Initializing AMReX (26.10-92-gec6902bd5e2b)... MPI initialized with 4 MPI processes MPI initialized with thread support level 0 AMReX (26.10-92-gec6902bd5e2b) initialized Successfully read inputs file ... ERF git hash: 2cd762823 AMReX git hash: 26.10-92-gec6902bd5 Problem name (from inputs file) is: "Density Current" Level 0 is land Level 1 is land Using constant kinematic diffusion coefficients momentum : 75 m^2/s temperature : 75 m^2/s scalar : 0 m^2/s PBL thermal stratification variable: thetav Thermal stratification based on gradient of potential temperature PBL thermal stratification variable: thetav Thermal stratification based on gradient of potential temperature Turning off native vertical implicit solve flag because anelastic at level 1 with RK2 scheme. Maximum simulation length based on stop_time: 900 s (elapsed) Adding stop time 900 to start_time 0 Null land surface model! SOLVER CHOICE: At level 0 : compressible with implicit substepping At level 1 : anelastic with no substepping, using the RK2 integrator and fixed density vert_implicit_fac at level 0 : 1 1 0 (theta = 1, moisture = 1, tke = 1, momenta = 1)vert_implicit_fac at level 1 : 0 0 0 use_coriolis : 0 use_gravity : 1 Moisture Model: None Terrain Type: None Flat fitted terrain: false Buildings Type: None Mesh Type: ConstantDz ABL Driver Type: None Coupling Type: One-way Radiation Model: None Gradp_type : 0 Buoyancy_type at level 0 : 2 Buoyancy_type at level 1 : 3 Advection Choices: dycore_horiz_adv_type : Upwind_3rd dycore_vert_adv_type : Upwind_3rd dryscal_horiz_adv_type : Upwind_3rd dryscal_vert_adv_type : Upwind_3rd moistscal_horiz_adv_type : WENO3 moistscal_vert_adv_type : WENO3 Diffusion choices: rho0_trans : 1 alpha_T : 75 alpha_C : 0 dynamic_viscosity : 75 Sponge choices: Rayleigh damping : None w damping : 0 (coeff = -1 * dz/dt**2) Turbulence Settings at level 0 Using DNS model at level 0 Turbulence Settings at level 1 Using DNS model at level 1 WRF lateral boundary density forcing: disabled WRF lateral boundary cloud-water/cloud-ice forcing: disabled Refinement ratio at level 1 set to be 2 1 2 Creating new distribution map on level: 0 BA FROM SCRATCH AT LEVEL 0 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,31) (0,0,0)) ((32,0,0) (63,0,31) (0,0,0)) ((64,0,0) (95,0,31) (0,0,0)) ((96,0,0) (127,0,31) (0,0,0)) ) Problem name "density current" does not add any velocity perturbations. Creating new distribution map on level: 1 BA FROM SCRATCH AT LEVEL 1 (BoxArray maxbox(3) m_ref->m_hash_sig(0) ((0,0,0) (15,0,63) (0,0,0)) ((16,0,0) (31,0,63) (0,0,0)) ((32,0,0) (47,0,63) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (47,0,63) (0,0,0)) Problem name "density current" does not add any velocity perturbations. Projecting initial velocity field at level 1 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0 0 and volume-weighted sum 0 Subtracting 0 from rhs in subdomain 0 Sum after subtraction 0 in subdomain 0 Max/L2 norm of divergence after solve at level 1 : 0 0 and volume-weighted sum 0 Based on cfl of one Compressible dt at level 0 would be: 1.730975113 (terrain aware) 1.730975113 (terrain unaware) Anelastic dt at level 0 would be undefined Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1441310083 (terrain aware) 0.1441310083 (terrain unaware) Anelastic dt at level 1 would be undefined Fixed dt at level 1 is: 2 smallest grid spacing at level 1 = 100 dt at level 1 = 2 Viscous CFL is 0.0075 Max value of |p_hse - p_eos| is 7.275957614e-11, less than the tolerance 9.886983977e-09 Min/max value of dp0/dx are zero Min/max value of dp0/dy are zero Min/max value of dp0/dz + rho0*|g| are less than 1e-08 Min/max value of -dp'/dz + buoyancy are -0.4841505551 0.0003076027535 with min at face (0,0,15) with max at face (10,0,24) 3DPlotfile write time = 0.007927605 seconds. Coarse STEP 1 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.730975113 (terrain aware) 1.730975113 (terrain unaware) Anelastic dt at level 0 would be undefined Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1441310083 (terrain aware) 0.1441310083 (terrain unaware) Anelastic dt at level 1 would be undefined Fixed dt at level 1 is: 2 [Level 0 step 1] ADVANCE from elapsed time = 0 to 2 with dt = 2 Making slow rhs at time 0 for fast variables advancing from 0 to 0.6666666666667 Fast time integration at level 0 from 0 to 0.6666666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 0 to 0.6666666666667 with dt = 0.6666666666667 using RHS created at 0 Making slow rhs at time 0.6666666666667 for fast variables advancing from 0 to 1 Fast time integration at level 0 from 0 to 0.5 with dt = 0.5 Fast time integration at level 0 from 0.5 to 1 with dt = 0.5 Time integration of scalars at level 0 from 0 to 1 with dt = 1 using RHS created at 0.6666666666667 Making slow rhs at time 1 for fast variables advancing from 0 to 2 Fast time integration at level 0 from 0 to 0.5 with dt = 0.5 Fast time integration at level 0 from 0.5 to 1 with dt = 0.5 Fast time integration at level 0 from 1 to 1.5 with dt = 0.5 Fast time integration at level 0 from 1.5 to 2 with dt = 0.5 Time integration of scalars at level 0 from 0 to 2 with dt = 2 using RHS created at 1 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 1] Advanced 4096 cells [Level 1 step 1] ADVANCE from elapsed time = 0 to 2 with dt = 2 Making slow rhs at time 0 for fast variables advancing from 0 to 2 No-substepping time integration at level 1 to 2 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007801853572 0.01355526275 and volume-weighted sum -0.007215538417 Subtracting -2.348808079e-12 from rhs in subdomain 0 Sum after subtraction -7.470457371e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007801853548 MLMG: Initial residual (resid0) = 0.0007801853548 MLMG: Final Iter. 7 resid, resid/bnorm = 1.858413333e-11, 2.382015147e-08 MLMG: Timers: Solve = 0.00196092 Iter = 0.001639425 Bottom = 0.000186039 Time in solve 0.00240891 Max/L2 norm of divergence after solve at level 1 : 2.093294143e-11 1.534953128e-10 and volume-weighted sum -0.007215538534 Time integration of scalars at level 1 from 0 to 2 with dt = 2 using RHS created at 0 Making slow rhs at time 2 for fast variables advancing from 0 to 2 No-substepping time integration at level 1 to 2 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.822633039e-07 5.607133846e-06 and volume-weighted sum -0.007215538534 Subtracting -2.348808117e-12 from rhs in subdomain 0 Sum after subtraction 1.18415206e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.822609551e-07 MLMG: Initial residual (resid0) = 4.822609551e-07 MLMG: Final Iter. 4 resid, resid/bnorm = 1.669167046e-11, 3.461128312e-05 MLMG: Timers: Solve = 0.001211618 Iter = 0.000996548 Bottom = 0.000118727 Time in solve 0.001544993 Max/L2 norm of divergence after solve at level 1 : 1.434286233e-11 1.488810062e-10 and volume-weighted sum -0.007215538534 Time integration of scalars at level 1 from 0 to 2 with dt = 2 using RHS created at 2 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 1] Advanced 3072 cells Coarse STEP 1 ends. TIME = 2 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024934358 seconds. Coarse STEP 2 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.730971153 (terrain aware) 1.730971153 (terrain unaware) Anelastic dt at level 0 would be: 215.1341375 (terrain aware) 215.1341375 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1441120718 (terrain aware) 0.1441120718 (terrain unaware) Anelastic dt at level 1 would be: 321.3237282 (terrain aware) 321.3237282 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 2] ADVANCE from elapsed time = 2 to 4 with dt = 2 Making slow rhs at time 2 for fast variables advancing from 2 to 2.666666666667 Fast time integration at level 0 from 2 to 2.666666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 2 to 2.666666666667 with dt = 0.6666666666667 using RHS created at 2 Making slow rhs at time 2.666666666667 for fast variables advancing from 2 to 3 Fast time integration at level 0 from 2 to 2.5 with dt = 0.5 Fast time integration at level 0 from 2.5 to 3 with dt = 0.5 Time integration of scalars at level 0 from 2 to 3 with dt = 1 using RHS created at 2.666666666667 Making slow rhs at time 3 for fast variables advancing from 2 to 4 Fast time integration at level 0 from 2 to 2.5 with dt = 0.5 Fast time integration at level 0 from 2.5 to 3 with dt = 0.5 Fast time integration at level 0 from 3 to 3.5 with dt = 0.5 Fast time integration at level 0 from 3.5 to 4 with dt = 0.5 Time integration of scalars at level 0 from 2 to 4 with dt = 2 using RHS created at 3 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 2] Advanced 4096 cells [Level 1 step 2] ADVANCE from elapsed time = 2 to 4 with dt = 2 Making slow rhs at time 2 for fast variables advancing from 2 to 4 No-substepping time integration at level 1 to 4 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.40361049e-06 1.370732654e-05 and volume-weighted sum -24.39328087 Subtracting -7.940521115e-09 from rhs in subdomain 0 Sum after subtraction 1.107919095e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.395669969e-06 MLMG: Initial residual (resid0) = 4.395669969e-06 MLMG: Final Iter. 4 resid, resid/bnorm = 2.989584723e-11, 6.801203784e-06 MLMG: Timers: Solve = 0.001205835 Iter = 0.000986387 Bottom = 0.000112808 Time in solve 0.001524972 Max/L2 norm of divergence after solve at level 1 : 7.967129986e-09 4.401083744e-07 and volume-weighted sum -24.39328087 Time integration of scalars at level 1 from 2 to 4 with dt = 2 using RHS created at 2 Making slow rhs at time 4 for fast variables advancing from 2 to 4 No-substepping time integration at level 1 to 4 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.995307093e-07 8.503020365e-06 and volume-weighted sum -24.39328087 Subtracting -7.940521115e-09 from rhs in subdomain 0 Sum after subtraction 8.402566837e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.915901882e-07 MLMG: Initial residual (resid0) = 5.915901882e-07 MLMG: Final Iter. 4 resid, resid/bnorm = 2.952642901e-11, 4.991027505e-05 MLMG: Timers: Solve = 0.001503853 Iter = 0.00101431 Bottom = 0.000119122 Time in solve 0.001852981 Max/L2 norm of divergence after solve at level 1 : 7.968087997e-09 4.401083767e-07 and volume-weighted sum -24.39328087 Time integration of scalars at level 1 from 2 to 4 with dt = 2 using RHS created at 4 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 2] Advanced 3072 cells Coarse STEP 2 ends. TIME = 4 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022704925 seconds. Coarse STEP 3 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.73076245 (terrain aware) 1.73076245 (terrain unaware) Anelastic dt at level 0 would be: 133.2678753 (terrain aware) 133.2678753 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.144093135 (terrain aware) 0.144093135 (terrain unaware) Anelastic dt at level 1 would be: 160.6913716 (terrain aware) 160.6913716 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 3] ADVANCE from elapsed time = 4 to 6 with dt = 2 Making slow rhs at time 4 for fast variables advancing from 4 to 4.666666666667 Fast time integration at level 0 from 4 to 4.666666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 4 to 4.666666666667 with dt = 0.6666666666667 using RHS created at 4 Making slow rhs at time 4.666666666667 for fast variables advancing from 4 to 5 Fast time integration at level 0 from 4 to 4.5 with dt = 0.5 Fast time integration at level 0 from 4.5 to 5 with dt = 0.5 Time integration of scalars at level 0 from 4 to 5 with dt = 1 using RHS created at 4.666666666667 Making slow rhs at time 5 for fast variables advancing from 4 to 6 Fast time integration at level 0 from 4 to 4.5 with dt = 0.5 Fast time integration at level 0 from 4.5 to 5 with dt = 0.5 Fast time integration at level 0 from 5 to 5.5 with dt = 0.5 Fast time integration at level 0 from 5.5 to 6 with dt = 0.5 Time integration of scalars at level 0 from 4 to 6 with dt = 2 using RHS created at 5 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 3] Advanced 4096 cells [Level 1 step 3] ADVANCE from elapsed time = 4 to 6 with dt = 2 Making slow rhs at time 4 for fast variables advancing from 4 to 6 No-substepping time integration at level 1 to 6 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.222989411e-05 0.0002905273113 and volume-weighted sum 95.93930868 Subtracting 3.123024371e-08 from rhs in subdomain 0 Sum after subtraction 3.903127821e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.219866386e-05 MLMG: Initial residual (resid0) = 7.219866386e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.635793921e-11, 7.805953213e-07 MLMG: Timers: Solve = 0.00150602 Iter = 0.001206807 Bottom = 0.000140688 Time in solve 0.001876017 Max/L2 norm of divergence after solve at level 1 : 3.125920887e-08 1.730955816e-06 and volume-weighted sum 95.93930868 Time integration of scalars at level 1 from 4 to 6 with dt = 2 using RHS created at 4 Making slow rhs at time 6 for fast variables advancing from 4 to 6 No-substepping time integration at level 1 to 6 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.671347834e-07 1.35227147e-05 and volume-weighted sum 95.93930868 Subtracting 3.123024371e-08 from rhs in subdomain 0 Sum after subtraction -5.556536134e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.359045397e-07 MLMG: Initial residual (resid0) = 7.359045397e-07 MLMG: Final Iter. 4 resid, resid/bnorm = 4.904408814e-11, 6.664463324e-05 MLMG: Timers: Solve = 0.001211756 Iter = 0.00099079 Bottom = 0.0001161 Time in solve 0.00154796 Max/L2 norm of divergence after solve at level 1 : 3.127190423e-08 1.730955819e-06 and volume-weighted sum 95.93930868 Time integration of scalars at level 1 from 4 to 6 with dt = 2 using RHS created at 6 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 3] Advanced 3072 cells Coarse STEP 3 ends. TIME = 6 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022630767 seconds. Coarse STEP 4 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.729651811 (terrain aware) 1.729651811 (terrain unaware) Anelastic dt at level 0 would be: 114.787319 (terrain aware) 114.787319 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.144074086 (terrain aware) 0.144074086 (terrain unaware) Anelastic dt at level 1 would be: 107.0877769 (terrain aware) 107.0877769 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 4] ADVANCE from elapsed time = 6 to 8 with dt = 2 Making slow rhs at time 6 for fast variables advancing from 6 to 6.666666666667 Fast time integration at level 0 from 6 to 6.666666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 6 to 6.666666666667 with dt = 0.6666666666667 using RHS created at 6 Making slow rhs at time 6.666666666667 for fast variables advancing from 6 to 7 Fast time integration at level 0 from 6 to 6.5 with dt = 0.5 Fast time integration at level 0 from 6.5 to 7 with dt = 0.5 Time integration of scalars at level 0 from 6 to 7 with dt = 1 using RHS created at 6.666666666667 Making slow rhs at time 7 for fast variables advancing from 6 to 8 Fast time integration at level 0 from 6 to 6.5 with dt = 0.5 Fast time integration at level 0 from 6.5 to 7 with dt = 0.5 Fast time integration at level 0 from 7 to 7.5 with dt = 0.5 Fast time integration at level 0 from 7.5 to 8 with dt = 0.5 Time integration of scalars at level 0 from 6 to 8 with dt = 2 using RHS created at 7 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 4] Advanced 4096 cells [Level 1 step 4] ADVANCE from elapsed time = 6 to 8 with dt = 2 Making slow rhs at time 6 for fast variables advancing from 6 to 8 No-substepping time integration at level 1 to 8 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002056994554 0.0009582405105 and volume-weighted sum 983.8824171 Subtracting 3.202742243e-07 from rhs in subdomain 0 Sum after subtraction -3.794707604e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002053791812 MLMG: Initial residual (resid0) = 0.0002053791812 MLMG: Final Iter. 6 resid, resid/bnorm = 1.431728487e-11, 6.971147116e-08 MLMG: Timers: Solve = 0.001631413 Iter = 0.001411283 Bottom = 0.00016729 Time in solve 0.00196617 Max/L2 norm of divergence after solve at level 1 : 3.202885416e-07 1.775139932e-05 and volume-weighted sum 983.8824171 Time integration of scalars at level 1 from 6 to 8 with dt = 2 using RHS created at 6 Making slow rhs at time 8 for fast variables advancing from 6 to 8 No-substepping time integration at level 1 to 8 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.405126088e-06 2.592730667e-05 and volume-weighted sum 983.8824171 Subtracting 3.202742243e-07 from rhs in subdomain 0 Sum after subtraction 2.798596858e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.084851863e-06 MLMG: Initial residual (resid0) = 1.084851863e-06 MLMG: Final Iter. 4 resid, resid/bnorm = 7.123571869e-11, 6.566400547e-05 MLMG: Timers: Solve = 0.001191382 Iter = 0.000981177 Bottom = 0.000116873 Time in solve 0.001537007 Max/L2 norm of divergence after solve at level 1 : 3.203256594e-07 1.775139933e-05 and volume-weighted sum 983.8824171 Time integration of scalars at level 1 from 6 to 8 with dt = 2 using RHS created at 8 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 4] Advanced 3072 cells Coarse STEP 4 ends. TIME = 8 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022559136 seconds. Coarse STEP 5 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.727431124 (terrain aware) 1.727431124 (terrain unaware) Anelastic dt at level 0 would be: 100.0135153 (terrain aware) 100.0135153 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1440544435 (terrain aware) 0.1440544435 (terrain unaware) Anelastic dt at level 1 would be: 80.13162913 (terrain aware) 80.13162913 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 5] ADVANCE from elapsed time = 8 to 10 with dt = 2 Making slow rhs at time 8 for fast variables advancing from 8 to 8.666666666667 Fast time integration at level 0 from 8 to 8.666666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 8 to 8.666666666667 with dt = 0.6666666666667 using RHS created at 8 Making slow rhs at time 8.666666666667 for fast variables advancing from 8 to 9 Fast time integration at level 0 from 8 to 8.5 with dt = 0.5 Fast time integration at level 0 from 8.5 to 9 with dt = 0.5 Time integration of scalars at level 0 from 8 to 9 with dt = 1 using RHS created at 8.666666666667 Making slow rhs at time 9 for fast variables advancing from 8 to 10 Fast time integration at level 0 from 8 to 8.5 with dt = 0.5 Fast time integration at level 0 from 8.5 to 9 with dt = 0.5 Fast time integration at level 0 from 9 to 9.5 with dt = 0.5 Fast time integration at level 0 from 9.5 to 10 with dt = 0.5 Time integration of scalars at level 0 from 8 to 10 with dt = 2 using RHS created at 9 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 5] Advanced 4096 cells [Level 1 step 5] ADVANCE from elapsed time = 8 to 10 with dt = 2 Making slow rhs at time 8 for fast variables advancing from 8 to 10 No-substepping time integration at level 1 to 10 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003275323374 0.001671051282 and volume-weighted sum 3433.547997 Subtracting 1.117691405e-06 from rhs in subdomain 0 Sum after subtraction 1.040834086e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000326414646 MLMG: Initial residual (resid0) = 0.000326414646 MLMG: Final Iter. 6 resid, resid/bnorm = 3.157275361e-11, 9.672590979e-08 MLMG: Timers: Solve = 0.001633602 Iter = 0.001400231 Bottom = 0.000161991 Time in solve 0.001963138 Max/L2 norm of divergence after solve at level 1 : 1.117722978e-06 6.194874564e-05 and volume-weighted sum 3433.547997 Time integration of scalars at level 1 from 8 to 10 with dt = 2 using RHS created at 8 Making slow rhs at time 10 for fast variables advancing from 8 to 10 No-substepping time integration at level 1 to 10 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.557526253e-06 6.669234259e-05 and volume-weighted sum 3433.547997 Subtracting 1.117691405e-06 from rhs in subdomain 0 Sum after subtraction -2.114194236e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.439834848e-06 MLMG: Initial residual (resid0) = 1.439834848e-06 MLMG: Final Iter. 4 resid, resid/bnorm = 9.379071197e-11, 6.513990971e-05 MLMG: Timers: Solve = 0.001200056 Iter = 0.000983475 Bottom = 0.000121817 Time in solve 0.001529815 Max/L2 norm of divergence after solve at level 1 : 1.117753728e-06 6.194874564e-05 and volume-weighted sum 3433.547997 Time integration of scalars at level 1 from 8 to 10 with dt = 2 using RHS created at 10 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 5] Advanced 3072 cells Coarse STEP 5 ends. TIME = 10 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022761573 seconds. Coarse STEP 6 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.72434692 (terrain aware) 1.72434692 (terrain unaware) Anelastic dt at level 0 would be: 89.42692038 (terrain aware) 89.42692038 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1440334494 (terrain aware) 0.1440334494 (terrain unaware) Anelastic dt at level 1 would be: 63.76514172 (terrain aware) 63.76514172 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 6] ADVANCE from elapsed time = 10 to 12 with dt = 2 Making slow rhs at time 10 for fast variables advancing from 10 to 10.66666666667 Fast time integration at level 0 from 10 to 10.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 10 to 10.66666666667 with dt = 0.6666666666667 using RHS created at 10 Making slow rhs at time 10.66666666667 for fast variables advancing from 10 to 11 Fast time integration at level 0 from 10 to 10.5 with dt = 0.5 Fast time integration at level 0 from 10.5 to 11 with dt = 0.5 Time integration of scalars at level 0 from 10 to 11 with dt = 1 using RHS created at 10.66666666667 Making slow rhs at time 11 for fast variables advancing from 10 to 12 Fast time integration at level 0 from 10 to 10.5 with dt = 0.5 Fast time integration at level 0 from 10.5 to 11 with dt = 0.5 Fast time integration at level 0 from 11 to 11.5 with dt = 0.5 Fast time integration at level 0 from 11.5 to 12 with dt = 0.5 Time integration of scalars at level 0 from 10 to 12 with dt = 2 using RHS created at 11 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 6] Advanced 4096 cells [Level 1 step 6] ADVANCE from elapsed time = 10 to 12 with dt = 2 Making slow rhs at time 10 for fast variables advancing from 10 to 12 No-substepping time integration at level 1 to 12 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006959280958 0.002450412959 and volume-weighted sum 7916.690305 Subtracting 2.577047625e-06 from rhs in subdomain 0 Sum after subtraction 2.688821388e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006933510481 MLMG: Initial residual (resid0) = 0.0006933510481 MLMG: Final Iter. 6 resid, resid/bnorm = 4.480125203e-11, 6.461553949e-08 MLMG: Timers: Solve = 0.001739601 Iter = 0.001406051 Bottom = 0.000164061 Time in solve 0.002082903 Max/L2 norm of divergence after solve at level 1 : 2.577092426e-06 0.0001428344775 and volume-weighted sum 7916.690305 Time integration of scalars at level 1 from 10 to 12 with dt = 2 using RHS created at 10 Making slow rhs at time 12 for fast variables advancing from 10 to 12 No-substepping time integration at level 1 to 12 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.380917748e-06 0.0001461037249 and volume-weighted sum 7916.690305 Subtracting 2.577047625e-06 from rhs in subdomain 0 Sum after subtraction -1.164162083e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.803870123e-06 MLMG: Initial residual (resid0) = 1.803870123e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 4.332543579e-12, 2.401804612e-06 MLMG: Timers: Solve = 0.001438395 Iter = 0.001204997 Bottom = 0.000144172 Time in solve 0.001771113 Max/L2 norm of divergence after solve at level 1 : 2.577051958e-06 0.0001428344775 and volume-weighted sum 7916.690305 Time integration of scalars at level 1 from 10 to 12 with dt = 2 using RHS created at 12 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 6] Advanced 3072 cells Coarse STEP 6 ends. TIME = 12 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022857008 seconds. Coarse STEP 7 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.721077416 (terrain aware) 1.721077416 (terrain unaware) Anelastic dt at level 0 would be: 80.55871608 (terrain aware) 80.55871608 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.144010312 (terrain aware) 0.144010312 (terrain unaware) Anelastic dt at level 1 would be: 52.68943451 (terrain aware) 52.68943451 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 7] ADVANCE from elapsed time = 12 to 14 with dt = 2 Making slow rhs at time 12 for fast variables advancing from 12 to 12.66666666667 Fast time integration at level 0 from 12 to 12.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 12 to 12.66666666667 with dt = 0.6666666666667 using RHS created at 12 Making slow rhs at time 12.66666666667 for fast variables advancing from 12 to 13 Fast time integration at level 0 from 12 to 12.5 with dt = 0.5 Fast time integration at level 0 from 12.5 to 13 with dt = 0.5 Time integration of scalars at level 0 from 12 to 13 with dt = 1 using RHS created at 12.66666666667 Making slow rhs at time 13 for fast variables advancing from 12 to 14 Fast time integration at level 0 from 12 to 12.5 with dt = 0.5 Fast time integration at level 0 from 12.5 to 13 with dt = 0.5 Fast time integration at level 0 from 13 to 13.5 with dt = 0.5 Fast time integration at level 0 from 13.5 to 14 with dt = 0.5 Time integration of scalars at level 0 from 12 to 14 with dt = 2 using RHS created at 13 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 7] Advanced 4096 cells [Level 1 step 7] ADVANCE from elapsed time = 12 to 14 with dt = 2 Making slow rhs at time 12 for fast variables advancing from 12 to 14 No-substepping time integration at level 1 to 14 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006988143585 0.002734225153 and volume-weighted sum 14075.33047 Subtracting 4.581813304e-06 from rhs in subdomain 0 Sum after subtraction 1.431146868e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007033961718 MLMG: Initial residual (resid0) = 0.0007033961718 MLMG: Final Iter. 6 resid, resid/bnorm = 4.634110919e-11, 6.588194683e-08 MLMG: Timers: Solve = 0.001642465 Iter = 0.001421282 Bottom = 0.00016141 Time in solve 0.001981023 Max/L2 norm of divergence after solve at level 1 : 4.581859645e-06 0.0002539498699 and volume-weighted sum 14075.33047 Time integration of scalars at level 1 from 12 to 14 with dt = 2 using RHS created at 12 Making slow rhs at time 14 for fast variables advancing from 12 to 14 No-substepping time integration at level 1 to 14 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.76188302e-06 0.0002566689102 and volume-weighted sum 14075.33047 Subtracting 4.581813304e-06 from rhs in subdomain 0 Sum after subtraction -8.876905287e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.180069716e-06 MLMG: Initial residual (resid0) = 2.180069716e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 5.155889085e-12, 2.365011104e-06 MLMG: Timers: Solve = 0.001424194 Iter = 0.001208488 Bottom = 0.000140626 Time in solve 0.001764537 Max/L2 norm of divergence after solve at level 1 : 4.581818256e-06 0.0002539498699 and volume-weighted sum 14075.33047 Time integration of scalars at level 1 from 12 to 14 with dt = 2 using RHS created at 14 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 7] Advanced 3072 cells Coarse STEP 7 ends. TIME = 14 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023012512 seconds. Coarse STEP 8 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.71834478 (terrain aware) 1.71834478 (terrain unaware) Anelastic dt at level 0 would be: 72.7032264 (terrain aware) 72.7032264 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1439851785 (terrain aware) 0.1439851785 (terrain unaware) Anelastic dt at level 1 would be: 44.68883574 (terrain aware) 44.68883574 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 8] ADVANCE from elapsed time = 14 to 16 with dt = 2 Making slow rhs at time 14 for fast variables advancing from 14 to 14.66666666667 Fast time integration at level 0 from 14 to 14.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 14 to 14.66666666667 with dt = 0.6666666666667 using RHS created at 14 Making slow rhs at time 14.66666666667 for fast variables advancing from 14 to 15 Fast time integration at level 0 from 14 to 14.5 with dt = 0.5 Fast time integration at level 0 from 14.5 to 15 with dt = 0.5 Time integration of scalars at level 0 from 14 to 15 with dt = 1 using RHS created at 14.66666666667 Making slow rhs at time 15 for fast variables advancing from 14 to 16 Fast time integration at level 0 from 14 to 14.5 with dt = 0.5 Fast time integration at level 0 from 14.5 to 15 with dt = 0.5 Fast time integration at level 0 from 15 to 15.5 with dt = 0.5 Fast time integration at level 0 from 15.5 to 16 with dt = 0.5 Time integration of scalars at level 0 from 14 to 16 with dt = 2 using RHS created at 15 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 8] Advanced 4096 cells [Level 1 step 8] ADVANCE from elapsed time = 14 to 16 with dt = 2 Making slow rhs at time 14 for fast variables advancing from 14 to 16 No-substepping time integration at level 1 to 16 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005616497417 0.002187813622 and volume-weighted sum 20614.77113 Subtracting 6.710537476e-06 from rhs in subdomain 0 Sum after subtraction 7.29125961e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005683602792 MLMG: Initial residual (resid0) = 0.0005683602792 MLMG: Final Iter. 6 resid, resid/bnorm = 3.555597548e-11, 6.255886764e-08 MLMG: Timers: Solve = 0.001903351 Iter = 0.001685182 Bottom = 0.000163253 Time in solve 0.002240082 Max/L2 norm of divergence after solve at level 1 : 6.710573032e-06 0.0003719357393 and volume-weighted sum 20614.77113 Time integration of scalars at level 1 from 14 to 16 with dt = 2 using RHS created at 14 Making slow rhs at time 16 for fast variables advancing from 14 to 16 No-substepping time integration at level 1 to 16 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.279462796e-06 0.0003745713239 and volume-weighted sum 20614.77113 Subtracting 6.710537476e-06 from rhs in subdomain 0 Sum after subtraction 1.585645677e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.56892532e-06 MLMG: Initial residual (resid0) = 2.56892532e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 7.157481561e-12, 2.786177358e-06 MLMG: Timers: Solve = 0.001419634 Iter = 0.001202977 Bottom = 0.00014175 Time in solve 0.001762809 Max/L2 norm of divergence after solve at level 1 : 6.710542945e-06 0.0003719357393 and volume-weighted sum 20614.77113 Time integration of scalars at level 1 from 14 to 16 with dt = 2 using RHS created at 16 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 8] Advanced 3072 cells Coarse STEP 8 ends. TIME = 16 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023032824 seconds. Coarse STEP 9 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.716190854 (terrain aware) 1.716190854 (terrain unaware) Anelastic dt at level 0 would be: 68.36692831 (terrain aware) 68.36692831 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1439585454 (terrain aware) 0.1439585454 (terrain unaware) Anelastic dt at level 1 would be: 38.6765832 (terrain aware) 38.6765832 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 9] ADVANCE from elapsed time = 16 to 18 with dt = 2 Making slow rhs at time 16 for fast variables advancing from 16 to 16.66666666667 Fast time integration at level 0 from 16 to 16.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 16 to 16.66666666667 with dt = 0.6666666666667 using RHS created at 16 Making slow rhs at time 16.66666666667 for fast variables advancing from 16 to 17 Fast time integration at level 0 from 16 to 16.5 with dt = 0.5 Fast time integration at level 0 from 16.5 to 17 with dt = 0.5 Time integration of scalars at level 0 from 16 to 17 with dt = 1 using RHS created at 16.66666666667 Making slow rhs at time 17 for fast variables advancing from 16 to 18 Fast time integration at level 0 from 16 to 16.5 with dt = 0.5 Fast time integration at level 0 from 16.5 to 17 with dt = 0.5 Fast time integration at level 0 from 17 to 17.5 with dt = 0.5 Fast time integration at level 0 from 17.5 to 18 with dt = 0.5 Time integration of scalars at level 0 from 16 to 18 with dt = 2 using RHS created at 17 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 9] Advanced 4096 cells [Level 1 step 9] ADVANCE from elapsed time = 16 to 18 with dt = 2 Making slow rhs at time 16 for fast variables advancing from 16 to 18 No-substepping time integration at level 1 to 18 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003104032467 0.001587202374 and volume-weighted sum 25675.61569 Subtracting 8.357947817e-06 from rhs in subdomain 0 Sum after subtraction -3.035766083e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003020452988 MLMG: Initial residual (resid0) = 0.0003020452988 MLMG: Final Iter. 6 resid, resid/bnorm = 1.744645788e-11, 5.776106414e-08 MLMG: Timers: Solve = 0.001646875 Iter = 0.001431905 Bottom = 0.000171191 Time in solve 0.001982726 Max/L2 norm of divergence after solve at level 1 : 8.357965263e-06 0.0004632444885 and volume-weighted sum 25675.61569 Time integration of scalars at level 1 from 16 to 18 with dt = 2 using RHS created at 16 Making slow rhs at time 18 for fast variables advancing from 16 to 18 No-substepping time integration at level 1 to 18 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.132586052e-05 0.0004661251328 and volume-weighted sum 25675.61569 Subtracting 8.357947817e-06 from rhs in subdomain 0 Sum after subtraction -4.702726923e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.967912699e-06 MLMG: Initial residual (resid0) = 2.967912699e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 9.68772428e-12, 3.264154058e-06 MLMG: Timers: Solve = 0.001417947 Iter = 0.001201389 Bottom = 0.00013701 Time in solve 0.001754656 Max/L2 norm of divergence after solve at level 1 : 8.357953806e-06 0.0004632444885 and volume-weighted sum 25675.61569 Time integration of scalars at level 1 from 16 to 18 with dt = 2 using RHS created at 18 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 9] Advanced 3072 cells Coarse STEP 9 ends. TIME = 18 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022913238 seconds. Coarse STEP 10 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.714829656 (terrain aware) 1.714829656 (terrain unaware) Anelastic dt at level 0 would be: 69.82818732 (terrain aware) 69.82818732 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1439320074 (terrain aware) 0.1439320074 (terrain unaware) Anelastic dt at level 1 would be: 34.05028424 (terrain aware) 34.05028424 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 10] ADVANCE from elapsed time = 18 to 20 with dt = 2 Making slow rhs at time 18 for fast variables advancing from 18 to 18.66666666667 Fast time integration at level 0 from 18 to 18.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 18 to 18.66666666667 with dt = 0.6666666666667 using RHS created at 18 Making slow rhs at time 18.66666666667 for fast variables advancing from 18 to 19 Fast time integration at level 0 from 18 to 18.5 with dt = 0.5 Fast time integration at level 0 from 18.5 to 19 with dt = 0.5 Time integration of scalars at level 0 from 18 to 19 with dt = 1 using RHS created at 18.66666666667 Making slow rhs at time 19 for fast variables advancing from 18 to 20 Fast time integration at level 0 from 18 to 18.5 with dt = 0.5 Fast time integration at level 0 from 18.5 to 19 with dt = 0.5 Fast time integration at level 0 from 19 to 19.5 with dt = 0.5 Fast time integration at level 0 from 19.5 to 20 with dt = 0.5 Time integration of scalars at level 0 from 18 to 20 with dt = 2 using RHS created at 19 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 10] Advanced 4096 cells [Level 1 step 10] ADVANCE from elapsed time = 18 to 20 with dt = 2 Making slow rhs at time 18 for fast variables advancing from 18 to 20 No-substepping time integration at level 1 to 20 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003892006455 0.001762856313 and volume-weighted sum 27535.2169 Subtracting 8.96328675e-06 from rhs in subdomain 0 Sum after subtraction 1.127570259e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003981639322 MLMG: Initial residual (resid0) = 0.0003981639322 MLMG: Final Iter. 6 resid, resid/bnorm = 1.525643804e-11, 3.831697652e-08 MLMG: Timers: Solve = 0.001641767 Iter = 0.00142688 Bottom = 0.000167457 Time in solve 0.001970821 Max/L2 norm of divergence after solve at level 1 : 8.963294935e-06 0.0004967957777 and volume-weighted sum 27535.2169 Time integration of scalars at level 1 from 18 to 20 with dt = 2 using RHS created at 18 Making slow rhs at time 20 for fast variables advancing from 18 to 20 No-substepping time integration at level 1 to 20 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.23355335e-05 0.0005002949381 and volume-weighted sum 27535.2169 Subtracting 8.96328675e-06 from rhs in subdomain 0 Sum after subtraction -1.355252716e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.372246746e-06 MLMG: Initial residual (resid0) = 3.372246746e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.208782707e-11, 3.584502555e-06 MLMG: Timers: Solve = 0.001406071 Iter = 0.001193863 Bottom = 0.000136144 Time in solve 0.001740384 Max/L2 norm of divergence after solve at level 1 : 8.963293419e-06 0.0004967957777 and volume-weighted sum 27535.2169 Time integration of scalars at level 1 from 18 to 20 with dt = 2 using RHS created at 20 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 10] Advanced 3072 cells Coarse STEP 10 ends. TIME = 20 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023017336 seconds. Coarse STEP 11 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.71376297 (terrain aware) 1.71376297 (terrain unaware) Anelastic dt at level 0 would be: 74.48582029 (terrain aware) 74.48582029 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1439067592 (terrain aware) 0.1439067592 (terrain unaware) Anelastic dt at level 1 would be: 30.43553423 (terrain aware) 30.43553423 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 11] ADVANCE from elapsed time = 20 to 22 with dt = 2 Making slow rhs at time 20 for fast variables advancing from 20 to 20.66666666667 Fast time integration at level 0 from 20 to 20.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 20 to 20.66666666667 with dt = 0.6666666666667 using RHS created at 20 Making slow rhs at time 20.66666666667 for fast variables advancing from 20 to 21 Fast time integration at level 0 from 20 to 20.5 with dt = 0.5 Fast time integration at level 0 from 20.5 to 21 with dt = 0.5 Time integration of scalars at level 0 from 20 to 21 with dt = 1 using RHS created at 20.66666666667 Making slow rhs at time 21 for fast variables advancing from 20 to 22 Fast time integration at level 0 from 20 to 20.5 with dt = 0.5 Fast time integration at level 0 from 20.5 to 21 with dt = 0.5 Fast time integration at level 0 from 21 to 21.5 with dt = 0.5 Fast time integration at level 0 from 21.5 to 22 with dt = 0.5 Time integration of scalars at level 0 from 20 to 22 with dt = 2 using RHS created at 21 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 11] Advanced 4096 cells [Level 1 step 11] ADVANCE from elapsed time = 20 to 22 with dt = 2 Making slow rhs at time 20 for fast variables advancing from 20 to 22 No-substepping time integration at level 1 to 22 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004105854488 0.002145859146 and volume-weighted sum 25390.99474 Subtracting 8.265297767e-06 from rhs in subdomain 0 Sum after subtraction 4.33680869e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004188507466 MLMG: Initial residual (resid0) = 0.0004188507466 MLMG: Final Iter. 6 resid, resid/bnorm = 3.762141626e-11, 8.982057827e-08 MLMG: Timers: Solve = 0.001633443 Iter = 0.001407609 Bottom = 0.000167798 Time in solve 0.001966194 Max/L2 norm of divergence after solve at level 1 : 8.265316785e-06 0.0004581093015 and volume-weighted sum 25390.99474 Time integration of scalars at level 1 from 20 to 22 with dt = 2 using RHS created at 20 Making slow rhs at time 22 for fast variables advancing from 20 to 22 No-substepping time integration at level 1 to 22 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.204108167e-05 0.0004628352619 and volume-weighted sum 25390.99474 Subtracting 8.265297767e-06 from rhs in subdomain 0 Sum after subtraction 1.843143693e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.775783906e-06 MLMG: Initial residual (resid0) = 3.775783906e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.352777831e-11, 3.582773444e-06 MLMG: Timers: Solve = 0.001421441 Iter = 0.001202602 Bottom = 0.000138326 Time in solve 0.00176289 Max/L2 norm of divergence after solve at level 1 : 8.265305412e-06 0.0004581093015 and volume-weighted sum 25390.99474 Time integration of scalars at level 1 from 20 to 22 with dt = 2 using RHS created at 22 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 11] Advanced 3072 cells Coarse STEP 11 ends. TIME = 22 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023744973 seconds. Coarse STEP 12 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.71252501 (terrain aware) 1.71252501 (terrain unaware) Anelastic dt at level 0 would be: 61.17342491 (terrain aware) 61.17342491 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1438837784 (terrain aware) 0.1438837784 (terrain unaware) Anelastic dt at level 1 would be: 27.57454612 (terrain aware) 27.57454612 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 12] ADVANCE from elapsed time = 22 to 24 with dt = 2 Making slow rhs at time 22 for fast variables advancing from 22 to 22.66666666667 Fast time integration at level 0 from 22 to 22.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 22 to 22.66666666667 with dt = 0.6666666666667 using RHS created at 22 Making slow rhs at time 22.66666666667 for fast variables advancing from 22 to 23 Fast time integration at level 0 from 22 to 22.5 with dt = 0.5 Fast time integration at level 0 from 22.5 to 23 with dt = 0.5 Time integration of scalars at level 0 from 22 to 23 with dt = 1 using RHS created at 22.66666666667 Making slow rhs at time 23 for fast variables advancing from 22 to 24 Fast time integration at level 0 from 22 to 22.5 with dt = 0.5 Fast time integration at level 0 from 22.5 to 23 with dt = 0.5 Fast time integration at level 0 from 23 to 23.5 with dt = 0.5 Fast time integration at level 0 from 23.5 to 24 with dt = 0.5 Time integration of scalars at level 0 from 22 to 24 with dt = 2 using RHS created at 23 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 12] Advanced 4096 cells [Level 1 step 12] ADVANCE from elapsed time = 22 to 24 with dt = 2 Making slow rhs at time 22 for fast variables advancing from 22 to 24 No-substepping time integration at level 1 to 24 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004923916152 0.003055206156 and volume-weighted sum 19883.9256 Subtracting 6.472632032e-06 from rhs in subdomain 0 Sum after subtraction -4.727121472e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004988642472 MLMG: Initial residual (resid0) = 0.0004988642472 MLMG: Final Iter. 6 resid, resid/bnorm = 5.00933798e-11, 1.004148525e-07 MLMG: Timers: Solve = 0.001622127 Iter = 0.001410008 Bottom = 0.000163981 Time in solve 0.001965148 Max/L2 norm of divergence after solve at level 1 : 6.472656824e-06 0.0003587496812 and volume-weighted sum 19883.9256 Time integration of scalars at level 1 from 22 to 24 with dt = 2 using RHS created at 22 Making slow rhs at time 24 for fast variables advancing from 22 to 24 No-substepping time integration at level 1 to 24 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.064502674e-05 0.0003658526499 and volume-weighted sum 19883.9256 Subtracting 6.472632032e-06 from rhs in subdomain 0 Sum after subtraction 1.469093944e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.17239471e-06 MLMG: Initial residual (resid0) = 4.17239471e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.359815721e-11, 3.259077378e-06 MLMG: Timers: Solve = 0.001703555 Iter = 0.001489182 Bottom = 0.000142581 Time in solve 0.00203917 Max/L2 norm of divergence after solve at level 1 : 6.472640954e-06 0.0003587496812 and volume-weighted sum 19883.9256 Time integration of scalars at level 1 from 22 to 24 with dt = 2 using RHS created at 24 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 12] Advanced 3072 cells Coarse STEP 12 ends. TIME = 24 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023352137 seconds. Coarse STEP 13 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.711074784 (terrain aware) 1.711074784 (terrain unaware) Anelastic dt at level 0 would be: 54.55411037 (terrain aware) 54.55411037 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1438630024 (terrain aware) 0.1438630024 (terrain unaware) Anelastic dt at level 1 would be: 25.27567133 (terrain aware) 25.27567133 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 13] ADVANCE from elapsed time = 24 to 26 with dt = 2 Making slow rhs at time 24 for fast variables advancing from 24 to 24.66666666667 Fast time integration at level 0 from 24 to 24.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 24 to 24.66666666667 with dt = 0.6666666666667 using RHS created at 24 Making slow rhs at time 24.66666666667 for fast variables advancing from 24 to 25 Fast time integration at level 0 from 24 to 24.5 with dt = 0.5 Fast time integration at level 0 from 24.5 to 25 with dt = 0.5 Time integration of scalars at level 0 from 24 to 25 with dt = 1 using RHS created at 24.66666666667 Making slow rhs at time 25 for fast variables advancing from 24 to 26 Fast time integration at level 0 from 24 to 24.5 with dt = 0.5 Fast time integration at level 0 from 24.5 to 25 with dt = 0.5 Fast time integration at level 0 from 25 to 25.5 with dt = 0.5 Fast time integration at level 0 from 25.5 to 26 with dt = 0.5 Time integration of scalars at level 0 from 24 to 26 with dt = 2 using RHS created at 25 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 13] Advanced 4096 cells [Level 1 step 13] ADVANCE from elapsed time = 24 to 26 with dt = 2 Making slow rhs at time 24 for fast variables advancing from 24 to 26 No-substepping time integration at level 1 to 26 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000579101747 0.003234588412 and volume-weighted sum 12939.81441 Subtracting 4.21217917e-06 from rhs in subdomain 0 Sum after subtraction -1.409462824e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005784974364 MLMG: Initial residual (resid0) = 0.0005784974364 MLMG: Final Iter. 6 resid, resid/bnorm = 4.777683039e-11, 8.258779968e-08 MLMG: Timers: Solve = 0.002020075 Iter = 0.0018048 Bottom = 0.000163442 Time in solve 0.002351298 Max/L2 norm of divergence after solve at level 1 : 4.212205633e-06 0.0002334626667 and volume-weighted sum 12939.81441 Time integration of scalars at level 1 from 24 to 26 with dt = 2 using RHS created at 24 Making slow rhs at time 26 for fast variables advancing from 24 to 26 No-substepping time integration at level 1 to 26 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.770707773e-06 0.0002458179994 and volume-weighted sum 12939.81441 Subtracting 4.21217917e-06 from rhs in subdomain 0 Sum after subtraction 2.602085214e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.558528603e-06 MLMG: Initial residual (resid0) = 4.558528603e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.263896813e-11, 2.772598186e-06 MLMG: Timers: Solve = 0.001402801 Iter = 0.001194113 Bottom = 0.00014202 Time in solve 0.001767814 Max/L2 norm of divergence after solve at level 1 : 4.212189521e-06 0.0002334626667 and volume-weighted sum 12939.81441 Time integration of scalars at level 1 from 24 to 26 with dt = 2 using RHS created at 26 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 13] Advanced 3072 cells Coarse STEP 13 ends. TIME = 26 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023171308 seconds. Coarse STEP 14 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.709575832 (terrain aware) 1.709575832 (terrain unaware) Anelastic dt at level 0 would be: 51.80575318 (terrain aware) 51.80575318 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1438437514 (terrain aware) 0.1438437514 (terrain unaware) Anelastic dt at level 1 would be: 23.39098105 (terrain aware) 23.39098105 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 14] ADVANCE from elapsed time = 26 to 28 with dt = 2 Making slow rhs at time 26 for fast variables advancing from 26 to 26.66666666667 Fast time integration at level 0 from 26 to 26.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 26 to 26.66666666667 with dt = 0.6666666666667 using RHS created at 26 Making slow rhs at time 26.66666666667 for fast variables advancing from 26 to 27 Fast time integration at level 0 from 26 to 26.5 with dt = 0.5 Fast time integration at level 0 from 26.5 to 27 with dt = 0.5 Time integration of scalars at level 0 from 26 to 27 with dt = 1 using RHS created at 26.66666666667 Making slow rhs at time 27 for fast variables advancing from 26 to 28 Fast time integration at level 0 from 26 to 26.5 with dt = 0.5 Fast time integration at level 0 from 26.5 to 27 with dt = 0.5 Fast time integration at level 0 from 27 to 27.5 with dt = 0.5 Fast time integration at level 0 from 27.5 to 28 with dt = 0.5 Time integration of scalars at level 0 from 26 to 28 with dt = 2 using RHS created at 27 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 14] Advanced 4096 cells [Level 1 step 14] ADVANCE from elapsed time = 26 to 28 with dt = 2 Making slow rhs at time 26 for fast variables advancing from 26 to 28 No-substepping time integration at level 1 to 28 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004464638881 0.002171950613 and volume-weighted sum 6648.046474 Subtracting 2.164077628e-06 from rhs in subdomain 0 Sum after subtraction 1.550409107e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004442998105 MLMG: Initial residual (resid0) = 0.0004442998105 MLMG: Final Iter. 6 resid, resid/bnorm = 3.365228244e-11, 7.574228403e-08 MLMG: Timers: Solve = 0.001638439 Iter = 0.001413586 Bottom = 0.000163431 Time in solve 0.00197663 Max/L2 norm of divergence after solve at level 1 : 2.164098031e-06 0.0001199453569 and volume-weighted sum 6648.046474 Time integration of scalars at level 1 from 26 to 28 with dt = 2 using RHS created at 26 Making slow rhs at time 28 for fast variables advancing from 26 to 28 No-substepping time integration at level 1 to 28 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.097868818e-06 0.0001456122387 and volume-weighted sum 6648.046474 Subtracting 2.164077628e-06 from rhs in subdomain 0 Sum after subtraction 1.417594341e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.933791189e-06 MLMG: Initial residual (resid0) = 4.933791189e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.173474175e-11, 2.378443128e-06 MLMG: Timers: Solve = 0.001421343 Iter = 0.001203638 Bottom = 0.000142745 Time in solve 0.001762654 Max/L2 norm of divergence after solve at level 1 : 2.164089363e-06 0.0001199453569 and volume-weighted sum 6648.046474 Time integration of scalars at level 1 from 26 to 28 with dt = 2 using RHS created at 28 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 14] Advanced 3072 cells Coarse STEP 14 ends. TIME = 28 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022769073 seconds. Coarse STEP 15 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.708249095 (terrain aware) 1.708249095 (terrain unaware) Anelastic dt at level 0 would be: 50.32274916 (terrain aware) 50.32274916 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1438251896 (terrain aware) 0.1438251896 (terrain unaware) Anelastic dt at level 1 would be: 21.80758954 (terrain aware) 21.80758954 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 15] ADVANCE from elapsed time = 28 to 30 with dt = 2 Making slow rhs at time 28 for fast variables advancing from 28 to 28.66666666667 Fast time integration at level 0 from 28 to 28.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 28 to 28.66666666667 with dt = 0.6666666666667 using RHS created at 28 Making slow rhs at time 28.66666666667 for fast variables advancing from 28 to 29 Fast time integration at level 0 from 28 to 28.5 with dt = 0.5 Fast time integration at level 0 from 28.5 to 29 with dt = 0.5 Time integration of scalars at level 0 from 28 to 29 with dt = 1 using RHS created at 28.66666666667 Making slow rhs at time 29 for fast variables advancing from 28 to 30 Fast time integration at level 0 from 28 to 28.5 with dt = 0.5 Fast time integration at level 0 from 28.5 to 29 with dt = 0.5 Fast time integration at level 0 from 29 to 29.5 with dt = 0.5 Fast time integration at level 0 from 29.5 to 30 with dt = 0.5 Time integration of scalars at level 0 from 28 to 30 with dt = 2 using RHS created at 29 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 15] Advanced 4096 cells [Level 1 step 15] ADVANCE from elapsed time = 28 to 30 with dt = 2 Making slow rhs at time 28 for fast variables advancing from 28 to 30 No-substepping time integration at level 1 to 30 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004510900375 0.001381157319 and volume-weighted sum 1825.633196 Subtracting 5.942816392e-07 from rhs in subdomain 0 Sum after subtraction -2.905661822e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004504957559 MLMG: Initial residual (resid0) = 0.0004504957559 MLMG: Final Iter. 6 resid, resid/bnorm = 1.896297259e-11, 4.209356546e-08 MLMG: Timers: Solve = 0.001616761 Iter = 0.001407517 Bottom = 0.000160478 Time in solve 0.001958771 Max/L2 norm of divergence after solve at level 1 : 5.942922972e-07 3.293843178e-05 and volume-weighted sum 1825.633196 Time integration of scalars at level 1 from 28 to 30 with dt = 2 using RHS created at 28 Making slow rhs at time 30 for fast variables advancing from 28 to 30 No-substepping time integration at level 1 to 30 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.894770901e-06 9.388790271e-05 and volume-weighted sum 1825.633196 Subtracting 5.942816392e-07 from rhs in subdomain 0 Sum after subtraction 9.757819552e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.300489262e-06 MLMG: Initial residual (resid0) = 5.300489262e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.30166643e-11, 2.455747697e-06 MLMG: Timers: Solve = 0.001417145 Iter = 0.001200768 Bottom = 0.000145306 Time in solve 0.001752364 Max/L2 norm of divergence after solve at level 1 : 5.942946558e-07 3.293843178e-05 and volume-weighted sum 1825.633196 Time integration of scalars at level 1 from 28 to 30 with dt = 2 using RHS created at 30 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 15] Advanced 3072 cells Coarse STEP 15 ends. TIME = 30 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023103198 seconds. Coarse STEP 16 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.707459964 (terrain aware) 1.707459964 (terrain unaware) Anelastic dt at level 0 would be: 46.21642408 (terrain aware) 46.21642408 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1438067058 (terrain aware) 0.1438067058 (terrain unaware) Anelastic dt at level 1 would be: 20.44443622 (terrain aware) 20.44443622 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 16] ADVANCE from elapsed time = 30 to 32 with dt = 2 Making slow rhs at time 30 for fast variables advancing from 30 to 30.66666666667 Fast time integration at level 0 from 30 to 30.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 30 to 30.66666666667 with dt = 0.6666666666667 using RHS created at 30 Making slow rhs at time 30.66666666667 for fast variables advancing from 30 to 31 Fast time integration at level 0 from 30 to 30.5 with dt = 0.5 Fast time integration at level 0 from 30.5 to 31 with dt = 0.5 Time integration of scalars at level 0 from 30 to 31 with dt = 1 using RHS created at 30.66666666667 Making slow rhs at time 31 for fast variables advancing from 30 to 32 Fast time integration at level 0 from 30 to 30.5 with dt = 0.5 Fast time integration at level 0 from 30.5 to 31 with dt = 0.5 Fast time integration at level 0 from 31 to 31.5 with dt = 0.5 Fast time integration at level 0 from 31.5 to 32 with dt = 0.5 Time integration of scalars at level 0 from 30 to 32 with dt = 2 using RHS created at 31 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 16] Advanced 4096 cells [Level 1 step 16] ADVANCE from elapsed time = 30 to 32 with dt = 2 Making slow rhs at time 30 for fast variables advancing from 30 to 32 No-substepping time integration at level 1 to 32 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004132429827 0.001775384823 and volume-weighted sum -1557.116513 Subtracting -5.068738648e-07 from rhs in subdomain 0 Sum after subtraction -5.963111949e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004127361089 MLMG: Initial residual (resid0) = 0.0004127361089 MLMG: Final Iter. 6 resid, resid/bnorm = 1.588716008e-11, 3.849229506e-08 MLMG: Timers: Solve = 0.001628608 Iter = 0.001411233 Bottom = 0.000168104 Time in solve 0.001960711 Max/L2 norm of divergence after solve at level 1 : 5.06889752e-07 2.809380118e-05 and volume-weighted sum -1557.116513 Time integration of scalars at level 1 from 30 to 32 with dt = 2 using RHS created at 30 Making slow rhs at time 32 for fast variables advancing from 30 to 32 No-substepping time integration at level 1 to 32 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.155190797e-06 9.77133847e-05 and volume-weighted sum -1557.116513 Subtracting -5.068738648e-07 from rhs in subdomain 0 Sum after subtraction 1.065228634e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.662064662e-06 MLMG: Initial residual (resid0) = 5.662064662e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.419479563e-11, 2.506999915e-06 MLMG: Timers: Solve = 0.001425273 Iter = 0.001209966 Bottom = 0.000150704 Time in solve 0.001758715 Max/L2 norm of divergence after solve at level 1 : 5.068844208e-07 2.809380118e-05 and volume-weighted sum -1557.116513 Time integration of scalars at level 1 from 30 to 32 with dt = 2 using RHS created at 32 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 16] Advanced 3072 cells Coarse STEP 16 ends. TIME = 32 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022866499 seconds. Coarse STEP 17 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.7072054 (terrain aware) 1.7072054 (terrain unaware) Anelastic dt at level 0 would be: 42.69123729 (terrain aware) 42.69123729 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1437881771 (terrain aware) 0.1437881771 (terrain unaware) Anelastic dt at level 1 would be: 19.24634415 (terrain aware) 19.24634415 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 17] ADVANCE from elapsed time = 32 to 34 with dt = 2 Making slow rhs at time 32 for fast variables advancing from 32 to 32.66666666667 Fast time integration at level 0 from 32 to 32.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 32 to 32.66666666667 with dt = 0.6666666666667 using RHS created at 32 Making slow rhs at time 32.66666666667 for fast variables advancing from 32 to 33 Fast time integration at level 0 from 32 to 32.5 with dt = 0.5 Fast time integration at level 0 from 32.5 to 33 with dt = 0.5 Time integration of scalars at level 0 from 32 to 33 with dt = 1 using RHS created at 32.66666666667 Making slow rhs at time 33 for fast variables advancing from 32 to 34 Fast time integration at level 0 from 32 to 32.5 with dt = 0.5 Fast time integration at level 0 from 32.5 to 33 with dt = 0.5 Fast time integration at level 0 from 33 to 33.5 with dt = 0.5 Fast time integration at level 0 from 33.5 to 34 with dt = 0.5 Time integration of scalars at level 0 from 32 to 34 with dt = 2 using RHS created at 33 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 17] Advanced 4096 cells [Level 1 step 17] ADVANCE from elapsed time = 32 to 34 with dt = 2 Making slow rhs at time 32 for fast variables advancing from 32 to 34 No-substepping time integration at level 1 to 34 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002858180673 0.001408816029 and volume-weighted sum -3617.955285 Subtracting -1.177719819e-06 from rhs in subdomain 0 Sum after subtraction -2.092510193e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002869957871 MLMG: Initial residual (resid0) = 0.0002869957871 MLMG: Final Iter. 6 resid, resid/bnorm = 1.297685863e-11, 4.521619902e-08 MLMG: Timers: Solve = 0.001635781 Iter = 0.00142057 Bottom = 0.000173429 Time in solve 0.001972359 Max/L2 norm of divergence after solve at level 1 : 1.177729568e-06 6.527585805e-05 and volume-weighted sum -3617.955285 Time integration of scalars at level 1 from 32 to 34 with dt = 2 using RHS created at 32 Making slow rhs at time 34 for fast variables advancing from 32 to 34 No-substepping time integration at level 1 to 34 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.051990834e-06 0.0001192204602 and volume-weighted sum -3617.955285 Subtracting -1.177719819e-06 from rhs in subdomain 0 Sum after subtraction 1.130280765e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.020957815e-06 MLMG: Initial residual (resid0) = 6.020957815e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.526217172e-11, 2.534841164e-06 MLMG: Timers: Solve = 0.001553701 Iter = 0.001349102 Bottom = 0.000142905 Time in solve 0.001906694 Max/L2 norm of divergence after solve at level 1 : 1.177730585e-06 6.527585805e-05 and volume-weighted sum -3617.955285 Time integration of scalars at level 1 from 32 to 34 with dt = 2 using RHS created at 34 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 17] Advanced 3072 cells Coarse STEP 17 ends. TIME = 34 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023188977 seconds. Coarse STEP 18 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.706763405 (terrain aware) 1.706763405 (terrain unaware) Anelastic dt at level 0 would be: 39.23019187 (terrain aware) 39.23019187 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1437691251 (terrain aware) 0.1437691251 (terrain unaware) Anelastic dt at level 1 would be: 18.17450631 (terrain aware) 18.17450631 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 18] ADVANCE from elapsed time = 34 to 36 with dt = 2 Making slow rhs at time 34 for fast variables advancing from 34 to 34.66666666667 Fast time integration at level 0 from 34 to 34.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 34 to 34.66666666667 with dt = 0.6666666666667 using RHS created at 34 Making slow rhs at time 34.66666666667 for fast variables advancing from 34 to 35 Fast time integration at level 0 from 34 to 34.5 with dt = 0.5 Fast time integration at level 0 from 34.5 to 35 with dt = 0.5 Time integration of scalars at level 0 from 34 to 35 with dt = 1 using RHS created at 34.66666666667 Making slow rhs at time 35 for fast variables advancing from 34 to 36 Fast time integration at level 0 from 34 to 34.5 with dt = 0.5 Fast time integration at level 0 from 34.5 to 35 with dt = 0.5 Fast time integration at level 0 from 35 to 35.5 with dt = 0.5 Fast time integration at level 0 from 35.5 to 36 with dt = 0.5 Time integration of scalars at level 0 from 34 to 36 with dt = 2 using RHS created at 35 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 18] Advanced 4096 cells [Level 1 step 18] ADVANCE from elapsed time = 34 to 36 with dt = 2 Making slow rhs at time 34 for fast variables advancing from 34 to 36 No-substepping time integration at level 1 to 36 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00052631248 0.00159107747 and volume-weighted sum -4456.974086 Subtracting -1.450837919e-06 from rhs in subdomain 0 Sum after subtraction 5.52943108e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005248616421 MLMG: Initial residual (resid0) = 0.0005248616421 MLMG: Final Iter. 6 resid, resid/bnorm = 1.628937744e-11, 3.103556467e-08 MLMG: Timers: Solve = 0.001944171 Iter = 0.001680757 Bottom = 0.000165211 Time in solve 0.002339952 Max/L2 norm of divergence after solve at level 1 : 1.450848562e-06 8.041359964e-05 and volume-weighted sum -4456.974086 Time integration of scalars at level 1 from 34 to 36 with dt = 2 using RHS created at 34 Making slow rhs at time 36 for fast variables advancing from 34 to 36 No-substepping time integration at level 1 to 36 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.68100944e-06 0.0001325310056 and volume-weighted sum -4456.974086 Subtracting -1.450837919e-06 from rhs in subdomain 0 Sum after subtraction 8.185726402e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.379268811e-06 MLMG: Initial residual (resid0) = 6.379268811e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.627225917e-11, 2.55080318e-06 MLMG: Timers: Solve = 0.00142657 Iter = 0.001206108 Bottom = 0.000151574 Time in solve 0.001769393 Max/L2 norm of divergence after solve at level 1 : 1.450849087e-06 8.041359964e-05 and volume-weighted sum -4456.974086 Time integration of scalars at level 1 from 34 to 36 with dt = 2 using RHS created at 36 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 18] Advanced 3072 cells Coarse STEP 18 ends. TIME = 36 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023073234 seconds. Coarse STEP 19 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.705014926 (terrain aware) 1.705014926 (terrain unaware) Anelastic dt at level 0 would be: 35.69740135 (terrain aware) 35.69740135 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1437489696 (terrain aware) 0.1437489696 (terrain unaware) Anelastic dt at level 1 would be: 17.20119496 (terrain aware) 17.20119496 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 19] ADVANCE from elapsed time = 36 to 38 with dt = 2 Making slow rhs at time 36 for fast variables advancing from 36 to 36.66666666667 Fast time integration at level 0 from 36 to 36.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 36 to 36.66666666667 with dt = 0.6666666666667 using RHS created at 36 Making slow rhs at time 36.66666666667 for fast variables advancing from 36 to 37 Fast time integration at level 0 from 36 to 36.5 with dt = 0.5 Fast time integration at level 0 from 36.5 to 37 with dt = 0.5 Time integration of scalars at level 0 from 36 to 37 with dt = 1 using RHS created at 36.66666666667 Making slow rhs at time 37 for fast variables advancing from 36 to 38 Fast time integration at level 0 from 36 to 36.5 with dt = 0.5 Fast time integration at level 0 from 36.5 to 37 with dt = 0.5 Fast time integration at level 0 from 37 to 37.5 with dt = 0.5 Fast time integration at level 0 from 37.5 to 38 with dt = 0.5 Time integration of scalars at level 0 from 36 to 38 with dt = 2 using RHS created at 37 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 19] Advanced 4096 cells [Level 1 step 19] ADVANCE from elapsed time = 36 to 38 with dt = 2 Making slow rhs at time 36 for fast variables advancing from 36 to 38 No-substepping time integration at level 1 to 38 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005226625239 0.002009516978 and volume-weighted sum -4215.172971 Subtracting -1.372126618e-06 from rhs in subdomain 0 Sum after subtraction 3.95733793e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005240346505 MLMG: Initial residual (resid0) = 0.0005240346505 MLMG: Final Iter. 6 resid, resid/bnorm = 2.348441806e-11, 4.481462826e-08 MLMG: Timers: Solve = 0.00162203 Iter = 0.001404986 Bottom = 0.000163933 Time in solve 0.001972694 Max/L2 norm of divergence after solve at level 1 : 1.372138841e-06 7.605097655e-05 and volume-weighted sum -4215.172971 Time integration of scalars at level 1 from 36 to 38 with dt = 2 using RHS created at 36 Making slow rhs at time 38 for fast variables advancing from 36 to 38 No-substepping time integration at level 1 to 38 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.974976579e-06 0.0001344882344 and volume-weighted sum -4215.172971 Subtracting -1.372126618e-06 from rhs in subdomain 0 Sum after subtraction -1.000176504e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.746807275e-06 MLMG: Initial residual (resid0) = 6.746807275e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.724641071e-11, 2.556232898e-06 MLMG: Timers: Solve = 0.001415149 Iter = 0.001199092 Bottom = 0.000142942 Time in solve 0.001761073 Max/L2 norm of divergence after solve at level 1 : 1.372138321e-06 7.605097655e-05 and volume-weighted sum -4215.172971 Time integration of scalars at level 1 from 36 to 38 with dt = 2 using RHS created at 38 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 19] Advanced 3072 cells Coarse STEP 19 ends. TIME = 38 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022659179 seconds. Coarse STEP 20 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.703116321 (terrain aware) 1.703116321 (terrain unaware) Anelastic dt at level 0 would be: 32.58755844 (terrain aware) 32.58755844 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1437273236 (terrain aware) 0.1437273236 (terrain unaware) Anelastic dt at level 1 would be: 16.31453889 (terrain aware) 16.31453889 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 20] ADVANCE from elapsed time = 38 to 40 with dt = 2 Making slow rhs at time 38 for fast variables advancing from 38 to 38.66666666667 Fast time integration at level 0 from 38 to 38.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 38 to 38.66666666667 with dt = 0.6666666666667 using RHS created at 38 Making slow rhs at time 38.66666666667 for fast variables advancing from 38 to 39 Fast time integration at level 0 from 38 to 38.5 with dt = 0.5 Fast time integration at level 0 from 38.5 to 39 with dt = 0.5 Time integration of scalars at level 0 from 38 to 39 with dt = 1 using RHS created at 38.66666666667 Making slow rhs at time 39 for fast variables advancing from 38 to 40 Fast time integration at level 0 from 38 to 38.5 with dt = 0.5 Fast time integration at level 0 from 38.5 to 39 with dt = 0.5 Fast time integration at level 0 from 39 to 39.5 with dt = 0.5 Fast time integration at level 0 from 39.5 to 40 with dt = 0.5 Time integration of scalars at level 0 from 38 to 40 with dt = 2 using RHS created at 39 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 20] Advanced 4096 cells [Level 1 step 20] ADVANCE from elapsed time = 38 to 40 with dt = 2 Making slow rhs at time 38 for fast variables advancing from 38 to 40 No-substepping time integration at level 1 to 40 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004748556405 0.001581925354 and volume-weighted sum -3136.723326 Subtracting -1.021068791e-06 from rhs in subdomain 0 Sum after subtraction -4.011548038e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004758767093 MLMG: Initial residual (resid0) = 0.0004758767093 MLMG: Final Iter. 6 resid, resid/bnorm = 2.712966864e-11, 5.700986853e-08 MLMG: Timers: Solve = 0.001628684 Iter = 0.001411544 Bottom = 0.000161007 Time in solve 0.00197641 Max/L2 norm of divergence after solve at level 1 : 1.021082853e-06 5.659337677e-05 and volume-weighted sum -3136.723326 Time integration of scalars at level 1 from 38 to 40 with dt = 2 using RHS created at 38 Making slow rhs at time 40 for fast variables advancing from 38 to 40 No-substepping time integration at level 1 to 40 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.012655685e-06 0.0001300812238 and volume-weighted sum -3136.723326 Subtracting -1.021068791e-06 from rhs in subdomain 0 Sum after subtraction 1.393199792e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.148076186e-06 MLMG: Initial residual (resid0) = 7.148076186e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.817273781e-11, 2.542325702e-06 MLMG: Timers: Solve = 0.00141866 Iter = 0.001201196 Bottom = 0.000148466 Time in solve 0.001761245 Max/L2 norm of divergence after solve at level 1 : 1.021081248e-06 5.659337677e-05 and volume-weighted sum -3136.723326 Time integration of scalars at level 1 from 38 to 40 with dt = 2 using RHS created at 40 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 20] Advanced 3072 cells Coarse STEP 20 ends. TIME = 40 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023039353 seconds. Coarse STEP 21 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.701403385 (terrain aware) 1.701403385 (terrain unaware) Anelastic dt at level 0 would be: 29.88327046 (terrain aware) 29.88327046 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.143704194 (terrain aware) 0.143704194 (terrain unaware) Anelastic dt at level 1 would be: 15.50309253 (terrain aware) 15.50309253 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 21] ADVANCE from elapsed time = 40 to 42 with dt = 2 Making slow rhs at time 40 for fast variables advancing from 40 to 40.66666666667 Fast time integration at level 0 from 40 to 40.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 40 to 40.66666666667 with dt = 0.6666666666667 using RHS created at 40 Making slow rhs at time 40.66666666667 for fast variables advancing from 40 to 41 Fast time integration at level 0 from 40 to 40.5 with dt = 0.5 Fast time integration at level 0 from 40.5 to 41 with dt = 0.5 Time integration of scalars at level 0 from 40 to 41 with dt = 1 using RHS created at 40.66666666667 Making slow rhs at time 41 for fast variables advancing from 40 to 42 Fast time integration at level 0 from 40 to 40.5 with dt = 0.5 Fast time integration at level 0 from 40.5 to 41 with dt = 0.5 Fast time integration at level 0 from 41 to 41.5 with dt = 0.5 Fast time integration at level 0 from 41.5 to 42 with dt = 0.5 Time integration of scalars at level 0 from 40 to 42 with dt = 2 using RHS created at 41 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 21] Advanced 4096 cells [Level 1 step 21] ADVANCE from elapsed time = 40 to 42 with dt = 2 Making slow rhs at time 40 for fast variables advancing from 40 to 42 No-substepping time integration at level 1 to 42 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003127858363 0.001619005009 and volume-weighted sum -1522.318036 Subtracting -4.955462358e-07 from rhs in subdomain 0 Sum after subtraction -4.851804722e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003122902901 MLMG: Initial residual (resid0) = 0.0003122902901 MLMG: Final Iter. 6 resid, resid/bnorm = 2.502859422e-11, 8.014528473e-08 MLMG: Timers: Solve = 0.001632193 Iter = 0.001412814 Bottom = 0.000167958 Time in solve 0.001975758 Max/L2 norm of divergence after solve at level 1 : 4.955596107e-07 2.746596025e-05 and volume-weighted sum -1522.318036 Time integration of scalars at level 1 from 40 to 42 with dt = 2 using RHS created at 40 Making slow rhs at time 42 for fast variables advancing from 40 to 42 No-substepping time integration at level 1 to 42 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.059338214e-06 0.0001264282633 and volume-weighted sum -1522.318036 Subtracting -4.955462358e-07 from rhs in subdomain 0 Sum after subtraction 6.342582709e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.55488445e-06 MLMG: Initial residual (resid0) = 7.55488445e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.904869694e-11, 2.521375021e-06 MLMG: Timers: Solve = 0.001441915 Iter = 0.001220534 Bottom = 0.000147085 Time in solve 0.001785512 Max/L2 norm of divergence after solve at level 1 : 4.955595164e-07 2.746596025e-05 and volume-weighted sum -1522.318036 Time integration of scalars at level 1 from 40 to 42 with dt = 2 using RHS created at 42 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 21] Advanced 3072 cells Coarse STEP 21 ends. TIME = 42 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023891343 seconds. Coarse STEP 22 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.69974225 (terrain aware) 1.69974225 (terrain unaware) Anelastic dt at level 0 would be: 28.01026636 (terrain aware) 28.01026636 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1436799004 (terrain aware) 0.1436799004 (terrain unaware) Anelastic dt at level 1 would be: 14.75909801 (terrain aware) 14.75909801 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 22] ADVANCE from elapsed time = 42 to 44 with dt = 2 Making slow rhs at time 42 for fast variables advancing from 42 to 42.66666666667 Fast time integration at level 0 from 42 to 42.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 42 to 42.66666666667 with dt = 0.6666666666667 using RHS created at 42 Making slow rhs at time 42.66666666667 for fast variables advancing from 42 to 43 Fast time integration at level 0 from 42 to 42.5 with dt = 0.5 Fast time integration at level 0 from 42.5 to 43 with dt = 0.5 Time integration of scalars at level 0 from 42 to 43 with dt = 1 using RHS created at 42.66666666667 Making slow rhs at time 43 for fast variables advancing from 42 to 44 Fast time integration at level 0 from 42 to 42.5 with dt = 0.5 Fast time integration at level 0 from 42.5 to 43 with dt = 0.5 Fast time integration at level 0 from 43 to 43.5 with dt = 0.5 Fast time integration at level 0 from 43.5 to 44 with dt = 0.5 Time integration of scalars at level 0 from 42 to 44 with dt = 2 using RHS created at 43 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 22] Advanced 4096 cells [Level 1 step 22] ADVANCE from elapsed time = 42 to 44 with dt = 2 Making slow rhs at time 42 for fast variables advancing from 42 to 44 No-substepping time integration at level 1 to 44 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000385026494 0.001829762818 and volume-weighted sum 384.6314716 Subtracting 1.252055572e-07 from rhs in subdomain 0 Sum after subtraction -1.103175711e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003849012884 MLMG: Initial residual (resid0) = 0.0003849012884 MLMG: Final Iter. 6 resid, resid/bnorm = 2.195046358e-11, 5.702881295e-08 MLMG: Timers: Solve = 0.001630287 Iter = 0.001406655 Bottom = 0.000159673 Time in solve 0.00197216 Max/L2 norm of divergence after solve at level 1 : 1.252275076e-07 6.939596365e-06 and volume-weighted sum 384.6314716 Time integration of scalars at level 1 from 42 to 44 with dt = 2 using RHS created at 42 Making slow rhs at time 44 for fast variables advancing from 42 to 44 No-substepping time integration at level 1 to 44 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.090355364e-06 0.0001298985645 and volume-weighted sum 384.6314716 Subtracting 1.252055572e-07 from rhs in subdomain 0 Sum after subtraction 5.963111949e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.965149806e-06 MLMG: Initial residual (resid0) = 7.965149806e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 1.98796639e-11, 2.495830509e-06 MLMG: Timers: Solve = 0.001766399 Iter = 0.001496084 Bottom = 0.000142751 Time in solve 0.002120118 Max/L2 norm of divergence after solve at level 1 : 1.252254368e-07 6.939596365e-06 and volume-weighted sum 384.6314716 Time integration of scalars at level 1 from 42 to 44 with dt = 2 using RHS created at 44 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 22] Advanced 3072 cells Coarse STEP 22 ends. TIME = 44 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023275766 seconds. Coarse STEP 23 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.696840189 (terrain aware) 1.696840189 (terrain unaware) Anelastic dt at level 0 would be: 26.84851425 (terrain aware) 26.84851425 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1436548195 (terrain aware) 0.1436548195 (terrain unaware) Anelastic dt at level 1 would be: 14.07705206 (terrain aware) 14.07705206 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 23] ADVANCE from elapsed time = 44 to 46 with dt = 2 Making slow rhs at time 44 for fast variables advancing from 44 to 44.66666666667 Fast time integration at level 0 from 44 to 44.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 44 to 44.66666666667 with dt = 0.6666666666667 using RHS created at 44 Making slow rhs at time 44.66666666667 for fast variables advancing from 44 to 45 Fast time integration at level 0 from 44 to 44.5 with dt = 0.5 Fast time integration at level 0 from 44.5 to 45 with dt = 0.5 Time integration of scalars at level 0 from 44 to 45 with dt = 1 using RHS created at 44.66666666667 Making slow rhs at time 45 for fast variables advancing from 44 to 46 Fast time integration at level 0 from 44 to 44.5 with dt = 0.5 Fast time integration at level 0 from 44.5 to 45 with dt = 0.5 Fast time integration at level 0 from 45 to 45.5 with dt = 0.5 Fast time integration at level 0 from 45.5 to 46 with dt = 0.5 Time integration of scalars at level 0 from 44 to 46 with dt = 2 using RHS created at 45 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 23] Advanced 4096 cells [Level 1 step 23] ADVANCE from elapsed time = 44 to 46 with dt = 2 Making slow rhs at time 44 for fast variables advancing from 44 to 46 No-substepping time integration at level 1 to 46 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001661115665 0.000787046881 and volume-weighted sum 2410.364542 Subtracting 7.846238743e-07 from rhs in subdomain 0 Sum after subtraction 2.710505431e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001653269426 MLMG: Initial residual (resid0) = 0.0001653269426 MLMG: Final Iter. 6 resid, resid/bnorm = 1.107570856e-11, 6.699276222e-08 MLMG: Timers: Solve = 0.002016128 Iter = 0.001700589 Bottom = 0.000160674 Time in solve 0.002372503 Max/L2 norm of divergence after solve at level 1 : 7.8463495e-07 4.348826928e-05 and volume-weighted sum 2410.364542 Time integration of scalars at level 1 from 44 to 46 with dt = 2 using RHS created at 44 Making slow rhs at time 46 for fast variables advancing from 44 to 46 No-substepping time integration at level 1 to 46 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.160207649e-06 0.0001431483546 and volume-weighted sum 2410.364542 Subtracting 7.846238743e-07 from rhs in subdomain 0 Sum after subtraction 7.047314121e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.375583775e-06 MLMG: Initial residual (resid0) = 8.375583775e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 2.071773487e-11, 2.473586967e-06 MLMG: Timers: Solve = 0.001421187 Iter = 0.00120105 Bottom = 0.000141835 Time in solve 0.001763661 Max/L2 norm of divergence after solve at level 1 : 7.84644592e-07 4.348826928e-05 and volume-weighted sum 2410.364542 Time integration of scalars at level 1 from 44 to 46 with dt = 2 using RHS created at 46 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 23] Advanced 3072 cells Coarse STEP 23 ends. TIME = 46 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023251731 seconds. Coarse STEP 24 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.692318928 (terrain aware) 1.692318928 (terrain unaware) Anelastic dt at level 0 would be: 26.019119 (terrain aware) 26.019119 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1436292341 (terrain aware) 0.1436292341 (terrain unaware) Anelastic dt at level 1 would be: 13.45251397 (terrain aware) 13.45251397 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 24] ADVANCE from elapsed time = 46 to 48 with dt = 2 Making slow rhs at time 46 for fast variables advancing from 46 to 46.66666666667 Fast time integration at level 0 from 46 to 46.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 46 to 46.66666666667 with dt = 0.6666666666667 using RHS created at 46 Making slow rhs at time 46.66666666667 for fast variables advancing from 46 to 47 Fast time integration at level 0 from 46 to 46.5 with dt = 0.5 Fast time integration at level 0 from 46.5 to 47 with dt = 0.5 Time integration of scalars at level 0 from 46 to 47 with dt = 1 using RHS created at 46.66666666667 Making slow rhs at time 47 for fast variables advancing from 46 to 48 Fast time integration at level 0 from 46 to 46.5 with dt = 0.5 Fast time integration at level 0 from 46.5 to 47 with dt = 0.5 Fast time integration at level 0 from 47 to 47.5 with dt = 0.5 Fast time integration at level 0 from 47.5 to 48 with dt = 0.5 Time integration of scalars at level 0 from 46 to 48 with dt = 2 using RHS created at 47 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 24] Advanced 4096 cells [Level 1 step 24] ADVANCE from elapsed time = 46 to 48 with dt = 2 Making slow rhs at time 46 for fast variables advancing from 46 to 48 No-substepping time integration at level 1 to 48 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002036696494 0.0009724822521 and volume-weighted sum 4383.361874 Subtracting 1.42687561e-06 from rhs in subdomain 0 Sum after subtraction 7.48099499e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002022427738 MLMG: Initial residual (resid0) = 0.0002022427738 MLMG: Final Iter. 5 resid, resid/bnorm = 9.193000346e-11, 4.545527225e-07 MLMG: Timers: Solve = 0.001411484 Iter = 0.001192722 Bottom = 0.000134634 Time in solve 0.001756019 Max/L2 norm of divergence after solve at level 1 : 1.42696754e-06 7.908547369e-05 and volume-weighted sum 4383.361874 Time integration of scalars at level 1 from 46 to 48 with dt = 2 using RHS created at 46 Making slow rhs at time 48 for fast variables advancing from 46 to 48 No-substepping time integration at level 1 to 48 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.020915062e-05 0.0001634896119 and volume-weighted sum 4383.361874 Subtracting 1.42687561e-06 from rhs in subdomain 0 Sum after subtraction -1.95156391e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.782275008e-06 MLMG: Initial residual (resid0) = 8.782275008e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 2.165932308e-11, 2.466254252e-06 MLMG: Timers: Solve = 0.001414147 Iter = 0.001197797 Bottom = 0.000142661 Time in solve 0.001756451 Max/L2 norm of divergence after solve at level 1 : 1.426897269e-06 7.908547369e-05 and volume-weighted sum 4383.361874 Time integration of scalars at level 1 from 46 to 48 with dt = 2 using RHS created at 48 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 24] Advanced 3072 cells Coarse STEP 24 ends. TIME = 48 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02225303 seconds. Coarse STEP 25 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.689456571 (terrain aware) 1.689456571 (terrain unaware) Anelastic dt at level 0 would be: 25.29527054 (terrain aware) 25.29527054 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1436033809 (terrain aware) 0.1436033809 (terrain unaware) Anelastic dt at level 1 would be: 12.88128919 (terrain aware) 12.88128919 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 25] ADVANCE from elapsed time = 48 to 50 with dt = 2 Making slow rhs at time 48 for fast variables advancing from 48 to 48.66666666667 Fast time integration at level 0 from 48 to 48.