time 0.08363108003 with dt = 0.0002503260369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002834373 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 569] Advanced 9216 cells
[Level 3 step 1137] ADVANCE at time 0.08363108003 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08363108003 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.012014761 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1137] Advanced 27520 cells
[Level 3 step 1138] ADVANCE at time 0.08375624305 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08375624305 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.011933864 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1138] Advanced 27520 cells
Castro::reflux() at level 2 : time = 0.001765854
[Level 2 step 570] ADVANCE at time 0.08388140607 with dt = 0.0002503260369

[1m[32m  Beginning subcycle 1 starting at time 0.08388140607 with dt = 0.0002503260369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002826979 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 570] Advanced 9216 cells
[Level 3 step 1139] ADVANCE at time 0.08388140607 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08388140607 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.011740347 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1139] Advanced 27520 cells
[Level 3 step 1140] ADVANCE at time 0.08400656909 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08400656909 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.011722852 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1140] Advanced 27520 cells
Castro::reflux() at level 2 : time = 0.001630745
Castro::reflux() at level 1 : time = 0.000829717
Now regridding at level lbase = 2
grid_places() time: 0.001507371 new finest: 3
TIME = 0.08413173211 : REGRID  with lbase = 2
  Level 3   2 grids  29952 cells  45.703125 % of domain
            smallest grid: 160 x 64  biggest grid: 176 x 112

[Level 1 step 286] ADVANCE at time 0.08413173211 with dt = 0.0005006520739

[1m[32m  Beginning subcycle 1 starting at time 0.08413173211 with dt = 0.0005006520739[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001891449 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 286] Advanced 4096 cells
[Level 2 step 571] ADVANCE at time 0.08413173211 with dt = 0.0002503260369

[1m[32m  Beginning subcycle 1 starting at time 0.08413173211 with dt = 0.0002503260369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002833548 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 571] Advanced 9216 cells
[Level 3 step 1141] ADVANCE at time 0.08413173211 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08413173211 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009806049 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1141] Advanced 29952 cells
[Level 3 step 1142] ADVANCE at time 0.08425689512 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08425689512 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009417483 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1142] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001829087
[Level 2 step 572] ADVANCE at time 0.08438205814 with dt = 0.0002503260369

[1m[32m  Beginning subcycle 1 starting at time 0.08438205814 with dt = 0.0002503260369[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002868233 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 572] Advanced 9216 cells
[Level 3 step 1143] ADVANCE at time 0.08438205814 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08438205814 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00952632 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1143] Advanced 29952 cells
[Level 3 step 1144] ADVANCE at time 0.08450722116 with dt = 0.0001251630185

[1m[32m  Beginning subcycle 1 starting at time 0.08450722116 with dt = 0.0001251630185[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009359292 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1144] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001684203
Castro::reflux() at level 1 : time = 0.000824198
Castro::reflux() at level 0 : time = 0.000416946

TIME= 0.08463238418 MASS        = 1
TIME= 0.08463238418 XMOM        = -1.14837223e-17
TIME= 0.08463238418 YMOM        = 1.249000781e-16
TIME= 0.08463238418 ZMOM        = 0
TIME= 0.08463238418 ANG MOM X   = 0
TIME= 0.08463238418 ANG MOM Y   = 0
TIME= 0.08463238418 ANG MOM Z   = -1.352132873e-12
TIME= 0.08463238418 RHO*e       = 0.7972360454
TIME= 0.08463238418 RHO*K       = 0.2013704669
TIME= 0.08463238418 RHO*E       = 0.9986065123
TIME= 0.08463238418 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.08463238418 CENTER OF MASS X-VEL = -1.14837223e-17
TIME= 0.08463238418 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.08463238418 CENTER OF MASS Y-VEL = 1.249000781e-16
TIME= 0.08463238418 CENTER OF MASS Z-LOC = 0
TIME= 0.08463238418 CENTER OF MASS Z-VEL = 0
TIME= 0.08463238418 MAXIMUM TEMPERATURE  = 2.01765387e-06
TIME= 0.08463238418 MAXIMUM DENSITY      = 4.629977343

[STEP 143] Coarse TimeStep time: 0.192134466
[STEP 143] FAB kilobyte spread across MPI nodes: [56250 ... 56250]


STEP = 143 TIME = 0.08463238418 DT = 0.001001304148

...estimated hydro-limited timestep at level 0: 0.001008129891
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001008129891

...estimated hydro-limited timestep at level 1: 0.0005022075831
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005022075831

...estimated hydro-limited timestep at level 2: 0.0002509051345
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002509051345

...estimated hydro-limited timestep at level 3: 0.0001253917408
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001253917408

Now regridding at level lbase = 1
grid_places() time: 0.00224185 new finest: 3
TIME = 0.08463238418 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   2 grids  29952 cells  45.703125 % of domain
            smallest grid: 160 x 64  biggest grid: 176 x 112

[Level 0 step 144] ADVANCE at time 0.08463238418 with dt = 0.001003133926

[1m[32m  Beginning subcycle 1 starting at time 0.08463238418 with dt = 0.001003133926[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000990807 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6604351003

[Level 0 step 144] Advanced 1024 cells
[Level 1 step 287] ADVANCE at time 0.08463238418 with dt = 0.000501566963

[1m[32m  Beginning subcycle 1 starting at time 0.08463238418 with dt = 0.000501566963[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001857118 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 287] Advanced 4096 cells
[Level 2 step 573] ADVANCE at time 0.08463238418 with dt = 0.0002507834815

[1m[32m  Beginning subcycle 1 starting at time 0.08463238418 with dt = 0.0002507834815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002838996 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 573] Advanced 9216 cells
[Level 3 step 1145] ADVANCE at time 0.08463238418 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08463238418 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009343661 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1145] Advanced 29952 cells
[Level 3 step 1146] ADVANCE at time 0.08475777592 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08475777592 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009545496 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1146] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001808122
[Level 2 step 574] ADVANCE at time 0.08488316766 with dt = 0.0002507834815

[1m[32m  Beginning subcycle 1 starting at time 0.08488316766 with dt = 0.0002507834815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002841038 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 574] Advanced 9216 cells
[Level 3 step 1147] ADVANCE at time 0.08488316766 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08488316766 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009313709 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1147] Advanced 29952 cells
[Level 3 step 1148] ADVANCE at time 0.0850085594 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.0850085594 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009522612 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1148] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001670463
Castro::reflux() at level 1 : time = 0.000845814
Now regridding at level lbase = 2
grid_places() time: 0.001499616 new finest: 3
TIME = 0.08513395114 : REGRID  with lbase = 2
  Level 3   2 grids  29952 cells  45.703125 % of domain
            smallest grid: 160 x 64  biggest grid: 176 x 112

[Level 1 step 288] ADVANCE at time 0.08513395114 with dt = 0.000501566963

[1m[32m  Beginning subcycle 1 starting at time 0.08513395114 with dt = 0.000501566963[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001896806 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 288] Advanced 4096 cells
[Level 2 step 575] ADVANCE at time 0.08513395114 with dt = 0.0002507834815

[1m[32m  Beginning subcycle 1 starting at time 0.08513395114 with dt = 0.0002507834815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002879093 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 575] Advanced 9216 cells
[Level 3 step 1149] ADVANCE at time 0.08513395114 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08513395114 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009335449 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1149] Advanced 29952 cells
[Level 3 step 1150] ADVANCE at time 0.08525934288 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08525934288 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009381604 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1150] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001826706
[Level 2 step 576] ADVANCE at time 0.08538473462 with dt = 0.0002507834815

[1m[32m  Beginning subcycle 1 starting at time 0.08538473462 with dt = 0.0002507834815[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002852837 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 576] Advanced 9216 cells
[Level 3 step 1151] ADVANCE at time 0.08538473462 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08538473462 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009442245 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1151] Advanced 29952 cells
[Level 3 step 1152] ADVANCE at time 0.08551012636 with dt = 0.0001253917408

[1m[32m  Beginning subcycle 1 starting at time 0.08551012636 with dt = 0.0001253917408[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009528978 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1152] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001654343
Castro::reflux() at level 1 : time = 0.000798961
Castro::reflux() at level 0 : time = 0.000416441

TIME= 0.0856355181 MASS        = 1
TIME= 0.0856355181 XMOM        = 2.778153813e-19
TIME= 0.0856355181 YMOM        = 9.714450249e-17
TIME= 0.0856355181 ZMOM        = 0
TIME= 0.0856355181 ANG MOM X   = 0
TIME= 0.0856355181 ANG MOM Y   = 0
TIME= 0.0856355181 ANG MOM Z   = -1.410786973e-12
TIME= 0.0856355181 RHO*e       = 0.7972280343
TIME= 0.0856355181 RHO*K       = 0.201378478
TIME= 0.0856355181 RHO*E       = 0.9986065123
TIME= 0.0856355181 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.0856355181 CENTER OF MASS X-VEL = 2.778153813e-19
TIME= 0.0856355181 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.0856355181 CENTER OF MASS Y-VEL = 9.714450249e-17
TIME= 0.0856355181 CENTER OF MASS Z-LOC = 0
TIME= 0.0856355181 CENTER OF MASS Z-VEL = 0
TIME= 0.0856355181 MAXIMUM TEMPERATURE  = 2.010877682e-06
TIME= 0.0856355181 MAXIMUM DENSITY      = 4.632706304

[STEP 144] Coarse TimeStep time: 0.183933409
[STEP 144] FAB kilobyte spread across MPI nodes: [56854 ... 56854]


STEP = 144 TIME = 0.0856355181 DT = 0.001003133926

...estimated hydro-limited timestep at level 0: 0.001009937636
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001009937636

...estimated hydro-limited timestep at level 1: 0.0005031317267
...hydro-limited CFL timestep constrained at (i,j) = (35,28)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005031317267

...estimated hydro-limited timestep at level 2: 0.0002513613099
...hydro-limited CFL timestep constrained at (i,j) = (71,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002513613099

...estimated hydro-limited timestep at level 3: 0.0001256194453
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001256194453

Now regridding at level lbase = 0
grid_places() time: 0.002572103 new finest: 3
STEP = 144 TIME = 0.0856355181 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   2 grids  29952 cells  45.703125 % of domain
            smallest grid: 160 x 64  biggest grid: 176 x 112

...estimated hydro-limited timestep at level 0: 0.001009937636
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001009937636

...estimated hydro-limited timestep at level 1: 0.0005031317267
...hydro-limited CFL timestep constrained at (i,j) = (35,28)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005031317267

...estimated hydro-limited timestep at level 2: 0.0002513613099
...hydro-limited CFL timestep constrained at (i,j) = (71,56)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002513613099

...estimated hydro-limited timestep at level 3: 0.0001256194453
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001256194453

[Level 0 step 145] ADVANCE at time 0.0856355181 with dt = 0.001004955562

[1m[32m  Beginning subcycle 1 starting at time 0.0856355181 with dt = 0.001004955562[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000989031 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6585861236

[Level 0 step 145] Advanced 1024 cells
[Level 1 step 289] ADVANCE at time 0.0856355181 with dt = 0.0005024777811

[1m[32m  Beginning subcycle 1 starting at time 0.0856355181 with dt = 0.0005024777811[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001877156 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 289] Advanced 4096 cells
[Level 2 step 577] ADVANCE at time 0.0856355181 with dt = 0.0002512388906

[1m[32m  Beginning subcycle 1 starting at time 0.0856355181 with dt = 0.0002512388906[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002866976 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 577] Advanced 9216 cells
[Level 3 step 1153] ADVANCE at time 0.0856355181 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.0856355181 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009261075 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1153] Advanced 29952 cells
[Level 3 step 1154] ADVANCE at time 0.08576113755 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08576113755 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009333024 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1154] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001784539
[Level 2 step 578] ADVANCE at time 0.085886757 with dt = 0.0002512388906

[1m[32m  Beginning subcycle 1 starting at time 0.085886757 with dt = 0.0002512388906[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00288771 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 578] Advanced 9216 cells
[Level 3 step 1155] ADVANCE at time 0.085886757 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.085886757 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009348574 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1155] Advanced 29952 cells
[Level 3 step 1156] ADVANCE at time 0.08601237644 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08601237644 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009390749 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1156] Advanced 29952 cells
Castro::reflux() at level 2 : time = 0.001672144
Castro::reflux() at level 1 : time = 0.000821882
Now regridding at level lbase = 2
grid_places() time: 0.001559474 new finest: 3
TIME = 0.08613799589 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 290] ADVANCE at time 0.08613799589 with dt = 0.0005024777811

[1m[32m  Beginning subcycle 1 starting at time 0.08613799589 with dt = 0.0005024777811[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001864666 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 290] Advanced 4096 cells
[Level 2 step 579] ADVANCE at time 0.08613799589 with dt = 0.0002512388906

[1m[32m  Beginning subcycle 1 starting at time 0.08613799589 with dt = 0.0002512388906[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002902362 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 579] Advanced 9216 cells
[Level 3 step 1157] ADVANCE at time 0.08613799589 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08613799589 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009894802 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1157] Advanced 30976 cells
[Level 3 step 1158] ADVANCE at time 0.08626361533 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08626361533 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010088027 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1158] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001809491
[Level 2 step 580] ADVANCE at time 0.08638923478 with dt = 0.0002512388906

[1m[32m  Beginning subcycle 1 starting at time 0.08638923478 with dt = 0.0002512388906[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002851956 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 580] Advanced 9216 cells
[Level 3 step 1159] ADVANCE at time 0.08638923478 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08638923478 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009729724 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1159] Advanced 30976 cells
[Level 3 step 1160] ADVANCE at time 0.08651485422 with dt = 0.0001256194453

[1m[32m  Beginning subcycle 1 starting at time 0.08651485422 with dt = 0.0001256194453[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009729427 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1160] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001692467
Castro::reflux() at level 1 : time = 0.000808112
Castro::reflux() at level 0 : time = 0.000416342

TIME= 0.08664047367 MASS        = 1
TIME= 0.08664047367 XMOM        = -3.947044255e-18
TIME= 0.08664047367 YMOM        = -7.304128564e-17
TIME= 0.08664047367 ZMOM        = 0
TIME= 0.08664047367 ANG MOM X   = 0
TIME= 0.08664047367 ANG MOM Y   = 0
TIME= 0.08664047367 ANG MOM Z   = -1.471725718e-12
TIME= 0.08664047367 RHO*e       = 0.7971929749
TIME= 0.08664047367 RHO*K       = 0.2014135374
TIME= 0.08664047367 RHO*E       = 0.9986065123
TIME= 0.08664047367 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.08664047367 CENTER OF MASS X-VEL = -3.947044255e-18
TIME= 0.08664047367 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.08664047367 CENTER OF MASS Y-VEL = -7.304128564e-17
TIME= 0.08664047367 CENTER OF MASS Z-LOC = 0
TIME= 0.08664047367 CENTER OF MASS Z-VEL = 0
TIME= 0.08664047367 MAXIMUM TEMPERATURE  = 2.004196912e-06
TIME= 0.08664047367 MAXIMUM DENSITY      = 4.621508128

[STEP 145] Coarse TimeStep time: 0.19763682
[STEP 145] FAB kilobyte spread across MPI nodes: [57178 ... 57178]


STEP = 145 TIME = 0.08664047367 DT = 0.001004955562

...estimated hydro-limited timestep at level 0: 0.001011733493
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001011733493

...estimated hydro-limited timestep at level 1: 0.0005040425717
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005040425717

...estimated hydro-limited timestep at level 2: 0.0002518094724
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002518094724

...estimated hydro-limited timestep at level 3: 0.0001258451199
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001258451199

Now regridding at level lbase = 1
grid_places() time: 0.002178913 new finest: 3
TIME = 0.08664047367 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   2 grids  30080 cells  45.8984375 % of domain
            smallest grid: 160 x 56  biggest grid: 176 x 120

[Level 0 step 146] ADVANCE at time 0.08664047367 with dt = 0.00100676096

[1m[32m  Beginning subcycle 1 starting at time 0.08664047367 with dt = 0.00100676096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000993597 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6623257595

[Level 0 step 146] Advanced 1024 cells
[Level 1 step 291] ADVANCE at time 0.08664047367 with dt = 0.0005033804798

[1m[32m  Beginning subcycle 1 starting at time 0.08664047367 with dt = 0.0005033804798[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001845186 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 291] Advanced 4096 cells
[Level 2 step 581] ADVANCE at time 0.08664047367 with dt = 0.0002516902399

[1m[32m  Beginning subcycle 1 starting at time 0.08664047367 with dt = 0.0002516902399[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00286536 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 581] Advanced 9216 cells
[Level 3 step 1161] ADVANCE at time 0.08664047367 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08664047367 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010666492 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1161] Advanced 30080 cells
[Level 3 step 1162] ADVANCE at time 0.08676631879 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08676631879 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010251776 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1162] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.00177701
[Level 2 step 582] ADVANCE at time 0.08689216391 with dt = 0.0002516902399

[1m[32m  Beginning subcycle 1 starting at time 0.08689216391 with dt = 0.0002516902399[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002876622 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 582] Advanced 9216 cells
[Level 3 step 1163] ADVANCE at time 0.08689216391 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08689216391 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010196468 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1163] Advanced 30080 cells
[Level 3 step 1164] ADVANCE at time 0.08701800903 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08701800903 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.01024138 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1164] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.001653192
Castro::reflux() at level 1 : time = 0.000896632
Now regridding at level lbase = 2
grid_places() time: 0.001490085 new finest: 3
TIME = 0.08714385415 : REGRID  with lbase = 2
  Level 3   2 grids  30080 cells  45.8984375 % of domain
            smallest grid: 160 x 56  biggest grid: 176 x 120

[Level 1 step 292] ADVANCE at time 0.08714385415 with dt = 0.0005033804798

[1m[32m  Beginning subcycle 1 starting at time 0.08714385415 with dt = 0.0005033804798[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001908566 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 292] Advanced 4096 cells
[Level 2 step 583] ADVANCE at time 0.08714385415 with dt = 0.0002516902399

[1m[32m  Beginning subcycle 1 starting at time 0.08714385415 with dt = 0.0002516902399[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002855992 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 583] Advanced 9216 cells
[Level 3 step 1165] ADVANCE at time 0.08714385415 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08714385415 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010127394 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1165] Advanced 30080 cells
[Level 3 step 1166] ADVANCE at time 0.08726969927 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08726969927 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.01035704 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1166] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.00172679
[Level 2 step 584] ADVANCE at time 0.08739554439 with dt = 0.0002516902399

[1m[32m  Beginning subcycle 1 starting at time 0.08739554439 with dt = 0.0002516902399[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002876197 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 584] Advanced 9216 cells
[Level 3 step 1167] ADVANCE at time 0.08739554439 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08739554439 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010304182 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1167] Advanced 30080 cells
[Level 3 step 1168] ADVANCE at time 0.08752138951 with dt = 0.0001258451199

[1m[32m  Beginning subcycle 1 starting at time 0.08752138951 with dt = 0.0001258451199[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010146129 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1168] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.001642779
Castro::reflux() at level 1 : time = 0.000820772
Castro::reflux() at level 0 : time = 0.000430215

TIME= 0.08764723463 MASS        = 1
TIME= 0.08764723463 XMOM        = 2.152667027e-18
TIME= 0.08764723463 YMOM        = -2.636779822e-16
TIME= 0.08764723463 ZMOM        = 0
TIME= 0.08764723463 ANG MOM X   = 0
TIME= 0.08764723463 ANG MOM Y   = 0
TIME= 0.08764723463 ANG MOM Z   = -1.526937504e-12
TIME= 0.08764723463 RHO*e       = 0.7971221671
TIME= 0.08764723463 RHO*K       = 0.2014843452
TIME= 0.08764723463 RHO*E       = 0.9986065123
TIME= 0.08764723463 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.08764723463 CENTER OF MASS X-VEL = 2.152667027e-18
TIME= 0.08764723463 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.08764723463 CENTER OF MASS Y-VEL = -2.636779822e-16
TIME= 0.08764723463 CENTER OF MASS Z-LOC = 0
TIME= 0.08764723463 CENTER OF MASS Z-VEL = 0
TIME= 0.08764723463 MAXIMUM TEMPERATURE  = 1.997592039e-06
TIME= 0.08764723463 MAXIMUM DENSITY      = 4.651304556

[STEP 146] Coarse TimeStep time: 0.194284561
[STEP 146] FAB kilobyte spread across MPI nodes: [58116 ... 58116]


STEP = 146 TIME = 0.08764723463 DT = 0.00100676096

...estimated hydro-limited timestep at level 0: 0.001013513673
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001013513673

...estimated hydro-limited timestep at level 1: 0.000504950664
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000504950664

...estimated hydro-limited timestep at level 2: 0.0002522578131
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002522578131

...estimated hydro-limited timestep at level 3: 0.0001260715096
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001260715096

Now regridding at level lbase = 0
grid_places() time: 0.002589198 new finest: 3
STEP = 146 TIME = 0.08764723463 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   2 grids  30080 cells  45.8984375 % of domain
            smallest grid: 160 x 56  biggest grid: 176 x 120

...estimated hydro-limited timestep at level 0: 0.001013513673
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001013513673

...estimated hydro-limited timestep at level 1: 0.000504950664
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000504950664

...estimated hydro-limited timestep at level 2: 0.0002522578131
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002522578131

...estimated hydro-limited timestep at level 3: 0.0001260715096
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001260715096

[Level 0 step 147] ADVANCE at time 0.08764723463 with dt = 0.001008572077

[1m[32m  Beginning subcycle 1 starting at time 0.08764723463 with dt = 0.001008572077[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001000945 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6564561242

[Level 0 step 147] Advanced 1024 cells
[Level 1 step 293] ADVANCE at time 0.08764723463 with dt = 0.0005042860383

[1m[32m  Beginning subcycle 1 starting at time 0.08764723463 with dt = 0.0005042860383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001856762 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 293] Advanced 4096 cells
[Level 2 step 585] ADVANCE at time 0.08764723463 with dt = 0.0002521430191

[1m[32m  Beginning subcycle 1 starting at time 0.08764723463 with dt = 0.0002521430191[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002826162 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 585] Advanced 9216 cells
[Level 3 step 1169] ADVANCE at time 0.08764723463 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08764723463 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010385847 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1169] Advanced 30080 cells
[Level 3 step 1170] ADVANCE at time 0.08777330614 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08777330614 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010259902 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1170] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.00177174
[Level 2 step 586] ADVANCE at time 0.08789937765 with dt = 0.0002521430191

[1m[32m  Beginning subcycle 1 starting at time 0.08789937765 with dt = 0.0002521430191[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002847584 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 586] Advanced 9216 cells
[Level 3 step 1171] ADVANCE at time 0.08789937765 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08789937765 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010219624 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1171] Advanced 30080 cells
[Level 3 step 1172] ADVANCE at time 0.08802544916 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08802544916 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010295548 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1172] Advanced 30080 cells
Castro::reflux() at level 2 : time = 0.001675247
Castro::reflux() at level 1 : time = 0.000828996
Now regridding at level lbase = 2
grid_places() time: 0.001520808 new finest: 3
TIME = 0.08815152066 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 294] ADVANCE at time 0.08815152066 with dt = 0.0005042860383

[1m[32m  Beginning subcycle 1 starting at time 0.08815152066 with dt = 0.0005042860383[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001870394 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 294] Advanced 4096 cells
[Level 2 step 587] ADVANCE at time 0.08815152066 with dt = 0.0002521430191

[1m[32m  Beginning subcycle 1 starting at time 0.08815152066 with dt = 0.0002521430191[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002842431 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 587] Advanced 9216 cells
[Level 3 step 1173] ADVANCE at time 0.08815152066 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08815152066 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009810968 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1173] Advanced 30976 cells
[Level 3 step 1174] ADVANCE at time 0.08827759217 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08827759217 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009871166 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1174] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00184238
[Level 2 step 588] ADVANCE at time 0.08840366368 with dt = 0.0002521430191

[1m[32m  Beginning subcycle 1 starting at time 0.08840366368 with dt = 0.0002521430191[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002854446 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 588] Advanced 9216 cells
[Level 3 step 1175] ADVANCE at time 0.08840366368 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08840366368 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009701296 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1175] Advanced 30976 cells
[Level 3 step 1176] ADVANCE at time 0.08852973519 with dt = 0.0001260715096

[1m[32m  Beginning subcycle 1 starting at time 0.08852973519 with dt = 0.0001260715096[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009742408 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1176] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00170134
Castro::reflux() at level 1 : time = 0.000832877
Castro::reflux() at level 0 : time = 0.000437548

TIME= 0.0886558067 MASS        = 1
TIME= 0.0886558067 XMOM        = -6.701916229e-19
TIME= 0.0886558067 YMOM        = 2.017196686e-16
TIME= 0.0886558067 ZMOM        = 0
TIME= 0.0886558067 ANG MOM X   = 0
TIME= 0.0886558067 ANG MOM Y   = 0
TIME= 0.0886558067 ANG MOM Z   = -1.572688168e-12
TIME= 0.0886558067 RHO*e       = 0.797129693
TIME= 0.0886558067 RHO*K       = 0.2014768192
TIME= 0.0886558067 RHO*E       = 0.9986065123
TIME= 0.0886558067 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.0886558067 CENTER OF MASS X-VEL = -6.701916229e-19
TIME= 0.0886558067 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.0886558067 CENTER OF MASS Y-VEL = 2.017196686e-16
TIME= 0.0886558067 CENTER OF MASS Z-LOC = 0
TIME= 0.0886558067 CENTER OF MASS Z-VEL = 0
TIME= 0.0886558067 MAXIMUM TEMPERATURE  = 1.991072209e-06
TIME= 0.0886558067 MAXIMUM DENSITY      = 4.634630637

[STEP 147] Coarse TimeStep time: 0.204630722
[STEP 147] FAB kilobyte spread across MPI nodes: [58155 ... 58155]