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 48 to 48.66666666667 with dt = 0.6666666666667 using RHS created at 48 Making slow rhs at time 48.66666666667 for fast variables advancing from 48 to 49 Fast time integration at level 0 from 48 to 48.5 with dt = 0.5 Fast time integration at level 0 from 48.5 to 49 with dt = 0.5 Time integration of scalars at level 0 from 48 to 49 with dt = 1 using RHS created at 48.66666666667 Making slow rhs at time 49 for fast variables advancing from 48 to 50 Fast time integration at level 0 from 48 to 48.5 with dt = 0.5 Fast time integration at level 0 from 48.5 to 49 with dt = 0.5 Fast time integration at level 0 from 49 to 49.5 with dt = 0.5 Fast time integration at level 0 from 49.5 to 50 with dt = 0.5 Time integration of scalars at level 0 from 48 to 50 with dt = 2 using RHS created at 49 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 25] Advanced 4096 cells [Level 1 step 25] ADVANCE from elapsed time = 48 to 50 with dt = 2 Making slow rhs at time 48 for fast variables advancing from 48 to 50 No-substepping time integration at level 1 to 50 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002627600295 0.001381845107 and volume-weighted sum 6110.345066 Subtracting 1.989044618e-06 from rhs in subdomain 0 Sum after subtraction -2.341876693e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002647490741 MLMG: Initial residual (resid0) = 0.0002647490741 MLMG: Final Iter. 6 resid, resid/bnorm = 1.092370075e-11, 4.126058148e-08 MLMG: Timers: Solve = 0.001630066 Iter = 0.001412557 Bottom = 0.000169188 Time in solve 0.001978054 Max/L2 norm of divergence after solve at level 1 : 1.989051018e-06 0.0001102440428 and volume-weighted sum 6110.345066 Time integration of scalars at level 1 from 48 to 50 with dt = 2 using RHS created at 48 Making slow rhs at time 50 for fast variables advancing from 48 to 50 No-substepping time integration at level 1 to 50 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.116975551e-05 0.0001858188207 and volume-weighted sum 6110.345066 Subtracting 1.989044618e-06 from rhs in subdomain 0 Sum after subtraction 2.005774019e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.18071089e-06 MLMG: Initial residual (resid0) = 9.18071089e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 2.27162589e-11, 2.474346395e-06 MLMG: Timers: Solve = 0.001423009 Iter = 0.001205473 Bottom = 0.000142825 Time in solve 0.001768906 Max/L2 norm of divergence after solve at level 1 : 1.989067334e-06 0.0001102440428 and volume-weighted sum 6110.345066 Time integration of scalars at level 1 from 48 to 50 with dt = 2 using RHS created at 50 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 25] Advanced 3072 cells Coarse STEP 25 ends. TIME = 50 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022784061 seconds. Coarse STEP 26 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.688134287 (terrain aware) 1.688134287 (terrain unaware) Anelastic dt at level 0 would be: 24.57634851 (terrain aware) 24.57634851 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1435775331 (terrain aware) 0.1435775331 (terrain unaware) Anelastic dt at level 1 would be: 12.35903998 (terrain aware) 12.35903998 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 26] ADVANCE from elapsed time = 50 to 52 with dt = 2 Making slow rhs at time 50 for fast variables advancing from 50 to 50.66666666667 Fast time integration at level 0 from 50 to 50.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 50 to 50.66666666667 with dt = 0.6666666666667 using RHS created at 50 Making slow rhs at time 50.66666666667 for fast variables advancing from 50 to 51 Fast time integration at level 0 from 50 to 50.5 with dt = 0.5 Fast time integration at level 0 from 50.5 to 51 with dt = 0.5 Time integration of scalars at level 0 from 50 to 51 with dt = 1 using RHS created at 50.66666666667 Making slow rhs at time 51 for fast variables advancing from 50 to 52 Fast time integration at level 0 from 50 to 50.5 with dt = 0.5 Fast time integration at level 0 from 50.5 to 51 with dt = 0.5 Fast time integration at level 0 from 51 to 51.5 with dt = 0.5 Fast time integration at level 0 from 51.5 to 52 with dt = 0.5 Time integration of scalars at level 0 from 50 to 52 with dt = 2 using RHS created at 51 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 26] Advanced 4096 cells [Level 1 step 26] ADVANCE from elapsed time = 50 to 52 with dt = 2 Making slow rhs at time 50 for fast variables advancing from 50 to 52 No-substepping time integration at level 1 to 52 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001676112373 0.0007824851979 and volume-weighted sum 7426.860077 Subtracting 2.417597681e-06 from rhs in subdomain 0 Sum after subtraction 4.878909776e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001651936397 MLMG: Initial residual (resid0) = 0.0001651936397 MLMG: Final Iter. 6 resid, resid/bnorm = 9.341708552e-12, 5.655004982e-08 MLMG: Timers: Solve = 0.001640366 Iter = 0.001421096 Bottom = 0.000165985 Time in solve 0.00199305 Max/L2 norm of divergence after solve at level 1 : 2.417603354e-06 0.0001339968645 and volume-weighted sum 7426.860077 Time integration of scalars at level 1 from 50 to 52 with dt = 2 using RHS created at 50 Making slow rhs at time 52 for fast variables advancing from 50 to 52 No-substepping time integration at level 1 to 52 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.2051221e-05 0.0002055994042 and volume-weighted sum 7426.860077 Subtracting 2.417597681e-06 from rhs in subdomain 0 Sum after subtraction 3.3935528e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.633623314e-06 MLMG: Initial residual (resid0) = 9.633623314e-06 MLMG: Final Iter. 5 resid, resid/bnorm = 2.380853414e-11, 2.471399738e-06 MLMG: Timers: Solve = 0.001463446 Iter = 0.001244751 Bottom = 0.000141266 Time in solve 0.001802209 Max/L2 norm of divergence after solve at level 1 : 2.41762149e-06 0.0001339968645 and volume-weighted sum 7426.860077 Time integration of scalars at level 1 from 50 to 52 with dt = 2 using RHS created at 52 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 26] Advanced 3072 cells Coarse STEP 26 ends. TIME = 52 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022813188 seconds. Coarse STEP 27 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.687176281 (terrain aware) 1.687176281 (terrain unaware) Anelastic dt at level 0 would be: 23.79185224 (terrain aware) 23.79185224 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1435519924 (terrain aware) 0.1435519924 (terrain unaware) Anelastic dt at level 1 would be: 11.88125275 (terrain aware) 11.88125275 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 27] ADVANCE from elapsed time = 52 to 54 with dt = 2 Making slow rhs at time 52 for fast variables advancing from 52 to 52.66666666667 Fast time integration at level 0 from 52 to 52.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 52 to 52.66666666667 with dt = 0.6666666666667 using RHS created at 52 Making slow rhs at time 52.66666666667 for fast variables advancing from 52 to 53 Fast time integration at level 0 from 52 to 52.5 with dt = 0.5 Fast time integration at level 0 from 52.5 to 53 with dt = 0.5 Time integration of scalars at level 0 from 52 to 53 with dt = 1 using RHS created at 52.66666666667 Making slow rhs at time 53 for fast variables advancing from 52 to 54 Fast time integration at level 0 from 52 to 52.5 with dt = 0.5 Fast time integration at level 0 from 52.5 to 53 with dt = 0.5 Fast time integration at level 0 from 53 to 53.5 with dt = 0.5 Fast time integration at level 0 from 53.5 to 54 with dt = 0.5 Time integration of scalars at level 0 from 52 to 54 with dt = 2 using RHS created at 53 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 27] Advanced 4096 cells [Level 1 step 27] ADVANCE from elapsed time = 52 to 54 with dt = 2 Making slow rhs at time 52 for fast variables advancing from 52 to 54 No-substepping time integration at level 1 to 54 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003294507477 0.001011930374 and volume-weighted sum 8247.502492 Subtracting 2.684733884e-06 from rhs in subdomain 0 Sum after subtraction -1.626303259e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003321354816 MLMG: Initial residual (resid0) = 0.0003321354816 MLMG: Final Iter. 6 resid, resid/bnorm = 1.162341063e-11, 3.499599191e-08 MLMG: Timers: Solve = 0.001638109 Iter = 0.001421361 Bottom = 0.000162538 Time in solve 0.001981991 Max/L2 norm of divergence after solve at level 1 : 2.68474111e-06 0.0001488030557 and volume-weighted sum 8247.502492 Time integration of scalars at level 1 from 52 to 54 with dt = 2 using RHS created at 52 Making slow rhs at time 54 for fast variables advancing from 52 to 54 No-substepping time integration at level 1 to 54 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.277722363e-05 0.0002205860372 and volume-weighted sum 8247.502492 Subtracting 2.684733884e-06 from rhs in subdomain 0 Sum after subtraction 6.505213035e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.009248974e-05 MLMG: Initial residual (resid0) = 1.009248974e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 2.490132445e-11, 2.467312337e-06 MLMG: Timers: Solve = 0.001416897 Iter = 0.001196066 Bottom = 0.000141288 Time in solve 0.001760209 Max/L2 norm of divergence after solve at level 1 : 2.684758785e-06 0.0001488030557 and volume-weighted sum 8247.502492 Time integration of scalars at level 1 from 52 to 54 with dt = 2 using RHS created at 54 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 27] Advanced 3072 cells Coarse STEP 27 ends. TIME = 54 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02294219 seconds. Coarse STEP 28 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.685326072 (terrain aware) 1.685326072 (terrain unaware) Anelastic dt at level 0 would be: 23.14332699 (terrain aware) 23.14332699 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1435269656 (terrain aware) 0.1435269656 (terrain unaware) Anelastic dt at level 1 would be: 11.44343077 (terrain aware) 11.44343077 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 28] ADVANCE from elapsed time = 54 to 56 with dt = 2 Making slow rhs at time 54 for fast variables advancing from 54 to 54.66666666667 Fast time integration at level 0 from 54 to 54.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 54 to 54.66666666667 with dt = 0.6666666666667 using RHS created at 54 Making slow rhs at time 54.66666666667 for fast variables advancing from 54 to 55 Fast time integration at level 0 from 54 to 54.5 with dt = 0.5 Fast time integration at level 0 from 54.5 to 55 with dt = 0.5 Time integration of scalars at level 0 from 54 to 55 with dt = 1 using RHS created at 54.66666666667 Making slow rhs at time 55 for fast variables advancing from 54 to 56 Fast time integration at level 0 from 54 to 54.5 with dt = 0.5 Fast time integration at level 0 from 54.5 to 55 with dt = 0.5 Fast time integration at level 0 from 55 to 55.5 with dt = 0.5 Fast time integration at level 0 from 55.5 to 56 with dt = 0.5 Time integration of scalars at level 0 from 54 to 56 with dt = 2 using RHS created at 55 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 28] Advanced 4096 cells [Level 1 step 28] ADVANCE from elapsed time = 54 to 56 with dt = 2 Making slow rhs at time 54 for fast variables advancing from 54 to 56 No-substepping time integration at level 1 to 56 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003310675987 0.001273698017 and volume-weighted sum 8596.88161 Subtracting 2.798464066e-06 from rhs in subdomain 0 Sum after subtraction -1.864827737e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003338660628 MLMG: Initial residual (resid0) = 0.0003338660628 MLMG: Final Iter. 6 resid, resid/bnorm = 1.165149709e-11, 3.489871653e-08 MLMG: Timers: Solve = 0.001625969 Iter = 0.001411401 Bottom = 0.000164639 Time in solve 0.001973251 Max/L2 norm of divergence after solve at level 1 : 2.79847138e-06 0.0001551066222 and volume-weighted sum 8596.88161 Time integration of scalars at level 1 from 54 to 56 with dt = 2 using RHS created at 54 Making slow rhs at time 56 for fast variables advancing from 54 to 56 No-substepping time integration at level 1 to 56 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.333824229e-05 0.0002298363702 and volume-weighted sum 8596.88161 Subtracting 2.798464066e-06 from rhs in subdomain 0 Sum after subtraction 2.168404345e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.053977823e-05 MLMG: Initial residual (resid0) = 1.053977823e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 2.603004776e-11, 2.469695964e-06 MLMG: Timers: Solve = 0.001431997 Iter = 0.001215774 Bottom = 0.000150199 Time in solve 0.001775763 Max/L2 norm of divergence after solve at level 1 : 2.798490096e-06 0.0001551066222 and volume-weighted sum 8596.88161 Time integration of scalars at level 1 from 54 to 56 with dt = 2 using RHS created at 56 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 28] Advanced 3072 cells Coarse STEP 28 ends. TIME = 56 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022814293 seconds. Coarse STEP 29 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.682274626 (terrain aware) 1.682274626 (terrain unaware) Anelastic dt at level 0 would be: 22.73503582 (terrain aware) 22.73503582 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1435024539 (terrain aware) 0.1435024539 (terrain unaware) Anelastic dt at level 1 would be: 11.04130948 (terrain aware) 11.04130948 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 29] ADVANCE from elapsed time = 56 to 58 with dt = 2 Making slow rhs at time 56 for fast variables advancing from 56 to 56.66666666667 Fast time integration at level 0 from 56 to 56.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 56 to 56.66666666667 with dt = 0.6666666666667 using RHS created at 56 Making slow rhs at time 56.66666666667 for fast variables advancing from 56 to 57 Fast time integration at level 0 from 56 to 56.5 with dt = 0.5 Fast time integration at level 0 from 56.5 to 57 with dt = 0.5 Time integration of scalars at level 0 from 56 to 57 with dt = 1 using RHS created at 56.66666666667 Making slow rhs at time 57 for fast variables advancing from 56 to 58 Fast time integration at level 0 from 56 to 56.5 with dt = 0.5 Fast time integration at level 0 from 56.5 to 57 with dt = 0.5 Fast time integration at level 0 from 57 to 57.5 with dt = 0.5 Fast time integration at level 0 from 57.5 to 58 with dt = 0.5 Time integration of scalars at level 0 from 56 to 58 with dt = 2 using RHS created at 57 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 29] Advanced 4096 cells [Level 1 step 29] ADVANCE from elapsed time = 56 to 58 with dt = 2 Making slow rhs at time 56 for fast variables advancing from 56 to 58 No-substepping time integration at level 1 to 58 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002802534625 0.0008973736874 and volume-weighted sum 8580.907688 Subtracting 2.793264221e-06 from rhs in subdomain 0 Sum after subtraction 1.539567085e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002774601982 MLMG: Initial residual (resid0) = 0.0002774601982 MLMG: Final Iter. 6 resid, resid/bnorm = 1.051623614e-11, 3.790178268e-08 MLMG: Timers: Solve = 0.00174563 Iter = 0.001414347 Bottom = 0.000165419 Time in solve 0.00209019 Max/L2 norm of divergence after solve at level 1 : 2.793270737e-06 0.0001548184176 and volume-weighted sum 8580.907688 Time integration of scalars at level 1 from 56 to 58 with dt = 2 using RHS created at 56 Making slow rhs at time 58 for fast variables advancing from 56 to 58 No-substepping time integration at level 1 to 58 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.376452937e-05 0.0002342659258 and volume-weighted sum 8580.907688 Subtracting 2.793264221e-06 from rhs in subdomain 0 Sum after subtraction 6.125742275e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.097126514e-05 MLMG: Initial residual (resid0) = 1.097126514e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 2.718619305e-11, 2.477945131e-06 MLMG: Timers: Solve = 0.001429935 Iter = 0.001203557 Bottom = 0.000141444 Time in solve 0.001772198 Max/L2 norm of divergence after solve at level 1 : 2.793291408e-06 0.0001548184176 and volume-weighted sum 8580.907688 Time integration of scalars at level 1 from 56 to 58 with dt = 2 using RHS created at 58 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 29] Advanced 3072 cells Coarse STEP 29 ends. TIME = 58 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023089798 seconds. Coarse STEP 30 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.678685497 (terrain aware) 1.678685497 (terrain unaware) Anelastic dt at level 0 would be: 22.55924867 (terrain aware) 22.55924867 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1434782725 (terrain aware) 0.1434782725 (terrain unaware) Anelastic dt at level 1 would be: 10.67097144 (terrain aware) 10.67097144 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 30] ADVANCE from elapsed time = 58 to 60 with dt = 2 Making slow rhs at time 58 for fast variables advancing from 58 to 58.66666666667 Fast time integration at level 0 from 58 to 58.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 58 to 58.66666666667 with dt = 0.6666666666667 using RHS created at 58 Making slow rhs at time 58.66666666667 for fast variables advancing from 58 to 59 Fast time integration at level 0 from 58 to 58.5 with dt = 0.5 Fast time integration at level 0 from 58.5 to 59 with dt = 0.5 Time integration of scalars at level 0 from 58 to 59 with dt = 1 using RHS created at 58.66666666667 Making slow rhs at time 59 for fast variables advancing from 58 to 60 Fast time integration at level 0 from 58 to 58.5 with dt = 0.5 Fast time integration at level 0 from 58.5 to 59 with dt = 0.5 Fast time integration at level 0 from 59 to 59.5 with dt = 0.5 Fast time integration at level 0 from 59.5 to 60 with dt = 0.5 Time integration of scalars at level 0 from 58 to 60 with dt = 2 using RHS created at 59 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 30] Advanced 4096 cells [Level 1 step 30] ADVANCE from elapsed time = 58 to 60 with dt = 2 Making slow rhs at time 58 for fast variables advancing from 58 to 60 No-substepping time integration at level 1 to 60 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000184110615 0.0008552763543 and volume-weighted sum 8319.86148 Subtracting 2.708288242e-06 from rhs in subdomain 0 Sum after subtraction -1.32272665e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001868189033 MLMG: Initial residual (resid0) = 0.0001868189033 MLMG: Final Iter. 6 resid, resid/bnorm = 1.109487239e-11, 5.938838199e-08 MLMG: Timers: Solve = 0.001646522 Iter = 0.00141625 Bottom = 0.000166281 Time in solve 0.001985668 Max/L2 norm of divergence after solve at level 1 : 2.708294847e-06 0.0001501085708 and volume-weighted sum 8319.86148 Time integration of scalars at level 1 from 58 to 60 with dt = 2 using RHS created at 58 Making slow rhs at time 60 for fast variables advancing from 58 to 60 No-substepping time integration at level 1 to 60 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.409079163e-05 0.0002363476541 and volume-weighted sum 8319.86148 Subtracting 2.708288242e-06 from rhs in subdomain 0 Sum after subtraction -1.219727444e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.138250339e-05 MLMG: Initial residual (resid0) = 1.138250339e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 2.830262271e-11, 2.486502462e-06 MLMG: Timers: Solve = 0.001420621 Iter = 0.001200731 Bottom = 0.000143752 Time in solve 0.001764846 Max/L2 norm of divergence after solve at level 1 : 2.708316545e-06 0.0001501085708 and volume-weighted sum 8319.86148 Time integration of scalars at level 1 from 58 to 60 with dt = 2 using RHS created at 60 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 30] Advanced 3072 cells Coarse STEP 30 ends. TIME = 60 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022969511 seconds. Coarse STEP 31 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.675313415 (terrain aware) 1.675313415 (terrain unaware) Anelastic dt at level 0 would be: 22.39034755 (terrain aware) 22.39034755 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1434541853 (terrain aware) 0.1434541853 (terrain unaware) Anelastic dt at level 1 would be: 10.32382262 (terrain aware) 10.32382262 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 31] ADVANCE from elapsed time = 60 to 62 with dt = 2 Making slow rhs at time 60 for fast variables advancing from 60 to 60.66666666667 Fast time integration at level 0 from 60 to 60.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 60 to 60.66666666667 with dt = 0.6666666666667 using RHS created at 60 Making slow rhs at time 60.66666666667 for fast variables advancing from 60 to 61 Fast time integration at level 0 from 60 to 60.5 with dt = 0.5 Fast time integration at level 0 from 60.5 to 61 with dt = 0.5 Time integration of scalars at level 0 from 60 to 61 with dt = 1 using RHS created at 60.66666666667 Making slow rhs at time 61 for fast variables advancing from 60 to 62 Fast time integration at level 0 from 60 to 60.5 with dt = 0.5 Fast time integration at level 0 from 60.5 to 61 with dt = 0.5 Fast time integration at level 0 from 61 to 61.5 with dt = 0.5 Fast time integration at level 0 from 61.5 to 62 with dt = 0.5 Time integration of scalars at level 0 from 60 to 62 with dt = 2 using RHS created at 61 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 31] Advanced 4096 cells [Level 1 step 31] ADVANCE from elapsed time = 60 to 62 with dt = 2 Making slow rhs at time 60 for fast variables advancing from 60 to 62 No-substepping time integration at level 1 to 62 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002373943627 0.001140728926 and volume-weighted sum 7891.90887 Subtracting 2.568980752e-06 from rhs in subdomain 0 Sum after subtraction -2.965292942e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002399633434 MLMG: Initial residual (resid0) = 0.0002399633434 MLMG: Final Iter. 6 resid, resid/bnorm = 1.291003117e-11, 5.380001373e-08 MLMG: Timers: Solve = 0.001623274 Iter = 0.001407617 Bottom = 0.000172553 Time in solve 0.002021029 Max/L2 norm of divergence after solve at level 1 : 2.56898721e-06 0.000142387366 and volume-weighted sum 7891.90887 Time integration of scalars at level 1 from 60 to 62 with dt = 2 using RHS created at 60 Making slow rhs at time 62 for fast variables advancing from 60 to 62 No-substepping time integration at level 1 to 62 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.444721798e-05 0.0002367245172 and volume-weighted sum 7891.90887 Subtracting 2.568980752e-06 from rhs in subdomain 0 Sum after subtraction -7.914675859e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.187823723e-05 MLMG: Initial residual (resid0) = 1.187823723e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 2.929611288e-11, 2.466368731e-06 MLMG: Timers: Solve = 0.001479625 Iter = 0.001264304 Bottom = 0.000149714 Time in solve 0.001820927 Max/L2 norm of divergence after solve at level 1 : 2.569010048e-06 0.000142387366 and volume-weighted sum 7891.90887 Time integration of scalars at level 1 from 60 to 62 with dt = 2 using RHS created at 62 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 31] Advanced 3072 cells Coarse STEP 31 ends. TIME = 62 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023874795 seconds. Coarse STEP 32 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.672566862 (terrain aware) 1.672566862 (terrain unaware) Anelastic dt at level 0 would be: 21.89796684 (terrain aware) 21.89796684 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1434300321 (terrain aware) 0.1434300321 (terrain unaware) Anelastic dt at level 1 would be: 10.00106398 (terrain aware) 10.00106398 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 32] ADVANCE from elapsed time = 62 to 64 with dt = 2 Making slow rhs at time 62 for fast variables advancing from 62 to 62.66666666667 Fast time integration at level 0 from 62 to 62.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 62 to 62.66666666667 with dt = 0.6666666666667 using RHS created at 62 Making slow rhs at time 62.66666666667 for fast variables advancing from 62 to 63 Fast time integration at level 0 from 62 to 62.5 with dt = 0.5 Fast time integration at level 0 from 62.5 to 63 with dt = 0.5 Time integration of scalars at level 0 from 62 to 63 with dt = 1 using RHS created at 62.66666666667 Making slow rhs at time 63 for fast variables advancing from 62 to 64 Fast time integration at level 0 from 62 to 62.5 with dt = 0.5 Fast time integration at level 0 from 62.5 to 63 with dt = 0.5 Fast time integration at level 0 from 63 to 63.5 with dt = 0.5 Fast time integration at level 0 from 63.5 to 64 with dt = 0.5 Time integration of scalars at level 0 from 62 to 64 with dt = 2 using RHS created at 63 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 32] Advanced 4096 cells [Level 1 step 32] ADVANCE from elapsed time = 62 to 64 with dt = 2 Making slow rhs at time 62 for fast variables advancing from 62 to 64 No-substepping time integration at level 1 to 64 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000168361217 0.0007849829861 and volume-weighted sum 7339.165728 Subtracting 2.389051344e-06 from rhs in subdomain 0 Sum after subtraction 3.241764496e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001707502684 MLMG: Initial residual (resid0) = 0.0001707502684 MLMG: Final Iter. 6 resid, resid/bnorm = 9.153109504e-12, 5.360524227e-08 MLMG: Timers: Solve = 0.001620719 Iter = 0.001401582 Bottom = 0.000170696 Time in solve 0.001970664 Max/L2 norm of divergence after solve at level 1 : 2.38905558e-06 0.0001324146659 and volume-weighted sum 7339.165728 Time integration of scalars at level 1 from 62 to 64 with dt = 2 using RHS created at 62 Making slow rhs at time 64 for fast variables advancing from 62 to 64 No-substepping time integration at level 1 to 64 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.476136783e-05 0.0002361992899 and volume-weighted sum 7339.165728 Subtracting 2.389051344e-06 from rhs in subdomain 0 Sum after subtraction 2.434033877e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.237231648e-05 MLMG: Initial residual (resid0) = 1.237231648e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.01797686e-11, 2.439298141e-06 MLMG: Timers: Solve = 0.001411865 Iter = 0.001197356 Bottom = 0.000143218 Time in solve 0.001758578 Max/L2 norm of divergence after solve at level 1 : 2.389081523e-06 0.0001324146659 and volume-weighted sum 7339.165728 Time integration of scalars at level 1 from 62 to 64 with dt = 2 using RHS created at 64 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 32] Advanced 3072 cells Coarse STEP 32 ends. TIME = 64 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022935498 seconds. Coarse STEP 33 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.670438289 (terrain aware) 1.670438289 (terrain unaware) Anelastic dt at level 0 would be: 21.05594075 (terrain aware) 21.05594075 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1434057028 (terrain aware) 0.1434057028 (terrain unaware) Anelastic dt at level 1 would be: 9.70057144 (terrain aware) 9.70057144 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 33] ADVANCE from elapsed time = 64 to 66 with dt = 2 Making slow rhs at time 64 for fast variables advancing from 64 to 64.66666666667 Fast time integration at level 0 from 64 to 64.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 64 to 64.66666666667 with dt = 0.6666666666667 using RHS created at 64 Making slow rhs at time 64.66666666667 for fast variables advancing from 64 to 65 Fast time integration at level 0 from 64 to 64.5 with dt = 0.5 Fast time integration at level 0 from 64.5 to 65 with dt = 0.5 Time integration of scalars at level 0 from 64 to 65 with dt = 1 using RHS created at 64.66666666667 Making slow rhs at time 65 for fast variables advancing from 64 to 66 Fast time integration at level 0 from 64 to 64.5 with dt = 0.5 Fast time integration at level 0 from 64.5 to 65 with dt = 0.5 Fast time integration at level 0 from 65 to 65.5 with dt = 0.5 Fast time integration at level 0 from 65.5 to 66 with dt = 0.5 Time integration of scalars at level 0 from 64 to 66 with dt = 2 using RHS created at 65 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 33] Advanced 4096 cells [Level 1 step 33] ADVANCE from elapsed time = 64 to 66 with dt = 2 Making slow rhs at time 64 for fast variables advancing from 64 to 66 No-substepping time integration at level 1 to 66 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000101288894 0.0004032521163 and volume-weighted sum 6699.728318 Subtracting 2.180901145e-06 from rhs in subdomain 0 Sum after subtraction -1.046255096e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.910799289e-05 MLMG: Initial residual (resid0) = 9.910799289e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.744776585e-11, 5.796481613e-07 MLMG: Timers: Solve = 0.001408762 Iter = 0.001192462 Bottom = 0.000135559 Time in solve 0.00175283 Max/L2 norm of divergence after solve at level 1 : 2.180947405e-06 0.0001208778109 and volume-weighted sum 6699.728318 Time integration of scalars at level 1 from 64 to 66 with dt = 2 using RHS created at 64 Making slow rhs at time 66 for fast variables advancing from 64 to 66 No-substepping time integration at level 1 to 66 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.502491083e-05 0.0002358950931 and volume-weighted sum 6699.728318 Subtracting 2.180901145e-06 from rhs in subdomain 0 Sum after subtraction -1.463672933e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.284400969e-05 MLMG: Initial residual (resid0) = 1.284400969e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.100910906e-11, 2.414285711e-06 MLMG: Timers: Solve = 0.001414727 Iter = 0.001200512 Bottom = 0.000142028 Time in solve 0.001752669 Max/L2 norm of divergence after solve at level 1 : 2.180932154e-06 0.0001208778109 and volume-weighted sum 6699.728318 Time integration of scalars at level 1 from 64 to 66 with dt = 2 using RHS created at 66 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 33] Advanced 3072 cells Coarse STEP 33 ends. TIME = 66 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022662495 seconds. Coarse STEP 34 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.668531278 (terrain aware) 1.668531278 (terrain unaware) Anelastic dt at level 0 would be: 20.1540918 (terrain aware) 20.1540918 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1433811319 (terrain aware) 0.1433811319 (terrain unaware) Anelastic dt at level 1 would be: 9.419858506 (terrain aware) 9.419858506 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 34] ADVANCE from elapsed time = 66 to 68 with dt = 2 Making slow rhs at time 66 for fast variables advancing from 66 to 66.66666666667 Fast time integration at level 0 from 66 to 66.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 66 to 66.66666666667 with dt = 0.6666666666667 using RHS created at 66 Making slow rhs at time 66.66666666667 for fast variables advancing from 66 to 67 Fast time integration at level 0 from 66 to 66.5 with dt = 0.5 Fast time integration at level 0 from 66.5 to 67 with dt = 0.5 Time integration of scalars at level 0 from 66 to 67 with dt = 1 using RHS created at 66.66666666667 Making slow rhs at time 67 for fast variables advancing from 66 to 68 Fast time integration at level 0 from 66 to 66.5 with dt = 0.5 Fast time integration at level 0 from 66.5 to 67 with dt = 0.5 Fast time integration at level 0 from 67 to 67.5 with dt = 0.5 Fast time integration at level 0 from 67.5 to 68 with dt = 0.5 Time integration of scalars at level 0 from 66 to 68 with dt = 2 using RHS created at 67 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 34] Advanced 4096 cells [Level 1 step 34] ADVANCE from elapsed time = 66 to 68 with dt = 2 Making slow rhs at time 66 for fast variables advancing from 66 to 68 No-substepping time integration at level 1 to 68 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001624788116 0.0008367001428 and volume-weighted sum 6037.368545 Subtracting 1.96528924e-06 from rhs in subdomain 0 Sum after subtraction -3.182133376e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001605135224 MLMG: Initial residual (resid0) = 0.0001605135224 MLMG: Final Iter. 5 resid, resid/bnorm = 9.214430255e-11, 5.740594387e-07 MLMG: Timers: Solve = 0.001419988 Iter = 0.001205995 Bottom = 0.000141466 Time in solve 0.001761529 Max/L2 norm of divergence after solve at level 1 : 1.965381384e-06 0.0001089273861 and volume-weighted sum 6037.368545 Time integration of scalars at level 1 from 66 to 68 with dt = 2 using RHS created at 66 Making slow rhs at time 68 for fast variables advancing from 66 to 68 No-substepping time integration at level 1 to 68 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.525332424e-05 0.0002358343063 and volume-weighted sum 6037.368545 Subtracting 1.96528924e-06 from rhs in subdomain 0 Sum after subtraction -1.452830911e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.3288035e-05 MLMG: Initial residual (resid0) = 1.3288035e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.183604339e-11, 2.395842831e-06 MLMG: Timers: Solve = 0.001416551 Iter = 0.001201948 Bottom = 0.000143156 Time in solve 0.001753198 Max/L2 norm of divergence after solve at level 1 : 1.965321076e-06 0.0001089273861 and volume-weighted sum 6037.368545 Time integration of scalars at level 1 from 66 to 68 with dt = 2 using RHS created at 68 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 34] Advanced 3072 cells Coarse STEP 34 ends. TIME = 68 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022688553 seconds. Coarse STEP 35 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.665540305 (terrain aware) 1.665540305 (terrain unaware) Anelastic dt at level 0 would be: 19.40893981 (terrain aware) 19.40893981 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1433564039 (terrain aware) 0.1433564039 (terrain unaware) Anelastic dt at level 1 would be: 9.156828942 (terrain aware) 9.156828942 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 35] ADVANCE from elapsed time = 68 to 70 with dt = 2 Making slow rhs at time 68 for fast variables advancing from 68 to 68.66666666667 Fast time integration at level 0 from 68 to 68.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 68 to 68.66666666667 with dt = 0.6666666666667 using RHS created at 68 Making slow rhs at time 68.66666666667 for fast variables advancing from 68 to 69 Fast time integration at level 0 from 68 to 68.5 with dt = 0.5 Fast time integration at level 0 from 68.5 to 69 with dt = 0.5 Time integration of scalars at level 0 from 68 to 69 with dt = 1 using RHS created at 68.66666666667 Making slow rhs at time 69 for fast variables advancing from 68 to 70 Fast time integration at level 0 from 68 to 68.5 with dt = 0.5 Fast time integration at level 0 from 68.5 to 69 with dt = 0.5 Fast time integration at level 0 from 69 to 69.5 with dt = 0.5 Fast time integration at level 0 from 69.5 to 70 with dt = 0.5 Time integration of scalars at level 0 from 68 to 70 with dt = 2 using RHS created at 69 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 35] Advanced 4096 cells [Level 1 step 35] ADVANCE from elapsed time = 68 to 70 with dt = 2 Making slow rhs at time 68 for fast variables advancing from 68 to 70 No-substepping time integration at level 1 to 70 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001312351495 0.0006794878838 and volume-weighted sum 5450.753727 Subtracting 1.774333896e-06 from rhs in subdomain 0 Sum after subtraction -3.258027528e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001305340281 MLMG: Initial residual (resid0) = 0.0001305340281 MLMG: Final Iter. 5 resid, resid/bnorm = 9.458895118e-11, 7.246306008e-07 MLMG: Timers: Solve = 0.00142278 Iter = 0.001197617 Bottom = 0.000141221 Time in solve 0.001764311 Max/L2 norm of divergence after solve at level 1 : 1.774428485e-06 9.834356662e-05 and volume-weighted sum 5450.753727 Time integration of scalars at level 1 from 68 to 70 with dt = 2 using RHS created at 68 Making slow rhs at time 70 for fast variables advancing from 68 to 70 No-substepping time integration at level 1 to 70 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.55630048e-05 0.0002372535847 and volume-weighted sum 5450.753727 Subtracting 1.774333896e-06 from rhs in subdomain 0 Sum after subtraction -2.455717921e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.37886709e-05 MLMG: Initial residual (resid0) = 1.37886709e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.272393438e-11, 2.373247908e-06 MLMG: Timers: Solve = 0.001470158 Iter = 0.001249285 Bottom = 0.000165119 Time in solve 0.001841811 Max/L2 norm of divergence after solve at level 1 : 1.77436662e-06 9.834356662e-05 and volume-weighted sum 5450.753727 Time integration of scalars at level 1 from 68 to 70 with dt = 2 using RHS created at 70 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 35] Advanced 3072 cells Coarse STEP 35 ends. TIME = 70 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023006791 seconds. Coarse STEP 36 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.662232232 (terrain aware) 1.662232232 (terrain unaware) Anelastic dt at level 0 would be: 18.8043147 (terrain aware) 18.8043147 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1433314297 (terrain aware) 0.1433314297 (terrain unaware) Anelastic dt at level 1 would be: 8.90969288 (terrain aware) 8.90969288 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 36] ADVANCE from elapsed time = 70 to 72 with dt = 2 Making slow rhs at time 70 for fast variables advancing from 70 to 70.66666666667 Fast time integration at level 0 from 70 to 70.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 70 to 70.66666666667 with dt = 0.6666666666667 using RHS created at 70 Making slow rhs at time 70.66666666667 for fast variables advancing from 70 to 71 Fast time integration at level 0 from 70 to 70.5 with dt = 0.5 Fast time integration at level 0 from 70.5 to 71 with dt = 0.5 Time integration of scalars at level 0 from 70 to 71 with dt = 1 using RHS created at 70.66666666667 Making slow rhs at time 71 for fast variables advancing from 70 to 72 Fast time integration at level 0 from 70 to 70.5 with dt = 0.5 Fast time integration at level 0 from 70.5 to 71 with dt = 0.5 Fast time integration at level 0 from 71 to 71.5 with dt = 0.5 Fast time integration at level 0 from 71.5 to 72 with dt = 0.5 Time integration of scalars at level 0 from 70 to 72 with dt = 2 using RHS created at 71 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 36] Advanced 4096 cells [Level 1 step 36] ADVANCE from elapsed time = 70 to 72 with dt = 2 Making slow rhs at time 70 for fast variables advancing from 70 to 72 No-substepping time integration at level 1 to 72 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001286718205 0.000516577694 and volume-weighted sum 5058.171122 Subtracting 1.646540079e-06 from rhs in subdomain 0 Sum after subtraction 5.204170428e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001303183606 MLMG: Initial residual (resid0) = 0.0001303183606 MLMG: Final Iter. 5 resid, resid/bnorm = 7.317326981e-11, 5.614962425e-07 MLMG: Timers: Solve = 0.00141685 Iter = 0.00120087 Bottom = 0.000148713 Time in solve 0.001759889 Max/L2 norm of divergence after solve at level 1 : 1.64659607e-06 9.126051435e-05 and volume-weighted sum 5058.171122 Time integration of scalars at level 1 from 70 to 72 with dt = 2 using RHS created at 70 Making slow rhs at time 72 for fast variables advancing from 70 to 72 No-substepping time integration at level 1 to 72 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.598807091e-05 0.0002411548195 and volume-weighted sum 5058.171122 Subtracting 1.646540079e-06 from rhs in subdomain 0 Sum after subtraction -1.962405932e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.434153083e-05 MLMG: Initial residual (resid0) = 1.434153083e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.362221187e-11, 2.34439491e-06 MLMG: Timers: Solve = 0.001423338 Iter = 0.001208507 Bottom = 0.000145011 Time in solve 0.001764333 Max/L2 norm of divergence after solve at level 1 : 1.646573701e-06 9.126051435e-05 and volume-weighted sum 5058.171122 Time integration of scalars at level 1 from 70 to 72 with dt = 2 using RHS created at 72 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 36] Advanced 3072 cells Coarse STEP 36 ends. TIME = 72 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022541446 seconds. Coarse STEP 37 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.65737248 (terrain aware) 1.65737248 (terrain unaware) Anelastic dt at level 0 would be: 18.22664046 (terrain aware) 18.22664046 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1433060387 (terrain aware) 0.1433060387 (terrain unaware) Anelastic dt at level 1 would be: 8.676874902 (terrain aware) 8.676874902 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 37] ADVANCE from elapsed time = 72 to 74 with dt = 2 Making slow rhs at time 72 for fast variables advancing from 72 to 72.66666666667 Fast time integration at level 0 from 72 to 72.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 72 to 72.66666666667 with dt = 0.6666666666667 using RHS created at 72 Making slow rhs at time 72.66666666667 for fast variables advancing from 72 to 73 Fast time integration at level 0 from 72 to 72.5 with dt = 0.5 Fast time integration at level 0 from 72.5 to 73 with dt = 0.5 Time integration of scalars at level 0 from 72 to 73 with dt = 1 using RHS created at 72.66666666667 Making slow rhs at time 73 for fast variables advancing from 72 to 74 Fast time integration at level 0 from 72 to 72.5 with dt = 0.5 Fast time integration at level 0 from 72.5 to 73 with dt = 0.5 Fast time integration at level 0 from 73 to 73.5 with dt = 0.5 Fast time integration at level 0 from 73.5 to 74 with dt = 0.5 Time integration of scalars at level 0 from 72 to 74 with dt = 2 using RHS created at 73 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 37] Advanced 4096 cells [Level 1 step 37] ADVANCE from elapsed time = 72 to 74 with dt = 2 Making slow rhs at time 72 for fast variables advancing from 72 to 74 No-substepping time integration at level 1 to 74 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002018325333 0.0006765606778 and volume-weighted sum 4949.511533 Subtracting 1.611169119e-06 from rhs in subdomain 0 Sum after subtraction 3.995285006e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002034437024 MLMG: Initial residual (resid0) = 0.0002034437024 MLMG: Final Iter. 5 resid, resid/bnorm = 8.616516226e-11, 4.235331999e-07 MLMG: Timers: Solve = 0.001412126 Iter = 0.001192792 Bottom = 0.000140959 Time in solve 0.00176046 Max/L2 norm of divergence after solve at level 1 : 1.611236159e-06 8.930005675e-05 and volume-weighted sum 4949.511533 Time integration of scalars at level 1 from 72 to 74 with dt = 2 using RHS created at 72 Making slow rhs at time 74 for fast variables advancing from 72 to 74 No-substepping time integration at level 1 to 74 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.647552011e-05 0.0002467455244 and volume-weighted sum 4949.511533 Subtracting 1.611169119e-06 from rhs in subdomain 0 Sum after subtraction 1.208885422e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.486435099e-05 MLMG: Initial residual (resid0) = 1.486435099e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.447063061e-11, 2.319013499e-06 MLMG: Timers: Solve = 0.001416806 Iter = 0.001198544 Bottom = 0.000151396 Time in solve 0.001760667 Max/L2 norm of divergence after solve at level 1 : 1.61120359e-06 8.930005675e-05 and volume-weighted sum 4949.511533 Time integration of scalars at level 1 from 72 to 74 with dt = 2 using RHS created at 74 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 37] Advanced 3072 cells Coarse STEP 37 ends. TIME = 74 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022746091 seconds. Coarse STEP 38 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.652441895 (terrain aware) 1.652441895 (terrain unaware) Anelastic dt at level 0 would be: 17.61649597 (terrain aware) 17.61649597 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1432800321 (terrain aware) 0.1432800321 (terrain unaware) Anelastic dt at level 1 would be: 8.456988501 (terrain aware) 8.456988501 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 38] ADVANCE from elapsed time = 74 to 76 with dt = 2 Making slow rhs at time 74 for fast variables advancing from 74 to 74.66666666667 Fast time integration at level 0 from 74 to 74.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 74 to 74.66666666667 with dt = 0.6666666666667 using RHS created at 74 Making slow rhs at time 74.66666666667 for fast variables advancing from 74 to 75 Fast time integration at level 0 from 74 to 74.5 with dt = 0.5 Fast time integration at level 0 from 74.5 to 75 with dt = 0.5 Time integration of scalars at level 0 from 74 to 75 with dt = 1 using RHS created at 74.66666666667 Making slow rhs at time 75 for fast variables advancing from 74 to 76 Fast time integration at level 0 from 74 to 74.5 with dt = 0.5 Fast time integration at level 0 from 74.5 to 75 with dt = 0.5 Fast time integration at level 0 from 75 to 75.5 with dt = 0.5 Fast time integration at level 0 from 75.5 to 76 with dt = 0.5 Time integration of scalars at level 0 from 74 to 76 with dt = 2 using RHS created at 75 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 38] Advanced 4096 cells [Level 1 step 38] ADVANCE from elapsed time = 74 to 76 with dt = 2 Making slow rhs at time 74 for fast variables advancing from 74 to 76 No-substepping time integration at level 1 to 76 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002159735885 0.000724006203 and volume-weighted sum 5144.411984 Subtracting 1.674613276e-06 from rhs in subdomain 0 Sum after subtraction -2.710505431e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002142989752 MLMG: Initial residual (resid0) = 0.0002142989752 MLMG: Final Iter. 6 resid, resid/bnorm = 7.935594104e-12, 3.703048087e-08 MLMG: Timers: Solve = 0.001642195 Iter = 0.001420941 Bottom = 0.000163045 Time in solve 0.001977245 Max/L2 norm of divergence after solve at level 1 : 1.674621211e-06 9.281648886e-05 and volume-weighted sum 5144.411984 Time integration of scalars at level 1 from 74 to 76 with dt = 2 using RHS created at 74 Making slow rhs at time 76 for fast variables advancing from 74 to 76 No-substepping time integration at level 1 to 76 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.702453003e-05 0.0002544113212 and volume-weighted sum 5144.411984 Subtracting 1.674613276e-06 from rhs in subdomain 0 Sum after subtraction -1.57209315e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.534991675e-05 MLMG: Initial residual (resid0) = 1.534991675e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.52959149e-11, 2.299420608e-06 MLMG: Timers: Solve = 0.001425958 Iter = 0.00121402 Bottom = 0.000142758 Time in solve 0.001763887 Max/L2 norm of divergence after solve at level 1 : 1.674648572e-06 9.281648886e-05 and volume-weighted sum 5144.411984 Time integration of scalars at level 1 from 74 to 76 with dt = 2 using RHS created at 76 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 38] Advanced 3072 cells Coarse STEP 38 ends. TIME = 76 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022778618 seconds. Coarse STEP 39 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.648063524 (terrain aware) 1.648063524 (terrain unaware) Anelastic dt at level 0 would be: 16.95888167 (terrain aware) 16.95888167 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1432532704 (terrain aware) 0.1432532704 (terrain unaware) Anelastic dt at level 1 would be: 8.247001946 (terrain aware) 8.247001946 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 39] ADVANCE from elapsed time = 76 to 78 with dt = 2 Making slow rhs at time 76 for fast variables advancing from 76 to 76.66666666667 Fast time integration at level 0 from 76 to 76.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 76 to 76.66666666667 with dt = 0.6666666666667 using RHS created at 76 Making slow rhs at time 76.66666666667 for fast variables advancing from 76 to 77 Fast time integration at level 0 from 76 to 76.5 with dt = 0.5 Fast time integration at level 0 from 76.5 to 77 with dt = 0.5 Time integration of scalars at level 0 from 76 to 77 with dt = 1 using RHS created at 76.66666666667 Making slow rhs at time 77 for fast variables advancing from 76 to 78 Fast time integration at level 0 from 76 to 76.5 with dt = 0.5 Fast time integration at level 0 from 76.5 to 77 with dt = 0.5 Fast time integration at level 0 from 77 to 77.5 with dt = 0.5 Fast time integration at level 0 from 77.5 to 78 with dt = 0.5 Time integration of scalars at level 0 from 76 to 78 with dt = 2 using RHS created at 77 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 39] Advanced 4096 cells [Level 1 step 39] ADVANCE from elapsed time = 76 to 78 with dt = 2 Making slow rhs at time 76 for fast variables advancing from 76 to 78 No-substepping time integration at level 1 to 78 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001848667166 0.0006445694113 and volume-weighted sum 5593.875937 Subtracting 1.820923157e-06 from rhs in subdomain 0 Sum after subtraction 3.930232875e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001830457935 MLMG: Initial residual (resid0) = 0.0001830457935 MLMG: Final Iter. 6 resid, resid/bnorm = 9.552337224e-12, 5.218550529e-08 MLMG: Timers: Solve = 0.001639518 Iter = 0.001418159 Bottom = 0.000165368 Time in solve 0.001974503 Max/L2 norm of divergence after solve at level 1 : 1.820932709e-06 0.0001009258056 and volume-weighted sum 5593.875937 Time integration of scalars at level 1 from 76 to 78 with dt = 2 using RHS created at 76 Making slow rhs at time 78 for fast variables advancing from 76 to 78 No-substepping time integration at level 1 to 78 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.77429202e-05 0.0002642608897 and volume-weighted sum 5593.875937 Subtracting 1.820923157e-06 from rhs in subdomain 0 Sum after subtraction 2.780978572e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.592199704e-05 MLMG: Initial residual (resid0) = 1.592199704e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.612669392e-11, 2.268980068e-06 MLMG: Timers: Solve = 0.001433927 Iter = 0.00120691 Bottom = 0.000141678 Time in solve 0.001768226 Max/L2 norm of divergence after solve at level 1 : 1.820959283e-06 0.0001009258056 and volume-weighted sum 5593.875937 Time integration of scalars at level 1 from 76 to 78 with dt = 2 using RHS created at 78 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 39] Advanced 3072 cells Coarse STEP 39 ends. TIME = 78 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023082845 seconds. Coarse STEP 40 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.644272 (terrain aware) 1.644272 (terrain unaware) Anelastic dt at level 0 would be: 16.31190262 (terrain aware) 16.31190262 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1432257336 (terrain aware) 0.1432257336 (terrain unaware) Anelastic dt at level 1 would be: 8.044358924 (terrain aware) 8.044358924 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 40] ADVANCE from elapsed time = 78 to 80 with dt = 2 Making slow rhs at time 78 for fast variables advancing from 78 to 78.66666666667 Fast time integration at level 0 from 78 to 78.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 78 to 78.66666666667 with dt = 0.6666666666667 using RHS created at 78 Making slow rhs at time 78.66666666667 for fast variables advancing from 78 to 79 Fast time integration at level 0 from 78 to 78.5 with dt = 0.5 Fast time integration at level 0 from 78.5 to 79 with dt = 0.5 Time integration of scalars at level 0 from 78 to 79 with dt = 1 using RHS created at 78.66666666667 Making slow rhs at time 79 for fast variables advancing from 78 to 80 Fast time integration at level 0 from 78 to 78.5 with dt = 0.5 Fast time integration at level 0 from 78.5 to 79 with dt = 0.5 Fast time integration at level 0 from 79 to 79.5 with dt = 0.5 Fast time integration at level 0 from 79.5 to 80 with dt = 0.5 Time integration of scalars at level 0 from 78 to 80 with dt = 2 using RHS created at 79 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 40] Advanced 4096 cells [Level 1 step 40] ADVANCE from elapsed time = 78 to 80 with dt = 2 Making slow rhs at time 78 for fast variables advancing from 78 to 80 No-substepping time integration at level 1 to 80 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001160040532 0.0006531478309 and volume-weighted sum 6226.346669 Subtracting 2.026805556e-06 from rhs in subdomain 0 Sum after subtraction 6.993104013e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001180308588 MLMG: Initial residual (resid0) = 0.0001180308588 MLMG: Final Iter. 6 resid, resid/bnorm = 9.032741273e-12, 7.652864147e-08 MLMG: Timers: Solve = 0.0016498 Iter = 0.00143336 Bottom = 0.000160839 Time in solve 0.002002003 Max/L2 norm of divergence after solve at level 1 : 2.026814589e-06 0.0001123369664 and volume-weighted sum 6226.346669 Time integration of scalars at level 1 from 78 to 80 with dt = 2 using RHS created at 78 Making slow rhs at time 80 for fast variables advancing from 78 to 80 No-substepping time integration at level 1 to 80 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.857361699e-05 0.0002755760439 and volume-weighted sum 6226.346669 Subtracting 2.026805556e-06 from rhs in subdomain 0 Sum after subtraction 2.981555974e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.654681144e-05 MLMG: Initial residual (resid0) = 1.654681144e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.694115684e-11, 2.232524193e-06 MLMG: Timers: Solve = 0.001761989 Iter = 0.001547413 Bottom = 0.00014308 Time in solve 0.002117031 Max/L2 norm of divergence after solve at level 1 : 2.026842498e-06 0.0001123369664 and volume-weighted sum 6226.346669 Time integration of scalars at level 1 from 78 to 80 with dt = 2 using RHS created at 80 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 40] Advanced 3072 cells Coarse STEP 40 ends. TIME = 80 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023325641 seconds. Coarse STEP 41 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.640653136 (terrain aware) 1.640653136 (terrain unaware) Anelastic dt at level 0 would be: 15.74204539 (terrain aware) 15.74204539 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1431975057 (terrain aware) 0.1431975057 (terrain unaware) Anelastic dt at level 1 would be: 7.852210517 (terrain aware) 7.852210517 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 41] ADVANCE from elapsed time = 80 to 82 with dt = 2 Making slow rhs at time 80 for fast variables advancing from 80 to 80.66666666667 Fast time integration at level 0 from 80 to 80.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 80 to 80.66666666667 with dt = 0.6666666666667 using RHS created at 80 Making slow rhs at time 80.66666666667 for fast variables advancing from 80 to 81 Fast time integration at level 0 from 80 to 80.5 with dt = 0.5 Fast time integration at level 0 from 80.5 to 81 with dt = 0.5 Time integration of scalars at level 0 from 80 to 81 with dt = 1 using RHS created at 80.66666666667 Making slow rhs at time 81 for fast variables advancing from 80 to 82 Fast time integration at level 0 from 80 to 80.5 with dt = 0.5 Fast time integration at level 0 from 80.5 to 81 with dt = 0.5 Fast time integration at level 0 from 81 to 81.5 with dt = 0.5 Fast time integration at level 0 from 81.5 to 82 with dt = 0.5 Time integration of scalars at level 0 from 80 to 82 with dt = 2 using RHS created at 81 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 41] Advanced 4096 cells [Level 1 step 41] ADVANCE from elapsed time = 80 to 82 with dt = 2 Making slow rhs at time 80 for fast variables advancing from 80 to 82 No-substepping time integration at level 1 to 82 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001436906057 0.0007057738308 and volume-weighted sum 6985.117574 Subtracting 2.273801294e-06 from rhs in subdomain 0 Sum after subtraction 1.626303259e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001414168044 MLMG: Initial residual (resid0) = 0.0001414168044 MLMG: Final Iter. 6 resid, resid/bnorm = 7.027130573e-12, 4.969091618e-08 MLMG: Timers: Solve = 0.001638863 Iter = 0.001419868 Bottom = 0.000168317 Time in solve 0.001989441 Max/L2 norm of divergence after solve at level 1 : 2.273808321e-06 0.0001260268597 and volume-weighted sum 6985.117574 Time integration of scalars at level 1 from 80 to 82 with dt = 2 using RHS created at 80 Making slow rhs at time 82 for fast variables advancing from 80 to 82 No-substepping time integration at level 1 to 82 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 1.940034962e-05 0.0002881757409 and volume-weighted sum 6985.117574 Subtracting 2.273801294e-06 from rhs in subdomain 0 Sum after subtraction 1.63172427e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.726946071e-05 MLMG: Initial residual (resid0) = 1.726946071e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.767695124e-11, 2.181709775e-06 MLMG: Timers: Solve = 0.001440895 Iter = 0.001221196 Bottom = 0.000144875 Time in solve 0.001780663 Max/L2 norm of divergence after solve at level 1 : 2.273838971e-06 0.0001260268597 and volume-weighted sum 6985.117574 Time integration of scalars at level 1 from 80 to 82 with dt = 2 using RHS created at 82 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 41] Advanced 3072 cells Coarse STEP 41 ends. TIME = 82 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02356549 seconds. Coarse STEP 42 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.636767557 (terrain aware) 1.636767557 (terrain unaware) Anelastic dt at level 0 would be: 15.32129793 (terrain aware) 15.32129793 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1431687062 (terrain aware) 0.1431687062 (terrain unaware) Anelastic dt at level 1 would be: 7.670130069 (terrain aware) 7.670130069 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 42] ADVANCE from elapsed time = 82 to 84 with dt = 2 Making slow rhs at time 82 for fast variables advancing from 82 to 82.66666666667 Fast time integration at level 0 from 82 to 82.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 82 to 82.66666666667 with dt = 0.6666666666667 using RHS created at 82 Making slow rhs at time 82.66666666667 for fast variables advancing from 82 to 83 Fast time integration at level 0 from 82 to 82.5 with dt = 0.5 Fast time integration at level 0 from 82.5 to 83 with dt = 0.5 Time integration of scalars at level 0 from 82 to 83 with dt = 1 using RHS created at 82.66666666667 Making slow rhs at time 83 for fast variables advancing from 82 to 84 Fast time integration at level 0 from 82 to 82.5 with dt = 0.5 Fast time integration at level 0 from 82.5 to 83 with dt = 0.5 Fast time integration at level 0 from 83 to 83.5 with dt = 0.5 Fast time integration at level 0 from 83.5 to 84 with dt = 0.5 Time integration of scalars at level 0 from 82 to 84 with dt = 2 using RHS created at 83 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 42] Advanced 4096 cells [Level 1 step 42] ADVANCE from elapsed time = 82 to 84 with dt = 2 Making slow rhs at time 82 for fast variables advancing from 82 to 84 No-substepping time integration at level 1 to 84 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.9358374e-05 0.0004381884579 and volume-weighted sum 7828.32877 Subtracting 2.548284105e-06 from rhs in subdomain 0 Sum after subtraction 1.4474099e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.68100899e-05 MLMG: Initial residual (resid0) = 7.68100899e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.047345046e-11, 9.175025125e-07 MLMG: Timers: Solve = 0.00146248 Iter = 0.00124808 Bottom = 0.00014349 Time in solve 0.001811067 Max/L2 norm of divergence after solve at level 1 : 2.548342046e-06 0.0001412402413 and volume-weighted sum 7828.32877 Time integration of scalars at level 1 from 82 to 84 with dt = 2 using RHS created at 82 Making slow rhs at time 84 for fast variables advancing from 82 to 84 No-substepping time integration at level 1 to 84 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.019887893e-05 0.0003020078553 and volume-weighted sum 7828.32877 Subtracting 2.548284105e-06 from rhs in subdomain 0 Sum after subtraction 2.564138138e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.80731178e-05 MLMG: Initial residual (resid0) = 1.80731178e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.834223005e-11, 2.121506122e-06 MLMG: Timers: Solve = 0.001424547 Iter = 0.001207717 Bottom = 0.000145947 Time in solve 0.001759113 Max/L2 norm of divergence after solve at level 1 : 2.548322447e-06 0.0001412402413 and volume-weighted sum 7828.32877 Time integration of scalars at level 1 from 82 to 84 with dt = 2 using RHS created at 84 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 42] Advanced 3072 cells Coarse STEP 42 ends. TIME = 84 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022987848 seconds. Coarse STEP 43 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.632709645 (terrain aware) 1.632709645 (terrain unaware) Anelastic dt at level 0 would be: 15.03530313 (terrain aware) 15.03530313 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1431394303 (terrain aware) 0.1431394303 (terrain unaware) Anelastic dt at level 1 would be: 7.49778917 (terrain aware) 7.49778917 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 43] ADVANCE from elapsed time = 84 to 86 with dt = 2 Making slow rhs at time 84 for fast variables advancing from 84 to 84.66666666667 Fast time integration at level 0 from 84 to 84.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 84 to 84.66666666667 with dt = 0.6666666666667 using RHS created at 84 Making slow rhs at time 84.66666666667 for fast variables advancing from 84 to 85 Fast time integration at level 0 from 84 to 84.5 with dt = 0.5 Fast time integration at level 0 from 84.5 to 85 with dt = 0.5 Time integration of scalars at level 0 from 84 to 85 with dt = 1 using RHS created at 84.66666666667 Making slow rhs at time 85 for fast variables advancing from 84 to 86 Fast time integration at level 0 from 84 to 84.5 with dt = 0.5 Fast time integration at level 0 from 84.5 to 85 with dt = 0.5 Fast time integration at level 0 from 85 to 85.5 with dt = 0.5 Fast time integration at level 0 from 85.5 to 86 with dt = 0.5 Time integration of scalars at level 0 from 84 to 86 with dt = 2 using RHS created at 85 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 43] Advanced 4096 cells [Level 1 step 43] ADVANCE from elapsed time = 84 to 86 with dt = 2 Making slow rhs at time 84 for fast variables advancing from 84 to 86 No-substepping time integration at level 1 to 86 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.138195763e-05 0.0004428555143 and volume-weighted sum 8702.07808 Subtracting 2.832707708e-06 from rhs in subdomain 0 Sum after subtraction 2.553296116e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.854924992e-05 MLMG: Initial residual (resid0) = 5.854924992e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.700524606e-11, 8.028325918e-07 MLMG: Timers: Solve = 0.001428376 Iter = 0.001211621 Bottom = 0.000142356 Time in solve 0.001766627 Max/L2 norm of divergence after solve at level 1 : 2.832754714e-06 0.0001570045976 and volume-weighted sum 8702.07808 Time integration of scalars at level 1 from 84 to 86 with dt = 2 using RHS created at 84 Making slow rhs at time 86 for fast variables advancing from 84 to 86 No-substepping time integration at level 1 to 86 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.121619611e-05 0.0003166202668 and volume-weighted sum 8702.07808 Subtracting 2.832707708e-06 from rhs in subdomain 0 Sum after subtraction 2.406928823e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.888406142e-05 MLMG: Initial residual (resid0) = 1.888406142e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 3.93720708e-11, 2.0849366e-06 MLMG: Timers: Solve = 0.001425446 Iter = 0.001207464 Bottom = 0.000144035 Time in solve 0.001759195 Max/L2 norm of divergence after solve at level 1 : 2.83274708e-06 0.0001570045976 and volume-weighted sum 8702.07808 Time integration of scalars at level 1 from 84 to 86 with dt = 2 using RHS created at 86 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 43] Advanced 3072 cells Coarse STEP 43 ends. TIME = 86 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022475488 seconds. Coarse STEP 44 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.629201615 (terrain aware) 1.629201615 (terrain unaware) Anelastic dt at level 0 would be: 14.79606059 (terrain aware) 14.79606059 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1431097417 (terrain aware) 0.1431097417 (terrain unaware) Anelastic dt at level 1 would be: 7.334875697 (terrain aware) 7.334875697 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 44] ADVANCE from elapsed time = 86 to 88 with dt = 2 Making slow rhs at time 86 for fast variables advancing from 86 to 86.66666666667 Fast time integration at level 0 from 86 to 86.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 86 to 86.66666666667 with dt = 0.6666666666667 using RHS created at 86 Making slow rhs at time 86.66666666667 for fast variables advancing from 86 to 87 Fast time integration at level 0 from 86 to 86.5 with dt = 0.5 Fast time integration at level 0 from 86.5 to 87 with dt = 0.5 Time integration of scalars at level 0 from 86 to 87 with dt = 1 using RHS created at 86.66666666667 Making slow rhs at time 87 for fast variables advancing from 86 to 88 Fast time integration at level 0 from 86 to 86.5 with dt = 0.5 Fast time integration at level 0 from 86.5 to 87 with dt = 0.5 Fast time integration at level 0 from 87 to 87.5 with dt = 0.5 Fast time integration at level 0 from 87.5 to 88 with dt = 0.5 Time integration of scalars at level 0 from 86 to 88 with dt = 2 using RHS created at 87 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 44] Advanced 4096 cells [Level 1 step 44] ADVANCE from elapsed time = 86 to 88 with dt = 2 Making slow rhs at time 86 for fast variables advancing from 86 to 88 No-substepping time integration at level 1 to 88 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001104880391 0.0006200473457 and volume-weighted sum 9530.733352 Subtracting 3.102452263e-06 from rhs in subdomain 0 Sum after subtraction 4.727121472e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001135904913 MLMG: Initial residual (resid0) = 0.0001135904913 MLMG: Final Iter. 5 resid, resid/bnorm = 9.1668435e-11, 8.07007998e-07 MLMG: Timers: Solve = 0.001421231 Iter = 0.001209095 Bottom = 0.000144752 Time in solve 0.001763896 Max/L2 norm of divergence after solve at level 1 : 3.102543931e-06 0.0001719553583 and volume-weighted sum 9530.733352 Time integration of scalars at level 1 from 86 to 88 with dt = 2 using RHS created at 86 Making slow rhs at time 88 for fast variables advancing from 86 to 88 No-substepping time integration at level 1 to 88 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.217643621e-05 0.0003311034752 and volume-weighted sum 9530.733352 Subtracting 3.102452263e-06 from rhs in subdomain 0 Sum after subtraction 3.1441863e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 1.969641849e-05 MLMG: Initial residual (resid0) = 1.969641849e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.069286143e-11, 2.066003089e-06 MLMG: Timers: Solve = 0.001428866 Iter = 0.00121449 Bottom = 0.000145583 Time in solve 0.00176269 Max/L2 norm of divergence after solve at level 1 : 3.102492956e-06 0.0001719553583 and volume-weighted sum 9530.733352 Time integration of scalars at level 1 from 86 to 88 with dt = 2 using RHS created at 88 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 44] Advanced 3072 cells Coarse STEP 44 ends. TIME = 88 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02262839 seconds. Coarse STEP 45 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.626726974 (terrain aware) 1.626726974 (terrain unaware) Anelastic dt at level 0 would be: 14.56698999 (terrain aware) 14.56698999 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1430797019 (terrain aware) 0.1430797019 (terrain unaware) Anelastic dt at level 1 would be: 7.181047981 (terrain aware) 7.181047981 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 45] ADVANCE from elapsed time = 88 to 90 with dt = 2 Making slow rhs at time 88 for fast variables advancing from 88 to 88.66666666667 Fast time integration at level 0 from 88 to 88.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 88 to 88.66666666667 with dt = 0.6666666666667 using RHS created at 88 Making slow rhs at time 88.66666666667 for fast variables advancing from 88 to 89 Fast time integration at level 0 from 88 to 88.5 with dt = 0.5 Fast time integration at level 0 from 88.5 to 89 with dt = 0.5 Time integration of scalars at level 0 from 88 to 89 with dt = 1 using RHS created at 88.66666666667 Making slow rhs at time 89 for fast variables advancing from 88 to 90 Fast time integration at level 0 from 88 to 88.5 with dt = 0.5 Fast time integration at level 0 from 88.5 to 89 with dt = 0.5 Fast time integration at level 0 from 89 to 89.5 with dt = 0.5 Fast time integration at level 0 from 89.5 to 90 with dt = 0.5 Time integration of scalars at level 0 from 88 to 90 with dt = 2 using RHS created at 89 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 45] Advanced 4096 cells [Level 1 step 45] ADVANCE from elapsed time = 88 to 90 with dt = 2 Making slow rhs at time 88 for fast variables advancing from 88 to 90 No-substepping time integration at level 1 to 90 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.025255466e-05 0.0004751696832 and volume-weighted sum 10233.73377 Subtracting 3.331293543e-06 from rhs in subdomain 0 Sum after subtraction 4.976487972e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.692126111e-05 MLMG: Initial residual (resid0) = 6.692126111e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.876413757e-11, 1.176967323e-06 MLMG: Timers: Solve = 0.001492358 Iter = 0.001274403 Bottom = 0.000140741 Time in solve 0.001820228 Max/L2 norm of divergence after solve at level 1 : 3.331372308e-06 0.0001846390295 and volume-weighted sum 10233.73377 Time integration of scalars at level 1 from 88 to 90 with dt = 2 using RHS created at 88 Making slow rhs at time 90 for fast variables advancing from 88 to 90 No-substepping time integration at level 1 to 90 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.302331234e-05 0.0003446143241 and volume-weighted sum 10233.73377 Subtracting 3.331293543e-06 from rhs in subdomain 0 Sum after subtraction 4.531965081e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.050326634e-05 MLMG: Initial residual (resid0) = 2.050326634e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.207701494e-11, 2.052210328e-06 MLMG: Timers: Solve = 0.001770542 Iter = 0.001556149 Bottom = 0.000145561 Time in solve 0.002095955 Max/L2 norm of divergence after solve at level 1 : 3.33133562e-06 0.0001846390295 and volume-weighted sum 10233.73377 Time integration of scalars at level 1 from 88 to 90 with dt = 2 using RHS created at 90 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 45] Advanced 3072 cells Coarse STEP 45 ends. TIME = 90 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023083811 seconds. Coarse STEP 46 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.624899733 (terrain aware) 1.624899733 (terrain unaware) Anelastic dt at level 0 would be: 14.32961606 (terrain aware) 14.32961606 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1430493912 (terrain aware) 0.1430493912 (terrain unaware) Anelastic dt at level 1 would be: 7.033532744 (terrain aware) 7.033532744 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 46] ADVANCE from elapsed time = 90 to 92 with dt = 2 Making slow rhs at time 90 for fast variables advancing from 90 to 90.66666666667 Fast time integration at level 0 from 90 to 90.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 90 to 90.66666666667 with dt = 0.6666666666667 using RHS created at 90 Making slow rhs at time 90.66666666667 for fast variables advancing from 90 to 91 Fast time integration at level 0 from 90 to 90.5 with dt = 0.5 Fast time integration at level 0 from 90.5 to 91 with dt = 0.5 Time integration of scalars at level 0 from 90 to 91 with dt = 1 using RHS created at 90.66666666667 Making slow rhs at time 91 for fast variables advancing from 90 to 92 Fast time integration at level 0 from 90 to 90.5 with dt = 0.5 Fast time integration at level 0 from 90.5 to 91 with dt = 0.5 Fast time integration at level 0 from 91 to 91.5 with dt = 0.5 Fast time integration at level 0 from 91.5 to 92 with dt = 0.5 Time integration of scalars at level 0 from 90 to 92 with dt = 2 using RHS created at 91 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 46] Advanced 4096 cells [Level 1 step 46] ADVANCE from elapsed time = 90 to 92 with dt = 2 Making slow rhs at time 90 for fast variables advancing from 90 to 92 No-substepping time integration at level 1 to 92 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.113519132e-05 0.0004803150164 and volume-weighted sum 10754.58334 Subtracting 3.500840933e-06 from rhs in subdomain 0 Sum after subtraction 4.239230494e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.463603225e-05 MLMG: Initial residual (resid0) = 9.463603225e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.517526277e-11, 9.000299436e-07 MLMG: Timers: Solve = 0.001818399 Iter = 0.001510974 Bottom = 0.000137121 Time in solve 0.00215687 Max/L2 norm of divergence after solve at level 1 : 3.500907664e-06 0.0001940362997 and volume-weighted sum 10754.58334 Time integration of scalars at level 1 from 90 to 92 with dt = 2 using RHS created at 90 Making slow rhs at time 92 for fast variables advancing from 90 to 92 No-substepping time integration at level 1 to 92 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.39165705e-05 0.0003567484117 and volume-weighted sum 10754.58334 Subtracting 3.500840933e-06 from rhs in subdomain 0 Sum after subtraction -5.421010862e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.136506092e-05 MLMG: Initial residual (resid0) = 2.136506092e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.341998936e-11, 2.032289518e-06 MLMG: Timers: Solve = 0.001431203 Iter = 0.001218188 Bottom = 0.000145822 Time in solve 0.001763253 Max/L2 norm of divergence after solve at level 1 : 3.500884353e-06 0.0001940362997 and volume-weighted sum 10754.58334 Time integration of scalars at level 1 from 90 to 92 with dt = 2 using RHS created at 92 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 46] Advanced 3072 cells Coarse STEP 46 ends. TIME = 92 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022782337 seconds. Coarse STEP 47 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.622964147 (terrain aware) 1.622964147 (terrain unaware) Anelastic dt at level 0 would be: 14.10291609 (terrain aware) 14.10291609 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1430188921 (terrain aware) 0.1430188921 (terrain unaware) Anelastic dt at level 1 would be: 6.891851882 (terrain aware) 6.891851882 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 47] ADVANCE from elapsed time = 92 to 94 with dt = 2 Making slow rhs at time 92 for fast variables advancing from 92 to 92.66666666667 Fast time integration at level 0 from 92 to 92.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 92 to 92.66666666667 with dt = 0.6666666666667 using RHS created at 92 Making slow rhs at time 92.66666666667 for fast variables advancing from 92 to 93 Fast time integration at level 0 from 92 to 92.5 with dt = 0.5 Fast time integration at level 0 from 92.5 to 93 with dt = 0.5 Time integration of scalars at level 0 from 92 to 93 with dt = 1 using RHS created at 92.66666666667 Making slow rhs at time 93 for fast variables advancing from 92 to 94 Fast time integration at level 0 from 92 to 92.5 with dt = 0.5 Fast time integration at level 0 from 92.5 to 93 with dt = 0.5 Fast time integration at level 0 from 93 to 93.5 with dt = 0.5 Fast time integration at level 0 from 93.5 to 94 with dt = 0.5 Time integration of scalars at level 0 from 92 to 94 with dt = 2 using RHS created at 93 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 47] Advanced 4096 cells [Level 1 step 47] ADVANCE from elapsed time = 92 to 94 with dt = 2 Making slow rhs at time 92 for fast variables advancing from 92 to 94 No-substepping time integration at level 1 to 94 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001495573084 0.0006312223169 and volume-weighted sum 11080.1171 Subtracting 3.606808953e-06 from rhs in subdomain 0 Sum after subtraction 4.098284212e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001531641174 MLMG: Initial residual (resid0) = 0.0001531641174 MLMG: Final Iter. 6 resid, resid/bnorm = 5.476392818e-12, 3.575506399e-08 MLMG: Timers: Solve = 0.001641404 Iter = 0.001424271 Bottom = 0.000165003 Time in solve 0.001979664 Max/L2 norm of divergence after solve at level 1 : 3.606813732e-06 0.0001999096435 and volume-weighted sum 11080.1171 Time integration of scalars at level 1 from 92 to 94 with dt = 2 using RHS created at 92 Making slow rhs at time 94 for fast variables advancing from 92 to 94 No-substepping time integration at level 1 to 94 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.483496072e-05 0.0003672311962 and volume-weighted sum 11080.1171 Subtracting 3.606808953e-06 from rhs in subdomain 0 Sum after subtraction 2.710505431e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.239928046e-05 MLMG: Initial residual (resid0) = 2.239928046e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.468293805e-11, 1.994838099e-06 MLMG: Timers: Solve = 0.001427916 Iter = 0.001215509 Bottom = 0.000144314 Time in solve 0.001761591 Max/L2 norm of divergence after solve at level 1 : 3.606853636e-06 0.0001999096435 and volume-weighted sum 11080.1171 Time integration of scalars at level 1 from 92 to 94 with dt = 2 using RHS created at 94 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 47] Advanced 3072 cells Coarse STEP 47 ends. TIME = 94 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022748384 seconds. Coarse STEP 48 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.620239235 (terrain aware) 1.620239235 (terrain unaware) Anelastic dt at level 0 would be: 13.91978844 (terrain aware) 13.91978844 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1429882447 (terrain aware) 0.1429882447 (terrain unaware) Anelastic dt at level 1 would be: 6.758171256 (terrain aware) 6.758171256 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 48] ADVANCE from elapsed time = 94 to 96 with dt = 2 Making slow rhs at time 94 for fast variables advancing from 94 to 94.66666666667 Fast time integration at level 0 from 94 to 94.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 94 to 94.66666666667 with dt = 0.6666666666667 using RHS created at 94 Making slow rhs at time 94.66666666667 for fast variables advancing from 94 to 95 Fast time integration at level 0 from 94 to 94.5 with dt = 0.5 Fast time integration at level 0 from 94.5 to 95 with dt = 0.5 Time integration of scalars at level 0 from 94 to 95 with dt = 1 using RHS created at 94.66666666667 Making slow rhs at time 95 for fast variables advancing from 94 to 96 Fast time integration at level 0 from 94 to 94.5 with dt = 0.5 Fast time integration at level 0 from 94.5 to 95 with dt = 0.5 Fast time integration at level 0 from 95 to 95.5 with dt = 0.5 Fast time integration at level 0 from 95.5 to 96 with dt = 0.5 Time integration of scalars at level 0 from 94 to 96 with dt = 2 using RHS created at 95 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 48] Advanced 4096 cells [Level 1 step 48] ADVANCE from elapsed time = 94 to 96 with dt = 2 Making slow rhs at time 94 for fast variables advancing from 94 to 96 No-substepping time integration at level 1 to 96 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001173202019 0.0005720692021 and volume-weighted sum 11242.70644 Subtracting 3.65973517e-06 from rhs in subdomain 0 Sum after subtraction -1.181780368e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001136604667 MLMG: Initial residual (resid0) = 0.0001136604667 MLMG: Final Iter. 5 resid, resid/bnorm = 9.910490653e-11, 8.719382332e-07 MLMG: Timers: Solve = 0.001423191 Iter = 0.00121113 Bottom = 0.000140004 Time in solve 0.001761403 Max/L2 norm of divergence after solve at level 1 : 3.659816023e-06 0.0002028431122 and volume-weighted sum 11242.70644 Time integration of scalars at level 1 from 94 to 96 with dt = 2 using RHS created at 94 Making slow rhs at time 96 for fast variables advancing from 94 to 96 No-substepping time integration at level 1 to 96 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.560584637e-05 0.000375905941 and volume-weighted sum 11242.70644 Subtracting 3.65973517e-06 from rhs in subdomain 0 Sum after subtraction 3.035766083e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.344887513e-05 MLMG: Initial residual (resid0) = 2.344887513e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.587958738e-11, 1.956579457e-06 MLMG: Timers: Solve = 0.001435666 Iter = 0.001213455 Bottom = 0.000148734 Time in solve 0.001769862 Max/L2 norm of divergence after solve at level 1 : 3.65978105e-06 0.0002028431122 and volume-weighted sum 11242.70644 Time integration of scalars at level 1 from 94 to 96 with dt = 2 using RHS created at 96 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 48] Advanced 3072 cells Coarse STEP 48 ends. TIME = 96 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02276624 seconds. Coarse STEP 49 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.616845878 (terrain aware) 1.616845878 (terrain unaware) Anelastic dt at level 0 would be: 13.79651304 (terrain aware) 13.79651304 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1429574118 (terrain aware) 0.1429574118 (terrain unaware) Anelastic dt at level 1 would be: 6.632033036 (terrain aware) 6.632033036 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 49] ADVANCE from elapsed time = 96 to 98 with dt = 2 Making slow rhs at time 96 for fast variables advancing from 96 to 96.66666666667 Fast time integration at level 0 from 96 to 96.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 96 to 96.66666666667 with dt = 0.6666666666667 using RHS created at 96 Making slow rhs at time 96.66666666667 for fast variables advancing from 96 to 97 Fast time integration at level 0 from 96 to 96.5 with dt = 0.5 Fast time integration at level 0 from 96.5 to 97 with dt = 0.5 Time integration of scalars at level 0 from 96 to 97 with dt = 1 using RHS created at 96.66666666667 Making slow rhs at time 97 for fast variables advancing from 96 to 98 Fast time integration at level 0 from 96 to 96.5 with dt = 0.5 Fast time integration at level 0 from 96.5 to 97 with dt = 0.5 Fast time integration at level 0 from 97 to 97.5 with dt = 0.5 Fast time integration at level 0 from 97.5 to 98 with dt = 0.5 Time integration of scalars at level 0 from 96 to 98 with dt = 2 using RHS created at 97 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 49] Advanced 4096 cells [Level 1 step 49] ADVANCE from elapsed time = 96 to 98 with dt = 2 Making slow rhs at time 96 for fast variables advancing from 96 to 98 No-substepping time integration at level 1 to 98 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.609745071e-05 0.0004860068313 and volume-weighted sum 11297.49501 Subtracting 3.677569989e-06 from rhs in subdomain 0 Sum after subtraction -8.966351966e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.97750207e-05 MLMG: Initial residual (resid0) = 6.97750207e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.158371359e-11, 1.169239547e-06 MLMG: Timers: Solve = 0.001413088 Iter = 0.001197645 Bottom = 0.000138929 Time in solve 0.001752624 Max/L2 norm of divergence after solve at level 1 : 3.677643404e-06 0.0002038316182 and volume-weighted sum 11297.49501 Time integration of scalars at level 1 from 96 to 98 with dt = 2 using RHS created at 96 Making slow rhs at time 98 for fast variables advancing from 96 to 98 No-substepping time integration at level 1 to 98 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.63537521e-05 0.000383796446 and volume-weighted sum 11297.49501 Subtracting 3.677569989e-06 from rhs in subdomain 0 Sum after subtraction -3.480288974e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.450782856e-05 MLMG: Initial residual (resid0) = 2.450782856e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.700218418e-11, 1.917843683e-06 MLMG: Timers: Solve = 0.001442998 Iter = 0.00122752 Bottom = 0.000145379 Time in solve 0.001779739 Max/L2 norm of divergence after solve at level 1 : 3.677616991e-06 0.0002038316182 and volume-weighted sum 11297.49501 Time integration of scalars at level 1 from 96 to 98 with dt = 2 using RHS created at 98 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 49] Advanced 3072 cells Coarse STEP 49 ends. TIME = 98 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022483679 seconds. Coarse STEP 50 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.613271493 (terrain aware) 1.613271493 (terrain unaware) Anelastic dt at level 0 would be: 13.70498342 (terrain aware) 13.70498342 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1429259354 (terrain aware) 0.1429259354 (terrain unaware) Anelastic dt at level 1 would be: 6.512952622 (terrain aware) 6.512952622 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 50] ADVANCE from elapsed time = 98 to 100 with dt = 2 Making slow rhs at time 98 for fast variables advancing from 98 to 98.66666666667 Fast time integration at level 0 from 98 to 98.66666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 98 to 98.66666666667 with dt = 0.6666666666667 using RHS created at 98 Making slow rhs at time 98.66666666667 for fast variables advancing from 98 to 99 Fast time integration at level 0 from 98 to 98.5 with dt = 0.5 Fast time integration at level 0 from 98.5 to 99 with dt = 0.5 Time integration of scalars at level 0 from 98 to 99 with dt = 1 using RHS created at 98.66666666667 Making slow rhs at time 99 for fast variables advancing from 98 to 100 Fast time integration at level 0 from 98 to 98.5 with dt = 0.5 Fast time integration at level 0 from 98.5 to 99 with dt = 0.5 Fast time integration at level 0 from 99 to 99.5 with dt = 0.5 Fast time integration at level 0 from 99.5 to 100 with dt = 0.5 Time integration of scalars at level 0 from 98 to 100 with dt = 2 using RHS created at 99 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 50] Advanced 4096 cells [Level 1 step 50] ADVANCE from elapsed time = 98 to 100 with dt = 2 Making slow rhs at time 98 for fast variables advancing from 98 to 100 No-substepping time integration at level 1 to 100 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.41679154e-05 0.0006011115525 and volume-weighted sum 11287.44307 Subtracting 3.674297875e-06 from rhs in subdomain 0 Sum after subtraction 5.854691731e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.784221327e-05 MLMG: Initial residual (resid0) = 9.784221327e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.37281854e-11, 9.579524242e-07 MLMG: Timers: Solve = 0.001425644 Iter = 0.001213651 Bottom = 0.000146529 Time in solve 0.001760472 Max/L2 norm of divergence after solve at level 1 : 3.674391603e-06 0.0002036502592 and volume-weighted sum 11287.44307 Time integration of scalars at level 1 from 98 to 100 with dt = 2 using RHS created at 98 Making slow rhs at time 100 for fast variables advancing from 98 to 100 No-substepping time integration at level 1 to 100 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.729838292e-05 0.0003914024307 and volume-weighted sum 11287.44307 Subtracting 3.674297875e-06 from rhs in subdomain 0 Sum after subtraction 4.228388473e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.556762565e-05 MLMG: Initial residual (resid0) = 2.556762565e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.800989588e-11, 1.877761218e-06 MLMG: Timers: Solve = 0.001419609 Iter = 0.001205467 Bottom = 0.000146301 Time in solve 0.001758608 Max/L2 norm of divergence after solve at level 1 : 3.674345885e-06 0.0002036502592 and volume-weighted sum 11287.44307 Time integration of scalars at level 1 from 98 to 100 with dt = 2 using RHS created at 100 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 50] Advanced 3072 cells Coarse STEP 50 ends. TIME = 100 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022860358 seconds. 3DPlotfile write time = 0.006155111 seconds. Coarse STEP 51 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.60999994 (terrain aware) 1.60999994 (terrain unaware) Anelastic dt at level 0 would be: 13.56471528 (terrain aware) 13.56471528 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1428940276 (terrain aware) 0.1428940276 (terrain unaware) Anelastic dt at level 1 would be: 6.400435089 (terrain aware) 6.400435089 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 51] ADVANCE from elapsed time = 100 to 102 with dt = 2 Making slow rhs at time 100 for fast variables advancing from 100 to 100.6666666667 Fast time integration at level 0 from 100 to 100.