STEP = 147 TIME = 0.0886558067 DT = 0.001008572077

...estimated hydro-limited timestep at level 0: 0.001015279957
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001015279957

...estimated hydro-limited timestep at level 1: 0.0005058502842
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005058502842

...estimated hydro-limited timestep at level 2: 0.0002527040705
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002527040705

...estimated hydro-limited timestep at level 3: 0.0001262960743
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001262960743

Now regridding at level lbase = 1
grid_places() time: 0.002184164 new finest: 3
TIME = 0.0886558067 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 148] ADVANCE at time 0.0886558067 with dt = 0.001010368595

[1m[32m  Beginning subcycle 1 starting at time 0.0886558067 with dt = 0.001010368595[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000990341 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6575149658

[Level 0 step 148] Advanced 1024 cells
[Level 1 step 295] ADVANCE at time 0.0886558067 with dt = 0.0005051842973

[1m[32m  Beginning subcycle 1 starting at time 0.0886558067 with dt = 0.0005051842973[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001866122 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 295] Advanced 4096 cells
[Level 2 step 589] ADVANCE at time 0.0886558067 with dt = 0.0002525921487

[1m[32m  Beginning subcycle 1 starting at time 0.0886558067 with dt = 0.0002525921487[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002824278 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 589] Advanced 9216 cells
[Level 3 step 1177] ADVANCE at time 0.0886558067 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.0886558067 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009738022 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1177] Advanced 30976 cells
[Level 3 step 1178] ADVANCE at time 0.08878210278 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08878210278 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009716477 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1178] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001845588
[Level 2 step 590] ADVANCE at time 0.08890839885 with dt = 0.0002525921487

[1m[32m  Beginning subcycle 1 starting at time 0.08890839885 with dt = 0.0002525921487[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002933833 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 590] Advanced 9216 cells
[Level 3 step 1179] ADVANCE at time 0.08890839885 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08890839885 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009792999 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1179] Advanced 30976 cells
[Level 3 step 1180] ADVANCE at time 0.08903469493 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08903469493 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009768542 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1180] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001698629
Castro::reflux() at level 1 : time = 0.000843433
Now regridding at level lbase = 2
grid_places() time: 0.001550803 new finest: 3
TIME = 0.089160991 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 296] ADVANCE at time 0.089160991 with dt = 0.0005051842973

[1m[32m  Beginning subcycle 1 starting at time 0.089160991 with dt = 0.0005051842973[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001893105 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 296] Advanced 4096 cells
[Level 2 step 591] ADVANCE at time 0.089160991 with dt = 0.0002525921487

[1m[32m  Beginning subcycle 1 starting at time 0.089160991 with dt = 0.0002525921487[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002868723 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 591] Advanced 9216 cells
[Level 3 step 1181] ADVANCE at time 0.089160991 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.089160991 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009901151 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1181] Advanced 30976 cells
[Level 3 step 1182] ADVANCE at time 0.08928728707 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08928728707 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009747955 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1182] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001797814
[Level 2 step 592] ADVANCE at time 0.08941358315 with dt = 0.0002525921487

[1m[32m  Beginning subcycle 1 starting at time 0.08941358315 with dt = 0.0002525921487[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002858334 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 592] Advanced 9216 cells
[Level 3 step 1183] ADVANCE at time 0.08941358315 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08941358315 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009687978 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1183] Advanced 30976 cells
[Level 3 step 1184] ADVANCE at time 0.08953987922 with dt = 0.0001262960743

[1m[32m  Beginning subcycle 1 starting at time 0.08953987922 with dt = 0.0001262960743[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009830154 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1184] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001729686
Castro::reflux() at level 1 : time = 0.000825955
Castro::reflux() at level 0 : time = 0.000418669

TIME= 0.0896661753 MASS        = 1
TIME= 0.0896661753 XMOM        = 3.148834375e-18
TIME= 0.0896661753 YMOM        = -7.945455966e-17
TIME= 0.0896661753 ZMOM        = 0
TIME= 0.0896661753 ANG MOM X   = 0
TIME= 0.0896661753 ANG MOM Y   = 0
TIME= 0.0896661753 ANG MOM Z   = -1.606559059e-12
TIME= 0.0896661753 RHO*e       = 0.7970472934
TIME= 0.0896661753 RHO*K       = 0.2015592189
TIME= 0.0896661753 RHO*E       = 0.9986065123
TIME= 0.0896661753 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.0896661753 CENTER OF MASS X-VEL = 3.148834375e-18
TIME= 0.0896661753 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.0896661753 CENTER OF MASS Y-VEL = -7.945455966e-17
TIME= 0.0896661753 CENTER OF MASS Z-LOC = 0
TIME= 0.0896661753 CENTER OF MASS Z-VEL = 0
TIME= 0.0896661753 MAXIMUM TEMPERATURE  = 1.984653647e-06
TIME= 0.0896661753 MAXIMUM DENSITY      = 4.647129168

[STEP 148] Coarse TimeStep time: 0.205440367
[STEP 148] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 148 TIME = 0.0896661753 DT = 0.001010368595

...estimated hydro-limited timestep at level 0: 0.001017029922
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001017029922

...estimated hydro-limited timestep at level 1: 0.0005067413628
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005067413628

...estimated hydro-limited timestep at level 2: 0.0002531469254
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002531469254

...estimated hydro-limited timestep at level 3: 0.000126518812
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000126518812

Now regridding at level lbase = 0
grid_places() time: 0.002592178 new finest: 3
STEP = 148 TIME = 0.0896661753 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001017029922
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001017029922

...estimated hydro-limited timestep at level 1: 0.0005067413628
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005067413628

...estimated hydro-limited timestep at level 2: 0.0002531469254
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002531469254

...estimated hydro-limited timestep at level 3: 0.000126518812
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000126518812

[Level 0 step 149] ADVANCE at time 0.0896661753 with dt = 0.001012150496

[1m[32m  Beginning subcycle 1 starting at time 0.0896661753 with dt = 0.001012150496[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.00103103 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6388253599

[Level 0 step 149] Advanced 1024 cells
[Level 1 step 297] ADVANCE at time 0.0896661753 with dt = 0.0005060752479

[1m[32m  Beginning subcycle 1 starting at time 0.0896661753 with dt = 0.0005060752479[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001863017 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 297] Advanced 4096 cells
[Level 2 step 593] ADVANCE at time 0.0896661753 with dt = 0.000253037624

[1m[32m  Beginning subcycle 1 starting at time 0.0896661753 with dt = 0.000253037624[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002851888 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 593] Advanced 9216 cells
[Level 3 step 1185] ADVANCE at time 0.0896661753 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.0896661753 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009923241 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1185] Advanced 30976 cells
[Level 3 step 1186] ADVANCE at time 0.08979269411 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.08979269411 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009737808 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1186] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001894069
[Level 2 step 594] ADVANCE at time 0.08991921292 with dt = 0.000253037624

[1m[32m  Beginning subcycle 1 starting at time 0.08991921292 with dt = 0.000253037624[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00290494 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 594] Advanced 9216 cells
[Level 3 step 1187] ADVANCE at time 0.08991921292 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.08991921292 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009892775 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1187] Advanced 30976 cells
[Level 3 step 1188] ADVANCE at time 0.09004573173 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.09004573173 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009933656 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1188] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001688317
Castro::reflux() at level 1 : time = 0.000821829
Now regridding at level lbase = 2
grid_places() time: 0.001531638 new finest: 3
TIME = 0.09017225055 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 298] ADVANCE at time 0.09017225055 with dt = 0.0005060752479

[1m[32m  Beginning subcycle 1 starting at time 0.09017225055 with dt = 0.0005060752479[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001867062 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 298] Advanced 4096 cells
[Level 2 step 595] ADVANCE at time 0.09017225055 with dt = 0.000253037624

[1m[32m  Beginning subcycle 1 starting at time 0.09017225055 with dt = 0.000253037624[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002837569 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 595] Advanced 9216 cells
[Level 3 step 1189] ADVANCE at time 0.09017225055 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.09017225055 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009842093 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1189] Advanced 30976 cells
[Level 3 step 1190] ADVANCE at time 0.09029876936 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.09029876936 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009718362 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1190] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001825171
[Level 2 step 596] ADVANCE at time 0.09042528817 with dt = 0.000253037624

[1m[32m  Beginning subcycle 1 starting at time 0.09042528817 with dt = 0.000253037624[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002857779 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 596] Advanced 9216 cells
[Level 3 step 1191] ADVANCE at time 0.09042528817 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.09042528817 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009719698 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1191] Advanced 30976 cells
[Level 3 step 1192] ADVANCE at time 0.09055180698 with dt = 0.000126518812

[1m[32m  Beginning subcycle 1 starting at time 0.09055180698 with dt = 0.000126518812[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009859633 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1192] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001698576
Castro::reflux() at level 1 : time = 0.000842947
Castro::reflux() at level 0 : time = 0.000424597

TIME= 0.09067832579 MASS        = 1
TIME= 0.09067832579 XMOM        = 1.510942397e-18
TIME= 0.09067832579 YMOM        = -2.704399612e-16
TIME= 0.09067832579 ZMOM        = 0
TIME= 0.09067832579 ANG MOM X   = 0
TIME= 0.09067832579 ANG MOM Y   = 0
TIME= 0.09067832579 ANG MOM Z   = -1.639670536e-12
TIME= 0.09067832579 RHO*e       = 0.7970405047
TIME= 0.09067832579 RHO*K       = 0.2015660076
TIME= 0.09067832579 RHO*E       = 0.9986065123
TIME= 0.09067832579 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09067832579 CENTER OF MASS X-VEL = 1.510942397e-18
TIME= 0.09067832579 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09067832579 CENTER OF MASS Y-VEL = -2.704399612e-16
TIME= 0.09067832579 CENTER OF MASS Z-LOC = 0
TIME= 0.09067832579 CENTER OF MASS Z-VEL = 0
TIME= 0.09067832579 MAXIMUM TEMPERATURE  = 1.978300873e-06
TIME= 0.09067832579 MAXIMUM DENSITY      = 4.66807008

[STEP 149] Coarse TimeStep time: 0.208366991
[STEP 149] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 149 TIME = 0.09067832579 DT = 0.001012150496

...estimated hydro-limited timestep at level 0: 0.001018770364
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001018770364

...estimated hydro-limited timestep at level 1: 0.0005076307052
...hydro-limited CFL timestep constrained at (i,j) = (35,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005076307052

...estimated hydro-limited timestep at level 2: 0.0002535876795
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002535876795

...estimated hydro-limited timestep at level 3: 0.0001267404467
...hydro-limited CFL timestep constrained at (i,j) = (142,112)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001267404467

Now regridding at level lbase = 1
grid_places() time: 0.002174724 new finest: 3
TIME = 0.09067832579 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 150] ADVANCE at time 0.09067832579 with dt = 0.001013923573

[1m[32m  Beginning subcycle 1 starting at time 0.09067832579 with dt = 0.001013923573[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000982664 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6599456189

[Level 0 step 150] Advanced 1024 cells
[Level 1 step 299] ADVANCE at time 0.09067832579 with dt = 0.0005069617866

[1m[32m  Beginning subcycle 1 starting at time 0.09067832579 with dt = 0.0005069617866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001855693 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 299] Advanced 4096 cells
[Level 2 step 597] ADVANCE at time 0.09067832579 with dt = 0.0002534808933

[1m[32m  Beginning subcycle 1 starting at time 0.09067832579 with dt = 0.0002534808933[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002938313 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 597] Advanced 9216 cells
[Level 3 step 1193] ADVANCE at time 0.09067832579 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09067832579 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009713588 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1193] Advanced 30976 cells
[Level 3 step 1194] ADVANCE at time 0.09080506624 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09080506624 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010014651 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1194] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001846331
[Level 2 step 598] ADVANCE at time 0.09093180669 with dt = 0.0002534808933

[1m[32m  Beginning subcycle 1 starting at time 0.09093180669 with dt = 0.0002534808933[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002867109 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 598] Advanced 9216 cells
[Level 3 step 1195] ADVANCE at time 0.09093180669 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09093180669 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009754677 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1195] Advanced 30976 cells
[Level 3 step 1196] ADVANCE at time 0.09105854713 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09105854713 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009711516 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1196] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001697541
Castro::reflux() at level 1 : time = 0.000819371
Now regridding at level lbase = 2
grid_places() time: 0.001519849 new finest: 3
TIME = 0.09118528758 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 300] ADVANCE at time 0.09118528758 with dt = 0.0005069617866

[1m[32m  Beginning subcycle 1 starting at time 0.09118528758 with dt = 0.0005069617866[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001893371 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 300] Advanced 4096 cells
[Level 2 step 599] ADVANCE at time 0.09118528758 with dt = 0.0002534808933

[1m[32m  Beginning subcycle 1 starting at time 0.09118528758 with dt = 0.0002534808933[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002851136 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 599] Advanced 9216 cells
[Level 3 step 1197] ADVANCE at time 0.09118528758 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09118528758 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009926623 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1197] Advanced 30976 cells
[Level 3 step 1198] ADVANCE at time 0.09131202803 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09131202803 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009775839 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1198] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001791982
[Level 2 step 600] ADVANCE at time 0.09143876847 with dt = 0.0002534808933

[1m[32m  Beginning subcycle 1 starting at time 0.09143876847 with dt = 0.0002534808933[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002848364 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 600] Advanced 9216 cells
[Level 3 step 1199] ADVANCE at time 0.09143876847 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09143876847 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009722185 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1199] Advanced 30976 cells
[Level 3 step 1200] ADVANCE at time 0.09156550892 with dt = 0.0001267404467

[1m[32m  Beginning subcycle 1 starting at time 0.09156550892 with dt = 0.0001267404467[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009944299 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1200] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001691267
Castro::reflux() at level 1 : time = 0.000823344
Castro::reflux() at level 0 : time = 0.000427135

TIME= 0.09169224937 MASS        = 1
TIME= 0.09169224937 XMOM        = 1.426984284e-17
TIME= 0.09169224937 YMOM        = -4.702921016e-16
TIME= 0.09169224937 ZMOM        = 0
TIME= 0.09169224937 ANG MOM X   = 0
TIME= 0.09169224937 ANG MOM Y   = 0
TIME= 0.09169224937 ANG MOM Z   = -1.66643774e-12
TIME= 0.09169224937 RHO*e       = 0.7969857579
TIME= 0.09169224937 RHO*K       = 0.2016207543
TIME= 0.09169224937 RHO*E       = 0.9986065123
TIME= 0.09169224937 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09169224937 CENTER OF MASS X-VEL = 1.426984284e-17
TIME= 0.09169224937 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09169224937 CENTER OF MASS Y-VEL = -4.702921016e-16
TIME= 0.09169224937 CENTER OF MASS Z-LOC = 0
TIME= 0.09169224937 CENTER OF MASS Z-VEL = 0
TIME= 0.09169224937 MAXIMUM TEMPERATURE  = 1.972049229e-06
TIME= 0.09169224937 MAXIMUM DENSITY      = 4.642330929

[STEP 150] Coarse TimeStep time: 0.206494712
[STEP 150] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 150 TIME = 0.09169224937 DT = 0.001013923573

...estimated hydro-limited timestep at level 0: 0.001020499744
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001020499744

...estimated hydro-limited timestep at level 1: 0.0005085106914
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005085106914

...estimated hydro-limited timestep at level 2: 0.0002540260601
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002540260601

...estimated hydro-limited timestep at level 3: 0.0001269541736
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001269541736

Now regridding at level lbase = 0
grid_places() time: 0.002684407 new finest: 3
STEP = 150 TIME = 0.09169224937 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001020499744
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001020499744

...estimated hydro-limited timestep at level 1: 0.0005085106914
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005085106914

...estimated hydro-limited timestep at level 2: 0.0002540260601
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002540260601

...estimated hydro-limited timestep at level 3: 0.0001269541736
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001269541736

[Level 0 step 151] ADVANCE at time 0.09169224937 with dt = 0.001015633389

[1m[32m  Beginning subcycle 1 starting at time 0.09169224937 with dt = 0.001015633389[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000993884 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6628200664

[Level 0 step 151] Advanced 1024 cells
[Level 1 step 301] ADVANCE at time 0.09169224937 with dt = 0.0005078166944

[1m[32m  Beginning subcycle 1 starting at time 0.09169224937 with dt = 0.0005078166944[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001864791 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 301] Advanced 4096 cells
[Level 2 step 601] ADVANCE at time 0.09169224937 with dt = 0.0002539083472

[1m[32m  Beginning subcycle 1 starting at time 0.09169224937 with dt = 0.0002539083472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002909451 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 601] Advanced 9216 cells
[Level 3 step 1201] ADVANCE at time 0.09169224937 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09169224937 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009803048 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1201] Advanced 30976 cells
[Level 3 step 1202] ADVANCE at time 0.09181920354 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09181920354 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009704424 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1202] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001871611
[Level 2 step 602] ADVANCE at time 0.09194615771 with dt = 0.0002539083472

[1m[32m  Beginning subcycle 1 starting at time 0.09194615771 with dt = 0.0002539083472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002952428 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 602] Advanced 9216 cells
[Level 3 step 1203] ADVANCE at time 0.09194615771 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09194615771 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009766204 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1203] Advanced 30976 cells
[Level 3 step 1204] ADVANCE at time 0.09207311189 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09207311189 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009735448 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1204] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00175788
Castro::reflux() at level 1 : time = 0.000847373
Now regridding at level lbase = 2
grid_places() time: 0.00156356 new finest: 3
TIME = 0.09220006606 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 302] ADVANCE at time 0.09220006606 with dt = 0.0005078166944

[1m[32m  Beginning subcycle 1 starting at time 0.09220006606 with dt = 0.0005078166944[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001876284 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 302] Advanced 4096 cells
[Level 2 step 603] ADVANCE at time 0.09220006606 with dt = 0.0002539083472

[1m[32m  Beginning subcycle 1 starting at time 0.09220006606 with dt = 0.0002539083472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002867423 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 603] Advanced 9216 cells
[Level 3 step 1205] ADVANCE at time 0.09220006606 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09220006606 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009714991 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1205] Advanced 30976 cells
[Level 3 step 1206] ADVANCE at time 0.09232702023 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09232702023 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009716394 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1206] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001870907
[Level 2 step 604] ADVANCE at time 0.09245397441 with dt = 0.0002539083472

[1m[32m  Beginning subcycle 1 starting at time 0.09245397441 with dt = 0.0002539083472[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002878266 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 604] Advanced 9216 cells
[Level 3 step 1207] ADVANCE at time 0.09245397441 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09245397441 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00974148 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1207] Advanced 30976 cells
[Level 3 step 1208] ADVANCE at time 0.09258092858 with dt = 0.0001269541736

[1m[32m  Beginning subcycle 1 starting at time 0.09258092858 with dt = 0.0001269541736[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009717824 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1208] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001712232
Castro::reflux() at level 1 : time = 0.000849059
Castro::reflux() at level 0 : time = 0.000441204

TIME= 0.09270788276 MASS        = 1
TIME= 0.09270788276 XMOM        = 1.747993155e-18
TIME= 0.09270788276 YMOM        = -5.603082793e-16
TIME= 0.09270788276 ZMOM        = 0
TIME= 0.09270788276 ANG MOM X   = 0
TIME= 0.09270788276 ANG MOM Y   = 0
TIME= 0.09270788276 ANG MOM Z   = -1.690729307e-12
TIME= 0.09270788276 RHO*e       = 0.7969577486
TIME= 0.09270788276 RHO*K       = 0.2016487637
TIME= 0.09270788276 RHO*E       = 0.9986065123
TIME= 0.09270788276 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09270788276 CENTER OF MASS X-VEL = 1.747993155e-18
TIME= 0.09270788276 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09270788276 CENTER OF MASS Y-VEL = -5.603082793e-16
TIME= 0.09270788276 CENTER OF MASS Z-LOC = 0
TIME= 0.09270788276 CENTER OF MASS Z-VEL = 0
TIME= 0.09270788276 MAXIMUM TEMPERATURE  = 1.965881496e-06
TIME= 0.09270788276 MAXIMUM DENSITY      = 4.669563219

[STEP 151] Coarse TimeStep time: 0.208327251
[STEP 151] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 151 TIME = 0.09270788276 DT = 0.001015633389

...estimated hydro-limited timestep at level 0: 0.001022208486
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001022208486

...estimated hydro-limited timestep at level 1: 0.0005093832127
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005093832127

...estimated hydro-limited timestep at level 2: 0.0002544620046
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002544620046

...estimated hydro-limited timestep at level 3: 0.0001271653871
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001271653871

Now regridding at level lbase = 1
grid_places() time: 0.002183515 new finest: 3
TIME = 0.09270788276 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 152] ADVANCE at time 0.09270788276 with dt = 0.001017323097

[1m[32m  Beginning subcycle 1 starting at time 0.09270788276 with dt = 0.001017323097[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001022666 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6533699918

[Level 0 step 152] Advanced 1024 cells
[Level 1 step 303] ADVANCE at time 0.09270788276 with dt = 0.0005086615485

[1m[32m  Beginning subcycle 1 starting at time 0.09270788276 with dt = 0.0005086615485[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001886426 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 303] Advanced 4096 cells
[Level 2 step 605] ADVANCE at time 0.09270788276 with dt = 0.0002543307742

[1m[32m  Beginning subcycle 1 starting at time 0.09270788276 with dt = 0.0002543307742[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002870339 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 605] Advanced 9216 cells
[Level 3 step 1209] ADVANCE at time 0.09270788276 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09270788276 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009878015 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1209] Advanced 30976 cells
[Level 3 step 1210] ADVANCE at time 0.09283504814 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09283504814 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009819306 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1210] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001794122
[Level 2 step 606] ADVANCE at time 0.09296221353 with dt = 0.0002543307742

[1m[32m  Beginning subcycle 1 starting at time 0.09296221353 with dt = 0.0002543307742[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002851637 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 606] Advanced 9216 cells
[Level 3 step 1211] ADVANCE at time 0.09296221353 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09296221353 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009722574 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1211] Advanced 30976 cells
[Level 3 step 1212] ADVANCE at time 0.09308937892 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09308937892 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009814018 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1212] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001699063
Castro::reflux() at level 1 : time = 0.000821853
Now regridding at level lbase = 2
grid_places() time: 0.001513967 new finest: 3
TIME = 0.0932165443 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 304] ADVANCE at time 0.0932165443 with dt = 0.0005086615485

[1m[32m  Beginning subcycle 1 starting at time 0.0932165443 with dt = 0.0005086615485[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001874743 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 304] Advanced 4096 cells
[Level 2 step 607] ADVANCE at time 0.0932165443 with dt = 0.0002543307742

[1m[32m  Beginning subcycle 1 starting at time 0.0932165443 with dt = 0.0002543307742[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840317 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 607] Advanced 9216 cells
[Level 3 step 1213] ADVANCE at time 0.0932165443 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.0932165443 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.010003738 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1213] Advanced 30976 cells
[Level 3 step 1214] ADVANCE at time 0.09334370969 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09334370969 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009959236 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1214] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001830874
[Level 2 step 608] ADVANCE at time 0.09347087508 with dt = 0.0002543307742

[1m[32m  Beginning subcycle 1 starting at time 0.09347087508 with dt = 0.0002543307742[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002853074 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 608] Advanced 9216 cells
[Level 3 step 1215] ADVANCE at time 0.09347087508 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09347087508 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009720124 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1215] Advanced 30976 cells
[Level 3 step 1216] ADVANCE at time 0.09359804047 with dt = 0.0001271653871

[1m[32m  Beginning subcycle 1 starting at time 0.09359804047 with dt = 0.0001271653871[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009932225 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1216] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001661762
Castro::reflux() at level 1 : time = 0.000852731
Castro::reflux() at level 0 : time = 0.000421143

TIME= 0.09372520585 MASS        = 1
TIME= 0.09372520585 XMOM        = 4.246729227e-18
TIME= 0.09372520585 YMOM        = -7.476308593e-17
TIME= 0.09372520585 ZMOM        = 0
TIME= 0.09372520585 ANG MOM X   = 0
TIME= 0.09372520585 ANG MOM Y   = 0
TIME= 0.09372520585 ANG MOM Z   = -1.713304274e-12
TIME= 0.09372520585 RHO*e       = 0.7969262375
TIME= 0.09372520585 RHO*K       = 0.2016802748
TIME= 0.09372520585 RHO*E       = 0.9986065123
TIME= 0.09372520585 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09372520585 CENTER OF MASS X-VEL = 4.246729227e-18
TIME= 0.09372520585 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09372520585 CENTER OF MASS Y-VEL = -7.476308593e-17
TIME= 0.09372520585 CENTER OF MASS Z-LOC = 0
TIME= 0.09372520585 CENTER OF MASS Z-VEL = 0
TIME= 0.09372520585 MAXIMUM TEMPERATURE  = 1.95978635e-06
TIME= 0.09372520585 MAXIMUM DENSITY      = 4.673609764

[STEP 152] Coarse TimeStep time: 0.212643051
[STEP 152] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 152 TIME = 0.09372520585 DT = 0.001017323097

...estimated hydro-limited timestep at level 0: 0.001023902403
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001023902403

...estimated hydro-limited timestep at level 1: 0.0005102468742
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005102468742

...estimated hydro-limited timestep at level 2: 0.000254893
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000254893

...estimated hydro-limited timestep at level 3: 0.000127375153
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000127375153

Now regridding at level lbase = 0
grid_places() time: 0.002669363 new finest: 3
STEP = 152 TIME = 0.09372520585 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001023902403
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001023902403

...estimated hydro-limited timestep at level 1: 0.0005102468742
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005102468742

...estimated hydro-limited timestep at level 2: 0.000254893
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000254893