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 100 to 100.6666666667 with dt = 0.6666666666667 using RHS created at 100 Making slow rhs at time 100.6666666667 for fast variables advancing from 100 to 101 Fast time integration at level 0 from 100 to 100.5 with dt = 0.5 Fast time integration at level 0 from 100.5 to 101 with dt = 0.5 Time integration of scalars at level 0 from 100 to 101 with dt = 1 using RHS created at 100.6666666667 Making slow rhs at time 101 for fast variables advancing from 100 to 102 Fast time integration at level 0 from 100 to 100.5 with dt = 0.5 Fast time integration at level 0 from 100.5 to 101 with dt = 0.5 Fast time integration at level 0 from 101 to 101.5 with dt = 0.5 Fast time integration at level 0 from 101.5 to 102 with dt = 0.5 Time integration of scalars at level 0 from 100 to 102 with dt = 2 using RHS created at 101 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 51] Advanced 4096 cells [Level 1 step 51] ADVANCE from elapsed time = 100 to 102 with dt = 2 Making slow rhs at time 100 for fast variables advancing from 100 to 102 No-substepping time integration at level 1 to 102 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.580175067e-05 0.0005817615019 and volume-weighted sum 11221.24063 Subtracting 3.652747601e-06 from rhs in subdomain 0 Sum after subtraction 2.558717127e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.945449827e-05 MLMG: Initial residual (resid0) = 9.945449827e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.337495516e-11, 8.383226159e-07 MLMG: Timers: Solve = 0.001408109 Iter = 0.001197089 Bottom = 0.000134522 Time in solve 0.001748171 Max/L2 norm of divergence after solve at level 1 : 3.652827177e-06 0.0002024558218 and volume-weighted sum 11221.24063 Time integration of scalars at level 1 from 100 to 102 with dt = 2 using RHS created at 100 Making slow rhs at time 102 for fast variables advancing from 100 to 102 No-substepping time integration at level 1 to 102 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.810340705e-05 0.0003985224776 and volume-weighted sum 11221.24063 Subtracting 3.652747601e-06 from rhs in subdomain 0 Sum after subtraction 4.553649124e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.661600516e-05 MLMG: Initial residual (resid0) = 2.661600516e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.888257769e-11, 1.836585821e-06 MLMG: Timers: Solve = 0.001432111 Iter = 0.001206354 Bottom = 0.000143354 Time in solve 0.001760677 Max/L2 norm of divergence after solve at level 1 : 3.652796484e-06 0.0002024558218 and volume-weighted sum 11221.24063 Time integration of scalars at level 1 from 100 to 102 with dt = 2 using RHS created at 102 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 51] Advanced 3072 cells Coarse STEP 51 ends. TIME = 102 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023826215 seconds. Coarse STEP 52 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.607188072 (terrain aware) 1.607188072 (terrain unaware) Anelastic dt at level 0 would be: 13.34834191 (terrain aware) 13.34834191 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1428616214 (terrain aware) 0.1428616214 (terrain unaware) Anelastic dt at level 1 would be: 6.289918852 (terrain aware) 6.289918852 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 52] ADVANCE from elapsed time = 102 to 104 with dt = 2 Making slow rhs at time 102 for fast variables advancing from 102 to 102.6666666667 Fast time integration at level 0 from 102 to 102.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 102 to 102.6666666667 with dt = 0.6666666666667 using RHS created at 102 Making slow rhs at time 102.6666666667 for fast variables advancing from 102 to 103 Fast time integration at level 0 from 102 to 102.5 with dt = 0.5 Fast time integration at level 0 from 102.5 to 103 with dt = 0.5 Time integration of scalars at level 0 from 102 to 103 with dt = 1 using RHS created at 102.6666666667 Making slow rhs at time 103 for fast variables advancing from 102 to 104 Fast time integration at level 0 from 102 to 102.5 with dt = 0.5 Fast time integration at level 0 from 102.5 to 103 with dt = 0.5 Fast time integration at level 0 from 103 to 103.5 with dt = 0.5 Fast time integration at level 0 from 103.5 to 104 with dt = 0.5 Time integration of scalars at level 0 from 102 to 104 with dt = 2 using RHS created at 103 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 52] Advanced 4096 cells [Level 1 step 52] ADVANCE from elapsed time = 102 to 104 with dt = 2 Making slow rhs at time 102 for fast variables advancing from 102 to 104 No-substepping time integration at level 1 to 104 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.007170824e-05 0.0004408242233 and volume-weighted sum 11082.72624 Subtracting 3.607658282e-06 from rhs in subdomain 0 Sum after subtraction 1.626303259e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.092972249e-05 MLMG: Initial residual (resid0) = 4.092972249e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.942496132e-11, 1.207556717e-06 MLMG: Timers: Solve = 0.001436513 Iter = 0.001213588 Bottom = 0.000141739 Time in solve 0.001771165 Max/L2 norm of divergence after solve at level 1 : 3.607697537e-06 0.0001999567181 and volume-weighted sum 11082.72624 Time integration of scalars at level 1 from 102 to 104 with dt = 2 using RHS created at 102 Making slow rhs at time 104 for fast variables advancing from 102 to 104 No-substepping time integration at level 1 to 104 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.881457059e-05 0.0004054223733 and volume-weighted sum 11082.72624 Subtracting 3.607658282e-06 from rhs in subdomain 0 Sum after subtraction 2.385244779e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.763651227e-05 MLMG: Initial residual (resid0) = 2.763651227e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 4.963565477e-11, 1.796017322e-06 MLMG: Timers: Solve = 0.001375084 Iter = 0.001200223 Bottom = 0.000141855 Time in solve 0.001751504 Max/L2 norm of divergence after solve at level 1 : 3.607707918e-06 0.0001999567181 and volume-weighted sum 11082.72624 Time integration of scalars at level 1 from 102 to 104 with dt = 2 using RHS created at 104 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 52] Advanced 3072 cells Coarse STEP 52 ends. TIME = 104 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022773586 seconds. Coarse STEP 53 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.604688442 (terrain aware) 1.604688442 (terrain unaware) Anelastic dt at level 0 would be: 13.06487043 (terrain aware) 13.06487043 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1428286986 (terrain aware) 0.1428286986 (terrain unaware) Anelastic dt at level 1 would be: 6.18446527 (terrain aware) 6.18446527 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 53] ADVANCE from elapsed time = 104 to 106 with dt = 2 Making slow rhs at time 104 for fast variables advancing from 104 to 104.6666666667 Fast time integration at level 0 from 104 to 104.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 104 to 104.6666666667 with dt = 0.6666666666667 using RHS created at 104 Making slow rhs at time 104.6666666667 for fast variables advancing from 104 to 105 Fast time integration at level 0 from 104 to 104.5 with dt = 0.5 Fast time integration at level 0 from 104.5 to 105 with dt = 0.5 Time integration of scalars at level 0 from 104 to 105 with dt = 1 using RHS created at 104.6666666667 Making slow rhs at time 105 for fast variables advancing from 104 to 106 Fast time integration at level 0 from 104 to 104.5 with dt = 0.5 Fast time integration at level 0 from 104.5 to 105 with dt = 0.5 Fast time integration at level 0 from 105 to 105.5 with dt = 0.5 Fast time integration at level 0 from 105.5 to 106 with dt = 0.5 Time integration of scalars at level 0 from 104 to 106 with dt = 2 using RHS created at 105 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 53] Advanced 4096 cells [Level 1 step 53] ADVANCE from elapsed time = 104 to 106 with dt = 2 Making slow rhs at time 104 for fast variables advancing from 104 to 106 No-substepping time integration at level 1 to 106 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.293634692e-05 0.0005014781793 and volume-weighted sum 10860.33494 Subtracting 3.535265279e-06 from rhs in subdomain 0 Sum after subtraction -4.065758147e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.940108164e-05 MLMG: Initial residual (resid0) = 5.940108164e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.121738777e-11, 1.030576987e-06 MLMG: Timers: Solve = 0.001434819 Iter = 0.00120916 Bottom = 0.00014225 Time in solve 0.001769293 Max/L2 norm of divergence after solve at level 1 : 3.535313616e-06 0.0001959442906 and volume-weighted sum 10860.33494 Time integration of scalars at level 1 from 104 to 106 with dt = 2 using RHS created at 104 Making slow rhs at time 106 for fast variables advancing from 104 to 106 No-substepping time integration at level 1 to 106 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 2.984253488e-05 0.0004118871104 and volume-weighted sum 10860.33494 Subtracting 3.535265279e-06 from rhs in subdomain 0 Sum after subtraction -1.756407519e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 2.881551062e-05 MLMG: Initial residual (resid0) = 2.881551062e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.030105241e-11, 1.745624191e-06 MLMG: Timers: Solve = 0.001432907 Iter = 0.001217508 Bottom = 0.000142858 Time in solve 0.001769152 Max/L2 norm of divergence after solve at level 1 : 3.53531558e-06 0.0001959442906 and volume-weighted sum 10860.33494 Time integration of scalars at level 1 from 104 to 106 with dt = 2 using RHS created at 106 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 53] Advanced 3072 cells Coarse STEP 53 ends. TIME = 106 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02253805 seconds. Coarse STEP 54 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.602131263 (terrain aware) 1.602131263 (terrain unaware) Anelastic dt at level 0 would be: 12.77230626 (terrain aware) 12.77230626 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1427952658 (terrain aware) 0.1427952658 (terrain unaware) Anelastic dt at level 1 would be: 6.084562422 (terrain aware) 6.084562422 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 54] ADVANCE from elapsed time = 106 to 108 with dt = 2 Making slow rhs at time 106 for fast variables advancing from 106 to 106.6666666667 Fast time integration at level 0 from 106 to 106.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 106 to 106.6666666667 with dt = 0.6666666666667 using RHS created at 106 Making slow rhs at time 106.6666666667 for fast variables advancing from 106 to 107 Fast time integration at level 0 from 106 to 106.5 with dt = 0.5 Fast time integration at level 0 from 106.5 to 107 with dt = 0.5 Time integration of scalars at level 0 from 106 to 107 with dt = 1 using RHS created at 106.6666666667 Making slow rhs at time 107 for fast variables advancing from 106 to 108 Fast time integration at level 0 from 106 to 106.5 with dt = 0.5 Fast time integration at level 0 from 106.5 to 107 with dt = 0.5 Fast time integration at level 0 from 107 to 107.5 with dt = 0.5 Fast time integration at level 0 from 107.5 to 108 with dt = 0.5 Time integration of scalars at level 0 from 106 to 108 with dt = 2 using RHS created at 107 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 54] Advanced 4096 cells [Level 1 step 54] ADVANCE from elapsed time = 106 to 108 with dt = 2 Making slow rhs at time 106 for fast variables advancing from 106 to 108 No-substepping time integration at level 1 to 108 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.102258972e-05 0.0005330412647 and volume-weighted sum 10578.45663 Subtracting 3.443508017e-06 from rhs in subdomain 0 Sum after subtraction -2.374402758e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.757908171e-05 MLMG: Initial residual (resid0) = 6.757908171e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.231229976e-11, 1.070039692e-06 MLMG: Timers: Solve = 0.001426323 Iter = 0.001203075 Bottom = 0.000143511 Time in solve 0.001756037 Max/L2 norm of divergence after solve at level 1 : 3.443563124e-06 0.000190858587 and volume-weighted sum 10578.45663 Time integration of scalars at level 1 from 106 to 108 with dt = 2 using RHS created at 106 Making slow rhs at time 108 for fast variables advancing from 106 to 108 No-substepping time integration at level 1 to 108 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.069642999e-05 0.0004180267823 and volume-weighted sum 10578.45663 Subtracting 3.443508017e-06 from rhs in subdomain 0 Sum after subtraction -1.00830802e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.023905101e-05 MLMG: Initial residual (resid0) = 3.023905101e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.091715019e-11, 1.683821036e-06 MLMG: Timers: Solve = 0.001440148 Iter = 0.001221723 Bottom = 0.000147852 Time in solve 0.001768827 Max/L2 norm of divergence after solve at level 1 : 3.443558934e-06 0.000190858587 and volume-weighted sum 10578.45663 Time integration of scalars at level 1 from 106 to 108 with dt = 2 using RHS created at 108 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 54] Advanced 3072 cells Coarse STEP 54 ends. TIME = 108 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022830739 seconds. Coarse STEP 55 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.599029162 (terrain aware) 1.599029162 (terrain unaware) Anelastic dt at level 0 would be: 12.51434644 (terrain aware) 12.51434644 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1427613091 (terrain aware) 0.1427613091 (terrain unaware) Anelastic dt at level 1 would be: 5.989904565 (terrain aware) 5.989904565 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 55] ADVANCE from elapsed time = 108 to 110 with dt = 2 Making slow rhs at time 108 for fast variables advancing from 108 to 108.6666666667 Fast time integration at level 0 from 108 to 108.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 108 to 108.6666666667 with dt = 0.6666666666667 using RHS created at 108 Making slow rhs at time 108.6666666667 for fast variables advancing from 108 to 109 Fast time integration at level 0 from 108 to 108.5 with dt = 0.5 Fast time integration at level 0 from 108.5 to 109 with dt = 0.5 Time integration of scalars at level 0 from 108 to 109 with dt = 1 using RHS created at 108.6666666667 Making slow rhs at time 109 for fast variables advancing from 108 to 110 Fast time integration at level 0 from 108 to 108.5 with dt = 0.5 Fast time integration at level 0 from 108.5 to 109 with dt = 0.5 Fast time integration at level 0 from 109 to 109.5 with dt = 0.5 Fast time integration at level 0 from 109.5 to 110 with dt = 0.5 Time integration of scalars at level 0 from 108 to 110 with dt = 2 using RHS created at 109 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 55] Advanced 4096 cells [Level 1 step 55] ADVANCE from elapsed time = 108 to 110 with dt = 2 Making slow rhs at time 108 for fast variables advancing from 108 to 110 No-substepping time integration at level 1 to 110 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.72619744e-05 0.0004737062371 and volume-weighted sum 10310.54215 Subtracting 3.356296274e-06 from rhs in subdomain 0 Sum after subtraction 5.865533753e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.061827067e-05 MLMG: Initial residual (resid0) = 5.061827067e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.791879991e-11, 1.341784281e-06 MLMG: Timers: Solve = 0.001442942 Iter = 0.001231 Bottom = 0.000146541 Time in solve 0.001771403 Max/L2 norm of divergence after solve at level 1 : 3.356355278e-06 0.0001860248215 and volume-weighted sum 10310.54215 Time integration of scalars at level 1 from 108 to 110 with dt = 2 using RHS created at 108 Making slow rhs at time 110 for fast variables advancing from 108 to 110 No-substepping time integration at level 1 to 110 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.141710053e-05 0.000424912937 and volume-weighted sum 10310.54215 Subtracting 3.356296274e-06 from rhs in subdomain 0 Sum after subtraction -1.680513367e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.166502344e-05 MLMG: Initial residual (resid0) = 3.166502344e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.151564003e-11, 1.626894107e-06 MLMG: Timers: Solve = 0.001451719 Iter = 0.001234659 Bottom = 0.00014374 Time in solve 0.001776588 Max/L2 norm of divergence after solve at level 1 : 3.35634779e-06 0.0001860248215 and volume-weighted sum 10310.54215 Time integration of scalars at level 1 from 108 to 110 with dt = 2 using RHS created at 110 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 55] Advanced 3072 cells Coarse STEP 55 ends. TIME = 110 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022496374 seconds. Coarse STEP 56 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.595259692 (terrain aware) 1.595259692 (terrain unaware) Anelastic dt at level 0 would be: 12.28851916 (terrain aware) 12.28851916 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1427267635 (terrain aware) 0.1427267635 (terrain unaware) Anelastic dt at level 1 would be: 5.900182011 (terrain aware) 5.900182011 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 56] ADVANCE from elapsed time = 110 to 112 with dt = 2 Making slow rhs at time 110 for fast variables advancing from 110 to 110.6666666667 Fast time integration at level 0 from 110 to 110.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 110 to 110.6666666667 with dt = 0.6666666666667 using RHS created at 110 Making slow rhs at time 110.6666666667 for fast variables advancing from 110 to 111 Fast time integration at level 0 from 110 to 110.5 with dt = 0.5 Fast time integration at level 0 from 110.5 to 111 with dt = 0.5 Time integration of scalars at level 0 from 110 to 111 with dt = 1 using RHS created at 110.6666666667 Making slow rhs at time 111 for fast variables advancing from 110 to 112 Fast time integration at level 0 from 110 to 110.5 with dt = 0.5 Fast time integration at level 0 from 110.5 to 111 with dt = 0.5 Fast time integration at level 0 from 111 to 111.5 with dt = 0.5 Fast time integration at level 0 from 111.5 to 112 with dt = 0.5 Time integration of scalars at level 0 from 110 to 112 with dt = 2 using RHS created at 111 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 56] Advanced 4096 cells [Level 1 step 56] ADVANCE from elapsed time = 110 to 112 with dt = 2 Making slow rhs at time 110 for fast variables advancing from 110 to 112 No-substepping time integration at level 1 to 112 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.549114805e-05 0.0004949832502 and volume-weighted sum 10159.6303 Subtracting 3.307171323e-06 from rhs in subdomain 0 Sum after subtraction -1.517883041e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.879831937e-05 MLMG: Initial residual (resid0) = 7.879831937e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.094549023e-11, 7.734364225e-07 MLMG: Timers: Solve = 0.001434837 Iter = 0.001216599 Bottom = 0.000149786 Time in solve 0.001773472 Max/L2 norm of divergence after solve at level 1 : 3.307232268e-06 0.0001833020403 and volume-weighted sum 10159.6303 Time integration of scalars at level 1 from 110 to 112 with dt = 2 using RHS created at 110 Making slow rhs at time 112 for fast variables advancing from 110 to 112 No-substepping time integration at level 1 to 112 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.264132855e-05 0.0004330426582 and volume-weighted sum 10159.6303 Subtracting 3.307171323e-06 from rhs in subdomain 0 Sum after subtraction -1.63714528e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.307655199e-05 MLMG: Initial residual (resid0) = 3.307655199e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.20868717e-11, 1.574737044e-06 MLMG: Timers: Solve = 0.00141791 Iter = 0.001206376 Bottom = 0.000145709 Time in solve 0.001760817 Max/L2 norm of divergence after solve at level 1 : 3.30722341e-06 0.0001833020403 and volume-weighted sum 10159.6303 Time integration of scalars at level 1 from 110 to 112 with dt = 2 using RHS created at 112 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 56] Advanced 3072 cells Coarse STEP 56 ends. TIME = 112 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02266917 seconds. Coarse STEP 57 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.590963407 (terrain aware) 1.590963407 (terrain unaware) Anelastic dt at level 0 would be: 12.06728657 (terrain aware) 12.06728657 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1426915157 (terrain aware) 0.1426915157 (terrain unaware) Anelastic dt at level 1 would be: 5.815064024 (terrain aware) 5.815064024 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 57] ADVANCE from elapsed time = 112 to 114 with dt = 2 Making slow rhs at time 112 for fast variables advancing from 112 to 112.6666666667 Fast time integration at level 0 from 112 to 112.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 112 to 112.6666666667 with dt = 0.6666666666667 using RHS created at 112 Making slow rhs at time 112.6666666667 for fast variables advancing from 112 to 113 Fast time integration at level 0 from 112 to 112.5 with dt = 0.5 Fast time integration at level 0 from 112.5 to 113 with dt = 0.5 Time integration of scalars at level 0 from 112 to 113 with dt = 1 using RHS created at 112.6666666667 Making slow rhs at time 113 for fast variables advancing from 112 to 114 Fast time integration at level 0 from 112 to 112.5 with dt = 0.5 Fast time integration at level 0 from 112.5 to 113 with dt = 0.5 Fast time integration at level 0 from 113 to 113.5 with dt = 0.5 Fast time integration at level 0 from 113.5 to 114 with dt = 0.5 Time integration of scalars at level 0 from 112 to 114 with dt = 2 using RHS created at 113 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 57] Advanced 4096 cells [Level 1 step 57] ADVANCE from elapsed time = 112 to 114 with dt = 2 Making slow rhs at time 112 for fast variables advancing from 112 to 114 No-substepping time integration at level 1 to 114 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.944049908e-05 0.0005298929467 and volume-weighted sum 10206.59144 Subtracting 3.32245815e-06 from rhs in subdomain 0 Sum after subtraction -6.657001339e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.611804093e-05 MLMG: Initial residual (resid0) = 7.611804093e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.020251401e-11, 9.222848243e-07 MLMG: Timers: Solve = 0.001450907 Iter = 0.001237809 Bottom = 0.000143738 Time in solve 0.001791358 Max/L2 norm of divergence after solve at level 1 : 3.322520995e-06 0.0001841493223 and volume-weighted sum 10206.59144 Time integration of scalars at level 1 from 112 to 114 with dt = 2 using RHS created at 112 Making slow rhs at time 114 for fast variables advancing from 112 to 114 No-substepping time integration at level 1 to 114 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.373143925e-05 0.0004426952537 and volume-weighted sum 10206.59144 Subtracting 3.32245815e-06 from rhs in subdomain 0 Sum after subtraction 4.878909776e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.445080718e-05 MLMG: Initial residual (resid0) = 3.445080718e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.259203819e-11, 1.526583627e-06 MLMG: Timers: Solve = 0.001736409 Iter = 0.00151595 Bottom = 0.000145695 Time in solve 0.002070792 Max/L2 norm of divergence after solve at level 1 : 3.322510742e-06 0.0001841493223 and volume-weighted sum 10206.59144 Time integration of scalars at level 1 from 112 to 114 with dt = 2 using RHS created at 114 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 57] Advanced 3072 cells Coarse STEP 57 ends. TIME = 114 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023051062 seconds. Coarse STEP 58 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.586788998 (terrain aware) 1.586788998 (terrain unaware) Anelastic dt at level 0 would be: 11.83143744 (terrain aware) 11.83143744 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1426554446 (terrain aware) 0.1426554446 (terrain unaware) Anelastic dt at level 1 would be: 5.730017639 (terrain aware) 5.730017639 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 58] ADVANCE from elapsed time = 114 to 116 with dt = 2 Making slow rhs at time 114 for fast variables advancing from 114 to 114.6666666667 Fast time integration at level 0 from 114 to 114.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 114 to 114.6666666667 with dt = 0.6666666666667 using RHS created at 114 Making slow rhs at time 114.6666666667 for fast variables advancing from 114 to 115 Fast time integration at level 0 from 114 to 114.5 with dt = 0.5 Fast time integration at level 0 from 114.5 to 115 with dt = 0.5 Time integration of scalars at level 0 from 114 to 115 with dt = 1 using RHS created at 114.6666666667 Making slow rhs at time 115 for fast variables advancing from 114 to 116 Fast time integration at level 0 from 114 to 114.5 with dt = 0.5 Fast time integration at level 0 from 114.5 to 115 with dt = 0.5 Fast time integration at level 0 from 115 to 115.5 with dt = 0.5 Fast time integration at level 0 from 115.5 to 116 with dt = 0.5 Time integration of scalars at level 0 from 114 to 116 with dt = 2 using RHS created at 115 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 58] Advanced 4096 cells [Level 1 step 58] ADVANCE from elapsed time = 114 to 116 with dt = 2 Making slow rhs at time 114 for fast variables advancing from 114 to 116 No-substepping time integration at level 1 to 116 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001138699701 0.0005642760299 and volume-weighted sum 10465.64914 Subtracting 3.406786828e-06 from rhs in subdomain 0 Sum after subtraction -1.919037845e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001104631832 MLMG: Initial residual (resid0) = 0.0001104631832 MLMG: Final Iter. 5 resid, resid/bnorm = 9.277486772e-11, 8.398713943e-07 MLMG: Timers: Solve = 0.001716609 Iter = 0.001500017 Bottom = 0.000140759 Time in solve 0.002053738 Max/L2 norm of divergence after solve at level 1 : 3.406852225e-06 0.0001888232921 and volume-weighted sum 10465.64914 Time integration of scalars at level 1 from 114 to 116 with dt = 2 using RHS created at 114 Making slow rhs at time 116 for fast variables advancing from 114 to 116 No-substepping time integration at level 1 to 116 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.470180202e-05 0.0004543805589 and volume-weighted sum 10465.64914 Subtracting 3.406786828e-06 from rhs in subdomain 0 Sum after subtraction -1.615461237e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.575683693e-05 MLMG: Initial residual (resid0) = 3.575683693e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.339430721e-11, 1.493261479e-06 MLMG: Timers: Solve = 0.001440173 Iter = 0.001214967 Bottom = 0.000145648 Time in solve 0.001775832 Max/L2 norm of divergence after solve at level 1 : 3.406839846e-06 0.0001888232921 and volume-weighted sum 10465.64914 Time integration of scalars at level 1 from 114 to 116 with dt = 2 using RHS created at 116 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 58] Advanced 3072 cells Coarse STEP 58 ends. TIME = 116 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022737012 seconds. Coarse STEP 59 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.583158558 (terrain aware) 1.583158558 (terrain unaware) Anelastic dt at level 0 would be: 11.58332071 (terrain aware) 11.58332071 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1426184723 (terrain aware) 0.1426184723 (terrain unaware) Anelastic dt at level 1 would be: 5.648245735 (terrain aware) 5.648245735 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 59] ADVANCE from elapsed time = 116 to 118 with dt = 2 Making slow rhs at time 116 for fast variables advancing from 116 to 116.6666666667 Fast time integration at level 0 from 116 to 116.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 116 to 116.6666666667 with dt = 0.6666666666667 using RHS created at 116 Making slow rhs at time 116.6666666667 for fast variables advancing from 116 to 117 Fast time integration at level 0 from 116 to 116.5 with dt = 0.5 Fast time integration at level 0 from 116.5 to 117 with dt = 0.5 Time integration of scalars at level 0 from 116 to 117 with dt = 1 using RHS created at 116.6666666667 Making slow rhs at time 117 for fast variables advancing from 116 to 118 Fast time integration at level 0 from 116 to 116.5 with dt = 0.5 Fast time integration at level 0 from 116.5 to 117 with dt = 0.5 Fast time integration at level 0 from 117 to 117.5 with dt = 0.5 Fast time integration at level 0 from 117.5 to 118 with dt = 0.5 Time integration of scalars at level 0 from 116 to 118 with dt = 2 using RHS created at 117 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 59] Advanced 4096 cells [Level 1 step 59] ADVANCE from elapsed time = 116 to 118 with dt = 2 Making slow rhs at time 116 for fast variables advancing from 116 to 118 No-substepping time integration at level 1 to 118 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.2440221e-05 0.0005746423545 and volume-weighted sum 10886.10698 Subtracting 3.543654616e-06 from rhs in subdomain 0 Sum after subtraction 3.588709191e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.889656639e-05 MLMG: Initial residual (resid0) = 7.889656639e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 6.017357139e-12, 7.626893558e-08 MLMG: Timers: Solve = 0.001728906 Iter = 0.001413228 Bottom = 0.000162346 Time in solve 0.002061564 Max/L2 norm of divergence after solve at level 1 : 3.543660633e-06 0.0001964092748 and volume-weighted sum 10886.10698 Time integration of scalars at level 1 from 116 to 118 with dt = 2 using RHS created at 116 Making slow rhs at time 118 for fast variables advancing from 116 to 118 No-substepping time integration at level 1 to 118 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.630906931e-05 0.0004676250609 and volume-weighted sum 10886.10698 Subtracting 3.543654616e-06 from rhs in subdomain 0 Sum after subtraction 1.452830911e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.695483629e-05 MLMG: Initial residual (resid0) = 3.695483629e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.48403012e-11, 1.483981712e-06 MLMG: Timers: Solve = 0.001424565 Iter = 0.001204884 Bottom = 0.000145581 Time in solve 0.001763369 Max/L2 norm of divergence after solve at level 1 : 3.54370797e-06 0.0001964092748 and volume-weighted sum 10886.10698 Time integration of scalars at level 1 from 116 to 118 with dt = 2 using RHS created at 118 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 59] Advanced 3072 cells Coarse STEP 59 ends. TIME = 118 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022829693 seconds. Coarse STEP 60 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.579972305 (terrain aware) 1.579972305 (terrain unaware) Anelastic dt at level 0 would be: 11.34362952 (terrain aware) 11.34362952 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1425805917 (terrain aware) 0.1425805917 (terrain unaware) Anelastic dt at level 1 would be: 5.57037406 (terrain aware) 5.57037406 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 60] ADVANCE from elapsed time = 118 to 120 with dt = 2 Making slow rhs at time 118 for fast variables advancing from 118 to 118.6666666667 Fast time integration at level 0 from 118 to 118.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 118 to 118.6666666667 with dt = 0.6666666666667 using RHS created at 118 Making slow rhs at time 118.6666666667 for fast variables advancing from 118 to 119 Fast time integration at level 0 from 118 to 118.5 with dt = 0.5 Fast time integration at level 0 from 118.5 to 119 with dt = 0.5 Time integration of scalars at level 0 from 118 to 119 with dt = 1 using RHS created at 118.6666666667 Making slow rhs at time 119 for fast variables advancing from 118 to 120 Fast time integration at level 0 from 118 to 118.5 with dt = 0.5 Fast time integration at level 0 from 118.5 to 119 with dt = 0.5 Fast time integration at level 0 from 119 to 119.5 with dt = 0.5 Fast time integration at level 0 from 119.5 to 120 with dt = 0.5 Time integration of scalars at level 0 from 118 to 120 with dt = 2 using RHS created at 119 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 60] Advanced 4096 cells [Level 1 step 60] ADVANCE from elapsed time = 118 to 120 with dt = 2 Making slow rhs at time 118 for fast variables advancing from 118 to 120 No-substepping time integration at level 1 to 120 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.011067256e-05 0.0005676025989 and volume-weighted sum 11394.62179 Subtracting 3.70918678e-06 from rhs in subdomain 0 Sum after subtraction 4.33680869e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.87375366e-05 MLMG: Initial residual (resid0) = 5.87375366e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.414465609e-11, 1.602802254e-06 MLMG: Timers: Solve = 0.001435822 Iter = 0.001211316 Bottom = 0.000141434 Time in solve 0.001770973 Max/L2 norm of divergence after solve at level 1 : 3.709254459e-06 0.0002055839986 and volume-weighted sum 11394.62179 Time integration of scalars at level 1 from 118 to 120 with dt = 2 using RHS created at 118 Making slow rhs at time 120 for fast variables advancing from 118 to 120 No-substepping time integration at level 1 to 120 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.76934162e-05 0.0004817475074 and volume-weighted sum 11394.62179 Subtracting 3.70918678e-06 from rhs in subdomain 0 Sum after subtraction 9.86623977e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 3.890610246e-05 MLMG: Initial residual (resid0) = 3.890610246e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.620926802e-11, 1.444741685e-06 MLMG: Timers: Solve = 0.001422495 Iter = 0.001203338 Bottom = 0.000145432 Time in solve 0.001761804 Max/L2 norm of divergence after solve at level 1 : 3.70924034e-06 0.0002055839986 and volume-weighted sum 11394.62179 Time integration of scalars at level 1 from 118 to 120 with dt = 2 using RHS created at 120 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 60] Advanced 3072 cells Coarse STEP 60 ends. TIME = 120 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022714723 seconds. Coarse STEP 61 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.576831273 (terrain aware) 1.576831273 (terrain unaware) Anelastic dt at level 0 would be: 11.14196112 (terrain aware) 11.14196112 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.142541854 (terrain aware) 0.142541854 (terrain unaware) Anelastic dt at level 1 would be: 5.496274347 (terrain aware) 5.496274347 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 61] ADVANCE from elapsed time = 120 to 122 with dt = 2 Making slow rhs at time 120 for fast variables advancing from 120 to 120.6666666667 Fast time integration at level 0 from 120 to 120.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 120 to 120.6666666667 with dt = 0.6666666666667 using RHS created at 120 Making slow rhs at time 120.6666666667 for fast variables advancing from 120 to 121 Fast time integration at level 0 from 120 to 120.5 with dt = 0.5 Fast time integration at level 0 from 120.5 to 121 with dt = 0.5 Time integration of scalars at level 0 from 120 to 121 with dt = 1 using RHS created at 120.6666666667 Making slow rhs at time 121 for fast variables advancing from 120 to 122 Fast time integration at level 0 from 120 to 120.5 with dt = 0.5 Fast time integration at level 0 from 120.5 to 121 with dt = 0.5 Fast time integration at level 0 from 121 to 121.5 with dt = 0.5 Fast time integration at level 0 from 121.5 to 122 with dt = 0.5 Time integration of scalars at level 0 from 120 to 122 with dt = 2 using RHS created at 121 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 61] Advanced 4096 cells [Level 1 step 61] ADVANCE from elapsed time = 120 to 122 with dt = 2 Making slow rhs at time 120 for fast variables advancing from 120 to 122 No-substepping time integration at level 1 to 122 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.735331177e-05 0.0005475303506 and volume-weighted sum 11934.44092 Subtracting 3.884909154e-06 from rhs in subdomain 0 Sum after subtraction 3.252606517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.346840262e-05 MLMG: Initial residual (resid0) = 5.346840262e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.663850342e-11, 1.43334193e-06 MLMG: Timers: Solve = 0.001441067 Iter = 0.001222875 Bottom = 0.000140589 Time in solve 0.001776447 Max/L2 norm of divergence after solve at level 1 : 3.884974597e-06 0.0002153235212 and volume-weighted sum 11934.44092 Time integration of scalars at level 1 from 120 to 122 with dt = 2 using RHS created at 120 Making slow rhs at time 122 for fast variables advancing from 120 to 122 No-substepping time integration at level 1 to 122 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 3.887029873e-05 0.00049645424 and volume-weighted sum 11934.44092 Subtracting 3.884909154e-06 from rhs in subdomain 0 Sum after subtraction 2.970713953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.082591881e-05 MLMG: Initial residual (resid0) = 4.082591881e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.756413331e-11, 1.409989903e-06 MLMG: Timers: Solve = 0.001429159 Iter = 0.001213533 Bottom = 0.000145237 Time in solve 0.001771671 Max/L2 norm of divergence after solve at level 1 : 3.8849632e-06 0.0002153235212 and volume-weighted sum 11934.44092 Time integration of scalars at level 1 from 120 to 122 with dt = 2 using RHS created at 122 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 61] Advanced 3072 cells Coarse STEP 61 ends. TIME = 122 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023386224 seconds. Coarse STEP 62 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.573517112 (terrain aware) 1.573517112 (terrain unaware) Anelastic dt at level 0 would be: 10.99719885 (terrain aware) 10.99719885 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1425018339 (terrain aware) 0.1425018339 (terrain unaware) Anelastic dt at level 1 would be: 5.425869526 (terrain aware) 5.425869526 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 62] ADVANCE from elapsed time = 122 to 124 with dt = 2 Making slow rhs at time 122 for fast variables advancing from 122 to 122.6666666667 Fast time integration at level 0 from 122 to 122.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 122 to 122.6666666667 with dt = 0.6666666666667 using RHS created at 122 Making slow rhs at time 122.6666666667 for fast variables advancing from 122 to 123 Fast time integration at level 0 from 122 to 122.5 with dt = 0.5 Fast time integration at level 0 from 122.5 to 123 with dt = 0.5 Time integration of scalars at level 0 from 122 to 123 with dt = 1 using RHS created at 122.6666666667 Making slow rhs at time 123 for fast variables advancing from 122 to 124 Fast time integration at level 0 from 122 to 122.5 with dt = 0.5 Fast time integration at level 0 from 122.5 to 123 with dt = 0.5 Fast time integration at level 0 from 123 to 123.5 with dt = 0.5 Fast time integration at level 0 from 123.5 to 124 with dt = 0.5 Time integration of scalars at level 0 from 122 to 124 with dt = 2 using RHS created at 123 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 62] Advanced 4096 cells [Level 1 step 62] ADVANCE from elapsed time = 122 to 124 with dt = 2 Making slow rhs at time 122 for fast variables advancing from 122 to 124 No-substepping time integration at level 1 to 124 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.092242235e-05 0.0005200067132 and volume-weighted sum 12471.70843 Subtracting 4.059800922e-06 from rhs in subdomain 0 Sum after subtraction -5.312590645e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.248777805e-05 MLMG: Initial residual (resid0) = 4.248777805e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.19672226e-11, 1.458471717e-06 MLMG: Timers: Solve = 0.001447094 Iter = 0.001231135 Bottom = 0.000142589 Time in solve 0.001783496 Max/L2 norm of divergence after solve at level 1 : 4.059861715e-06 0.0002250170069 and volume-weighted sum 12471.70843 Time integration of scalars at level 1 from 122 to 124 with dt = 2 using RHS created at 122 Making slow rhs at time 124 for fast variables advancing from 122 to 124 No-substepping time integration at level 1 to 124 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.074593696e-05 0.0005115344935 and volume-weighted sum 12471.70843 Subtracting 4.059800922e-06 from rhs in subdomain 0 Sum after subtraction -1.528725063e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.26741611e-05 MLMG: Initial residual (resid0) = 4.26741611e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 5.895730203e-11, 1.381569092e-06 MLMG: Timers: Solve = 0.001433576 Iter = 0.001215429 Bottom = 0.00014544 Time in solve 0.001775544 Max/L2 norm of divergence after solve at level 1 : 4.059855884e-06 0.0002250170069 and volume-weighted sum 12471.70843 Time integration of scalars at level 1 from 122 to 124 with dt = 2 using RHS created at 124 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 62] Advanced 3072 cells Coarse STEP 62 ends. TIME = 124 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022731485 seconds. Coarse STEP 63 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.5702626 (terrain aware) 1.5702626 (terrain unaware) Anelastic dt at level 0 would be: 10.88365607 (terrain aware) 10.88365607 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1424609723 (terrain aware) 0.1424609723 (terrain unaware) Anelastic dt at level 1 would be: 5.357160501 (terrain aware) 5.357160501 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 63] ADVANCE from elapsed time = 124 to 126 with dt = 2 Making slow rhs at time 124 for fast variables advancing from 124 to 124.6666666667 Fast time integration at level 0 from 124 to 124.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 124 to 124.6666666667 with dt = 0.6666666666667 using RHS created at 124 Making slow rhs at time 124.6666666667 for fast variables advancing from 124 to 125 Fast time integration at level 0 from 124 to 124.5 with dt = 0.5 Fast time integration at level 0 from 124.5 to 125 with dt = 0.5 Time integration of scalars at level 0 from 124 to 125 with dt = 1 using RHS created at 124.6666666667 Making slow rhs at time 125 for fast variables advancing from 124 to 126 Fast time integration at level 0 from 124 to 124.5 with dt = 0.5 Fast time integration at level 0 from 124.5 to 125 with dt = 0.5 Fast time integration at level 0 from 125 to 125.5 with dt = 0.5 Fast time integration at level 0 from 125.5 to 126 with dt = 0.5 Time integration of scalars at level 0 from 124 to 126 with dt = 2 using RHS created at 125 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 63] Advanced 4096 cells [Level 1 step 63] ADVANCE from elapsed time = 124 to 126 with dt = 2 Making slow rhs at time 124 for fast variables advancing from 124 to 126 No-substepping time integration at level 1 to 126 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.361174712e-05 0.0005644286442 and volume-weighted sum 12970.45534 Subtracting 4.222153433e-06 from rhs in subdomain 0 Sum after subtraction 3.252606517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.423306478e-05 MLMG: Initial residual (resid0) = 4.423306478e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.181359708e-11, 1.6235275e-06 MLMG: Timers: Solve = 0.001432991 Iter = 0.001215235 Bottom = 0.000146726 Time in solve 0.001827648 Max/L2 norm of divergence after solve at level 1 : 4.222210087e-06 0.0002340154964 and volume-weighted sum 12970.45534 Time integration of scalars at level 1 from 124 to 126 with dt = 2 using RHS created at 124 Making slow rhs at time 126 for fast variables advancing from 124 to 126 No-substepping time integration at level 1 to 126 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.228456549e-05 0.0005265929027 and volume-weighted sum 12970.45534 Subtracting 4.222153433e-06 from rhs in subdomain 0 Sum after subtraction 2.287666584e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.44028669e-05 MLMG: Initial residual (resid0) = 4.44028669e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.041235691e-11, 1.360550819e-06 MLMG: Timers: Solve = 0.001630048 Iter = 0.001257002 Bottom = 0.000162458 Time in solve 0.001974639 Max/L2 norm of divergence after solve at level 1 : 4.222209323e-06 0.0002340154964 and volume-weighted sum 12970.45534 Time integration of scalars at level 1 from 124 to 126 with dt = 2 using RHS created at 126 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 63] Advanced 3072 cells Coarse STEP 63 ends. TIME = 126 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022774107 seconds. Coarse STEP 64 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.567547556 (terrain aware) 1.567547556 (terrain unaware) Anelastic dt at level 0 would be: 10.78427259 (terrain aware) 10.78427259 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1424193433 (terrain aware) 0.1424193433 (terrain unaware) Anelastic dt at level 1 would be: 5.290107607 (terrain aware) 5.290107607 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 64] ADVANCE from elapsed time = 126 to 128 with dt = 2 Making slow rhs at time 126 for fast variables advancing from 126 to 126.6666666667 Fast time integration at level 0 from 126 to 126.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 126 to 126.6666666667 with dt = 0.6666666666667 using RHS created at 126 Making slow rhs at time 126.6666666667 for fast variables advancing from 126 to 127 Fast time integration at level 0 from 126 to 126.5 with dt = 0.5 Fast time integration at level 0 from 126.5 to 127 with dt = 0.5 Time integration of scalars at level 0 from 126 to 127 with dt = 1 using RHS created at 126.6666666667 Making slow rhs at time 127 for fast variables advancing from 126 to 128 Fast time integration at level 0 from 126 to 126.5 with dt = 0.5 Fast time integration at level 0 from 126.5 to 127 with dt = 0.5 Fast time integration at level 0 from 127 to 127.5 with dt = 0.5 Fast time integration at level 0 from 127.5 to 128 with dt = 0.5 Time integration of scalars at level 0 from 126 to 128 with dt = 2 using RHS created at 127 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 64] Advanced 4096 cells [Level 1 step 64] ADVANCE from elapsed time = 126 to 128 with dt = 2 Making slow rhs at time 126 for fast variables advancing from 126 to 128 No-substepping time integration at level 1 to 128 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.470441962e-05 0.0005904150721 and volume-weighted sum 13369.93063 Subtracting 4.352190961e-06 from rhs in subdomain 0 Sum after subtraction -4.217546451e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.905661058e-05 MLMG: Initial residual (resid0) = 5.905661058e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.315190101e-11, 1.408003273e-06 MLMG: Timers: Solve = 0.001442267 Iter = 0.001226138 Bottom = 0.00015359 Time in solve 0.001780304 Max/L2 norm of divergence after solve at level 1 : 4.352243045e-06 0.0002412229078 and volume-weighted sum 13369.93063 Time integration of scalars at level 1 from 126 to 128 with dt = 2 using RHS created at 126 Making slow rhs at time 128 for fast variables advancing from 126 to 128 No-substepping time integration at level 1 to 128 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.356096944e-05 0.0005410762671 and volume-weighted sum 13369.93063 Subtracting 4.352190961e-06 from rhs in subdomain 0 Sum after subtraction -3.567025147e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.59536329e-05 MLMG: Initial residual (resid0) = 4.59536329e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.195119608e-11, 1.348124015e-06 MLMG: Timers: Solve = 0.001426738 Iter = 0.001210782 Bottom = 0.00014397 Time in solve 0.001764879 Max/L2 norm of divergence after solve at level 1 : 4.352247783e-06 0.0002412229078 and volume-weighted sum 13369.93063 Time integration of scalars at level 1 from 126 to 128 with dt = 2 using RHS created at 128 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 64] Advanced 3072 cells Coarse STEP 64 ends. TIME = 128 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022652513 seconds. Coarse STEP 65 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.565357897 (terrain aware) 1.565357897 (terrain unaware) Anelastic dt at level 0 would be: 10.68211694 (terrain aware) 10.68211694 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1423769509 (terrain aware) 0.1423769509 (terrain unaware) Anelastic dt at level 1 would be: 5.22568333 (terrain aware) 5.22568333 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 65] ADVANCE from elapsed time = 128 to 130 with dt = 2 Making slow rhs at time 128 for fast variables advancing from 128 to 128.6666666667 Fast time integration at level 0 from 128 to 128.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 128 to 128.6666666667 with dt = 0.6666666666667 using RHS created at 128 Making slow rhs at time 128.6666666667 for fast variables advancing from 128 to 129 Fast time integration at level 0 from 128 to 128.5 with dt = 0.5 Fast time integration at level 0 from 128.5 to 129 with dt = 0.5 Time integration of scalars at level 0 from 128 to 129 with dt = 1 using RHS created at 128.6666666667 Making slow rhs at time 129 for fast variables advancing from 128 to 130 Fast time integration at level 0 from 128 to 128.5 with dt = 0.5 Fast time integration at level 0 from 128.5 to 129 with dt = 0.5 Fast time integration at level 0 from 129 to 129.5 with dt = 0.5 Fast time integration at level 0 from 129.5 to 130 with dt = 0.5 Time integration of scalars at level 0 from 128 to 130 with dt = 2 using RHS created at 129 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 65] Advanced 4096 cells [Level 1 step 65] ADVANCE from elapsed time = 128 to 130 with dt = 2 Making slow rhs at time 128 for fast variables advancing from 128 to 130 No-substepping time integration at level 1 to 130 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.586631003e-05 0.0005766122512 and volume-weighted sum 13593.7386 Subtracting 4.425045117e-06 from rhs in subdomain 0 Sum after subtraction -6.396792818e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.711568157e-05 MLMG: Initial residual (resid0) = 4.711568157e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.793342179e-11, 1.65408669e-06 MLMG: Timers: Solve = 0.001426432 Iter = 0.00120563 Bottom = 0.000143471 Time in solve 0.001753508 Max/L2 norm of divergence after solve at level 1 : 4.42509457e-06 0.000245260895 and volume-weighted sum 13593.7386 Time integration of scalars at level 1 from 128 to 130 with dt = 2 using RHS created at 128 Making slow rhs at time 130 for fast variables advancing from 128 to 130 No-substepping time integration at level 1 to 130 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.558947807e-05 0.0005544821805 and volume-weighted sum 13593.7386 Subtracting 4.425045117e-06 from rhs in subdomain 0 Sum after subtraction -2.005774019e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.725603699e-05 MLMG: Initial residual (resid0) = 4.725603699e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.355542898e-11, 1.344916608e-06 MLMG: Timers: Solve = 0.001550857 Iter = 0.001209158 Bottom = 0.000145739 Time in solve 0.001922553 Max/L2 norm of divergence after solve at level 1 : 4.425102798e-06 0.000245260895 and volume-weighted sum 13593.7386 Time integration of scalars at level 1 from 128 to 130 with dt = 2 using RHS created at 130 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 65] Advanced 3072 cells Coarse STEP 65 ends. TIME = 130 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022815793 seconds. Coarse STEP 66 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.563049086 (terrain aware) 1.563049086 (terrain unaware) Anelastic dt at level 0 would be: 10.57795611 (terrain aware) 10.57795611 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1423338069 (terrain aware) 0.1423338069 (terrain unaware) Anelastic dt at level 1 would be: 5.164420294 (terrain aware) 5.164420294 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 66] ADVANCE from elapsed time = 130 to 132 with dt = 2 Making slow rhs at time 130 for fast variables advancing from 130 to 130.6666666667 Fast time integration at level 0 from 130 to 130.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 130 to 130.6666666667 with dt = 0.6666666666667 using RHS created at 130 Making slow rhs at time 130.6666666667 for fast variables advancing from 130 to 131 Fast time integration at level 0 from 130 to 130.5 with dt = 0.5 Fast time integration at level 0 from 130.5 to 131 with dt = 0.5 Time integration of scalars at level 0 from 130 to 131 with dt = 1 using RHS created at 130.6666666667 Making slow rhs at time 131 for fast variables advancing from 130 to 132 Fast time integration at level 0 from 130 to 130.5 with dt = 0.5 Fast time integration at level 0 from 130.5 to 131 with dt = 0.5 Fast time integration at level 0 from 131 to 131.5 with dt = 0.5 Fast time integration at level 0 from 131.5 to 132 with dt = 0.5 Time integration of scalars at level 0 from 130 to 132 with dt = 2 using RHS created at 131 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 66] Advanced 4096 cells [Level 1 step 66] ADVANCE from elapsed time = 130 to 132 with dt = 2 Making slow rhs at time 130 for fast variables advancing from 130 to 132 No-substepping time integration at level 1 to 132 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.020419394e-05 0.0006075384819 and volume-weighted sum 13590.33145 Subtracting 4.42393602e-06 from rhs in subdomain 0 Sum after subtraction -4.239230494e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.462812996e-05 MLMG: Initial residual (resid0) = 6.462812996e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.940845986e-11, 1.383429474e-06 MLMG: Timers: Solve = 0.001416126 Iter = 0.001200238 Bottom = 0.000144777 Time in solve 0.001763788 Max/L2 norm of divergence after solve at level 1 : 4.423985613e-06 0.0002451994226 and volume-weighted sum 13590.33145 Time integration of scalars at level 1 from 130 to 132 with dt = 2 using RHS created at 130 Making slow rhs at time 132 for fast variables advancing from 130 to 132 No-substepping time integration at level 1 to 132 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.712425993e-05 0.0005665258991 and volume-weighted sum 13590.33145 Subtracting 4.42393602e-06 from rhs in subdomain 0 Sum after subtraction -3.892285799e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 4.962779459e-05 MLMG: Initial residual (resid0) = 4.962779459e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.511091513e-11, 1.31198486e-06 MLMG: Timers: Solve = 0.001429162 Iter = 0.001210876 Bottom = 0.000145399 Time in solve 0.001771162 Max/L2 norm of divergence after solve at level 1 : 4.423994403e-06 0.0002451994226 and volume-weighted sum 13590.33145 Time integration of scalars at level 1 from 130 to 132 with dt = 2 using RHS created at 132 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 66] Advanced 3072 cells Coarse STEP 66 ends. TIME = 132 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022543987 seconds. Coarse STEP 67 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.558773501 (terrain aware) 1.558773501 (terrain unaware) Anelastic dt at level 0 would be: 10.48578866 (terrain aware) 10.48578866 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1422899261 (terrain aware) 0.1422899261 (terrain unaware) Anelastic dt at level 1 would be: 5.106443237 (terrain aware) 5.106443237 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 67] ADVANCE from elapsed time = 132 to 134 with dt = 2 Making slow rhs at time 132 for fast variables advancing from 132 to 132.6666666667 Fast time integration at level 0 from 132 to 132.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 132 to 132.6666666667 with dt = 0.6666666666667 using RHS created at 132 Making slow rhs at time 132.6666666667 for fast variables advancing from 132 to 133 Fast time integration at level 0 from 132 to 132.5 with dt = 0.5 Fast time integration at level 0 from 132.5 to 133 with dt = 0.5 Time integration of scalars at level 0 from 132 to 133 with dt = 1 using RHS created at 132.6666666667 Making slow rhs at time 133 for fast variables advancing from 132 to 134 Fast time integration at level 0 from 132 to 132.5 with dt = 0.5 Fast time integration at level 0 from 132.5 to 133 with dt = 0.5 Fast time integration at level 0 from 133 to 133.5 with dt = 0.5 Fast time integration at level 0 from 133.5 to 134 with dt = 0.5 Time integration of scalars at level 0 from 132 to 134 with dt = 2 using RHS created at 133 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 67] Advanced 4096 cells [Level 1 step 67] ADVANCE from elapsed time = 132 to 134 with dt = 2 Making slow rhs at time 132 for fast variables advancing from 132 to 134 No-substepping time integration at level 1 to 134 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.948650728e-05 0.0006387345417 and volume-weighted sum 13375.95738 Subtracting 4.354152794e-06 from rhs in subdomain 0 Sum after subtraction 6.613633252e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.384066007e-05 MLMG: Initial residual (resid0) = 8.384066007e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 4.886444687e-12, 5.828251689e-08 MLMG: Timers: Solve = 0.001656455 Iter = 0.001432753 Bottom = 0.000168885 Time in solve 0.001999056 Max/L2 norm of divergence after solve at level 1 : 4.35415768e-06 0.0002413316436 and volume-weighted sum 13375.95738 Time integration of scalars at level 1 from 132 to 134 with dt = 2 using RHS created at 132 Making slow rhs at time 134 for fast variables advancing from 132 to 134 No-substepping time integration at level 1 to 134 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 4.835266548e-05 0.0005772525839 and volume-weighted sum 13375.95738 Subtracting 4.354152794e-06 from rhs in subdomain 0 Sum after subtraction 5.106592232e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.210510962e-05 MLMG: Initial residual (resid0) = 5.210510962e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.646310835e-11, 1.275558363e-06 MLMG: Timers: Solve = 0.001415535 Iter = 0.001197746 Bottom = 0.000144445 Time in solve 0.001759512 Max/L2 norm of divergence after solve at level 1 : 4.354211699e-06 0.0002413316436 and volume-weighted sum 13375.95738 Time integration of scalars at level 1 from 132 to 134 with dt = 2 using RHS created at 134 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 67] Advanced 3072 cells Coarse STEP 67 ends. TIME = 134 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022930508 seconds. Coarse STEP 68 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.554384753 (terrain aware) 1.554384753 (terrain unaware) Anelastic dt at level 0 would be: 10.4161774 (terrain aware) 10.4161774 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1422453003 (terrain aware) 0.1422453003 (terrain unaware) Anelastic dt at level 1 would be: 5.049816423 (terrain aware) 5.049816423 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 68] ADVANCE from elapsed time = 134 to 136 with dt = 2 Making slow rhs at time 134 for fast variables advancing from 134 to 134.6666666667 Fast time integration at level 0 from 134 to 134.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 134 to 134.6666666667 with dt = 0.6666666666667 using RHS created at 134 Making slow rhs at time 134.6666666667 for fast variables advancing from 134 to 135 Fast time integration at level 0 from 134 to 134.5 with dt = 0.5 Fast time integration at level 0 from 134.5 to 135 with dt = 0.5 Time integration of scalars at level 0 from 134 to 135 with dt = 1 using RHS created at 134.6666666667 Making slow rhs at time 135 for fast variables advancing from 134 to 136 Fast time integration at level 0 from 134 to 134.5 with dt = 0.5 Fast time integration at level 0 from 134.5 to 135 with dt = 0.5 Fast time integration at level 0 from 135 to 135.5 with dt = 0.5 Fast time integration at level 0 from 135.5 to 136 with dt = 0.5 Time integration of scalars at level 0 from 134 to 136 with dt = 2 using RHS created at 135 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 68] Advanced 4096 cells [Level 1 step 68] ADVANCE from elapsed time = 134 to 136 with dt = 2 Making slow rhs at time 134 for fast variables advancing from 134 to 136 No-substepping time integration at level 1 to 136 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.080346099e-05 0.0006232380933 and volume-weighted sum 13041.71178 Subtracting 4.245348885e-06 from rhs in subdomain 0 Sum after subtraction -5.898059818e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.423176842e-05 MLMG: Initial residual (resid0) = 5.423176842e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 4.979905e-12, 9.182634358e-08 MLMG: Timers: Solve = 0.001644886 Iter = 0.001427134 Bottom = 0.000169316 Time in solve 0.001990181 Max/L2 norm of divergence after solve at level 1 : 4.245353865e-06 0.0002353011189 and volume-weighted sum 13041.71178 Time integration of scalars at level 1 from 134 to 136 with dt = 2 using RHS created at 134 Making slow rhs at time 136 for fast variables advancing from 134 to 136 No-substepping time integration at level 1 to 136 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.048344318e-05 0.0005874307196 and volume-weighted sum 13041.71178 Subtracting 4.245348885e-06 from rhs in subdomain 0 Sum after subtraction -6.526897078e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.440435672e-05 MLMG: Initial residual (resid0) = 5.440435672e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.758042196e-11, 1.242187686e-06 MLMG: Timers: Solve = 0.001448016 Iter = 0.001230733 Bottom = 0.000150323 Time in solve 0.001790589 Max/L2 norm of divergence after solve at level 1 : 4.245408137e-06 0.0002353011189 and volume-weighted sum 13041.71178 Time integration of scalars at level 1 from 134 to 136 with dt = 2 using RHS created at 136 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 68] Advanced 3072 cells Coarse STEP 68 ends. TIME = 136 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022712398 seconds. Coarse STEP 69 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.550484292 (terrain aware) 1.550484292 (terrain unaware) Anelastic dt at level 0 would be: 10.36673047 (terrain aware) 10.36673047 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1421998812 (terrain aware) 0.1421998812 (terrain unaware) Anelastic dt at level 1 would be: 4.994601195 (terrain aware) 4.994601195 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 69] ADVANCE from elapsed time = 136 to 138 with dt = 2 Making slow rhs at time 136 for fast variables advancing from 136 to 136.6666666667 Fast time integration at level 0 from 136 to 136.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 136 to 136.6666666667 with dt = 0.6666666666667 using RHS created at 136 Making slow rhs at time 136.6666666667 for fast variables advancing from 136 to 137 Fast time integration at level 0 from 136 to 136.5 with dt = 0.5 Fast time integration at level 0 from 136.5 to 137 with dt = 0.5 Time integration of scalars at level 0 from 136 to 137 with dt = 1 using RHS created at 136.6666666667 Making slow rhs at time 137 for fast variables advancing from 136 to 138 Fast time integration at level 0 from 136 to 136.5 with dt = 0.5 Fast time integration at level 0 from 136.5 to 137 with dt = 0.5 Fast time integration at level 0 from 137 to 137.5 with dt = 0.5 Fast time integration at level 0 from 137.5 to 138 with dt = 0.5 Time integration of scalars at level 0 from 136 to 138 with dt = 2 using RHS created at 137 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 69] Advanced 4096 cells [Level 1 step 69] ADVANCE from elapsed time = 136 to 138 with dt = 2 Making slow rhs at time 136 for fast variables advancing from 136 to 138 No-substepping time integration at level 1 to 138 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.239087168e-05 0.000632783264 and volume-weighted sum 12705.19282 Subtracting 4.135804953e-06 from rhs in subdomain 0 Sum after subtraction -5.128276276e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.634901903e-05 MLMG: Initial residual (resid0) = 5.634901903e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.714596287e-11, 1.724004509e-06 MLMG: Timers: Solve = 0.001427347 Iter = 0.001206026 Bottom = 0.000146816 Time in solve 0.001775885 Max/L2 norm of divergence after solve at level 1 : 4.135854314e-06 0.0002292295779 and volume-weighted sum 12705.19282 Time integration of scalars at level 1 from 136 to 138 with dt = 2 using RHS created at 136 Making slow rhs at time 138 for fast variables advancing from 136 to 138 No-substepping time integration at level 1 to 138 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.230003929e-05 0.0005982418354 and volume-weighted sum 12705.19282 Subtracting 4.135804953e-06 from rhs in subdomain 0 Sum after subtraction -8.67361738e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.643584424e-05 MLMG: Initial residual (resid0) = 5.643584424e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.862409558e-11, 1.215966493e-06 MLMG: Timers: Solve = 0.001422167 Iter = 0.001204933 Bottom = 0.000145804 Time in solve 0.001768348 Max/L2 norm of divergence after solve at level 1 : 4.135864374e-06 0.0002292295779 and volume-weighted sum 12705.19282 Time integration of scalars at level 1 from 136 to 138 with dt = 2 using RHS created at 138 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 69] Advanced 3072 cells Coarse STEP 69 ends. TIME = 138 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022478456 seconds. Coarse STEP 70 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.546822075 (terrain aware) 1.546822075 (terrain unaware) Anelastic dt at level 0 would be: 10.32139601 (terrain aware) 10.32139601 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1421535923 (terrain aware) 0.1421535923 (terrain unaware) Anelastic dt at level 1 would be: 4.942428439 (terrain aware) 4.942428439 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 70] ADVANCE from elapsed time = 138 to 140 with dt = 2 Making slow rhs at time 138 for fast variables advancing from 138 to 138.6666666667 Fast time integration at level 0 from 138 to 138.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 138 to 138.6666666667 with dt = 0.6666666666667 using RHS created at 138 Making slow rhs at time 138.6666666667 for fast variables advancing from 138 to 139 Fast time integration at level 0 from 138 to 138.5 with dt = 0.5 Fast time integration at level 0 from 138.5 to 139 with dt = 0.5 Time integration of scalars at level 0 from 138 to 139 with dt = 1 using RHS created at 138.6666666667 Making slow rhs at time 139 for fast variables advancing from 138 to 140 Fast time integration at level 0 from 138 to 138.5 with dt = 0.5 Fast time integration at level 0 from 138.5 to 139 with dt = 0.5 Fast time integration at level 0 from 139 to 139.5 with dt = 0.5 Fast time integration at level 0 from 139.5 to 140 with dt = 0.5 Time integration of scalars at level 0 from 138 to 140 with dt = 2 using RHS created at 139 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 70] Advanced 4096 cells [Level 1 step 70] ADVANCE from elapsed time = 138 to 140 with dt = 2 Making slow rhs at time 138 for fast variables advancing from 138 to 140 No-substepping time integration at level 1 to 140 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.805571393e-05 0.0006724769377 and volume-weighted sum 12444.23331 Subtracting 4.050857197e-06 from rhs in subdomain 0 Sum after subtraction -3.371868756e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.210657112e-05 MLMG: Initial residual (resid0) = 6.210657112e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 5.038528893e-12, 8.112714648e-08 MLMG: Timers: Solve = 0.001639072 Iter = 0.001422526 Bottom = 0.000170519 Time in solve 0.001982793 Max/L2 norm of divergence after solve at level 1 : 4.050862235e-06 0.0002245212953 and volume-weighted sum 12444.23331 Time integration of scalars at level 1 from 138 to 140 with dt = 2 using RHS created at 138 Making slow rhs at time 140 for fast variables advancing from 138 to 140 No-substepping time integration at level 1 to 140 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.404038046e-05 0.0006100632468 and volume-weighted sum 12444.23331 Subtracting 4.050857197e-06 from rhs in subdomain 0 Sum after subtraction -5.605325232e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.809123766e-05 MLMG: Initial residual (resid0) = 5.809123766e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 6.979749467e-11, 1.201515022e-06 MLMG: Timers: Solve = 0.001747956 Iter = 0.00153459 Bottom = 0.000146548 Time in solve 0.002100687 Max/L2 norm of divergence after solve at level 1 : 4.05091659e-06 0.0002245212953 and volume-weighted sum 12444.23331 Time integration of scalars at level 1 from 138 to 140 with dt = 2 using RHS created at 140 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 70] Advanced 3072 cells Coarse STEP 70 ends. TIME = 140 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023299323 seconds. Coarse STEP 71 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.543038503 (terrain aware) 1.543038503 (terrain unaware) Anelastic dt at level 0 would be: 10.25730507 (terrain aware) 10.25730507 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1421063639 (terrain aware) 0.1421063639 (terrain unaware) Anelastic dt at level 1 would be: 4.891765031 (terrain aware) 4.891765031 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 71] ADVANCE from elapsed time = 140 to 142 with dt = 2 Making slow rhs at time 140 for fast variables advancing from 140 to 140.6666666667 Fast time integration at level 0 from 140 to 140.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 140 to 140.6666666667 with dt = 0.6666666666667 using RHS created at 140 Making slow rhs at time 140.6666666667 for fast variables advancing from 140 to 141 Fast time integration at level 0 from 140 to 140.5 with dt = 0.5 Fast time integration at level 0 from 140.5 to 141 with dt = 0.5 Time integration of scalars at level 0 from 140 to 141 with dt = 1 using RHS created at 140.6666666667 Making slow rhs at time 141 for fast variables advancing from 140 to 142 Fast time integration at level 0 from 140 to 140.5 with dt = 0.5 Fast time integration at level 0 from 140.5 to 141 with dt = 0.5 Fast time integration at level 0 from 141 to 141.5 with dt = 0.5 Fast time integration at level 0 from 141.5 to 142 with dt = 0.5 Time integration of scalars at level 0 from 140 to 142 with dt = 2 using RHS created at 141 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 71] Advanced 4096 cells [Level 1 step 71] ADVANCE from elapsed time = 140 to 142 with dt = 2 Making slow rhs at time 140 for fast variables advancing from 140 to 142 No-substepping time integration at level 1 to 142 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.626156339e-05 0.0006644770784 and volume-weighted sum 12269.35551 Subtracting 3.99393083e-06 from rhs in subdomain 0 Sum after subtraction 6.711211448e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.930843326e-05 MLMG: Initial residual (resid0) = 5.930843326e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.123020472e-11, 1.538233261e-06 MLMG: Timers: Solve = 0.001721181 Iter = 0.001198892 Bottom = 0.000142288 Time in solve 0.002070598 Max/L2 norm of divergence after solve at level 1 : 3.993979207e-06 0.0002213661158 and volume-weighted sum 12269.35551 Time integration of scalars at level 1 from 140 to 142 with dt = 2 using RHS created at 140 Making slow rhs at time 142 for fast variables advancing from 140 to 142 No-substepping time integration at level 1 to 142 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.592692457e-05 0.0006228751609 and volume-weighted sum 12269.35551 Subtracting 3.99393083e-06 from rhs in subdomain 0 Sum after subtraction 6.396792818e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 5.924373593e-05 MLMG: Initial residual (resid0) = 5.924373593e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.113264321e-11, 1.200677879e-06 MLMG: Timers: Solve = 0.001424946 Iter = 0.001209577 Bottom = 0.00014871 Time in solve 0.001767527 Max/L2 norm of divergence after solve at level 1 : 3.993989979e-06 0.0002213661158 and volume-weighted sum 12269.35551 Time integration of scalars at level 1 from 140 to 142 with dt = 2 using RHS created at 142 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 71] Advanced 3072 cells Coarse STEP 71 ends. TIME = 142 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023499178 seconds. Coarse STEP 72 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.538974209 (terrain aware) 1.538974209 (terrain unaware) Anelastic dt at level 0 would be: 10.16035536 (terrain aware) 10.16035536 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1420581582 (terrain aware) 0.1420581582 (terrain unaware) Anelastic dt at level 1 would be: 4.843425374 (terrain aware) 4.843425374 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 72] ADVANCE from elapsed time = 142 to 144 with dt = 2 Making slow rhs at time 142 for fast variables advancing from 142 to 142.6666666667 Fast time integration at level 0 from 142 to 142.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 142 to 142.6666666667 with dt = 0.6666666666667 using RHS created at 142 Making slow rhs at time 142.6666666667 for fast variables advancing from 142 to 143 Fast time integration at level 0 from 142 to 142.5 with dt = 0.5 Fast time integration at level 0 from 142.5 to 143 with dt = 0.5 Time integration of scalars at level 0 from 142 to 143 with dt = 1 using RHS created at 142.6666666667 Making slow rhs at time 143 for fast variables advancing from 142 to 144 Fast time integration at level 0 from 142 to 142.5 with dt = 0.5 Fast time integration at level 0 from 142.5 to 143 with dt = 0.5 Fast time integration at level 0 from 143 to 143.5 with dt = 0.5 Fast time integration at level 0 from 143.5 to 144 with dt = 0.5 Time integration of scalars at level 0 from 142 to 144 with dt = 2 using RHS created at 143 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 72] Advanced 4096 cells [Level 1 step 72] ADVANCE from elapsed time = 142 to 144 with dt = 2 Making slow rhs at time 142 for fast variables advancing from 142 to 144 No-substepping time integration at level 1 to 144 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.834979433e-05 0.0006516319014 and volume-weighted sum 12154.8415 Subtracting 3.956654135e-06 from rhs in subdomain 0 Sum after subtraction 9.085614205e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.230644847e-05 MLMG: Initial residual (resid0) = 6.230644847e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.06496557e-11, 1.29440303e-06 MLMG: Timers: Solve = 0.0014149 Iter = 0.001195029 Bottom = 0.00014246 Time in solve 0.001764062 Max/L2 norm of divergence after solve at level 1 : 3.956706163e-06 0.0002193000317 and volume-weighted sum 12154.8415 Time integration of scalars at level 1 from 142 to 144 with dt = 2 using RHS created at 142 Making slow rhs at time 144 for fast variables advancing from 142 to 144 No-substepping time integration at level 1 to 144 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 5.850779931e-05 0.0006365973938 and volume-weighted sum 12154.8415 Subtracting 3.956654135e-06 from rhs in subdomain 0 Sum after subtraction -9.215718466e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.246445345e-05 MLMG: Initial residual (resid0) = 6.246445345e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.250044424e-11, 1.160667231e-06 MLMG: Timers: Solve = 0.001430072 Iter = 0.001213073 Bottom = 0.000144522 Time in solve 0.00177287 Max/L2 norm of divergence after solve at level 1 : 3.95671285e-06 0.0002193000317 and volume-weighted sum 12154.8415 Time integration of scalars at level 1 from 142 to 144 with dt = 2 using RHS created at 144 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 72] Advanced 3072 cells Coarse STEP 72 ends. TIME = 144 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022741098 seconds. Coarse STEP 73 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.534793596 (terrain aware) 1.534793596 (terrain unaware) Anelastic dt at level 0 would be: 10.03869672 (terrain aware) 10.03869672 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1420086884 (terrain aware) 0.1420086884 (terrain unaware) Anelastic dt at level 1 would be: 4.796401371 (terrain aware) 4.796401371 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 73] ADVANCE from elapsed time = 144 to 146 with dt = 2 Making slow rhs at time 144 for fast variables advancing from 144 to 144.6666666667 Fast time integration at level 0 from 144 to 144.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 144 to 144.6666666667 with dt = 0.6666666666667 using RHS created at 144 Making slow rhs at time 144.6666666667 for fast variables advancing from 144 to 145 Fast time integration at level 0 from 144 to 144.5 with dt = 0.5 Fast time integration at level 0 from 144.5 to 145 with dt = 0.5 Time integration of scalars at level 0 from 144 to 145 with dt = 1 using RHS created at 144.6666666667 Making slow rhs at time 145 for fast variables advancing from 144 to 146 Fast time integration at level 0 from 144 to 144.5 with dt = 0.5 Fast time integration at level 0 from 144.5 to 145 with dt = 0.5 Fast time integration at level 0 from 145 to 145.5 with dt = 0.5 Fast time integration at level 0 from 145.5 to 146 with dt = 0.5 Time integration of scalars at level 0 from 144 to 146 with dt = 2 using RHS created at 145 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 73] Advanced 4096 cells [Level 1 step 73] ADVANCE from elapsed time = 144 to 146 with dt = 2 Making slow rhs at time 144 for fast variables advancing from 144 to 146 No-substepping time integration at level 1 to 146 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.150040365e-05 0.0006735286405 and volume-weighted sum 12099.27232 Subtracting 3.93856521e-06 from rhs in subdomain 0 Sum after subtraction 8.142358315e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.543896886e-05 MLMG: Initial residual (resid0) = 6.543896886e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.940681391e-11, 1.366262572e-06 MLMG: Timers: Solve = 0.00144113 Iter = 0.0012228 Bottom = 0.000140159 Time in solve 0.001785678 Max/L2 norm of divergence after solve at level 1 : 3.938622596e-06 0.0002182974417 and volume-weighted sum 12099.27232 Time integration of scalars at level 1 from 144 to 146 with dt = 2 using RHS created at 144 Making slow rhs at time 146 for fast variables advancing from 144 to 146 No-substepping time integration at level 1 to 146 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.159541941e-05 0.0006509957081 and volume-weighted sum 12099.27232 Subtracting 3.93856521e-06 from rhs in subdomain 0 Sum after subtraction 4.239230494e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.553398462e-05 MLMG: Initial residual (resid0) = 6.553398462e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.373665529e-11, 1.125166671e-06 MLMG: Timers: Solve = 0.001436593 Iter = 0.00121463 Bottom = 0.000146278 Time in solve 0.001778731 Max/L2 norm of divergence after solve at level 1 : 3.938623311e-06 0.0002182974417 and volume-weighted sum 12099.27232 Time integration of scalars at level 1 from 144 to 146 with dt = 2 using RHS created at 146 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 73] Advanced 3072 cells Coarse STEP 73 ends. TIME = 146 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022768879 seconds. Coarse STEP 74 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.530808705 (terrain aware) 1.530808705 (terrain unaware) Anelastic dt at level 0 would be: 9.896707649 (terrain aware) 9.896707649 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1419576216 (terrain aware) 0.1419576216 (terrain unaware) Anelastic dt at level 1 would be: 4.74992449 (terrain aware) 4.74992449 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 74] ADVANCE from elapsed time = 146 to 148 with dt = 2 Making slow rhs at time 146 for fast variables advancing from 146 to 146.6666666667 Fast time integration at level 0 from 146 to 146.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 146 to 146.6666666667 with dt = 0.6666666666667 using RHS created at 146 Making slow rhs at time 146.6666666667 for fast variables advancing from 146 to 147 Fast time integration at level 0 from 146 to 146.5 with dt = 0.5 Fast time integration at level 0 from 146.5 to 147 with dt = 0.5 Time integration of scalars at level 0 from 146 to 147 with dt = 1 using RHS created at 146.6666666667 Making slow rhs at time 147 for fast variables advancing from 146 to 148 Fast time integration at level 0 from 146 to 146.5 with dt = 0.5 Fast time integration at level 0 from 146.5 to 147 with dt = 0.5 Fast time integration at level 0 from 147 to 147.5 with dt = 0.5 Fast time integration at level 0 from 147.5 to 148 with dt = 0.5 Time integration of scalars at level 0 from 146 to 148 with dt = 2 using RHS created at 147 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 74] Advanced 4096 cells [Level 1 step 74] ADVANCE from elapsed time = 146 to 148 with dt = 2 Making slow rhs at time 146 for fast variables advancing from 146 to 148 No-substepping time integration at level 1 to 148 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.425141172e-05 0.000685928967 and volume-weighted sum 12164.90196 Subtracting 3.959929023e-06 from rhs in subdomain 0 Sum after subtraction 4.987329993e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.821134074e-05 MLMG: Initial residual (resid0) = 6.821134074e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.056926193e-11, 1.327774252e-06 MLMG: Timers: Solve = 0.001602729 Iter = 0.001233324 Bottom = 0.000142522 Time in solve 0.001953379 Max/L2 norm of divergence after solve at level 1 : 3.959991202e-06 0.0002194815444 and volume-weighted sum 12164.90196 Time integration of scalars at level 1 from 146 to 148 with dt = 2 using RHS created at 146 Making slow rhs at time 148 for fast variables advancing from 146 to 148 No-substepping time integration at level 1 to 148 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.425246494e-05 0.0006664808894 and volume-weighted sum 12164.90196 Subtracting 3.959929023e-06 from rhs in subdomain 0 Sum after subtraction 5.963111949e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 6.821239397e-05 MLMG: Initial residual (resid0) = 6.821239397e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.482226487e-11, 1.096901318e-06 MLMG: Timers: Solve = 0.001424873 Iter = 0.001205872 Bottom = 0.000147992 Time in solve 0.001762651 Max/L2 norm of divergence after solve at level 1 : 3.959987232e-06 0.0002194815444 and volume-weighted sum 12164.90196 Time integration of scalars at level 1 from 146 to 148 with dt = 2 using RHS created at 148 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 74] Advanced 3072 cells Coarse STEP 74 ends. TIME = 148 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02274553 seconds. Coarse STEP 75 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.527241694 (terrain aware) 1.527241694 (terrain unaware) Anelastic dt at level 0 would be: 9.768468595 (terrain aware) 9.768468595 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1419054648 (terrain aware) 0.1419054648 (terrain unaware) Anelastic dt at level 1 would be: 4.705839765 (terrain aware) 4.705839765 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 75] ADVANCE from elapsed time = 148 to 150 with dt = 2 Making slow rhs at time 148 for fast variables advancing from 148 to 148.6666666667 Fast time integration at level 0 from 148 to 148.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 148 to 148.6666666667 with dt = 0.6666666666667 using RHS created at 148 Making slow rhs at time 148.6666666667 for fast variables advancing from 148 to 149 Fast time integration at level 0 from 148 to 148.5 with dt = 0.5 Fast time integration at level 0 from 148.5 to 149 with dt = 0.5 Time integration of scalars at level 0 from 148 to 149 with dt = 1 using RHS created at 148.6666666667 Making slow rhs at time 149 for fast variables advancing from 148 to 150 Fast time integration at level 0 from 148 to 148.5 with dt = 0.5 Fast time integration at level 0 from 148.5 to 149 with dt = 0.5 Fast time integration at level 0 from 149 to 149.5 with dt = 0.5 Fast time integration at level 0 from 149.5 to 150 with dt = 0.5 Time integration of scalars at level 0 from 148 to 150 with dt = 2 using RHS created at 149 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 75] Advanced 4096 cells [Level 1 step 75] ADVANCE from elapsed time = 148 to 150 with dt = 2 Making slow rhs at time 148 for fast variables advancing from 148 to 150 No-substepping time integration at level 1 to 150 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.640182163e-05 0.0007009326085 and volume-weighted sum 12454.16857 Subtracting 4.054091331e-06 from rhs in subdomain 0 Sum after subtraction -2.970713953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.045591296e-05 MLMG: Initial residual (resid0) = 7.045591296e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.80990532e-11, 1.108481175e-06 MLMG: Timers: Solve = 0.001420348 Iter = 0.001199801 Bottom = 0.000142666 Time in solve 0.001769499 Max/L2 norm of divergence after solve at level 1 : 4.054156214e-06 0.0002247005493 and volume-weighted sum 12454.16857 Time integration of scalars at level 1 from 148 to 150 with dt = 2 using RHS created at 148 Making slow rhs at time 150 for fast variables advancing from 148 to 150 No-substepping time integration at level 1 to 150 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.62864978e-05 0.0006837489125 and volume-weighted sum 12454.16857 Subtracting 4.054091331e-06 from rhs in subdomain 0 Sum after subtraction -5.290906602e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.034058913e-05 MLMG: Initial residual (resid0) = 7.034058913e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.587377776e-11, 1.078662813e-06 MLMG: Timers: Solve = 0.001443052 Iter = 0.001222085 Bottom = 0.000143038 Time in solve 0.001784071 Max/L2 norm of divergence after solve at level 1 : 4.054149846e-06 0.0002247005493 and volume-weighted sum 12454.16857 Time integration of scalars at level 1 from 148 to 150 with dt = 2 using RHS created at 150 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 75] Advanced 3072 cells Coarse STEP 75 ends. TIME = 150 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022713067 seconds. Coarse STEP 76 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.524101322 (terrain aware) 1.524101322 (terrain unaware) Anelastic dt at level 0 would be: 9.651440899 (terrain aware) 9.651440899 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1418521383 (terrain aware) 0.1418521383 (terrain unaware) Anelastic dt at level 1 would be: 4.663152176 (terrain aware) 4.663152176 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 76] ADVANCE from elapsed time = 150 to 152 with dt = 2 Making slow rhs at time 150 for fast variables advancing from 150 to 150.6666666667 Fast time integration at level 0 from 150 to 150.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 150 to 150.6666666667 with dt = 0.6666666666667 using RHS created at 150 Making slow rhs at time 150.6666666667 for fast variables advancing from 150 to 151 Fast time integration at level 0 from 150 to 150.5 with dt = 0.5 Fast time integration at level 0 from 150.5 to 151 with dt = 0.5 Time integration of scalars at level 0 from 150 to 151 with dt = 1 using RHS created at 150.6666666667 Making slow rhs at time 151 for fast variables advancing from 150 to 152 Fast time integration at level 0 from 150 to 150.5 with dt = 0.5 Fast time integration at level 0 from 150.5 to 151 with dt = 0.5 Fast time integration at level 0 from 151 to 151.5 with dt = 0.5 Fast time integration at level 0 from 151.5 to 152 with dt = 0.5 Time integration of scalars at level 0 from 150 to 152 with dt = 2 using RHS created at 151 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 76] Advanced 4096 cells [Level 1 step 76] ADVANCE from elapsed time = 150 to 152 with dt = 2 Making slow rhs at time 150 for fast variables advancing from 150 to 152 No-substepping time integration at level 1 to 152 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.772271751e-05 0.0007293749498 and volume-weighted sum 13027.87817 Subtracting 4.240845759e-06 from rhs in subdomain 0 Sum after subtraction -4.510281038e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.196356327e-05 MLMG: Initial residual (resid0) = 7.196356327e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.171466502e-11, 1.135500541e-06 MLMG: Timers: Solve = 0.001414424 Iter = 0.001192063 Bottom = 0.00014053 Time in solve 0.001756729 Max/L2 norm of divergence after solve at level 1 : 4.240910937e-06 0.0002350515303 and volume-weighted sum 13027.87817 Time integration of scalars at level 1 from 150 to 152 with dt = 2 using RHS created at 150 Making slow rhs at time 152 for fast variables advancing from 150 to 152 No-substepping time integration at level 1 to 152 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.749370842e-05 0.0007029342902 and volume-weighted sum 13027.87817 Subtracting 4.240845759e-06 from rhs in subdomain 0 Sum after subtraction 8.998878032e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.173455418e-05 MLMG: Initial residual (resid0) = 7.173455418e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.708559259e-11, 1.074594991e-06 MLMG: Timers: Solve = 0.001407567 Iter = 0.001190863 Bottom = 0.000139952 Time in solve 0.001750886 Max/L2 norm of divergence after solve at level 1 : 4.240904394e-06 0.0002350515303 and volume-weighted sum 13027.87817 Time integration of scalars at level 1 from 150 to 152 with dt = 2 using RHS created at 152 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 76] Advanced 3072 cells Coarse STEP 76 ends. TIME = 152 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022346289 seconds. Coarse STEP 77 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.521180492 (terrain aware) 1.521180492 (terrain unaware) Anelastic dt at level 0 would be: 9.533706373 (terrain aware) 9.533706373 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1417975634 (terrain aware) 0.1417975634 (terrain unaware) Anelastic dt at level 1 would be: 4.621310909 (terrain aware) 4.621310909 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 77] ADVANCE from elapsed time = 152 to 154 with dt = 2 Making slow rhs at time 152 for fast variables advancing from 152 to 152.6666666667 Fast time integration at level 0 from 152 to 152.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 152 to 152.6666666667 with dt = 0.6666666666667 using RHS created at 152 Making slow rhs at time 152.6666666667 for fast variables advancing from 152 to 153 Fast time integration at level 0 from 152 to 152.5 with dt = 0.5 Fast time integration at level 0 from 152.5 to 153 with dt = 0.5 Time integration of scalars at level 0 from 152 to 153 with dt = 1 using RHS created at 152.6666666667 Making slow rhs at time 153 for fast variables advancing from 152 to 154 Fast time integration at level 0 from 152 to 152.5 with dt = 0.5 Fast time integration at level 0 from 152.5 to 153 with dt = 0.5 Fast time integration at level 0 from 153 to 153.5 with dt = 0.5 Fast time integration at level 0 from 153.5 to 154 with dt = 0.5 Time integration of scalars at level 0 from 152 to 154 with dt = 2 using RHS created at 153 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 77] Advanced 4096 cells [Level 1 step 77] ADVANCE from elapsed time = 152 to 154 with dt = 2 Making slow rhs at time 152 for fast variables advancing from 152 to 154 No-substepping time integration at level 1 to 154 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.020778678e-05 0.0007562211851 and volume-weighted sum 13827.35404 Subtracting 4.501091811e-06 from rhs in subdomain 0 Sum after subtraction 2.439454888e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.294264779e-05 MLMG: Initial residual (resid0) = 7.294264779e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.44904049e-11, 1.158312831e-06 MLMG: Timers: Solve = 0.001415399 Iter = 0.001197923 Bottom = 0.000139345 Time in solve 0.001773907 Max/L2 norm of divergence after solve at level 1 : 4.50115522e-06 0.0002494758306 and volume-weighted sum 13827.35404 Time integration of scalars at level 1 from 152 to 154 with dt = 2 using RHS created at 152 Making slow rhs at time 154 for fast variables advancing from 152 to 154 No-substepping time integration at level 1 to 154 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 6.969708008e-05 0.0007238235124 and volume-weighted sum 13827.35404 Subtracting 4.501091811e-06 from rhs in subdomain 0 Sum after subtraction 3.903127821e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.305629363e-05 MLMG: Initial residual (resid0) = 7.305629363e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.867134376e-11, 1.076859225e-06 MLMG: Timers: Solve = 0.001463859 Iter = 0.001190997 Bottom = 0.000136502 Time in solve 0.001815225 Max/L2 norm of divergence after solve at level 1 : 4.501150391e-06 0.0002494758306 and volume-weighted sum 13827.35404 Time integration of scalars at level 1 from 152 to 154 with dt = 2 using RHS created at 154 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 77] Advanced 3072 cells Coarse STEP 77 ends. TIME = 154 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022431052 seconds. Coarse STEP 78 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.518170239 (terrain aware) 1.518170239 (terrain unaware) Anelastic dt at level 0 would be: 9.408831406 (terrain aware) 9.408831406 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1417417046 (terrain aware) 0.1417417046 (terrain unaware) Anelastic dt at level 1 would be: 4.581359923 (terrain aware) 4.581359923 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 78] ADVANCE from elapsed time = 154 to 156 with dt = 2 Making slow rhs at time 154 for fast variables advancing from 154 to 154.6666666667 Fast time integration at level 0 from 154 to 154.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 154 to 154.6666666667 with dt = 0.6666666666667 using RHS created at 154 Making slow rhs at time 154.6666666667 for fast variables advancing from 154 to 155 Fast time integration at level 0 from 154 to 154.5 with dt = 0.5 Fast time integration at level 0 from 154.5 to 155 with dt = 0.5 Time integration of scalars at level 0 from 154 to 155 with dt = 1 using RHS created at 154.6666666667 Making slow rhs at time 155 for fast variables advancing from 154 to 156 Fast time integration at level 0 from 154 to 154.5 with dt = 0.5 Fast time integration at level 0 from 154.5 to 155 with dt = 0.5 Fast time integration at level 0 from 155 to 155.5 with dt = 0.5 Fast time integration at level 0 from 155.5 to 156 with dt = 0.5 Time integration of scalars at level 0 from 154 to 156 with dt = 2 using RHS created at 155 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 78] Advanced 4096 cells [Level 1 step 78] ADVANCE from elapsed time = 154 to 156 with dt = 2 Making slow rhs at time 154 for fast variables advancing from 154 to 156 No-substepping time integration at level 1 to 156 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.311000752e-05 0.0007769820542 and volume-weighted sum 14674.31589 Subtracting 4.776795536e-06 from rhs in subdomain 0 Sum after subtraction -1.051676107e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.701244758e-05 MLMG: Initial residual (resid0) = 7.701244758e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.973274261e-11, 1.035322797e-06 MLMG: Timers: Solve = 0.001413285 Iter = 0.001194382 Bottom = 0.000138387 Time in solve 0.001755839 Max/L2 norm of divergence after solve at level 1 : 4.776855909e-06 0.0002647568821 and volume-weighted sum 14674.31589 Time integration of scalars at level 1 from 154 to 156 with dt = 2 using RHS created at 154 Making slow rhs at time 156 for fast variables advancing from 154 to 156 No-substepping time integration at level 1 to 156 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.249634449e-05 0.0007455728799 and volume-weighted sum 14674.31589 Subtracting 4.776795536e-06 from rhs in subdomain 0 Sum after subtraction -6.179952383e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 7.708492056e-05 MLMG: Initial residual (resid0) = 7.708492056e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.045950191e-11, 1.043777451e-06 MLMG: Timers: Solve = 0.001655585 Iter = 0.001386453 Bottom = 0.000133971 Time in solve 0.001989483 Max/L2 norm of divergence after solve at level 1 : 4.776853913e-06 0.0002647568821 and volume-weighted sum 14674.31589 Time integration of scalars at level 1 from 154 to 156 with dt = 2 using RHS created at 156 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 78] Advanced 3072 cells Coarse STEP 78 ends. TIME = 156 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02302594 seconds. Coarse STEP 79 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.514851813 (terrain aware) 1.514851813 (terrain unaware) Anelastic dt at level 0 would be: 9.281495119 (terrain aware) 9.281495119 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1416845854 (terrain aware) 0.1416845854 (terrain unaware) Anelastic dt at level 1 would be: 4.54081011 (terrain aware) 4.54081011 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 79] ADVANCE from elapsed time = 156 to 158 with dt = 2 Making slow rhs at time 156 for fast variables advancing from 156 to 156.6666666667 Fast time integration at level 0 from 156 to 156.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 156 to 156.6666666667 with dt = 0.6666666666667 using RHS created at 156 Making slow rhs at time 156.6666666667 for fast variables advancing from 156 to 157 Fast time integration at level 0 from 156 to 156.5 with dt = 0.5 Fast time integration at level 0 from 156.5 to 157 with dt = 0.5 Time integration of scalars at level 0 from 156 to 157 with dt = 1 using RHS created at 156.6666666667 Making slow rhs at time 157 for fast variables advancing from 156 to 158 Fast time integration at level 0 from 156 to 156.5 with dt = 0.5 Fast time integration at level 0 from 156.5 to 157 with dt = 0.5 Fast time integration at level 0 from 157 to 157.5 with dt = 0.5 Fast time integration at level 0 from 157.5 to 158 with dt = 0.5 Time integration of scalars at level 0 from 156 to 158 with dt = 2 using RHS created at 157 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 79] Advanced 4096 cells [Level 1 step 79] ADVANCE from elapsed time = 156 to 158 with dt = 2 Making slow rhs at time 156 for fast variables advancing from 156 to 158 No-substepping time integration at level 1 to 158 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.555224747e-05 0.000785652317 and volume-weighted sum 15360.19776 Subtracting 5.000064375e-06 from rhs in subdomain 0 Sum after subtraction -5.486062993e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.055231185e-05 MLMG: Initial residual (resid0) = 8.055231185e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.635495474e-11, 9.478927791e-07 MLMG: Timers: Solve = 0.00156029 Iter = 0.001201706 Bottom = 0.000146467 Time in solve 0.00193805 Max/L2 norm of divergence after solve at level 1 : 5.000121595e-06 0.0002771316972 and volume-weighted sum 15360.19776 Time integration of scalars at level 1 from 156 to 158 with dt = 2 using RHS created at 156 Making slow rhs at time 158 for fast variables advancing from 156 to 158 No-substepping time integration at level 1 to 158 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.55708802e-05 0.0007666900833 and volume-weighted sum 15360.19776 Subtracting 5.000064375e-06 from rhs in subdomain 0 Sum after subtraction -6.364266752e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.057094458e-05 MLMG: Initial residual (resid0) = 8.057094458e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.194459454e-11, 1.017048949e-06 MLMG: Timers: Solve = 0.001417243 Iter = 0.00120297 Bottom = 0.000136229 Time in solve 0.00175488 Max/L2 norm of divergence after solve at level 1 : 5.000122411e-06 0.0002771316972 and volume-weighted sum 15360.19776 Time integration of scalars at level 1 from 156 to 158 with dt = 2 using RHS created at 158 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 79] Advanced 3072 cells Coarse STEP 79 ends. TIME = 158 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022713324 seconds. Coarse STEP 80 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.511228578 (terrain aware) 1.511228578 (terrain unaware) Anelastic dt at level 0 would be: 9.164145705 (terrain aware) 9.164145705 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1416262657 (terrain aware) 0.1416262657 (terrain unaware) Anelastic dt at level 1 would be: 4.502024366 (terrain aware) 4.502024366 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 80] ADVANCE from elapsed time = 158 to 160 with dt = 2 Making slow rhs at time 158 for fast variables advancing from 158 to 158.6666666667 Fast time integration at level 0 from 158 to 158.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 158 to 158.6666666667 with dt = 0.6666666666667 using RHS created at 158 Making slow rhs at time 158.6666666667 for fast variables advancing from 158 to 159 Fast time integration at level 0 from 158 to 158.5 with dt = 0.5 Fast time integration at level 0 from 158.5 to 159 with dt = 0.5 Time integration of scalars at level 0 from 158 to 159 with dt = 1 using RHS created at 158.6666666667 Making slow rhs at time 159 for fast variables advancing from 158 to 160 Fast time integration at level 0 from 158 to 158.5 with dt = 0.5 Fast time integration at level 0 from 158.5 to 159 with dt = 0.5 Fast time integration at level 0 from 159 to 159.5 with dt = 0.5 Fast time integration at level 0 from 159.5 to 160 with dt = 0.5 Time integration of scalars at level 0 from 158 to 160 with dt = 2 using RHS created at 159 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 80] Advanced 4096 cells [Level 1 step 80] ADVANCE from elapsed time = 158 to 160 with dt = 2 Making slow rhs at time 158 for fast variables advancing from 158 to 160 No-substepping time integration at level 1 to 160 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.853581271e-05 0.0007987819787 and volume-weighted sum 15761.46682 Subtracting 5.130685813e-06 from rhs in subdomain 0 Sum after subtraction -2.992397996e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.336461204e-05 MLMG: Initial residual (resid0) = 8.336461204e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.165523143e-11, 9.794951291e-07 MLMG: Timers: Solve = 0.001429614 Iter = 0.001208016 Bottom = 0.00014422 Time in solve 0.001764 Max/L2 norm of divergence after solve at level 1 : 5.130741065e-06 0.0002843714722 and volume-weighted sum 15761.46682 Time integration of scalars at level 1 from 158 to 160 with dt = 2 using RHS created at 158 Making slow rhs at time 160 for fast variables advancing from 158 to 160 No-substepping time integration at level 1 to 160 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 7.81557397e-05 0.0007862544714 and volume-weighted sum 15761.46682 Subtracting 5.130685813e-06 from rhs in subdomain 0 Sum after subtraction -2.840609692e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.328642551e-05 MLMG: Initial residual (resid0) = 8.328642551e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.311341225e-11, 9.979226716e-07 MLMG: Timers: Solve = 0.001424058 Iter = 0.001204309 Bottom = 0.000139109 Time in solve 0.001764811 Max/L2 norm of divergence after solve at level 1 : 5.130743349e-06 0.0002843714722 and volume-weighted sum 15761.46682 Time integration of scalars at level 1 from 158 to 160 with dt = 2 using RHS created at 160 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 80] Advanced 3072 cells Coarse STEP 80 ends. TIME = 160 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022698373 seconds. Coarse STEP 81 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.507124516 (terrain aware) 1.507124516 (terrain unaware) Anelastic dt at level 0 would be: 9.069638096 (terrain aware) 9.069638096 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.141566793 (terrain aware) 0.141566793 (terrain unaware) Anelastic dt at level 1 would be: 4.465179148 (terrain aware) 4.465179148 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 81] ADVANCE from elapsed time = 160 to 162 with dt = 2 Making slow rhs at time 160 for fast variables advancing from 160 to 160.6666666667 Fast time integration at level 0 from 160 to 160.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 160 to 160.6666666667 with dt = 0.6666666666667 using RHS created at 160 Making slow rhs at time 160.6666666667 for fast variables advancing from 160 to 161 Fast time integration at level 0 from 160 to 160.5 with dt = 0.5 Fast time integration at level 0 from 160.5 to 161 with dt = 0.5 Time integration of scalars at level 0 from 160 to 161 with dt = 1 using RHS created at 160.6666666667 Making slow rhs at time 161 for fast variables advancing from 160 to 162 Fast time integration at level 0 from 160 to 160.5 with dt = 0.5 Fast time integration at level 0 from 160.5 to 161 with dt = 0.5 Fast time integration at level 0 from 161 to 161.5 with dt = 0.5 Fast time integration at level 0 from 161.5 to 162 with dt = 0.5 Time integration of scalars at level 0 from 160 to 162 with dt = 2 using RHS created at 161 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 81] Advanced 4096 cells [Level 1 step 81] ADVANCE from elapsed time = 160 to 162 with dt = 2 Making slow rhs at time 160 for fast variables advancing from 160 to 162 No-substepping time integration at level 1 to 162 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.176110246e-05 0.0008151991248 and volume-weighted sum 15903.58788 Subtracting 5.17694918e-06 from rhs in subdomain 0 Sum after subtraction -3.751339517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.521343076e-05 MLMG: Initial residual (resid0) = 8.521343076e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.532265128e-11, 1.118634122e-06 MLMG: Timers: Solve = 0.001432084 Iter = 0.001214574 Bottom = 0.000143823 Time in solve 0.001770032 Max/L2 norm of divergence after solve at level 1 : 5.177004189e-06 0.0002869356483 and volume-weighted sum 15903.58788 Time integration of scalars at level 1 from 160 to 162 with dt = 2 using RHS created at 160 Making slow rhs at time 162 for fast variables advancing from 160 to 162 No-substepping time integration at level 1 to 162 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.092256108e-05 0.0008044684634 and volume-weighted sum 15903.58788 Subtracting 5.17694918e-06 from rhs in subdomain 0 Sum after subtraction -3.686287386e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.498413077e-05 MLMG: Initial residual (resid0) = 8.498413077e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.406773198e-11, 9.892168246e-07 MLMG: Timers: Solve = 0.001647134 Iter = 0.001430855 Bottom = 0.0001411 Time in solve 0.00201957 Max/L2 norm of divergence after solve at level 1 : 5.177006019e-06 0.0002869356483 and volume-weighted sum 15903.58788 Time integration of scalars at level 1 from 160 to 162 with dt = 2 using RHS created at 162 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 81] Advanced 3072 cells Coarse STEP 81 ends. TIME = 162 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023997773 seconds. Coarse STEP 82 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.502981455 (terrain aware) 1.502981455 (terrain unaware) Anelastic dt at level 0 would be: 9.00291792 (terrain aware) 9.00291792 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1415061595 (terrain aware) 0.1415061595 (terrain unaware) Anelastic dt at level 1 would be: 4.428070284 (terrain aware) 4.428070284 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 82] ADVANCE from elapsed time = 162 to 164 with dt = 2 Making slow rhs at time 162 for fast variables advancing from 162 to 162.6666666667 Fast time integration at level 0 from 162 to 162.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 162 to 162.6666666667 with dt = 0.6666666666667 using RHS created at 162 Making slow rhs at time 162.6666666667 for fast variables advancing from 162 to 163 Fast time integration at level 0 from 162 to 162.5 with dt = 0.5 Fast time integration at level 0 from 162.5 to 163 with dt = 0.5 Time integration of scalars at level 0 from 162 to 163 with dt = 1 using RHS created at 162.6666666667 Making slow rhs at time 163 for fast variables advancing from 162 to 164 Fast time integration at level 0 from 162 to 162.5 with dt = 0.5 Fast time integration at level 0 from 162.5 to 163 with dt = 0.5 Fast time integration at level 0 from 163 to 163.5 with dt = 0.5 Fast time integration at level 0 from 163.5 to 164 with dt = 0.5 Time integration of scalars at level 0 from 162 to 164 with dt = 2 using RHS created at 163 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 82] Advanced 4096 cells [Level 1 step 82] ADVANCE from elapsed time = 162 to 164 with dt = 2 Making slow rhs at time 162 for fast variables advancing from 162 to 164 No-substepping time integration at level 1 to 164 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.351790093e-05 0.0008281025021 and volume-weighted sum 15945.28631 Subtracting 5.190522888e-06 from rhs in subdomain 0 Sum after subtraction 7.589415207e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.582561727e-05 MLMG: Initial residual (resid0) = 8.582561727e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.423918427e-11, 1.098030952e-06 MLMG: Timers: Solve = 0.001427562 Iter = 0.001200837 Bottom = 0.000140892 Time in solve 0.001764554 Max/L2 norm of divergence after solve at level 1 : 5.190578833e-06 0.0002876879795 and volume-weighted sum 15945.28631 Time integration of scalars at level 1 from 162 to 164 with dt = 2 using RHS created at 162 Making slow rhs at time 164 for fast variables advancing from 162 to 164 No-substepping time integration at level 1 to 164 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.269837818e-05 0.0008223516205 and volume-weighted sum 15945.28631 Subtracting 5.190522888e-06 from rhs in subdomain 0 Sum after subtraction -2.406928823e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.540454265e-05 MLMG: Initial residual (resid0) = 8.540454265e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.504265828e-11, 9.957627035e-07 MLMG: Timers: Solve = 0.001414197 Iter = 0.001198146 Bottom = 0.000140124 Time in solve 0.001745117 Max/L2 norm of divergence after solve at level 1 : 5.190578866e-06 0.0002876879795 and volume-weighted sum 15945.28631 Time integration of scalars at level 1 from 162 to 164 with dt = 2 using RHS created at 164 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 82] Advanced 3072 cells Coarse STEP 82 ends. TIME = 164 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022401701 seconds. Coarse STEP 83 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.498869476 (terrain aware) 1.498869476 (terrain unaware) Anelastic dt at level 0 would be: 8.95676251 (terrain aware) 8.95676251 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1414442906 (terrain aware) 0.1414442906 (terrain unaware) Anelastic dt at level 1 would be: 4.392619923 (terrain aware) 4.392619923 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 83] ADVANCE from elapsed time = 164 to 166 with dt = 2 Making slow rhs at time 164 for fast variables advancing from 164 to 164.6666666667 Fast time integration at level 0 from 164 to 164.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 164 to 164.6666666667 with dt = 0.6666666666667 using RHS created at 164 Making slow rhs at time 164.6666666667 for fast variables advancing from 164 to 165 Fast time integration at level 0 from 164 to 164.5 with dt = 0.5 Fast time integration at level 0 from 164.5 to 165 with dt = 0.5 Time integration of scalars at level 0 from 164 to 165 with dt = 1 using RHS created at 164.6666666667 Making slow rhs at time 165 for fast variables advancing from 164 to 166 Fast time integration at level 0 from 164 to 164.5 with dt = 0.5 Fast time integration at level 0 from 164.5 to 165 with dt = 0.5 Fast time integration at level 0 from 165 to 165.5 with dt = 0.5 Fast time integration at level 0 from 165.5 to 166 with dt = 0.5 Time integration of scalars at level 0 from 164 to 166 with dt = 2 using RHS created at 165 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 83] Advanced 4096 cells [Level 1 step 83] ADVANCE from elapsed time = 164 to 166 with dt = 2 Making slow rhs at time 164 for fast variables advancing from 164 to 166 No-substepping time integration at level 1 to 166 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.612033696e-05 0.0008513156605 and volume-weighted sum 16092.25762 Subtracting 5.23836511e-06 from rhs in subdomain 0 Sum after subtraction -5.84384971e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.731782562e-05 MLMG: Initial residual (resid0) = 8.731782562e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.080775423e-11, 1.039968112e-06 MLMG: Timers: Solve = 0.001413664 Iter = 0.001195699 Bottom = 0.000137818 Time in solve 0.001748378 Max/L2 norm of divergence after solve at level 1 : 5.238422222e-06 0.0002903396646 and volume-weighted sum 16092.25762 Time integration of scalars at level 1 from 164 to 166 with dt = 2 using RHS created at 164 Making slow rhs at time 166 for fast variables advancing from 164 to 166 No-substepping time integration at level 1 to 166 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.53126851e-05 0.0008411369153 and volume-weighted sum 16092.25762 Subtracting 5.23836511e-06 from rhs in subdomain 0 Sum after subtraction -6.331740687e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 8.731514834e-05 MLMG: Initial residual (resid0) = 8.731514834e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.603879853e-11, 9.853822637e-07 MLMG: Timers: Solve = 0.001743802 Iter = 0.001526976 Bottom = 0.000146187 Time in solve 0.002086426 Max/L2 norm of divergence after solve at level 1 : 5.238420042e-06 0.0002903396646 and volume-weighted sum 16092.25762 Time integration of scalars at level 1 from 164 to 166 with dt = 2 using RHS created at 166 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 83] Advanced 3072 cells Coarse STEP 83 ends. TIME = 166 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02308161 seconds. Coarse STEP 84 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.494563948 (terrain aware) 1.494563948 (terrain unaware) Anelastic dt at level 0 would be: 8.917399275 (terrain aware) 8.917399275 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.141381077 (terrain aware) 0.141381077 (terrain unaware) Anelastic dt at level 1 would be: 4.358777371 (terrain aware) 4.358777371 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 84] ADVANCE from elapsed time = 166 to 168 with dt = 2 Making slow rhs at time 166 for fast variables advancing from 166 to 166.6666666667 Fast time integration at level 0 from 166 to 166.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 166 to 166.6666666667 with dt = 0.6666666666667 using RHS created at 166 Making slow rhs at time 166.6666666667 for fast variables advancing from 166 to 167 Fast time integration at level 0 from 166 to 166.5 with dt = 0.5 Fast time integration at level 0 from 166.5 to 167 with dt = 0.5 Time integration of scalars at level 0 from 166 to 167 with dt = 1 using RHS created at 166.6666666667 Making slow rhs at time 167 for fast variables advancing from 166 to 168 Fast time integration at level 0 from 166 to 166.5 with dt = 0.5 Fast time integration at level 0 from 166.5 to 167 with dt = 0.5 Fast time integration at level 0 from 167 to 167.5 with dt = 0.5 Fast time integration at level 0 from 167.5 to 168 with dt = 0.5 Time integration of scalars at level 0 from 166 to 168 with dt = 2 using RHS created at 167 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 84] Advanced 4096 cells [Level 1 step 84] ADVANCE from elapsed time = 166 to 168 with dt = 2 Making slow rhs at time 166 for fast variables advancing from 166 to 168 No-substepping time integration at level 1 to 168 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.03638115e-05 0.0008762696207 and volume-weighted sum 16475.48624 Subtracting 5.363114009e-06 from rhs in subdomain 0 Sum after subtraction -1.003971212e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.192913604e-05 MLMG: Initial residual (resid0) = 9.192913604e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.123992225e-11, 8.837233303e-07 MLMG: Timers: Solve = 0.00162026 Iter = 0.001338908 Bottom = 0.000144408 Time in solve 0.001953904 Max/L2 norm of divergence after solve at level 1 : 5.363171769e-06 0.0002972539504 and volume-weighted sum 16475.48624 Time integration of scalars at level 1 from 166 to 168 with dt = 2 using RHS created at 166 Making slow rhs at time 168 for fast variables advancing from 166 to 168 No-substepping time integration at level 1 to 168 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 8.951715763e-05 0.0008616387383 and volume-weighted sum 16475.48624 Subtracting 5.363114009e-06 from rhs in subdomain 0 Sum after subtraction -1.270684946e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.174631032e-05 MLMG: Initial residual (resid0) = 9.174631032e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.710027139e-11, 9.49359937e-07 MLMG: Timers: Solve = 0.001421582 Iter = 0.001202487 Bottom = 0.000139924 Time in solve 0.001761772 Max/L2 norm of divergence after solve at level 1 : 5.363167698e-06 0.0002972539504 and volume-weighted sum 16475.48624 Time integration of scalars at level 1 from 166 to 168 with dt = 2 using RHS created at 168 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 84] Advanced 3072 cells Coarse STEP 84 ends. TIME = 168 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022669509 seconds. Coarse STEP 85 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.489991233 (terrain aware) 1.489991233 (terrain unaware) Anelastic dt at level 0 would be: 8.863856783 (terrain aware) 8.863856783 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1413164344 (terrain aware) 0.1413164344 (terrain unaware) Anelastic dt at level 1 would be: 4.324376965 (terrain aware) 4.324376965 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 85] ADVANCE from elapsed time = 168 to 170 with dt = 2 Making slow rhs at time 168 for fast variables advancing from 168 to 168.6666666667 Fast time integration at level 0 from 168 to 168.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 168 to 168.6666666667 with dt = 0.6666666666667 using RHS created at 168 Making slow rhs at time 168.6666666667 for fast variables advancing from 168 to 169 Fast time integration at level 0 from 168 to 168.5 with dt = 0.5 Fast time integration at level 0 from 168.5 to 169 with dt = 0.5 Time integration of scalars at level 0 from 168 to 169 with dt = 1 using RHS created at 168.6666666667 Making slow rhs at time 169 for fast variables advancing from 168 to 170 Fast time integration at level 0 from 168 to 168.5 with dt = 0.5 Fast time integration at level 0 from 168.5 to 169 with dt = 0.5 Fast time integration at level 0 from 169 to 169.5 with dt = 0.5 Fast time integration at level 0 from 169.5 to 170 with dt = 0.5 Time integration of scalars at level 0 from 168 to 170 with dt = 2 using RHS created at 169 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 85] Advanced 4096 cells [Level 1 step 85] ADVANCE from elapsed time = 168 to 170 with dt = 2 Making slow rhs at time 168 for fast variables advancing from 168 to 170 No-substepping time integration at level 1 to 170 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.303904539e-05 0.0008941224839 and volume-weighted sum 17066.65021 Subtracting 5.555550197e-06 from rhs in subdomain 0 Sum after subtraction -2.927345866e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.558342225e-05 MLMG: Initial residual (resid0) = 9.558342225e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 7.776030798e-11, 8.135334156e-07 MLMG: Timers: Solve = 0.001418372 Iter = 0.001202957 Bottom = 0.000139101 Time in solve 0.00174848 Max/L2 norm of divergence after solve at level 1 : 5.555607385e-06 0.0003079198466 and volume-weighted sum 17066.65021 Time integration of scalars at level 1 from 168 to 170 with dt = 2 using RHS created at 168 Making slow rhs at time 170 for fast variables advancing from 168 to 170 No-substepping time integration at level 1 to 170 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.214483641e-05 0.0008837556577 and volume-weighted sum 17066.65021 Subtracting 5.555550197e-06 from rhs in subdomain 0 Sum after subtraction 1.994931997e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.52489094e-05 MLMG: Initial residual (resid0) = 9.52489094e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.815049118e-11, 9.254750709e-07 MLMG: Timers: Solve = 0.001414365 Iter = 0.001195956 Bottom = 0.000144193 Time in solve 0.001746071 Max/L2 norm of divergence after solve at level 1 : 5.555602565e-06 0.0003079198466 and volume-weighted sum 17066.65021 Time integration of scalars at level 1 from 168 to 170 with dt = 2 using RHS created at 170 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 85] Advanced 3072 cells Coarse STEP 85 ends. TIME = 170 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022292049 seconds. Coarse STEP 86 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.485374292 (terrain aware) 1.485374292 (terrain unaware) Anelastic dt at level 0 would be: 8.805869571 (terrain aware) 8.805869571 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1412503529 (terrain aware) 0.1412503529 (terrain unaware) Anelastic dt at level 1 would be: 4.291354196 (terrain aware) 4.291354196 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 86] ADVANCE from elapsed time = 170 to 172 with dt = 2 Making slow rhs at time 170 for fast variables advancing from 170 to 170.6666666667 Fast time integration at level 0 from 170 to 170.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 170 to 170.6666666667 with dt = 0.6666666666667 using RHS created at 170 Making slow rhs at time 170.6666666667 for fast variables advancing from 170 to 171 Fast time integration at level 0 from 170 to 170.5 with dt = 0.5 Fast time integration at level 0 from 170.5 to 171 with dt = 0.5 Time integration of scalars at level 0 from 170 to 171 with dt = 1 using RHS created at 170.6666666667 Making slow rhs at time 171 for fast variables advancing from 170 to 172 Fast time integration at level 0 from 170 to 170.5 with dt = 0.5 Fast time integration at level 0 from 170.5 to 171 with dt = 0.5 Fast time integration at level 0 from 171 to 171.5 with dt = 0.5 Fast time integration at level 0 from 171.5 to 172 with dt = 0.5 Time integration of scalars at level 0 from 170 to 172 with dt = 2 using RHS created at 171 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 86] Advanced 4096 cells [Level 1 step 86] ADVANCE from elapsed time = 170 to 172 with dt = 2 Making slow rhs at time 170 for fast variables advancing from 170 to 172 No-substepping time integration at level 1 to 172 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.407104299e-05 0.000914131531 and volume-weighted sum 17695.03809 Subtracting 5.760103545e-06 from rhs in subdomain 0 Sum after subtraction 2.406928823e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.796274773e-05 MLMG: Initial residual (resid0) = 9.796274773e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.117496673e-11, 8.286309706e-07 MLMG: Timers: Solve = 0.001399727 Iter = 0.001189544 Bottom = 0.000136946 Time in solve 0.001745263 Max/L2 norm of divergence after solve at level 1 : 5.760158302e-06 0.0003192573439 and volume-weighted sum 17695.03809 Time integration of scalars at level 1 from 170 to 172 with dt = 2 using RHS created at 170 Making slow rhs at time 172 for fast variables advancing from 170 to 172 No-substepping time integration at level 1 to 172 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.312893244e-05 0.0009064071314 and volume-weighted sum 17695.03809 Subtracting 5.760103545e-06 from rhs in subdomain 0 Sum after subtraction 5.312590645e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.750365635e-05 MLMG: Initial residual (resid0) = 9.750365635e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.907867852e-11, 9.135932113e-07 MLMG: Timers: Solve = 0.001422336 Iter = 0.001196377 Bottom = 0.000138997 Time in solve 0.00175099 Max/L2 norm of divergence after solve at level 1 : 5.760155653e-06 0.0003192573439 and volume-weighted sum 17695.03809 Time integration of scalars at level 1 from 170 to 172 with dt = 2 using RHS created at 172 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 86] Advanced 3072 cells Coarse STEP 86 ends. TIME = 172 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022613913 seconds. Coarse STEP 87 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.481063557 (terrain aware) 1.481063557 (terrain unaware) Anelastic dt at level 0 would be: 8.756250026 (terrain aware) 8.756250026 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1411828955 (terrain aware) 0.1411828955 (terrain unaware) Anelastic dt at level 1 would be: 4.259835244 (terrain aware) 4.259835244 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 87] ADVANCE from elapsed time = 172 to 174 with dt = 2 Making slow rhs at time 172 for fast variables advancing from 172 to 172.6666666667 Fast time integration at level 0 from 172 to 172.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 172 to 172.6666666667 with dt = 0.6666666666667 using RHS created at 172 Making slow rhs at time 172.6666666667 for fast variables advancing from 172 to 173 Fast time integration at level 0 from 172 to 172.5 with dt = 0.5 Fast time integration at level 0 from 172.5 to 173 with dt = 0.5 Time integration of scalars at level 0 from 172 to 173 with dt = 1 using RHS created at 172.6666666667 Making slow rhs at time 173 for fast variables advancing from 172 to 174 Fast time integration at level 0 from 172 to 172.5 with dt = 0.5 Fast time integration at level 0 from 172.5 to 173 with dt = 0.5 Fast time integration at level 0 from 173 to 173.5 with dt = 0.5 Fast time integration at level 0 from 173.5 to 174 with dt = 0.5 Time integration of scalars at level 0 from 172 to 174 with dt = 2 using RHS created at 173 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 87] Advanced 4096 cells [Level 1 step 87] ADVANCE from elapsed time = 172 to 174 with dt = 2 Making slow rhs at time 172 for fast variables advancing from 172 to 174 No-substepping time integration at level 1 to 174 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.922251615e-05 0.0009400030351 and volume-weighted sum 18149.2215 Subtracting 5.907949707e-06 from rhs in subdomain 0 Sum after subtraction 1.298874203e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.876385348e-05 MLMG: Initial residual (resid0) = 9.876385348e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 5.237980764e-12, 5.303540293e-08 MLMG: Timers: Solve = 0.00163941 Iter = 0.001414066 Bottom = 0.000172554 Time in solve 0.001974667 Max/L2 norm of divergence after solve at level 1 : 5.907954945e-06 0.0003274518099 and volume-weighted sum 18149.2215 Time integration of scalars at level 1 from 172 to 174 with dt = 2 using RHS created at 172 Making slow rhs at time 174 for fast variables advancing from 172 to 174 No-substepping time integration at level 1 to 174 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 9.810526343e-05 0.000928136816 and volume-weighted sum 18149.2215 Subtracting 5.907949707e-06 from rhs in subdomain 0 Sum after subtraction 9.280770596e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.820020048e-05 MLMG: Initial residual (resid0) = 9.820020048e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 8.979209869e-11, 9.14377957e-07 MLMG: Timers: Solve = 0.001415741 Iter = 0.001200483 Bottom = 0.000139858 Time in solve 0.00175448 Max/L2 norm of divergence after solve at level 1 : 5.90800139e-06 0.0003274518099 and volume-weighted sum 18149.2215 Time integration of scalars at level 1 from 172 to 174 with dt = 2 using RHS created at 174 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 87] Advanced 3072 cells Coarse STEP 87 ends. TIME = 174 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022799833 seconds. Coarse STEP 88 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.477248661 (terrain aware) 1.477248661 (terrain unaware) Anelastic dt at level 0 would be: 8.718851387 (terrain aware) 8.718851387 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.141113598 (terrain aware) 0.141113598 (terrain unaware) Anelastic dt at level 1 would be: 4.227687034 (terrain aware) 4.227687034 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 88] ADVANCE from elapsed time = 174 to 176 with dt = 2 Making slow rhs at time 174 for fast variables advancing from 174 to 174.6666666667 Fast time integration at level 0 from 174 to 174.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 174 to 174.6666666667 with dt = 0.6666666666667 using RHS created at 174 Making slow rhs at time 174.6666666667 for fast variables advancing from 174 to 175 Fast time integration at level 0 from 174 to 174.5 with dt = 0.5 Fast time integration at level 0 from 174.5 to 175 with dt = 0.5 Time integration of scalars at level 0 from 174 to 175 with dt = 1 using RHS created at 174.6666666667 Making slow rhs at time 175 for fast variables advancing from 174 to 176 Fast time integration at level 0 from 174 to 174.5 with dt = 0.5 Fast time integration at level 0 from 174.5 to 175 with dt = 0.5 Fast time integration at level 0 from 175 to 175.5 with dt = 0.5 Fast time integration at level 0 from 175.5 to 176 with dt = 0.5 Time integration of scalars at level 0 from 174 to 176 with dt = 2 using RHS created at 175 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 88] Advanced 4096 cells [Level 1 step 88] ADVANCE from elapsed time = 174 to 176 with dt = 2 Making slow rhs at time 174 for fast variables advancing from 174 to 176 No-substepping time integration at level 1 to 176 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001031041584 0.0009724844263 and volume-weighted sum 18285.43926 Subtracting 5.952291427e-06 from rhs in subdomain 0 Sum after subtraction 4.662069342e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.868046029e-05 MLMG: Initial residual (resid0) = 9.868046029e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 6.496287544e-12, 6.583154887e-08 MLMG: Timers: Solve = 0.001718057 Iter = 0.001420029 Bottom = 0.000168875 Time in solve 0.002135499 Max/L2 norm of divergence after solve at level 1 : 5.952297923e-06 0.0003299094775 and volume-weighted sum 18285.43926 Time integration of scalars at level 1 from 174 to 176 with dt = 2 using RHS created at 174 Making slow rhs at time 176 for fast variables advancing from 174 to 176 No-substepping time integration at level 1 to 176 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001018899339 0.000948052019 and volume-weighted sum 18285.43926 Subtracting 5.952291427e-06 from rhs in subdomain 0 Sum after subtraction 1.105886216e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.8242132e-05 MLMG: Initial residual (resid0) = 9.8242132e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.0304058e-11, 9.191988831e-07 MLMG: Timers: Solve = 0.001491565 Iter = 0.001275889 Bottom = 0.000157162 Time in solve 0.00185061 Max/L2 norm of divergence after solve at level 1 : 5.952342533e-06 0.0003299094775 and volume-weighted sum 18285.43926 Time integration of scalars at level 1 from 174 to 176 with dt = 2 using RHS created at 176 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 88] Advanced 3072 cells Coarse STEP 88 ends. TIME = 176 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023229874 seconds. Coarse STEP 89 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.473751724 (terrain aware) 1.473751724 (terrain unaware) Anelastic dt at level 0 would be: 8.689672455 (terrain aware) 8.689672455 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1410430274 (terrain aware) 0.1410430274 (terrain unaware) Anelastic dt at level 1 would be: 4.196891266 (terrain aware) 4.196891266 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 89] ADVANCE from elapsed time = 176 to 178 with dt = 2 Making slow rhs at time 176 for fast variables advancing from 176 to 176.6666666667 Fast time integration at level 0 from 176 to 176.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 176 to 176.6666666667 with dt = 0.6666666666667 using RHS created at 176 Making slow rhs at time 176.6666666667 for fast variables advancing from 176 to 177 Fast time integration at level 0 from 176 to 176.5 with dt = 0.5 Fast time integration at level 0 from 176.5 to 177 with dt = 0.5 Time integration of scalars at level 0 from 176 to 177 with dt = 1 using RHS created at 176.6666666667 Making slow rhs at time 177 for fast variables advancing from 176 to 178 Fast time integration at level 0 from 176 to 176.5 with dt = 0.5 Fast time integration at level 0 from 176.5 to 177 with dt = 0.5 Fast time integration at level 0 from 177 to 177.5 with dt = 0.5 Fast time integration at level 0 from 177.5 to 178 with dt = 0.5 Time integration of scalars at level 0 from 176 to 178 with dt = 2 using RHS created at 177 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 89] Advanced 4096 cells [Level 1 step 89] ADVANCE from elapsed time = 176 to 178 with dt = 2 Making slow rhs at time 176 for fast variables advancing from 176 to 178 No-substepping time integration at level 1 to 178 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001048057168 0.001014956 and volume-weighted sum 18075.1443 Subtracting 5.883836036e-06 from rhs in subdomain 0 Sum after subtraction -1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.892188075e-05 MLMG: Initial residual (resid0) = 9.892188075e-05 MLMG: Final Iter. 6 resid, resid/bnorm = 7.352024713e-12, 7.432152176e-08 MLMG: Timers: Solve = 0.001649013 Iter = 0.001431214 Bottom = 0.000173049 Time in solve 0.001993431 Max/L2 norm of divergence after solve at level 1 : 5.883843388e-06 0.0003261152947 and volume-weighted sum 18075.1443 Time integration of scalars at level 1 from 176 to 178 with dt = 2 using RHS created at 176 Making slow rhs at time 178 for fast variables advancing from 176 to 178 No-substepping time integration at level 1 to 178 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001035758705 0.0009660794467 and volume-weighted sum 18075.1443 Subtracting 5.883836036e-06 from rhs in subdomain 0 Sum after subtraction 2.255140519e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 9.874748023e-05 MLMG: Initial residual (resid0) = 9.874748023e-05 MLMG: Final Iter. 5 resid, resid/bnorm = 9.073614522e-11, 9.188704868e-07 MLMG: Timers: Solve = 0.001425927 Iter = 0.001209027 Bottom = 0.0001407 Time in solve 0.001773609 Max/L2 norm of divergence after solve at level 1 : 5.883886398e-06 0.0003261152947 and volume-weighted sum 18075.1443 Time integration of scalars at level 1 from 176 to 178 with dt = 2 using RHS created at 178 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 89] Advanced 3072 cells Coarse STEP 89 ends. TIME = 178 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022790494 seconds. Coarse STEP 90 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.469545189 (terrain aware) 1.469545189 (terrain unaware) Anelastic dt at level 0 would be: 8.658304928 (terrain aware) 8.658304928 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1409712745 (terrain aware) 0.1409712745 (terrain unaware) Anelastic dt at level 1 would be: 4.167604534 (terrain aware) 4.167604534 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 90] ADVANCE from elapsed time = 178 to 180 with dt = 2 Making slow rhs at time 178 for fast variables advancing from 178 to 178.6666666667 Fast time integration at level 0 from 178 to 178.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 178 to 178.6666666667 with dt = 0.6666666666667 using RHS created at 178 Making slow rhs at time 178.6666666667 for fast variables advancing from 178 to 179 Fast time integration at level 0 from 178 to 178.5 with dt = 0.5 Fast time integration at level 0 from 178.5 to 179 with dt = 0.5 Time integration of scalars at level 0 from 178 to 179 with dt = 1 using RHS created at 178.6666666667 Making slow rhs at time 179 for fast variables advancing from 178 to 180 Fast time integration at level 0 from 178 to 178.5 with dt = 0.5 Fast time integration at level 0 from 178.5 to 179 with dt = 0.5 Fast time integration at level 0 from 179 to 179.5 with dt = 0.5 Fast time integration at level 0 from 179.5 to 180 with dt = 0.5 Time integration of scalars at level 0 from 178 to 180 with dt = 2 using RHS created at 179 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 90] Advanced 4096 cells [Level 1 step 90] ADVANCE from elapsed time = 178 to 180 with dt = 2 Making slow rhs at time 178 for fast variables advancing from 178 to 180 No-substepping time integration at level 1 to 180 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001049992861 0.001043938944 and volume-weighted sum 17581.02714 Subtracting 5.722990606e-06 from rhs in subdomain 0 Sum after subtraction 6.830473687e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001034073794 MLMG: Initial residual (resid0) = 0.0001034073794 MLMG: Final Iter. 6 resid, resid/bnorm = 7.534793415e-12, 7.286514231e-08 MLMG: Timers: Solve = 0.001799975 Iter = 0.001529811 Bottom = 0.00017275 Time in solve 0.002139593 Max/L2 norm of divergence after solve at level 1 : 5.722998141e-06 0.0003172003361 and volume-weighted sum 17581.02714 Time integration of scalars at level 1 from 178 to 180 with dt = 2 using RHS created at 178 Making slow rhs at time 180 for fast variables advancing from 178 to 180 No-substepping time integration at level 1 to 180 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000103746394 0.0009826405005 and volume-weighted sum 17581.02714 Subtracting 5.722990606e-06 from rhs in subdomain 0 Sum after subtraction 3.252606517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001031227725 MLMG: Initial residual (resid0) = 0.0001031227725 MLMG: Final Iter. 5 resid, resid/bnorm = 9.119066896e-11, 8.842922541e-07 MLMG: Timers: Solve = 0.001548801 Iter = 0.001317639 Bottom = 0.000154474 Time in solve 0.00195182 Max/L2 norm of divergence after solve at level 1 : 5.723040439e-06 0.0003172003361 and volume-weighted sum 17581.02714 Time integration of scalars at level 1 from 178 to 180 with dt = 2 using RHS created at 180 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 90] Advanced 3072 cells Coarse STEP 90 ends. TIME = 180 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.025104655 seconds. Coarse STEP 91 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.465211627 (terrain aware) 1.465211627 (terrain unaware) Anelastic dt at level 0 would be: 8.568853461 (terrain aware) 8.568853461 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1408983176 (terrain aware) 0.1408983176 (terrain unaware) Anelastic dt at level 1 would be: 4.139530712 (terrain aware) 4.139530712 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 91] ADVANCE from elapsed time = 180 to 182 with dt = 2 Making slow rhs at time 180 for fast variables advancing from 180 to 180.6666666667 Fast time integration at level 0 from 180 to 180.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 180 to 180.6666666667 with dt = 0.6666666666667 using RHS created at 180 Making slow rhs at time 180.6666666667 for fast variables advancing from 180 to 181 Fast time integration at level 0 from 180 to 180.5 with dt = 0.5 Fast time integration at level 0 from 180.5 to 181 with dt = 0.5 Time integration of scalars at level 0 from 180 to 181 with dt = 1 using RHS created at 180.6666666667 Making slow rhs at time 181 for fast variables advancing from 180 to 182 Fast time integration at level 0 from 180 to 180.5 with dt = 0.5 Fast time integration at level 0 from 180.5 to 181 with dt = 0.5 Fast time integration at level 0 from 181 to 181.5 with dt = 0.5 Fast time integration at level 0 from 181.5 to 182 with dt = 0.5 Time integration of scalars at level 0 from 180 to 182 with dt = 2 using RHS created at 181 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 91] Advanced 4096 cells [Level 1 step 91] ADVANCE from elapsed time = 180 to 182 with dt = 2 Making slow rhs at time 180 for fast variables advancing from 180 to 182 No-substepping time integration at level 1 to 182 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001107943691 0.001039013831 and volume-weighted sum 16905.36583 Subtracting 5.503048772e-06 from rhs in subdomain 0 Sum after subtraction -1.576429959e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001067048512 MLMG: Initial residual (resid0) = 0.0001067048512 MLMG: Final Iter. 6 resid, resid/bnorm = 7.136573643e-12, 6.688143571e-08 MLMG: Timers: Solve = 0.00169391 Iter = 0.001452121 Bottom = 0.000178465 Time in solve 0.002043519 Max/L2 norm of divergence after solve at level 1 : 5.503055908e-06 0.0003050099222 and volume-weighted sum 16905.36583 Time integration of scalars at level 1 from 180 to 182 with dt = 2 using RHS created at 180 Making slow rhs at time 182 for fast variables advancing from 180 to 182 No-substepping time integration at level 1 to 182 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001094721706 0.0009985153757 and volume-weighted sum 16905.36583 Subtracting 5.503048772e-06 from rhs in subdomain 0 Sum after subtraction -1.203464411e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001062062532 MLMG: Initial residual (resid0) = 0.0001062062532 MLMG: Final Iter. 5 resid, resid/bnorm = 9.161622447e-11, 8.626255209e-07 MLMG: Timers: Solve = 0.001449651 Iter = 0.001212937 Bottom = 0.000141961 Time in solve 0.001795293 Max/L2 norm of divergence after solve at level 1 : 5.503099953e-06 0.0003050099222 and volume-weighted sum 16905.36583 Time integration of scalars at level 1 from 180 to 182 with dt = 2 using RHS created at 182 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 91] Advanced 3072 cells Coarse STEP 91 ends. TIME = 182 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024034597 seconds. Coarse STEP 92 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.460781099 (terrain aware) 1.460781099 (terrain unaware) Anelastic dt at level 0 would be: 8.42163589 (terrain aware) 8.42163589 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1408241291 (terrain aware) 0.1408241291 (terrain unaware) Anelastic dt at level 1 would be: 4.072289616 (terrain aware) 4.072289616 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 92] ADVANCE from elapsed time = 182 to 184 with dt = 2 Making slow rhs at time 182 for fast variables advancing from 182 to 182.6666666667 Fast time integration at level 0 from 182 to 182.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 182 to 182.6666666667 with dt = 0.6666666666667 using RHS created at 182 Making slow rhs at time 182.6666666667 for fast variables advancing from 182 to 183 Fast time integration at level 0 from 182 to 182.5 with dt = 0.5 Fast time integration at level 0 from 182.5 to 183 with dt = 0.5 Time integration of scalars at level 0 from 182 to 183 with dt = 1 using RHS created at 182.6666666667 Making slow rhs at time 183 for fast variables advancing from 182 to 184 Fast time integration at level 0 from 182 to 182.5 with dt = 0.5 Fast time integration at level 0 from 182.5 to 183 with dt = 0.5 Fast time integration at level 0 from 183 to 183.5 with dt = 0.5 Fast time integration at level 0 from 183.5 to 184 with dt = 0.5 Time integration of scalars at level 0 from 182 to 184 with dt = 2 using RHS created at 183 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 92] Advanced 4096 cells [Level 1 step 92] ADVANCE from elapsed time = 182 to 184 with dt = 2 Making slow rhs at time 182 for fast variables advancing from 182 to 184 No-substepping time integration at level 1 to 184 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001142014577 0.001031779689 and volume-weighted sum 16153.72599 Subtracting 5.258374345e-06 from rhs in subdomain 0 Sum after subtraction 5.876375775e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001089430833 MLMG: Initial residual (resid0) = 0.0001089430833 MLMG: Final Iter. 6 resid, resid/bnorm = 6.489788057e-12, 5.957044596e-08 MLMG: Timers: Solve = 0.001649782 Iter = 0.001428935 Bottom = 0.000170951 Time in solve 0.002008988 Max/L2 norm of divergence after solve at level 1 : 5.258380835e-06 0.000291448689 and volume-weighted sum 16153.72599 Time integration of scalars at level 1 from 182 to 184 with dt = 2 using RHS created at 182 Making slow rhs at time 184 for fast variables advancing from 182 to 184 No-substepping time integration at level 1 to 184 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001128670216 0.001014391979 and volume-weighted sum 16153.72599 Subtracting 5.258374345e-06 from rhs in subdomain 0 Sum after subtraction 2.038300084e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001079755604 MLMG: Initial residual (resid0) = 0.0001079755604 MLMG: Final Iter. 5 resid, resid/bnorm = 9.184619541e-11, 8.506202241e-07 MLMG: Timers: Solve = 0.001474697 Iter = 0.001243699 Bottom = 0.000136788 Time in solve 0.001825089 Max/L2 norm of divergence after solve at level 1 : 5.25842684e-06 0.000291448689 and volume-weighted sum 16153.72599 Time integration of scalars at level 1 from 182 to 184 with dt = 2 using RHS created at 184 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 92] Advanced 3072 cells Coarse STEP 92 ends. TIME = 184 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023110087 seconds. Coarse STEP 93 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.456264897 (terrain aware) 1.456264897 (terrain unaware) Anelastic dt at level 0 would be: 8.274581407 (terrain aware) 8.274581407 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1407486865 (terrain aware) 0.1407486865 (terrain unaware) Anelastic dt at level 1 would be: 4.005305406 (terrain aware) 4.005305406 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 93] ADVANCE from elapsed time = 184 to 186 with dt = 2 Making slow rhs at time 184 for fast variables advancing from 184 to 184.6666666667 Fast time integration at level 0 from 184 to 184.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 184 to 184.6666666667 with dt = 0.6666666666667 using RHS created at 184 Making slow rhs at time 184.6666666667 for fast variables advancing from 184 to 185 Fast time integration at level 0 from 184 to 184.5 with dt = 0.5 Fast time integration at level 0 from 184.5 to 185 with dt = 0.5 Time integration of scalars at level 0 from 184 to 185 with dt = 1 using RHS created at 184.6666666667 Making slow rhs at time 185 for fast variables advancing from 184 to 186 Fast time integration at level 0 from 184 to 184.5 with dt = 0.5 Fast time integration at level 0 from 184.5 to 185 with dt = 0.5 Fast time integration at level 0 from 185 to 185.5 with dt = 0.5 Fast time integration at level 0 from 185.5 to 186 with dt = 0.5 Time integration of scalars at level 0 from 184 to 186 with dt = 2 using RHS created at 185 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 93] Advanced 4096 cells [Level 1 step 93] ADVANCE from elapsed time = 184 to 186 with dt = 2 Making slow rhs at time 184 for fast variables advancing from 184 to 186 No-substepping time integration at level 1 to 186 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001152586873 0.001040345183 and volume-weighted sum 15419.3468 Subtracting 5.019318619e-06 from rhs in subdomain 0 Sum after subtraction 3.469446952e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001102393687 MLMG: Initial residual (resid0) = 0.0001102393687 MLMG: Final Iter. 6 resid, resid/bnorm = 5.815497457e-12, 5.27533632e-08 MLMG: Timers: Solve = 0.001646348 Iter = 0.001420899 Bottom = 0.000164822 Time in solve 0.002015975 Max/L2 norm of divergence after solve at level 1 : 5.019324435e-06 0.0002781988758 and volume-weighted sum 15419.3468 Time integration of scalars at level 1 from 184 to 186 with dt = 2 using RHS created at 184 Making slow rhs at time 186 for fast variables advancing from 184 to 186 No-substepping time integration at level 1 to 186 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001139648485 0.001030694578 and volume-weighted sum 15419.3468 Subtracting 5.019318619e-06 from rhs in subdomain 0 Sum after subtraction 1.019150042e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001096510809 MLMG: Initial residual (resid0) = 0.0001096510809 MLMG: Final Iter. 5 resid, resid/bnorm = 9.184969565e-11, 8.376542656e-07 MLMG: Timers: Solve = 0.001470389 Iter = 0.001236695 Bottom = 0.000145837 Time in solve 0.001825122 Max/L2 norm of divergence after solve at level 1 : 5.019372343e-06 0.0002781988758 and volume-weighted sum 15419.3468 Time integration of scalars at level 1 from 184 to 186 with dt = 2 using RHS created at 186 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 93] Advanced 3072 cells Coarse STEP 93 ends. TIME = 186 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023556815 seconds. Coarse STEP 94 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.451919059 (terrain aware) 1.451919059 (terrain unaware) Anelastic dt at level 0 would be: 8.141862233 (terrain aware) 8.141862233 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1406719677 (terrain aware) 0.1406719677 (terrain unaware) Anelastic dt at level 1 would be: 3.942260656 (terrain aware) 3.942260656 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 94] ADVANCE from elapsed time = 186 to 188 with dt = 2 Making slow rhs at time 186 for fast variables advancing from 186 to 186.6666666667 Fast time integration at level 0 from 186 to 186.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 186 to 186.6666666667 with dt = 0.6666666666667 using RHS created at 186 Making slow rhs at time 186.6666666667 for fast variables advancing from 186 to 187 Fast time integration at level 0 from 186 to 186.5 with dt = 0.5 Fast time integration at level 0 from 186.5 to 187 with dt = 0.5 Time integration of scalars at level 0 from 186 to 187 with dt = 1 using RHS created at 186.6666666667 Making slow rhs at time 187 for fast variables advancing from 186 to 188 Fast time integration at level 0 from 186 to 186.5 with dt = 0.5 Fast time integration at level 0 from 186.5 to 187 with dt = 0.5 Fast time integration at level 0 from 187 to 187.5 with dt = 0.5 Fast time integration at level 0 from 187.5 to 188 with dt = 0.5 Time integration of scalars at level 0 from 186 to 188 with dt = 2 using RHS created at 187 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 94] Advanced 4096 cells [Level 1 step 94] ADVANCE from elapsed time = 186 to 188 with dt = 2 Making slow rhs at time 186 for fast variables advancing from 186 to 188 No-substepping time integration at level 1 to 188 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001141106533 0.001052365597 and volume-weighted sum 14777.12501 Subtracting 4.810262049e-06 from rhs in subdomain 0 Sum after subtraction -1.02782366e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001118141591 MLMG: Initial residual (resid0) = 0.0001118141591 MLMG: Final Iter. 5 resid, resid/bnorm = 9.421185513e-11, 8.425753579e-07 MLMG: Timers: Solve = 0.001463977 Iter = 0.001224412 Bottom = 0.000137353 Time in solve 0.001806257 Max/L2 norm of divergence after solve at level 1 : 4.810316298e-06 0.0002666117845 and volume-weighted sum 14777.12501 Time integration of scalars at level 1 from 186 to 188 with dt = 2 using RHS created at 186 Making slow rhs at time 188 for fast variables advancing from 186 to 188 No-substepping time integration at level 1 to 188 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001129041152 0.001047816373 and volume-weighted sum 14777.12501 Subtracting 4.810262049e-06 from rhs in subdomain 0 Sum after subtraction -9.606031248e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001113987297 MLMG: Initial residual (resid0) = 0.0001113987297 MLMG: Final Iter. 5 resid, resid/bnorm = 9.179742488e-11, 8.240437312e-07 MLMG: Timers: Solve = 0.001422394 Iter = 0.0012017 Bottom = 0.000138353 Time in solve 0.00177217 Max/L2 norm of divergence after solve at level 1 : 4.810316905e-06 0.0002666117845 and volume-weighted sum 14777.12501 Time integration of scalars at level 1 from 186 to 188 with dt = 2 using RHS created at 188 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 94] Advanced 3072 cells Coarse STEP 94 ends. TIME = 188 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022668149 seconds. Coarse STEP 95 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.448053095 (terrain aware) 1.448053095 (terrain unaware) Anelastic dt at level 0 would be: 8.026507727 (terrain aware) 8.026507727 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1405939467 (terrain aware) 0.1405939467 (terrain unaware) Anelastic dt at level 1 would be: 3.883376518 (terrain aware) 3.883376518 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 95] ADVANCE from elapsed time = 188 to 190 with dt = 2 Making slow rhs at time 188 for fast variables advancing from 188 to 188.6666666667 Fast time integration at level 0 from 188 to 188.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 188 to 188.6666666667 with dt = 0.6666666666667 using RHS created at 188 Making slow rhs at time 188.6666666667 for fast variables advancing from 188 to 189 Fast time integration at level 0 from 188 to 188.5 with dt = 0.5 Fast time integration at level 0 from 188.5 to 189 with dt = 0.5 Time integration of scalars at level 0 from 188 to 189 with dt = 1 using RHS created at 188.6666666667 Making slow rhs at time 189 for fast variables advancing from 188 to 190 Fast time integration at level 0 from 188 to 188.5 with dt = 0.5 Fast time integration at level 0 from 188.5 to 189 with dt = 0.5 Fast time integration at level 0 from 189 to 189.5 with dt = 0.5 Fast time integration at level 0 from 189.5 to 190 with dt = 0.5 Time integration of scalars at level 0 from 188 to 190 with dt = 2 using RHS created at 189 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 95] Advanced 4096 cells [Level 1 step 95] ADVANCE from elapsed time = 188 to 190 with dt = 2 Making slow rhs at time 188 for fast variables advancing from 188 to 190 No-substepping time integration at level 1 to 190 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001197807627 0.00107394524 and volume-weighted sum 14285.05485 Subtracting 4.650082959e-06 from rhs in subdomain 0 Sum after subtraction 2.45029691e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001151306797 MLMG: Initial residual (resid0) = 0.0001151306797 MLMG: Final Iter. 5 resid, resid/bnorm = 8.103701134e-11, 7.038698246e-07 MLMG: Timers: Solve = 0.001446581 Iter = 0.001225854 Bottom = 0.000144058 Time in solve 0.001810677 Max/L2 norm of divergence after solve at level 1 : 4.650139178e-06 0.0002577337582 and volume-weighted sum 14285.05485 Time integration of scalars at level 1 from 188 to 190 with dt = 2 using RHS created at 188 Making slow rhs at time 190 for fast variables advancing from 188 to 190 No-substepping time integration at level 1 to 190 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000118384326 0.001065923828 and volume-weighted sum 14285.05485 Subtracting 4.650082959e-06 from rhs in subdomain 0 Sum after subtraction 2.645453301e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000113734243 MLMG: Initial residual (resid0) = 0.000113734243 MLMG: Final Iter. 5 resid, resid/bnorm = 9.183976036e-11, 8.074943649e-07 MLMG: Timers: Solve = 0.001436923 Iter = 0.001213663 Bottom = 0.000138711 Time in solve 0.001786314 Max/L2 norm of divergence after solve at level 1 : 4.650138814e-06 0.0002577337582 and volume-weighted sum 14285.05485 Time integration of scalars at level 1 from 188 to 190 with dt = 2 using RHS created at 190 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 95] Advanced 3072 cells Coarse STEP 95 ends. TIME = 190 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023195885 seconds. Coarse STEP 96 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.444660327 (terrain aware) 1.444660327 (terrain unaware) Anelastic dt at level 0 would be: 7.926594786 (terrain aware) 7.926594786 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1405146036 (terrain aware) 0.1405146036 (terrain unaware) Anelastic dt at level 1 would be: 3.82893934 (terrain aware) 3.82893934 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 96] ADVANCE from elapsed time = 190 to 192 with dt = 2 Making slow rhs at time 190 for fast variables advancing from 190 to 190.6666666667 Fast time integration at level 0 from 190 to 190.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 190 to 190.6666666667 with dt = 0.6666666666667 using RHS created at 190 Making slow rhs at time 190.6666666667 for fast variables advancing from 190 to 191 Fast time integration at level 0 from 190 to 190.5 with dt = 0.5 Fast time integration at level 0 from 190.5 to 191 with dt = 0.5 Time integration of scalars at level 0 from 190 to 191 with dt = 1 using RHS created at 190.6666666667 Making slow rhs at time 191 for fast variables advancing from 190 to 192 Fast time integration at level 0 from 190 to 190.5 with dt = 0.5 Fast time integration at level 0 from 190.5 to 191 with dt = 0.5 Fast time integration at level 0 from 191 to 191.5 with dt = 0.5 Fast time integration at level 0 from 191.5 to 192 with dt = 0.5 Time integration of scalars at level 0 from 190 to 192 with dt = 2 using RHS created at 191 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 96] Advanced 4096 cells [Level 1 step 96] ADVANCE from elapsed time = 190 to 192 with dt = 2 Making slow rhs at time 190 for fast variables advancing from 190 to 192 No-substepping time integration at level 1 to 192 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001240053116 0.001103939492 and volume-weighted sum 13987.92082 Subtracting 4.553359643e-06 from rhs in subdomain 0 Sum after subtraction 6.591949209e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000119451952 MLMG: Initial residual (resid0) = 0.000119451952 MLMG: Final Iter. 5 resid, resid/bnorm = 7.903271562e-11, 6.616276611e-07 MLMG: Timers: Solve = 0.001429405 Iter = 0.001199886 Bottom = 0.000143251 Time in solve 0.001761233 Max/L2 norm of divergence after solve at level 1 : 4.553416186e-06 0.0002523728079 and volume-weighted sum 13987.92082 Time integration of scalars at level 1 from 190 to 192 with dt = 2 using RHS created at 190 Making slow rhs at time 192 for fast variables advancing from 190 to 192 No-substepping time integration at level 1 to 192 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001225829798 0.001085023075 and volume-weighted sum 13987.92082 Subtracting 4.553359643e-06 from rhs in subdomain 0 Sum after subtraction 8.261620554e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001180296201 MLMG: Initial residual (resid0) = 0.0001180296201 MLMG: Final Iter. 5 resid, resid/bnorm = 9.195483698e-11, 7.790827156e-07 MLMG: Timers: Solve = 0.001457511 Iter = 0.001232002 Bottom = 0.000138819 Time in solve 0.001797533 Max/L2 norm of divergence after solve at level 1 : 4.553416452e-06 0.0002523728079 and volume-weighted sum 13987.92082 Time integration of scalars at level 1 from 190 to 192 with dt = 2 using RHS created at 192 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 96] Advanced 3072 cells Coarse STEP 96 ends. TIME = 192 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022653916 seconds. Coarse STEP 97 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.441584727 (terrain aware) 1.441584727 (terrain unaware) Anelastic dt at level 0 would be: 7.835935407 (terrain aware) 7.835935407 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1404339434 (terrain aware) 0.1404339434 (terrain unaware) Anelastic dt at level 1 would be: 3.770721504 (terrain aware) 3.770721504 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 97] ADVANCE from elapsed time = 192 to 194 with dt = 2 Making slow rhs at time 192 for fast variables advancing from 192 to 192.6666666667 Fast time integration at level 0 from 192 to 192.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 192 to 192.6666666667 with dt = 0.6666666666667 using RHS created at 192 Making slow rhs at time 192.6666666667 for fast variables advancing from 192 to 193 Fast time integration at level 0 from 192 to 192.5 with dt = 0.5 Fast time integration at level 0 from 192.5 to 193 with dt = 0.5 Time integration of scalars at level 0 from 192 to 193 with dt = 1 using RHS created at 192.6666666667 Making slow rhs at time 193 for fast variables advancing from 192 to 194 Fast time integration at level 0 from 192 to 192.5 with dt = 0.5 Fast time integration at level 0 from 192.5 to 193 with dt = 0.5 Fast time integration at level 0 from 193 to 193.5 with dt = 0.5 Fast time integration at level 0 from 193.5 to 194 with dt = 0.5 Time integration of scalars at level 0 from 192 to 194 with dt = 2 using RHS created at 193 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 97] Advanced 4096 cells [Level 1 step 97] ADVANCE from elapsed time = 192 to 194 with dt = 2 Making slow rhs at time 192 for fast variables advancing from 192 to 194 No-substepping time integration at level 1 to 194 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001256992321 0.001130999497 and volume-weighted sum 13915.82885 Subtracting 4.529892204e-06 from rhs in subdomain 0 Sum after subtraction 8.868773771e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001211693399 MLMG: Initial residual (resid0) = 0.0001211693399 MLMG: Final Iter. 5 resid, resid/bnorm = 8.387190807e-11, 6.921875464e-07 MLMG: Timers: Solve = 0.001436601 Iter = 0.001212309 Bottom = 0.000137145 Time in solve 0.001773873 Max/L2 norm of divergence after solve at level 1 : 4.529948158e-06 0.0002510721104 and volume-weighted sum 13915.82885 Time integration of scalars at level 1 from 192 to 194 with dt = 2 using RHS created at 192 Making slow rhs at time 194 for fast variables advancing from 192 to 194 No-substepping time integration at level 1 to 194 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001243112837 0.001105269814 and volume-weighted sum 13915.82885 Subtracting 4.529892204e-06 from rhs in subdomain 0 Sum after subtraction 9.86623977e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001197813915 MLMG: Initial residual (resid0) = 0.0001197813915 MLMG: Final Iter. 5 resid, resid/bnorm = 9.217061937e-11, 7.694903043e-07 MLMG: Timers: Solve = 0.001456245 Iter = 0.001211703 Bottom = 0.000137977 Time in solve 0.0017888 Max/L2 norm of divergence after solve at level 1 : 4.529949869e-06 0.0002510721104 and volume-weighted sum 13915.82885 Time integration of scalars at level 1 from 192 to 194 with dt = 2 using RHS created at 194 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 97] Advanced 3072 cells Coarse STEP 97 ends. TIME = 194 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022651727 seconds. Coarse STEP 98 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.438608138 (terrain aware) 1.438608138 (terrain unaware) Anelastic dt at level 0 would be: 7.747389163 (terrain aware) 7.747389163 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1403520098 (terrain aware) 0.1403520098 (terrain unaware) Anelastic dt at level 1 would be: 3.709870052 (terrain aware) 3.709870052 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 98] ADVANCE from elapsed time = 194 to 196 with dt = 2 Making slow rhs at time 194 for fast variables advancing from 194 to 194.6666666667 Fast time integration at level 0 from 194 to 194.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 194 to 194.6666666667 with dt = 0.6666666666667 using RHS created at 194 Making slow rhs at time 194.6666666667 for fast variables advancing from 194 to 195 Fast time integration at level 0 from 194 to 194.5 with dt = 0.5 Fast time integration at level 0 from 194.5 to 195 with dt = 0.5 Time integration of scalars at level 0 from 194 to 195 with dt = 1 using RHS created at 194.6666666667 Making slow rhs at time 195 for fast variables advancing from 194 to 196 Fast time integration at level 0 from 194 to 194.5 with dt = 0.5 Fast time integration at level 0 from 194.5 to 195 with dt = 0.5 Fast time integration at level 0 from 195 to 195.5 with dt = 0.5 Fast time integration at level 0 from 195.5 to 196 with dt = 0.5 Time integration of scalars at level 0 from 194 to 196 with dt = 2 using RHS created at 195 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 98] Advanced 4096 cells [Level 1 step 98] ADVANCE from elapsed time = 194 to 196 with dt = 2 Making slow rhs at time 194 for fast variables advancing from 194 to 196 No-substepping time integration at level 1 to 196 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001250200414 0.001151380134 and volume-weighted sum 14079.92438 Subtracting 4.583308719e-06 from rhs in subdomain 0 Sum after subtraction 8.023096076e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001204367327 MLMG: Initial residual (resid0) = 0.0001204367327 MLMG: Final Iter. 5 resid, resid/bnorm = 8.705905389e-11, 7.22861306e-07 MLMG: Timers: Solve = 0.001413479 Iter = 0.001199522 Bottom = 0.00013636 Time in solve 0.001759902 Max/L2 norm of divergence after solve at level 1 : 4.583365243e-06 0.0002540327542 and volume-weighted sum 14079.92438 Time integration of scalars at level 1 from 194 to 196 with dt = 2 using RHS created at 194 Making slow rhs at time 196 for fast variables advancing from 194 to 196 No-substepping time integration at level 1 to 196 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001237185338 0.001126692015 and volume-weighted sum 14079.92438 Subtracting 4.583308719e-06 from rhs in subdomain 0 Sum after subtraction -4.683753385e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001191352251 MLMG: Initial residual (resid0) = 0.0001191352251 MLMG: Final Iter. 5 resid, resid/bnorm = 9.218240916e-11, 7.737628318e-07 MLMG: Timers: Solve = 0.001691099 Iter = 0.001222144 Bottom = 0.000138833 Time in solve 0.002029704 Max/L2 norm of divergence after solve at level 1 : 4.583367234e-06 0.0002540327542 and volume-weighted sum 14079.92438 Time integration of scalars at level 1 from 194 to 196 with dt = 2 using RHS created at 196 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 98] Advanced 3072 cells Coarse STEP 98 ends. TIME = 196 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023185757 seconds. Coarse STEP 99 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.435631411 (terrain aware) 1.435631411 (terrain unaware) Anelastic dt at level 0 would be: 7.657549781 (terrain aware) 7.657549781 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1402688884 (terrain aware) 0.1402688884 (terrain unaware) Anelastic dt at level 1 would be: 3.653821721 (terrain aware) 3.653821721 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 99] ADVANCE from elapsed time = 196 to 198 with dt = 2 Making slow rhs at time 196 for fast variables advancing from 196 to 196.6666666667 Fast time integration at level 0 from 196 to 196.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 196 to 196.6666666667 with dt = 0.6666666666667 using RHS created at 196 Making slow rhs at time 196.6666666667 for fast variables advancing from 196 to 197 Fast time integration at level 0 from 196 to 196.5 with dt = 0.5 Fast time integration at level 0 from 196.5 to 197 with dt = 0.5 Time integration of scalars at level 0 from 196 to 197 with dt = 1 using RHS created at 196.6666666667 Making slow rhs at time 197 for fast variables advancing from 196 to 198 Fast time integration at level 0 from 196 to 196.5 with dt = 0.5 Fast time integration at level 0 from 196.5 to 197 with dt = 0.5 Fast time integration at level 0 from 197 to 197.5 with dt = 0.5 Fast time integration at level 0 from 197.5 to 198 with dt = 0.5 Time integration of scalars at level 0 from 196 to 198 with dt = 2 using RHS created at 197 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 99] Advanced 4096 cells [Level 1 step 99] ADVANCE from elapsed time = 196 to 198 with dt = 2 Making slow rhs at time 196 for fast variables advancing from 196 to 198 No-substepping time integration at level 1 to 198 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001241077021 0.001167384708 and volume-weighted sum 14471.01156 Subtracting 4.710615743e-06 from rhs in subdomain 0 Sum after subtraction -8.196568424e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001193970864 MLMG: Initial residual (resid0) = 0.0001193970864 MLMG: Final Iter. 5 resid, resid/bnorm = 8.34378616e-11, 6.98826614e-07 MLMG: Timers: Solve = 0.001441697 Iter = 0.001202871 Bottom = 0.000138565 Time in solve 0.001785839 Max/L2 norm of divergence after solve at level 1 : 4.710674198e-06 0.0002610888256 and volume-weighted sum 14471.01156 Time integration of scalars at level 1 from 196 to 198 with dt = 2 using RHS created at 196 Making slow rhs at time 198 for fast variables advancing from 196 to 198 No-substepping time integration at level 1 to 198 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001226913066 0.001149181253 and volume-weighted sum 14471.01156 Subtracting 4.710615743e-06 from rhs in subdomain 0 Sum after subtraction -6.22332047e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001184311295 MLMG: Initial residual (resid0) = 0.0001184311295 MLMG: Final Iter. 5 resid, resid/bnorm = 9.199126354e-11, 7.767490182e-07 MLMG: Timers: Solve = 0.001431335 Iter = 0.001214165 Bottom = 0.000137533 Time in solve 0.001766879 Max/L2 norm of divergence after solve at level 1 : 4.710675087e-06 0.0002610888256 and volume-weighted sum 14471.01156 Time integration of scalars at level 1 from 196 to 198 with dt = 2 using RHS created at 198 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 99] Advanced 3072 cells Coarse STEP 99 ends. TIME = 198 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022745041 seconds. Coarse STEP 100 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.43096055 (terrain aware) 1.43096055 (terrain unaware) Anelastic dt at level 0 would be: 7.568650721 (terrain aware) 7.568650721 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1401835569 (terrain aware) 0.1401835569 (terrain unaware) Anelastic dt at level 1 would be: 3.603035688 (terrain aware) 3.603035688 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 100] ADVANCE from elapsed time = 198 to 200 with dt = 2 Making slow rhs at time 198 for fast variables advancing from 198 to 198.6666666667 Fast time integration at level 0 from 198 to 198.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 198 to 198.6666666667 with dt = 0.6666666666667 using RHS created at 198 Making slow rhs at time 198.6666666667 for fast variables advancing from 198 to 199 Fast time integration at level 0 from 198 to 198.5 with dt = 0.5 Fast time integration at level 0 from 198.5 to 199 with dt = 0.5 Time integration of scalars at level 0 from 198 to 199 with dt = 1 using RHS created at 198.6666666667 Making slow rhs at time 199 for fast variables advancing from 198 to 200 Fast time integration at level 0 from 198 to 198.5 with dt = 0.5 Fast time integration at level 0 from 198.5 to 199 with dt = 0.5 Fast time integration at level 0 from 199 to 199.5 with dt = 0.5 Fast time integration at level 0 from 199.5 to 200 with dt = 0.5 Time integration of scalars at level 0 from 198 to 200 with dt = 2 using RHS created at 199 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 100] Advanced 4096 cells [Level 1 step 100] ADVANCE from elapsed time = 198 to 200 with dt = 2 Making slow rhs at time 198 for fast variables advancing from 198 to 200 No-substepping time integration at level 1 to 200 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001306210468 0.001183969109 and volume-weighted sum 15058.914 Subtracting 4.901990234e-06 from rhs in subdomain 0 Sum after subtraction 7.177418382e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001257190566 MLMG: Initial residual (resid0) = 0.0001257190566 MLMG: Final Iter. 5 resid, resid/bnorm = 7.423518479e-11, 5.904847427e-07 MLMG: Timers: Solve = 0.001441375 Iter = 0.001224435 Bottom = 0.00014441 Time in solve 0.001794504 Max/L2 norm of divergence after solve at level 1 : 4.90204986e-06 0.0002716958766 and volume-weighted sum 15058.914 Time integration of scalars at level 1 from 198 to 200 with dt = 2 using RHS created at 198 Making slow rhs at time 200 for fast variables advancing from 198 to 200 No-substepping time integration at level 1 to 200 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001291465243 0.001172711074 and volume-weighted sum 15058.914 Subtracting 4.901990234e-06 from rhs in subdomain 0 Sum after subtraction 7.697835425e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001242445341 MLMG: Initial residual (resid0) = 0.0001242445341 MLMG: Final Iter. 5 resid, resid/bnorm = 9.164969577e-11, 7.376557564e-07 MLMG: Timers: Solve = 0.00143736 Iter = 0.001201442 Bottom = 0.00013787 Time in solve 0.001790841 Max/L2 norm of divergence after solve at level 1 : 4.902050413e-06 0.0002716958766 and volume-weighted sum 15058.914 Time integration of scalars at level 1 from 198 to 200 with dt = 2 using RHS created at 200 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 100] Advanced 3072 cells Coarse STEP 100 ends. TIME = 200 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023228371 seconds. 3DPlotfile write time = 0.006276929 seconds. Coarse STEP 101 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.426175559 (terrain aware) 1.426175559 (terrain unaware) Anelastic dt at level 0 would be: 7.485539909 (terrain aware) 7.485539909 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1400966587 (terrain aware) 0.1400966587 (terrain unaware) Anelastic dt at level 1 would be: 3.552476289 (terrain aware) 3.552476289 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 101] ADVANCE from elapsed time = 200 to 202 with dt = 2 Making slow rhs at time 200 for fast variables advancing from 200 to 200.6666666667 Fast time integration at level 0 from 200 to 200.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 200 to 200.6666666667 with dt = 0.6666666666667 using RHS created at 200 Making slow rhs at time 200.6666666667 for fast variables advancing from 200 to 201 Fast time integration at level 0 from 200 to 200.5 with dt = 0.5 Fast time integration at level 0 from 200.5 to 201 with dt = 0.5 Time integration of scalars at level 0 from 200 to 201 with dt = 1 using RHS created at 200.6666666667 Making slow rhs at time 201 for fast variables advancing from 200 to 202 Fast time integration at level 0 from 200 to 200.5 with dt = 0.5 Fast time integration at level 0 from 200.5 to 201 with dt = 0.5 Fast time integration at level 0 from 201 to 201.5 with dt = 0.5 Fast time integration at level 0 from 201.5 to 202 with dt = 0.5 Time integration of scalars at level 0 from 200 to 202 with dt = 2 using RHS created at 201 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 101] Advanced 4096 cells [Level 1 step 101] ADVANCE from elapsed time = 200 to 202 with dt = 2 Making slow rhs at time 200 for fast variables advancing from 200 to 202 No-substepping time integration at level 1 to 202 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001344662477 0.001201107968 and volume-weighted sum 15788.47499 Subtracting 5.139477534e-06 from rhs in subdomain 0 Sum after subtraction -9.606031248e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001293267701 MLMG: Initial residual (resid0) = 0.0001293267701 MLMG: Final Iter. 5 resid, resid/bnorm = 7.434024297e-11, 5.748248634e-07 MLMG: Timers: Solve = 0.00147822 Iter = 0.001258547 Bottom = 0.000151129 Time in solve 0.001818869 Max/L2 norm of divergence after solve at level 1 : 5.139537029e-06 0.0002848587588 and volume-weighted sum 15788.47499 Time integration of scalars at level 1 from 200 to 202 with dt = 2 using RHS created at 200 Making slow rhs at time 202 for fast variables advancing from 200 to 202 No-substepping time integration at level 1 to 202 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001329886479 0.001197137585 and volume-weighted sum 15788.47499 Subtracting 5.139477534e-06 from rhs in subdomain 0 Sum after subtraction -9.714451465e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001278491704 MLMG: Initial residual (resid0) = 0.0001278491704 MLMG: Final Iter. 5 resid, resid/bnorm = 9.118220565e-11, 7.132013872e-07 MLMG: Timers: Solve = 0.001418783 Iter = 0.001203697 Bottom = 0.000138312 Time in solve 0.001768606 Max/L2 norm of divergence after solve at level 1 : 5.139538577e-06 0.0002848587588 and volume-weighted sum 15788.47499 Time integration of scalars at level 1 from 200 to 202 with dt = 2 using RHS created at 202 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 101] Advanced 3072 cells Coarse STEP 101 ends. TIME = 202 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024254668 seconds. Coarse STEP 102 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.421567664 (terrain aware) 1.421567664 (terrain unaware) Anelastic dt at level 0 would be: 7.365412523 (terrain aware) 7.365412523 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1400086048 (terrain aware) 0.1400086048 (terrain unaware) Anelastic dt at level 1 would be: 3.495971826 (terrain aware) 3.495971826 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 102] ADVANCE from elapsed time = 202 to 204 with dt = 2 Making slow rhs at time 202 for fast variables advancing from 202 to 202.6666666667 Fast time integration at level 0 from 202 to 202.