...estimated hydro-limited timestep at level 3: 0.000127375153
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.000127375153

[Level 0 step 153] ADVANCE at time 0.09372520585 with dt = 0.001019001224

[1m[32m  Beginning subcycle 1 starting at time 0.09372520585 with dt = 0.001019001224[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000986643 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.666766508

[Level 0 step 153] Advanced 1024 cells
[Level 1 step 305] ADVANCE at time 0.09372520585 with dt = 0.0005095006119

[1m[32m  Beginning subcycle 1 starting at time 0.09372520585 with dt = 0.0005095006119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001875791 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 305] Advanced 4096 cells
[Level 2 step 609] ADVANCE at time 0.09372520585 with dt = 0.000254750306

[1m[32m  Beginning subcycle 1 starting at time 0.09372520585 with dt = 0.000254750306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002839296 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 609] Advanced 9216 cells
[Level 3 step 1217] ADVANCE at time 0.09372520585 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09372520585 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009747104 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1217] Advanced 30976 cells
[Level 3 step 1218] ADVANCE at time 0.09385258101 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09385258101 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009716016 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1218] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001804316
[Level 2 step 610] ADVANCE at time 0.09397995616 with dt = 0.000254750306

[1m[32m  Beginning subcycle 1 starting at time 0.09397995616 with dt = 0.000254750306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002869545 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 610] Advanced 9216 cells
[Level 3 step 1219] ADVANCE at time 0.09397995616 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09397995616 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00975089 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1219] Advanced 30976 cells
[Level 3 step 1220] ADVANCE at time 0.09410733131 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09410733131 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009746508 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1220] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001815091
Castro::reflux() at level 1 : time = 0.000826505
Now regridding at level lbase = 2
grid_places() time: 0.001530904 new finest: 3
TIME = 0.09423470646 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 306] ADVANCE at time 0.09423470646 with dt = 0.0005095006119

[1m[32m  Beginning subcycle 1 starting at time 0.09423470646 with dt = 0.0005095006119[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001868429 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 306] Advanced 4096 cells
[Level 2 step 611] ADVANCE at time 0.09423470646 with dt = 0.000254750306

[1m[32m  Beginning subcycle 1 starting at time 0.09423470646 with dt = 0.000254750306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002855312 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 611] Advanced 9216 cells
[Level 3 step 1221] ADVANCE at time 0.09423470646 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09423470646 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009770777 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1221] Advanced 30976 cells
[Level 3 step 1222] ADVANCE at time 0.09436208162 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09436208162 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009779955 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1222] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001767265
[Level 2 step 612] ADVANCE at time 0.09448945677 with dt = 0.000254750306

[1m[32m  Beginning subcycle 1 starting at time 0.09448945677 with dt = 0.000254750306[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002908219 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 612] Advanced 9216 cells
[Level 3 step 1223] ADVANCE at time 0.09448945677 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09448945677 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009767258 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1223] Advanced 30976 cells
[Level 3 step 1224] ADVANCE at time 0.09461683192 with dt = 0.000127375153

[1m[32m  Beginning subcycle 1 starting at time 0.09461683192 with dt = 0.000127375153[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009695089 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1224] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001688617
Castro::reflux() at level 1 : time = 0.000825465
Castro::reflux() at level 0 : time = 0.000429988

TIME= 0.09474420708 MASS        = 1
TIME= 0.09474420708 XMOM        = -4.877372439e-18
TIME= 0.09474420708 YMOM        = -2.518333098e-16
TIME= 0.09474420708 ZMOM        = 0
TIME= 0.09474420708 ANG MOM X   = 0
TIME= 0.09474420708 ANG MOM Y   = 0
TIME= 0.09474420708 ANG MOM Z   = -1.731894671e-12
TIME= 0.09474420708 RHO*e       = 0.7968862861
TIME= 0.09474420708 RHO*K       = 0.2017202262
TIME= 0.09474420708 RHO*E       = 0.9986065123
TIME= 0.09474420708 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09474420708 CENTER OF MASS X-VEL = -4.877372439e-18
TIME= 0.09474420708 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09474420708 CENTER OF MASS Y-VEL = -2.518333098e-16
TIME= 0.09474420708 CENTER OF MASS Z-LOC = 0
TIME= 0.09474420708 CENTER OF MASS Z-VEL = 0
TIME= 0.09474420708 MAXIMUM TEMPERATURE  = 1.953759405e-06
TIME= 0.09474420708 MAXIMUM DENSITY      = 4.671566396

[STEP 153] Coarse TimeStep time: 0.207425063
[STEP 153] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 153 TIME = 0.09474420708 DT = 0.001019001224

...estimated hydro-limited timestep at level 0: 0.001025590828
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001025590828

...estimated hydro-limited timestep at level 1: 0.0005111039259
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005111039259

...estimated hydro-limited timestep at level 2: 0.000255320878
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000255320878

...estimated hydro-limited timestep at level 3: 0.0001275848072
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001275848072

Now regridding at level lbase = 1
grid_places() time: 0.002159834 new finest: 3
TIME = 0.09474420708 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 154] ADVANCE at time 0.09474420708 with dt = 0.001020678458

[1m[32m  Beginning subcycle 1 starting at time 0.09474420708 with dt = 0.001020678458[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000984555 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.665416844

[Level 0 step 154] Advanced 1024 cells
[Level 1 step 307] ADVANCE at time 0.09474420708 with dt = 0.0005103392289

[1m[32m  Beginning subcycle 1 starting at time 0.09474420708 with dt = 0.0005103392289[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00184724 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 307] Advanced 4096 cells
[Level 2 step 613] ADVANCE at time 0.09474420708 with dt = 0.0002551696145

[1m[32m  Beginning subcycle 1 starting at time 0.09474420708 with dt = 0.0002551696145[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002814569 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 613] Advanced 9216 cells
[Level 3 step 1225] ADVANCE at time 0.09474420708 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09474420708 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009782215 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1225] Advanced 30976 cells
[Level 3 step 1226] ADVANCE at time 0.09487179188 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09487179188 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009707043 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1226] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001823909
[Level 2 step 614] ADVANCE at time 0.09499937669 with dt = 0.0002551696145

[1m[32m  Beginning subcycle 1 starting at time 0.09499937669 with dt = 0.0002551696145[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002877578 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 614] Advanced 9216 cells
[Level 3 step 1227] ADVANCE at time 0.09499937669 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09499937669 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009971603 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1227] Advanced 30976 cells
[Level 3 step 1228] ADVANCE at time 0.0951269615 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.0951269615 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009822583 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1228] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001678558
Castro::reflux() at level 1 : time = 0.000839318
Now regridding at level lbase = 2
grid_places() time: 0.001598147 new finest: 3
TIME = 0.09525454631 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 308] ADVANCE at time 0.09525454631 with dt = 0.0005103392289

[1m[32m  Beginning subcycle 1 starting at time 0.09525454631 with dt = 0.0005103392289[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00187373 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 308] Advanced 4096 cells
[Level 2 step 615] ADVANCE at time 0.09525454631 with dt = 0.0002551696145

[1m[32m  Beginning subcycle 1 starting at time 0.09525454631 with dt = 0.0002551696145[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002876867 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 615] Advanced 9216 cells
[Level 3 step 1229] ADVANCE at time 0.09525454631 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09525454631 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009835667 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1229] Advanced 30976 cells
[Level 3 step 1230] ADVANCE at time 0.09538213111 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09538213111 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009773951 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1230] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001884433
[Level 2 step 616] ADVANCE at time 0.09550971592 with dt = 0.0002551696145

[1m[32m  Beginning subcycle 1 starting at time 0.09550971592 with dt = 0.0002551696145[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002886883 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 616] Advanced 9216 cells
[Level 3 step 1231] ADVANCE at time 0.09550971592 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09550971592 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009889933 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1231] Advanced 30976 cells
[Level 3 step 1232] ADVANCE at time 0.09563730073 with dt = 0.0001275848072

[1m[32m  Beginning subcycle 1 starting at time 0.09563730073 with dt = 0.0001275848072[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00976581 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1232] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001663082
Castro::reflux() at level 1 : time = 0.000835625
Castro::reflux() at level 0 : time = 0.000424196

TIME= 0.09576488553 MASS        = 1
TIME= 0.09576488553 XMOM        = -7.393094241e-18
TIME= 0.09576488553 YMOM        = -1.289720189e-16
TIME= 0.09576488553 ZMOM        = 0
TIME= 0.09576488553 ANG MOM X   = 0
TIME= 0.09576488553 ANG MOM Y   = 0
TIME= 0.09576488553 ANG MOM Z   = -1.742254575e-12
TIME= 0.09576488553 RHO*e       = 0.7968586378
TIME= 0.09576488553 RHO*K       = 0.2017478745
TIME= 0.09576488553 RHO*E       = 0.9986065123
TIME= 0.09576488553 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09576488553 CENTER OF MASS X-VEL = -7.393094241e-18
TIME= 0.09576488553 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09576488553 CENTER OF MASS Y-VEL = -1.289720189e-16
TIME= 0.09576488553 CENTER OF MASS Z-LOC = 0
TIME= 0.09576488553 CENTER OF MASS Z-VEL = 0
TIME= 0.09576488553 MAXIMUM TEMPERATURE  = 1.947795678e-06
TIME= 0.09576488553 MAXIMUM DENSITY      = 4.688310951

[STEP 154] Coarse TimeStep time: 0.206437103
[STEP 154] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 154 TIME = 0.09576488553 DT = 0.001020678458

...estimated hydro-limited timestep at level 0: 0.001027264885
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001027264885

...estimated hydro-limited timestep at level 1: 0.000511957624
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000511957624

...estimated hydro-limited timestep at level 2: 0.0002557472445
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002557472445

...estimated hydro-limited timestep at level 3: 0.0001277934262
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001277934262

Now regridding at level lbase = 0
grid_places() time: 0.00263193 new finest: 3
STEP = 154 TIME = 0.09576488553 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001027264885
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001027264885

...estimated hydro-limited timestep at level 1: 0.000511957624
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.000511957624

...estimated hydro-limited timestep at level 2: 0.0002557472445
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002557472445

...estimated hydro-limited timestep at level 3: 0.0001277934262
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001277934262

[Level 0 step 155] ADVANCE at time 0.09576488553 with dt = 0.001022347409

[1m[32m  Beginning subcycle 1 starting at time 0.09576488553 with dt = 0.001022347409[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000992036 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6607061168

[Level 0 step 155] Advanced 1024 cells
[Level 1 step 309] ADVANCE at time 0.09576488553 with dt = 0.0005111737047

[1m[32m  Beginning subcycle 1 starting at time 0.09576488553 with dt = 0.0005111737047[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001854395 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 309] Advanced 4096 cells
[Level 2 step 617] ADVANCE at time 0.09576488553 with dt = 0.0002555868524

[1m[32m  Beginning subcycle 1 starting at time 0.09576488553 with dt = 0.0002555868524[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002836963 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 617] Advanced 9216 cells
[Level 3 step 1233] ADVANCE at time 0.09576488553 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09576488553 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009794287 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1233] Advanced 30976 cells
[Level 3 step 1234] ADVANCE at time 0.09589267896 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09589267896 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009969474 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1234] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001802302
[Level 2 step 618] ADVANCE at time 0.09602047239 with dt = 0.0002555868524

[1m[32m  Beginning subcycle 1 starting at time 0.09602047239 with dt = 0.0002555868524[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002855997 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 618] Advanced 9216 cells
[Level 3 step 1235] ADVANCE at time 0.09602047239 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09602047239 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009727925 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1235] Advanced 30976 cells
[Level 3 step 1236] ADVANCE at time 0.09614826581 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09614826581 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009754471 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1236] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001678273
Castro::reflux() at level 1 : time = 0.000813464
Now regridding at level lbase = 2
grid_places() time: 0.001524443 new finest: 3
TIME = 0.09627605924 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 310] ADVANCE at time 0.09627605924 with dt = 0.0005111737047

[1m[32m  Beginning subcycle 1 starting at time 0.09627605924 with dt = 0.0005111737047[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001886121 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 310] Advanced 4096 cells
[Level 2 step 619] ADVANCE at time 0.09627605924 with dt = 0.0002555868524

[1m[32m  Beginning subcycle 1 starting at time 0.09627605924 with dt = 0.0002555868524[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002840502 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 619] Advanced 9216 cells
[Level 3 step 1237] ADVANCE at time 0.09627605924 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09627605924 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00997065 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1237] Advanced 30976 cells
[Level 3 step 1238] ADVANCE at time 0.09640385267 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09640385267 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009718547 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1238] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001783233
[Level 2 step 620] ADVANCE at time 0.09653164609 with dt = 0.0002555868524

[1m[32m  Beginning subcycle 1 starting at time 0.09653164609 with dt = 0.0002555868524[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002852319 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 620] Advanced 9216 cells
[Level 3 step 1239] ADVANCE at time 0.09653164609 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09653164609 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009798585 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1239] Advanced 30976 cells
[Level 3 step 1240] ADVANCE at time 0.09665943952 with dt = 0.0001277934262