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 202 to 202.6666666667 with dt = 0.6666666666667 using RHS created at 202 Making slow rhs at time 202.6666666667 for fast variables advancing from 202 to 203 Fast time integration at level 0 from 202 to 202.5 with dt = 0.5 Fast time integration at level 0 from 202.5 to 203 with dt = 0.5 Time integration of scalars at level 0 from 202 to 203 with dt = 1 using RHS created at 202.6666666667 Making slow rhs at time 203 for fast variables advancing from 202 to 204 Fast time integration at level 0 from 202 to 202.5 with dt = 0.5 Fast time integration at level 0 from 202.5 to 203 with dt = 0.5 Fast time integration at level 0 from 203 to 203.5 with dt = 0.5 Fast time integration at level 0 from 203.5 to 204 with dt = 0.5 Time integration of scalars at level 0 from 202 to 204 with dt = 2 using RHS created at 203 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 102] Advanced 4096 cells [Level 1 step 102] ADVANCE from elapsed time = 202 to 204 with dt = 2 Making slow rhs at time 202 for fast variables advancing from 202 to 204 No-substepping time integration at level 1 to 204 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001357373546 0.001222481633 and volume-weighted sum 16570.05252 Subtracting 5.393897306e-06 from rhs in subdomain 0 Sum after subtraction -5.442694906e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001303434573 MLMG: Initial residual (resid0) = 0.0001303434573 MLMG: Final Iter. 5 resid, resid/bnorm = 8.742917663e-11, 6.70759994e-07 MLMG: Timers: Solve = 0.001436526 Iter = 0.001208528 Bottom = 0.000138005 Time in solve 0.00178723 Max/L2 norm of divergence after solve at level 1 : 5.39395813e-06 0.0002989601339 and volume-weighted sum 16570.05252 Time integration of scalars at level 1 from 202 to 204 with dt = 2 using RHS created at 202 Making slow rhs at time 204 for fast variables advancing from 202 to 204 No-substepping time integration at level 1 to 204 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001343019551 0.001222165068 and volume-weighted sum 16570.05252 Subtracting 5.393897306e-06 from rhs in subdomain 0 Sum after subtraction -6.418476861e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001290608029 MLMG: Initial residual (resid0) = 0.0001290608029 MLMG: Final Iter. 5 resid, resid/bnorm = 9.126803391e-11, 7.071708207e-07 MLMG: Timers: Solve = 0.001418536 Iter = 0.001193011 Bottom = 0.00013886 Time in solve 0.001752669 Max/L2 norm of divergence after solve at level 1 : 5.39395916e-06 0.0002989601339 and volume-weighted sum 16570.05252 Time integration of scalars at level 1 from 202 to 204 with dt = 2 using RHS created at 204 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 102] Advanced 3072 cells Coarse STEP 102 ends. TIME = 204 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023003147 seconds. Coarse STEP 103 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.417097052 (terrain aware) 1.417097052 (terrain unaware) Anelastic dt at level 0 would be: 7.241788721 (terrain aware) 7.241788721 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1399195697 (terrain aware) 0.1399195697 (terrain unaware) Anelastic dt at level 1 would be: 3.444408849 (terrain aware) 3.444408849 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 103] ADVANCE from elapsed time = 204 to 206 with dt = 2 Making slow rhs at time 204 for fast variables advancing from 204 to 204.6666666667 Fast time integration at level 0 from 204 to 204.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 204 to 204.6666666667 with dt = 0.6666666666667 using RHS created at 204 Making slow rhs at time 204.6666666667 for fast variables advancing from 204 to 205 Fast time integration at level 0 from 204 to 204.5 with dt = 0.5 Fast time integration at level 0 from 204.5 to 205 with dt = 0.5 Time integration of scalars at level 0 from 204 to 205 with dt = 1 using RHS created at 204.6666666667 Making slow rhs at time 205 for fast variables advancing from 204 to 206 Fast time integration at level 0 from 204 to 204.5 with dt = 0.5 Fast time integration at level 0 from 204.5 to 205 with dt = 0.5 Fast time integration at level 0 from 205 to 205.5 with dt = 0.5 Fast time integration at level 0 from 205.5 to 206 with dt = 0.5 Time integration of scalars at level 0 from 204 to 206 with dt = 2 using RHS created at 205 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 103] Advanced 4096 cells [Level 1 step 103] ADVANCE from elapsed time = 204 to 206 with dt = 2 Making slow rhs at time 204 for fast variables advancing from 204 to 206 No-substepping time integration at level 1 to 206 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001347123371 0.001252502942 and volume-weighted sum 17273.1794 Subtracting 5.622779752e-06 from rhs in subdomain 0 Sum after subtraction 1.084202172e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001325242575 MLMG: Initial residual (resid0) = 0.0001325242575 MLMG: Final Iter. 6 resid, resid/bnorm = 5.774014769e-12, 4.356949344e-08 MLMG: Timers: Solve = 0.001630092 Iter = 0.00140691 Bottom = 0.000162976 Time in solve 0.001966338 Max/L2 norm of divergence after solve at level 1 : 5.622785526e-06 0.0003116460867 and volume-weighted sum 17273.1794 Time integration of scalars at level 1 from 204 to 206 with dt = 2 using RHS created at 204 Making slow rhs at time 206 for fast variables advancing from 204 to 206 No-substepping time integration at level 1 to 206 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001333297902 0.001247180208 and volume-weighted sum 17273.1794 Subtracting 5.622779752e-06 from rhs in subdomain 0 Sum after subtraction 2.883977779e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001327055912 MLMG: Initial residual (resid0) = 0.0001327055912 MLMG: Final Iter. 5 resid, resid/bnorm = 9.159075728e-11, 6.901800928e-07 MLMG: Timers: Solve = 0.001436547 Iter = 0.001210649 Bottom = 0.000137561 Time in solve 0.001768844 Max/L2 norm of divergence after solve at level 1 : 5.622842351e-06 0.0003116460867 and volume-weighted sum 17273.1794 Time integration of scalars at level 1 from 204 to 206 with dt = 2 using RHS created at 206 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 103] Advanced 3072 cells Coarse STEP 103 ends. TIME = 206 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022892239 seconds. Coarse STEP 104 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.412703709 (terrain aware) 1.412703709 (terrain unaware) Anelastic dt at level 0 would be: 7.122246818 (terrain aware) 7.122246818 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1398297686 (terrain aware) 0.1398297686 (terrain unaware) Anelastic dt at level 1 would be: 3.398399119 (terrain aware) 3.398399119 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 104] ADVANCE from elapsed time = 206 to 208 with dt = 2 Making slow rhs at time 206 for fast variables advancing from 206 to 206.6666666667 Fast time integration at level 0 from 206 to 206.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 206 to 206.6666666667 with dt = 0.6666666666667 using RHS created at 206 Making slow rhs at time 206.6666666667 for fast variables advancing from 206 to 207 Fast time integration at level 0 from 206 to 206.5 with dt = 0.5 Fast time integration at level 0 from 206.5 to 207 with dt = 0.5 Time integration of scalars at level 0 from 206 to 207 with dt = 1 using RHS created at 206.6666666667 Making slow rhs at time 207 for fast variables advancing from 206 to 208 Fast time integration at level 0 from 206 to 206.5 with dt = 0.5 Fast time integration at level 0 from 206.5 to 207 with dt = 0.5 Fast time integration at level 0 from 207 to 207.5 with dt = 0.5 Fast time integration at level 0 from 207.5 to 208 with dt = 0.5 Time integration of scalars at level 0 from 206 to 208 with dt = 2 using RHS created at 207 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 104] Advanced 4096 cells [Level 1 step 104] ADVANCE from elapsed time = 206 to 208 with dt = 2 Making slow rhs at time 206 for fast variables advancing from 206 to 208 No-substepping time integration at level 1 to 208 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001330258519 0.001288038834 and volume-weighted sum 17740.58514 Subtracting 5.774930057e-06 from rhs in subdomain 0 Sum after subtraction 6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001356569558 MLMG: Initial residual (resid0) = 0.0001356569558 MLMG: Final Iter. 6 resid, resid/bnorm = 6.678977748e-12, 4.923431836e-08 MLMG: Timers: Solve = 0.001629321 Iter = 0.001412209 Bottom = 0.000165241 Time in solve 0.001970921 Max/L2 norm of divergence after solve at level 1 : 5.774936736e-06 0.0003200791126 and volume-weighted sum 17740.58514 Time integration of scalars at level 1 from 206 to 208 with dt = 2 using RHS created at 206 Making slow rhs at time 208 for fast variables advancing from 206 to 208 No-substepping time integration at level 1 to 208 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001316448398 0.001271584109 and volume-weighted sum 17740.58514 Subtracting 5.774930057e-06 from rhs in subdomain 0 Sum after subtraction -2.168404345e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001360706919 MLMG: Initial residual (resid0) = 0.0001360706919 MLMG: Final Iter. 5 resid, resid/bnorm = 9.186852782e-11, 6.751529409e-07 MLMG: Timers: Solve = 0.001421754 Iter = 0.001200762 Bottom = 0.000139783 Time in solve 0.001745247 Max/L2 norm of divergence after solve at level 1 : 5.774993375e-06 0.0003200791126 and volume-weighted sum 17740.58514 Time integration of scalars at level 1 from 206 to 208 with dt = 2 using RHS created at 208 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 104] Advanced 3072 cells Coarse STEP 104 ends. TIME = 208 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02308718 seconds. Coarse STEP 105 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.408486101 (terrain aware) 1.408486101 (terrain unaware) Anelastic dt at level 0 would be: 7.008901389 (terrain aware) 7.008901389 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1397394645 (terrain aware) 0.1397394645 (terrain unaware) Anelastic dt at level 1 would be: 3.349729223 (terrain aware) 3.349729223 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 105] ADVANCE from elapsed time = 208 to 210 with dt = 2 Making slow rhs at time 208 for fast variables advancing from 208 to 208.6666666667 Fast time integration at level 0 from 208 to 208.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 208 to 208.6666666667 with dt = 0.6666666666667 using RHS created at 208 Making slow rhs at time 208.6666666667 for fast variables advancing from 208 to 209 Fast time integration at level 0 from 208 to 208.5 with dt = 0.5 Fast time integration at level 0 from 208.5 to 209 with dt = 0.5 Time integration of scalars at level 0 from 208 to 209 with dt = 1 using RHS created at 208.6666666667 Making slow rhs at time 209 for fast variables advancing from 208 to 210 Fast time integration at level 0 from 208 to 208.5 with dt = 0.5 Fast time integration at level 0 from 208.5 to 209 with dt = 0.5 Fast time integration at level 0 from 209 to 209.5 with dt = 0.5 Fast time integration at level 0 from 209.5 to 210 with dt = 0.5 Time integration of scalars at level 0 from 208 to 210 with dt = 2 using RHS created at 209 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 105] Advanced 4096 cells [Level 1 step 105] ADVANCE from elapsed time = 208 to 210 with dt = 2 Making slow rhs at time 208 for fast variables advancing from 208 to 210 No-substepping time integration at level 1 to 210 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001335613568 0.001328430842 and volume-weighted sum 17831.95089 Subtracting 5.804671514e-06 from rhs in subdomain 0 Sum after subtraction 8.326672685e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000138259209 MLMG: Initial residual (resid0) = 0.000138259209 MLMG: Final Iter. 6 resid, resid/bnorm = 7.513276229e-12, 5.434195873e-08 MLMG: Timers: Solve = 0.00163173 Iter = 0.001416405 Bottom = 0.000166296 Time in solve 0.00197256 Max/L2 norm of divergence after solve at level 1 : 5.804679027e-06 0.0003217275515 and volume-weighted sum 17831.95089 Time integration of scalars at level 1 from 208 to 210 with dt = 2 using RHS created at 208 Making slow rhs at time 210 for fast variables advancing from 208 to 210 No-substepping time integration at level 1 to 210 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000133119706 0.001294727728 and volume-weighted sum 17831.95089 Subtracting 5.804671514e-06 from rhs in subdomain 0 Sum after subtraction 7.459310947e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001389243775 MLMG: Initial residual (resid0) = 0.0001389243775 MLMG: Final Iter. 5 resid, resid/bnorm = 9.198396359e-11, 6.621153554e-07 MLMG: Timers: Solve = 0.001413258 Iter = 0.001199241 Bottom = 0.000141703 Time in solve 0.001748762 Max/L2 norm of divergence after solve at level 1 : 5.804735574e-06 0.0003217275515 and volume-weighted sum 17831.95089 Time integration of scalars at level 1 from 208 to 210 with dt = 2 using RHS created at 210 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 105] Advanced 3072 cells Coarse STEP 105 ends. TIME = 210 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022726062 seconds. Coarse STEP 106 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.404718977 (terrain aware) 1.404718977 (terrain unaware) Anelastic dt at level 0 would be: 6.907951301 (terrain aware) 6.907951301 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1396489335 (terrain aware) 0.1396489335 (terrain unaware) Anelastic dt at level 1 would be: 3.298399773 (terrain aware) 3.298399773 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 106] ADVANCE from elapsed time = 210 to 212 with dt = 2 Making slow rhs at time 210 for fast variables advancing from 210 to 210.6666666667 Fast time integration at level 0 from 210 to 210.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 210 to 210.6666666667 with dt = 0.6666666666667 using RHS created at 210 Making slow rhs at time 210.6666666667 for fast variables advancing from 210 to 211 Fast time integration at level 0 from 210 to 210.5 with dt = 0.5 Fast time integration at level 0 from 210.5 to 211 with dt = 0.5 Time integration of scalars at level 0 from 210 to 211 with dt = 1 using RHS created at 210.6666666667 Making slow rhs at time 211 for fast variables advancing from 210 to 212 Fast time integration at level 0 from 210 to 210.5 with dt = 0.5 Fast time integration at level 0 from 210.5 to 211 with dt = 0.5 Fast time integration at level 0 from 211 to 211.5 with dt = 0.5 Fast time integration at level 0 from 211.5 to 212 with dt = 0.5 Time integration of scalars at level 0 from 210 to 212 with dt = 2 using RHS created at 211 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 106] Advanced 4096 cells [Level 1 step 106] ADVANCE from elapsed time = 210 to 212 with dt = 2 Making slow rhs at time 210 for fast variables advancing from 210 to 212 No-substepping time integration at level 1 to 212 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001380065523 0.00136682224 and volume-weighted sum 17483.75363 Subtracting 5.69132605e-06 from rhs in subdomain 0 Sum after subtraction 9.107298249e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001411757476 MLMG: Initial residual (resid0) = 0.0001411757476 MLMG: Final Iter. 6 resid, resid/bnorm = 8.905330858e-12, 6.307974996e-08 MLMG: Timers: Solve = 0.001626368 Iter = 0.001410882 Bottom = 0.000167494 Time in solve 0.00196132 Max/L2 norm of divergence after solve at level 1 : 5.691334067e-06 0.0003154453082 and volume-weighted sum 17483.75363 Time integration of scalars at level 1 from 210 to 212 with dt = 2 using RHS created at 210 Making slow rhs at time 212 for fast variables advancing from 210 to 212 No-substepping time integration at level 1 to 212 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000136476452 0.001316460531 and volume-weighted sum 17483.75363 Subtracting 5.69132605e-06 from rhs in subdomain 0 Sum after subtraction 5.637851297e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001418317045 MLMG: Initial residual (resid0) = 0.0001418317045 MLMG: Final Iter. 5 resid, resid/bnorm = 9.181552466e-11, 6.473554343e-07 MLMG: Timers: Solve = 0.001413616 Iter = 0.001200002 Bottom = 0.000141047 Time in solve 0.001743589 Max/L2 norm of divergence after solve at level 1 : 5.691390856e-06 0.0003154453082 and volume-weighted sum 17483.75363 Time integration of scalars at level 1 from 210 to 212 with dt = 2 using RHS created at 212 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 106] Advanced 3072 cells Coarse STEP 106 ends. TIME = 212 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022707161 seconds. Coarse STEP 107 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.401597185 (terrain aware) 1.401597185 (terrain unaware) Anelastic dt at level 0 would be: 6.825456375 (terrain aware) 6.825456375 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395584528 (terrain aware) 0.1395584528 (terrain unaware) Anelastic dt at level 1 would be: 3.253806091 (terrain aware) 3.253806091 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 107] ADVANCE from elapsed time = 212 to 214 with dt = 2 Making slow rhs at time 212 for fast variables advancing from 212 to 212.6666666667 Fast time integration at level 0 from 212 to 212.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 212 to 212.6666666667 with dt = 0.6666666666667 using RHS created at 212 Making slow rhs at time 212.6666666667 for fast variables advancing from 212 to 213 Fast time integration at level 0 from 212 to 212.5 with dt = 0.5 Fast time integration at level 0 from 212.5 to 213 with dt = 0.5 Time integration of scalars at level 0 from 212 to 213 with dt = 1 using RHS created at 212.6666666667 Making slow rhs at time 213 for fast variables advancing from 212 to 214 Fast time integration at level 0 from 212 to 212.5 with dt = 0.5 Fast time integration at level 0 from 212.5 to 213 with dt = 0.5 Fast time integration at level 0 from 213 to 213.5 with dt = 0.5 Fast time integration at level 0 from 213.5 to 214 with dt = 0.5 Time integration of scalars at level 0 from 212 to 214 with dt = 2 using RHS created at 213 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 107] Advanced 4096 cells [Level 1 step 107] ADVANCE from elapsed time = 212 to 214 with dt = 2 Making slow rhs at time 212 for fast variables advancing from 212 to 214 No-substepping time integration at level 1 to 214 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001398637876 0.001383243929 and volume-weighted sum 16748.15125 Subtracting 5.45187215e-06 from rhs in subdomain 0 Sum after subtraction -1.036497277e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001439186974 MLMG: Initial residual (resid0) = 0.0001439186974 MLMG: Final Iter. 6 resid, resid/bnorm = 8.722228933e-12, 6.060525208e-08 MLMG: Timers: Solve = 0.001620767 Iter = 0.001406864 Bottom = 0.000163133 Time in solve 0.001969427 Max/L2 norm of divergence after solve at level 1 : 5.451880081e-06 0.0003021734259 and volume-weighted sum 16748.15125 Time integration of scalars at level 1 from 212 to 214 with dt = 2 using RHS created at 212 Making slow rhs at time 214 for fast variables advancing from 212 to 214 No-substepping time integration at level 1 to 214 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001393827132 0.001337135722 and volume-weighted sum 16748.15125 Subtracting 5.45187215e-06 from rhs in subdomain 0 Sum after subtraction -5.854691731e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001448345853 MLMG: Initial residual (resid0) = 0.0001448345853 MLMG: Final Iter. 5 resid, resid/bnorm = 9.134536788e-11, 6.306875369e-07 MLMG: Timers: Solve = 0.001687754 Iter = 0.001396744 Bottom = 0.00014094 Time in solve 0.002023953 Max/L2 norm of divergence after solve at level 1 : 5.451937608e-06 0.0003021734259 and volume-weighted sum 16748.15125 Time integration of scalars at level 1 from 212 to 214 with dt = 2 using RHS created at 214 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 107] Advanced 3072 cells Coarse STEP 107 ends. TIME = 214 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023111981 seconds. Coarse STEP 108 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.39672913 (terrain aware) 1.39672913 (terrain unaware) Anelastic dt at level 0 would be: 6.763325168 (terrain aware) 6.763325168 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394683293 (terrain aware) 0.1394683293 (terrain unaware) Anelastic dt at level 1 would be: 3.216904178 (terrain aware) 3.216904178 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 108] ADVANCE from elapsed time = 214 to 216 with dt = 2 Making slow rhs at time 214 for fast variables advancing from 214 to 214.6666666667 Fast time integration at level 0 from 214 to 214.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 214 to 214.6666666667 with dt = 0.6666666666667 using RHS created at 214 Making slow rhs at time 214.6666666667 for fast variables advancing from 214 to 215 Fast time integration at level 0 from 214 to 214.5 with dt = 0.5 Fast time integration at level 0 from 214.5 to 215 with dt = 0.5 Time integration of scalars at level 0 from 214 to 215 with dt = 1 using RHS created at 214.6666666667 Making slow rhs at time 215 for fast variables advancing from 214 to 216 Fast time integration at level 0 from 214 to 214.5 with dt = 0.5 Fast time integration at level 0 from 214.5 to 215 with dt = 0.5 Fast time integration at level 0 from 215 to 215.5 with dt = 0.5 Fast time integration at level 0 from 215.5 to 216 with dt = 0.5 Time integration of scalars at level 0 from 214 to 216 with dt = 2 using RHS created at 215 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 108] Advanced 4096 cells [Level 1 step 108] ADVANCE from elapsed time = 214 to 216 with dt = 2 Making slow rhs at time 214 for fast variables advancing from 214 to 216 No-substepping time integration at level 1 to 216 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001406581028 0.001382353917 and volume-weighted sum 15779.85055 Subtracting 5.136670102e-06 from rhs in subdomain 0 Sum after subtraction -7.806255642e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001457947729 MLMG: Initial residual (resid0) = 0.0001457947729 MLMG: Final Iter. 6 resid, resid/bnorm = 7.127714482e-12, 4.888868333e-08 MLMG: Timers: Solve = 0.001897642 Iter = 0.001416299 Bottom = 0.000168436 Time in solve 0.002238231 Max/L2 norm of divergence after solve at level 1 : 5.13667723e-06 0.0002847031552 and volume-weighted sum 15779.85055 Time integration of scalars at level 1 from 214 to 216 with dt = 2 using RHS created at 214 Making slow rhs at time 216 for fast variables advancing from 214 to 216 No-substepping time integration at level 1 to 216 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001418284291 0.001357815513 and volume-weighted sum 15779.85055 Subtracting 5.136670102e-06 from rhs in subdomain 0 Sum after subtraction -1.405126016e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001469650992 MLMG: Initial residual (resid0) = 0.0001469650992 MLMG: Final Iter. 5 resid, resid/bnorm = 9.070728815e-11, 6.172029187e-07 MLMG: Timers: Solve = 0.001430934 Iter = 0.001205903 Bottom = 0.000141002 Time in solve 0.001765345 Max/L2 norm of divergence after solve at level 1 : 5.136736025e-06 0.0002847031552 and volume-weighted sum 15779.85055 Time integration of scalars at level 1 from 214 to 216 with dt = 2 using RHS created at 216 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 108] Advanced 3072 cells Coarse STEP 108 ends. TIME = 216 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022961257 seconds. Coarse STEP 109 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.392380959 (terrain aware) 1.392380959 (terrain unaware) Anelastic dt at level 0 would be: 6.718930662 (terrain aware) 6.718930662 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393774074 (terrain aware) 0.1393774074 (terrain unaware) Anelastic dt at level 1 would be: 3.170175584 (terrain aware) 3.170175584 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 109] ADVANCE from elapsed time = 216 to 218 with dt = 2 Making slow rhs at time 216 for fast variables advancing from 216 to 216.6666666667 Fast time integration at level 0 from 216 to 216.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 216 to 216.6666666667 with dt = 0.6666666666667 using RHS created at 216 Making slow rhs at time 216.6666666667 for fast variables advancing from 216 to 217 Fast time integration at level 0 from 216 to 216.5 with dt = 0.5 Fast time integration at level 0 from 216.5 to 217 with dt = 0.5 Time integration of scalars at level 0 from 216 to 217 with dt = 1 using RHS created at 216.6666666667 Making slow rhs at time 217 for fast variables advancing from 216 to 218 Fast time integration at level 0 from 216 to 216.5 with dt = 0.5 Fast time integration at level 0 from 216.5 to 217 with dt = 0.5 Fast time integration at level 0 from 217 to 217.5 with dt = 0.5 Fast time integration at level 0 from 217.5 to 218 with dt = 0.5 Time integration of scalars at level 0 from 216 to 218 with dt = 2 using RHS created at 217 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 109] Advanced 4096 cells [Level 1 step 109] ADVANCE from elapsed time = 216 to 218 with dt = 2 Making slow rhs at time 216 for fast variables advancing from 216 to 218 No-substepping time integration at level 1 to 218 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000142172369 0.001391230825 and volume-weighted sum 14773.53061 Subtracting 4.809091997e-06 from rhs in subdomain 0 Sum after subtraction 7.112366252e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000146981461 MLMG: Initial residual (resid0) = 0.000146981461 MLMG: Final Iter. 6 resid, resid/bnorm = 6.33973369e-12, 4.313287979e-08 MLMG: Timers: Solve = 0.00162961 Iter = 0.001414842 Bottom = 0.000168328 Time in solve 0.00196492 Max/L2 norm of divergence after solve at level 1 : 4.809097775e-06 0.0002665469337 and volume-weighted sum 14773.53061 Time integration of scalars at level 1 from 216 to 218 with dt = 2 using RHS created at 216 Making slow rhs at time 218 for fast variables advancing from 216 to 218 No-substepping time integration at level 1 to 218 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001434210474 0.001379391602 and volume-weighted sum 14773.53061 Subtracting 4.809091997e-06 from rhs in subdomain 0 Sum after subtraction 6.028164079e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001482301394 MLMG: Initial residual (resid0) = 0.0001482301394 MLMG: Final Iter. 5 resid, resid/bnorm = 9.01053651e-11, 6.078747916e-07 MLMG: Timers: Solve = 0.00141766 Iter = 0.001198851 Bottom = 0.000139985 Time in solve 0.001748041 Max/L2 norm of divergence after solve at level 1 : 4.809158171e-06 0.0002665469337 and volume-weighted sum 14773.53061 Time integration of scalars at level 1 from 216 to 218 with dt = 2 using RHS created at 218 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 109] Advanced 3072 cells Coarse STEP 109 ends. TIME = 218 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02321609 seconds. Coarse STEP 110 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.388424008 (terrain aware) 1.388424008 (terrain unaware) Anelastic dt at level 0 would be: 6.628479216 (terrain aware) 6.628479216 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392825467 (terrain aware) 0.1392825467 (terrain unaware) Anelastic dt at level 1 would be: 3.129072398 (terrain aware) 3.129072398 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 110] ADVANCE from elapsed time = 218 to 220 with dt = 2 Making slow rhs at time 218 for fast variables advancing from 218 to 218.6666666667 Fast time integration at level 0 from 218 to 218.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 218 to 218.6666666667 with dt = 0.6666666666667 using RHS created at 218 Making slow rhs at time 218.6666666667 for fast variables advancing from 218 to 219 Fast time integration at level 0 from 218 to 218.5 with dt = 0.5 Fast time integration at level 0 from 218.5 to 219 with dt = 0.5 Time integration of scalars at level 0 from 218 to 219 with dt = 1 using RHS created at 218.6666666667 Making slow rhs at time 219 for fast variables advancing from 218 to 220 Fast time integration at level 0 from 218 to 218.5 with dt = 0.5 Fast time integration at level 0 from 218.5 to 219 with dt = 0.5 Fast time integration at level 0 from 219 to 219.5 with dt = 0.5 Fast time integration at level 0 from 219.5 to 220 with dt = 0.5 Time integration of scalars at level 0 from 218 to 220 with dt = 2 using RHS created at 219 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 110] Advanced 4096 cells [Level 1 step 110] ADVANCE from elapsed time = 218 to 220 with dt = 2 Making slow rhs at time 218 for fast variables advancing from 218 to 220 No-substepping time integration at level 1 to 220 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001444783402 0.001409524988 and volume-weighted sum 13897.41327 Subtracting 4.523897549e-06 from rhs in subdomain 0 Sum after subtraction -5.637851297e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001490022377 MLMG: Initial residual (resid0) = 0.0001490022377 MLMG: Final Iter. 5 resid, resid/bnorm = 8.486525159e-11, 5.695568931e-07 MLMG: Timers: Solve = 0.001411591 Iter = 0.001193921 Bottom = 0.000137757 Time in solve 0.001756283 Max/L2 norm of divergence after solve at level 1 : 4.523964283e-06 0.0002507398529 and volume-weighted sum 13897.41327 Time integration of scalars at level 1 from 218 to 220 with dt = 2 using RHS created at 218 Making slow rhs at time 220 for fast variables advancing from 218 to 220 No-substepping time integration at level 1 to 220 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000146056336 0.001402693689 and volume-weighted sum 13897.41327 Subtracting 4.523897549e-06 from rhs in subdomain 0 Sum after subtraction -1.647987302e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001505802336 MLMG: Initial residual (resid0) = 0.0001505802336 MLMG: Final Iter. 5 resid, resid/bnorm = 8.966422554e-11, 5.954581382e-07 MLMG: Timers: Solve = 0.001425046 Iter = 0.001210034 Bottom = 0.000139022 Time in solve 0.001764386 Max/L2 norm of divergence after solve at level 1 : 4.52396379e-06 0.0002507398529 and volume-weighted sum 13897.41327 Time integration of scalars at level 1 from 218 to 220 with dt = 2 using RHS created at 220 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 110] Advanced 3072 cells Coarse STEP 110 ends. TIME = 220 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022637794 seconds. Coarse STEP 111 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.384841577 (terrain aware) 1.384841577 (terrain unaware) Anelastic dt at level 0 would be: 6.538047084 (terrain aware) 6.538047084 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1391879417 (terrain aware) 0.1391879417 (terrain unaware) Anelastic dt at level 1 would be: 3.094361824 (terrain aware) 3.094361824 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 111] ADVANCE from elapsed time = 220 to 222 with dt = 2 Making slow rhs at time 220 for fast variables advancing from 220 to 220.6666666667 Fast time integration at level 0 from 220 to 220.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 220 to 220.6666666667 with dt = 0.6666666666667 using RHS created at 220 Making slow rhs at time 220.6666666667 for fast variables advancing from 220 to 221 Fast time integration at level 0 from 220 to 220.5 with dt = 0.5 Fast time integration at level 0 from 220.5 to 221 with dt = 0.5 Time integration of scalars at level 0 from 220 to 221 with dt = 1 using RHS created at 220.6666666667 Making slow rhs at time 221 for fast variables advancing from 220 to 222 Fast time integration at level 0 from 220 to 220.5 with dt = 0.5 Fast time integration at level 0 from 220.5 to 221 with dt = 0.5 Fast time integration at level 0 from 221 to 221.5 with dt = 0.5 Fast time integration at level 0 from 221.5 to 222 with dt = 0.5 Time integration of scalars at level 0 from 220 to 222 with dt = 2 using RHS created at 221 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 111] Advanced 4096 cells [Level 1 step 111] ADVANCE from elapsed time = 220 to 222 with dt = 2 Making slow rhs at time 220 for fast variables advancing from 220 to 222 No-substepping time integration at level 1 to 222 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001495157654 0.001430189535 and volume-weighted sum 13259.20036 Subtracting 4.316145951e-06 from rhs in subdomain 0 Sum after subtraction 1.461504529e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001494881223 MLMG: Initial residual (resid0) = 0.0001494881223 MLMG: Final Iter. 5 resid, resid/bnorm = 8.748332947e-11, 5.852192677e-07 MLMG: Timers: Solve = 0.001383025 Iter = 0.001197096 Bottom = 0.000137786 Time in solve 0.001763302 Max/L2 norm of divergence after solve at level 1 : 4.316209695e-06 0.0002392250906 and volume-weighted sum 13259.20036 Time integration of scalars at level 1 from 220 to 222 with dt = 2 using RHS created at 220 Making slow rhs at time 222 for fast variables advancing from 220 to 222 No-substepping time integration at level 1 to 222 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00015372512 0.001428101033 and volume-weighted sum 13259.20036 Subtracting 4.316145951e-06 from rhs in subdomain 0 Sum after subtraction 1.392115589e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001513985518 MLMG: Initial residual (resid0) = 0.0001513985518 MLMG: Final Iter. 5 resid, resid/bnorm = 8.936299671e-11, 5.9025001e-07 MLMG: Timers: Solve = 0.001851465 Iter = 0.001338275 Bottom = 0.000139266 Time in solve 0.002225884 Max/L2 norm of divergence after solve at level 1 : 4.316212066e-06 0.0002392250906 and volume-weighted sum 13259.20036 Time integration of scalars at level 1 from 220 to 222 with dt = 2 using RHS created at 222 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 111] Advanced 3072 cells Coarse STEP 111 ends. TIME = 222 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023977757 seconds. Coarse STEP 112 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.381770665 (terrain aware) 1.381770665 (terrain unaware) Anelastic dt at level 0 would be: 6.458985492 (terrain aware) 6.458985492 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.139093993 (terrain aware) 0.139093993 (terrain unaware) Anelastic dt at level 1 would be: 3.051054678 (terrain aware) 3.051054678 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 112] ADVANCE from elapsed time = 222 to 224 with dt = 2 Making slow rhs at time 222 for fast variables advancing from 222 to 222.6666666667 Fast time integration at level 0 from 222 to 222.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 222 to 222.6666666667 with dt = 0.6666666666667 using RHS created at 222 Making slow rhs at time 222.6666666667 for fast variables advancing from 222 to 223 Fast time integration at level 0 from 222 to 222.5 with dt = 0.5 Fast time integration at level 0 from 222.5 to 223 with dt = 0.5 Time integration of scalars at level 0 from 222 to 223 with dt = 1 using RHS created at 222.6666666667 Making slow rhs at time 223 for fast variables advancing from 222 to 224 Fast time integration at level 0 from 222 to 222.5 with dt = 0.5 Fast time integration at level 0 from 222.5 to 223 with dt = 0.5 Fast time integration at level 0 from 223 to 223.5 with dt = 0.5 Fast time integration at level 0 from 223.5 to 224 with dt = 0.5 Time integration of scalars at level 0 from 222 to 224 with dt = 2 using RHS created at 223 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 112] Advanced 4096 cells [Level 1 step 112] ADVANCE from elapsed time = 222 to 224 with dt = 2 Making slow rhs at time 222 for fast variables advancing from 222 to 224 No-substepping time integration at level 1 to 224 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001575087144 0.001465703752 and volume-weighted sum 12918.14804 Subtracting 4.205126316e-06 from rhs in subdomain 0 Sum after subtraction -5.204170428e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001542220035 MLMG: Initial residual (resid0) = 0.0001542220035 MLMG: Final Iter. 6 resid, resid/bnorm = 6.679807776e-12, 4.331293605e-08 MLMG: Timers: Solve = 0.002047769 Iter = 0.001819406 Bottom = 0.000238796 Time in solve 0.002380334 Max/L2 norm of divergence after solve at level 1 : 4.205132996e-06 0.0002330717578 and volume-weighted sum 12918.14804 Time integration of scalars at level 1 from 222 to 224 with dt = 2 using RHS created at 222 Making slow rhs at time 224 for fast variables advancing from 222 to 224 No-substepping time integration at level 1 to 224 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001631319163 0.001455914286 and volume-weighted sum 12918.14804 Subtracting 4.205126316e-06 from rhs in subdomain 0 Sum after subtraction -5.724587471e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00015892679 MLMG: Initial residual (resid0) = 0.00015892679 MLMG: Final Iter. 5 resid, resid/bnorm = 8.906443968e-11, 5.604117449e-07 MLMG: Timers: Solve = 0.001435066 Iter = 0.00121559 Bottom = 0.00013815 Time in solve 0.00177102 Max/L2 norm of divergence after solve at level 1 : 4.205192121e-06 0.0002330717578 and volume-weighted sum 12918.14804 Time integration of scalars at level 1 from 222 to 224 with dt = 2 using RHS created at 224 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 112] Advanced 3072 cells Coarse STEP 112 ends. TIME = 224 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023706138 seconds. Coarse STEP 113 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.379422209 (terrain aware) 1.379422209 (terrain unaware) Anelastic dt at level 0 would be: 6.395014897 (terrain aware) 6.395014897 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390012346 (terrain aware) 0.1390012346 (terrain unaware) Anelastic dt at level 1 would be: 3.010294562 (terrain aware) 3.010294562 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 113] ADVANCE from elapsed time = 224 to 226 with dt = 2 Making slow rhs at time 224 for fast variables advancing from 224 to 224.6666666667 Fast time integration at level 0 from 224 to 224.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 224 to 224.6666666667 with dt = 0.6666666666667 using RHS created at 224 Making slow rhs at time 224.6666666667 for fast variables advancing from 224 to 225 Fast time integration at level 0 from 224 to 224.5 with dt = 0.5 Fast time integration at level 0 from 224.5 to 225 with dt = 0.5 Time integration of scalars at level 0 from 224 to 225 with dt = 1 using RHS created at 224.6666666667 Making slow rhs at time 225 for fast variables advancing from 224 to 226 Fast time integration at level 0 from 224 to 224.5 with dt = 0.5 Fast time integration at level 0 from 224.5 to 225 with dt = 0.5 Fast time integration at level 0 from 225 to 225.5 with dt = 0.5 Fast time integration at level 0 from 225.5 to 226 with dt = 0.5 Time integration of scalars at level 0 from 224 to 226 with dt = 2 using RHS created at 225 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 113] Advanced 4096 cells [Level 1 step 113] ADVANCE from elapsed time = 224 to 226 with dt = 2 Making slow rhs at time 224 for fast variables advancing from 224 to 226 No-substepping time integration at level 1 to 226 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000167686687 0.001509276285 and volume-weighted sum 12904.31256 Subtracting 4.200622577e-06 from rhs in subdomain 0 Sum after subtraction -2.471980953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001634860645 MLMG: Initial residual (resid0) = 0.0001634860645 MLMG: Final Iter. 6 resid, resid/bnorm = 7.571536226e-12, 4.631303745e-08 MLMG: Timers: Solve = 0.001924932 Iter = 0.001703535 Bottom = 0.000214674 Time in solve 0.002360987 Max/L2 norm of divergence after solve at level 1 : 4.200630148e-06 0.0002328221352 and volume-weighted sum 12904.31256 Time integration of scalars at level 1 from 224 to 226 with dt = 2 using RHS created at 224 Making slow rhs at time 226 for fast variables advancing from 224 to 226 No-substepping time integration at level 1 to 226 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001719881732 0.001486345841 and volume-weighted sum 12904.31256 Subtracting 4.200622577e-06 from rhs in subdomain 0 Sum after subtraction -1.418136442e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001677875506 MLMG: Initial residual (resid0) = 0.0001677875506 MLMG: Final Iter. 5 resid, resid/bnorm = 8.870033279e-11, 5.286466872e-07 MLMG: Timers: Solve = 0.00143492 Iter = 0.001216911 Bottom = 0.000137025 Time in solve 0.001770015 Max/L2 norm of divergence after solve at level 1 : 4.200687873e-06 0.0002328221352 and volume-weighted sum 12904.31256 Time integration of scalars at level 1 from 224 to 226 with dt = 2 using RHS created at 226 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 113] Advanced 3072 cells Coarse STEP 113 ends. TIME = 226 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02356087 seconds. Coarse STEP 114 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.377510205 (terrain aware) 1.377510205 (terrain unaware) Anelastic dt at level 0 would be: 6.342079035 (terrain aware) 6.342079035 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389100615 (terrain aware) 0.1389100615 (terrain unaware) Anelastic dt at level 1 would be: 2.979530922 (terrain aware) 2.979530922 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 114] ADVANCE from elapsed time = 226 to 228 with dt = 2 Making slow rhs at time 226 for fast variables advancing from 226 to 226.6666666667 Fast time integration at level 0 from 226 to 226.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 226 to 226.6666666667 with dt = 0.6666666666667 using RHS created at 226 Making slow rhs at time 226.6666666667 for fast variables advancing from 226 to 227 Fast time integration at level 0 from 226 to 226.5 with dt = 0.5 Fast time integration at level 0 from 226.5 to 227 with dt = 0.5 Time integration of scalars at level 0 from 226 to 227 with dt = 1 using RHS created at 226.6666666667 Making slow rhs at time 227 for fast variables advancing from 226 to 228 Fast time integration at level 0 from 226 to 226.5 with dt = 0.5 Fast time integration at level 0 from 226.5 to 227 with dt = 0.5 Fast time integration at level 0 from 227 to 227.5 with dt = 0.5 Fast time integration at level 0 from 227.5 to 228 with dt = 0.5 Time integration of scalars at level 0 from 226 to 228 with dt = 2 using RHS created at 227 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 114] Advanced 4096 cells [Level 1 step 114] ADVANCE from elapsed time = 226 to 228 with dt = 2 Making slow rhs at time 226 for fast variables advancing from 226 to 228 No-substepping time integration at level 1 to 228 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001747353512 0.001540640455 and volume-weighted sum 13221.66078 Subtracting 4.303926036e-06 from rhs in subdomain 0 Sum after subtraction 1.010476425e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001704314252 MLMG: Initial residual (resid0) = 0.0001704314252 MLMG: Final Iter. 6 resid, resid/bnorm = 7.502750591e-12, 4.40221079e-08 MLMG: Timers: Solve = 0.001640859 Iter = 0.001417355 Bottom = 0.000160845 Time in solve 0.00199151 Max/L2 norm of divergence after solve at level 1 : 4.303933538e-06 0.0002385477941 and volume-weighted sum 13221.66078 Time integration of scalars at level 1 from 226 to 228 with dt = 2 using RHS created at 226 Making slow rhs at time 228 for fast variables advancing from 226 to 228 No-substepping time integration at level 1 to 228 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000180558499 0.001519482385 and volume-weighted sum 13221.66078 Subtracting 4.303926036e-06 from rhs in subdomain 0 Sum after subtraction -1.25767452e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000176254573 MLMG: Initial residual (resid0) = 0.000176254573 MLMG: Final Iter. 5 resid, resid/bnorm = 8.821142805e-11, 5.004773865e-07 MLMG: Timers: Solve = 0.001449676 Iter = 0.001234333 Bottom = 0.000136193 Time in solve 0.001784255 Max/L2 norm of divergence after solve at level 1 : 4.303990611e-06 0.0002385477941 and volume-weighted sum 13221.66078 Time integration of scalars at level 1 from 226 to 228 with dt = 2 using RHS created at 228 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 114] Advanced 3072 cells Coarse STEP 114 ends. TIME = 228 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02333547 seconds. Coarse STEP 115 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.373063113 (terrain aware) 1.373063113 (terrain unaware) Anelastic dt at level 0 would be: 6.292092537 (terrain aware) 6.292092537 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138811333 (terrain aware) 0.138811333 (terrain unaware) Anelastic dt at level 1 would be: 2.942709713 (terrain aware) 2.942709713 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 115] ADVANCE from elapsed time = 228 to 230 with dt = 2 Making slow rhs at time 228 for fast variables advancing from 228 to 228.6666666667 Fast time integration at level 0 from 228 to 228.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 228 to 228.6666666667 with dt = 0.6666666666667 using RHS created at 228 Making slow rhs at time 228.6666666667 for fast variables advancing from 228 to 229 Fast time integration at level 0 from 228 to 228.5 with dt = 0.5 Fast time integration at level 0 from 228.5 to 229 with dt = 0.5 Time integration of scalars at level 0 from 228 to 229 with dt = 1 using RHS created at 228.6666666667 Making slow rhs at time 229 for fast variables advancing from 228 to 230 Fast time integration at level 0 from 228 to 228.5 with dt = 0.5 Fast time integration at level 0 from 228.5 to 229 with dt = 0.5 Fast time integration at level 0 from 229 to 229.5 with dt = 0.5 Fast time integration at level 0 from 229.5 to 230 with dt = 0.5 Time integration of scalars at level 0 from 228 to 230 with dt = 2 using RHS created at 229 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 115] Advanced 4096 cells [Level 1 step 115] ADVANCE from elapsed time = 228 to 230 with dt = 2 Making slow rhs at time 228 for fast variables advancing from 228 to 230 No-substepping time integration at level 1 to 230 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001869457679 0.001567250572 and volume-weighted sum 13822.05094 Subtracting 4.499365539e-06 from rhs in subdomain 0 Sum after subtraction 9.974659987e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001824464024 MLMG: Initial residual (resid0) = 0.0001824464024 MLMG: Final Iter. 6 resid, resid/bnorm = 7.06609847e-12, 3.872972215e-08 MLMG: Timers: Solve = 0.001926773 Iter = 0.00168989 Bottom = 0.000162158 Time in solve 0.002271968 Max/L2 norm of divergence after solve at level 1 : 4.499372605e-06 0.0002493801509 and volume-weighted sum 13822.05094 Time integration of scalars at level 1 from 228 to 230 with dt = 2 using RHS created at 228 Making slow rhs at time 230 for fast variables advancing from 228 to 230 No-substepping time integration at level 1 to 230 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001936666556 0.001555521215 and volume-weighted sum 13822.05094 Subtracting 4.499365539e-06 from rhs in subdomain 0 Sum after subtraction 9.714451465e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001891672901 MLMG: Initial residual (resid0) = 0.0001891672901 MLMG: Final Iter. 5 resid, resid/bnorm = 8.770132454e-11, 4.636178088e-07 MLMG: Timers: Solve = 0.001420351 Iter = 0.001190397 Bottom = 0.000137159 Time in solve 0.001764781 Max/L2 norm of divergence after solve at level 1 : 4.499429178e-06 0.0002493801509 and volume-weighted sum 13822.05094 Time integration of scalars at level 1 from 228 to 230 with dt = 2 using RHS created at 230 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 115] Advanced 3072 cells Coarse STEP 115 ends. TIME = 230 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023574645 seconds. Coarse STEP 116 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.36934511 (terrain aware) 1.36934511 (terrain unaware) Anelastic dt at level 0 would be: 6.213988027 (terrain aware) 6.213988027 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1387145774 (terrain aware) 0.1387145774 (terrain unaware) Anelastic dt at level 1 would be: 2.910798654 (terrain aware) 2.910798654 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 116] ADVANCE from elapsed time = 230 to 232 with dt = 2 Making slow rhs at time 230 for fast variables advancing from 230 to 230.6666666667 Fast time integration at level 0 from 230 to 230.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 230 to 230.6666666667 with dt = 0.6666666666667 using RHS created at 230 Making slow rhs at time 230.6666666667 for fast variables advancing from 230 to 231 Fast time integration at level 0 from 230 to 230.5 with dt = 0.5 Fast time integration at level 0 from 230.5 to 231 with dt = 0.5 Time integration of scalars at level 0 from 230 to 231 with dt = 1 using RHS created at 230.6666666667 Making slow rhs at time 231 for fast variables advancing from 230 to 232 Fast time integration at level 0 from 230 to 230.5 with dt = 0.5 Fast time integration at level 0 from 230.5 to 231 with dt = 0.5 Fast time integration at level 0 from 231 to 231.5 with dt = 0.5 Fast time integration at level 0 from 231.5 to 232 with dt = 0.5 Time integration of scalars at level 0 from 230 to 232 with dt = 2 using RHS created at 231 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 116] Advanced 4096 cells [Level 1 step 116] ADVANCE from elapsed time = 230 to 232 with dt = 2 Making slow rhs at time 230 for fast variables advancing from 230 to 232 No-substepping time integration at level 1 to 232 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0001992316556 0.001601726095 and volume-weighted sum 14587.37809 Subtracting 4.748495472e-06 from rhs in subdomain 0 Sum after subtraction -5.551115123e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001944831601 MLMG: Initial residual (resid0) = 0.0001944831601 MLMG: Final Iter. 6 resid, resid/bnorm = 6.307172214e-12, 3.243042847e-08 MLMG: Timers: Solve = 0.001697218 Iter = 0.001479552 Bottom = 0.000163584 Time in solve 0.002044142 Max/L2 norm of divergence after solve at level 1 : 4.74850178e-06 0.0002631883334 and volume-weighted sum 14587.37809 Time integration of scalars at level 1 from 230 to 232 with dt = 2 using RHS created at 230 Making slow rhs at time 232 for fast variables advancing from 230 to 232 No-substepping time integration at level 1 to 232 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002041722766 0.001594449768 and volume-weighted sum 14587.37809 Subtracting 4.748495472e-06 from rhs in subdomain 0 Sum after subtraction -1.114559833e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0001994237811 MLMG: Initial residual (resid0) = 0.0001994237811 MLMG: Final Iter. 5 resid, resid/bnorm = 8.717002785e-11, 4.37109493e-07 MLMG: Timers: Solve = 0.001428539 Iter = 0.001210578 Bottom = 0.000134921 Time in solve 0.001768235 Max/L2 norm of divergence after solve at level 1 : 4.748557986e-06 0.0002631883334 and volume-weighted sum 14587.37809 Time integration of scalars at level 1 from 230 to 232 with dt = 2 using RHS created at 232 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 116] Advanced 3072 cells Coarse STEP 116 ends. TIME = 232 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023642592 seconds. Coarse STEP 117 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.365711563 (terrain aware) 1.365711563 (terrain unaware) Anelastic dt at level 0 would be: 6.131114695 (terrain aware) 6.131114695 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1386207967 (terrain aware) 0.1386207967 (terrain unaware) Anelastic dt at level 1 would be: 2.881633458 (terrain aware) 2.881633458 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 117] ADVANCE from elapsed time = 232 to 234 with dt = 2 Making slow rhs at time 232 for fast variables advancing from 232 to 232.6666666667 Fast time integration at level 0 from 232 to 232.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 232 to 232.6666666667 with dt = 0.6666666666667 using RHS created at 232 Making slow rhs at time 232.6666666667 for fast variables advancing from 232 to 233 Fast time integration at level 0 from 232 to 232.5 with dt = 0.5 Fast time integration at level 0 from 232.5 to 233 with dt = 0.5 Time integration of scalars at level 0 from 232 to 233 with dt = 1 using RHS created at 232.6666666667 Making slow rhs at time 233 for fast variables advancing from 232 to 234 Fast time integration at level 0 from 232 to 232.5 with dt = 0.5 Fast time integration at level 0 from 232.5 to 233 with dt = 0.5 Fast time integration at level 0 from 233 to 233.5 with dt = 0.5 Fast time integration at level 0 from 233.5 to 234 with dt = 0.5 Time integration of scalars at level 0 from 232 to 234 with dt = 2 using RHS created at 233 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 117] Advanced 4096 cells [Level 1 step 117] ADVANCE from elapsed time = 232 to 234 with dt = 2 Making slow rhs at time 232 for fast variables advancing from 232 to 234 No-substepping time integration at level 1 to 234 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002112300689 0.001636768938 and volume-weighted sum 15347.29609 Subtracting 4.995864613e-06 from rhs in subdomain 0 Sum after subtraction 1.25767452e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002062342042 MLMG: Initial residual (resid0) = 0.0002062342042 MLMG: Final Iter. 5 resid, resid/bnorm = 9.100218713e-11, 4.412565193e-07 MLMG: Timers: Solve = 0.001419273 Iter = 0.001196221 Bottom = 0.000140001 Time in solve 0.00176138 Max/L2 norm of divergence after solve at level 1 : 4.995924416e-06 0.0002768989228 and volume-weighted sum 15347.29609 Time integration of scalars at level 1 from 232 to 234 with dt = 2 using RHS created at 232 Making slow rhs at time 234 for fast variables advancing from 232 to 234 No-substepping time integration at level 1 to 234 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002174642165 0.001635938661 and volume-weighted sum 15347.29609 Subtracting 4.995864613e-06 from rhs in subdomain 0 Sum after subtraction 4.466912951e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002124683518 MLMG: Initial residual (resid0) = 0.0002124683518 MLMG: Final Iter. 5 resid, resid/bnorm = 8.650686171e-11, 4.071517521e-07 MLMG: Timers: Solve = 0.001417621 Iter = 0.00119387 Bottom = 0.000137891 Time in solve 0.001780699 Max/L2 norm of divergence after solve at level 1 : 4.995925866e-06 0.0002768989228 and volume-weighted sum 15347.29609 Time integration of scalars at level 1 from 232 to 234 with dt = 2 using RHS created at 234 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 117] Advanced 3072 cells Coarse STEP 117 ends. TIME = 234 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022944586 seconds. Coarse STEP 118 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.362704277 (terrain aware) 1.362704277 (terrain unaware) Anelastic dt at level 0 would be: 6.06078583 (terrain aware) 6.06078583 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385302564 (terrain aware) 0.1385302564 (terrain unaware) Anelastic dt at level 1 would be: 2.843364668 (terrain aware) 2.843364668 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 118] ADVANCE from elapsed time = 234 to 236 with dt = 2 Making slow rhs at time 234 for fast variables advancing from 234 to 234.6666666667 Fast time integration at level 0 from 234 to 234.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 234 to 234.6666666667 with dt = 0.6666666666667 using RHS created at 234 Making slow rhs at time 234.6666666667 for fast variables advancing from 234 to 235 Fast time integration at level 0 from 234 to 234.5 with dt = 0.5 Fast time integration at level 0 from 234.5 to 235 with dt = 0.5 Time integration of scalars at level 0 from 234 to 235 with dt = 1 using RHS created at 234.6666666667 Making slow rhs at time 235 for fast variables advancing from 234 to 236 Fast time integration at level 0 from 234 to 234.5 with dt = 0.5 Fast time integration at level 0 from 234.5 to 235 with dt = 0.5 Fast time integration at level 0 from 235 to 235.5 with dt = 0.5 Fast time integration at level 0 from 235.5 to 236 with dt = 0.5 Time integration of scalars at level 0 from 234 to 236 with dt = 2 using RHS created at 235 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 118] Advanced 4096 cells [Level 1 step 118] ADVANCE from elapsed time = 234 to 236 with dt = 2 Making slow rhs at time 234 for fast variables advancing from 234 to 236 No-substepping time integration at level 1 to 236 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002208380349 0.001671602803 and volume-weighted sum 15929.8017 Subtracting 5.185482325e-06 from rhs in subdomain 0 Sum after subtraction 2.168404345e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002156525526 MLMG: Initial residual (resid0) = 0.0002156525526 MLMG: Final Iter. 5 resid, resid/bnorm = 7.139665963e-11, 3.310726387e-07 MLMG: Timers: Solve = 0.001423217 Iter = 0.001206025 Bottom = 0.000146375 Time in solve 0.001758167 Max/L2 norm of divergence after solve at level 1 : 5.185546861e-06 0.0002874086032 and volume-weighted sum 15929.8017 Time integration of scalars at level 1 from 234 to 236 with dt = 2 using RHS created at 234 Making slow rhs at time 236 for fast variables advancing from 234 to 236 No-substepping time integration at level 1 to 236 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002286958505 0.001679579165 and volume-weighted sum 15929.8017 Subtracting 5.185482325e-06 from rhs in subdomain 0 Sum after subtraction -2.298508606e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002235103681 MLMG: Initial residual (resid0) = 0.0002235103681 MLMG: Final Iter. 5 resid, resid/bnorm = 8.55913187e-11, 3.829411558e-07 MLMG: Timers: Solve = 0.001431166 Iter = 0.001215865 Bottom = 0.00013821 Time in solve 0.001771243 Max/L2 norm of divergence after solve at level 1 : 5.185542209e-06 0.0002874086032 and volume-weighted sum 15929.8017 Time integration of scalars at level 1 from 234 to 236 with dt = 2 using RHS created at 236 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 118] Advanced 3072 cells Coarse STEP 118 ends. TIME = 236 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023116761 seconds. Coarse STEP 119 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.360450646 (terrain aware) 1.360450646 (terrain unaware) Anelastic dt at level 0 would be: 6.004572625 (terrain aware) 6.004572625 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384309906 (terrain aware) 0.1384309906 (terrain unaware) Anelastic dt at level 1 would be: 2.815155221 (terrain aware) 2.815155221 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 119] ADVANCE from elapsed time = 236 to 238 with dt = 2 Making slow rhs at time 236 for fast variables advancing from 236 to 236.6666666667 Fast time integration at level 0 from 236 to 236.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 236 to 236.6666666667 with dt = 0.6666666666667 using RHS created at 236 Making slow rhs at time 236.6666666667 for fast variables advancing from 236 to 237 Fast time integration at level 0 from 236 to 236.5 with dt = 0.5 Fast time integration at level 0 from 236.5 to 237 with dt = 0.5 Time integration of scalars at level 0 from 236 to 237 with dt = 1 using RHS created at 236.6666666667 Making slow rhs at time 237 for fast variables advancing from 236 to 238 Fast time integration at level 0 from 236 to 236.5 with dt = 0.5 Fast time integration at level 0 from 236.5 to 237 with dt = 0.5 Fast time integration at level 0 from 237 to 237.5 with dt = 0.5 Fast time integration at level 0 from 237.5 to 238 with dt = 0.5 Time integration of scalars at level 0 from 236 to 238 with dt = 2 using RHS created at 237 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 119] Advanced 4096 cells [Level 1 step 119] ADVANCE from elapsed time = 236 to 238 with dt = 2 Making slow rhs at time 236 for fast variables advancing from 236 to 238 No-substepping time integration at level 1 to 238 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002352290255 0.001720149531 and volume-weighted sum 16209.05594 Subtracting 5.276385398e-06 from rhs in subdomain 0 Sum after subtraction 8.10983225e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002299526401 MLMG: Initial residual (resid0) = 0.0002299526401 MLMG: Final Iter. 5 resid, resid/bnorm = 9.69638325e-11, 4.216687073e-07 MLMG: Timers: Solve = 0.001415474 Iter = 0.001204049 Bottom = 0.000142744 Time in solve 0.001759385 Max/L2 norm of divergence after solve at level 1 : 5.276451802e-06 0.0002924469629 and volume-weighted sum 16209.05594 Time integration of scalars at level 1 from 236 to 238 with dt = 2 using RHS created at 236 Making slow rhs at time 238 for fast variables advancing from 236 to 238 No-substepping time integration at level 1 to 238 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000243064226 0.00172511222 and volume-weighted sum 16209.05594 Subtracting 5.276385398e-06 from rhs in subdomain 0 Sum after subtraction 1.301042607e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002377878406 MLMG: Initial residual (resid0) = 0.0002377878406 MLMG: Final Iter. 5 resid, resid/bnorm = 8.430697194e-11, 3.54547027e-07 MLMG: Timers: Solve = 0.001698595 Iter = 0.001199401 Bottom = 0.000137801 Time in solve 0.002032454 Max/L2 norm of divergence after solve at level 1 : 5.276443819e-06 0.0002924469629 and volume-weighted sum 16209.05594 Time integration of scalars at level 1 from 236 to 238 with dt = 2 using RHS created at 238 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 119] Advanced 3072 cells Coarse STEP 119 ends. TIME = 238 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023498184 seconds. Coarse STEP 120 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.356727141 (terrain aware) 1.356727141 (terrain unaware) Anelastic dt at level 0 would be: 5.966313213 (terrain aware) 5.966313213 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383368756 (terrain aware) 0.1383368756 (terrain unaware) Anelastic dt at level 1 would be: 2.791120803 (terrain aware) 2.791120803 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 120] ADVANCE from elapsed time = 238 to 240 with dt = 2 Making slow rhs at time 238 for fast variables advancing from 238 to 238.6666666667 Fast time integration at level 0 from 238 to 238.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 238 to 238.6666666667 with dt = 0.6666666666667 using RHS created at 238 Making slow rhs at time 238.6666666667 for fast variables advancing from 238 to 239 Fast time integration at level 0 from 238 to 238.5 with dt = 0.5 Fast time integration at level 0 from 238.5 to 239 with dt = 0.5 Time integration of scalars at level 0 from 238 to 239 with dt = 1 using RHS created at 238.6666666667 Making slow rhs at time 239 for fast variables advancing from 238 to 240 Fast time integration at level 0 from 238 to 238.5 with dt = 0.5 Fast time integration at level 0 from 238.5 to 239 with dt = 0.5 Fast time integration at level 0 from 239 to 239.5 with dt = 0.5 Fast time integration at level 0 from 239.5 to 240 with dt = 0.5 Time integration of scalars at level 0 from 238 to 240 with dt = 2 using RHS created at 239 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 120] Advanced 4096 cells [Level 1 step 120] ADVANCE from elapsed time = 238 to 240 with dt = 2 Making slow rhs at time 238 for fast variables advancing from 238 to 240 No-substepping time integration at level 1 to 240 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002517184347 0.001782102132 and volume-weighted sum 16132.09107 Subtracting 5.25133173e-06 from rhs in subdomain 0 Sum after subtraction 2.038300084e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000246467103 MLMG: Initial residual (resid0) = 0.000246467103 MLMG: Final Iter. 6 resid, resid/bnorm = 7.07854515e-12, 2.872004038e-08 MLMG: Timers: Solve = 0.001673103 Iter = 0.00145989 Bottom = 0.00018429 Time in solve 0.002010156 Max/L2 norm of divergence after solve at level 1 : 5.251338808e-06 0.0002910583476 and volume-weighted sum 16132.09107 Time integration of scalars at level 1 from 238 to 240 with dt = 2 using RHS created at 238 Making slow rhs at time 240 for fast variables advancing from 238 to 240 No-substepping time integration at level 1 to 240 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002581042703 0.001772491018 and volume-weighted sum 16132.09107 Subtracting 5.25133173e-06 from rhs in subdomain 0 Sum after subtraction -2.905661822e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002528529385 MLMG: Initial residual (resid0) = 0.0002528529385 MLMG: Final Iter. 5 resid, resid/bnorm = 8.264897446e-11, 3.268657859e-07 MLMG: Timers: Solve = 0.00142034 Iter = 0.001205164 Bottom = 0.000139931 Time in solve 0.001756285 Max/L2 norm of divergence after solve at level 1 : 5.251388566e-06 0.0002910583476 and volume-weighted sum 16132.09107 Time integration of scalars at level 1 from 238 to 240 with dt = 2 using RHS created at 240 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 120] Advanced 3072 cells Coarse STEP 120 ends. TIME = 240 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023096345 seconds. Coarse STEP 121 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352434593 (terrain aware) 1.352434593 (terrain unaware) Anelastic dt at level 0 would be: 5.943337593 (terrain aware) 5.943337593 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382497045 (terrain aware) 0.1382497045 (terrain unaware) Anelastic dt at level 1 would be: 2.761335321 (terrain aware) 2.761335321 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(3) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(3) m_ref->m_hash_sig(0) ((0,0,0) (15,0,63) (0,0,0)) ((16,0,0) (31,0,63) (0,0,0)) ((32,0,0) (47,0,63) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (47,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.002825107164 0.01317884433 and volume-weighted sum -22600.2745 Subtracting -9.809146917e-06 from rhs in subdomain 0 Sum after subtraction -9.714451465e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.002834916311 MLMG: Initial residual (resid0) = 0.002834916311 MLMG: Final Iter. 7 resid, resid/bnorm = 7.917228486e-12, 2.792755629e-09 MLMG: Timers: Solve = 0.001707987 Iter = 0.001457139 Bottom = 0.000149291 Time in solve 0.002028415 Max/L2 norm of divergence after solve at level 1 : 9.809150655e-06 0.000470839052 and volume-weighted sum -22600.2745 [Level 0 step 121] ADVANCE from elapsed time = 240 to 242 with dt = 2 Making slow rhs at time 240 for fast variables advancing from 240 to 240.6666666667 Fast time integration at level 0 from 240 to 240.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 240 to 240.6666666667 with dt = 0.6666666666667 using RHS created at 240 Making slow rhs at time 240.6666666667 for fast variables advancing from 240 to 241 Fast time integration at level 0 from 240 to 240.5 with dt = 0.5 Fast time integration at level 0 from 240.5 to 241 with dt = 0.5 Time integration of scalars at level 0 from 240 to 241 with dt = 1 using RHS created at 240.6666666667 Making slow rhs at time 241 for fast variables advancing from 240 to 242 Fast time integration at level 0 from 240 to 240.5 with dt = 0.5 Fast time integration at level 0 from 240.5 to 241 with dt = 0.5 Fast time integration at level 0 from 241 to 241.5 with dt = 0.5 Fast time integration at level 0 from 241.5 to 242 with dt = 0.5 Time integration of scalars at level 0 from 240 to 242 with dt = 2 using RHS created at 241 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 121] Advanced 4096 cells [Level 1 step 121] ADVANCE from elapsed time = 240 to 242 with dt = 2 Making slow rhs at time 240 for fast variables advancing from 240 to 242 No-substepping time integration at level 1 to 242 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.006178602471 0.05725374126 and volume-weighted sum -32706.48253 Subtracting -1.419552193e-05 from rhs in subdomain 0 Sum after subtraction -9.159339953e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.006164406949 MLMG: Initial residual (resid0) = 0.006164406949 MLMG: Final Iter. 7 resid, resid/bnorm = 3.493355317e-11, 5.666977126e-09 MLMG: Timers: Solve = 0.00181102 Iter = 0.001604265 Bottom = 0.000145371 Time in solve 0.002140692 Max/L2 norm of divergence after solve at level 1 : 1.419555573e-05 0.0006813850527 and volume-weighted sum -32706.48253 Time integration of scalars at level 1 from 240 to 242 with dt = 2 using RHS created at 240 Making slow rhs at time 242 for fast variables advancing from 240 to 242 No-substepping time integration at level 1 to 242 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002512415185 0.00192466662 and volume-weighted sum -32706.48253 Subtracting -1.419552193e-05 from rhs in subdomain 0 Sum after subtraction -4.331387679e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002654370405 MLMG: Initial residual (resid0) = 0.0002654370405 MLMG: Final Iter. 5 resid, resid/bnorm = 9.854774256e-11, 3.712659785e-07 MLMG: Timers: Solve = 0.001260631 Iter = 0.00105279 Bottom = 0.000107395 Time in solve 0.00159759 Max/L2 norm of divergence after solve at level 1 : 1.419559601e-05 0.0006813850527 and volume-weighted sum -32706.48253 Time integration of scalars at level 1 from 240 to 242 with dt = 2 using RHS created at 242 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 121] Advanced 2304 cells Coarse STEP 121 ends. TIME = 242 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030675811 seconds. Coarse STEP 122 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349220405 (terrain aware) 1.349220405 (terrain unaware) Anelastic dt at level 0 would be: 5.870415569 (terrain aware) 5.870415569 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381495276 (terrain aware) 0.1381495276 (terrain unaware) Anelastic dt at level 1 would be: 2.737598891 (terrain aware) 2.737598891 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 122] ADVANCE from elapsed time = 242 to 244 with dt = 2 Making slow rhs at time 242 for fast variables advancing from 242 to 242.6666666667 Fast time integration at level 0 from 242 to 242.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 242 to 242.6666666667 with dt = 0.6666666666667 using RHS created at 242 Making slow rhs at time 242.6666666667 for fast variables advancing from 242 to 243 Fast time integration at level 0 from 242 to 242.5 with dt = 0.5 Fast time integration at level 0 from 242.5 to 243 with dt = 0.5 Time integration of scalars at level 0 from 242 to 243 with dt = 1 using RHS created at 242.6666666667 Making slow rhs at time 243 for fast variables advancing from 242 to 244 Fast time integration at level 0 from 242 to 242.5 with dt = 0.5 Fast time integration at level 0 from 242.5 to 243 with dt = 0.5 Fast time integration at level 0 from 243 to 243.5 with dt = 0.5 Fast time integration at level 0 from 243.5 to 244 with dt = 0.5 Time integration of scalars at level 0 from 242 to 244 with dt = 2 using RHS created at 243 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 122] Advanced 4096 cells [Level 1 step 122] ADVANCE from elapsed time = 242 to 244 with dt = 2 Making slow rhs at time 242 for fast variables advancing from 242 to 244 No-substepping time integration at level 1 to 244 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002535839396 0.002089700788 and volume-weighted sum -40527.20297 Subtracting -1.758993184e-05 from rhs in subdomain 0 Sum after subtraction -9.443400922e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002711738714 MLMG: Initial residual (resid0) = 0.0002711738714 MLMG: Final Iter. 6 resid, resid/bnorm = 8.616162925e-12, 3.177357346e-08 MLMG: Timers: Solve = 0.001451008 Iter = 0.001244615 Bottom = 0.000124573 Time in solve 0.001786588 Max/L2 norm of divergence after solve at level 1 : 1.758994046e-05 0.0008443167285 and volume-weighted sum -40527.20297 Time integration of scalars at level 1 from 242 to 244 with dt = 2 using RHS created at 242 Making slow rhs at time 244 for fast variables advancing from 242 to 244 No-substepping time integration at level 1 to 244 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002650739653 0.002037268944 and volume-weighted sum -40527.20297 Subtracting -1.758993184e-05 from rhs in subdomain 0 Sum after subtraction -1.456083518e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002826638971 MLMG: Initial residual (resid0) = 0.0002826638971 MLMG: Final Iter. 5 resid, resid/bnorm = 9.597221187e-11, 3.395276611e-07 MLMG: Timers: Solve = 0.001272628 Iter = 0.001065139 Bottom = 0.000107291 Time in solve 0.001600496 Max/L2 norm of divergence after solve at level 1 : 1.75900056e-05 0.0008443167285 and volume-weighted sum -40527.20297 Time integration of scalars at level 1 from 242 to 244 with dt = 2 using RHS created at 244 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 122] Advanced 2304 cells Coarse STEP 122 ends. TIME = 244 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021471035 seconds. Coarse STEP 123 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347178051 (terrain aware) 1.347178051 (terrain unaware) Anelastic dt at level 0 would be: 5.818128353 (terrain aware) 5.818128353 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380549089 (terrain aware) 0.1380549089 (terrain unaware) Anelastic dt at level 1 would be: 2.709006909 (terrain aware) 2.709006909 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 123] ADVANCE from elapsed time = 244 to 246 with dt = 2 Making slow rhs at time 244 for fast variables advancing from 244 to 244.6666666667 Fast time integration at level 0 from 244 to 244.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 244 to 244.6666666667 with dt = 0.6666666666667 using RHS created at 244 Making slow rhs at time 244.6666666667 for fast variables advancing from 244 to 245 Fast time integration at level 0 from 244 to 244.5 with dt = 0.5 Fast time integration at level 0 from 244.5 to 245 with dt = 0.5 Time integration of scalars at level 0 from 244 to 245 with dt = 1 using RHS created at 244.6666666667 Making slow rhs at time 245 for fast variables advancing from 244 to 246 Fast time integration at level 0 from 244 to 244.5 with dt = 0.5 Fast time integration at level 0 from 244.5 to 245 with dt = 0.5 Fast time integration at level 0 from 245 to 245.5 with dt = 0.5 Fast time integration at level 0 from 245.5 to 246 with dt = 0.5 Time integration of scalars at level 0 from 244 to 246 with dt = 2 using RHS created at 245 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 123] Advanced 4096 cells [Level 1 step 123] ADVANCE from elapsed time = 244 to 246 with dt = 2 Making slow rhs at time 244 for fast variables advancing from 244 to 246 No-substepping time integration at level 1 to 246 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002693335805 0.002505395794 and volume-weighted sum -39132.4799 Subtracting -1.698458329e-05 from rhs in subdomain 0 Sum after subtraction -1.279358564e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002863181638 MLMG: Initial residual (resid0) = 0.0002863181638 MLMG: Final Iter. 6 resid, resid/bnorm = 1.967656364e-11, 6.872272224e-08 MLMG: Timers: Solve = 0.001449724 Iter = 0.00123986 Bottom = 0.000121902 Time in solve 0.001783398 Max/L2 norm of divergence after solve at level 1 : 1.698460297e-05 0.000815259998 and volume-weighted sum -39132.4799 Time integration of scalars at level 1 from 244 to 246 with dt = 2 using RHS created at 244 Making slow rhs at time 246 for fast variables advancing from 244 to 246 No-substepping time integration at level 1 to 246 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000280259215 0.002078094185 and volume-weighted sum -39132.4799 Subtracting -1.698458329e-05 from rhs in subdomain 0 Sum after subtraction -1.460149276e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002972437983 MLMG: Initial residual (resid0) = 0.0002972437983 MLMG: Final Iter. 5 resid, resid/bnorm = 9.404977956e-11, 3.164061962e-07 MLMG: Timers: Solve = 0.001263461 Iter = 0.001058763 Bottom = 0.000105495 Time in solve 0.00159436 Max/L2 norm of divergence after solve at level 1 : 1.698465846e-05 0.000815259998 and volume-weighted sum -39132.4799 Time integration of scalars at level 1 from 244 to 246 with dt = 2 using RHS created at 246 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 123] Advanced 2304 cells Coarse STEP 123 ends. TIME = 246 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02168146 seconds. Coarse STEP 124 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.346413031 (terrain aware) 1.346413031 (terrain unaware) Anelastic dt at level 0 would be: 5.785627956 (terrain aware) 5.785627956 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379698997 (terrain aware) 0.1379698997 (terrain unaware) Anelastic dt at level 1 would be: 2.69332635 (terrain aware) 2.69332635 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 124] ADVANCE from elapsed time = 246 to 248 with dt = 2 Making slow rhs at time 246 for fast variables advancing from 246 to 246.6666666667 Fast time integration at level 0 from 246 to 246.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 246 to 246.6666666667 with dt = 0.6666666666667 using RHS created at 246 Making slow rhs at time 246.6666666667 for fast variables advancing from 246 to 247 Fast time integration at level 0 from 246 to 246.5 with dt = 0.5 Fast time integration at level 0 from 246.5 to 247 with dt = 0.5 Time integration of scalars at level 0 from 246 to 247 with dt = 1 using RHS created at 246.6666666667 Making slow rhs at time 247 for fast variables advancing from 246 to 248 Fast time integration at level 0 from 246 to 246.5 with dt = 0.5 Fast time integration at level 0 from 246.5 to 247 with dt = 0.5 Fast time integration at level 0 from 247 to 247.5 with dt = 0.5 Fast time integration at level 0 from 247.5 to 248 with dt = 0.5 Time integration of scalars at level 0 from 246 to 248 with dt = 2 using RHS created at 247 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 124] Advanced 4096 cells [Level 1 step 124] ADVANCE from elapsed time = 246 to 248 with dt = 2 Making slow rhs at time 246 for fast variables advancing from 246 to 248 No-substepping time integration at level 1 to 248 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002905409188 0.002669593423 and volume-weighted sum -25916.33237 Subtracting -1.124840815e-05 from rhs in subdomain 0 Sum after subtraction -6.657001339e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000301789327 MLMG: Initial residual (resid0) = 0.000301789327 MLMG: Final Iter. 6 resid, resid/bnorm = 2.382031063e-11, 7.893026195e-08 MLMG: Timers: Solve = 0.001466958 Iter = 0.001260071 Bottom = 0.000123891 Time in solve 0.001793626 Max/L2 norm of divergence after solve at level 1 : 1.124843197e-05 0.000539923591 and volume-weighted sum -25916.33237 Time integration of scalars at level 1 from 246 to 248 with dt = 2 using RHS created at 246 Making slow rhs at time 248 for fast variables advancing from 246 to 248 No-substepping time integration at level 1 to 248 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003020115889 0.002044911702 and volume-weighted sum -25916.33237 Subtracting -1.124840815e-05 from rhs in subdomain 0 Sum after subtraction -1.561522179e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003132599971 MLMG: Initial residual (resid0) = 0.0003132599971 MLMG: Final Iter. 5 resid, resid/bnorm = 9.13600646e-11, 2.916429338e-07 MLMG: Timers: Solve = 0.001264224 Iter = 0.00106175 Bottom = 0.000104066 Time in solve 0.001596073 Max/L2 norm of divergence after solve at level 1 : 1.124848509e-05 0.000539923591 and volume-weighted sum -25916.33237 Time integration of scalars at level 1 from 246 to 248 with dt = 2 using RHS created at 248 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 124] Advanced 2304 cells Coarse STEP 124 ends. TIME = 248 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021376115 seconds. Coarse STEP 125 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.344602429 (terrain aware) 1.344602429 (terrain unaware) Anelastic dt at level 0 would be: 5.736291281 (terrain aware) 5.736291281 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378744783 (terrain aware) 0.1378744783 (terrain unaware) Anelastic dt at level 1 would be: 2.669522951 (terrain aware) 2.669522951 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 125] ADVANCE from elapsed time = 248 to 250 with dt = 2 Making slow rhs at time 248 for fast variables advancing from 248 to 248.6666666667 Fast time integration at level 0 from 248 to 248.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 248 to 248.6666666667 with dt = 0.6666666666667 using RHS created at 248 Making slow rhs at time 248.6666666667 for fast variables advancing from 248 to 249 Fast time integration at level 0 from 248 to 248.5 with dt = 0.5 Fast time integration at level 0 from 248.5 to 249 with dt = 0.5 Time integration of scalars at level 0 from 248 to 249 with dt = 1 using RHS created at 248.6666666667 Making slow rhs at time 249 for fast variables advancing from 248 to 250 Fast time integration at level 0 from 248 to 248.5 with dt = 0.5 Fast time integration at level 0 from 248.5 to 249 with dt = 0.5 Fast time integration at level 0 from 249 to 249.5 with dt = 0.5 Fast time integration at level 0 from 249.5 to 250 with dt = 0.5 Time integration of scalars at level 0 from 248 to 250 with dt = 2 using RHS created at 249 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 125] Advanced 4096 cells [Level 1 step 125] ADVANCE from elapsed time = 248 to 250 with dt = 2 Making slow rhs at time 248 for fast variables advancing from 248 to 250 No-substepping time integration at level 1 to 250 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003140479043 0.002341483866 and volume-weighted sum -4082.229659 Subtracting -1.771801067e-06 from rhs in subdomain 0 Sum after subtraction -4.976487972e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003158197053 MLMG: Initial residual (resid0) = 0.0003158197053 MLMG: Final Iter. 6 resid, resid/bnorm = 1.538259498e-11, 4.870688787e-08 MLMG: Timers: Solve = 0.001453437 Iter = 0.00124702 Bottom = 0.00013312 Time in solve 0.001781631 Max/L2 norm of divergence after solve at level 1 : 1.77181645e-06 8.504645123e-05 and volume-weighted sum -4082.229659 Time integration of scalars at level 1 from 248 to 250 with dt = 2 using RHS created at 248 Making slow rhs at time 250 for fast variables advancing from 248 to 250 No-substepping time integration at level 1 to 250 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003287078962 0.00203865105 and volume-weighted sum -4082.229659 Subtracting -1.771801067e-06 from rhs in subdomain 0 Sum after subtraction -6.338855764e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003304796973 MLMG: Initial residual (resid0) = 0.0003304796973 MLMG: Final Iter. 5 resid, resid/bnorm = 8.656896771e-11, 2.619494281e-07 MLMG: Timers: Solve = 0.001267255 Iter = 0.001059557 Bottom = 0.000104739 Time in solve 0.001601814 Max/L2 norm of divergence after solve at level 1 : 1.771880285e-06 8.504645123e-05 and volume-weighted sum -4082.229659 Time integration of scalars at level 1 from 248 to 250 with dt = 2 using RHS created at 250 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 125] Advanced 2304 cells Coarse STEP 125 ends. TIME = 250 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021560169 seconds. Coarse STEP 126 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.340011565 (terrain aware) 1.340011565 (terrain unaware) Anelastic dt at level 0 would be: 5.707993822 (terrain aware) 5.707993822 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.13779 (terrain aware) 0.13779 (terrain unaware) Anelastic dt at level 1 would be: 2.64457556 (terrain aware) 2.64457556 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 126] ADVANCE from elapsed time = 250 to 252 with dt = 2 Making slow rhs at time 250 for fast variables advancing from 250 to 250.6666666667 Fast time integration at level 0 from 250 to 250.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 250 to 250.6666666667 with dt = 0.6666666666667 using RHS created at 250 Making slow rhs at time 250.6666666667 for fast variables advancing from 250 to 251 Fast time integration at level 0 from 250 to 250.5 with dt = 0.5 Fast time integration at level 0 from 250.5 to 251 with dt = 0.5 Time integration of scalars at level 0 from 250 to 251 with dt = 1 using RHS created at 250.6666666667 Making slow rhs at time 251 for fast variables advancing from 250 to 252 Fast time integration at level 0 from 250 to 250.5 with dt = 0.5 Fast time integration at level 0 from 250.5 to 251 with dt = 0.5 Fast time integration at level 0 from 251 to 251.5 with dt = 0.5 Fast time integration at level 0 from 251.5 to 252 with dt = 0.5 Time integration of scalars at level 0 from 250 to 252 with dt = 2 using RHS created at 251 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 126] Advanced 4096 cells [Level 1 step 126] ADVANCE from elapsed time = 250 to 252 with dt = 2 Making slow rhs at time 250 for fast variables advancing from 250 to 252 No-substepping time integration at level 1 to 252 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003486325016 0.002134441356 and volume-weighted sum 20415.07477 Subtracting 8.860709535e-06 from rhs in subdomain 0 Sum after subtraction 2.854162219e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003397717921 MLMG: Initial residual (resid0) = 0.0003397717921 MLMG: Final Iter. 6 resid, resid/bnorm = 5.391281144e-12, 1.586735942e-08 MLMG: Timers: Solve = 0.001448557 Iter = 0.001240992 Bottom = 0.000122393 Time in solve 0.001777078 Max/L2 norm of divergence after solve at level 1 : 8.860713752e-06 0.0004253140577 and volume-weighted sum 20415.07477 Time integration of scalars at level 1 from 250 to 252 with dt = 2 using RHS created at 250 Making slow rhs at time 252 for fast variables advancing from 250 to 252 No-substepping time integration at level 1 to 252 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003607869634 0.002147898902 and volume-weighted sum 20415.07477 Subtracting 8.860709535e-06 from rhs in subdomain 0 Sum after subtraction 9.545044876e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003519262539 MLMG: Initial residual (resid0) = 0.0003519262539 MLMG: Final Iter. 5 resid, resid/bnorm = 8.18126068e-11, 2.324708825e-07 MLMG: Timers: Solve = 0.00125808 Iter = 0.001052328 Bottom = 0.000105742 Time in solve 0.00159245 Max/L2 norm of divergence after solve at level 1 : 8.860789025e-06 0.0004253140577 and volume-weighted sum 20415.07477 Time integration of scalars at level 1 from 250 to 252 with dt = 2 using RHS created at 252 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 126] Advanced 2304 cells Coarse STEP 126 ends. TIME = 252 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021326832 seconds. Coarse STEP 127 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.336563627 (terrain aware) 1.336563627 (terrain unaware) Anelastic dt at level 0 would be: 5.638135502 (terrain aware) 5.638135502 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377117618 (terrain aware) 0.1377117618 (terrain unaware) Anelastic dt at level 1 would be: 2.630848003 (terrain aware) 2.630848003 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 127] ADVANCE from elapsed time = 252 to 254 with dt = 2 Making slow rhs at time 252 for fast variables advancing from 252 to 252.6666666667 Fast time integration at level 0 from 252 to 252.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 252 to 252.6666666667 with dt = 0.6666666666667 using RHS created at 252 Making slow rhs at time 252.6666666667 for fast variables advancing from 252 to 253 Fast time integration at level 0 from 252 to 252.5 with dt = 0.5 Fast time integration at level 0 from 252.5 to 253 with dt = 0.5 Time integration of scalars at level 0 from 252 to 253 with dt = 1 using RHS created at 252.6666666667 Making slow rhs at time 253 for fast variables advancing from 252 to 254 Fast time integration at level 0 from 252 to 252.5 with dt = 0.5 Fast time integration at level 0 from 252.5 to 253 with dt = 0.5 Fast time integration at level 0 from 253 to 253.5 with dt = 0.5 Fast time integration at level 0 from 253.5 to 254 with dt = 0.5 Time integration of scalars at level 0 from 252 to 254 with dt = 2 using RHS created at 253 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 127] Advanced 4096 cells [Level 1 step 127] ADVANCE from elapsed time = 252 to 254 with dt = 2 Making slow rhs at time 252 for fast variables advancing from 252 to 254 No-substepping time integration at level 1 to 254 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003738653752 0.002384343385 and volume-weighted sum 42844.30097 Subtracting 1.859561674e-05 from rhs in subdomain 0 Sum after subtraction 3.604972224e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003552697585 MLMG: Initial residual (resid0) = 0.0003552697585 MLMG: Final Iter. 6 resid, resid/bnorm = 1.063155933e-11, 2.99253147e-08 MLMG: Timers: Solve = 0.001444218 Iter = 0.001244698 Bottom = 0.000128949 Time in solve 0.001774989 Max/L2 norm of divergence after solve at level 1 : 1.859562692e-05 0.0008925896036 and volume-weighted sum 42844.30097 Time integration of scalars at level 1 from 252 to 254 with dt = 2 using RHS created at 252 Making slow rhs at time 254 for fast variables advancing from 252 to 254 No-substepping time integration at level 1 to 254 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003836348473 0.002353498778 and volume-weighted sum 42844.30097 Subtracting 1.859561674e-05 from rhs in subdomain 0 Sum after subtraction -2.141299291e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003650392305 MLMG: Initial residual (resid0) = 0.0003650392305 MLMG: Final Iter. 5 resid, resid/bnorm = 8.795308999e-11, 2.409414732e-07 MLMG: Timers: Solve = 0.001267323 Iter = 0.001056659 Bottom = 0.000106813 Time in solve 0.001595318 Max/L2 norm of divergence after solve at level 1 : 1.859568859e-05 0.0008925896036 and volume-weighted sum 42844.30097 Time integration of scalars at level 1 from 252 to 254 with dt = 2 using RHS created at 254 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 127] Advanced 2304 cells Coarse STEP 127 ends. TIME = 254 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021239111 seconds. Coarse STEP 128 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.334542498 (terrain aware) 1.334542498 (terrain unaware) Anelastic dt at level 0 would be: 5.587666387 (terrain aware) 5.587666387 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376300962 (terrain aware) 0.1376300962 (terrain unaware) Anelastic dt at level 1 would be: 2.612136083 (terrain aware) 2.612136083 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 128] ADVANCE from elapsed time = 254 to 256 with dt = 2 Making slow rhs at time 254 for fast variables advancing from 254 to 254.6666666667 Fast time integration at level 0 from 254 to 254.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 254 to 254.6666666667 with dt = 0.6666666666667 using RHS created at 254 Making slow rhs at time 254.6666666667 for fast variables advancing from 254 to 255 Fast time integration at level 0 from 254 to 254.5 with dt = 0.5 Fast time integration at level 0 from 254.5 to 255 with dt = 0.5 Time integration of scalars at level 0 from 254 to 255 with dt = 1 using RHS created at 254.6666666667 Making slow rhs at time 255 for fast variables advancing from 254 to 256 Fast time integration at level 0 from 254 to 254.5 with dt = 0.5 Fast time integration at level 0 from 254.5 to 255 with dt = 0.5 Fast time integration at level 0 from 255 to 255.5 with dt = 0.5 Fast time integration at level 0 from 255.5 to 256 with dt = 0.5 Time integration of scalars at level 0 from 254 to 256 with dt = 2 using RHS created at 255 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 128] Advanced 4096 cells [Level 1 step 128] ADVANCE from elapsed time = 254 to 256 with dt = 2 Making slow rhs at time 254 for fast variables advancing from 254 to 256 No-substepping time integration at level 1 to 256 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003978476565 0.002698737716 and volume-weighted sum 61199.53798 Subtracting 2.656229947e-05 from rhs in subdomain 0 Sum after subtraction -1.41217333e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000371285357 MLMG: Initial residual (resid0) = 0.000371285357 MLMG: Final Iter. 6 resid, resid/bnorm = 1.563100491e-11, 4.209970744e-08 MLMG: Timers: Solve = 0.001444675 Iter = 0.001237822 Bottom = 0.000125417 Time in solve 0.001774171 Max/L2 norm of divergence after solve at level 1 : 2.65623151e-05 0.001274990375 and volume-weighted sum 61199.53798 Time integration of scalars at level 1 from 254 to 256 with dt = 2 using RHS created at 254 Making slow rhs at time 256 for fast variables advancing from 254 to 256 No-substepping time integration at level 1 to 256 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004064962734 0.00258925301 and volume-weighted sum 61199.53798 Subtracting 2.656229947e-05 from rhs in subdomain 0 Sum after subtraction -1.146543797e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000379933974 MLMG: Initial residual (resid0) = 0.000379933974 MLMG: Final Iter. 5 resid, resid/bnorm = 9.432842265e-11, 2.482758298e-07 MLMG: Timers: Solve = 0.001265693 Iter = 0.001055695 Bottom = 0.000105812 Time in solve 0.001594155 Max/L2 norm of divergence after solve at level 1 : 2.656236691e-05 0.001274990375 and volume-weighted sum 61199.53798 Time integration of scalars at level 1 from 254 to 256 with dt = 2 using RHS created at 256 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 128] Advanced 2304 cells Coarse STEP 128 ends. TIME = 256 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021318522 seconds. Coarse STEP 129 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.334073655 (terrain aware) 1.334073655 (terrain unaware) Anelastic dt at level 0 would be: 5.561906302 (terrain aware) 5.561906302 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375679403 (terrain aware) 0.1375679403 (terrain unaware) Anelastic dt at level 1 would be: 2.598744843 (terrain aware) 2.598744843 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 129] ADVANCE from elapsed time = 256 to 258 with dt = 2 Making slow rhs at time 256 for fast variables advancing from 256 to 256.6666666667 Fast time integration at level 0 from 256 to 256.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 256 to 256.6666666667 with dt = 0.6666666666667 using RHS created at 256 Making slow rhs at time 256.6666666667 for fast variables advancing from 256 to 257 Fast time integration at level 0 from 256 to 256.5 with dt = 0.5 Fast time integration at level 0 from 256.5 to 257 with dt = 0.5 Time integration of scalars at level 0 from 256 to 257 with dt = 1 using RHS created at 256.6666666667 Making slow rhs at time 257 for fast variables advancing from 256 to 258 Fast time integration at level 0 from 256 to 256.5 with dt = 0.5 Fast time integration at level 0 from 256.5 to 257 with dt = 0.5 Fast time integration at level 0 from 257 to 257.5 with dt = 0.5 Fast time integration at level 0 from 257.5 to 258 with dt = 0.5 Time integration of scalars at level 0 from 256 to 258 with dt = 2 using RHS created at 257 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 129] Advanced 4096 cells [Level 1 step 129] ADVANCE from elapsed time = 256 to 258 with dt = 2 Making slow rhs at time 256 for fast variables advancing from 256 to 258 No-substepping time integration at level 1 to 258 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004316214428 0.002924792818 and volume-weighted sum 74990.25026 Subtracting 3.254785167e-05 from rhs in subdomain 0 Sum after subtraction -1.038665681e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003990735911 MLMG: Initial residual (resid0) = 0.0003990735911 MLMG: Final Iter. 6 resid, resid/bnorm = 1.788864239e-11, 4.482542264e-08 MLMG: Timers: Solve = 0.001449618 Iter = 0.00124075 Bottom = 0.000124173 Time in solve 0.001784639 Max/L2 norm of divergence after solve at level 1 : 3.254786956e-05 0.00156229688 and volume-weighted sum 74990.25026 Time integration of scalars at level 1 from 256 to 258 with dt = 2 using RHS created at 256 Making slow rhs at time 258 for fast variables advancing from 256 to 258 No-substepping time integration at level 1 to 258 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004376448761 0.002807610421 and volume-weighted sum 74990.25026 Subtracting 3.254785167e-05 from rhs in subdomain 0 Sum after subtraction -1.113475631e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004050970244 MLMG: Initial residual (resid0) = 0.0004050970244 MLMG: Final Iter. 5 resid, resid/bnorm = 9.994896679e-11, 2.467284644e-07 MLMG: Timers: Solve = 0.001267334 Iter = 0.001059457 Bottom = 0.000106198 Time in solve 0.001597554 Max/L2 norm of divergence after solve at level 1 : 3.254791454e-05 0.00156229688 and volume-weighted sum 74990.25026 Time integration of scalars at level 1 from 256 to 258 with dt = 2 using RHS created at 258 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 129] Advanced 2304 cells Coarse STEP 129 ends. TIME = 258 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021375973 seconds. Coarse STEP 130 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331472121 (terrain aware) 1.331472121 (terrain unaware) Anelastic dt at level 0 would be: 5.56228436 (terrain aware) 5.56228436 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1374899045 (terrain aware) 0.1374899045 (terrain unaware) Anelastic dt at level 1 would be: 2.579717571 (terrain aware) 2.579717571 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 130] ADVANCE from elapsed time = 258 to 260 with dt = 2 Making slow rhs at time 258 for fast variables advancing from 258 to 258.6666666667 Fast time integration at level 0 from 258 to 258.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 258 to 258.6666666667 with dt = 0.6666666666667 using RHS created at 258 Making slow rhs at time 258.6666666667 for fast variables advancing from 258 to 259 Fast time integration at level 0 from 258 to 258.5 with dt = 0.5 Fast time integration at level 0 from 258.5 to 259 with dt = 0.5 Time integration of scalars at level 0 from 258 to 259 with dt = 1 using RHS created at 258.6666666667 Making slow rhs at time 259 for fast variables advancing from 258 to 260 Fast time integration at level 0 from 258 to 258.5 with dt = 0.5 Fast time integration at level 0 from 258.5 to 259 with dt = 0.5 Fast time integration at level 0 from 259 to 259.5 with dt = 0.5 Fast time integration at level 0 from 259.5 to 260 with dt = 0.5 Time integration of scalars at level 0 from 258 to 260 with dt = 2 using RHS created at 259 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 130] Advanced 4096 cells [Level 1 step 130] ADVANCE from elapsed time = 258 to 260 with dt = 2 Making slow rhs at time 258 for fast variables advancing from 258 to 260 No-substepping time integration at level 1 to 260 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004545587576 0.003098922251 and volume-weighted sum 83457.38541 Subtracting 3.622282353e-05 from rhs in subdomain 0 Sum after subtraction -1.713039433e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004183359341 MLMG: Initial residual (resid0) = 0.0004183359341 MLMG: Final Iter. 6 resid, resid/bnorm = 1.959510262e-11, 4.684059156e-08 MLMG: Timers: Solve = 0.001440058 Iter = 0.0012364 Bottom = 0.000125025 Time in solve 0.001772463 Max/L2 norm of divergence after solve at level 1 : 3.622284312e-05 0.001738695529 and volume-weighted sum 83457.38541 Time integration of scalars at level 1 from 258 to 260 with dt = 2 using RHS created at 258 Making slow rhs at time 260 for fast variables advancing from 258 to 260 No-substepping time integration at level 1 to 260 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004574042787 0.002975609008 and volume-weighted sum 83457.38541 Subtracting 3.622282353e-05 from rhs in subdomain 0 Sum after subtraction -9.812029661e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004211814551 MLMG: Initial residual (resid0) = 0.0004211814551 MLMG: Final Iter. 6 resid, resid/bnorm = 4.616817765e-12, 1.096158843e-08 MLMG: Timers: Solve = 0.001530858 Iter = 0.001388187 Bottom = 0.000125948 Time in solve 0.001967443 Max/L2 norm of divergence after solve at level 1 : 3.622282815e-05 0.001738695529 and volume-weighted sum 83457.38541 Time integration of scalars at level 1 from 258 to 260 with dt = 2 using RHS created at 260 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 130] Advanced 2304 cells Coarse STEP 130 ends. TIME = 260 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021820407 seconds. Coarse STEP 131 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.328673743 (terrain aware) 1.328673743 (terrain unaware) Anelastic dt at level 0 would be: 5.54958312 (terrain aware) 5.54958312 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1374345732 (terrain aware) 0.1374345732 (terrain unaware) Anelastic dt at level 1 would be: 2.572331774 (terrain aware) 2.572331774 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 131] ADVANCE from elapsed time = 260 to 262 with dt = 2 Making slow rhs at time 260 for fast variables advancing from 260 to 260.6666666667 Fast time integration at level 0 from 260 to 260.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 260 to 260.6666666667 with dt = 0.6666666666667 using RHS created at 260 Making slow rhs at time 260.6666666667 for fast variables advancing from 260 to 261 Fast time integration at level 0 from 260 to 260.5 with dt = 0.5 Fast time integration at level 0 from 260.5 to 261 with dt = 0.5 Time integration of scalars at level 0 from 260 to 261 with dt = 1 using RHS created at 260.6666666667 Making slow rhs at time 261 for fast variables advancing from 260 to 262 Fast time integration at level 0 from 260 to 260.5 with dt = 0.5 Fast time integration at level 0 from 260.5 to 261 with dt = 0.5 Fast time integration at level 0 from 261 to 261.5 with dt = 0.5 Fast time integration at level 0 from 261.5 to 262 with dt = 0.5 Time integration of scalars at level 0 from 260 to 262 with dt = 2 using RHS created at 261 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 131] Advanced 4096 cells [Level 1 step 131] ADVANCE from elapsed time = 260 to 262 with dt = 2 Making slow rhs at time 260 for fast variables advancing from 260 to 262 No-substepping time integration at level 1 to 262 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004675786519 0.003220506152 and volume-weighted sum 84893.80901 Subtracting 3.684627127e-05 from rhs in subdomain 0 Sum after subtraction 9.974659987e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004307323807 MLMG: Initial residual (resid0) = 0.0004307323807 MLMG: Final Iter. 6 resid, resid/bnorm = 2.136452845e-11, 4.960046981e-08 MLMG: Timers: Solve = 0.001447939 Iter = 0.00124607 Bottom = 0.000125979 Time in solve 0.001794089 Max/L2 norm of divergence after solve at level 1 : 3.684629264e-05 0.001768621021 and volume-weighted sum 84893.80901 Time integration of scalars at level 1 from 260 to 262 with dt = 2 using RHS created at 260 Making slow rhs at time 262 for fast variables advancing from 260 to 262 No-substepping time integration at level 1 to 262 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004783332299 0.00306191514 and volume-weighted sum 84893.80901 Subtracting 3.684627127e-05 from rhs in subdomain 0 Sum after subtraction -7.074419175e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004414869587 MLMG: Initial residual (resid0) = 0.0004414869587 MLMG: Final Iter. 6 resid, resid/bnorm = 4.782279424e-12, 1.083220994e-08 MLMG: Timers: Solve = 0.001446878 Iter = 0.001230568 Bottom = 0.00012449 Time in solve 0.001785181 Max/L2 norm of divergence after solve at level 1 : 3.684627605e-05 0.001768621021 and volume-weighted sum 84893.80901 Time integration of scalars at level 1 from 260 to 262 with dt = 2 using RHS created at 262 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 131] Advanced 2304 cells Coarse STEP 131 ends. TIME = 262 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.022317923 seconds. Coarse STEP 132 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.327598047 (terrain aware) 1.327598047 (terrain unaware) Anelastic dt at level 0 would be: 5.493121303 (terrain aware) 5.493121303 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1373684247 (terrain aware) 0.1373684247 (terrain unaware) Anelastic dt at level 1 would be: 2.553624819 (terrain aware) 2.553624819 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 132] ADVANCE from elapsed time = 262 to 264 with dt = 2 Making slow rhs at time 262 for fast variables advancing from 262 to 262.6666666667 Fast time integration at level 0 from 262 to 262.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 262 to 262.6666666667 with dt = 0.6666666666667 using RHS created at 262 Making slow rhs at time 262.6666666667 for fast variables advancing from 262 to 263 Fast time integration at level 0 from 262 to 262.5 with dt = 0.5 Fast time integration at level 0 from 262.5 to 263 with dt = 0.5 Time integration of scalars at level 0 from 262 to 263 with dt = 1 using RHS created at 262.6666666667 Making slow rhs at time 263 for fast variables advancing from 262 to 264 Fast time integration at level 0 from 262 to 262.5 with dt = 0.5 Fast time integration at level 0 from 262.5 to 263 with dt = 0.5 Fast time integration at level 0 from 263 to 263.5 with dt = 0.5 Fast time integration at level 0 from 263.5 to 264 with dt = 0.5 Time integration of scalars at level 0 from 262 to 264 with dt = 2 using RHS created at 263 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 132] Advanced 4096 cells [Level 1 step 132] ADVANCE from elapsed time = 262 to 264 with dt = 2 Making slow rhs at time 262 for fast variables advancing from 262 to 264 No-substepping time integration at level 1 to 264 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004944195257 0.003258024676 and volume-weighted sum 77468.90819 Subtracting 3.362365807e-05 from rhs in subdomain 0 Sum after subtraction -9.259086553e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004607958676 MLMG: Initial residual (resid0) = 0.0004607958676 MLMG: Final Iter. 6 resid, resid/bnorm = 2.148497201e-11, 4.662579143e-08 MLMG: Timers: Solve = 0.001438963 Iter = 0.001234915 Bottom = 0.000125167 Time in solve 0.001780929 Max/L2 norm of divergence after solve at level 1 : 3.362367955e-05 0.001613935587 and volume-weighted sum 77468.90819 Time integration of scalars at level 1 from 262 to 264 with dt = 2 using RHS created at 262 Making slow rhs at time 264 for fast variables advancing from 262 to 264 No-substepping time integration at level 1 to 264 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005008386024 0.003048105772 and volume-weighted sum 77468.90819 Subtracting 3.362365807e-05 from rhs in subdomain 0 Sum after subtraction -1.896811701e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004672149443 MLMG: Initial residual (resid0) = 0.0004672149443 MLMG: Final Iter. 6 resid, resid/bnorm = 4.896452852e-12, 1.048008612e-08 MLMG: Timers: Solve = 0.001457635 Iter = 0.001239591 Bottom = 0.000131669 Time in solve 0.001799534 Max/L2 norm of divergence after solve at level 1 : 3.362366297e-05 0.001613935587 and volume-weighted sum 77468.90819 Time integration of scalars at level 1 from 262 to 264 with dt = 2 using RHS created at 264 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 132] Advanced 2304 cells Coarse STEP 132 ends. TIME = 264 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021836376 seconds. Coarse STEP 133 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.326425276 (terrain aware) 1.326425276 (terrain unaware) Anelastic dt at level 0 would be: 5.443197396 (terrain aware) 5.443197396 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1373216756 (terrain aware) 0.1373216756 (terrain unaware) Anelastic dt at level 1 would be: 2.552414985 (terrain aware) 2.552414985 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 133] ADVANCE from elapsed time = 264 to 266 with dt = 2 Making slow rhs at time 264 for fast variables advancing from 264 to 264.6666666667 Fast time integration at level 0 from 264 to 264.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 264 to 264.6666666667 with dt = 0.6666666666667 using RHS created at 264 Making slow rhs at time 264.6666666667 for fast variables advancing from 264 to 265 Fast time integration at level 0 from 264 to 264.5 with dt = 0.5 Fast time integration at level 0 from 264.5 to 265 with dt = 0.5 Time integration of scalars at level 0 from 264 to 265 with dt = 1 using RHS created at 264.6666666667 Making slow rhs at time 265 for fast variables advancing from 264 to 266 Fast time integration at level 0 from 264 to 264.5 with dt = 0.5 Fast time integration at level 0 from 264.5 to 265 with dt = 0.5 Fast time integration at level 0 from 265 to 265.5 with dt = 0.5 Fast time integration at level 0 from 265.5 to 266 with dt = 0.5 Time integration of scalars at level 0 from 264 to 266 with dt = 2 using RHS created at 265 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 133] Advanced 4096 cells [Level 1 step 133] ADVANCE from elapsed time = 264 to 266 with dt = 2 Making slow rhs at time 264 for fast variables advancing from 264 to 266 No-substepping time integration at level 1 to 266 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005028257333 0.003162858807 and volume-weighted sum 61051.55091 Subtracting 2.649806897e-05 from rhs in subdomain 0 Sum after subtraction 6.071532166e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004763276643 MLMG: Initial residual (resid0) = 0.0004763276643 MLMG: Final Iter. 6 resid, resid/bnorm = 1.710503718e-11, 3.591023251e-08 MLMG: Timers: Solve = 0.001459526 Iter = 0.001255458 Bottom = 0.000129218 Time in solve 0.00179958 Max/L2 norm of divergence after solve at level 1 : 2.649808608e-05 0.001271907311 and volume-weighted sum 61051.55091 Time integration of scalars at level 1 from 264 to 266 with dt = 2 using RHS created at 264 Making slow rhs at time 266 for fast variables advancing from 264 to 266 No-substepping time integration at level 1 to 266 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005051610431 0.002960436353 and volume-weighted sum 61051.55091 Subtracting 2.649806897e-05 from rhs in subdomain 0 Sum after subtraction -1.453101962e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004786629741 MLMG: Initial residual (resid0) = 0.0004786629741 MLMG: Final Iter. 6 resid, resid/bnorm = 4.936338081e-12, 1.031276357e-08 MLMG: Timers: Solve = 0.001501709 Iter = 0.001288433 Bottom = 0.000125496 Time in solve 0.001923062 Max/L2 norm of divergence after solve at level 1 : 2.649807391e-05 0.001271907311 and volume-weighted sum 61051.55091 Time integration of scalars at level 1 from 264 to 266 with dt = 2 using RHS created at 266 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 133] Advanced 2304 cells Coarse STEP 133 ends. TIME = 266 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021764108 seconds. Coarse STEP 134 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.325516441 (terrain aware) 1.325516441 (terrain unaware) Anelastic dt at level 0 would be: 5.423011862 (terrain aware) 5.423011862 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1372645262 (terrain aware) 0.1372645262 (terrain unaware) Anelastic dt at level 1 would be: 2.539209205 (terrain aware) 2.539209205 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 134] ADVANCE from elapsed time = 266 to 268 with dt = 2 Making slow rhs at time 266 for fast variables advancing from 266 to 266.6666666667 Fast time integration at level 0 from 266 to 266.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 266 to 266.6666666667 with dt = 0.6666666666667 using RHS created at 266 Making slow rhs at time 266.6666666667 for fast variables advancing from 266 to 267 Fast time integration at level 0 from 266 to 266.5 with dt = 0.5 Fast time integration at level 0 from 266.5 to 267 with dt = 0.5 Time integration of scalars at level 0 from 266 to 267 with dt = 1 using RHS created at 266.6666666667 Making slow rhs at time 267 for fast variables advancing from 266 to 268 Fast time integration at level 0 from 266 to 266.5 with dt = 0.5 Fast time integration at level 0 from 266.5 to 267 with dt = 0.5 Fast time integration at level 0 from 267 to 267.5 with dt = 0.5 Fast time integration at level 0 from 267.5 to 268 with dt = 0.5 Time integration of scalars at level 0 from 266 to 268 with dt = 2 using RHS created at 267 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 134] Advanced 4096 cells [Level 1 step 134] ADVANCE from elapsed time = 266 to 268 with dt = 2 Making slow rhs at time 266 for fast variables advancing from 266 to 268 No-substepping time integration at level 1 to 268 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000508204617 0.002962522077 and volume-weighted sum 38601.00029 Subtracting 1.675390638e-05 from rhs in subdomain 0 Sum after subtraction -1.64175314e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004914507106 MLMG: Initial residual (resid0) = 0.0004914507106 MLMG: Final Iter. 6 resid, resid/bnorm = 9.584092192e-12, 1.950163462e-08 MLMG: Timers: Solve = 0.001537787 Iter = 0.00138497 Bottom = 0.000127638 Time in solve 0.001959302 Max/L2 norm of divergence after solve at level 1 : 1.675391511e-05 0.000804187506 and volume-weighted sum 38601.00029 Time integration of scalars at level 1 from 266 to 268 with dt = 2 using RHS created at 266 Making slow rhs at time 268 for fast variables advancing from 266 to 268 No-substepping time integration at level 1 to 268 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005201287103 0.0028762084 and volume-weighted sum 38601.00029 Subtracting 1.675390638e-05 from rhs in subdomain 0 Sum after subtraction -1.416239088e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005033748039 MLMG: Initial residual (resid0) = 0.0005033748039 MLMG: Final Iter. 6 resid, resid/bnorm = 5.069700614e-12, 1.007142307e-08 MLMG: Timers: Solve = 0.00144911 Iter = 0.001234596 Bottom = 0.000125072 Time in solve 0.001781856 Max/L2 norm of divergence after solve at level 1 : 1.675391144e-05 0.000804187506 and volume-weighted sum 38601.00029 Time integration of scalars at level 1 from 266 to 268 with dt = 2 using RHS created at 268 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 134] Advanced 2304 cells Coarse STEP 134 ends. TIME = 268 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021753405 seconds. Coarse STEP 135 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.322254113 (terrain aware) 1.322254113 (terrain unaware) Anelastic dt at level 0 would be: 5.435962095 (terrain aware) 5.435962095 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1372280574 (terrain aware) 0.1372280574 (terrain unaware) Anelastic dt at level 1 would be: 2.533396177 (terrain aware) 2.533396177 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 135] ADVANCE from elapsed time = 268 to 270 with dt = 2 Making slow rhs at time 268 for fast variables advancing from 268 to 268.6666666667 Fast time integration at level 0 from 268 to 268.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 268 to 268.6666666667 with dt = 0.6666666666667 using RHS created at 268 Making slow rhs at time 268.6666666667 for fast variables advancing from 268 to 269 Fast time integration at level 0 from 268 to 268.5 with dt = 0.5 Fast time integration at level 0 from 268.5 to 269 with dt = 0.5 Time integration of scalars at level 0 from 268 to 269 with dt = 1 using RHS created at 268.6666666667 Making slow rhs at time 269 for fast variables advancing from 268 to 270 Fast time integration at level 0 from 268 to 268.5 with dt = 0.5 Fast time integration at level 0 from 268.5 to 269 with dt = 0.5 Fast time integration at level 0 from 269 to 269.5 with dt = 0.5 Fast time integration at level 0 from 269.5 to 270 with dt = 0.5 Time integration of scalars at level 0 from 268 to 270 with dt = 2 using RHS created at 269 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 135] Advanced 4096 cells [Level 1 step 135] ADVANCE from elapsed time = 268 to 270 with dt = 2 Making slow rhs at time 268 for fast variables advancing from 268 to 270 No-substepping time integration at level 1 to 270 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005216092404 0.00288642664 and volume-weighted sum 15471.41379 Subtracting 6.715023346e-06 from rhs in subdomain 0 Sum after subtraction 4.618701255e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000514894217 MLMG: Initial residual (resid0) = 0.000514894217 MLMG: Final Iter. 6 resid, resid/bnorm = 7.509333587e-12, 1.458422592e-08 MLMG: Timers: Solve = 0.001436287 Iter = 0.001233258 Bottom = 0.000126464 Time in solve 0.001767419 Max/L2 norm of divergence after solve at level 1 : 6.715028923e-06 0.0003223211206 and volume-weighted sum 15471.41379 Time integration of scalars at level 1 from 268 to 270 with dt = 2 using RHS created at 268 Making slow rhs at time 270 for fast variables advancing from 268 to 270 No-substepping time integration at level 1 to 270 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000532008495 0.002868314756 and volume-weighted sum 15471.41379 Subtracting 6.715023346e-06 from rhs in subdomain 0 Sum after subtraction 1.265806036e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005252934717 MLMG: Initial residual (resid0) = 0.0005252934717 MLMG: Final Iter. 6 resid, resid/bnorm = 5.227256477e-12, 9.951116393e-09 MLMG: Timers: Solve = 0.001444186 Iter = 0.001234509 Bottom = 0.000131436 Time in solve 0.001773411 Max/L2 norm of divergence after solve at level 1 : 6.715028573e-06 0.0003223211206 and volume-weighted sum 15471.41379 Time integration of scalars at level 1 from 268 to 270 with dt = 2 using RHS created at 270 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 135] Advanced 2304 cells Coarse STEP 135 ends. TIME = 270 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021689799 seconds. Coarse STEP 136 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320914795 (terrain aware) 1.320914795 (terrain unaware) Anelastic dt at level 0 would be: 5.398634491 (terrain aware) 5.398634491 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371768905 (terrain aware) 0.1371768905 (terrain unaware) Anelastic dt at level 1 would be: 2.527930096 (terrain aware) 2.527930096 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 136] ADVANCE from elapsed time = 270 to 272 with dt = 2 Making slow rhs at time 270 for fast variables advancing from 270 to 270.6666666667 Fast time integration at level 0 from 270 to 270.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 270 to 270.6666666667 with dt = 0.6666666666667 using RHS created at 270 Making slow rhs at time 270.6666666667 for fast variables advancing from 270 to 271 Fast time integration at level 0 from 270 to 270.5 with dt = 0.5 Fast time integration at level 0 from 270.5 to 271 with dt = 0.5 Time integration of scalars at level 0 from 270 to 271 with dt = 1 using RHS created at 270.6666666667 Making slow rhs at time 271 for fast variables advancing from 270 to 272 Fast time integration at level 0 from 270 to 270.5 with dt = 0.5 Fast time integration at level 0 from 270.5 to 271 with dt = 0.5 Fast time integration at level 0 from 271 to 271.5 with dt = 0.5 Fast time integration at level 0 from 271.5 to 272 with dt = 0.5 Time integration of scalars at level 0 from 270 to 272 with dt = 2 using RHS created at 271 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 136] Advanced 4096 cells [Level 1 step 136] ADVANCE from elapsed time = 270 to 272 with dt = 2 Making slow rhs at time 270 for fast variables advancing from 270 to 272 No-substepping time integration at level 1 to 272 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005183673016 0.003047603294 and volume-weighted sum -3620.576945 Subtracting -1.571430966e-06 from rhs in subdomain 0 Sum after subtraction 2.725413211e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005199387326 MLMG: Initial residual (resid0) = 0.0005199387326 MLMG: Final Iter. 6 resid, resid/bnorm = 1.779554761e-11, 3.422623955e-08 MLMG: Timers: Solve = 0.001450212 Iter = 0.001240804 Bottom = 0.000128133 Time in solve 0.001777492 Max/L2 norm of divergence after solve at level 1 : 1.571448761e-06 7.542868636e-05 and volume-weighted sum -3620.576945 Time integration of scalars at level 1 from 270 to 272 with dt = 2 using RHS created at 270 Making slow rhs at time 272 for fast variables advancing from 270 to 272 No-substepping time integration at level 1 to 272 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000525877248 0.002940709502 and volume-weighted sum -3620.576945 Subtracting -1.571430966e-06 from rhs in subdomain 0 Sum after subtraction -8.841668717e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000527448679 MLMG: Initial residual (resid0) = 0.000527448679 MLMG: Final Iter. 6 resid, resid/bnorm = 5.399251531e-12, 1.023654385e-08 MLMG: Timers: Solve = 0.001685836 Iter = 0.001482027 Bottom = 0.000127153 Time in solve 0.002009157 Max/L2 norm of divergence after solve at level 1 : 1.571434182e-06 7.542868636e-05 and volume-weighted sum -3620.576945 Time integration of scalars at level 1 from 270 to 272 with dt = 2 using RHS created at 272 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 136] Advanced 2304 cells Coarse STEP 136 ends. TIME = 272 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02160121 seconds. Coarse STEP 137 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.321702163 (terrain aware) 1.321702163 (terrain unaware) Anelastic dt at level 0 would be: 5.389814468 (terrain aware) 5.389814468 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371541444 (terrain aware) 0.1371541444 (terrain unaware) Anelastic dt at level 1 would be: 2.523118689 (terrain aware) 2.523118689 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 137] ADVANCE from elapsed time = 272 to 274 with dt = 2 Making slow rhs at time 272 for fast variables advancing from 272 to 272.6666666667 Fast time integration at level 0 from 272 to 272.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 272 to 272.6666666667 with dt = 0.6666666666667 using RHS created at 272 Making slow rhs at time 272.6666666667 for fast variables advancing from 272 to 273 Fast time integration at level 0 from 272 to 272.5 with dt = 0.5 Fast time integration at level 0 from 272.5 to 273 with dt = 0.5 Time integration of scalars at level 0 from 272 to 273 with dt = 1 using RHS created at 272.6666666667 Making slow rhs at time 273 for fast variables advancing from 272 to 274 Fast time integration at level 0 from 272 to 272.5 with dt = 0.5 Fast time integration at level 0 from 272.5 to 273 with dt = 0.5 Fast time integration at level 0 from 273 to 273.5 with dt = 0.5 Fast time integration at level 0 from 273.5 to 274 with dt = 0.5 Time integration of scalars at level 0 from 272 to 274 with dt = 2 using RHS created at 273 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 137] Advanced 4096 cells [Level 1 step 137] ADVANCE from elapsed time = 272 to 274 with dt = 2 Making slow rhs at time 272 for fast variables advancing from 272 to 274 No-substepping time integration at level 1 to 274 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005471828669 0.003188857494 and volume-weighted sum -17561.31411 Subtracting -7.622098139e-06 from rhs in subdomain 0 Sum after subtraction -2.20093041e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005548049651 MLMG: Initial residual (resid0) = 0.0005548049651 MLMG: Final Iter. 6 resid, resid/bnorm = 1.812829274e-11, 3.267507302e-08 MLMG: Timers: Solve = 0.00152922 Iter = 0.001316694 Bottom = 0.000122111 Time in solve 0.00185303 Max/L2 norm of divergence after solve at level 1 : 7.622116267e-06 0.0003658607107 and volume-weighted sum -17561.31411 Time integration of scalars at level 1 from 272 to 274 with dt = 2 using RHS created at 272 Making slow rhs at time 274 for fast variables advancing from 272 to 274 No-substepping time integration at level 1 to 274 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005568959022 0.003051914711 and volume-weighted sum -17561.31411 Subtracting -7.622098139e-06 from rhs in subdomain 0 Sum after subtraction -2.769052349e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005645180003 MLMG: Initial residual (resid0) = 0.0005645180003 MLMG: Final Iter. 6 resid, resid/bnorm = 5.561376267e-12, 9.851548159e-09 MLMG: Timers: Solve = 0.001438244 Iter = 0.001235424 Bottom = 0.000127034 Time in solve 0.001771015 Max/L2 norm of divergence after solve at level 1 : 7.622101391e-06 0.0003658607107 and volume-weighted sum -17561.31411 Time integration of scalars at level 1 from 272 to 274 with dt = 2 using RHS created at 274 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 137] Advanced 2304 cells Coarse STEP 137 ends. TIME = 274 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021326744 seconds. Coarse STEP 138 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.32211577 (terrain aware) 1.32211577 (terrain unaware) Anelastic dt at level 0 would be: 5.397736477 (terrain aware) 5.397736477 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371080939 (terrain aware) 0.1371080939 (terrain unaware) Anelastic dt at level 1 would be: 2.516813832 (terrain aware) 2.516813832 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 138] ADVANCE from elapsed time = 274 to 276 with dt = 2 Making slow rhs at time 274 for fast variables advancing from 274 to 274.6666666667 Fast time integration at level 0 from 274 to 274.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 274 to 274.6666666667 with dt = 0.6666666666667 using RHS created at 274 Making slow rhs at time 274.6666666667 for fast variables advancing from 274 to 275 Fast time integration at level 0 from 274 to 274.5 with dt = 0.5 Fast time integration at level 0 from 274.5 to 275 with dt = 0.5 Time integration of scalars at level 0 from 274 to 275 with dt = 1 using RHS created at 274.6666666667 Making slow rhs at time 275 for fast variables advancing from 274 to 276 Fast time integration at level 0 from 274 to 274.5 with dt = 0.5 Fast time integration at level 0 from 274.5 to 275 with dt = 0.5 Fast time integration at level 0 from 275 to 275.5 with dt = 0.5 Fast time integration at level 0 from 275.5 to 276 with dt = 0.5 Time integration of scalars at level 0 from 274 to 276 with dt = 2 using RHS created at 275 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 138] Advanced 4096 cells [Level 1 step 138] ADVANCE from elapsed time = 274 to 276 with dt = 2 Making slow rhs at time 274 for fast variables advancing from 274 to 276 No-substepping time integration at level 1 to 276 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005602426434 0.003233215578 and volume-weighted sum -28856.88253 Subtracting -1.25246886e-05 from rhs in subdomain 0 Sum after subtraction 2.042636893e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000572767332 MLMG: Initial residual (resid0) = 0.000572767332 MLMG: Final Iter. 6 resid, resid/bnorm = 9.429984495e-12, 1.646390073e-08 MLMG: Timers: Solve = 0.001475026 Iter = 0.001270437 Bottom = 0.00012381 Time in solve 0.001809284 Max/L2 norm of divergence after solve at level 1 : 1.252469803e-05 0.0006011850527 and volume-weighted sum -28856.88253 Time integration of scalars at level 1 from 274 to 276 with dt = 2 using RHS created at 274 Making slow rhs at time 276 for fast variables advancing from 274 to 276 No-substepping time integration at level 1 to 276 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005627183932 0.003177995102 and volume-weighted sum -28856.88253 Subtracting -1.25246886e-05 from rhs in subdomain 0 Sum after subtraction 2.133980926e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005752430818 MLMG: Initial residual (resid0) = 0.0005752430818 MLMG: Final Iter. 6 resid, resid/bnorm = 5.691498322e-12, 9.894075222e-09 MLMG: Timers: Solve = 0.001456174 Iter = 0.001241649 Bottom = 0.000134339 Time in solve 0.001789578 Max/L2 norm of divergence after solve at level 1 : 1.252469182e-05 0.0006011850527 and volume-weighted sum -28856.88253 Time integration of scalars at level 1 from 274 to 276 with dt = 2 using RHS created at 276 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 138] Advanced 2304 cells Coarse STEP 138 ends. TIME = 276 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02144727 seconds. Coarse STEP 139 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.319873012 (terrain aware) 1.319873012 (terrain unaware) Anelastic dt at level 0 would be: 5.390641715 (terrain aware) 5.390641715 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370922559 (terrain aware) 0.1370922559 (terrain unaware) Anelastic dt at level 1 would be: 2.522298196 (terrain aware) 2.522298196 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 139] ADVANCE from elapsed time = 276 to 278 with dt = 2 Making slow rhs at time 276 for fast variables advancing from 276 to 276.6666666667 Fast time integration at level 0 from 276 to 276.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 276 to 276.6666666667 with dt = 0.6666666666667 using RHS created at 276 Making slow rhs at time 276.6666666667 for fast variables advancing from 276 to 277 Fast time integration at level 0 from 276 to 276.5 with dt = 0.5 Fast time integration at level 0 from 276.5 to 277 with dt = 0.5 Time integration of scalars at level 0 from 276 to 277 with dt = 1 using RHS created at 276.6666666667 Making slow rhs at time 277 for fast variables advancing from 276 to 278 Fast time integration at level 0 from 276 to 276.5 with dt = 0.5 Fast time integration at level 0 from 276.5 to 277 with dt = 0.5 Fast time integration at level 0 from 277 to 277.5 with dt = 0.5 Fast time integration at level 0 from 277.5 to 278 with dt = 0.5 Time integration of scalars at level 0 from 276 to 278 with dt = 2 using RHS created at 277 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 139] Advanced 4096 cells [Level 1 step 139] ADVANCE from elapsed time = 276 to 278 with dt = 2 Making slow rhs at time 276 for fast variables advancing from 276 to 278 No-substepping time integration at level 1 to 278 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005692326089 0.003343840124 and volume-weighted sum -40675.01791 Subtracting -1.765408764e-05 from rhs in subdomain 0 Sum after subtraction -5.984795992e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005868866965 MLMG: Initial residual (resid0) = 0.0005868866965 MLMG: Final Iter. 6 resid, resid/bnorm = 7.412702928e-12, 1.263055198e-08 MLMG: Timers: Solve = 0.001447774 Iter = 0.001240413 Bottom = 0.000129978 Time in solve 0.001786586 Max/L2 norm of divergence after solve at level 1 : 1.765409226e-05 0.0008473962065 and volume-weighted sum -40675.01791 Time integration of scalars at level 1 from 276 to 278 with dt = 2 using RHS created at 276 Making slow rhs at time 278 for fast variables advancing from 276 to 278 No-substepping time integration at level 1 to 278 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005803283836 0.003320706878 and volume-weighted sum -40675.01791 Subtracting -1.765408764e-05 from rhs in subdomain 0 Sum after subtraction -8.342935717e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005979824712 MLMG: Initial residual (resid0) = 0.0005979824712 MLMG: Final Iter. 6 resid, resid/bnorm = 5.786491598e-12, 9.676691001e-09 MLMG: Timers: Solve = 0.001475186 Iter = 0.001245896 Bottom = 0.000129651 Time in solve 0.001810758 Max/L2 norm of divergence after solve at level 1 : 1.765409081e-05 0.0008473962065 and volume-weighted sum -40675.01791 Time integration of scalars at level 1 from 276 to 278 with dt = 2 using RHS created at 278 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 139] Advanced 2304 cells Coarse STEP 139 ends. TIME = 278 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021921469 seconds. Coarse STEP 140 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.318278374 (terrain aware) 1.318278374 (terrain unaware) Anelastic dt at level 0 would be: 5.357851571 (terrain aware) 5.357851571 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370634679 (terrain aware) 0.1370634679 (terrain unaware) Anelastic dt at level 1 would be: 2.513730085 (terrain aware) 2.513730085 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 140] ADVANCE from elapsed time = 278 to 280 with dt = 2 Making slow rhs at time 278 for fast variables advancing from 278 to 278.6666666667 Fast time integration at level 0 from 278 to 278.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 278 to 278.6666666667 with dt = 0.6666666666667 using RHS created at 278 Making slow rhs at time 278.6666666667 for fast variables advancing from 278 to 279 Fast time integration at level 0 from 278 to 278.5 with dt = 0.5 Fast time integration at level 0 from 278.5 to 279 with dt = 0.5 Time integration of scalars at level 0 from 278 to 279 with dt = 1 using RHS created at 278.6666666667 Making slow rhs at time 279 for fast variables advancing from 278 to 280 Fast time integration at level 0 from 278 to 278.5 with dt = 0.5 Fast time integration at level 0 from 278.5 to 279 with dt = 0.5 Fast time integration at level 0 from 279 to 279.5 with dt = 0.5 Fast time integration at level 0 from 279.5 to 280 with dt = 0.5 Time integration of scalars at level 0 from 278 to 280 with dt = 2 using RHS created at 279 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 140] Advanced 4096 cells [Level 1 step 140] ADVANCE from elapsed time = 278 to 280 with dt = 2 Making slow rhs at time 278 for fast variables advancing from 278 to 280 No-substepping time integration at level 1 to 280 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005966611764 0.003508072904 and volume-weighted sum -53456.99356 Subtracting -2.320182012e-05 from rhs in subdomain 0 Sum after subtraction 9.324138683e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006198629965 MLMG: Initial residual (resid0) = 0.0006198629965 MLMG: Final Iter. 6 resid, resid/bnorm = 6.897357692e-12, 1.112722929e-08 MLMG: Timers: Solve = 0.00145684 Iter = 0.001245457 Bottom = 0.000126265 Time in solve 0.001794579 Max/L2 norm of divergence after solve at level 1 : 2.320182482e-05 0.001113687366 and volume-weighted sum -53456.99356 Time integration of scalars at level 1 from 278 to 280 with dt = 2 using RHS created at 278 Making slow rhs at time 280 for fast variables advancing from 278 to 280 No-substepping time integration at level 1 to 280 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005966560182 0.003482515337 and volume-weighted sum -53456.99356 Subtracting -2.320182012e-05 from rhs in subdomain 0 Sum after subtraction 3.941074897e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006198578383 MLMG: Initial residual (resid0) = 0.0006198578383 MLMG: Final Iter. 6 resid, resid/bnorm = 5.855693229e-12, 9.446832592e-09 MLMG: Timers: Solve = 0.001448141 Iter = 0.00124321 Bottom = 0.000127426 Time in solve 0.00179157 Max/L2 norm of divergence after solve at level 1 : 2.320182332e-05 0.001113687366 and volume-weighted sum -53456.99356 Time integration of scalars at level 1 from 278 to 280 with dt = 2 using RHS created at 280 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 140] Advanced 2304 cells Coarse STEP 140 ends. TIME = 280 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.021772826 seconds. Coarse STEP 141 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.318500773 (terrain aware) 1.318500773 (terrain unaware) Anelastic dt at level 0 would be: 5.339725972 (terrain aware) 5.339725972 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370516796 (terrain aware) 0.1370516796 (terrain unaware) Anelastic dt at level 1 would be: 2.522242103 (terrain aware) 2.522242103 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(3) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (63,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006824905068 0.004382008771 and volume-weighted sum -70699.83546 Subtracting -2.301426936e-05 from rhs in subdomain 0 Sum after subtraction 3.794707604e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006594762374 MLMG: Initial residual (resid0) = 0.0006594762374 MLMG: Final Iter. 6 resid, resid/bnorm = 5.837311746e-11, 8.851436056e-08 MLMG: Timers: Solve = 0.001512852 Iter = 0.001369213 Bottom = 0.00016045 Time in solve 0.001973883 Max/L2 norm of divergence after solve at level 1 : 2.301432773e-05 0.001275580282 and volume-weighted sum -70699.83546 [Level 0 step 141] ADVANCE from elapsed time = 280 to 282 with dt = 2 Making slow rhs at time 280 for fast variables advancing from 280 to 280.6666666667 Fast time integration at level 0 from 280 to 280.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 280 to 280.6666666667 with dt = 0.6666666666667 using RHS created at 280 Making slow rhs at time 280.6666666667 for fast variables advancing from 280 to 281 Fast time integration at level 0 from 280 to 280.5 with dt = 0.5 Fast time integration at level 0 from 280.5 to 281 with dt = 0.5 Time integration of scalars at level 0 from 280 to 281 with dt = 1 using RHS created at 280.6666666667 Making slow rhs at time 281 for fast variables advancing from 280 to 282 Fast time integration at level 0 from 280 to 280.5 with dt = 0.5 Fast time integration at level 0 from 280.5 to 281 with dt = 0.5 Fast time integration at level 0 from 281 to 281.5 with dt = 0.5 Fast time integration at level 0 from 281.5 to 282 with dt = 0.5 Time integration of scalars at level 0 from 280 to 282 with dt = 2 using RHS created at 281 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 141] Advanced 4096 cells [Level 1 step 141] ADVANCE from elapsed time = 280 to 282 with dt = 2 Making slow rhs at time 280 for fast variables advancing from 280 to 282 No-substepping time integration at level 1 to 282 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.006193080882 0.06828701218 and volume-weighted sum -81206.18694 Subtracting -2.643430565e-05 from rhs in subdomain 0 Sum after subtraction 8.881784197e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.006219515187 MLMG: Initial residual (resid0) = 0.006219515187 MLMG: Final Iter. 7 resid, resid/bnorm = 4.31126763e-11, 6.931838737e-09 MLMG: Timers: Solve = 0.001727719 Iter = 0.001595311 Bottom = 0.000191407 Time in solve 0.00216923 Max/L2 norm of divergence after solve at level 1 : 2.643434211e-05 0.001465137934 and volume-weighted sum -81206.18694 Time integration of scalars at level 1 from 280 to 282 with dt = 2 using RHS created at 280 Making slow rhs at time 282 for fast variables advancing from 280 to 282 No-substepping time integration at level 1 to 282 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005932078041 0.003678796489 and volume-weighted sum -81206.18694 Subtracting -2.643430565e-05 from rhs in subdomain 0 Sum after subtraction 8.326672685e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006196421098 MLMG: Initial residual (resid0) = 0.0006196421098 MLMG: Final Iter. 5 resid, resid/bnorm = 8.10244395e-11, 1.307600601e-07 MLMG: Timers: Solve = 0.001312045 Iter = 0.001180492 Bottom = 0.000150047 Time in solve 0.001756903 Max/L2 norm of divergence after solve at level 1 : 2.643438667e-05 0.001465137934 and volume-weighted sum -81206.18694 Time integration of scalars at level 1 from 280 to 282 with dt = 2 using RHS created at 282 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 141] Advanced 3072 cells Coarse STEP 141 ends. TIME = 282 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.033014763 seconds. Coarse STEP 142 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.318786266 (terrain aware) 1.318786266 (terrain unaware) Anelastic dt at level 0 would be: 5.358101303 (terrain aware) 5.358101303 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370465815 (terrain aware) 0.1370465815 (terrain unaware) Anelastic dt at level 1 would be: 2.518448702 (terrain aware) 2.518448702 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 142] ADVANCE from elapsed time = 282 to 284 with dt = 2 Making slow rhs at time 282 for fast variables advancing from 282 to 282.6666666667 Fast time integration at level 0 from 282 to 282.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 282 to 282.6666666667 with dt = 0.6666666666667 using RHS created at 282 Making slow rhs at time 282.6666666667 for fast variables advancing from 282 to 283 Fast time integration at level 0 from 282 to 282.5 with dt = 0.5 Fast time integration at level 0 from 282.5 to 283 with dt = 0.5 Time integration of scalars at level 0 from 282 to 283 with dt = 1 using RHS created at 282.6666666667 Making slow rhs at time 283 for fast variables advancing from 282 to 284 Fast time integration at level 0 from 282 to 282.5 with dt = 0.5 Fast time integration at level 0 from 282.5 to 283 with dt = 0.5 Fast time integration at level 0 from 283 to 283.5 with dt = 0.5 Fast time integration at level 0 from 283.5 to 284 with dt = 0.5 Time integration of scalars at level 0 from 282 to 284 with dt = 2 using RHS created at 283 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 142] Advanced 4096 cells [Level 1 step 142] ADVANCE from elapsed time = 282 to 284 with dt = 2 Making slow rhs at time 282 for fast variables advancing from 282 to 284 No-substepping time integration at level 1 to 284 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006270221786 0.003979818449 and volume-weighted sum -80657.15314 Subtracting -2.62555837e-05 from rhs in subdomain 0 Sum after subtraction 1.309716224e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006532777623 MLMG: Initial residual (resid0) = 0.0006532777623 MLMG: Final Iter. 6 resid, resid/bnorm = 1.907868628e-11, 2.92045549e-08 MLMG: Timers: Solve = 0.001520043 Iter = 0.001388165 Bottom = 0.000161046 Time in solve 0.001961826 Max/L2 norm of divergence after solve at level 1 : 2.625560278e-05 0.001455232159 and volume-weighted sum -80657.15314 Time integration of scalars at level 1 from 282 to 284 with dt = 2 using RHS created at 282 Making slow rhs at time 284 for fast variables advancing from 282 to 284 No-substepping time integration at level 1 to 284 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006326633799 0.003753769329 and volume-weighted sum -80657.15314 Subtracting -2.62555837e-05 from rhs in subdomain 0 Sum after subtraction 1.023486851e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006589189636 MLMG: Initial residual (resid0) = 0.0006589189636 MLMG: Final Iter. 5 resid, resid/bnorm = 8.141307703e-11, 1.235555228e-07 MLMG: Timers: Solve = 0.001329304 Iter = 0.001189005 Bottom = 0.000144309 Time in solve 0.001767233 Max/L2 norm of divergence after solve at level 1 : 2.625566512e-05 0.001455232159 and volume-weighted sum -80657.15314 Time integration of scalars at level 1 from 282 to 284 with dt = 2 using RHS created at 284 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 142] Advanced 3072 cells Coarse STEP 142 ends. TIME = 284 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023471409 seconds. Coarse STEP 143 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.316663046 (terrain aware) 1.316663046 (terrain unaware) Anelastic dt at level 0 would be: 5.384865688 (terrain aware) 5.384865688 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370353435 (terrain aware) 0.1370353435 (terrain unaware) Anelastic dt at level 1 would be: 2.524687522 (terrain aware) 2.524687522 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 143] ADVANCE from elapsed time = 284 to 286 with dt = 2 Making slow rhs at time 284 for fast variables advancing from 284 to 284.6666666667 Fast time integration at level 0 from 284 to 284.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 284 to 284.6666666667 with dt = 0.6666666666667 using RHS created at 284 Making slow rhs at time 284.6666666667 for fast variables advancing from 284 to 285 Fast time integration at level 0 from 284 to 284.5 with dt = 0.5 Fast time integration at level 0 from 284.5 to 285 with dt = 0.5 Time integration of scalars at level 0 from 284 to 285 with dt = 1 using RHS created at 284.6666666667 Making slow rhs at time 285 for fast variables advancing from 284 to 286 Fast time integration at level 0 from 284 to 284.5 with dt = 0.5 Fast time integration at level 0 from 284.5 to 285 with dt = 0.5 Fast time integration at level 0 from 285 to 285.5 with dt = 0.5 Fast time integration at level 0 from 285.5 to 286 with dt = 0.5 Time integration of scalars at level 0 from 284 to 286 with dt = 2 using RHS created at 285 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 143] Advanced 4096 cells [Level 1 step 143] ADVANCE from elapsed time = 284 to 286 with dt = 2 Making slow rhs at time 284 for fast variables advancing from 284 to 286 No-substepping time integration at level 1 to 286 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000637786916 0.004228403542 and volume-weighted sum -63118.51875 Subtracting -2.054639282e-05 from rhs in subdomain 0 Sum after subtraction -1.379105163e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006583333088 MLMG: Initial residual (resid0) = 0.0006583333088 MLMG: Final Iter. 6 resid, resid/bnorm = 2.982743886e-11, 4.530750375e-08 MLMG: Timers: Solve = 0.001517624 Iter = 0.001383429 Bottom = 0.000167882 Time in solve 0.001957827 Max/L2 norm of divergence after solve at level 1 : 2.054642265e-05 0.001138796681 and volume-weighted sum -63118.51875 Time integration of scalars at level 1 from 284 to 286 with dt = 2 using RHS created at 284 Making slow rhs at time 286 for fast variables advancing from 284 to 286 No-substepping time integration at level 1 to 286 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006353075536 0.003722812714 and volume-weighted sum -63118.51875 Subtracting -2.054639282e-05 from rhs in subdomain 0 Sum after subtraction 1.084202172e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006558539464 MLMG: Initial residual (resid0) = 0.0006558539464 MLMG: Final Iter. 5 resid, resid/bnorm = 8.220372754e-11, 1.25338466e-07 MLMG: Timers: Solve = 0.001315301 Iter = 0.001183723 Bottom = 0.000141662 Time in solve 0.001762413 Max/L2 norm of divergence after solve at level 1 : 2.054647502e-05 0.001138796681 and volume-weighted sum -63118.51875 Time integration of scalars at level 1 from 284 to 286 with dt = 2 using RHS created at 286 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 143] Advanced 3072 cells Coarse STEP 143 ends. TIME = 286 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023919448 seconds. Coarse STEP 144 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.314752662 (terrain aware) 1.314752662 (terrain unaware) Anelastic dt at level 0 would be: 5.362240632 (terrain aware) 5.362240632 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370559665 (terrain aware) 0.1370559665 (terrain unaware) Anelastic dt at level 1 would be: 2.528463532 (terrain aware) 2.528463532 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 144] ADVANCE from elapsed time = 286 to 288 with dt = 2 Making slow rhs at time 286 for fast variables advancing from 286 to 286.6666666667 Fast time integration at level 0 from 286 to 286.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 286 to 286.6666666667 with dt = 0.6666666666667 using RHS created at 286 Making slow rhs at time 286.6666666667 for fast variables advancing from 286 to 287 Fast time integration at level 0 from 286 to 286.5 with dt = 0.5 Fast time integration at level 0 from 286.5 to 287 with dt = 0.5 Time integration of scalars at level 0 from 286 to 287 with dt = 1 using RHS created at 286.6666666667 Making slow rhs at time 287 for fast variables advancing from 286 to 288 Fast time integration at level 0 from 286 to 286.5 with dt = 0.5 Fast time integration at level 0 from 286.5 to 287 with dt = 0.5 Fast time integration at level 0 from 287 to 287.5 with dt = 0.5 Fast time integration at level 0 from 287.5 to 288 with dt = 0.5 Time integration of scalars at level 0 from 286 to 288 with dt = 2 using RHS created at 287 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 144] Advanced 4096 cells [Level 1 step 144] ADVANCE from elapsed time = 286 to 288 with dt = 2 Making slow rhs at time 286 for fast variables advancing from 286 to 288 No-substepping time integration at level 1 to 288 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006707127086 0.004152039051 and volume-weighted sum -29287.52316 Subtracting -9.533698946e-06 from rhs in subdomain 0 Sum after subtraction 1.734723476e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006802464075 MLMG: Initial residual (resid0) = 0.0006802464075 MLMG: Final Iter. 6 resid, resid/bnorm = 2.72805097e-11, 4.010386443e-08 MLMG: Timers: Solve = 0.00151875 Iter = 0.001388522 Bottom = 0.000157365 Time in solve 0.001961832 Max/L2 norm of divergence after solve at level 1 : 9.533726227e-06 0.0005284112307 and volume-weighted sum -29287.52316 Time integration of scalars at level 1 from 286 to 288 with dt = 2 using RHS created at 286 Making slow rhs at time 288 for fast variables advancing from 286 to 288 No-substepping time integration at level 1 to 288 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000682432143 0.003664979478 and volume-weighted sum -29287.52316 Subtracting -9.533698946e-06 from rhs in subdomain 0 Sum after subtraction -1.465841337e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000691965842 MLMG: Initial residual (resid0) = 0.000691965842 MLMG: Final Iter. 5 resid, resid/bnorm = 8.351813186e-11, 1.206968997e-07 MLMG: Timers: Solve = 0.001320111 Iter = 0.001183729 Bottom = 0.000138047 Time in solve 0.001759923 Max/L2 norm of divergence after solve at level 1 : 9.533782464e-06 0.0005284112307 and volume-weighted sum -29287.52316 Time integration of scalars at level 1 from 286 to 288 with dt = 2 using RHS created at 288 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 144] Advanced 3072 cells Coarse STEP 144 ends. TIME = 288 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023614228 seconds. Coarse STEP 145 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.314389645 (terrain aware) 1.314389645 (terrain unaware) Anelastic dt at level 0 would be: 5.333653975 (terrain aware) 5.333653975 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370480864 (terrain aware) 0.1370480864 (terrain unaware) Anelastic dt at level 1 would be: 2.53218507 (terrain aware) 2.53218507 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 145] ADVANCE from elapsed time = 288 to 290 with dt = 2 Making slow rhs at time 288 for fast variables advancing from 288 to 288.6666666667 Fast time integration at level 0 from 288 to 288.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 288 to 288.6666666667 with dt = 0.6666666666667 using RHS created at 288 Making slow rhs at time 288.6666666667 for fast variables advancing from 288 to 289 Fast time integration at level 0 from 288 to 288.5 with dt = 0.5 Fast time integration at level 0 from 288.5 to 289 with dt = 0.5 Time integration of scalars at level 0 from 288 to 289 with dt = 1 using RHS created at 288.6666666667 Making slow rhs at time 289 for fast variables advancing from 288 to 290 Fast time integration at level 0 from 288 to 288.5 with dt = 0.5 Fast time integration at level 0 from 288.5 to 289 with dt = 0.5 Fast time integration at level 0 from 289 to 289.5 with dt = 0.5 Fast time integration at level 0 from 289.5 to 290 with dt = 0.5 Time integration of scalars at level 0 from 288 to 290 with dt = 2 using RHS created at 289 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 145] Advanced 4096 cells [Level 1 step 145] ADVANCE from elapsed time = 288 to 290 with dt = 2 Making slow rhs at time 288 for fast variables advancing from 288 to 290 No-substepping time integration at level 1 to 290 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007058966924 0.003913073797 and volume-weighted sum 13522.01457 Subtracting 4.40169745e-06 from rhs in subdomain 0 Sum after subtraction 4.510281038e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000701494995 MLMG: Initial residual (resid0) = 0.000701494995 MLMG: Final Iter. 6 resid, resid/bnorm = 1.366693603e-11, 1.948258524e-08 MLMG: Timers: Solve = 0.00151314 Iter = 0.001381315 Bottom = 0.000163001 Time in solve 0.001950929 Max/L2 norm of divergence after solve at level 1 : 4.401708282e-06 0.0002439668359 and volume-weighted sum 13522.01457 Time integration of scalars at level 1 from 288 to 290 with dt = 2 using RHS created at 288 Making slow rhs at time 290 for fast variables advancing from 288 to 290 No-substepping time integration at level 1 to 290 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007042695933 0.003714713947 and volume-weighted sum 13522.01457 Subtracting 4.40169745e-06 from rhs in subdomain 0 Sum after subtraction 4.33680869e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006998678958 MLMG: Initial residual (resid0) = 0.0006998678958 MLMG: Final Iter. 5 resid, resid/bnorm = 8.527190399e-11, 1.218399994e-07 MLMG: Timers: Solve = 0.001329761 Iter = 0.001199623 Bottom = 0.000140055 Time in solve 0.001873171 Max/L2 norm of divergence after solve at level 1 : 4.401766377e-06 0.0002439668359 and volume-weighted sum 13522.01457 Time integration of scalars at level 1 from 288 to 290 with dt = 2 using RHS created at 290 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 145] Advanced 3072 cells Coarse STEP 145 ends. TIME = 290 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023902682 seconds. Coarse STEP 146 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.31560135 (terrain aware) 1.31560135 (terrain unaware) Anelastic dt at level 0 would be: 5.342236012 (terrain aware) 5.342236012 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1370731497 (terrain aware) 0.1370731497 (terrain unaware) Anelastic dt at level 1 would be: 2.544426536 (terrain aware) 2.544426536 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 146] ADVANCE from elapsed time = 290 to 292 with dt = 2 Making slow rhs at time 290 for fast variables advancing from 290 to 290.6666666667 Fast time integration at level 0 from 290 to 290.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 290 to 290.6666666667 with dt = 0.6666666666667 using RHS created at 290 Making slow rhs at time 290.6666666667 for fast variables advancing from 290 to 291 Fast time integration at level 0 from 290 to 290.5 with dt = 0.5 Fast time integration at level 0 from 290.5 to 291 with dt = 0.5 Time integration of scalars at level 0 from 290 to 291 with dt = 1 using RHS created at 290.6666666667 Making slow rhs at time 291 for fast variables advancing from 290 to 292 Fast time integration at level 0 from 290 to 290.5 with dt = 0.5 Fast time integration at level 0 from 290.5 to 291 with dt = 0.5 Fast time integration at level 0 from 291 to 291.5 with dt = 0.5 Fast time integration at level 0 from 291.5 to 292 with dt = 0.5 Time integration of scalars at level 0 from 290 to 292 with dt = 2 using RHS created at 291 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 146] Advanced 4096 cells [Level 1 step 146] ADVANCE from elapsed time = 290 to 292 with dt = 2 Making slow rhs at time 290 for fast variables advancing from 290 to 292 No-substepping time integration at level 1 to 292 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007229172473 0.004001331185 and volume-weighted sum 55768.14102 Subtracting 1.815369174e-05 from rhs in subdomain 0 Sum after subtraction -5.334274689e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007047635555 MLMG: Initial residual (resid0) = 0.0007047635555 MLMG: Final Iter. 6 resid, resid/bnorm = 5.351936051e-12, 7.593945528e-09 MLMG: Timers: Solve = 0.00187096 Iter = 0.00173966 Bottom = 0.000219714 Time in solve 0.002296829 Max/L2 norm of divergence after solve at level 1 : 1.815369709e-05 0.001006179726 and volume-weighted sum 55768.14102 Time integration of scalars at level 1 from 290 to 292 with dt = 2 using RHS created at 290 Making slow rhs at time 292 for fast variables advancing from 290 to 292 No-substepping time integration at level 1 to 292 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007366802261 0.003915014326 and volume-weighted sum 55768.14102 Subtracting 1.815369174e-05 from rhs in subdomain 0 Sum after subtraction -2.211772432e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007185265344 MLMG: Initial residual (resid0) = 0.0007185265344 MLMG: Final Iter. 5 resid, resid/bnorm = 8.68975151e-11, 1.209384914e-07 MLMG: Timers: Solve = 0.001326947 Iter = 0.001173342 Bottom = 0.00014612 Time in solve 0.00177025 Max/L2 norm of divergence after solve at level 1 : 1.815375885e-05 0.001006179726 and volume-weighted sum 55768.14102 Time integration of scalars at level 1 from 290 to 292 with dt = 2 using RHS created at 292 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 146] Advanced 3072 cells Coarse STEP 146 ends. TIME = 292 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023997489 seconds. Coarse STEP 147 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.312765937 (terrain aware) 1.312765937 (terrain unaware) Anelastic dt at level 0 would be: 5.358359821 (terrain aware) 5.358359821 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371000569 (terrain aware) 0.1371000569 (terrain unaware) Anelastic dt at level 1 would be: 2.545615509 (terrain aware) 2.545615509 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 147] ADVANCE from elapsed time = 292 to 294 with dt = 2 Making slow rhs at time 292 for fast variables advancing from 292 to 292.6666666667 Fast time integration at level 0 from 292 to 292.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 292 to 292.6666666667 with dt = 0.6666666666667 using RHS created at 292 Making slow rhs at time 292.6666666667 for fast variables advancing from 292 to 293 Fast time integration at level 0 from 292 to 292.5 with dt = 0.5 Fast time integration at level 0 from 292.5 to 293 with dt = 0.5 Time integration of scalars at level 0 from 292 to 293 with dt = 1 using RHS created at 292.6666666667 Making slow rhs at time 293 for fast variables advancing from 292 to 294 Fast time integration at level 0 from 292 to 292.5 with dt = 0.5 Fast time integration at level 0 from 292.5 to 293 with dt = 0.5 Fast time integration at level 0 from 293 to 293.5 with dt = 0.5 Fast time integration at level 0 from 293.5 to 294 with dt = 0.5 Time integration of scalars at level 0 from 292 to 294 with dt = 2 using RHS created at 293 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 147] Advanced 4096 cells [Level 1 step 147] ADVANCE from elapsed time = 292 to 294 with dt = 2 Making slow rhs at time 292 for fast variables advancing from 292 to 294 No-substepping time integration at level 1 to 294 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007707806633 0.004371104309 and volume-weighted sum 90308.59259 Subtracting 2.939732832e-05 from rhs in subdomain 0 Sum after subtraction -9.324138683e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000741383335 MLMG: Initial residual (resid0) = 0.000741383335 MLMG: Final Iter. 6 resid, resid/bnorm = 1.609712981e-11, 2.171228979e-08 MLMG: Timers: Solve = 0.001505234 Iter = 0.00136888 Bottom = 0.000161651 Time in solve 0.001934458 Max/L2 norm of divergence after solve at level 1 : 2.939734442e-05 0.00162936532 and volume-weighted sum 90308.59259 Time integration of scalars at level 1 from 292 to 294 with dt = 2 using RHS created at 292 Making slow rhs at time 294 for fast variables advancing from 292 to 294 No-substepping time integration at level 1 to 294 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007677912329 0.004186059814 and volume-weighted sum 90308.59259 Subtracting 2.939732832e-05 from rhs in subdomain 0 Sum after subtraction 1.201296007e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007383939046 MLMG: Initial residual (resid0) = 0.0007383939046 MLMG: Final Iter. 5 resid, resid/bnorm = 8.795247505e-11, 1.191132193e-07 MLMG: Timers: Solve = 0.001300762 Iter = 0.001165521 Bottom = 0.000142553 Time in solve 0.001731618 Max/L2 norm of divergence after solve at level 1 : 2.939739257e-05 0.00162936532 and volume-weighted sum 90308.59259 Time integration of scalars at level 1 from 292 to 294 with dt = 2 using RHS created at 294 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 147] Advanced 3072 cells Coarse STEP 147 ends. TIME = 294 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024046721 seconds. Coarse STEP 148 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311667439 (terrain aware) 1.311667439 (terrain unaware) Anelastic dt at level 0 would be: 5.342485708 (terrain aware) 5.342485708 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371278783 (terrain aware) 0.1371278783 (terrain unaware) Anelastic dt at level 1 would be: 2.566676748 (terrain aware) 2.566676748 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 148] ADVANCE from elapsed time = 294 to 296 with dt = 2 Making slow rhs at time 294 for fast variables advancing from 294 to 294.6666666667 Fast time integration at level 0 from 294 to 294.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 294 to 294.6666666667 with dt = 0.6666666666667 using RHS created at 294 Making slow rhs at time 294.6666666667 for fast variables advancing from 294 to 295 Fast time integration at level 0 from 294 to 294.5 with dt = 0.5 Fast time integration at level 0 from 294.5 to 295 with dt = 0.5 Time integration of scalars at level 0 from 294 to 295 with dt = 1 using RHS created at 294.6666666667 Making slow rhs at time 295 for fast variables advancing from 294 to 296 Fast time integration at level 0 from 294 to 294.5 with dt = 0.5 Fast time integration at level 0 from 294.5 to 295 with dt = 0.5 Fast time integration at level 0 from 295 to 295.5 with dt = 0.5 Fast time integration at level 0 from 295.5 to 296 with dt = 0.5 Time integration of scalars at level 0 from 294 to 296 with dt = 2 using RHS created at 295 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 148] Advanced 4096 cells [Level 1 step 148] ADVANCE from elapsed time = 294 to 296 with dt = 2 Making slow rhs at time 294 for fast variables advancing from 294 to 296 No-substepping time integration at level 1 to 296 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007549821527 0.004685663062 and volume-weighted sum 113848.6191 Subtracting 3.706009737e-05 from rhs in subdomain 0 Sum after subtraction -9.887923813e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007179220554 MLMG: Initial residual (resid0) = 0.0007179220554 MLMG: Final Iter. 6 resid, resid/bnorm = 1.845723015e-11, 2.570923963e-08 MLMG: Timers: Solve = 0.0015088 Iter = 0.001373739 Bottom = 0.000157928 Time in solve 0.001999814 Max/L2 norm of divergence after solve at level 1 : 3.706011583e-05 0.002054079091 and volume-weighted sum 113848.6191 Time integration of scalars at level 1 from 294 to 296 with dt = 2 using RHS created at 294 Making slow rhs at time 296 for fast variables advancing from 294 to 296 No-substepping time integration at level 1 to 296 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007756133747 0.004428239019 and volume-weighted sum 113848.6191 Subtracting 3.706009737e-05 from rhs in subdomain 0 Sum after subtraction -1.010476425e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007385532773 MLMG: Initial residual (resid0) = 0.0007385532773 MLMG: Final Iter. 5 resid, resid/bnorm = 8.818892966e-11, 1.194076749e-07 MLMG: Timers: Solve = 0.001300736 Iter = 0.001172674 Bottom = 0.000136631 Time in solve 0.001725082 Max/L2 norm of divergence after solve at level 1 : 3.70601666e-05 0.002054079091 and volume-weighted sum 113848.6191 Time integration of scalars at level 1 from 294 to 296 with dt = 2 using RHS created at 296 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 148] Advanced 3072 cells Coarse STEP 148 ends. TIME = 296 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023696357 seconds. Coarse STEP 149 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.312311275 (terrain aware) 1.312311275 (terrain unaware) Anelastic dt at level 0 would be: 5.338867275 (terrain aware) 5.338867275 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1371903596 (terrain aware) 0.1371903596 (terrain unaware) Anelastic dt at level 1 would be: 2.56518547 (terrain aware) 2.56518547 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 149] ADVANCE from elapsed time = 296 to 298 with dt = 2 Making slow rhs at time 296 for fast variables advancing from 296 to 296.6666666667 Fast time integration at level 0 from 296 to 296.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 296 to 296.6666666667 with dt = 0.6666666666667 using RHS created at 296 Making slow rhs at time 296.6666666667 for fast variables advancing from 296 to 297 Fast time integration at level 0 from 296 to 296.5 with dt = 0.5 Fast time integration at level 0 from 296.5 to 297 with dt = 0.5 Time integration of scalars at level 0 from 296 to 297 with dt = 1 using RHS created at 296.6666666667 Making slow rhs at time 297 for fast variables advancing from 296 to 298 Fast time integration at level 0 from 296 to 296.5 with dt = 0.5 Fast time integration at level 0 from 296.5 to 297 with dt = 0.5 Fast time integration at level 0 from 297 to 297.5 with dt = 0.5 Fast time integration at level 0 from 297.5 to 298 with dt = 0.5 Time integration of scalars at level 0 from 296 to 298 with dt = 2 using RHS created at 297 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 149] Advanced 4096 cells [Level 1 step 149] ADVANCE from elapsed time = 296 to 298 with dt = 2 Making slow rhs at time 296 for fast variables advancing from 296 to 298 No-substepping time integration at level 1 to 298 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008137260467 0.00485445152 and volume-weighted sum 125431.8026 Subtracting 4.083066491e-05 from rhs in subdomain 0 Sum after subtraction 7.502679034e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007728953818 MLMG: Initial residual (resid0) = 0.0007728953818 MLMG: Final Iter. 6 resid, resid/bnorm = 1.701874923e-11, 2.201947331e-08 MLMG: Timers: Solve = 0.001492357 Iter = 0.001363006 Bottom = 0.000161093 Time in solve 0.001920161 Max/L2 norm of divergence after solve at level 1 : 4.083068193e-05 0.002263065156 and volume-weighted sum 125431.8026 Time integration of scalars at level 1 from 296 to 298 with dt = 2 using RHS created at 296 Making slow rhs at time 298 for fast variables advancing from 296 to 298 No-substepping time integration at level 1 to 298 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008117688913 0.004582225238 and volume-weighted sum 125431.8026 Subtracting 4.083066491e-05 from rhs in subdomain 0 Sum after subtraction 1.175275155e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007709382264 MLMG: Initial residual (resid0) = 0.0007709382264 MLMG: Final Iter. 5 resid, resid/bnorm = 8.757713237e-11, 1.13598119e-07 MLMG: Timers: Solve = 0.001309627 Iter = 0.001177331 Bottom = 0.000140094 Time in solve 0.001730003 Max/L2 norm of divergence after solve at level 1 : 4.08307427e-05 0.002263065156 and volume-weighted sum 125431.8026 Time integration of scalars at level 1 from 296 to 298 with dt = 2 using RHS created at 298 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 149] Advanced 3072 cells Coarse STEP 149 ends. TIME = 298 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023709684 seconds. Coarse STEP 150 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.313914146 (terrain aware) 1.313914146 (terrain unaware) Anelastic dt at level 0 would be: 5.360438568 (terrain aware) 5.360438568 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1372190423 (terrain aware) 0.1372190423 (terrain unaware) Anelastic dt at level 1 would be: 2.585879268 (terrain aware) 2.585879268 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 150] ADVANCE from elapsed time = 298 to 300 with dt = 2 Making slow rhs at time 298 for fast variables advancing from 298 to 298.6666666667 Fast time integration at level 0 from 298 to 298.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 298 to 298.6666666667 with dt = 0.6666666666667 using RHS created at 298 Making slow rhs at time 298.6666666667 for fast variables advancing from 298 to 299 Fast time integration at level 0 from 298 to 298.5 with dt = 0.5 Fast time integration at level 0 from 298.5 to 299 with dt = 0.5 Time integration of scalars at level 0 from 298 to 299 with dt = 1 using RHS created at 298.6666666667 Making slow rhs at time 299 for fast variables advancing from 298 to 300 Fast time integration at level 0 from 298 to 298.5 with dt = 0.5 Fast time integration at level 0 from 298.5 to 299 with dt = 0.5 Fast time integration at level 0 from 299 to 299.5 with dt = 0.5 Fast time integration at level 0 from 299.5 to 300 with dt = 0.5 Time integration of scalars at level 0 from 298 to 300 with dt = 2 using RHS created at 299 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 150] Advanced 4096 cells [Level 1 step 150] ADVANCE from elapsed time = 298 to 300 with dt = 2 Making slow rhs at time 298 for fast variables advancing from 298 to 300 No-substepping time integration at level 1 to 300 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007860729119 0.004911418578 and volume-weighted sum 124576.1173 Subtracting 4.05521215e-05 from rhs in subdomain 0 Sum after subtraction 1.006139616e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007455207904 MLMG: Initial residual (resid0) = 0.0007455207904 MLMG: Final Iter. 6 resid, resid/bnorm = 1.621439724e-11, 2.174908796e-08 MLMG: Timers: Solve = 0.001507111 Iter = 0.001373762 Bottom = 0.000159138 Time in solve 0.00194781 Max/L2 norm of divergence after solve at level 1 : 4.055213772e-05 0.002247626714 and volume-weighted sum 124576.1173 Time integration of scalars at level 1 from 298 to 300 with dt = 2 using RHS created at 298 Making slow rhs at time 300 for fast variables advancing from 298 to 300 No-substepping time integration at level 1 to 300 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007926141512 0.004622811813 and volume-weighted sum 124576.1173 Subtracting 4.05521215e-05 from rhs in subdomain 0 Sum after subtraction -3.556183126e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007520620297 MLMG: Initial residual (resid0) = 0.0007520620297 MLMG: Final Iter. 5 resid, resid/bnorm = 8.609983112e-11, 1.144850128e-07 MLMG: Timers: Solve = 0.001302316 Iter = 0.001172921 Bottom = 0.000137067 Time in solve 0.001726007 Max/L2 norm of divergence after solve at level 1 : 4.055220482e-05 0.002247626714 and volume-weighted sum 124576.1173 Time integration of scalars at level 1 from 298 to 300 with dt = 2 using RHS created at 300 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 150] Advanced 3072 cells Coarse STEP 150 ends. TIME = 300 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023892883 seconds. 3DPlotfile write time = 0.006719185 seconds. Coarse STEP 151 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311895355 (terrain aware) 1.311895355 (terrain unaware) Anelastic dt at level 0 would be: 5.344406169 (terrain aware) 5.344406169 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1372773552 (terrain aware) 0.1372773552 (terrain unaware) Anelastic dt at level 1 would be: 2.59051268 (terrain aware) 2.59051268 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 151] ADVANCE from elapsed time = 300 to 302 with dt = 2 Making slow rhs at time 300 for fast variables advancing from 300 to 300.6666666667 Fast time integration at level 0 from 300 to 300.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 300 to 300.6666666667 with dt = 0.6666666666667 using RHS created at 300 Making slow rhs at time 300.6666666667 for fast variables advancing from 300 to 301 Fast time integration at level 0 from 300 to 300.5 with dt = 0.5 Fast time integration at level 0 from 300.5 to 301 with dt = 0.5 Time integration of scalars at level 0 from 300 to 301 with dt = 1 using RHS created at 300.6666666667 Making slow rhs at time 301 for fast variables advancing from 300 to 302 Fast time integration at level 0 from 300 to 300.5 with dt = 0.5 Fast time integration at level 0 from 300.5 to 301 with dt = 0.5 Fast time integration at level 0 from 301 to 301.5 with dt = 0.5 Fast time integration at level 0 from 301.5 to 302 with dt = 0.5 Time integration of scalars at level 0 from 300 to 302 with dt = 2 using RHS created at 301 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 151] Advanced 4096 cells [Level 1 step 151] ADVANCE from elapsed time = 300 to 302 with dt = 2 Making slow rhs at time 300 for fast variables advancing from 300 to 302 No-substepping time integration at level 1 to 302 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008358931952 0.004871321683 and volume-weighted sum 110850.0822 Subtracting 3.608401114e-05 from rhs in subdomain 0 Sum after subtraction 6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007998091841 MLMG: Initial residual (resid0) = 0.0007998091841 MLMG: Final Iter. 6 resid, resid/bnorm = 1.609886092e-11, 2.012837717e-08 MLMG: Timers: Solve = 0.001604854 Iter = 0.001467729 Bottom = 0.000183742 Time in solve 0.002048867 Max/L2 norm of divergence after solve at level 1 : 3.608402711e-05 0.0019999789 and volume-weighted sum 110850.0822 Time integration of scalars at level 1 from 300 to 302 with dt = 2 using RHS created at 300 Making slow rhs at time 302 for fast variables advancing from 300 to 302 No-substepping time integration at level 1 to 302 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008335522225 0.004551899869 and volume-weighted sum 110850.0822 Subtracting 3.608401114e-05 from rhs in subdomain 0 Sum after subtraction -9.952975943e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007974682114 MLMG: Initial residual (resid0) = 0.0007974682114 MLMG: Final Iter. 5 resid, resid/bnorm = 8.572548308e-11, 1.074970536e-07 MLMG: Timers: Solve = 0.001855726 Iter = 0.001660766 Bottom = 0.000144877 Time in solve 0.002312117 Max/L2 norm of divergence after solve at level 1 : 3.608409686e-05 0.0019999789 and volume-weighted sum 110850.0822 Time integration of scalars at level 1 from 300 to 302 with dt = 2 using RHS created at 302 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 151] Advanced 3072 cells Coarse STEP 151 ends. TIME = 302 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026370787 seconds. Coarse STEP 152 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311793346 (terrain aware) 1.311793346 (terrain unaware) Anelastic dt at level 0 would be: 5.324634169 (terrain aware) 5.324634169 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1373401935 (terrain aware) 0.1373401935 (terrain unaware) Anelastic dt at level 1 would be: 2.610814787 (terrain aware) 2.610814787 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 152] ADVANCE from elapsed time = 302 to 304 with dt = 2 Making slow rhs at time 302 for fast variables advancing from 302 to 302.6666666667 Fast time integration at level 0 from 302 to 302.