[1m[32m  Beginning subcycle 1 starting at time 0.09665943952 with dt = 0.0001277934262[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009972719 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1240] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00167055
Castro::reflux() at level 1 : time = 0.000854201
Castro::reflux() at level 0 : time = 0.000418736

TIME= 0.09678723294 MASS        = 1
TIME= 0.09678723294 XMOM        = -3.445662564e-18
TIME= 0.09678723294 YMOM        = 1.807439777e-16
TIME= 0.09678723294 ZMOM        = 0
TIME= 0.09678723294 ANG MOM X   = 0
TIME= 0.09678723294 ANG MOM Y   = 0
TIME= 0.09678723294 ANG MOM Z   = -1.749052549e-12
TIME= 0.09678723294 RHO*e       = 0.7968127775
TIME= 0.09678723294 RHO*K       = 0.2017937347
TIME= 0.09678723294 RHO*E       = 0.9986065123
TIME= 0.09678723294 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09678723294 CENTER OF MASS X-VEL = -3.445662564e-18
TIME= 0.09678723294 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09678723294 CENTER OF MASS Y-VEL = 1.807439777e-16
TIME= 0.09678723294 CENTER OF MASS Z-LOC = 0
TIME= 0.09678723294 CENTER OF MASS Z-VEL = 0
TIME= 0.09678723294 MAXIMUM TEMPERATURE  = 1.941912118e-06
TIME= 0.09678723294 MAXIMUM DENSITY      = 4.661387973

[STEP 155] Coarse TimeStep time: 0.20786694
[STEP 155] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 155 TIME = 0.09678723294 DT = 0.001022347409

...estimated hydro-limited timestep at level 0: 0.001028923667
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001028923667

...estimated hydro-limited timestep at level 1: 0.0005128029642
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005128029642

...estimated hydro-limited timestep at level 2: 0.0002561708095
...hydro-limited CFL timestep constrained at (i,j) = (71,71)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002561708095

...estimated hydro-limited timestep at level 3: 0.0001280019634
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001280019634

Now regridding at level lbase = 1
grid_places() time: 0.002223433 new finest: 3
TIME = 0.09678723294 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 156] ADVANCE at time 0.09678723294 with dt = 0.001024015707

[1m[32m  Beginning subcycle 1 starting at time 0.09678723294 with dt = 0.001024015707[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000986374 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.668502437

[Level 0 step 156] Advanced 1024 cells
[Level 1 step 311] ADVANCE at time 0.09678723294 with dt = 0.0005120078537

[1m[32m  Beginning subcycle 1 starting at time 0.09678723294 with dt = 0.0005120078537[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.00188709 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 311] Advanced 4096 cells
[Level 2 step 621] ADVANCE at time 0.09678723294 with dt = 0.0002560039268

[1m[32m  Beginning subcycle 1 starting at time 0.09678723294 with dt = 0.0002560039268[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002879073 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 621] Advanced 9216 cells
[Level 3 step 1241] ADVANCE at time 0.09678723294 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09678723294 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009758418 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1241] Advanced 30976 cells
[Level 3 step 1242] ADVANCE at time 0.09691523491 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09691523491 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009767073 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1242] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001807224
[Level 2 step 622] ADVANCE at time 0.09704323687 with dt = 0.0002560039268

[1m[32m  Beginning subcycle 1 starting at time 0.09704323687 with dt = 0.0002560039268[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002943855 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 622] Advanced 9216 cells
[Level 3 step 1243] ADVANCE at time 0.09704323687 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09704323687 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009771187 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1243] Advanced 30976 cells
[Level 3 step 1244] ADVANCE at time 0.09717123883 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09717123883 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009773185 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1244] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001693036
Castro::reflux() at level 1 : time = 0.000839972
Now regridding at level lbase = 2
grid_places() time: 0.001519601 new finest: 3
TIME = 0.0972992408 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 312] ADVANCE at time 0.0972992408 with dt = 0.0005120078537

[1m[32m  Beginning subcycle 1 starting at time 0.0972992408 with dt = 0.0005120078537[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001871812 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 312] Advanced 4096 cells
[Level 2 step 623] ADVANCE at time 0.0972992408 with dt = 0.0002560039268

[1m[32m  Beginning subcycle 1 starting at time 0.0972992408 with dt = 0.0002560039268[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002859458 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 623] Advanced 9216 cells
[Level 3 step 1245] ADVANCE at time 0.0972992408 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.0972992408 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00972401 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1245] Advanced 30976 cells
[Level 3 step 1246] ADVANCE at time 0.09742724276 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09742724276 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009770409 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1246] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001811148
[Level 2 step 624] ADVANCE at time 0.09755524472 with dt = 0.0002560039268

[1m[32m  Beginning subcycle 1 starting at time 0.09755524472 with dt = 0.0002560039268[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.00292841 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 624] Advanced 9216 cells
[Level 3 step 1247] ADVANCE at time 0.09755524472 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09755524472 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009708342 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1247] Advanced 30976 cells
[Level 3 step 1248] ADVANCE at time 0.09768324669 with dt = 0.0001280019634

[1m[32m  Beginning subcycle 1 starting at time 0.09768324669 with dt = 0.0001280019634[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009702306 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1248] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00167685
Castro::reflux() at level 1 : time = 0.000810479
Castro::reflux() at level 0 : time = 0.000422252

TIME= 0.09781124865 MASS        = 1
TIME= 0.09781124865 XMOM        = 2.237834024e-18
TIME= 0.09781124865 YMOM        = 2.23226458e-16
TIME= 0.09781124865 ZMOM        = 0
TIME= 0.09781124865 ANG MOM X   = 0
TIME= 0.09781124865 ANG MOM Y   = 0
TIME= 0.09781124865 ANG MOM Z   = -1.756593124e-12
TIME= 0.09781124865 RHO*e       = 0.7967970518
TIME= 0.09781124865 RHO*K       = 0.2018094605
TIME= 0.09781124865 RHO*E       = 0.9986065123
TIME= 0.09781124865 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09781124865 CENTER OF MASS X-VEL = 2.237834024e-18
TIME= 0.09781124865 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09781124865 CENTER OF MASS Y-VEL = 2.23226458e-16
TIME= 0.09781124865 CENTER OF MASS Z-LOC = 0
TIME= 0.09781124865 CENTER OF MASS Z-VEL = 0
TIME= 0.09781124865 MAXIMUM TEMPERATURE  = 1.936094035e-06
TIME= 0.09781124865 MAXIMUM DENSITY      = 4.695665902

[STEP 156] Coarse TimeStep time: 0.206142467
[STEP 156] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 156 TIME = 0.09781124865 DT = 0.001024015707

...estimated hydro-limited timestep at level 0: 0.001030570819
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001030570819

...estimated hydro-limited timestep at level 1: 0.0005136415187
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005136415187

...estimated hydro-limited timestep at level 2: 0.000256588944
...hydro-limited CFL timestep constrained at (i,j) = (71,55)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000256588944

...estimated hydro-limited timestep at level 3: 0.0001282088113
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001282088113

Now regridding at level lbase = 0
grid_places() time: 0.002649212 new finest: 3
STEP = 156 TIME = 0.09781124865 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001030570819
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001030570819

...estimated hydro-limited timestep at level 1: 0.0005136415187
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005136415187

...estimated hydro-limited timestep at level 2: 0.000256588944
...hydro-limited CFL timestep constrained at (i,j) = (71,55)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.000256588944

...estimated hydro-limited timestep at level 3: 0.0001282088113
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001282088113

[Level 0 step 157] ADVANCE at time 0.09781124865 with dt = 0.001025670491

[1m[32m  Beginning subcycle 1 starting at time 0.09781124865 with dt = 0.001025670491[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.001010261 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6489008924

[Level 0 step 157] Advanced 1024 cells
[Level 1 step 313] ADVANCE at time 0.09781124865 with dt = 0.0005128352454

[1m[32m  Beginning subcycle 1 starting at time 0.09781124865 with dt = 0.0005128352454[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001866267 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 313] Advanced 4096 cells
[Level 2 step 625] ADVANCE at time 0.09781124865 with dt = 0.0002564176227

[1m[32m  Beginning subcycle 1 starting at time 0.09781124865 with dt = 0.0002564176227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002825433 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 625] Advanced 9216 cells
[Level 3 step 1249] ADVANCE at time 0.09781124865 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09781124865 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00991376 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1249] Advanced 30976 cells
[Level 3 step 1250] ADVANCE at time 0.09793945746 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09793945746 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009695448 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1250] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001810319
[Level 2 step 626] ADVANCE at time 0.09806766627 with dt = 0.0002564176227

[1m[32m  Beginning subcycle 1 starting at time 0.09806766627 with dt = 0.0002564176227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002861985 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 626] Advanced 9216 cells
[Level 3 step 1251] ADVANCE at time 0.09806766627 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09806766627 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009960754 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1251] Advanced 30976 cells
[Level 3 step 1252] ADVANCE at time 0.09819587509 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09819587509 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009872927 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1252] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001680633
Castro::reflux() at level 1 : time = 0.000840143
Now regridding at level lbase = 2
grid_places() time: 0.001484353 new finest: 3
TIME = 0.0983240839 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 314] ADVANCE at time 0.0983240839 with dt = 0.0005128352454

[1m[32m  Beginning subcycle 1 starting at time 0.0983240839 with dt = 0.0005128352454[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001885185 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 314] Advanced 4096 cells
[Level 2 step 627] ADVANCE at time 0.0983240839 with dt = 0.0002564176227

[1m[32m  Beginning subcycle 1 starting at time 0.0983240839 with dt = 0.0002564176227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002930231 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 627] Advanced 9216 cells
[Level 3 step 1253] ADVANCE at time 0.0983240839 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.0983240839 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009842242 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1253] Advanced 30976 cells
[Level 3 step 1254] ADVANCE at time 0.09845229271 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09845229271 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009753091 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1254] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001869757
[Level 2 step 628] ADVANCE at time 0.09858050152 with dt = 0.0002564176227

[1m[32m  Beginning subcycle 1 starting at time 0.09858050152 with dt = 0.0002564176227[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002860165 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 628] Advanced 9216 cells
[Level 3 step 1255] ADVANCE at time 0.09858050152 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09858050152 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009732227 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1255] Advanced 30976 cells
[Level 3 step 1256] ADVANCE at time 0.09870871033 with dt = 0.0001282088113

[1m[32m  Beginning subcycle 1 starting at time 0.09870871033 with dt = 0.0001282088113[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009829085 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1256] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001678994
Castro::reflux() at level 1 : time = 0.000839911
Castro::reflux() at level 0 : time = 0.000407528

TIME= 0.09883691914 MASS        = 1
TIME= 0.09883691914 XMOM        = -1.853127831e-19
TIME= 0.09883691914 YMOM        = 1.865938777e-16
TIME= 0.09883691914 ZMOM        = 0
TIME= 0.09883691914 ANG MOM X   = 0
TIME= 0.09883691914 ANG MOM Y   = 0
TIME= 0.09883691914 ANG MOM Z   = -1.766850486e-12
TIME= 0.09883691914 RHO*e       = 0.7967432386
TIME= 0.09883691914 RHO*K       = 0.2018632737
TIME= 0.09883691914 RHO*E       = 0.9986065123
TIME= 0.09883691914 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09883691914 CENTER OF MASS X-VEL = -1.853127831e-19
TIME= 0.09883691914 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09883691914 CENTER OF MASS Y-VEL = 1.865938777e-16
TIME= 0.09883691914 CENTER OF MASS Z-LOC = 0
TIME= 0.09883691914 CENTER OF MASS Z-VEL = 0
TIME= 0.09883691914 MAXIMUM TEMPERATURE  = 1.93034746e-06
TIME= 0.09883691914 MAXIMUM DENSITY      = 4.69219264

[STEP 157] Coarse TimeStep time: 0.207768204
[STEP 157] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 157 TIME = 0.09883691914 DT = 0.001025670491

...estimated hydro-limited timestep at level 0: 0.001032205569
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001032205569

...estimated hydro-limited timestep at level 1: 0.0005144730678
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005144730678

...estimated hydro-limited timestep at level 2: 0.0002569754143
...hydro-limited CFL timestep constrained at (i,j) = (71,55)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002569754143

...estimated hydro-limited timestep at level 3: 0.0001284147441
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001284147441

Now regridding at level lbase = 1
grid_places() time: 0.002184577 new finest: 3
TIME = 0.09883691914 : REGRID  with lbase = 1
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 0 step 158] ADVANCE at time 0.09883691914 with dt = 0.001027317953

[1m[32m  Beginning subcycle 1 starting at time 0.09883691914 with dt = 0.001027317953[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000989757 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6569948133

[Level 0 step 158] Advanced 1024 cells
[Level 1 step 315] ADVANCE at time 0.09883691914 with dt = 0.0005136589764

[1m[32m  Beginning subcycle 1 starting at time 0.09883691914 with dt = 0.0005136589764[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001857856 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 315] Advanced 4096 cells
[Level 2 step 629] ADVANCE at time 0.09883691914 with dt = 0.0002568294882