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 302 to 302.6666666667 with dt = 0.6666666666667 using RHS created at 302 Making slow rhs at time 302.6666666667 for fast variables advancing from 302 to 303 Fast time integration at level 0 from 302 to 302.5 with dt = 0.5 Fast time integration at level 0 from 302.5 to 303 with dt = 0.5 Time integration of scalars at level 0 from 302 to 303 with dt = 1 using RHS created at 302.6666666667 Making slow rhs at time 303 for fast variables advancing from 302 to 304 Fast time integration at level 0 from 302 to 302.5 with dt = 0.5 Fast time integration at level 0 from 302.5 to 303 with dt = 0.5 Fast time integration at level 0 from 303 to 303.5 with dt = 0.5 Fast time integration at level 0 from 303.5 to 304 with dt = 0.5 Time integration of scalars at level 0 from 302 to 304 with dt = 2 using RHS created at 303 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 152] Advanced 4096 cells [Level 1 step 152] ADVANCE from elapsed time = 302 to 304 with dt = 2 Making slow rhs at time 302 for fast variables advancing from 302 to 304 No-substepping time integration at level 1 to 304 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007996081708 0.00472569771 and volume-weighted sum 84931.66527 Subtracting 2.764702646e-05 from rhs in subdomain 0 Sum after subtraction 2.038300084e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007719611444 MLMG: Initial residual (resid0) = 0.0007719611444 MLMG: Final Iter. 6 resid, resid/bnorm = 1.581743745e-11, 2.048993989e-08 MLMG: Timers: Solve = 0.001552971 Iter = 0.001392245 Bottom = 0.000160237 Time in solve 0.002002607 Max/L2 norm of divergence after solve at level 1 : 2.764704092e-05 0.001532353744 and volume-weighted sum 84931.66527 Time integration of scalars at level 1 from 302 to 304 with dt = 2 using RHS created at 302 Making slow rhs at time 304 for fast variables advancing from 302 to 304 No-substepping time integration at level 1 to 304 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007871254725 0.00440699845 and volume-weighted sum 84931.66527 Subtracting 2.764702646e-05 from rhs in subdomain 0 Sum after subtraction -1.04300249e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000759478446 MLMG: Initial residual (resid0) = 0.000759478446 MLMG: Final Iter. 5 resid, resid/bnorm = 8.486817515e-11, 1.117453373e-07 MLMG: Timers: Solve = 0.001335763 Iter = 0.001199574 Bottom = 0.000139291 Time in solve 0.001778017 Max/L2 norm of divergence after solve at level 1 : 2.764711132e-05 0.001532353744 and volume-weighted sum 84931.66527 Time integration of scalars at level 1 from 302 to 304 with dt = 2 using RHS created at 304 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 152] Advanced 3072 cells Coarse STEP 152 ends. TIME = 304 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024640854 seconds. Coarse STEP 153 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.313569313 (terrain aware) 1.313569313 (terrain unaware) Anelastic dt at level 0 would be: 5.335023435 (terrain aware) 5.335023435 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1373901306 (terrain aware) 0.1373901306 (terrain unaware) Anelastic dt at level 1 would be: 2.620980557 (terrain aware) 2.620980557 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 153] ADVANCE from elapsed time = 304 to 306 with dt = 2 Making slow rhs at time 304 for fast variables advancing from 304 to 304.6666666667 Fast time integration at level 0 from 304 to 304.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 304 to 304.6666666667 with dt = 0.6666666666667 using RHS created at 304 Making slow rhs at time 304.6666666667 for fast variables advancing from 304 to 305 Fast time integration at level 0 from 304 to 304.5 with dt = 0.5 Fast time integration at level 0 from 304.5 to 305 with dt = 0.5 Time integration of scalars at level 0 from 304 to 305 with dt = 1 using RHS created at 304.6666666667 Making slow rhs at time 305 for fast variables advancing from 304 to 306 Fast time integration at level 0 from 304 to 304.5 with dt = 0.5 Fast time integration at level 0 from 304.5 to 305 with dt = 0.5 Fast time integration at level 0 from 305 to 305.5 with dt = 0.5 Fast time integration at level 0 from 305.5 to 306 with dt = 0.5 Time integration of scalars at level 0 from 304 to 306 with dt = 2 using RHS created at 305 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 153] Advanced 4096 cells [Level 1 step 153] ADVANCE from elapsed time = 304 to 306 with dt = 2 Making slow rhs at time 304 for fast variables advancing from 304 to 306 No-substepping time integration at level 1 to 306 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008356295643 0.004504387624 and volume-weighted sum 49944.04026 Subtracting 1.625782561e-05 from rhs in subdomain 0 Sum after subtraction 2.385244779e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008193717386 MLMG: Initial residual (resid0) = 0.0008193717386 MLMG: Final Iter. 6 resid, resid/bnorm = 1.190589164e-11, 1.453051293e-08 MLMG: Timers: Solve = 0.00153031 Iter = 0.001401344 Bottom = 0.000167991 Time in solve 0.001956701 Max/L2 norm of divergence after solve at level 1 : 1.625783504e-05 0.000901100159 and volume-weighted sum 49944.04026 Time integration of scalars at level 1 from 304 to 306 with dt = 2 using RHS created at 304 Making slow rhs at time 306 for fast variables advancing from 304 to 306 No-substepping time integration at level 1 to 306 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008346169617 0.004265585147 and volume-weighted sum 49944.04026 Subtracting 1.625782561e-05 from rhs in subdomain 0 Sum after subtraction 7.41594286e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008183591361 MLMG: Initial residual (resid0) = 0.0008183591361 MLMG: Final Iter. 5 resid, resid/bnorm = 8.077914997e-11, 9.870867985e-08 MLMG: Timers: Solve = 0.001733246 Iter = 0.001344407 Bottom = 0.000141934 Time in solve 0.002216897 Max/L2 norm of divergence after solve at level 1 : 1.625790639e-05 0.000901100159 and volume-weighted sum 49944.04026 Time integration of scalars at level 1 from 304 to 306 with dt = 2 using RHS created at 306 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 153] Advanced 3072 cells Coarse STEP 153 ends. TIME = 306 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024868098 seconds. Coarse STEP 154 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.315129754 (terrain aware) 1.315129754 (terrain unaware) Anelastic dt at level 0 would be: 5.374254874 (terrain aware) 5.374254874 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1374712035 (terrain aware) 0.1374712035 (terrain unaware) Anelastic dt at level 1 would be: 2.640949328 (terrain aware) 2.640949328 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 154] ADVANCE from elapsed time = 306 to 308 with dt = 2 Making slow rhs at time 306 for fast variables advancing from 306 to 306.6666666667 Fast time integration at level 0 from 306 to 306.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 306 to 306.6666666667 with dt = 0.6666666666667 using RHS created at 306 Making slow rhs at time 306.6666666667 for fast variables advancing from 306 to 307 Fast time integration at level 0 from 306 to 306.5 with dt = 0.5 Fast time integration at level 0 from 306.5 to 307 with dt = 0.5 Time integration of scalars at level 0 from 306 to 307 with dt = 1 using RHS created at 306.6666666667 Making slow rhs at time 307 for fast variables advancing from 306 to 308 Fast time integration at level 0 from 306 to 306.5 with dt = 0.5 Fast time integration at level 0 from 306.5 to 307 with dt = 0.5 Fast time integration at level 0 from 307 to 307.5 with dt = 0.5 Fast time integration at level 0 from 307.5 to 308 with dt = 0.5 Time integration of scalars at level 0 from 306 to 308 with dt = 2 using RHS created at 307 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 154] Advanced 4096 cells [Level 1 step 154] ADVANCE from elapsed time = 306 to 308 with dt = 2 Making slow rhs at time 306 for fast variables advancing from 306 to 308 No-substepping time integration at level 1 to 308 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000791106641 0.004350776641 and volume-weighted sum 11721.93012 Subtracting 3.815732459e-06 from rhs in subdomain 0 Sum after subtraction -5.03069808e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007872909085 MLMG: Initial residual (resid0) = 0.0007872909085 MLMG: Final Iter. 5 resid, resid/bnorm = 8.374411619e-11, 1.063699775e-07 MLMG: Timers: Solve = 0.001317515 Iter = 0.001186324 Bottom = 0.000145227 Time in solve 0.001776328 Max/L2 norm of divergence after solve at level 1 : 3.815813679e-06 0.0002114893596 and volume-weighted sum 11721.93012 Time integration of scalars at level 1 from 306 to 308 with dt = 2 using RHS created at 306 Making slow rhs at time 308 for fast variables advancing from 306 to 308 No-substepping time integration at level 1 to 308 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000765070713 0.004206661829 and volume-weighted sum 11721.93012 Subtracting 3.815732459e-06 from rhs in subdomain 0 Sum after subtraction 4.228388473e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007612549805 MLMG: Initial residual (resid0) = 0.0007612549805 MLMG: Final Iter. 5 resid, resid/bnorm = 7.483559191e-11, 9.83055531e-08 MLMG: Timers: Solve = 0.001335804 Iter = 0.001206222 Bottom = 0.000140729 Time in solve 0.001771224 Max/L2 norm of divergence after solve at level 1 : 3.815806567e-06 0.0002114893596 and volume-weighted sum 11721.93012 Time integration of scalars at level 1 from 306 to 308 with dt = 2 using RHS created at 308 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 154] Advanced 3072 cells Coarse STEP 154 ends. TIME = 308 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024615954 seconds. Coarse STEP 155 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.31414633 (terrain aware) 1.31414633 (terrain unaware) Anelastic dt at level 0 would be: 5.356594217 (terrain aware) 5.356594217 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375219123 (terrain aware) 0.1375219123 (terrain unaware) Anelastic dt at level 1 would be: 2.655937118 (terrain aware) 2.655937118 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 155] ADVANCE from elapsed time = 308 to 310 with dt = 2 Making slow rhs at time 308 for fast variables advancing from 308 to 308.6666666667 Fast time integration at level 0 from 308 to 308.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 308 to 308.6666666667 with dt = 0.6666666666667 using RHS created at 308 Making slow rhs at time 308.6666666667 for fast variables advancing from 308 to 309 Fast time integration at level 0 from 308 to 308.5 with dt = 0.5 Fast time integration at level 0 from 308.5 to 309 with dt = 0.5 Time integration of scalars at level 0 from 308 to 309 with dt = 1 using RHS created at 308.6666666667 Making slow rhs at time 309 for fast variables advancing from 308 to 310 Fast time integration at level 0 from 308 to 308.5 with dt = 0.5 Fast time integration at level 0 from 308.5 to 309 with dt = 0.5 Fast time integration at level 0 from 309 to 309.5 with dt = 0.5 Fast time integration at level 0 from 309.5 to 310 with dt = 0.5 Time integration of scalars at level 0 from 308 to 310 with dt = 2 using RHS created at 309 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 155] Advanced 4096 cells [Level 1 step 155] ADVANCE from elapsed time = 308 to 310 with dt = 2 Making slow rhs at time 308 for fast variables advancing from 308 to 310 No-substepping time integration at level 1 to 310 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008231660419 0.004420042882 and volume-weighted sum -22902.45786 Subtracting -7.455227166e-06 from rhs in subdomain 0 Sum after subtraction -1.194790794e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008306212691 MLMG: Initial residual (resid0) = 0.0008306212691 MLMG: Final Iter. 6 resid, resid/bnorm = 9.662796951e-12, 1.163321638e-08 MLMG: Timers: Solve = 0.001551644 Iter = 0.0013912 Bottom = 0.000169105 Time in solve 0.00200272 Max/L2 norm of divergence after solve at level 1 : 7.455236829e-06 0.0004132106315 and volume-weighted sum -22902.45786 Time integration of scalars at level 1 from 308 to 310 with dt = 2 using RHS created at 308 Making slow rhs at time 310 for fast variables advancing from 308 to 310 No-substepping time integration at level 1 to 310 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008265900976 0.004249118202 and volume-weighted sum -22902.45786 Subtracting -7.455227166e-06 from rhs in subdomain 0 Sum after subtraction -7.025630078e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008340453248 MLMG: Initial residual (resid0) = 0.0008340453248 MLMG: Final Iter. 5 resid, resid/bnorm = 7.316414124e-11, 8.772202069e-08 MLMG: Timers: Solve = 0.001298167 Iter = 0.001166952 Bottom = 0.000144539 Time in solve 0.00172844 Max/L2 norm of divergence after solve at level 1 : 7.455300331e-06 0.0004132106315 and volume-weighted sum -22902.45786 Time integration of scalars at level 1 from 308 to 310 with dt = 2 using RHS created at 310 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 155] Advanced 3072 cells Coarse STEP 155 ends. TIME = 310 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024644707 seconds. Coarse STEP 156 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.315119923 (terrain aware) 1.315119923 (terrain unaware) Anelastic dt at level 0 would be: 5.351847547 (terrain aware) 5.351847547 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137588737 (terrain aware) 0.137588737 (terrain unaware) Anelastic dt at level 1 would be: 2.675564686 (terrain aware) 2.675564686 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 156] ADVANCE from elapsed time = 310 to 312 with dt = 2 Making slow rhs at time 310 for fast variables advancing from 310 to 310.6666666667 Fast time integration at level 0 from 310 to 310.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 310 to 310.6666666667 with dt = 0.6666666666667 using RHS created at 310 Making slow rhs at time 310.6666666667 for fast variables advancing from 310 to 311 Fast time integration at level 0 from 310 to 310.5 with dt = 0.5 Fast time integration at level 0 from 310.5 to 311 with dt = 0.5 Time integration of scalars at level 0 from 310 to 311 with dt = 1 using RHS created at 310.6666666667 Making slow rhs at time 311 for fast variables advancing from 310 to 312 Fast time integration at level 0 from 310 to 310.5 with dt = 0.5 Fast time integration at level 0 from 310.5 to 311 with dt = 0.5 Fast time integration at level 0 from 311 to 311.5 with dt = 0.5 Fast time integration at level 0 from 311.5 to 312 with dt = 0.5 Time integration of scalars at level 0 from 310 to 312 with dt = 2 using RHS created at 311 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 156] Advanced 4096 cells [Level 1 step 156] ADVANCE from elapsed time = 310 to 312 with dt = 2 Making slow rhs at time 310 for fast variables advancing from 310 to 312 No-substepping time integration at level 1 to 312 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007780502856 0.004616186826 and volume-weighted sum -49155.46566 Subtracting -1.600112815e-05 from rhs in subdomain 0 Sum after subtraction -4.943961907e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007940514138 MLMG: Initial residual (resid0) = 0.0007940514138 MLMG: Final Iter. 6 resid, resid/bnorm = 1.617778758e-11, 2.037372807e-08 MLMG: Timers: Solve = 0.001527628 Iter = 0.001396904 Bottom = 0.000188131 Time in solve 0.001961101 Max/L2 norm of divergence after solve at level 1 : 1.600114432e-05 0.0008868725417 and volume-weighted sum -49155.46566 Time integration of scalars at level 1 from 310 to 312 with dt = 2 using RHS created at 310 Making slow rhs at time 312 for fast variables advancing from 310 to 312 No-substepping time integration at level 1 to 312 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000753448551 0.004343702992 and volume-weighted sum -49155.46566 Subtracting -1.600112815e-05 from rhs in subdomain 0 Sum after subtraction 8.456776945e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007694496791 MLMG: Initial residual (resid0) = 0.0007694496791 MLMG: Final Iter. 5 resid, resid/bnorm = 7.443594316e-11, 9.67391958e-08 MLMG: Timers: Solve = 0.001304855 Iter = 0.001172615 Bottom = 0.000149223 Time in solve 0.001743021 Max/L2 norm of divergence after solve at level 1 : 1.600120258e-05 0.0008868725417 and volume-weighted sum -49155.46566 Time integration of scalars at level 1 from 310 to 312 with dt = 2 using RHS created at 312 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 156] Advanced 3072 cells Coarse STEP 156 ends. TIME = 312 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024116814 seconds. Coarse STEP 157 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.317919213 (terrain aware) 1.317919213 (terrain unaware) Anelastic dt at level 0 would be: 5.378257752 (terrain aware) 5.378257752 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376684156 (terrain aware) 0.1376684156 (terrain unaware) Anelastic dt at level 1 would be: 2.692292404 (terrain aware) 2.692292404 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 157] ADVANCE from elapsed time = 312 to 314 with dt = 2 Making slow rhs at time 312 for fast variables advancing from 312 to 312.6666666667 Fast time integration at level 0 from 312 to 312.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 312 to 312.6666666667 with dt = 0.6666666666667 using RHS created at 312 Making slow rhs at time 312.6666666667 for fast variables advancing from 312 to 313 Fast time integration at level 0 from 312 to 312.5 with dt = 0.5 Fast time integration at level 0 from 312.5 to 313 with dt = 0.5 Time integration of scalars at level 0 from 312 to 313 with dt = 1 using RHS created at 312.6666666667 Making slow rhs at time 313 for fast variables advancing from 312 to 314 Fast time integration at level 0 from 312 to 312.5 with dt = 0.5 Fast time integration at level 0 from 312.5 to 313 with dt = 0.5 Fast time integration at level 0 from 313 to 313.5 with dt = 0.5 Fast time integration at level 0 from 313.5 to 314 with dt = 0.5 Time integration of scalars at level 0 from 312 to 314 with dt = 2 using RHS created at 313 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 157] Advanced 4096 cells [Level 1 step 157] ADVANCE from elapsed time = 312 to 314 with dt = 2 Making slow rhs at time 312 for fast variables advancing from 312 to 314 No-substepping time integration at level 1 to 314 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008176477561 0.00471623113 and volume-weighted sum -66312.35079 Subtracting -2.158605169e-05 from rhs in subdomain 0 Sum after subtraction -1.778091563e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008392338077 MLMG: Initial residual (resid0) = 0.0008392338077 MLMG: Final Iter. 6 resid, resid/bnorm = 1.620421211e-11, 1.930834048e-08 MLMG: Timers: Solve = 0.001534424 Iter = 0.001397842 Bottom = 0.000160671 Time in solve 0.001965588 Max/L2 norm of divergence after solve at level 1 : 2.158606789e-05 0.001196420424 and volume-weighted sum -66312.35079 Time integration of scalars at level 1 from 312 to 314 with dt = 2 using RHS created at 312 Making slow rhs at time 314 for fast variables advancing from 312 to 314 No-substepping time integration at level 1 to 314 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008234922917 0.004435754719 and volume-weighted sum -66312.35079 Subtracting -2.158605169e-05 from rhs in subdomain 0 Sum after subtraction 1.032160468e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008450783434 MLMG: Initial residual (resid0) = 0.0008450783434 MLMG: Final Iter. 5 resid, resid/bnorm = 7.609540061e-11, 9.004538006e-08 MLMG: Timers: Solve = 0.001292378 Iter = 0.001163588 Bottom = 0.000139701 Time in solve 0.001713363 Max/L2 norm of divergence after solve at level 1 : 2.158612778e-05 0.001196420424 and volume-weighted sum -66312.35079 Time integration of scalars at level 1 from 312 to 314 with dt = 2 using RHS created at 314 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 157] Advanced 3072 cells Coarse STEP 157 ends. TIME = 314 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.025042794 seconds. Coarse STEP 158 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.318876243 (terrain aware) 1.318876243 (terrain unaware) Anelastic dt at level 0 would be: 5.431668242 (terrain aware) 5.431668242 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137721292 (terrain aware) 0.137721292 (terrain unaware) Anelastic dt at level 1 would be: 2.713858911 (terrain aware) 2.713858911 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 158] ADVANCE from elapsed time = 314 to 316 with dt = 2 Making slow rhs at time 314 for fast variables advancing from 314 to 314.6666666667 Fast time integration at level 0 from 314 to 314.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 314 to 314.6666666667 with dt = 0.6666666666667 using RHS created at 314 Making slow rhs at time 314.6666666667 for fast variables advancing from 314 to 315 Fast time integration at level 0 from 314 to 314.5 with dt = 0.5 Fast time integration at level 0 from 314.5 to 315 with dt = 0.5 Time integration of scalars at level 0 from 314 to 315 with dt = 1 using RHS created at 314.6666666667 Making slow rhs at time 315 for fast variables advancing from 314 to 316 Fast time integration at level 0 from 314 to 314.5 with dt = 0.5 Fast time integration at level 0 from 314.5 to 315 with dt = 0.5 Fast time integration at level 0 from 315 to 315.5 with dt = 0.5 Fast time integration at level 0 from 315.5 to 316 with dt = 0.5 Time integration of scalars at level 0 from 314 to 316 with dt = 2 using RHS created at 315 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 158] Advanced 4096 cells [Level 1 step 158] ADVANCE from elapsed time = 314 to 316 with dt = 2 Making slow rhs at time 314 for fast variables advancing from 314 to 316 No-substepping time integration at level 1 to 316 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007734552059 0.004714439402 and volume-weighted sum -76760.63832 Subtracting -2.498718695e-05 from rhs in subdomain 0 Sum after subtraction 8.304988641e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007984423928 MLMG: Initial residual (resid0) = 0.0007984423928 MLMG: Final Iter. 6 resid, resid/bnorm = 1.1564411e-11, 1.448371367e-08 MLMG: Timers: Solve = 0.001507613 Iter = 0.001377088 Bottom = 0.000167403 Time in solve 0.001935218 Max/L2 norm of divergence after solve at level 1 : 2.498719852e-05 0.001384930475 and volume-weighted sum -76760.63832 Time integration of scalars at level 1 from 314 to 316 with dt = 2 using RHS created at 314 Making slow rhs at time 316 for fast variables advancing from 314 to 316 No-substepping time integration at level 1 to 316 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007517207006 0.004505097444 and volume-weighted sum -76760.63832 Subtracting -2.498718695e-05 from rhs in subdomain 0 Sum after subtraction 1.010476425e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007767078876 MLMG: Initial residual (resid0) = 0.0007767078876 MLMG: Final Iter. 5 resid, resid/bnorm = 7.690737716e-11, 9.901711878e-08 MLMG: Timers: Solve = 0.001509505 Iter = 0.001174596 Bottom = 0.000139563 Time in solve 0.001965495 Max/L2 norm of divergence after solve at level 1 : 2.498726386e-05 0.001384930475 and volume-weighted sum -76760.63832 Time integration of scalars at level 1 from 314 to 316 with dt = 2 using RHS created at 316 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 158] Advanced 3072 cells Coarse STEP 158 ends. TIME = 316 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024510638 seconds. Coarse STEP 159 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.31865416 (terrain aware) 1.31865416 (terrain unaware) Anelastic dt at level 0 would be: 5.406672196 (terrain aware) 5.406672196 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378050483 (terrain aware) 0.1378050483 (terrain unaware) Anelastic dt at level 1 would be: 2.728241704 (terrain aware) 2.728241704 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 159] ADVANCE from elapsed time = 316 to 318 with dt = 2 Making slow rhs at time 316 for fast variables advancing from 316 to 316.6666666667 Fast time integration at level 0 from 316 to 316.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 316 to 316.6666666667 with dt = 0.6666666666667 using RHS created at 316 Making slow rhs at time 316.6666666667 for fast variables advancing from 316 to 317 Fast time integration at level 0 from 316 to 316.5 with dt = 0.5 Fast time integration at level 0 from 316.5 to 317 with dt = 0.5 Time integration of scalars at level 0 from 316 to 317 with dt = 1 using RHS created at 316.6666666667 Making slow rhs at time 317 for fast variables advancing from 316 to 318 Fast time integration at level 0 from 316 to 316.5 with dt = 0.5 Fast time integration at level 0 from 316.5 to 317 with dt = 0.5 Fast time integration at level 0 from 317 to 317.5 with dt = 0.5 Fast time integration at level 0 from 317.5 to 318 with dt = 0.5 Time integration of scalars at level 0 from 316 to 318 with dt = 2 using RHS created at 317 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 159] Advanced 4096 cells [Level 1 step 159] ADVANCE from elapsed time = 316 to 318 with dt = 2 Making slow rhs at time 316 for fast variables advancing from 316 to 318 No-substepping time integration at level 1 to 318 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008199901228 0.004723276194 and volume-weighted sum -82806.48237 Subtracting -2.695523515e-05 from rhs in subdomain 0 Sum after subtraction 2.493664997e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008469453579 MLMG: Initial residual (resid0) = 0.0008469453579 MLMG: Final Iter. 6 resid, resid/bnorm = 9.267157982e-12, 1.094186053e-08 MLMG: Timers: Solve = 0.001684408 Iter = 0.001543642 Bottom = 0.000166507 Time in solve 0.002104373 Max/L2 norm of divergence after solve at level 1 : 2.695524441e-05 0.001494010778 and volume-weighted sum -82806.48237 Time integration of scalars at level 1 from 316 to 318 with dt = 2 using RHS created at 316 Making slow rhs at time 318 for fast variables advancing from 316 to 318 No-substepping time integration at level 1 to 318 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008252556983 0.00455183992 and volume-weighted sum -82806.48237 Subtracting -2.695523515e-05 from rhs in subdomain 0 Sum after subtraction -2.341876693e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008522109335 MLMG: Initial residual (resid0) = 0.0008522109335 MLMG: Final Iter. 5 resid, resid/bnorm = 7.715586622e-11, 9.0536114e-08 MLMG: Timers: Solve = 0.001382811 Iter = 0.001186119 Bottom = 0.00013806 Time in solve 0.00181556 Max/L2 norm of divergence after solve at level 1 : 2.69553123e-05 0.001494010778 and volume-weighted sum -82806.48237 Time integration of scalars at level 1 from 316 to 318 with dt = 2 using RHS created at 318 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 159] Advanced 3072 cells Coarse STEP 159 ends. TIME = 318 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024294053 seconds. Coarse STEP 160 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320368677 (terrain aware) 1.320368677 (terrain unaware) Anelastic dt at level 0 would be: 5.415031029 (terrain aware) 5.415031029 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378678198 (terrain aware) 0.1378678198 (terrain unaware) Anelastic dt at level 1 would be: 2.753016642 (terrain aware) 2.753016642 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 160] ADVANCE from elapsed time = 318 to 320 with dt = 2 Making slow rhs at time 318 for fast variables advancing from 318 to 318.6666666667 Fast time integration at level 0 from 318 to 318.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 318 to 318.6666666667 with dt = 0.6666666666667 using RHS created at 318 Making slow rhs at time 318.6666666667 for fast variables advancing from 318 to 319 Fast time integration at level 0 from 318 to 318.5 with dt = 0.5 Fast time integration at level 0 from 318.5 to 319 with dt = 0.5 Time integration of scalars at level 0 from 318 to 319 with dt = 1 using RHS created at 318.6666666667 Making slow rhs at time 319 for fast variables advancing from 318 to 320 Fast time integration at level 0 from 318 to 318.5 with dt = 0.5 Fast time integration at level 0 from 318.5 to 319 with dt = 0.5 Fast time integration at level 0 from 319 to 319.5 with dt = 0.5 Fast time integration at level 0 from 319.5 to 320 with dt = 0.5 Time integration of scalars at level 0 from 318 to 320 with dt = 2 using RHS created at 319 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 160] Advanced 4096 cells [Level 1 step 160] ADVANCE from elapsed time = 318 to 320 with dt = 2 Making slow rhs at time 318 for fast variables advancing from 318 to 320 No-substepping time integration at level 1 to 320 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007703102193 0.004746650239 and volume-weighted sum -84014.1589 Subtracting -2.734835902e-05 from rhs in subdomain 0 Sum after subtraction 1.123233451e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007976585784 MLMG: Initial residual (resid0) = 0.0007976585784 MLMG: Final Iter. 6 resid, resid/bnorm = 1.056672604e-11, 1.324717909e-08 MLMG: Timers: Solve = 0.001505568 Iter = 0.001377614 Bottom = 0.000165085 Time in solve 0.001926283 Max/L2 norm of divergence after solve at level 1 : 2.734836958e-05 0.001515799914 and volume-weighted sum -84014.1589 Time integration of scalars at level 1 from 318 to 320 with dt = 2 using RHS created at 318 Making slow rhs at time 320 for fast variables advancing from 318 to 320 No-substepping time integration at level 1 to 320 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000752779344 0.004567825694 and volume-weighted sum -84014.1589 Subtracting -2.734835902e-05 from rhs in subdomain 0 Sum after subtraction 9.107298249e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007801277031 MLMG: Initial residual (resid0) = 0.0007801277031 MLMG: Final Iter. 5 resid, resid/bnorm = 7.977182493e-11, 1.022548291e-07 MLMG: Timers: Solve = 0.001305162 Iter = 0.00117627 Bottom = 0.000136757 Time in solve 0.001743438 Max/L2 norm of divergence after solve at level 1 : 2.734843879e-05 0.001515799914 and volume-weighted sum -84014.1589 Time integration of scalars at level 1 from 318 to 320 with dt = 2 using RHS created at 320 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 160] Advanced 3072 cells Coarse STEP 160 ends. TIME = 320 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02371736 seconds. Coarse STEP 161 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.323864374 (terrain aware) 1.323864374 (terrain unaware) Anelastic dt at level 0 would be: 5.454958498 (terrain aware) 5.454958498 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379358575 (terrain aware) 0.1379358575 (terrain unaware) Anelastic dt at level 1 would be: 2.766629326 (terrain aware) 2.766629326 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 161] ADVANCE from elapsed time = 320 to 322 with dt = 2 Making slow rhs at time 320 for fast variables advancing from 320 to 320.6666666667 Fast time integration at level 0 from 320 to 320.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 320 to 320.6666666667 with dt = 0.6666666666667 using RHS created at 320 Making slow rhs at time 320.6666666667 for fast variables advancing from 320 to 321 Fast time integration at level 0 from 320 to 320.5 with dt = 0.5 Fast time integration at level 0 from 320.5 to 321 with dt = 0.5 Time integration of scalars at level 0 from 320 to 321 with dt = 1 using RHS created at 320.6666666667 Making slow rhs at time 321 for fast variables advancing from 320 to 322 Fast time integration at level 0 from 320 to 320.5 with dt = 0.5 Fast time integration at level 0 from 320.5 to 321 with dt = 0.5 Fast time integration at level 0 from 321 to 321.5 with dt = 0.5 Fast time integration at level 0 from 321.5 to 322 with dt = 0.5 Time integration of scalars at level 0 from 320 to 322 with dt = 2 using RHS created at 321 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 161] Advanced 4096 cells [Level 1 step 161] ADVANCE from elapsed time = 320 to 322 with dt = 2 Making slow rhs at time 320 for fast variables advancing from 320 to 322 No-substepping time integration at level 1 to 322 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008234161426 0.004769991573 and volume-weighted sum -76993.92722 Subtracting -2.506312735e-05 from rhs in subdomain 0 Sum after subtraction -4.054916125e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00084847927 MLMG: Initial residual (resid0) = 0.00084847927 MLMG: Final Iter. 6 resid, resid/bnorm = 1.519297778e-11, 1.790612726e-08 MLMG: Timers: Solve = 0.001515246 Iter = 0.001376592 Bottom = 0.000164931 Time in solve 0.002001688 Max/L2 norm of divergence after solve at level 1 : 2.506314254e-05 0.001389139519 and volume-weighted sum -76993.92722 Time integration of scalars at level 1 from 320 to 322 with dt = 2 using RHS created at 320 Making slow rhs at time 322 for fast variables advancing from 320 to 322 No-substepping time integration at level 1 to 322 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008343433511 0.004532693693 and volume-weighted sum -76993.92722 Subtracting -2.506312735e-05 from rhs in subdomain 0 Sum after subtraction 8.760353554e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008594064784 MLMG: Initial residual (resid0) = 0.0008594064784 MLMG: Final Iter. 5 resid, resid/bnorm = 8.282876401e-11, 9.637903144e-08 MLMG: Timers: Solve = 0.001517601 Iter = 0.001176553 Bottom = 0.000142395 Time in solve 0.001980897 Max/L2 norm of divergence after solve at level 1 : 2.506321018e-05 0.001389139519 and volume-weighted sum -76993.92722 Time integration of scalars at level 1 from 320 to 322 with dt = 2 using RHS created at 322 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 161] Advanced 3072 cells Coarse STEP 161 ends. TIME = 322 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024977955 seconds. Coarse STEP 162 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.323817906 (terrain aware) 1.323817906 (terrain unaware) Anelastic dt at level 0 would be: 5.495509754 (terrain aware) 5.495509754 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380261345 (terrain aware) 0.1380261345 (terrain unaware) Anelastic dt at level 1 would be: 2.785506692 (terrain aware) 2.785506692 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 162] ADVANCE from elapsed time = 322 to 324 with dt = 2 Making slow rhs at time 322 for fast variables advancing from 322 to 322.6666666667 Fast time integration at level 0 from 322 to 322.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 322 to 322.6666666667 with dt = 0.6666666666667 using RHS created at 322 Making slow rhs at time 322.6666666667 for fast variables advancing from 322 to 323 Fast time integration at level 0 from 322 to 322.5 with dt = 0.5 Fast time integration at level 0 from 322.5 to 323 with dt = 0.5 Time integration of scalars at level 0 from 322 to 323 with dt = 1 using RHS created at 322.6666666667 Making slow rhs at time 323 for fast variables advancing from 322 to 324 Fast time integration at level 0 from 322 to 322.5 with dt = 0.5 Fast time integration at level 0 from 322.5 to 323 with dt = 0.5 Fast time integration at level 0 from 323 to 323.5 with dt = 0.5 Fast time integration at level 0 from 323.5 to 324 with dt = 0.5 Time integration of scalars at level 0 from 322 to 324 with dt = 2 using RHS created at 323 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 162] Advanced 4096 cells [Level 1 step 162] ADVANCE from elapsed time = 322 to 324 with dt = 2 Making slow rhs at time 322 for fast variables advancing from 322 to 324 No-substepping time integration at level 1 to 324 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007710505263 0.004807278023 and volume-weighted sum -57761.56011 Subtracting -1.880259118e-05 from rhs in subdomain 0 Sum after subtraction -2.938187887e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007898531175 MLMG: Initial residual (resid0) = 0.0007898531175 MLMG: Final Iter. 6 resid, resid/bnorm = 2.06068095e-11, 2.608941973e-08 MLMG: Timers: Solve = 0.001509891 Iter = 0.001372436 Bottom = 0.000158938 Time in solve 0.001943076 Max/L2 norm of divergence after solve at level 1 : 1.880261179e-05 0.001042145384 and volume-weighted sum -57761.56011 Time integration of scalars at level 1 from 322 to 324 with dt = 2 using RHS created at 322 Making slow rhs at time 324 for fast variables advancing from 322 to 324 No-substepping time integration at level 1 to 324 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007611267205 0.004442542836 and volume-weighted sum -57761.56011 Subtracting -1.880259118e-05 from rhs in subdomain 0 Sum after subtraction -2.016616041e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007799293117 MLMG: Initial residual (resid0) = 0.0007799293117 MLMG: Final Iter. 5 resid, resid/bnorm = 8.527779563e-11, 1.093404163e-07 MLMG: Timers: Solve = 0.001392813 Iter = 0.001261568 Bottom = 0.000138492 Time in solve 0.00182898 Max/L2 norm of divergence after solve at level 1 : 1.880267646e-05 0.001042145384 and volume-weighted sum -57761.56011 Time integration of scalars at level 1 from 322 to 324 with dt = 2 using RHS created at 324 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 162] Advanced 3072 cells Coarse STEP 162 ends. TIME = 324 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023623026 seconds. Coarse STEP 163 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.324239597 (terrain aware) 1.324239597 (terrain unaware) Anelastic dt at level 0 would be: 5.480593929 (terrain aware) 5.480593929 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380803325 (terrain aware) 0.1380803325 (terrain unaware) Anelastic dt at level 1 would be: 2.802498851 (terrain aware) 2.802498851 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 163] ADVANCE from elapsed time = 324 to 326 with dt = 2 Making slow rhs at time 324 for fast variables advancing from 324 to 324.6666666667 Fast time integration at level 0 from 324 to 324.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 324 to 324.6666666667 with dt = 0.6666666666667 using RHS created at 324 Making slow rhs at time 324.6666666667 for fast variables advancing from 324 to 325 Fast time integration at level 0 from 324 to 324.5 with dt = 0.5 Fast time integration at level 0 from 324.5 to 325 with dt = 0.5 Time integration of scalars at level 0 from 324 to 325 with dt = 1 using RHS created at 324.6666666667 Making slow rhs at time 325 for fast variables advancing from 324 to 326 Fast time integration at level 0 from 324 to 324.5 with dt = 0.5 Fast time integration at level 0 from 324.5 to 325 with dt = 0.5 Fast time integration at level 0 from 325 to 325.5 with dt = 0.5 Fast time integration at level 0 from 325.5 to 326 with dt = 0.5 Time integration of scalars at level 0 from 324 to 326 with dt = 2 using RHS created at 325 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 163] Advanced 4096 cells [Level 1 step 163] ADVANCE from elapsed time = 324 to 326 with dt = 2 Making slow rhs at time 324 for fast variables advancing from 324 to 326 No-substepping time integration at level 1 to 326 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008409428709 0.004778284808 and volume-weighted sum -25295.02833 Subtracting -8.234058702e-06 from rhs in subdomain 0 Sum after subtraction 8.348356728e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008491769296 MLMG: Initial residual (resid0) = 0.0008491769296 MLMG: Final Iter. 6 resid, resid/bnorm = 2.283504039e-11, 2.689079224e-08 MLMG: Timers: Solve = 0.001496668 Iter = 0.001365617 Bottom = 0.000164344 Time in solve 0.001944293 Max/L2 norm of divergence after solve at level 1 : 8.234081537e-06 0.0004563778568 and volume-weighted sum -25295.02833 Time integration of scalars at level 1 from 324 to 326 with dt = 2 using RHS created at 324 Making slow rhs at time 326 for fast variables advancing from 324 to 326 No-substepping time integration at level 1 to 326 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008570971254 0.004344340537 and volume-weighted sum -25295.02833 Subtracting -8.234058702e-06 from rhs in subdomain 0 Sum after subtraction -6.982261991e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008653311841 MLMG: Initial residual (resid0) = 0.0008653311841 MLMG: Final Iter. 5 resid, resid/bnorm = 8.610785653e-11, 9.950855593e-08 MLMG: Timers: Solve = 0.0013375 Iter = 0.001206996 Bottom = 0.000143669 Time in solve 0.001775387 Max/L2 norm of divergence after solve at level 1 : 8.23414481e-06 0.0004563778568 and volume-weighted sum -25295.02833 Time integration of scalars at level 1 from 324 to 326 with dt = 2 using RHS created at 326 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 163] Advanced 3072 cells Coarse STEP 163 ends. TIME = 326 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023850505 seconds. Coarse STEP 164 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.326630462 (terrain aware) 1.326630462 (terrain unaware) Anelastic dt at level 0 would be: 5.50096882 (terrain aware) 5.50096882 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381659494 (terrain aware) 0.1381659494 (terrain unaware) Anelastic dt at level 1 would be: 2.817290925 (terrain aware) 2.817290925 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 164] ADVANCE from elapsed time = 326 to 328 with dt = 2 Making slow rhs at time 326 for fast variables advancing from 326 to 326.6666666667 Fast time integration at level 0 from 326 to 326.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 326 to 326.6666666667 with dt = 0.6666666666667 using RHS created at 326 Making slow rhs at time 326.6666666667 for fast variables advancing from 326 to 327 Fast time integration at level 0 from 326 to 326.5 with dt = 0.5 Fast time integration at level 0 from 326.5 to 327 with dt = 0.5 Time integration of scalars at level 0 from 326 to 327 with dt = 1 using RHS created at 326.6666666667 Making slow rhs at time 327 for fast variables advancing from 326 to 328 Fast time integration at level 0 from 326 to 326.5 with dt = 0.5 Fast time integration at level 0 from 326.5 to 327 with dt = 0.5 Fast time integration at level 0 from 327 to 327.5 with dt = 0.5 Fast time integration at level 0 from 327.5 to 328 with dt = 0.5 Time integration of scalars at level 0 from 326 to 328 with dt = 2 using RHS created at 327 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 164] Advanced 4096 cells [Level 1 step 164] ADVANCE from elapsed time = 326 to 328 with dt = 2 Making slow rhs at time 326 for fast variables advancing from 326 to 328 No-substepping time integration at level 1 to 328 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007879458019 0.004642269686 and volume-weighted sum 16305.36155 Subtracting 5.30773488e-06 from rhs in subdomain 0 Sum after subtraction -2.595580001e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000782638067 MLMG: Initial residual (resid0) = 0.000782638067 MLMG: Final Iter. 6 resid, resid/bnorm = 1.704165025e-11, 2.177462478e-08 MLMG: Timers: Solve = 0.001792302 Iter = 0.001660918 Bottom = 0.000162483 Time in solve 0.002227673 Max/L2 norm of divergence after solve at level 1 : 5.307749183e-06 0.0002941845275 and volume-weighted sum 16305.36155 Time integration of scalars at level 1 from 326 to 328 with dt = 2 using RHS created at 326 Making slow rhs at time 328 for fast variables advancing from 326 to 328 No-substepping time integration at level 1 to 328 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007900907938 0.004328379951 and volume-weighted sum 16305.36155 Subtracting 5.30773488e-06 from rhs in subdomain 0 Sum after subtraction -2.454633719e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007847830589 MLMG: Initial residual (resid0) = 0.0007847830589 MLMG: Final Iter. 5 resid, resid/bnorm = 8.872428242e-11, 1.130558075e-07 MLMG: Timers: Solve = 0.001326673 Iter = 0.0011983 Bottom = 0.000144012 Time in solve 0.001758786 Max/L2 norm of divergence after solve at level 1 : 5.307791278e-06 0.0002941845275 and volume-weighted sum 16305.36155 Time integration of scalars at level 1 from 326 to 328 with dt = 2 using RHS created at 328 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 164] Advanced 3072 cells Coarse STEP 164 ends. TIME = 328 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023741129 seconds. Coarse STEP 165 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.330717555 (terrain aware) 1.330717555 (terrain unaware) Anelastic dt at level 0 would be: 5.554937097 (terrain aware) 5.554937097 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382332134 (terrain aware) 0.1382332134 (terrain unaware) Anelastic dt at level 1 would be: 2.839016577 (terrain aware) 2.839016577 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 165] ADVANCE from elapsed time = 328 to 330 with dt = 2 Making slow rhs at time 328 for fast variables advancing from 328 to 328.6666666667 Fast time integration at level 0 from 328 to 328.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 328 to 328.6666666667 with dt = 0.6666666666667 using RHS created at 328 Making slow rhs at time 328.6666666667 for fast variables advancing from 328 to 329 Fast time integration at level 0 from 328 to 328.5 with dt = 0.5 Fast time integration at level 0 from 328.5 to 329 with dt = 0.5 Time integration of scalars at level 0 from 328 to 329 with dt = 1 using RHS created at 328.6666666667 Making slow rhs at time 329 for fast variables advancing from 328 to 330 Fast time integration at level 0 from 328 to 328.5 with dt = 0.5 Fast time integration at level 0 from 328.5 to 329 with dt = 0.5 Fast time integration at level 0 from 329 to 329.5 with dt = 0.5 Fast time integration at level 0 from 329.5 to 330 with dt = 0.5 Time integration of scalars at level 0 from 328 to 330 with dt = 2 using RHS created at 329 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 165] Advanced 4096 cells [Level 1 step 165] ADVANCE from elapsed time = 328 to 330 with dt = 2 Making slow rhs at time 328 for fast variables advancing from 328 to 330 No-substepping time integration at level 1 to 330 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008754821792 0.004616185723 and volume-weighted sum 59001.86949 Subtracting 1.920633772e-05 from rhs in subdomain 0 Sum after subtraction -4.33680869e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008562758414 MLMG: Initial residual (resid0) = 0.0008562758414 MLMG: Final Iter. 6 resid, resid/bnorm = 6.224121404e-12, 7.268827524e-09 MLMG: Timers: Solve = 0.001579079 Iter = 0.001447428 Bottom = 0.00016759 Time in solve 0.002023966 Max/L2 norm of divergence after solve at level 1 : 1.920634395e-05 0.001064523288 and volume-weighted sum 59001.86949 Time integration of scalars at level 1 from 328 to 330 with dt = 2 using RHS created at 328 Making slow rhs at time 330 for fast variables advancing from 328 to 330 No-substepping time integration at level 1 to 330 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008870398314 0.004442323153 and volume-weighted sum 59001.86949 Subtracting 1.920633772e-05 from rhs in subdomain 0 Sum after subtraction 1.734723476e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008678334937 MLMG: Initial residual (resid0) = 0.0008678334937 MLMG: Final Iter. 5 resid, resid/bnorm = 9.05693233e-11, 1.04362558e-07 MLMG: Timers: Solve = 0.001317439 Iter = 0.001184693 Bottom = 0.000145466 Time in solve 0.001759641 Max/L2 norm of divergence after solve at level 1 : 1.92064023e-05 0.001064523288 and volume-weighted sum 59001.86949 Time integration of scalars at level 1 from 328 to 330 with dt = 2 using RHS created at 330 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 165] Advanced 3072 cells Coarse STEP 165 ends. TIME = 330 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023642061 seconds. Coarse STEP 166 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.329874249 (terrain aware) 1.329874249 (terrain unaware) Anelastic dt at level 0 would be: 5.580970478 (terrain aware) 5.580970478 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382206213 (terrain aware) 0.1382206213 (terrain unaware) Anelastic dt at level 1 would be: 2.852248164 (terrain aware) 2.852248164 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 166] ADVANCE from elapsed time = 330 to 332 with dt = 2 Making slow rhs at time 330 for fast variables advancing from 330 to 330.6666666667 Fast time integration at level 0 from 330 to 330.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 330 to 330.6666666667 with dt = 0.6666666666667 using RHS created at 330 Making slow rhs at time 330.6666666667 for fast variables advancing from 330 to 331 Fast time integration at level 0 from 330 to 330.5 with dt = 0.5 Fast time integration at level 0 from 330.5 to 331 with dt = 0.5 Time integration of scalars at level 0 from 330 to 331 with dt = 1 using RHS created at 330.6666666667 Making slow rhs at time 331 for fast variables advancing from 330 to 332 Fast time integration at level 0 from 330 to 330.5 with dt = 0.5 Fast time integration at level 0 from 330.5 to 331 with dt = 0.5 Fast time integration at level 0 from 331 to 331.5 with dt = 0.5 Fast time integration at level 0 from 331.5 to 332 with dt = 0.5 Time integration of scalars at level 0 from 330 to 332 with dt = 2 using RHS created at 331 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 166] Advanced 4096 cells [Level 1 step 166] ADVANCE from elapsed time = 330 to 332 with dt = 2 Making slow rhs at time 330 for fast variables advancing from 330 to 332 No-substepping time integration at level 1 to 332 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008091537477 0.004852580203 and volume-weighted sum 94582.79141 Subtracting 3.078866908e-05 from rhs in subdomain 0 Sum after subtraction -2.190088388e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007783650787 MLMG: Initial residual (resid0) = 0.0007783650787 MLMG: Final Iter. 6 resid, resid/bnorm = 9.306908403e-12, 1.195699635e-08 MLMG: Timers: Solve = 0.00151978 Iter = 0.001384889 Bottom = 0.000159581 Time in solve 0.002002672 Max/L2 norm of divergence after solve at level 1 : 3.078867649e-05 0.001706481253 and volume-weighted sum 94582.79141 Time integration of scalars at level 1 from 330 to 332 with dt = 2 using RHS created at 330 Making slow rhs at time 332 for fast variables advancing from 330 to 332 No-substepping time integration at level 1 to 332 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008205010598 0.004629898677 and volume-weighted sum 94582.79141 Subtracting 3.078866908e-05 from rhs in subdomain 0 Sum after subtraction 8.695301423e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007897123907 MLMG: Initial residual (resid0) = 0.0007897123907 MLMG: Final Iter. 5 resid, resid/bnorm = 9.156872933e-11, 1.159519977e-07 MLMG: Timers: Solve = 0.00133079 Iter = 0.001187276 Bottom = 0.000145187 Time in solve 0.001768851 Max/L2 norm of divergence after solve at level 1 : 3.078874308e-05 0.001706481253 and volume-weighted sum 94582.79141 Time integration of scalars at level 1 from 330 to 332 with dt = 2 using RHS created at 332 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 166] Advanced 3072 cells Coarse STEP 166 ends. TIME = 332 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023859027 seconds. Coarse STEP 167 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.33116087 (terrain aware) 1.33116087 (terrain unaware) Anelastic dt at level 0 would be: 5.579646063 (terrain aware) 5.579646063 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383327884 (terrain aware) 0.1383327884 (terrain unaware) Anelastic dt at level 1 would be: 2.877903991 (terrain aware) 2.877903991 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 167] ADVANCE from elapsed time = 332 to 334 with dt = 2 Making slow rhs at time 332 for fast variables advancing from 332 to 332.6666666667 Fast time integration at level 0 from 332 to 332.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 332 to 332.6666666667 with dt = 0.6666666666667 using RHS created at 332 Making slow rhs at time 332.6666666667 for fast variables advancing from 332 to 333 Fast time integration at level 0 from 332 to 332.5 with dt = 0.5 Fast time integration at level 0 from 332.5 to 333 with dt = 0.5 Time integration of scalars at level 0 from 332 to 333 with dt = 1 using RHS created at 332.6666666667 Making slow rhs at time 333 for fast variables advancing from 332 to 334 Fast time integration at level 0 from 332 to 332.5 with dt = 0.5 Fast time integration at level 0 from 332.5 to 333 with dt = 0.5 Fast time integration at level 0 from 333 to 333.5 with dt = 0.5 Fast time integration at level 0 from 333.5 to 334 with dt = 0.5 Time integration of scalars at level 0 from 332 to 334 with dt = 2 using RHS created at 333 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 167] Advanced 4096 cells [Level 1 step 167] ADVANCE from elapsed time = 332 to 334 with dt = 2 Making slow rhs at time 332 for fast variables advancing from 332 to 334 No-substepping time integration at level 1 to 334 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000896081814 0.00513644989 and volume-weighted sum 117835.4741 Subtracting 3.835790171e-05 from rhs in subdomain 0 Sum after subtraction -8.088148207e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008577239123 MLMG: Initial residual (resid0) = 0.0008577239123 MLMG: Final Iter. 6 resid, resid/bnorm = 1.572345771e-11, 1.833160704e-08 MLMG: Timers: Solve = 0.001536963 Iter = 0.001404709 Bottom = 0.000157615 Time in solve 0.001974079 Max/L2 norm of divergence after solve at level 1 : 3.835791679e-05 0.002126010708 and volume-weighted sum 117835.4741 Time integration of scalars at level 1 from 332 to 334 with dt = 2 using RHS created at 332 Making slow rhs at time 334 for fast variables advancing from 332 to 334 No-substepping time integration at level 1 to 334 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0009031124566 0.004788339635 and volume-weighted sum 117835.4741 Subtracting 3.835790171e-05 from rhs in subdomain 0 Sum after subtraction 1.82145965e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008647545548 MLMG: Initial residual (resid0) = 0.0008647545548 MLMG: Final Iter. 5 resid, resid/bnorm = 9.209431977e-11, 1.064976406e-07 MLMG: Timers: Solve = 0.001327243 Iter = 0.001186263 Bottom = 0.000145997 Time in solve 0.001764841 Max/L2 norm of divergence after solve at level 1 : 3.835798355e-05 0.002126010708 and volume-weighted sum 117835.4741 Time integration of scalars at level 1 from 332 to 334 with dt = 2 using RHS created at 334 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 167] Advanced 3072 cells Coarse STEP 167 ends. TIME = 334 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023695585 seconds. Coarse STEP 168 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.334414346 (terrain aware) 1.334414346 (terrain unaware) Anelastic dt at level 0 would be: 5.614793883 (terrain aware) 5.614793883 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138359381 (terrain aware) 0.138359381 (terrain unaware) Anelastic dt at level 1 would be: 2.890337526 (terrain aware) 2.890337526 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 168] ADVANCE from elapsed time = 334 to 336 with dt = 2 Making slow rhs at time 334 for fast variables advancing from 334 to 334.6666666667 Fast time integration at level 0 from 334 to 334.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 334 to 334.6666666667 with dt = 0.6666666666667 using RHS created at 334 Making slow rhs at time 334.6666666667 for fast variables advancing from 334 to 335 Fast time integration at level 0 from 334 to 334.5 with dt = 0.5 Fast time integration at level 0 from 334.5 to 335 with dt = 0.5 Time integration of scalars at level 0 from 334 to 335 with dt = 1 using RHS created at 334.6666666667 Making slow rhs at time 335 for fast variables advancing from 334 to 336 Fast time integration at level 0 from 334 to 334.5 with dt = 0.5 Fast time integration at level 0 from 334.5 to 335 with dt = 0.5 Fast time integration at level 0 from 335 to 335.5 with dt = 0.5 Fast time integration at level 0 from 335.5 to 336 with dt = 0.5 Time integration of scalars at level 0 from 334 to 336 with dt = 2 using RHS created at 335 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 168] Advanced 4096 cells [Level 1 step 168] ADVANCE from elapsed time = 334 to 336 with dt = 2 Making slow rhs at time 334 for fast variables advancing from 334 to 336 No-substepping time integration at level 1 to 336 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008146700954 0.005251319231 and volume-weighted sum 127104.384 Subtracting 4.137512501e-05 from rhs in subdomain 0 Sum after subtraction -3.252606517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007732949704 MLMG: Initial residual (resid0) = 0.0007732949704 MLMG: Final Iter. 6 resid, resid/bnorm = 1.811540288e-11, 2.342625205e-08 MLMG: Timers: Solve = 0.001511353 Iter = 0.001379145 Bottom = 0.000159879 Time in solve 0.001949523 Max/L2 norm of divergence after solve at level 1 : 4.137514225e-05 0.002293242198 and volume-weighted sum 127104.384 Time integration of scalars at level 1 from 334 to 336 with dt = 2 using RHS created at 334 Making slow rhs at time 336 for fast variables advancing from 334 to 336 No-substepping time integration at level 1 to 336 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008323720815 0.004849951067 and volume-weighted sum 127104.384 Subtracting 4.137512501e-05 from rhs in subdomain 0 Sum after subtraction 1.170938346e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007909969565 MLMG: Initial residual (resid0) = 0.0007909969565 MLMG: Final Iter. 5 resid, resid/bnorm = 9.252688099e-11, 1.169750152e-07 MLMG: Timers: Solve = 0.001299574 Iter = 0.00116577 Bottom = 0.00014525 Time in solve 0.00172779 Max/L2 norm of divergence after solve at level 1 : 4.137521181e-05 0.002293242198 and volume-weighted sum 127104.384 Time integration of scalars at level 1 from 334 to 336 with dt = 2 using RHS created at 336 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 168] Advanced 3072 cells Coarse STEP 168 ends. TIME = 336 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024147471 seconds. Coarse STEP 169 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.337622833 (terrain aware) 1.337622833 (terrain unaware) Anelastic dt at level 0 would be: 5.683975224 (terrain aware) 5.683975224 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384423227 (terrain aware) 0.1384423227 (terrain unaware) Anelastic dt at level 1 would be: 2.912733535 (terrain aware) 2.912733535 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 169] ADVANCE from elapsed time = 336 to 338 with dt = 2 Making slow rhs at time 336 for fast variables advancing from 336 to 336.6666666667 Fast time integration at level 0 from 336 to 336.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 336 to 336.6666666667 with dt = 0.6666666666667 using RHS created at 336 Making slow rhs at time 336.6666666667 for fast variables advancing from 336 to 337 Fast time integration at level 0 from 336 to 336.5 with dt = 0.5 Fast time integration at level 0 from 336.5 to 337 with dt = 0.5 Time integration of scalars at level 0 from 336 to 337 with dt = 1 using RHS created at 336.6666666667 Making slow rhs at time 337 for fast variables advancing from 336 to 338 Fast time integration at level 0 from 336 to 336.5 with dt = 0.5 Fast time integration at level 0 from 336.5 to 337 with dt = 0.5 Fast time integration at level 0 from 337 to 337.5 with dt = 0.5 Fast time integration at level 0 from 337.5 to 338 with dt = 0.5 Time integration of scalars at level 0 from 336 to 338 with dt = 2 using RHS created at 337 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 169] Advanced 4096 cells [Level 1 step 169] ADVANCE from elapsed time = 336 to 338 with dt = 2 Making slow rhs at time 336 for fast variables advancing from 336 to 338 No-substepping time integration at level 1 to 338 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008925466286 0.005186517867 and volume-weighted sum 122828.5357 Subtracting 3.998324729e-05 from rhs in subdomain 0 Sum after subtraction 4.380176777e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008525633813 MLMG: Initial residual (resid0) = 0.0008525633813 MLMG: Final Iter. 6 resid, resid/bnorm = 1.768865337e-11, 2.074761097e-08 MLMG: Timers: Solve = 0.001503991 Iter = 0.001373122 Bottom = 0.000153774 Time in solve 0.001932131 Max/L2 norm of divergence after solve at level 1 : 3.998326376e-05 0.002216096504 and volume-weighted sum 122828.5357 Time integration of scalars at level 1 from 336 to 338 with dt = 2 using RHS created at 336 Making slow rhs at time 338 for fast variables advancing from 336 to 338 No-substepping time integration at level 1 to 338 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00089979878 0.004797467867 and volume-weighted sum 122828.5357 Subtracting 3.998324729e-05 from rhs in subdomain 0 Sum after subtraction 2.049142106e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008598155327 MLMG: Initial residual (resid0) = 0.0008598155327 MLMG: Final Iter. 5 resid, resid/bnorm = 9.30805266e-11, 1.082563911e-07 MLMG: Timers: Solve = 0.001312722 Iter = 0.001179643 Bottom = 0.000139543 Time in solve 0.001753267 Max/L2 norm of divergence after solve at level 1 : 3.998333582e-05 0.002216096504 and volume-weighted sum 122828.5357 Time integration of scalars at level 1 from 336 to 338 with dt = 2 using RHS created at 338 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 169] Advanced 3072 cells Coarse STEP 169 ends. TIME = 338 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023760433 seconds. Coarse STEP 170 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.337560298 (terrain aware) 1.337560298 (terrain unaware) Anelastic dt at level 0 would be: 5.694062375 (terrain aware) 5.694062375 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385033285 (terrain aware) 0.1385033285 (terrain unaware) Anelastic dt at level 1 would be: 2.929357106 (terrain aware) 2.929357106 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 170] ADVANCE from elapsed time = 338 to 340 with dt = 2 Making slow rhs at time 338 for fast variables advancing from 338 to 338.6666666667 Fast time integration at level 0 from 338 to 338.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 338 to 338.6666666667 with dt = 0.6666666666667 using RHS created at 338 Making slow rhs at time 338.6666666667 for fast variables advancing from 338 to 339 Fast time integration at level 0 from 338 to 338.5 with dt = 0.5 Fast time integration at level 0 from 338.5 to 339 with dt = 0.5 Time integration of scalars at level 0 from 338 to 339 with dt = 1 using RHS created at 338.6666666667 Making slow rhs at time 339 for fast variables advancing from 338 to 340 Fast time integration at level 0 from 338 to 338.5 with dt = 0.5 Fast time integration at level 0 from 338.5 to 339 with dt = 0.5 Fast time integration at level 0 from 339 to 339.5 with dt = 0.5 Fast time integration at level 0 from 339.5 to 340 with dt = 0.5 Time integration of scalars at level 0 from 338 to 340 with dt = 2 using RHS created at 339 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 170] Advanced 4096 cells [Level 1 step 170] ADVANCE from elapsed time = 338 to 340 with dt = 2 Making slow rhs at time 338 for fast variables advancing from 338 to 340 No-substepping time integration at level 1 to 340 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008064791148 0.005004631342 and volume-weighted sum 106109.2456 Subtracting 3.454077006e-05 from rhs in subdomain 0 Sum after subtraction -3.512815039e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007719383447 MLMG: Initial residual (resid0) = 0.0007719383447 MLMG: Final Iter. 6 resid, resid/bnorm = 1.561586508e-11, 2.022942011e-08 MLMG: Timers: Solve = 0.001523524 Iter = 0.001382336 Bottom = 0.000163337 Time in solve 0.001957724 Max/L2 norm of divergence after solve at level 1 : 3.45407852e-05 0.001914443798 and volume-weighted sum 106109.2456 Time integration of scalars at level 1 from 338 to 340 with dt = 2 using RHS created at 338 Making slow rhs at time 340 for fast variables advancing from 338 to 340 No-substepping time integration at level 1 to 340 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008248891312 0.004646560678 and volume-weighted sum 106109.2456 Subtracting 3.454077006e-05 from rhs in subdomain 0 Sum after subtraction -2.489328188e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007903483612 MLMG: Initial residual (resid0) = 0.0007903483612 MLMG: Final Iter. 5 resid, resid/bnorm = 9.378956796e-11, 1.186686436e-07 MLMG: Timers: Solve = 0.001626151 Iter = 0.001184323 Bottom = 0.000140887 Time in solve 0.002096855 Max/L2 norm of divergence after solve at level 1 : 3.454085725e-05 0.001914443798 and volume-weighted sum 106109.2456 Time integration of scalars at level 1 from 338 to 340 with dt = 2 using RHS created at 340 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 170] Advanced 3072 cells Coarse STEP 170 ends. TIME = 340 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024040777 seconds. Coarse STEP 171 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.339555698 (terrain aware) 1.339555698 (terrain unaware) Anelastic dt at level 0 would be: 5.705178316 (terrain aware) 5.705178316 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385588549 (terrain aware) 0.1385588549 (terrain unaware) Anelastic dt at level 1 would be: 2.93492999 (terrain aware) 2.93492999 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 171] ADVANCE from elapsed time = 340 to 342 with dt = 2 Making slow rhs at time 340 for fast variables advancing from 340 to 340.6666666667 Fast time integration at level 0 from 340 to 340.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 340 to 340.6666666667 with dt = 0.6666666666667 using RHS created at 340 Making slow rhs at time 340.6666666667 for fast variables advancing from 340 to 341 Fast time integration at level 0 from 340 to 340.5 with dt = 0.5 Fast time integration at level 0 from 340.5 to 341 with dt = 0.5 Time integration of scalars at level 0 from 340 to 341 with dt = 1 using RHS created at 340.6666666667 Making slow rhs at time 341 for fast variables advancing from 340 to 342 Fast time integration at level 0 from 340 to 340.5 with dt = 0.5 Fast time integration at level 0 from 340.5 to 341 with dt = 0.5 Fast time integration at level 0 from 341 to 341.5 with dt = 0.5 Fast time integration at level 0 from 341.5 to 342 with dt = 0.5 Time integration of scalars at level 0 from 340 to 342 with dt = 2 using RHS created at 341 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 171] Advanced 4096 cells [Level 1 step 171] ADVANCE from elapsed time = 340 to 342 with dt = 2 Making slow rhs at time 340 for fast variables advancing from 340 to 342 No-substepping time integration at level 1 to 342 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008718132056 0.004759892374 and volume-weighted sum 78473.01946 Subtracting 2.554460269e-05 from rhs in subdomain 0 Sum after subtraction 1.561251128e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008462686029 MLMG: Initial residual (resid0) = 0.0008462686029 MLMG: Final Iter. 6 resid, resid/bnorm = 1.366388877e-11, 1.614604242e-08 MLMG: Timers: Solve = 0.001493139 Iter = 0.001366229 Bottom = 0.000155398 Time in solve 0.001948399 Max/L2 norm of divergence after solve at level 1 : 2.554461635e-05 0.001415825591 and volume-weighted sum 78473.01946 Time integration of scalars at level 1 from 340 to 342 with dt = 2 using RHS created at 340 Making slow rhs at time 342 for fast variables advancing from 340 to 342 No-substepping time integration at level 1 to 342 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008814606706 0.004441416642 and volume-weighted sum 78473.01946 Subtracting 2.554460269e-05 from rhs in subdomain 0 Sum after subtraction 4.640385298e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000855916068 MLMG: Initial residual (resid0) = 0.000855916068 MLMG: Final Iter. 5 resid, resid/bnorm = 9.467684318e-11, 1.106146347e-07 MLMG: Timers: Solve = 0.001317681 Iter = 0.001186298 Bottom = 0.000140799 Time in solve 0.001762352 Max/L2 norm of divergence after solve at level 1 : 2.554468567e-05 0.001415825591 and volume-weighted sum 78473.01946 Time integration of scalars at level 1 from 340 to 342 with dt = 2 using RHS created at 342 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 171] Advanced 3072 cells Coarse STEP 171 ends. TIME = 342 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024514846 seconds. Coarse STEP 172 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.3434429 (terrain aware) 1.3434429 (terrain unaware) Anelastic dt at level 0 would be: 5.753887671 (terrain aware) 5.753887671 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1386482351 (terrain aware) 0.1386482351 (terrain unaware) Anelastic dt at level 1 would be: 2.93180928 (terrain aware) 2.93180928 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 172] ADVANCE from elapsed time = 342 to 344 with dt = 2 Making slow rhs at time 342 for fast variables advancing from 342 to 342.6666666667 Fast time integration at level 0 from 342 to 342.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 342 to 342.6666666667 with dt = 0.6666666666667 using RHS created at 342 Making slow rhs at time 342.6666666667 for fast variables advancing from 342 to 343 Fast time integration at level 0 from 342 to 342.5 with dt = 0.5 Fast time integration at level 0 from 342.5 to 343 with dt = 0.5 Time integration of scalars at level 0 from 342 to 343 with dt = 1 using RHS created at 342.6666666667 Making slow rhs at time 343 for fast variables advancing from 342 to 344 Fast time integration at level 0 from 342 to 342.5 with dt = 0.5 Fast time integration at level 0 from 342.5 to 343 with dt = 0.5 Fast time integration at level 0 from 343 to 343.5 with dt = 0.5 Fast time integration at level 0 from 343.5 to 344 with dt = 0.5 Time integration of scalars at level 0 from 342 to 344 with dt = 2 using RHS created at 343 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 172] Advanced 4096 cells [Level 1 step 172] ADVANCE from elapsed time = 342 to 344 with dt = 2 Making slow rhs at time 342 for fast variables advancing from 342 to 344 No-substepping time integration at level 1 to 344 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007835317817 0.004510458002 and volume-weighted sum 42617.43083 Subtracting 1.38728616e-05 from rhs in subdomain 0 Sum after subtraction -1.647987302e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007696589201 MLMG: Initial residual (resid0) = 0.0007696589201 MLMG: Final Iter. 6 resid, resid/bnorm = 1.126804339e-11, 1.464030767e-08 MLMG: Timers: Solve = 0.001582341 Iter = 0.001454551 Bottom = 0.000159091 Time in solve 0.002011507 Max/L2 norm of divergence after solve at level 1 : 1.387287287e-05 0.0007689120362 and volume-weighted sum 42617.43083 Time integration of scalars at level 1 from 342 to 344 with dt = 2 using RHS created at 342 Making slow rhs at time 344 for fast variables advancing from 342 to 344 No-substepping time integration at level 1 to 344 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007976871233 0.004254264031 and volume-weighted sum 42617.43083 Subtracting 1.38728616e-05 from rhs in subdomain 0 Sum after subtraction -2.537033084e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007838142617 MLMG: Initial residual (resid0) = 0.0007838142617 MLMG: Final Iter. 5 resid, resid/bnorm = 9.576581829e-11, 1.22179224e-07 MLMG: Timers: Solve = 0.001646897 Iter = 0.001515745 Bottom = 0.000187298 Time in solve 0.002080671 Max/L2 norm of divergence after solve at level 1 : 1.387293783e-05 0.0007689120362 and volume-weighted sum 42617.43083 Time integration of scalars at level 1 from 342 to 344 with dt = 2 using RHS created at 344 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 172] Advanced 3072 cells Coarse STEP 172 ends. TIME = 344 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024114041 seconds. Coarse STEP 173 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.345791017 (terrain aware) 1.345791017 (terrain unaware) Anelastic dt at level 0 would be: 5.837300698 (terrain aware) 5.837300698 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1386749393 (terrain aware) 0.1386749393 (terrain unaware) Anelastic dt at level 1 would be: 2.928835963 (terrain aware) 2.928835963 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 173] ADVANCE from elapsed time = 344 to 346 with dt = 2 Making slow rhs at time 344 for fast variables advancing from 344 to 344.6666666667 Fast time integration at level 0 from 344 to 344.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 344 to 344.6666666667 with dt = 0.6666666666667 using RHS created at 344 Making slow rhs at time 344.6666666667 for fast variables advancing from 344 to 345 Fast time integration at level 0 from 344 to 344.5 with dt = 0.5 Fast time integration at level 0 from 344.5 to 345 with dt = 0.5 Time integration of scalars at level 0 from 344 to 345 with dt = 1 using RHS created at 344.6666666667 Making slow rhs at time 345 for fast variables advancing from 344 to 346 Fast time integration at level 0 from 344 to 344.5 with dt = 0.5 Fast time integration at level 0 from 344.5 to 345 with dt = 0.5 Fast time integration at level 0 from 345 to 345.5 with dt = 0.5 Fast time integration at level 0 from 345.5 to 346 with dt = 0.5 Time integration of scalars at level 0 from 344 to 346 with dt = 2 using RHS created at 345 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 173] Advanced 4096 cells [Level 1 step 173] ADVANCE from elapsed time = 344 to 346 with dt = 2 Making slow rhs at time 344 for fast variables advancing from 344 to 346 No-substepping time integration at level 1 to 346 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008360771293 0.004345802266 and volume-weighted sum 3106.905093 Subtracting 1.011362335e-06 from rhs in subdomain 0 Sum after subtraction -5.59448321e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008350657669 MLMG: Initial residual (resid0) = 0.0008350657669 MLMG: Final Iter. 6 resid, resid/bnorm = 6.704763455e-12, 8.029024444e-09 MLMG: Timers: Solve = 0.001518879 Iter = 0.001386242 Bottom = 0.000161684 Time in solve 0.001956575 Max/L2 norm of divergence after solve at level 1 : 1.01136904e-06 5.605539037e-05 and volume-weighted sum 3106.905093 Time integration of scalars at level 1 from 344 to 346 with dt = 2 using RHS created at 344 Making slow rhs at time 346 for fast variables advancing from 344 to 346 No-substepping time integration at level 1 to 346 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008503606161 0.004156511703 and volume-weighted sum 3106.905093 Subtracting 1.011362335e-06 from rhs in subdomain 0 Sum after subtraction -1.283695372e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008493492538 MLMG: Initial residual (resid0) = 0.0008493492538 MLMG: Final Iter. 5 resid, resid/bnorm = 9.71622728e-11, 1.143961361e-07 MLMG: Timers: Solve = 0.001367845 Iter = 0.00123284 Bottom = 0.000141528 Time in solve 0.001837317 Max/L2 norm of divergence after solve at level 1 : 1.011429689e-06 5.605539037e-05 and volume-weighted sum 3106.905093 Time integration of scalars at level 1 from 344 to 346 with dt = 2 using RHS created at 346 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 173] Advanced 3072 cells Coarse STEP 173 ends. TIME = 346 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023965097 seconds. Coarse STEP 174 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.346334146 (terrain aware) 1.346334146 (terrain unaware) Anelastic dt at level 0 would be: 5.831698717 (terrain aware) 5.831698717 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1387865879 (terrain aware) 0.1387865879 (terrain unaware) Anelastic dt at level 1 would be: 2.926210219 (terrain aware) 2.926210219 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 174] ADVANCE from elapsed time = 346 to 348 with dt = 2 Making slow rhs at time 346 for fast variables advancing from 346 to 346.6666666667 Fast time integration at level 0 from 346 to 346.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 346 to 346.6666666667 with dt = 0.6666666666667 using RHS created at 346 Making slow rhs at time 346.6666666667 for fast variables advancing from 346 to 347 Fast time integration at level 0 from 346 to 346.5 with dt = 0.5 Fast time integration at level 0 from 346.5 to 347 with dt = 0.5 Time integration of scalars at level 0 from 346 to 347 with dt = 1 using RHS created at 346.6666666667 Making slow rhs at time 347 for fast variables advancing from 346 to 348 Fast time integration at level 0 from 346 to 346.5 with dt = 0.5 Fast time integration at level 0 from 346.5 to 347 with dt = 0.5 Fast time integration at level 0 from 347 to 347.5 with dt = 0.5 Fast time integration at level 0 from 347.5 to 348 with dt = 0.5 Time integration of scalars at level 0 from 346 to 348 with dt = 2 using RHS created at 347 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 174] Advanced 4096 cells [Level 1 step 174] ADVANCE from elapsed time = 346 to 348 with dt = 2 Making slow rhs at time 346 for fast variables advancing from 346 to 348 No-substepping time integration at level 1 to 348 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007529185801 0.004353305697 and volume-weighted sum -33929.43299 Subtracting -1.10447373e-05 from rhs in subdomain 0 Sum after subtraction 7.632783294e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007639633174 MLMG: Initial residual (resid0) = 0.0007639633174 MLMG: Final Iter. 6 resid, resid/bnorm = 5.625706461e-12, 7.363843698e-09 MLMG: Timers: Solve = 0.00152108 Iter = 0.001389477 Bottom = 0.000163267 Time in solve 0.001962582 Max/L2 norm of divergence after solve at level 1 : 1.104474287e-05 0.0006121614772 and volume-weighted sum -33929.43299 Time integration of scalars at level 1 from 346 to 348 with dt = 2 using RHS created at 346 Making slow rhs at time 348 for fast variables advancing from 346 to 348 No-substepping time integration at level 1 to 348 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007623121923 0.004171655358 and volume-weighted sum -33929.43299 Subtracting -1.10447373e-05 from rhs in subdomain 0 Sum after subtraction 5.074066167e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007733569296 MLMG: Initial residual (resid0) = 0.0007733569296 MLMG: Final Iter. 5 resid, resid/bnorm = 9.88377481e-11, 1.278035333e-07 MLMG: Timers: Solve = 0.00131591 Iter = 0.001183593 Bottom = 0.00013796 Time in solve 0.001751665 Max/L2 norm of divergence after solve at level 1 : 1.104483614e-05 0.0006121614772 and volume-weighted sum -33929.43299 Time integration of scalars at level 1 from 346 to 348 with dt = 2 using RHS created at 348 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 174] Advanced 3072 cells Coarse STEP 174 ends. TIME = 348 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023726803 seconds. Coarse STEP 175 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348832723 (terrain aware) 1.348832723 (terrain unaware) Anelastic dt at level 0 would be: 5.852601876 (terrain aware) 5.852601876 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1387854805 (terrain aware) 0.1387854805 (terrain unaware) Anelastic dt at level 1 would be: 2.924142327 (terrain aware) 2.924142327 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 175] ADVANCE from elapsed time = 348 to 350 with dt = 2 Making slow rhs at time 348 for fast variables advancing from 348 to 348.6666666667 Fast time integration at level 0 from 348 to 348.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 348 to 348.6666666667 with dt = 0.6666666666667 using RHS created at 348 Making slow rhs at time 348.6666666667 for fast variables advancing from 348 to 349 Fast time integration at level 0 from 348 to 348.5 with dt = 0.5 Fast time integration at level 0 from 348.5 to 349 with dt = 0.5 Time integration of scalars at level 0 from 348 to 349 with dt = 1 using RHS created at 348.6666666667 Making slow rhs at time 349 for fast variables advancing from 348 to 350 Fast time integration at level 0 from 348 to 348.5 with dt = 0.5 Fast time integration at level 0 from 348.5 to 349 with dt = 0.5 Fast time integration at level 0 from 349 to 349.5 with dt = 0.5 Fast time integration at level 0 from 349.5 to 350 with dt = 0.5 Time integration of scalars at level 0 from 348 to 350 with dt = 2 using RHS created at 349 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 175] Advanced 4096 cells [Level 1 step 175] ADVANCE from elapsed time = 348 to 350 with dt = 2 Making slow rhs at time 348 for fast variables advancing from 348 to 350 No-substepping time integration at level 1 to 350 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008007185723 0.004512685013 and volume-weighted sum -62596.98007 Subtracting -2.037662112e-05 from rhs in subdomain 0 Sum after subtraction -1.25767452e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008210951934 MLMG: Initial residual (resid0) = 0.0008210951934 MLMG: Final Iter. 6 resid, resid/bnorm = 1.539611298e-11, 1.875070406e-08 MLMG: Timers: Solve = 0.001879623 Iter = 0.001749973 Bottom = 0.000160531 Time in solve 0.002315106 Max/L2 norm of divergence after solve at level 1 : 2.037663651e-05 0.001129386978 and volume-weighted sum -62596.98007 Time integration of scalars at level 1 from 348 to 350 with dt = 2 using RHS created at 348 Making slow rhs at time 350 for fast variables advancing from 348 to 350 No-substepping time integration at level 1 to 350 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008216530533 0.004249824835 and volume-weighted sum -62596.98007 Subtracting -2.037662112e-05 from rhs in subdomain 0 Sum after subtraction -7.589415207e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008420296744 MLMG: Initial residual (resid0) = 0.0008420296744 MLMG: Final Iter. 6 resid, resid/bnorm = 4.522417986e-12, 5.370853455e-09 MLMG: Timers: Solve = 0.00151815 Iter = 0.001377271 Bottom = 0.000164958 Time in solve 0.001950929 Max/L2 norm of divergence after solve at level 1 : 2.037662456e-05 0.001129386978 and volume-weighted sum -62596.98007 Time integration of scalars at level 1 from 348 to 350 with dt = 2 using RHS created at 350 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 175] Advanced 3072 cells Coarse STEP 175 ends. TIME = 350 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024045378 seconds. Coarse STEP 176 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.353068343 (terrain aware) 1.353068343 (terrain unaware) Anelastic dt at level 0 would be: 5.910465961 (terrain aware) 5.910465961 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389144109 (terrain aware) 0.1389144109 (terrain unaware) Anelastic dt at level 1 would be: 2.92235679 (terrain aware) 2.92235679 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 176] ADVANCE from elapsed time = 350 to 352 with dt = 2 Making slow rhs at time 350 for fast variables advancing from 350 to 350.6666666667 Fast time integration at level 0 from 350 to 350.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 350 to 350.6666666667 with dt = 0.6666666666667 using RHS created at 350 Making slow rhs at time 350.6666666667 for fast variables advancing from 350 to 351 Fast time integration at level 0 from 350 to 350.5 with dt = 0.5 Fast time integration at level 0 from 350.5 to 351 with dt = 0.5 Time integration of scalars at level 0 from 350 to 351 with dt = 1 using RHS created at 350.6666666667 Making slow rhs at time 351 for fast variables advancing from 350 to 352 Fast time integration at level 0 from 350 to 350.5 with dt = 0.5 Fast time integration at level 0 from 350.5 to 351 with dt = 0.5 Fast time integration at level 0 from 351 to 351.5 with dt = 0.5 Fast time integration at level 0 from 351.5 to 352 with dt = 0.5 Time integration of scalars at level 0 from 350 to 352 with dt = 2 using RHS created at 351 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 176] Advanced 4096 cells [Level 1 step 176] ADVANCE from elapsed time = 350 to 352 with dt = 2 Making slow rhs at time 350 for fast variables advancing from 350 to 352 No-substepping time integration at level 1 to 352 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007354835176 0.00464919642 and volume-weighted sum -79629.13119 Subtracting -2.592094114e-05 from rhs in subdomain 0 Sum after subtraction -8.391724815e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007614044587 MLMG: Initial residual (resid0) = 0.0007614044587 MLMG: Final Iter. 6 resid, resid/bnorm = 2.219487317e-11, 2.914991226e-08 MLMG: Timers: Solve = 0.001540609 Iter = 0.001410643 Bottom = 0.000170714 Time in solve 0.001965237 Max/L2 norm of divergence after solve at level 1 : 2.592096334e-05 0.001436684385 and volume-weighted sum -79629.13119 Time integration of scalars at level 1 from 350 to 352 with dt = 2 using RHS created at 350 Making slow rhs at time 352 for fast variables advancing from 350 to 352 No-substepping time integration at level 1 to 352 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000732445373 0.004313403475 and volume-weighted sum -79629.13119 Subtracting -2.592094114e-05 from rhs in subdomain 0 Sum after subtraction -1.433315272e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007583663141 MLMG: Initial residual (resid0) = 0.0007583663141 MLMG: Final Iter. 6 resid, resid/bnorm = 4.531536364e-12, 5.975392471e-09 MLMG: Timers: Solve = 0.001518073 Iter = 0.00138582 Bottom = 0.000162845 Time in solve 0.001955195 Max/L2 norm of divergence after solve at level 1 : 2.592094428e-05 0.001436684385 and volume-weighted sum -79629.13119 Time integration of scalars at level 1 from 350 to 352 with dt = 2 using RHS created at 352 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 176] Advanced 3072 cells Coarse STEP 176 ends. TIME = 352 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023671865 seconds. Coarse STEP 177 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35451439 (terrain aware) 1.35451439 (terrain unaware) Anelastic dt at level 0 would be: 5.995146553 (terrain aware) 5.995146553 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1388878633 (terrain aware) 0.1388878633 (terrain unaware) Anelastic dt at level 1 would be: 2.921031623 (terrain aware) 2.921031623 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 177] ADVANCE from elapsed time = 352 to 354 with dt = 2 Making slow rhs at time 352 for fast variables advancing from 352 to 352.6666666667 Fast time integration at level 0 from 352 to 352.