[1m[32m  Beginning subcycle 1 starting at time 0.09883691914 with dt = 0.0002568294882[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002811509 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 629] Advanced 9216 cells
[Level 3 step 1257] ADVANCE at time 0.09883691914 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09883691914 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.00974355 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1257] Advanced 30976 cells
[Level 3 step 1258] ADVANCE at time 0.09896533389 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09896533389 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009938051 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1258] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001836987
[Level 2 step 630] ADVANCE at time 0.09909374863 with dt = 0.0002568294882

[1m[32m  Beginning subcycle 1 starting at time 0.09909374863 with dt = 0.0002568294882[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002862544 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 630] Advanced 9216 cells
[Level 3 step 1259] ADVANCE at time 0.09909374863 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09909374863 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009743665 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1259] Advanced 30976 cells
[Level 3 step 1260] ADVANCE at time 0.09922216337 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09922216337 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009793322 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1260] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001700759
Castro::reflux() at level 1 : time = 0.000801382
Now regridding at level lbase = 2
grid_places() time: 0.001680953 new finest: 3
TIME = 0.09935057812 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 316] ADVANCE at time 0.09935057812 with dt = 0.0005136589764

[1m[32m  Beginning subcycle 1 starting at time 0.09935057812 with dt = 0.0005136589764[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001897983 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 316] Advanced 4096 cells
[Level 2 step 631] ADVANCE at time 0.09935057812 with dt = 0.0002568294882

[1m[32m  Beginning subcycle 1 starting at time 0.09935057812 with dt = 0.0002568294882[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002854395 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 631] Advanced 9216 cells
[Level 3 step 1261] ADVANCE at time 0.09935057812 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09935057812 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009984804 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1261] Advanced 30976 cells
[Level 3 step 1262] ADVANCE at time 0.09947899286 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09947899286 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009704518 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1262] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001802982
[Level 2 step 632] ADVANCE at time 0.09960740761 with dt = 0.0002568294882

[1m[32m  Beginning subcycle 1 starting at time 0.09960740761 with dt = 0.0002568294882[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002863447 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 632] Advanced 9216 cells
[Level 3 step 1263] ADVANCE at time 0.09960740761 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09960740761 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009971756 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1263] Advanced 30976 cells
[Level 3 step 1264] ADVANCE at time 0.09973582235 with dt = 0.0001284147441

[1m[32m  Beginning subcycle 1 starting at time 0.09973582235 with dt = 0.0001284147441[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009821188 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1264] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001696709
Castro::reflux() at level 1 : time = 0.000851597
Castro::reflux() at level 0 : time = 0.000430663

TIME= 0.09986423709 MASS        = 1
TIME= 0.09986423709 XMOM        = 7.090581278e-18
TIME= 0.09986423709 YMOM        = 2.305734031e-18
TIME= 0.09986423709 ZMOM        = 0
TIME= 0.09986423709 ANG MOM X   = 0
TIME= 0.09986423709 ANG MOM Y   = 0
TIME= 0.09986423709 ANG MOM Z   = -1.771724544e-12
TIME= 0.09986423709 RHO*e       = 0.7967337916
TIME= 0.09986423709 RHO*K       = 0.2018727207
TIME= 0.09986423709 RHO*E       = 0.9986065123
TIME= 0.09986423709 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.09986423709 CENTER OF MASS X-VEL = 7.090581278e-18
TIME= 0.09986423709 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.09986423709 CENTER OF MASS Y-VEL = 2.305734031e-18
TIME= 0.09986423709 CENTER OF MASS Z-LOC = 0
TIME= 0.09986423709 CENTER OF MASS Z-VEL = 0
TIME= 0.09986423709 MAXIMUM TEMPERATURE  = 1.924668212e-06
TIME= 0.09986423709 MAXIMUM DENSITY      = 4.692429945

[STEP 158] Coarse TimeStep time: 0.206061364
[STEP 158] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 158 TIME = 0.09986423709 DT = 0.001027317953

...estimated hydro-limited timestep at level 0: 0.001033828067
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001033828067

...estimated hydro-limited timestep at level 1: 0.0005152979424
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005152979424

...estimated hydro-limited timestep at level 2: 0.0002573630412
...hydro-limited CFL timestep constrained at (i,j) = (71,55)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002573630412

...estimated hydro-limited timestep at level 3: 0.0001286193725
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001286193725

 ... limiting dt to 0.0001357629051 to hit the stop_time.
Now regridding at level lbase = 0
grid_places() time: 0.002600032 new finest: 3
STEP = 158 TIME = 0.09986423709 : REGRID  with lbase = 0
  Level 1   1 grids  4096 cells  100 % of domain
  Level 2   1 grids  9216 cells  56.25 % of domain
  Level 3   1 grids  30976 cells  47.265625 % of domain

...estimated hydro-limited timestep at level 0: 0.001033828067
...hydro-limited CFL timestep constrained at (i,j) = (14,17)
Castro::estTimeStep (hydro-limited) at level 0:  estdt = 0.001033828067

...estimated hydro-limited timestep at level 1: 0.0005152979424
...hydro-limited CFL timestep constrained at (i,j) = (28,35)
Castro::estTimeStep (hydro-limited) at level 1:  estdt = 0.0005152979424

...estimated hydro-limited timestep at level 2: 0.0002573630412
...hydro-limited CFL timestep constrained at (i,j) = (71,55)
Castro::estTimeStep (hydro-limited) at level 2:  estdt = 0.0002573630412

...estimated hydro-limited timestep at level 3: 0.0001286193725
...hydro-limited CFL timestep constrained at (i,j) = (143,144)
Castro::estTimeStep (hydro-limited) at level 3:  estdt = 0.0001286193725

 ... limiting dt to 0.0001357629051 to hit the stop_time.
[Level 0 step 159] ADVANCE at time 0.09986423709 with dt = 0.0001357629051

[1m[32m  Beginning subcycle 1 starting at time 0.09986423709 with dt = 0.0001357629051[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 0

... Leaving construct_ctu_hydro_source() on level 0

Castro::construct_ctu_hydro_source() time = 0.000989316 on level 0

[1m[32m  Subcycle completed[0m

  Subcycling complete

  Zones advanced per microsecond at this level: 0.6610042358

[Level 0 step 159] Advanced 1024 cells
[Level 1 step 317] ADVANCE at time 0.09986423709 with dt = 6.788145257e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09986423709 with dt = 6.788145257e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001877655 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 317] Advanced 4096 cells
[Level 2 step 633] ADVANCE at time 0.09986423709 with dt = 3.394072629e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09986423709 with dt = 3.394072629e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002869906 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 633] Advanced 9216 cells
[Level 3 step 1265] ADVANCE at time 0.09986423709 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09986423709 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009838821 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1265] Advanced 30976 cells
[Level 3 step 1266] ADVANCE at time 0.09988120746 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09988120746 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009696679 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1266] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.00179541
[Level 2 step 634] ADVANCE at time 0.09989817782 with dt = 3.394072629e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09989817782 with dt = 3.394072629e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002853294 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 634] Advanced 9216 cells
[Level 3 step 1267] ADVANCE at time 0.09989817782 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09989817782 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009716207 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1267] Advanced 30976 cells
[Level 3 step 1268] ADVANCE at time 0.09991514818 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09991514818 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009699876 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1268] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001757648
Castro::reflux() at level 1 : time = 0.000841069
Now regridding at level lbase = 2
grid_places() time: 0.00154813 new finest: 3
TIME = 0.09993211855 : REGRID  with lbase = 2
  Level 3   1 grids  30976 cells  47.265625 % of domain

[Level 1 step 318] ADVANCE at time 0.09993211855 with dt = 6.788145257e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09993211855 with dt = 6.788145257e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 1

... Leaving construct_ctu_hydro_source() on level 1

Castro::construct_ctu_hydro_source() time = 0.001876428 on level 1

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 1 step 318] Advanced 4096 cells
[Level 2 step 635] ADVANCE at time 0.09993211855 with dt = 3.394072629e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09993211855 with dt = 3.394072629e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002855291 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 635] Advanced 9216 cells
[Level 3 step 1269] ADVANCE at time 0.09993211855 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09993211855 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009734955 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1269] Advanced 30976 cells
[Level 3 step 1270] ADVANCE at time 0.09994908891 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09994908891 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009849841 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1270] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001813478
[Level 2 step 636] ADVANCE at time 0.09996605927 with dt = 3.394072629e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09996605927 with dt = 3.394072629e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 2

... Leaving construct_ctu_hydro_source() on level 2

Castro::construct_ctu_hydro_source() time = 0.002913465 on level 2

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 2 step 636] Advanced 9216 cells
[Level 3 step 1271] ADVANCE at time 0.09996605927 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09996605927 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009764344 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1271] Advanced 30976 cells
[Level 3 step 1272] ADVANCE at time 0.09998302964 with dt = 1.697036314e-05

[1m[32m  Beginning subcycle 1 starting at time 0.09998302964 with dt = 1.697036314e-05[0m
  Estimated number of subcycles remaining: 1

... Entering construct_ctu_hydro_source() on level 3

... Leaving construct_ctu_hydro_source() on level 3

Castro::construct_ctu_hydro_source() time = 0.009751754 on level 3

[1m[32m  Subcycle completed[0m

  Subcycling complete

[Level 3 step 1272] Advanced 30976 cells
Castro::reflux() at level 2 : time = 0.001713104
Castro::reflux() at level 1 : time = 0.000832293
Castro::reflux() at level 0 : time = 0.000427684

TIME= 0.1 MASS        = 1
TIME= 0.1 XMOM        = 9.123351064e-18
TIME= 0.1 YMOM        = -8.189220425e-16
TIME= 0.1 ZMOM        = 0
TIME= 0.1 ANG MOM X   = 0
TIME= 0.1 ANG MOM Y   = 0
TIME= 0.1 ANG MOM Z   = -1.771680795e-12
TIME= 0.1 RHO*e       = 0.7967395552
TIME= 0.1 RHO*K       = 0.2018669571
TIME= 0.1 RHO*E       = 0.9986065123
TIME= 0.1 CENTER OF MASS X-LOC = 0.4999999999
TIME= 0.1 CENTER OF MASS X-VEL = 9.123351064e-18
TIME= 0.1 CENTER OF MASS Y-LOC = 0.5000000001
TIME= 0.1 CENTER OF MASS Y-VEL = -8.189220425e-16
TIME= 0.1 CENTER OF MASS Z-LOC = 0
TIME= 0.1 CENTER OF MASS Z-VEL = 0
TIME= 0.1 MAXIMUM TEMPERATURE  = 1.923924107e-06
TIME= 0.1 MAXIMUM DENSITY      = 4.68798125

[STEP 159] Coarse TimeStep time: 0.208356309
[STEP 159] FAB kilobyte spread across MPI nodes: [58298 ... 58298]


STEP = 159 TIME = 0.1 DT = 0.0001357629051

PLOTFILE: file = Sedov-2d-tau_plt00159
Write plotfile time = 0.04921551  seconds


Ending run at 05:11:01 UTC on 2025-03-17.
Run time = 16.40916221
Run time without initialization = 16.37563888

  Average number of zones advanced per microsecond: 1.173
  Average number of zones advanced per microsecond per rank: 1.173



TinyProfiler total time across processes [min...avg...max]: 16.4092 ... 16.4092 ... 16.4092

-------------------------------------------------------------------------------------------
Name                                        NCalls  Excl. Min  Excl. Avg  Excl. Max   Max %
-------------------------------------------------------------------------------------------
Castro::construct_ctu_hydro_source()          2385     6.4038     6.4038     6.4038  39.03%
Castro::reset_internal_energy(Fab)           11629      1.075      1.075      1.075   6.55%
FabArray::setVal()                           37101       1.04       1.04       1.04   6.34%
Castro::estTimeStep()                         5087     0.9064     0.9064     0.9064   5.52%
amrex::Copy()                                21922     0.7457     0.7457     0.7457   4.54%
amrex::average_down_w_geom                    2232      0.519      0.519      0.519   3.16%
Castro::normalize_species()                  11537      0.456      0.456      0.456   2.78%
Castro::computeTemp()                        11544      0.454      0.454      0.454   2.77%
FabArray::ParallelCopy_nowait()              43290      0.432      0.432      0.432   2.63%
FillPatchIterator::Initialize                13370      0.314      0.314      0.314   1.91%
MultiFab::contains_nan()                      4770     0.3061     0.3061     0.3061   1.87%
Castro::enforce_min_density()                11537     0.2357     0.2357     0.2357   1.44%
FillPatchTwoLevels                           11097     0.2105     0.2105     0.2105   1.28%
Castro::reflux()                              1113     0.2103     0.2103     0.2103   1.28%
FluxRegister::Reflux()                        4452     0.1956     0.1956     0.1956   1.19%
FillPatchInterp(MF)                           4660     0.1823     0.1823     0.1823   1.11%
Castro::initialize_do_advance()               2385     0.1763     0.1763     0.1763   1.07%
AmrLevel::derive()                            5664     0.1755     0.1755     0.1755   1.07%
Castro::sum_integrated_quantities()            160     0.1589     0.1589     0.1589   0.97%
Castro::initMFs()                              561     0.1514     0.1514     0.1514   0.92%
FabArray::setDomainBndry()                   18030     0.1477     0.1477     0.1477   0.90%
StateDataPhysBCFunct::()                     18030     0.1309     0.1309     0.1309   0.80%
Castro::FluxRegCrseInit                       2385     0.1266     0.1266     0.1266   0.77%
VisMF::Write(FabArray)                          36     0.1252     0.1252     0.1252   0.76%
Castro::initialize_advance()                  2385     0.1219     0.1219     0.1219   0.74%
Castro::reset_internal_energy(MultiFab)      11544     0.1068     0.1068     0.1068   0.65%
FillPatchSingleLevel                         18030     0.1054     0.1054     0.1054   0.64%
Castro::volWgtSum()                           7040    0.09817    0.09817    0.09817   0.60%
amrex::Add()                                  4452    0.09333    0.09333    0.09333   0.57%
check_for_negative_density()                  2385    0.09267    0.09267    0.09267   0.56%
Castro::swap_state_time_levels()              2385    0.08446    0.08446    0.08446   0.51%
Amr::writePlotFile()                             9    0.07373    0.07373    0.07373   0.45%
FabArrayBase::CPC::define()                   9492    0.06013    0.06013    0.06013   0.37%
StateData::define()                           1122    0.06011    0.06011    0.06011   0.37%
Castro::FluxRegFineAdd()                      2385    0.05474    0.05474    0.05474   0.33%
Amr::regrid()                                  318    0.05385    0.05385    0.05385   0.33%
AMRErrorTag::operator()                       2240    0.05008    0.05008    0.05008   0.31%
AmrMesh::MakeNewGrids()                        321    0.04222    0.04222    0.04222   0.26%
Castro::buildMetrics()                         561    0.04193    0.04193    0.04193   0.26%
Castro::subcycle_advance_ctu()                2385    0.04078    0.04078    0.04078   0.25%
Amr::timeStep()                               2385    0.03826    0.03826    0.03826   0.23%
AmrLevel::FillPatch()                        13370    0.03782    0.03782    0.03782   0.23%
Castro::finalize_advance()                    2385     0.0343     0.0343     0.0343   0.21%
FabArray::ParallelCopy()                     43290     0.0223     0.0223     0.0223   0.14%
Castro::finalize_do_advance()                 2385    0.01292    0.01292    0.01292   0.08%
FillPatchIterator::FillFromTwoLevels()       11097    0.01112    0.01112    0.01112   0.07%
Castro::clean_state()                        11537    0.01031    0.01031    0.01031   0.06%
Castro::do_advance_ctu()                      2385   0.009546   0.009546   0.009546   0.06%
FabArrayBase::getCPC()                       10961   0.009269   0.009269   0.009269   0.06%
Amr::coarseTimeStep()                          159   0.008819   0.008819   0.008819   0.05%
Castro::advance()                             2385   0.004715   0.004715   0.004715   0.03%
Castro::Castro()                               561   0.004586   0.004586   0.004586   0.03%
Amr::grid_places()                             321   0.003973   0.003973   0.003973   0.02%
Castro::errorEst()                             560   0.003696   0.003696   0.003696   0.02%
Castro::check_for_nan()                       4770   0.002687   0.002687   0.002687   0.02%
AmrLevel::AmrLevel(dm)                         561   0.002645   0.002645   0.002645   0.02%
Castro::derive()                              5664   0.002565   0.002565   0.002565   0.02%
Castro::post_timestep()                       2385   0.002444   0.002444   0.002444   0.01%
main()                                           1   0.002375   0.002375   0.002375   0.01%
Castro::do_new_sources()                      2385   0.002347   0.002347   0.002347   0.01%
Castro::expand_state()                        3498   0.002016   0.002016   0.002016   0.01%
Castro::do_old_sources()                      2385   0.001829   0.001829   0.001829   0.01%
FillPatchIterator::FillFromLevel0()           2273   0.001473   0.001473   0.001473   0.01%
Castro::post_regrid()                         1276    0.00122    0.00122    0.00122   0.01%
Castro::avgDown(state_indx)                   2232   0.001184   0.001184   0.001184   0.01%
Castro::avgDown()                             1116  0.0008383  0.0008383  0.0008383   0.01%
Castro::computeNewDt()                         237  0.0007789  0.0007789  0.0007789   0.00%
Castro::init(old)                              554  0.0006411  0.0006411  0.0006411   0.00%
Amr::init()                                      1  1.769e-06  1.769e-06  1.769e-06   0.00%
Other                                        37863     0.1137     0.1137     0.1137   0.69%
-------------------------------------------------------------------------------------------

-------------------------------------------------------------------------------------------
Name                                        NCalls  Incl. Min  Incl. Avg  Incl. Max   Max %
-------------------------------------------------------------------------------------------
main()                                           1      16.41      16.41      16.41 100.00%
Amr::coarseTimeStep()                          159      16.32      16.32      16.32  99.48%
Amr::timeStep()                               2385      15.96      15.96      15.96  97.26%
Castro::advance()                             2385      11.92      11.92      11.92  72.61%
Castro::subcycle_advance_ctu()                2385       10.3       10.3       10.3  62.80%
Castro::do_advance_ctu()                      2385      10.26      10.26      10.26  62.54%
Castro::construct_ctu_hydro_source()          2385      7.151      7.151      7.151  43.58%
Castro::post_timestep()                       2385      2.599      2.599      2.599  15.84%
Castro::clean_state()                        11537       2.34       2.34       2.34  14.26%
Castro::initialize_do_advance()               2385      2.214      2.214      2.214  13.49%
AmrLevel::FillPatch()                        13370      2.038      2.038      2.038  12.42%
Castro::computeTemp()                        11544      1.636      1.636      1.636   9.97%
FillPatchIterator::Initialize                13370       1.51       1.51       1.51   9.20%
Amr::regrid()                                  318      1.372      1.372      1.372   8.36%
Castro::initialize_advance()                  2385      1.263      1.263      1.263   7.70%
Castro::reset_internal_energy(MultiFab)      11544      1.182      1.182      1.182   7.20%
Castro::expand_state()                        3498       1.18       1.18       1.18   7.19%
Castro::reset_internal_energy(Fab)           11629      1.075      1.075      1.075   6.55%
FillPatchIterator::FillFromTwoLevels()       11097      1.052      1.052      1.052   6.41%
FillPatchTwoLevels                           11097      1.041      1.041      1.041   6.35%
FabArray::setVal()                           37101       1.04       1.04       1.04   6.34%
Castro::reflux()                              1113       0.91       0.91       0.91   5.55%
Castro::estTimeStep()                         5087     0.9064     0.9064     0.9064   5.52%
Castro::derive()                              5664     0.7479     0.7479     0.7479   4.56%
amrex::Copy()                                21922     0.7457     0.7457     0.7457   4.54%
AmrLevel::derive()                            5664     0.7453     0.7453     0.7453   4.54%
Castro::sum_integrated_quantities()            160     0.6091     0.6091     0.6091   3.71%
Castro::avgDown()                             1116     0.5715     0.5715     0.5715   3.48%
Castro::avgDown(state_indx)                   2232     0.5707     0.5707     0.5707   3.48%
amrex::average_down_w_geom                    2232     0.5695     0.5695     0.5695   3.47%
FillPatchSingleLevel                         18030     0.5381     0.5381     0.5381   3.28%
FabArray::ParallelCopy()                     43290     0.5281     0.5281     0.5281   3.22%
FabArray::ParallelCopy_nowait()              43290     0.5058     0.5058     0.5058   3.08%
Castro::normalize_species()                  11537      0.456      0.456      0.456   2.78%
Amr::grid_places()                             321     0.4556     0.4556     0.4556   2.78%
AmrMesh::MakeNewGrids()                        321     0.4516     0.4516     0.4516   2.75%
Castro::finalize_do_advance()                 2385     0.4479     0.4479     0.4479   2.73%
Castro::errorEst()                             560     0.3643     0.3643     0.3643   2.22%
Amr::writePlotFile()                             9     0.3526     0.3526     0.3526   2.15%
Castro::finalize_advance()                    2385     0.3425     0.3425     0.3425   2.09%
Castro::check_for_nan()                       4770     0.3088     0.3088     0.3088   1.88%
MultiFab::contains_nan()                      4770     0.3061     0.3061     0.3061   1.87%
Castro::init(old)                              554     0.2908     0.2908     0.2908   1.77%
FluxRegister::Reflux()                        4452     0.2835     0.2835     0.2835   1.73%
Castro::Castro()                               561     0.2703     0.2703     0.2703   1.65%
Castro::post_regrid()                         1276     0.2412     0.2412     0.2412   1.47%
Castro::enforce_min_density()                11537     0.2357     0.2357     0.2357   1.44%
FillPatchInterp(MF)                           4660     0.1823     0.1823     0.1823   1.11%
Castro::FluxRegCrseInit                       2385     0.1714     0.1714     0.1714   1.04%
Castro::do_new_sources()                      2385     0.1594     0.1594     0.1594   0.97%
Castro::initMFs()                              561     0.1514     0.1514     0.1514   0.92%
FabArray::setDomainBndry()                   18030     0.1477     0.1477     0.1477   0.90%
StateDataPhysBCFunct::()                     18030      0.145      0.145      0.145   0.88%
VisMF::Write(FabArray)                          36     0.1252     0.1252     0.1252   0.76%
Castro::do_old_sources()                      2385     0.1217     0.1217     0.1217   0.74%
Castro::computeNewDt()                         237     0.1146     0.1146     0.1146   0.70%
Castro::volWgtSum()                           7040     0.1057     0.1057     0.1057   0.64%
amrex::Add()                                  4452    0.09333    0.09333    0.09333   0.57%
check_for_negative_density()                  2385    0.09267    0.09267    0.09267   0.56%
Castro::swap_state_time_levels()              2385    0.08446    0.08446    0.08446   0.51%
FabArrayBase::getCPC()                       10961     0.0694     0.0694     0.0694   0.42%
Castro::buildMetrics()                         561    0.06294    0.06294    0.06294   0.38%
AmrLevel::AmrLevel(dm)                         561    0.06276    0.06276    0.06276   0.38%
FabArrayBase::CPC::define()                   9492    0.06013    0.06013    0.06013   0.37%
StateData::define()                           1122    0.06011    0.06011    0.06011   0.37%
Castro::FluxRegFineAdd()                      2385    0.05474    0.05474    0.05474   0.33%
AMRErrorTag::operator()                       2240    0.05008    0.05008    0.05008   0.31%
FillPatchIterator::FillFromLevel0()           2273    0.04314    0.04314    0.04314   0.26%
Amr::init()                                      1    0.03303    0.03303    0.03303   0.20%
Other                                        37863     0.1615     0.1615     0.1615   0.98%
-------------------------------------------------------------------------------------------

Pinned Memory Usage:
---------------------------------------------------------------
Name                            Nalloc  Nfree  AvgMem    MaxMem
---------------------------------------------------------------
The_Pinned_Arena::Initialize()       1      1   8   B  8192 KiB
---------------------------------------------------------------

Cpu Memory Usage:
-------------------------------------------------------------------
Name                              Nalloc  Nfree    AvgMem    MaxMem
-------------------------------------------------------------------
Castro::initMFs()                   6996   6996  6169 KiB    15 MiB
StateData::define()                 1400   1400  3613 KiB  9306 KiB
Amr::writePlotFile()                  40     40    47 KiB  8228 KiB
Castro::swap_state_time_levels()    1394   1394  3113 KiB  5559 KiB
Castro::buildMetrics()              4200   4200  1565 KiB  3961 KiB
AmrLevel::derive()                 10976  10976    14 KiB  2178 KiB
Castro::initialize_do_advance()     2941   2941   723 KiB  2144 KiB
FillPatchIterator::Initialize      14936  14936    86 KiB  2144 KiB
Castro::initialize_advance()        2941   2941   705 KiB  1816 KiB
Castro::reflux()                    3339   3339    38 KiB  1764 KiB
amrex::average_down_w_geom          5576   5576    13 KiB   726 KiB
Castro::FluxRegCrseInit             4452   4452  3239   B   654 KiB
FluxRegister::Reflux()              4452   4452  5412   B   582 KiB
FillPatchSingleLevel                1524   1524  2189   B   576 KiB
FillPatchTwoLevels                 42474  42474  3573   B   416 KiB
FillPatchInterp(MF)                20070  20070   260   B   158 KiB
Castro::build_fine_mask()            480    480  6319   B   112 KiB
AmrMesh::MakeNewGrids()             1120   1120   118   B    10 KiB
OwnerMask()                          560    560     0   B  2704   B
TagBoxArray::mapPRD                  560    560     0   B   676   B
-------------------------------------------------------------------

AMReX (25.03-10-gc35770e39300) finalized