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 352 to 352.6666666667 with dt = 0.6666666666667 using RHS created at 352 Making slow rhs at time 352.6666666667 for fast variables advancing from 352 to 353 Fast time integration at level 0 from 352 to 352.5 with dt = 0.5 Fast time integration at level 0 from 352.5 to 353 with dt = 0.5 Time integration of scalars at level 0 from 352 to 353 with dt = 1 using RHS created at 352.6666666667 Making slow rhs at time 353 for fast variables advancing from 352 to 354 Fast time integration at level 0 from 352 to 352.5 with dt = 0.5 Fast time integration at level 0 from 352.5 to 353 with dt = 0.5 Fast time integration at level 0 from 353 to 353.5 with dt = 0.5 Fast time integration at level 0 from 353.5 to 354 with dt = 0.5 Time integration of scalars at level 0 from 352 to 354 with dt = 2 using RHS created at 353 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 177] Advanced 4096 cells [Level 1 step 177] ADVANCE from elapsed time = 352 to 354 with dt = 2 Making slow rhs at time 352 for fast variables advancing from 352 to 354 No-substepping time integration at level 1 to 354 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007806377234 0.004626511638 and volume-weighted sum -85563.5254 Subtracting -2.785271009e-05 from rhs in subdomain 0 Sum after subtraction 3.035766083e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008084904335 MLMG: Initial residual (resid0) = 0.0008084904335 MLMG: Final Iter. 6 resid, resid/bnorm = 2.251910796e-11, 2.785327696e-08 MLMG: Timers: Solve = 0.001567978 Iter = 0.001377829 Bottom = 0.000160171 Time in solve 0.002016115 Max/L2 norm of divergence after solve at level 1 : 2.785273261e-05 0.001543753888 and volume-weighted sum -85563.5254 Time integration of scalars at level 1 from 352 to 354 with dt = 2 using RHS created at 352 Making slow rhs at time 354 for fast variables advancing from 352 to 354 No-substepping time integration at level 1 to 354 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008058084092 0.004322272002 and volume-weighted sum -85563.5254 Subtracting -2.785271009e-05 from rhs in subdomain 0 Sum after subtraction 6.375108774e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008336611193 MLMG: Initial residual (resid0) = 0.0008336611193 MLMG: Final Iter. 6 resid, resid/bnorm = 4.52028365e-12, 5.422207592e-09 MLMG: Timers: Solve = 0.001504422 Iter = 0.001374787 Bottom = 0.000168585 Time in solve 0.001956105 Max/L2 norm of divergence after solve at level 1 : 2.7852713e-05 0.001543753888 and volume-weighted sum -85563.5254 Time integration of scalars at level 1 from 352 to 354 with dt = 2 using RHS created at 354 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 177] Advanced 3072 cells Coarse STEP 177 ends. TIME = 354 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024103865 seconds. Coarse STEP 178 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35516228 (terrain aware) 1.35516228 (terrain unaware) Anelastic dt at level 0 would be: 5.978594167 (terrain aware) 5.978594167 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390032642 (terrain aware) 0.1390032642 (terrain unaware) Anelastic dt at level 1 would be: 2.920403847 (terrain aware) 2.920403847 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 178] ADVANCE from elapsed time = 354 to 356 with dt = 2 Making slow rhs at time 354 for fast variables advancing from 354 to 354.6666666667 Fast time integration at level 0 from 354 to 354.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 354 to 354.6666666667 with dt = 0.6666666666667 using RHS created at 354 Making slow rhs at time 354.6666666667 for fast variables advancing from 354 to 355 Fast time integration at level 0 from 354 to 354.5 with dt = 0.5 Fast time integration at level 0 from 354.5 to 355 with dt = 0.5 Time integration of scalars at level 0 from 354 to 355 with dt = 1 using RHS created at 354.6666666667 Making slow rhs at time 355 for fast variables advancing from 354 to 356 Fast time integration at level 0 from 354 to 354.5 with dt = 0.5 Fast time integration at level 0 from 354.5 to 355 with dt = 0.5 Fast time integration at level 0 from 355 to 355.5 with dt = 0.5 Fast time integration at level 0 from 355.5 to 356 with dt = 0.5 Time integration of scalars at level 0 from 354 to 356 with dt = 2 using RHS created at 355 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 178] Advanced 4096 cells [Level 1 step 178] ADVANCE from elapsed time = 354 to 356 with dt = 2 Making slow rhs at time 354 for fast variables advancing from 354 to 356 No-substepping time integration at level 1 to 356 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007353458758 0.004500095074 and volume-weighted sum -83465.25439 Subtracting -2.716967916e-05 from rhs in subdomain 0 Sum after subtraction -1.509209424e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000762515555 MLMG: Initial residual (resid0) = 0.000762515555 MLMG: Final Iter. 6 resid, resid/bnorm = 1.588725145e-11, 2.083531456e-08 MLMG: Timers: Solve = 0.001511101 Iter = 0.001381986 Bottom = 0.00016422 Time in solve 0.001957726 Max/L2 norm of divergence after solve at level 1 : 2.716969505e-05 0.001505896471 and volume-weighted sum -83465.25439 Time integration of scalars at level 1 from 354 to 356 with dt = 2 using RHS created at 354 Making slow rhs at time 356 for fast variables advancing from 354 to 356 No-substepping time integration at level 1 to 356 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007255467114 0.004282483006 and volume-weighted sum -83465.25439 Subtracting -2.716967916e-05 from rhs in subdomain 0 Sum after subtraction -1.678344963e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007527163905 MLMG: Initial residual (resid0) = 0.0007527163905 MLMG: Final Iter. 6 resid, resid/bnorm = 4.489031143e-12, 5.963774934e-09 MLMG: Timers: Solve = 0.001509593 Iter = 0.001382862 Bottom = 0.000172365 Time in solve 0.001965686 Max/L2 norm of divergence after solve at level 1 : 2.716968194e-05 0.001505896471 and volume-weighted sum -83465.25439 Time integration of scalars at level 1 from 354 to 356 with dt = 2 using RHS created at 356 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 178] Advanced 3072 cells Coarse STEP 178 ends. TIME = 356 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02377729 seconds. Coarse STEP 179 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.357629173 (terrain aware) 1.357629173 (terrain unaware) Anelastic dt at level 0 would be: 6.001899002 (terrain aware) 6.001899002 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389826621 (terrain aware) 0.1389826621 (terrain unaware) Anelastic dt at level 1 would be: 2.920434288 (terrain aware) 2.920434288 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 179] ADVANCE from elapsed time = 356 to 358 with dt = 2 Making slow rhs at time 356 for fast variables advancing from 356 to 356.6666666667 Fast time integration at level 0 from 356 to 356.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 356 to 356.6666666667 with dt = 0.6666666666667 using RHS created at 356 Making slow rhs at time 356.6666666667 for fast variables advancing from 356 to 357 Fast time integration at level 0 from 356 to 356.5 with dt = 0.5 Fast time integration at level 0 from 356.5 to 357 with dt = 0.5 Time integration of scalars at level 0 from 356 to 357 with dt = 1 using RHS created at 356.6666666667 Making slow rhs at time 357 for fast variables advancing from 356 to 358 Fast time integration at level 0 from 356 to 356.5 with dt = 0.5 Fast time integration at level 0 from 356.5 to 357 with dt = 0.5 Fast time integration at level 0 from 357 to 357.5 with dt = 0.5 Fast time integration at level 0 from 357.5 to 358 with dt = 0.5 Time integration of scalars at level 0 from 356 to 358 with dt = 2 using RHS created at 357 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 179] Advanced 4096 cells [Level 1 step 179] ADVANCE from elapsed time = 356 to 358 with dt = 2 Making slow rhs at time 356 for fast variables advancing from 356 to 358 No-substepping time integration at level 1 to 358 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007723625617 0.004380619291 and volume-weighted sum -76030.12178 Subtracting -2.47493886e-05 from rhs in subdomain 0 Sum after subtraction -4.293440603e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007971119503 MLMG: Initial residual (resid0) = 0.0007971119503 MLMG: Final Iter. 6 resid, resid/bnorm = 8.183823698e-12, 1.026684357e-08 MLMG: Timers: Solve = 0.001583325 Iter = 0.001449633 Bottom = 0.000170826 Time in solve 0.002028472 Max/L2 norm of divergence after solve at level 1 : 2.474939678e-05 0.001371750352 and volume-weighted sum -76030.12178 Time integration of scalars at level 1 from 356 to 358 with dt = 2 using RHS created at 356 Making slow rhs at time 358 for fast variables advancing from 356 to 358 No-substepping time integration at level 1 to 358 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007994760947 0.004209561046 and volume-weighted sum -76030.12178 Subtracting -2.47493886e-05 from rhs in subdomain 0 Sum after subtraction -4.813857646e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008242254833 MLMG: Initial residual (resid0) = 0.0008242254833 MLMG: Final Iter. 5 resid, resid/bnorm = 9.957805789e-11, 1.208140975e-07 MLMG: Timers: Solve = 0.001321835 Iter = 0.00118759 Bottom = 0.000136587 Time in solve 0.001766765 Max/L2 norm of divergence after solve at level 1 : 2.474948818e-05 0.001371750352 and volume-weighted sum -76030.12178 Time integration of scalars at level 1 from 356 to 358 with dt = 2 using RHS created at 358 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 179] Advanced 3072 cells Coarse STEP 179 ends. TIME = 358 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.024173786 seconds. Coarse STEP 180 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.361756527 (terrain aware) 1.361756527 (terrain unaware) Anelastic dt at level 0 would be: 6.035892527 (terrain aware) 6.035892527 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390821011 (terrain aware) 0.1390821011 (terrain unaware) Anelastic dt at level 1 would be: 2.92116321 (terrain aware) 2.92116321 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 180] ADVANCE from elapsed time = 358 to 360 with dt = 2 Making slow rhs at time 358 for fast variables advancing from 358 to 358.6666666667 Fast time integration at level 0 from 358 to 358.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 358 to 358.6666666667 with dt = 0.6666666666667 using RHS created at 358 Making slow rhs at time 358.6666666667 for fast variables advancing from 358 to 359 Fast time integration at level 0 from 358 to 358.5 with dt = 0.5 Fast time integration at level 0 from 358.5 to 359 with dt = 0.5 Time integration of scalars at level 0 from 358 to 359 with dt = 1 using RHS created at 358.6666666667 Making slow rhs at time 359 for fast variables advancing from 358 to 360 Fast time integration at level 0 from 358 to 358.5 with dt = 0.5 Fast time integration at level 0 from 358.5 to 359 with dt = 0.5 Fast time integration at level 0 from 359 to 359.5 with dt = 0.5 Fast time integration at level 0 from 359.5 to 360 with dt = 0.5 Time integration of scalars at level 0 from 358 to 360 with dt = 2 using RHS created at 359 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 180] Advanced 4096 cells [Level 1 step 180] ADVANCE from elapsed time = 358 to 360 with dt = 2 Making slow rhs at time 358 for fast variables advancing from 358 to 360 No-substepping time integration at level 1 to 360 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007414805042 0.00428424712 and volume-weighted sum -63511.41958 Subtracting -2.067429023e-05 from rhs in subdomain 0 Sum after subtraction -1.021318446e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007621547944 MLMG: Initial residual (resid0) = 0.0007621547944 MLMG: Final Iter. 6 resid, resid/bnorm = 6.986643731e-12, 9.166961597e-09 MLMG: Timers: Solve = 0.001516303 Iter = 0.001385213 Bottom = 0.000162051 Time in solve 0.001957283 Max/L2 norm of divergence after solve at level 1 : 2.067429721e-05 0.001145885475 and volume-weighted sum -63511.41958 Time integration of scalars at level 1 from 358 to 360 with dt = 2 using RHS created at 358 Making slow rhs at time 360 for fast variables advancing from 358 to 360 No-substepping time integration at level 1 to 360 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007363473707 0.004114773487 and volume-weighted sum -63511.41958 Subtracting -2.067429023e-05 from rhs in subdomain 0 Sum after subtraction -9.107298249e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007570216609 MLMG: Initial residual (resid0) = 0.0007570216609 MLMG: Final Iter. 5 resid, resid/bnorm = 9.743373273e-11, 1.287066642e-07 MLMG: Timers: Solve = 0.001317682 Iter = 0.001183991 Bottom = 0.00013734 Time in solve 0.001755436 Max/L2 norm of divergence after solve at level 1 : 2.067438766e-05 0.001145885475 and volume-weighted sum -63511.41958 Time integration of scalars at level 1 from 358 to 360 with dt = 2 using RHS created at 360 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 180] Advanced 3072 cells Coarse STEP 180 ends. TIME = 360 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.023699726 seconds. Coarse STEP 181 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.362430872 (terrain aware) 1.362430872 (terrain unaware) Anelastic dt at level 0 would be: 6.040234611 (terrain aware) 6.040234611 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390717588 (terrain aware) 0.1390717588 (terrain unaware) Anelastic dt at level 1 would be: 2.919687174 (terrain aware) 2.919687174 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ((64,0,0) (79,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (79,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007177940031 0.004018362272 and volume-weighted sum -72889.46096 Subtracting -1.898163046e-05 from rhs in subdomain 0 Sum after subtraction -7.979727989e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006988123727 MLMG: Initial residual (resid0) = 0.0006988123727 MLMG: Final Iter. 6 resid, resid/bnorm = 4.089862913e-11, 5.852590871e-08 MLMG: Timers: Solve = 0.001776397 Iter = 0.001598455 Bottom = 0.000181812 Time in solve 0.002257275 Max/L2 norm of divergence after solve at level 1 : 1.898167136e-05 0.001176248618 and volume-weighted sum -72889.46096 [Level 0 step 181] ADVANCE from elapsed time = 360 to 362 with dt = 2 Making slow rhs at time 360 for fast variables advancing from 360 to 360.6666666667 Fast time integration at level 0 from 360 to 360.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 360 to 360.6666666667 with dt = 0.6666666666667 using RHS created at 360 Making slow rhs at time 360.6666666667 for fast variables advancing from 360 to 361 Fast time integration at level 0 from 360 to 360.5 with dt = 0.5 Fast time integration at level 0 from 360.5 to 361 with dt = 0.5 Time integration of scalars at level 0 from 360 to 361 with dt = 1 using RHS created at 360.6666666667 Making slow rhs at time 361 for fast variables advancing from 360 to 362 Fast time integration at level 0 from 360 to 360.5 with dt = 0.5 Fast time integration at level 0 from 360.5 to 361 with dt = 0.5 Fast time integration at level 0 from 361 to 361.5 with dt = 0.5 Fast time integration at level 0 from 361.5 to 362 with dt = 0.5 Time integration of scalars at level 0 from 360 to 362 with dt = 2 using RHS created at 361 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 181] Advanced 4096 cells [Level 1 step 181] ADVANCE from elapsed time = 360 to 362 with dt = 2 Making slow rhs at time 360 for fast variables advancing from 360 to 362 No-substepping time integration at level 1 to 362 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.007674882894 0.07976941587 and volume-weighted sum -52969.15271 Subtracting -1.379405019e-05 from rhs in subdomain 0 Sum after subtraction -1.068589661e-09 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.007661088844 MLMG: Initial residual (resid0) = 0.007661088844 MLMG: Final Iter. 7 resid, resid/bnorm = 3.455888738e-11, 4.510962878e-09 MLMG: Timers: Solve = 0.002064646 Iter = 0.001904524 Bottom = 0.000205785 Time in solve 0.002529257 Max/L2 norm of divergence after solve at level 1 : 1.379408268e-05 0.0008547860263 and volume-weighted sum -52969.15271 Time integration of scalars at level 1 from 360 to 362 with dt = 2 using RHS created at 360 Making slow rhs at time 362 for fast variables advancing from 360 to 362 No-substepping time integration at level 1 to 362 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007989382942 0.004004517866 and volume-weighted sum -52969.15271 Subtracting -1.379405019e-05 from rhs in subdomain 0 Sum after subtraction 3.07913417e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0008127323444 MLMG: Initial residual (resid0) = 0.0008127323444 MLMG: Final Iter. 5 resid, resid/bnorm = 7.034481678e-11, 8.6553485e-08 MLMG: Timers: Solve = 0.001679786 Iter = 0.001510963 Bottom = 0.000149757 Time in solve 0.002148075 Max/L2 norm of divergence after solve at level 1 : 1.379411604e-05 0.0008547860263 and volume-weighted sum -52969.15271 Time integration of scalars at level 1 from 360 to 362 with dt = 2 using RHS created at 362 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 181] Advanced 3840 cells Coarse STEP 181 ends. TIME = 362 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.039935539 seconds. Coarse STEP 182 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.363054902 (terrain aware) 1.363054902 (terrain unaware) Anelastic dt at level 0 would be: 6.046683922 (terrain aware) 6.046683922 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1391596978 (terrain aware) 0.1391596978 (terrain unaware) Anelastic dt at level 1 would be: 2.917825869 (terrain aware) 2.917825869 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 182] ADVANCE from elapsed time = 362 to 364 with dt = 2 Making slow rhs at time 362 for fast variables advancing from 362 to 362.6666666667 Fast time integration at level 0 from 362 to 362.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 362 to 362.6666666667 with dt = 0.6666666666667 using RHS created at 362 Making slow rhs at time 362.6666666667 for fast variables advancing from 362 to 363 Fast time integration at level 0 from 362 to 362.5 with dt = 0.5 Fast time integration at level 0 from 362.5 to 363 with dt = 0.5 Time integration of scalars at level 0 from 362 to 363 with dt = 1 using RHS created at 362.6666666667 Making slow rhs at time 363 for fast variables advancing from 362 to 364 Fast time integration at level 0 from 362 to 362.5 with dt = 0.5 Fast time integration at level 0 from 362.5 to 363 with dt = 0.5 Fast time integration at level 0 from 363 to 363.5 with dt = 0.5 Fast time integration at level 0 from 363.5 to 364 with dt = 0.5 Time integration of scalars at level 0 from 362 to 364 with dt = 2 using RHS created at 363 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 182] Advanced 4096 cells [Level 1 step 182] ADVANCE from elapsed time = 362 to 364 with dt = 2 Making slow rhs at time 362 for fast variables advancing from 362 to 364 No-substepping time integration at level 1 to 364 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007505282265 0.004174627819 and volume-weighted sum -23353.7808 Subtracting -6.08171375e-06 from rhs in subdomain 0 Sum after subtraction -5.730008482e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007566099402 MLMG: Initial residual (resid0) = 0.0007566099402 MLMG: Final Iter. 6 resid, resid/bnorm = 1.507002319e-11, 1.991782342e-08 MLMG: Timers: Solve = 0.001763257 Iter = 0.001593927 Bottom = 0.00017449 Time in solve 0.002233219 Max/L2 norm of divergence after solve at level 1 : 6.08172882e-06 0.0003768700171 and volume-weighted sum -23353.7808 Time integration of scalars at level 1 from 362 to 364 with dt = 2 using RHS created at 362 Making slow rhs at time 364 for fast variables advancing from 362 to 364 No-substepping time integration at level 1 to 364 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000752372984 0.003899427989 and volume-weighted sum -23353.7808 Subtracting -6.08171375e-06 from rhs in subdomain 0 Sum after subtraction -1.428978463e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007584546977 MLMG: Initial residual (resid0) = 0.0007584546977 MLMG: Final Iter. 5 resid, resid/bnorm = 6.925127846e-11, 9.130575454e-08 MLMG: Timers: Solve = 0.0015224 Iter = 0.001357725 Bottom = 0.000153396 Time in solve 0.001990746 Max/L2 norm of divergence after solve at level 1 : 6.081780776e-06 0.0003768700171 and volume-weighted sum -23353.7808 Time integration of scalars at level 1 from 362 to 364 with dt = 2 using RHS created at 364 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 182] Advanced 3840 cells Coarse STEP 182 ends. TIME = 364 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026783466 seconds. Coarse STEP 183 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.365526825 (terrain aware) 1.365526825 (terrain unaware) Anelastic dt at level 0 would be: 6.055411828 (terrain aware) 6.055411828 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1391593417 (terrain aware) 0.1391593417 (terrain unaware) Anelastic dt at level 1 would be: 2.916847863 (terrain aware) 2.916847863 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 183] ADVANCE from elapsed time = 364 to 366 with dt = 2 Making slow rhs at time 364 for fast variables advancing from 364 to 364.6666666667 Fast time integration at level 0 from 364 to 364.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 364 to 364.6666666667 with dt = 0.6666666666667 using RHS created at 364 Making slow rhs at time 364.6666666667 for fast variables advancing from 364 to 365 Fast time integration at level 0 from 364 to 364.5 with dt = 0.5 Fast time integration at level 0 from 364.5 to 365 with dt = 0.5 Time integration of scalars at level 0 from 364 to 365 with dt = 1 using RHS created at 364.6666666667 Making slow rhs at time 365 for fast variables advancing from 364 to 366 Fast time integration at level 0 from 364 to 364.5 with dt = 0.5 Fast time integration at level 0 from 364.5 to 365 with dt = 0.5 Fast time integration at level 0 from 365 to 365.5 with dt = 0.5 Fast time integration at level 0 from 365.5 to 366 with dt = 0.5 Time integration of scalars at level 0 from 364 to 366 with dt = 2 using RHS created at 365 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 183] Advanced 4096 cells [Level 1 step 183] ADVANCE from elapsed time = 364 to 366 with dt = 2 Making slow rhs at time 364 for fast variables advancing from 364 to 366 No-substepping time integration at level 1 to 366 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007665362251 0.004115213568 and volume-weighted sum 15119.84417 Subtracting 3.93745942e-06 from rhs in subdomain 0 Sum after subtraction -4.33680869e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007625987657 MLMG: Initial residual (resid0) = 0.0007625987657 MLMG: Final Iter. 6 resid, resid/bnorm = 1.776200127e-11, 2.329141099e-08 MLMG: Timers: Solve = 0.001774196 Iter = 0.001611006 Bottom = 0.000174401 Time in solve 0.002253621 Max/L2 norm of divergence after solve at level 1 : 3.937474296e-06 0.0002439954361 and volume-weighted sum 15119.84417 Time integration of scalars at level 1 from 364 to 366 with dt = 2 using RHS created at 364 Making slow rhs at time 366 for fast variables advancing from 364 to 366 No-substepping time integration at level 1 to 366 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008025520696 0.003857930865 and volume-weighted sum 15119.84417 Subtracting 3.93745942e-06 from rhs in subdomain 0 Sum after subtraction 9.974659987e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007986146102 MLMG: Initial residual (resid0) = 0.0007986146102 MLMG: Final Iter. 5 resid, resid/bnorm = 6.797395726e-11, 8.511484312e-08 MLMG: Timers: Solve = 0.001568948 Iter = 0.001403904 Bottom = 0.000156626 Time in solve 0.002038187 Max/L2 norm of divergence after solve at level 1 : 3.937526126e-06 0.0002439954361 and volume-weighted sum 15119.84417 Time integration of scalars at level 1 from 364 to 366 with dt = 2 using RHS created at 366 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 183] Advanced 3840 cells Coarse STEP 183 ends. TIME = 366 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027022129 seconds. Coarse STEP 184 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.367623218 (terrain aware) 1.367623218 (terrain unaware) Anelastic dt at level 0 would be: 6.065797778 (terrain aware) 6.065797778 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392373611 (terrain aware) 0.1392373611 (terrain unaware) Anelastic dt at level 1 would be: 2.916666577 (terrain aware) 2.916666577 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 184] ADVANCE from elapsed time = 366 to 368 with dt = 2 Making slow rhs at time 366 for fast variables advancing from 366 to 366.6666666667 Fast time integration at level 0 from 366 to 366.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 366 to 366.6666666667 with dt = 0.6666666666667 using RHS created at 366 Making slow rhs at time 366.6666666667 for fast variables advancing from 366 to 367 Fast time integration at level 0 from 366 to 366.5 with dt = 0.5 Fast time integration at level 0 from 366.5 to 367 with dt = 0.5 Time integration of scalars at level 0 from 366 to 367 with dt = 1 using RHS created at 366.6666666667 Making slow rhs at time 367 for fast variables advancing from 366 to 368 Fast time integration at level 0 from 366 to 366.5 with dt = 0.5 Fast time integration at level 0 from 366.5 to 367 with dt = 0.5 Fast time integration at level 0 from 367 to 367.5 with dt = 0.5 Fast time integration at level 0 from 367.5 to 368 with dt = 0.5 Time integration of scalars at level 0 from 366 to 368 with dt = 2 using RHS created at 367 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 184] Advanced 4096 cells [Level 1 step 184] ADVANCE from elapsed time = 366 to 368 with dt = 2 Making slow rhs at time 366 for fast variables advancing from 366 to 368 No-substepping time integration at level 1 to 368 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007645782868 0.004091884589 and volume-weighted sum 57004.27575 Subtracting 1.484486348e-05 from rhs in subdomain 0 Sum after subtraction 1.240327285e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007497334234 MLMG: Initial residual (resid0) = 0.0007497334234 MLMG: Final Iter. 6 resid, resid/bnorm = 1.405597927e-11, 1.874796938e-08 MLMG: Timers: Solve = 0.001762056 Iter = 0.001596846 Bottom = 0.000173599 Time in solve 0.002226122 Max/L2 norm of divergence after solve at level 1 : 1.484487452e-05 0.0009199025444 and volume-weighted sum 57004.27575 Time integration of scalars at level 1 from 366 to 368 with dt = 2 using RHS created at 366 Making slow rhs at time 368 for fast variables advancing from 366 to 368 No-substepping time integration at level 1 to 368 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007708759232 0.003929135449 and volume-weighted sum 57004.27575 Subtracting 1.484486348e-05 from rhs in subdomain 0 Sum after subtraction 1.225148455e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007560310597 MLMG: Initial residual (resid0) = 0.0007560310597 MLMG: Final Iter. 5 resid, resid/bnorm = 6.854380713e-11, 9.066268675e-08 MLMG: Timers: Solve = 0.001538993 Iter = 0.001376307 Bottom = 0.000154141 Time in solve 0.002004677 Max/L2 norm of divergence after solve at level 1 : 1.4844926e-05 0.0009199025444 and volume-weighted sum 57004.27575 Time integration of scalars at level 1 from 366 to 368 with dt = 2 using RHS created at 368 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 184] Advanced 3840 cells Coarse STEP 184 ends. TIME = 368 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026873542 seconds. Coarse STEP 185 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368111719 (terrain aware) 1.368111719 (terrain unaware) Anelastic dt at level 0 would be: 6.076489365 (terrain aware) 6.076489365 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392455618 (terrain aware) 0.1392455618 (terrain unaware) Anelastic dt at level 1 would be: 2.917142635 (terrain aware) 2.917142635 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 185] ADVANCE from elapsed time = 368 to 370 with dt = 2 Making slow rhs at time 368 for fast variables advancing from 368 to 368.6666666667 Fast time integration at level 0 from 368 to 368.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 368 to 368.6666666667 with dt = 0.6666666666667 using RHS created at 368 Making slow rhs at time 368.6666666667 for fast variables advancing from 368 to 369 Fast time integration at level 0 from 368 to 368.5 with dt = 0.5 Fast time integration at level 0 from 368.5 to 369 with dt = 0.5 Time integration of scalars at level 0 from 368 to 369 with dt = 1 using RHS created at 368.6666666667 Making slow rhs at time 369 for fast variables advancing from 368 to 370 Fast time integration at level 0 from 368 to 368.5 with dt = 0.5 Fast time integration at level 0 from 368.5 to 369 with dt = 0.5 Fast time integration at level 0 from 369 to 369.5 with dt = 0.5 Fast time integration at level 0 from 369.5 to 370 with dt = 0.5 Time integration of scalars at level 0 from 368 to 370 with dt = 2 using RHS created at 369 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 185] Advanced 4096 cells [Level 1 step 185] ADVANCE from elapsed time = 368 to 370 with dt = 2 Making slow rhs at time 368 for fast variables advancing from 368 to 370 No-substepping time integration at level 1 to 370 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007688549713 0.00424870515 and volume-weighted sum 94151.41635 Subtracting 2.451859801e-05 from rhs in subdomain 0 Sum after subtraction -2.090341789e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007443363733 MLMG: Initial residual (resid0) = 0.0007443363733 MLMG: Final Iter. 6 resid, resid/bnorm = 1.12484554e-11, 1.511205928e-08 MLMG: Timers: Solve = 0.00197651 Iter = 0.001747194 Bottom = 0.000178233 Time in solve 0.002442723 Max/L2 norm of divergence after solve at level 1 : 2.451860174e-05 0.001519361948 and volume-weighted sum 94151.41635 Time integration of scalars at level 1 from 368 to 370 with dt = 2 using RHS created at 368 Making slow rhs at time 370 for fast variables advancing from 368 to 370 No-substepping time integration at level 1 to 370 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0008057661926 0.004081583671 and volume-weighted sum 94151.41635 Subtracting 2.451859801e-05 from rhs in subdomain 0 Sum after subtraction -1.016981638e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007812475946 MLMG: Initial residual (resid0) = 0.0007812475946 MLMG: Final Iter. 5 resid, resid/bnorm = 6.91030882e-11, 8.845222524e-08 MLMG: Timers: Solve = 0.001536767 Iter = 0.001355061 Bottom = 0.000150535 Time in solve 0.002011783 Max/L2 norm of divergence after solve at level 1 : 2.451865499e-05 0.001519361948 and volume-weighted sum 94151.41635 Time integration of scalars at level 1 from 368 to 370 with dt = 2 using RHS created at 370 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 185] Advanced 3840 cells Coarse STEP 185 ends. TIME = 370 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026796761 seconds. Coarse STEP 186 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368566167 (terrain aware) 1.368566167 (terrain unaware) Anelastic dt at level 0 would be: 6.086311803 (terrain aware) 6.086311803 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.139318294 (terrain aware) 0.139318294 (terrain unaware) Anelastic dt at level 1 would be: 2.918088235 (terrain aware) 2.918088235 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 186] ADVANCE from elapsed time = 370 to 372 with dt = 2 Making slow rhs at time 370 for fast variables advancing from 370 to 370.6666666667 Fast time integration at level 0 from 370 to 370.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 370 to 370.6666666667 with dt = 0.6666666666667 using RHS created at 370 Making slow rhs at time 370.6666666667 for fast variables advancing from 370 to 371 Fast time integration at level 0 from 370 to 370.5 with dt = 0.5 Fast time integration at level 0 from 370.5 to 371 with dt = 0.5 Time integration of scalars at level 0 from 370 to 371 with dt = 1 using RHS created at 370.6666666667 Making slow rhs at time 371 for fast variables advancing from 370 to 372 Fast time integration at level 0 from 370 to 370.5 with dt = 0.5 Fast time integration at level 0 from 370.5 to 371 with dt = 0.5 Fast time integration at level 0 from 371 to 371.5 with dt = 0.5 Fast time integration at level 0 from 371.5 to 372 with dt = 0.5 Time integration of scalars at level 0 from 370 to 372 with dt = 2 using RHS created at 371 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 186] Advanced 4096 cells [Level 1 step 186] ADVANCE from elapsed time = 370 to 372 with dt = 2 Making slow rhs at time 370 for fast variables advancing from 370 to 372 No-substepping time integration at level 1 to 372 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007714259574 0.004520291931 and volume-weighted sum 119417.8366 Subtracting 3.109839494e-05 from rhs in subdomain 0 Sum after subtraction 1.82145965e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007403275625 MLMG: Initial residual (resid0) = 0.0007403275625 MLMG: Final Iter. 6 resid, resid/bnorm = 1.667592035e-11, 2.252505674e-08 MLMG: Timers: Solve = 0.001772879 Iter = 0.00160803 Bottom = 0.000176142 Time in solve 0.002238302 Max/L2 norm of divergence after solve at level 1 : 3.109840602e-05 0.001927097051 and volume-weighted sum 119417.8366 Time integration of scalars at level 1 from 370 to 372 with dt = 2 using RHS created at 370 Making slow rhs at time 372 for fast variables advancing from 370 to 372 No-substepping time integration at level 1 to 372 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007802099587 0.004222494183 and volume-weighted sum 119417.8366 Subtracting 3.109839494e-05 from rhs in subdomain 0 Sum after subtraction 7.437626903e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007491115638 MLMG: Initial residual (resid0) = 0.0007491115638 MLMG: Final Iter. 5 resid, resid/bnorm = 6.906640412e-11, 9.21977546e-08 MLMG: Timers: Solve = 0.0015517 Iter = 0.001373931 Bottom = 0.000155623 Time in solve 0.00202636 Max/L2 norm of divergence after solve at level 1 : 3.109844778e-05 0.001927097051 and volume-weighted sum 119417.8366 Time integration of scalars at level 1 from 370 to 372 with dt = 2 using RHS created at 372 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 186] Advanced 3840 cells Coarse STEP 186 ends. TIME = 372 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027026857 seconds. Coarse STEP 187 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368979333 (terrain aware) 1.368979333 (terrain unaware) Anelastic dt at level 0 would be: 6.095175152 (terrain aware) 6.095175152 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393319362 (terrain aware) 0.1393319362 (terrain unaware) Anelastic dt at level 1 would be: 2.91936914 (terrain aware) 2.91936914 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 187] ADVANCE from elapsed time = 372 to 374 with dt = 2 Making slow rhs at time 372 for fast variables advancing from 372 to 372.6666666667 Fast time integration at level 0 from 372 to 372.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 372 to 372.6666666667 with dt = 0.6666666666667 using RHS created at 372 Making slow rhs at time 372.6666666667 for fast variables advancing from 372 to 373 Fast time integration at level 0 from 372 to 372.5 with dt = 0.5 Fast time integration at level 0 from 372.5 to 373 with dt = 0.5 Time integration of scalars at level 0 from 372 to 373 with dt = 1 using RHS created at 372.6666666667 Making slow rhs at time 373 for fast variables advancing from 372 to 374 Fast time integration at level 0 from 372 to 372.5 with dt = 0.5 Fast time integration at level 0 from 372.5 to 373 with dt = 0.5 Fast time integration at level 0 from 373 to 373.5 with dt = 0.5 Fast time integration at level 0 from 373.5 to 374 with dt = 0.5 Time integration of scalars at level 0 from 372 to 374 with dt = 2 using RHS created at 373 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 187] Advanced 4096 cells [Level 1 step 187] ADVANCE from elapsed time = 372 to 374 with dt = 2 Making slow rhs at time 372 for fast variables advancing from 372 to 374 No-substepping time integration at level 1 to 374 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007556039879 0.004661206431 and volume-weighted sum 129360.9096 Subtracting 3.368773687e-05 from rhs in subdomain 0 Sum after subtraction -3.252606517e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000721916251 MLMG: Initial residual (resid0) = 0.000721916251 MLMG: Final Iter. 6 resid, resid/bnorm = 1.814433546e-11, 2.513357392e-08 MLMG: Timers: Solve = 0.00178029 Iter = 0.001600081 Bottom = 0.000174488 Time in solve 0.002251998 Max/L2 norm of divergence after solve at level 1 : 3.368775314e-05 0.002087552702 and volume-weighted sum 129360.9096 Time integration of scalars at level 1 from 372 to 374 with dt = 2 using RHS created at 372 Making slow rhs at time 374 for fast variables advancing from 372 to 374 No-substepping time integration at level 1 to 374 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007943919747 0.00427054364 and volume-weighted sum 129360.9096 Subtracting 3.368773687e-05 from rhs in subdomain 0 Sum after subtraction -1.717376241e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007607042378 MLMG: Initial residual (resid0) = 0.0007607042378 MLMG: Final Iter. 5 resid, resid/bnorm = 6.831881487e-11, 8.980995697e-08 MLMG: Timers: Solve = 0.001532788 Iter = 0.001359541 Bottom = 0.000157549 Time in solve 0.002004851 Max/L2 norm of divergence after solve at level 1 : 3.368779394e-05 0.002087552702 and volume-weighted sum 129360.9096 Time integration of scalars at level 1 from 372 to 374 with dt = 2 using RHS created at 374 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 187] Advanced 3840 cells Coarse STEP 187 ends. TIME = 374 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026808326 seconds. Coarse STEP 188 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369398181 (terrain aware) 1.369398181 (terrain unaware) Anelastic dt at level 0 would be: 6.104070165 (terrain aware) 6.104070165 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394015749 (terrain aware) 0.1394015749 (terrain unaware) Anelastic dt at level 1 would be: 2.920968059 (terrain aware) 2.920968059 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 188] ADVANCE from elapsed time = 374 to 376 with dt = 2 Making slow rhs at time 374 for fast variables advancing from 374 to 374.6666666667 Fast time integration at level 0 from 374 to 374.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 374 to 374.6666666667 with dt = 0.6666666666667 using RHS created at 374 Making slow rhs at time 374.6666666667 for fast variables advancing from 374 to 375 Fast time integration at level 0 from 374 to 374.5 with dt = 0.5 Fast time integration at level 0 from 374.5 to 375 with dt = 0.5 Time integration of scalars at level 0 from 374 to 375 with dt = 1 using RHS created at 374.6666666667 Making slow rhs at time 375 for fast variables advancing from 374 to 376 Fast time integration at level 0 from 374 to 374.5 with dt = 0.5 Fast time integration at level 0 from 374.5 to 375 with dt = 0.5 Fast time integration at level 0 from 375 to 375.5 with dt = 0.5 Fast time integration at level 0 from 375.5 to 376 with dt = 0.5 Time integration of scalars at level 0 from 374 to 376 with dt = 2 using RHS created at 375 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 188] Advanced 4096 cells [Level 1 step 188] ADVANCE from elapsed time = 374 to 376 with dt = 2 Making slow rhs at time 374 for fast variables advancing from 374 to 376 No-substepping time integration at level 1 to 376 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007626648813 0.00457708028 and volume-weighted sum 124123.4295 Subtracting 3.232380977e-05 from rhs in subdomain 0 Sum after subtraction 9.497611031e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007303410715 MLMG: Initial residual (resid0) = 0.0007303410715 MLMG: Final Iter. 6 resid, resid/bnorm = 1.67693829e-11, 2.296102951e-08 MLMG: Timers: Solve = 0.002167189 Iter = 0.001995979 Bottom = 0.000175479 Time in solve 0.002642849 Max/L2 norm of divergence after solve at level 1 : 3.232382654e-05 0.002003033231 and volume-weighted sum 124123.4295 Time integration of scalars at level 1 from 374 to 376 with dt = 2 using RHS created at 374 Making slow rhs at time 376 for fast variables advancing from 374 to 376 No-substepping time integration at level 1 to 376 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007697599257 0.004201337814 and volume-weighted sum 124123.4295 Subtracting 3.232380977e-05 from rhs in subdomain 0 Sum after subtraction 1.082033768e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007374361159 MLMG: Initial residual (resid0) = 0.0007374361159 MLMG: Final Iter. 5 resid, resid/bnorm = 6.688420999e-11, 9.069831073e-08 MLMG: Timers: Solve = 0.001542748 Iter = 0.00136041 Bottom = 0.000152759 Time in solve 0.002007657 Max/L2 norm of divergence after solve at level 1 : 3.232386833e-05 0.002003033231 and volume-weighted sum 124123.4295 Time integration of scalars at level 1 from 374 to 376 with dt = 2 using RHS created at 376 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 188] Advanced 3840 cells Coarse STEP 188 ends. TIME = 376 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027257949 seconds. Coarse STEP 189 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369878589 (terrain aware) 1.369878589 (terrain unaware) Anelastic dt at level 0 would be: 6.114174147 (terrain aware) 6.114174147 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394151377 (terrain aware) 0.1394151377 (terrain unaware) Anelastic dt at level 1 would be: 2.922983218 (terrain aware) 2.922983218 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 189] ADVANCE from elapsed time = 376 to 378 with dt = 2 Making slow rhs at time 376 for fast variables advancing from 376 to 376.6666666667 Fast time integration at level 0 from 376 to 376.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 376 to 376.6666666667 with dt = 0.6666666666667 using RHS created at 376 Making slow rhs at time 376.6666666667 for fast variables advancing from 376 to 377 Fast time integration at level 0 from 376 to 376.5 with dt = 0.5 Fast time integration at level 0 from 376.5 to 377 with dt = 0.5 Time integration of scalars at level 0 from 376 to 377 with dt = 1 using RHS created at 376.6666666667 Making slow rhs at time 377 for fast variables advancing from 376 to 378 Fast time integration at level 0 from 376 to 376.5 with dt = 0.5 Fast time integration at level 0 from 376.5 to 377 with dt = 0.5 Fast time integration at level 0 from 377 to 377.5 with dt = 0.5 Fast time integration at level 0 from 377.5 to 378 with dt = 0.5 Time integration of scalars at level 0 from 376 to 378 with dt = 2 using RHS created at 377 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 189] Advanced 4096 cells [Level 1 step 189] ADVANCE from elapsed time = 376 to 378 with dt = 2 Making slow rhs at time 376 for fast variables advancing from 376 to 378 No-substepping time integration at level 1 to 378 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007208433429 0.004351564693 and volume-weighted sum 105618.7293 Subtracting 2.750487743e-05 from rhs in subdomain 0 Sum after subtraction -5.854691731e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006933384654 MLMG: Initial residual (resid0) = 0.0006933384654 MLMG: Final Iter. 6 resid, resid/bnorm = 1.536206985e-11, 2.215666751e-08 MLMG: Timers: Solve = 0.001789559 Iter = 0.001621276 Bottom = 0.000174315 Time in solve 0.002252332 Max/L2 norm of divergence after solve at level 1 : 2.750489279e-05 0.001704414916 and volume-weighted sum 105618.7293 Time integration of scalars at level 1 from 376 to 378 with dt = 2 using RHS created at 376 Making slow rhs at time 378 for fast variables advancing from 376 to 378 No-substepping time integration at level 1 to 378 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007644035094 0.004037646303 and volume-weighted sum 105618.7293 Subtracting 2.750487743e-05 from rhs in subdomain 0 Sum after subtraction 3.469446952e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000736898632 MLMG: Initial residual (resid0) = 0.000736898632 MLMG: Final Iter. 5 resid, resid/bnorm = 6.514199614e-11, 8.840021315e-08 MLMG: Timers: Solve = 0.001854 Iter = 0.001381309 Bottom = 0.000152901 Time in solve 0.00232785 Max/L2 norm of divergence after solve at level 1 : 2.750493481e-05 0.001704414916 and volume-weighted sum 105618.7293 Time integration of scalars at level 1 from 376 to 378 with dt = 2 using RHS created at 378 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 189] Advanced 3840 cells Coarse STEP 189 ends. TIME = 378 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027279911 seconds. Coarse STEP 190 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370310453 (terrain aware) 1.370310453 (terrain unaware) Anelastic dt at level 0 would be: 6.125975544 (terrain aware) 6.125975544 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.13948409 (terrain aware) 0.13948409 (terrain unaware) Anelastic dt at level 1 would be: 2.925584936 (terrain aware) 2.925584936 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 190] ADVANCE from elapsed time = 378 to 380 with dt = 2 Making slow rhs at time 378 for fast variables advancing from 378 to 378.6666666667 Fast time integration at level 0 from 378 to 378.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 378 to 378.6666666667 with dt = 0.6666666666667 using RHS created at 378 Making slow rhs at time 378.6666666667 for fast variables advancing from 378 to 379 Fast time integration at level 0 from 378 to 378.5 with dt = 0.5 Fast time integration at level 0 from 378.5 to 379 with dt = 0.5 Time integration of scalars at level 0 from 378 to 379 with dt = 1 using RHS created at 378.6666666667 Making slow rhs at time 379 for fast variables advancing from 378 to 380 Fast time integration at level 0 from 378 to 378.5 with dt = 0.5 Fast time integration at level 0 from 378.5 to 379 with dt = 0.5 Fast time integration at level 0 from 379 to 379.5 with dt = 0.5 Fast time integration at level 0 from 379.5 to 380 with dt = 0.5 Time integration of scalars at level 0 from 378 to 380 with dt = 2 using RHS created at 379 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 190] Advanced 4096 cells [Level 1 step 190] ADVANCE from elapsed time = 378 to 380 with dt = 2 Making slow rhs at time 378 for fast variables advancing from 378 to 380 No-substepping time integration at level 1 to 380 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007433014807 0.004091985141 and volume-weighted sum 76182.61911 Subtracting 1.983922373e-05 from rhs in subdomain 0 Sum after subtraction 6.22332047e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000723462257 MLMG: Initial residual (resid0) = 0.000723462257 MLMG: Final Iter. 6 resid, resid/bnorm = 1.607985297e-11, 2.222624997e-08 MLMG: Timers: Solve = 0.001755287 Iter = 0.001593905 Bottom = 0.000181623 Time in solve 0.002228578 Max/L2 norm of divergence after solve at level 1 : 1.983923981e-05 0.00122939173 and volume-weighted sum 76182.61911 Time integration of scalars at level 1 from 378 to 380 with dt = 2 using RHS created at 378 Making slow rhs at time 380 for fast variables advancing from 378 to 380 No-substepping time integration at level 1 to 380 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000749087914 0.003830140921 and volume-weighted sum 76182.61911 Subtracting 1.983922373e-05 from rhs in subdomain 0 Sum after subtraction 1.88651178e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007292486903 MLMG: Initial residual (resid0) = 0.0007292486903 MLMG: Final Iter. 5 resid, resid/bnorm = 6.415605526e-11, 8.797555089e-08 MLMG: Timers: Solve = 0.001529794 Iter = 0.001366847 Bottom = 0.000154639 Time in solve 0.00204722 Max/L2 norm of divergence after solve at level 1 : 1.98392776e-05 0.00122939173 and volume-weighted sum 76182.61911 Time integration of scalars at level 1 from 378 to 380 with dt = 2 using RHS created at 380 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 190] Advanced 3840 cells Coarse STEP 190 ends. TIME = 380 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02672075 seconds. Coarse STEP 191 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370170089 (terrain aware) 1.370170089 (terrain unaware) Anelastic dt at level 0 would be: 6.139024674 (terrain aware) 6.139024674 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394911633 (terrain aware) 0.1394911633 (terrain unaware) Anelastic dt at level 1 would be: 2.924875071 (terrain aware) 2.924875071 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 191] ADVANCE from elapsed time = 380 to 382 with dt = 2 Making slow rhs at time 380 for fast variables advancing from 380 to 380.6666666667 Fast time integration at level 0 from 380 to 380.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 380 to 380.6666666667 with dt = 0.6666666666667 using RHS created at 380 Making slow rhs at time 380.6666666667 for fast variables advancing from 380 to 381 Fast time integration at level 0 from 380 to 380.5 with dt = 0.5 Fast time integration at level 0 from 380.5 to 381 with dt = 0.5 Time integration of scalars at level 0 from 380 to 381 with dt = 1 using RHS created at 380.6666666667 Making slow rhs at time 381 for fast variables advancing from 380 to 382 Fast time integration at level 0 from 380 to 380.5 with dt = 0.5 Fast time integration at level 0 from 380.5 to 381 with dt = 0.5 Fast time integration at level 0 from 381 to 381.5 with dt = 0.5 Fast time integration at level 0 from 381.5 to 382 with dt = 0.5 Time integration of scalars at level 0 from 380 to 382 with dt = 2 using RHS created at 381 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 191] Advanced 4096 cells [Level 1 step 191] ADVANCE from elapsed time = 380 to 382 with dt = 2 Making slow rhs at time 380 for fast variables advancing from 380 to 382 No-substepping time integration at level 1 to 382 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006839544495 0.003860301973 and volume-weighted sum 38722.1681 Subtracting 1.008389794e-05 from rhs in subdomain 0 Sum after subtraction -1.613292833e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006738705515 MLMG: Initial residual (resid0) = 0.0006738705515 MLMG: Final Iter. 6 resid, resid/bnorm = 1.558679333e-11, 2.313024852e-08 MLMG: Timers: Solve = 0.001773333 Iter = 0.001611931 Bottom = 0.000174781 Time in solve 0.00224713 Max/L2 norm of divergence after solve at level 1 : 1.008391353e-05 0.0006248763008 and volume-weighted sum 38722.1681 Time integration of scalars at level 1 from 380 to 382 with dt = 2 using RHS created at 380 Making slow rhs at time 382 for fast variables advancing from 380 to 382 No-substepping time integration at level 1 to 382 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007200098355 0.003648767685 and volume-weighted sum 38722.1681 Subtracting 1.008389794e-05 from rhs in subdomain 0 Sum after subtraction -2.226951262e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007099259375 MLMG: Initial residual (resid0) = 0.0007099259375 MLMG: Final Iter. 5 resid, resid/bnorm = 6.320727729e-11, 8.903362161e-08 MLMG: Timers: Solve = 0.001542947 Iter = 0.001375702 Bottom = 0.000154174 Time in solve 0.002012174 Max/L2 norm of divergence after solve at level 1 : 1.008394634e-05 0.0006248763008 and volume-weighted sum 38722.1681 Time integration of scalars at level 1 from 380 to 382 with dt = 2 using RHS created at 382 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 191] Advanced 3840 cells Coarse STEP 191 ends. TIME = 382 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027888213 seconds. Coarse STEP 192 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370008381 (terrain aware) 1.370008381 (terrain unaware) Anelastic dt at level 0 would be: 6.14907882 (terrain aware) 6.14907882 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395618805 (terrain aware) 0.1395618805 (terrain unaware) Anelastic dt at level 1 would be: 2.922328444 (terrain aware) 2.922328444 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 192] ADVANCE from elapsed time = 382 to 384 with dt = 2 Making slow rhs at time 382 for fast variables advancing from 382 to 382.6666666667 Fast time integration at level 0 from 382 to 382.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 382 to 382.6666666667 with dt = 0.6666666666667 using RHS created at 382 Making slow rhs at time 382.6666666667 for fast variables advancing from 382 to 383 Fast time integration at level 0 from 382 to 382.5 with dt = 0.5 Fast time integration at level 0 from 382.5 to 383 with dt = 0.5 Time integration of scalars at level 0 from 382 to 383 with dt = 1 using RHS created at 382.6666666667 Making slow rhs at time 383 for fast variables advancing from 382 to 384 Fast time integration at level 0 from 382 to 382.5 with dt = 0.5 Fast time integration at level 0 from 382.5 to 383 with dt = 0.5 Fast time integration at level 0 from 383 to 383.5 with dt = 0.5 Fast time integration at level 0 from 383.5 to 384 with dt = 0.5 Time integration of scalars at level 0 from 382 to 384 with dt = 2 using RHS created at 383 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 192] Advanced 4096 cells [Level 1 step 192] ADVANCE from elapsed time = 382 to 384 with dt = 2 Making slow rhs at time 382 for fast variables advancing from 382 to 384 No-substepping time integration at level 1 to 384 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007127379781 0.003705648695 and volume-weighted sum -2412.637415 Subtracting -6.282909936e-07 from rhs in subdomain 0 Sum after subtraction -1.515714637e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007133662691 MLMG: Initial residual (resid0) = 0.0007133662691 MLMG: Final Iter. 6 resid, resid/bnorm = 1.019626097e-11, 1.429316385e-08 MLMG: Timers: Solve = 0.001765568 Iter = 0.001606081 Bottom = 0.000177217 Time in solve 0.002236388 Max/L2 norm of divergence after solve at level 1 : 6.282981408e-07 3.893376888e-05 and volume-weighted sum -2412.637415 Time integration of scalars at level 1 from 382 to 384 with dt = 2 using RHS created at 382 Making slow rhs at time 384 for fast variables advancing from 382 to 384 No-substepping time integration at level 1 to 384 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007270262656 0.003563300336 and volume-weighted sum -2412.637415 Subtracting -6.282909936e-07 from rhs in subdomain 0 Sum after subtraction -7.155734338e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007276545565 MLMG: Initial residual (resid0) = 0.0007276545565 MLMG: Final Iter. 5 resid, resid/bnorm = 6.230896449e-11, 8.562986919e-08 MLMG: Timers: Solve = 0.001853498 Iter = 0.001656837 Bottom = 0.000154497 Time in solve 0.002322106 Max/L2 norm of divergence after solve at level 1 : 6.283533026e-07 3.893376888e-05 and volume-weighted sum -2412.637415 Time integration of scalars at level 1 from 382 to 384 with dt = 2 using RHS created at 384 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 192] Advanced 3840 cells Coarse STEP 192 ends. TIME = 384 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027222423 seconds. Coarse STEP 193 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369788727 (terrain aware) 1.369788727 (terrain unaware) Anelastic dt at level 0 would be: 6.156459765 (terrain aware) 6.156459765 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395563974 (terrain aware) 0.1395563974 (terrain unaware) Anelastic dt at level 1 would be: 2.920392638 (terrain aware) 2.920392638 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 193] ADVANCE from elapsed time = 384 to 386 with dt = 2 Making slow rhs at time 384 for fast variables advancing from 384 to 384.6666666667 Fast time integration at level 0 from 384 to 384.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 384 to 384.6666666667 with dt = 0.6666666666667 using RHS created at 384 Making slow rhs at time 384.6666666667 for fast variables advancing from 384 to 385 Fast time integration at level 0 from 384 to 384.5 with dt = 0.5 Fast time integration at level 0 from 384.5 to 385 with dt = 0.5 Time integration of scalars at level 0 from 384 to 385 with dt = 1 using RHS created at 384.6666666667 Making slow rhs at time 385 for fast variables advancing from 384 to 386 Fast time integration at level 0 from 384 to 384.5 with dt = 0.5 Fast time integration at level 0 from 384.5 to 385 with dt = 0.5 Fast time integration at level 0 from 385 to 385.5 with dt = 0.5 Fast time integration at level 0 from 385.5 to 386 with dt = 0.5 Time integration of scalars at level 0 from 384 to 386 with dt = 2 using RHS created at 385 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 193] Advanced 4096 cells [Level 1 step 193] ADVANCE from elapsed time = 384 to 386 with dt = 2 Making slow rhs at time 384 for fast variables advancing from 384 to 386 No-substepping time integration at level 1 to 386 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006642072343 0.003703780617 and volume-weighted sum -41247.37009 Subtracting -1.074150263e-05 from rhs in subdomain 0 Sum after subtraction -1.693523793e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006749487369 MLMG: Initial residual (resid0) = 0.0006749487369 MLMG: Final Iter. 5 resid, resid/bnorm = 8.003508915e-11, 1.18579508e-07 MLMG: Timers: Solve = 0.001530353 Iter = 0.001365721 Bottom = 0.000149547 Time in solve 0.001995406 Max/L2 norm of divergence after solve at level 1 : 1.074157734e-05 0.0006656265726 and volume-weighted sum -41247.37009 Time integration of scalars at level 1 from 384 to 386 with dt = 2 using RHS created at 384 Making slow rhs at time 386 for fast variables advancing from 384 to 386 No-substepping time integration at level 1 to 386 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006795884874 0.003594223976 and volume-weighted sum -41247.37009 Subtracting -1.074150263e-05 from rhs in subdomain 0 Sum after subtraction -1.084202172e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006903299901 MLMG: Initial residual (resid0) = 0.0006903299901 MLMG: Final Iter. 5 resid, resid/bnorm = 6.230252208e-11, 9.025034835e-08 MLMG: Timers: Solve = 0.001549629 Iter = 0.001362345 Bottom = 0.00015553 Time in solve 0.002014564 Max/L2 norm of divergence after solve at level 1 : 1.074156493e-05 0.0006656265726 and volume-weighted sum -41247.37009 Time integration of scalars at level 1 from 384 to 386 with dt = 2 using RHS created at 386 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 193] Advanced 3840 cells Coarse STEP 193 ends. TIME = 386 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026395833 seconds. Coarse STEP 194 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369515166 (terrain aware) 1.369515166 (terrain unaware) Anelastic dt at level 0 would be: 6.163794228 (terrain aware) 6.163794228 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.139632652 (terrain aware) 0.139632652 (terrain unaware) Anelastic dt at level 1 would be: 2.919221405 (terrain aware) 2.919221405 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 194] ADVANCE from elapsed time = 386 to 388 with dt = 2 Making slow rhs at time 386 for fast variables advancing from 386 to 386.6666666667 Fast time integration at level 0 from 386 to 386.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 386 to 386.6666666667 with dt = 0.6666666666667 using RHS created at 386 Making slow rhs at time 386.6666666667 for fast variables advancing from 386 to 387 Fast time integration at level 0 from 386 to 386.5 with dt = 0.5 Fast time integration at level 0 from 386.5 to 387 with dt = 0.5 Time integration of scalars at level 0 from 386 to 387 with dt = 1 using RHS created at 386.6666666667 Making slow rhs at time 387 for fast variables advancing from 386 to 388 Fast time integration at level 0 from 386 to 386.5 with dt = 0.5 Fast time integration at level 0 from 386.5 to 387 with dt = 0.5 Fast time integration at level 0 from 387 to 387.5 with dt = 0.5 Fast time integration at level 0 from 387.5 to 388 with dt = 0.5 Time integration of scalars at level 0 from 386 to 388 with dt = 2 using RHS created at 387 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 194] Advanced 4096 cells [Level 1 step 194] ADVANCE from elapsed time = 386 to 388 with dt = 2 Making slow rhs at time 386 for fast variables advancing from 386 to 388 No-substepping time integration at level 1 to 388 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006802539164 0.003872234249 and volume-weighted sum -71418.77588 Subtracting -1.859863955e-05 from rhs in subdomain 0 Sum after subtraction -9.974659987e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006988525559 MLMG: Initial residual (resid0) = 0.0006988525559 MLMG: Final Iter. 6 resid, resid/bnorm = 1.351205164e-11, 1.933462434e-08 MLMG: Timers: Solve = 0.001791184 Iter = 0.001624899 Bottom = 0.000176384 Time in solve 0.002256699 Max/L2 norm of divergence after solve at level 1 : 1.859865306e-05 0.00115251554 and volume-weighted sum -71418.77588 Time integration of scalars at level 1 from 386 to 388 with dt = 2 using RHS created at 386 Making slow rhs at time 388 for fast variables advancing from 386 to 388 No-substepping time integration at level 1 to 388 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0007045279048 0.003687983564 and volume-weighted sum -71418.77588 Subtracting -1.859863955e-05 from rhs in subdomain 0 Sum after subtraction 1.387778781e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007231265443 MLMG: Initial residual (resid0) = 0.0007231265443 MLMG: Final Iter. 5 resid, resid/bnorm = 6.449857178e-11, 8.91940315e-08 MLMG: Timers: Solve = 0.00154427 Iter = 0.001363621 Bottom = 0.000155825 Time in solve 0.002073913 Max/L2 norm of divergence after solve at level 1 : 1.859870405e-05 0.00115251554 and volume-weighted sum -71418.77588 Time integration of scalars at level 1 from 386 to 388 with dt = 2 using RHS created at 388 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 194] Advanced 3840 cells Coarse STEP 194 ends. TIME = 388 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02719737 seconds. Coarse STEP 195 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369231324 (terrain aware) 1.369231324 (terrain unaware) Anelastic dt at level 0 would be: 6.172183447 (terrain aware) 6.172183447 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1396100246 (terrain aware) 0.1396100246 (terrain unaware) Anelastic dt at level 1 would be: 2.91722184 (terrain aware) 2.91722184 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 195] ADVANCE from elapsed time = 388 to 390 with dt = 2 Making slow rhs at time 388 for fast variables advancing from 388 to 388.6666666667 Fast time integration at level 0 from 388 to 388.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 388 to 388.6666666667 with dt = 0.6666666666667 using RHS created at 388 Making slow rhs at time 388.6666666667 for fast variables advancing from 388 to 389 Fast time integration at level 0 from 388 to 388.5 with dt = 0.5 Fast time integration at level 0 from 388.5 to 389 with dt = 0.5 Time integration of scalars at level 0 from 388 to 389 with dt = 1 using RHS created at 388.6666666667 Making slow rhs at time 389 for fast variables advancing from 388 to 390 Fast time integration at level 0 from 388 to 388.5 with dt = 0.5 Fast time integration at level 0 from 388.5 to 389 with dt = 0.5 Fast time integration at level 0 from 389 to 389.5 with dt = 0.5 Fast time integration at level 0 from 389.5 to 390 with dt = 0.5 Time integration of scalars at level 0 from 388 to 390 with dt = 2 using RHS created at 389 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 195] Advanced 4096 cells [Level 1 step 195] ADVANCE from elapsed time = 388 to 390 with dt = 2 Making slow rhs at time 388 for fast variables advancing from 388 to 390 No-substepping time integration at level 1 to 390 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006471098098 0.004060306521 and volume-weighted sum -88511.10813 Subtracting -2.304976774e-05 from rhs in subdomain 0 Sum after subtraction 3.989863995e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006701595776 MLMG: Initial residual (resid0) = 0.0006701595776 MLMG: Final Iter. 6 resid, resid/bnorm = 2.213286513e-11, 3.302626101e-08 MLMG: Timers: Solve = 0.001824772 Iter = 0.001606781 Bottom = 0.000171986 Time in solve 0.002314734 Max/L2 norm of divergence after solve at level 1 : 2.304978987e-05 0.001428341866 and volume-weighted sum -88511.10813 Time integration of scalars at level 1 from 388 to 390 with dt = 2 using RHS created at 388 Making slow rhs at time 390 for fast variables advancing from 388 to 390 No-substepping time integration at level 1 to 390 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006576290446 0.003758052463 and volume-weighted sum -88511.10813 Subtracting -2.304976774e-05 from rhs in subdomain 0 Sum after subtraction 2.385244779e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006806788123 MLMG: Initial residual (resid0) = 0.0006806788123 MLMG: Final Iter. 5 resid, resid/bnorm = 6.637329073e-11, 9.751044036e-08 MLMG: Timers: Solve = 0.001532192 Iter = 0.001364522 Bottom = 0.000157374 Time in solve 0.002010681 Max/L2 norm of divergence after solve at level 1 : 2.304983411e-05 0.001428341866 and volume-weighted sum -88511.10813 Time integration of scalars at level 1 from 388 to 390 with dt = 2 using RHS created at 390 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 195] Advanced 3840 cells Coarse STEP 195 ends. TIME = 390 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.029910359 seconds. Coarse STEP 196 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368998798 (terrain aware) 1.368998798 (terrain unaware) Anelastic dt at level 0 would be: 6.172754008 (terrain aware) 6.172754008 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1396437256 (terrain aware) 0.1396437256 (terrain unaware) Anelastic dt at level 1 would be: 2.915750261 (terrain aware) 2.915750261 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 196] ADVANCE from elapsed time = 390 to 392 with dt = 2 Making slow rhs at time 390 for fast variables advancing from 390 to 390.6666666667 Fast time integration at level 0 from 390 to 390.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 390 to 390.6666666667 with dt = 0.6666666666667 using RHS created at 390 Making slow rhs at time 390.6666666667 for fast variables advancing from 390 to 391 Fast time integration at level 0 from 390 to 390.5 with dt = 0.5 Fast time integration at level 0 from 390.5 to 391 with dt = 0.5 Time integration of scalars at level 0 from 390 to 391 with dt = 1 using RHS created at 390.6666666667 Making slow rhs at time 391 for fast variables advancing from 390 to 392 Fast time integration at level 0 from 390 to 390.5 with dt = 0.5 Fast time integration at level 0 from 390.5 to 391 with dt = 0.5 Fast time integration at level 0 from 391 to 391.5 with dt = 0.5 Fast time integration at level 0 from 391.5 to 392 with dt = 0.5 Time integration of scalars at level 0 from 390 to 392 with dt = 2 using RHS created at 391 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 196] Advanced 4096 cells [Level 1 step 196] ADVANCE from elapsed time = 390 to 392 with dt = 2 Making slow rhs at time 390 for fast variables advancing from 390 to 392 No-substepping time integration at level 1 to 392 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006585608814 0.004074281973 and volume-weighted sum -92004.34186 Subtracting -2.395946403e-05 from rhs in subdomain 0 Sum after subtraction 1.778091563e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006825203454 MLMG: Initial residual (resid0) = 0.0006825203454 MLMG: Final Iter. 6 resid, resid/bnorm = 2.202582506e-11, 3.227130914e-08 MLMG: Timers: Solve = 0.001773658 Iter = 0.001609408 Bottom = 0.000174891 Time in solve 0.002232892 Max/L2 norm of divergence after solve at level 1 : 2.395948605e-05 0.001484713682 and volume-weighted sum -92004.34186 Time integration of scalars at level 1 from 390 to 392 with dt = 2 using RHS created at 390 Making slow rhs at time 392 for fast variables advancing from 390 to 392 No-substepping time integration at level 1 to 392 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006905180775 0.003756332648 and volume-weighted sum -92004.34186 Subtracting -2.395946403e-05 from rhs in subdomain 0 Sum after subtraction 5.941427905e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007144775416 MLMG: Initial residual (resid0) = 0.0007144775416 MLMG: Final Iter. 5 resid, resid/bnorm = 6.763020877e-11, 9.46568714e-08 MLMG: Timers: Solve = 0.001543417 Iter = 0.001378804 Bottom = 0.000149836 Time in solve 0.001999216 Max/L2 norm of divergence after solve at level 1 : 2.395953166e-05 0.001484713682 and volume-weighted sum -92004.34186 Time integration of scalars at level 1 from 390 to 392 with dt = 2 using RHS created at 392 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 196] Advanced 3840 cells Coarse STEP 196 ends. TIME = 392 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026742756 seconds. Coarse STEP 197 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368640366 (terrain aware) 1.368640366 (terrain unaware) Anelastic dt at level 0 would be: 6.166508262 (terrain aware) 6.166508262 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1396153302 (terrain aware) 0.1396153302 (terrain unaware) Anelastic dt at level 1 would be: 2.915363997 (terrain aware) 2.915363997 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 197] ADVANCE from elapsed time = 392 to 394 with dt = 2 Making slow rhs at time 392 for fast variables advancing from 392 to 392.6666666667 Fast time integration at level 0 from 392 to 392.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 392 to 392.6666666667 with dt = 0.6666666666667 using RHS created at 392 Making slow rhs at time 392.6666666667 for fast variables advancing from 392 to 393 Fast time integration at level 0 from 392 to 392.5 with dt = 0.5 Fast time integration at level 0 from 392.5 to 393 with dt = 0.5 Time integration of scalars at level 0 from 392 to 393 with dt = 1 using RHS created at 392.6666666667 Making slow rhs at time 393 for fast variables advancing from 392 to 394 Fast time integration at level 0 from 392 to 392.5 with dt = 0.5 Fast time integration at level 0 from 392.5 to 393 with dt = 0.5 Fast time integration at level 0 from 393 to 393.5 with dt = 0.5 Fast time integration at level 0 from 393.5 to 394 with dt = 0.5 Time integration of scalars at level 0 from 392 to 394 with dt = 2 using RHS created at 393 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 197] Advanced 4096 cells [Level 1 step 197] ADVANCE from elapsed time = 392 to 394 with dt = 2 Making slow rhs at time 392 for fast variables advancing from 392 to 394 No-substepping time integration at level 1 to 394 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006406975998 0.003910046298 and volume-weighted sum -85218.90713 Subtracting -2.219242373e-05 from rhs in subdomain 0 Sum after subtraction -9.194034423e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006628900235 MLMG: Initial residual (resid0) = 0.0006628900235 MLMG: Final Iter. 6 resid, resid/bnorm = 1.45572306e-11, 2.196024995e-08 MLMG: Timers: Solve = 0.00186614 Iter = 0.00166838 Bottom = 0.000176812 Time in solve 0.002319545 Max/L2 norm of divergence after solve at level 1 : 2.219243829e-05 0.0013752142 and volume-weighted sum -85218.90713 Time integration of scalars at level 1 from 392 to 394 with dt = 2 using RHS created at 392 Making slow rhs at time 394 for fast variables advancing from 392 to 394 No-substepping time integration at level 1 to 394 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006573920941 0.003691863656 and volume-weighted sum -85218.90713 Subtracting -2.219242373e-05 from rhs in subdomain 0 Sum after subtraction -3.07913417e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006795845178 MLMG: Initial residual (resid0) = 0.0006795845178 MLMG: Final Iter. 5 resid, resid/bnorm = 6.819028673e-11, 1.003411422e-07 MLMG: Timers: Solve = 0.001551848 Iter = 0.001369529 Bottom = 0.00014734 Time in solve 0.002006787 Max/L2 norm of divergence after solve at level 1 : 2.219249192e-05 0.0013752142 and volume-weighted sum -85218.90713 Time integration of scalars at level 1 from 392 to 394 with dt = 2 using RHS created at 394 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 197] Advanced 3840 cells Coarse STEP 197 ends. TIME = 394 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027001346 seconds. Coarse STEP 198 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368344075 (terrain aware) 1.368344075 (terrain unaware) Anelastic dt at level 0 would be: 6.162224094 (terrain aware) 6.162224094 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395860317 (terrain aware) 0.1395860317 (terrain unaware) Anelastic dt at level 1 would be: 2.916193105 (terrain aware) 2.916193105 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 198] ADVANCE from elapsed time = 394 to 396 with dt = 2 Making slow rhs at time 394 for fast variables advancing from 394 to 394.6666666667 Fast time integration at level 0 from 394 to 394.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 394 to 394.6666666667 with dt = 0.6666666666667 using RHS created at 394 Making slow rhs at time 394.6666666667 for fast variables advancing from 394 to 395 Fast time integration at level 0 from 394 to 394.5 with dt = 0.5 Fast time integration at level 0 from 394.5 to 395 with dt = 0.5 Time integration of scalars at level 0 from 394 to 395 with dt = 1 using RHS created at 394.6666666667 Making slow rhs at time 395 for fast variables advancing from 394 to 396 Fast time integration at level 0 from 394 to 394.5 with dt = 0.5 Fast time integration at level 0 from 394.5 to 395 with dt = 0.5 Fast time integration at level 0 from 395 to 395.5 with dt = 0.5 Fast time integration at level 0 from 395.5 to 396 with dt = 0.5 Time integration of scalars at level 0 from 394 to 396 with dt = 2 using RHS created at 395 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 198] Advanced 4096 cells [Level 1 step 198] ADVANCE from elapsed time = 394 to 396 with dt = 2 Making slow rhs at time 394 for fast variables advancing from 394 to 396 No-substepping time integration at level 1 to 396 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006458059521 0.003728255707 and volume-weighted sum -72834.91078 Subtracting -1.896742468e-05 from rhs in subdomain 0 Sum after subtraction 3.209238431e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006647733767 MLMG: Initial residual (resid0) = 0.0006647733767 MLMG: Final Iter. 6 resid, resid/bnorm = 6.856047939e-12, 1.031336118e-08 MLMG: Timers: Solve = 0.001796559 Iter = 0.001629549 Bottom = 0.000174643 Time in solve 0.002252532 Max/L2 norm of divergence after solve at level 1 : 1.896743154e-05 0.001175368319 and volume-weighted sum -72834.91078 Time integration of scalars at level 1 from 394 to 396 with dt = 2 using RHS created at 394 Making slow rhs at time 396 for fast variables advancing from 394 to 396 No-substepping time integration at level 1 to 396 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006823005119 0.003600458724 and volume-weighted sum -72834.91078 Subtracting -1.896742468e-05 from rhs in subdomain 0 Sum after subtraction -4.033232082e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0007012679366 MLMG: Initial residual (resid0) = 0.0007012679366 MLMG: Final Iter. 5 resid, resid/bnorm = 6.810450366e-11, 9.711623776e-08 MLMG: Timers: Solve = 0.001816903 Iter = 0.001648763 Bottom = 0.000148638 Time in solve 0.002304017 Max/L2 norm of divergence after solve at level 1 : 1.896749279e-05 0.001175368319 and volume-weighted sum -72834.91078 Time integration of scalars at level 1 from 394 to 396 with dt = 2 using RHS created at 396 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 198] Advanced 3840 cells Coarse STEP 198 ends. TIME = 396 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027145104 seconds. Coarse STEP 199 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368133978 (terrain aware) 1.368133978 (terrain unaware) Anelastic dt at level 0 would be: 6.159549556 (terrain aware) 6.159549556 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395570638 (terrain aware) 0.1395570638 (terrain unaware) Anelastic dt at level 1 would be: 2.918339791 (terrain aware) 2.918339791 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 199] ADVANCE from elapsed time = 396 to 398 with dt = 2 Making slow rhs at time 396 for fast variables advancing from 396 to 396.6666666667 Fast time integration at level 0 from 396 to 396.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 396 to 396.6666666667 with dt = 0.6666666666667 using RHS created at 396 Making slow rhs at time 396.6666666667 for fast variables advancing from 396 to 397 Fast time integration at level 0 from 396 to 396.5 with dt = 0.5 Fast time integration at level 0 from 396.5 to 397 with dt = 0.5 Time integration of scalars at level 0 from 396 to 397 with dt = 1 using RHS created at 396.6666666667 Making slow rhs at time 397 for fast variables advancing from 396 to 398 Fast time integration at level 0 from 396 to 396.5 with dt = 0.5 Fast time integration at level 0 from 396.5 to 397 with dt = 0.5 Fast time integration at level 0 from 397 to 397.5 with dt = 0.5 Fast time integration at level 0 from 397.5 to 398 with dt = 0.5 Time integration of scalars at level 0 from 396 to 398 with dt = 2 using RHS created at 397 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 199] Advanced 4096 cells [Level 1 step 199] ADVANCE from elapsed time = 396 to 398 with dt = 2 Making slow rhs at time 396 for fast variables advancing from 396 to 398 No-substepping time integration at level 1 to 398 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006344503215 0.003601989632 and volume-weighted sum -57786.20792 Subtracting -1.504849164e-05 from rhs in subdomain 0 Sum after subtraction -2.970713953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006494988131 MLMG: Initial residual (resid0) = 0.0006494988131 MLMG: Final Iter. 5 resid, resid/bnorm = 9.014881618e-11, 1.387975072e-07 MLMG: Timers: Solve = 0.001526484 Iter = 0.001358333 Bottom = 0.000147144 Time in solve 0.001985521 Max/L2 norm of divergence after solve at level 1 : 1.504858179e-05 0.0009325209204 and volume-weighted sum -57786.20792 Time integration of scalars at level 1 from 396 to 398 with dt = 2 using RHS created at 396 Making slow rhs at time 398 for fast variables advancing from 396 to 398 No-substepping time integration at level 1 to 398 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006561827673 0.003506895211 and volume-weighted sum -57786.20792 Subtracting -1.504849164e-05 from rhs in subdomain 0 Sum after subtraction 2.033963276e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006712312589 MLMG: Initial residual (resid0) = 0.0006712312589 MLMG: Final Iter. 5 resid, resid/bnorm = 6.757432347e-11, 1.006721939e-07 MLMG: Timers: Solve = 0.001532749 Iter = 0.001368254 Bottom = 0.000148847 Time in solve 0.001990235 Max/L2 norm of divergence after solve at level 1 : 1.504855922e-05 0.0009325209204 and volume-weighted sum -57786.20792 Time integration of scalars at level 1 from 396 to 398 with dt = 2 using RHS created at 398 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 199] Advanced 3840 cells Coarse STEP 199 ends. TIME = 398 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026671494 seconds. Coarse STEP 200 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.367996873 (terrain aware) 1.367996873 (terrain unaware) Anelastic dt at level 0 would be: 6.158153146 (terrain aware) 6.158153146 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395303732 (terrain aware) 0.1395303732 (terrain unaware) Anelastic dt at level 1 would be: 2.921899299 (terrain aware) 2.921899299 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 200] ADVANCE from elapsed time = 398 to 400 with dt = 2 Making slow rhs at time 398 for fast variables advancing from 398 to 398.6666666667 Fast time integration at level 0 from 398 to 398.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 398 to 398.6666666667 with dt = 0.6666666666667 using RHS created at 398 Making slow rhs at time 398.6666666667 for fast variables advancing from 398 to 399 Fast time integration at level 0 from 398 to 398.5 with dt = 0.5 Fast time integration at level 0 from 398.5 to 399 with dt = 0.5 Time integration of scalars at level 0 from 398 to 399 with dt = 1 using RHS created at 398.6666666667 Making slow rhs at time 399 for fast variables advancing from 398 to 400 Fast time integration at level 0 from 398 to 398.5 with dt = 0.5 Fast time integration at level 0 from 398.5 to 399 with dt = 0.5 Fast time integration at level 0 from 399 to 399.5 with dt = 0.5 Fast time integration at level 0 from 399.5 to 400 with dt = 0.5 Time integration of scalars at level 0 from 398 to 400 with dt = 2 using RHS created at 399 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 200] Advanced 4096 cells [Level 1 step 200] ADVANCE from elapsed time = 398 to 400 with dt = 2 Making slow rhs at time 398 for fast variables advancing from 398 to 400 No-substepping time integration at level 1 to 400 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006293458465 0.00350235321 and volume-weighted sum -39880.88805 Subtracting -1.038564793e-05 from rhs in subdomain 0 Sum after subtraction -3.07913417e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006397314945 MLMG: Initial residual (resid0) = 0.0006397314945 MLMG: Final Iter. 5 resid, resid/bnorm = 9.3570779e-11, 1.462657065e-07 MLMG: Timers: Solve = 0.001541751 Iter = 0.001365972 Bottom = 0.000147203 Time in solve 0.002002117 Max/L2 norm of divergence after solve at level 1 : 1.038573147e-05 0.0006435750636 and volume-weighted sum -39880.88805 Time integration of scalars at level 1 from 398 to 400 with dt = 2 using RHS created at 398 Making slow rhs at time 400 for fast variables advancing from 398 to 400 No-substepping time integration at level 1 to 400 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006716415366 0.003419650822 and volume-weighted sum -39880.88805 Subtracting -1.038564793e-05 from rhs in subdomain 0 Sum after subtraction 3.556183126e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006820271846 MLMG: Initial residual (resid0) = 0.0006820271846 MLMG: Final Iter. 5 resid, resid/bnorm = 6.667985194e-11, 9.77671469e-08 MLMG: Timers: Solve = 0.00154473 Iter = 0.001380279 Bottom = 0.000150972 Time in solve 0.001995289 Max/L2 norm of divergence after solve at level 1 : 1.038571461e-05 0.0006435750636 and volume-weighted sum -39880.88805 Time integration of scalars at level 1 from 398 to 400 with dt = 2 using RHS created at 400 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 200] Advanced 3840 cells Coarse STEP 200 ends. TIME = 400 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026797149 seconds. 3DPlotfile write time = 0.007061165 seconds. Coarse STEP 201 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.367942599 (terrain aware) 1.367942599 (terrain unaware) Anelastic dt at level 0 would be: 6.158190234 (terrain aware) 6.158190234 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1395061803 (terrain aware) 0.1395061803 (terrain unaware) Anelastic dt at level 1 would be: 2.922675603 (terrain aware) 2.922675603 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 201] ADVANCE from elapsed time = 400 to 402 with dt = 2 Making slow rhs at time 400 for fast variables advancing from 400 to 400.6666666667 Fast time integration at level 0 from 400 to 400.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 400 to 400.6666666667 with dt = 0.6666666666667 using RHS created at 400 Making slow rhs at time 400.6666666667 for fast variables advancing from 400 to 401 Fast time integration at level 0 from 400 to 400.5 with dt = 0.5 Fast time integration at level 0 from 400.5 to 401 with dt = 0.5 Time integration of scalars at level 0 from 400 to 401 with dt = 1 using RHS created at 400.6666666667 Making slow rhs at time 401 for fast variables advancing from 400 to 402 Fast time integration at level 0 from 400 to 400.5 with dt = 0.5 Fast time integration at level 0 from 400.5 to 401 with dt = 0.5 Fast time integration at level 0 from 401 to 401.5 with dt = 0.5 Fast time integration at level 0 from 401.5 to 402 with dt = 0.5 Time integration of scalars at level 0 from 400 to 402 with dt = 2 using RHS created at 401 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 201] Advanced 4096 cells [Level 1 step 201] ADVANCE from elapsed time = 400 to 402 with dt = 2 Making slow rhs at time 400 for fast variables advancing from 400 to 402 No-substepping time integration at level 1 to 402 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006450157049 0.003452511275 and volume-weighted sum -17147.13655 Subtracting -4.465400143e-06 from rhs in subdomain 0 Sum after subtraction 6.982261991e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006494811051 MLMG: Initial residual (resid0) = 0.0006494811051 MLMG: Final Iter. 6 resid, resid/bnorm = 1.096191703e-11, 1.687796141e-08 MLMG: Timers: Solve = 0.001787017 Iter = 0.001618633 Bottom = 0.000172633 Time in solve 0.002243604 Max/L2 norm of divergence after solve at level 1 : 4.465411105e-06 0.0002767107262 and volume-weighted sum -17147.13655 Time integration of scalars at level 1 from 400 to 402 with dt = 2 using RHS created at 400 Making slow rhs at time 402 for fast variables advancing from 400 to 402 No-substepping time integration at level 1 to 402 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006560791123 0.003349644675 and volume-weighted sum -17147.13655 Subtracting -4.465400143e-06 from rhs in subdomain 0 Sum after subtraction 1.405126016e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006605445124 MLMG: Initial residual (resid0) = 0.0006605445124 MLMG: Final Iter. 5 resid, resid/bnorm = 6.538920963e-11, 9.899288905e-08 MLMG: Timers: Solve = 0.001556694 Iter = 0.001375231 Bottom = 0.000153177 Time in solve 0.002009757 Max/L2 norm of divergence after solve at level 1 : 4.465465533e-06 0.0002767107262 and volume-weighted sum -17147.13655 Time integration of scalars at level 1 from 400 to 402 with dt = 2 using RHS created at 402 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 201] Advanced 3840 cells Coarse STEP 201 ends. TIME = 402 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027911986 seconds. Coarse STEP 202 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.367995369 (terrain aware) 1.367995369 (terrain unaware) Anelastic dt at level 0 would be: 6.160127738 (terrain aware) 6.160127738 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394847723 (terrain aware) 0.1394847723 (terrain unaware) Anelastic dt at level 1 would be: 2.919728893 (terrain aware) 2.919728893 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 202] ADVANCE from elapsed time = 402 to 404 with dt = 2 Making slow rhs at time 402 for fast variables advancing from 402 to 402.6666666667 Fast time integration at level 0 from 402 to 402.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 402 to 402.6666666667 with dt = 0.6666666666667 using RHS created at 402 Making slow rhs at time 402.6666666667 for fast variables advancing from 402 to 403 Fast time integration at level 0 from 402 to 402.5 with dt = 0.5 Fast time integration at level 0 from 402.5 to 403 with dt = 0.5 Time integration of scalars at level 0 from 402 to 403 with dt = 1 using RHS created at 402.6666666667 Making slow rhs at time 403 for fast variables advancing from 402 to 404 Fast time integration at level 0 from 402 to 402.5 with dt = 0.5 Fast time integration at level 0 from 402.5 to 403 with dt = 0.5 Fast time integration at level 0 from 403 to 403.5 with dt = 0.5 Fast time integration at level 0 from 403.5 to 404 with dt = 0.5 Time integration of scalars at level 0 from 402 to 404 with dt = 2 using RHS created at 403 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 202] Advanced 4096 cells [Level 1 step 202] ADVANCE from elapsed time = 402 to 404 with dt = 2 Making slow rhs at time 402 for fast variables advancing from 402 to 404 No-substepping time integration at level 1 to 404 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006260847606 0.00346148523 and volume-weighted sum 11367.33214 Subtracting 2.960242744e-06 from rhs in subdomain 0 Sum after subtraction -7.329206686e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006231245178 MLMG: Initial residual (resid0) = 0.0006231245178 MLMG: Final Iter. 6 resid, resid/bnorm = 1.708938013e-11, 2.742530528e-08 MLMG: Timers: Solve = 0.001783546 Iter = 0.001617945 Bottom = 0.000171863 Time in solve 0.00223949 Max/L2 norm of divergence after solve at level 1 : 2.960255727e-06 0.0001834395336 and volume-weighted sum 11367.33214 Time integration of scalars at level 1 from 402 to 404 with dt = 2 using RHS created at 402 Making slow rhs at time 404 for fast variables advancing from 402 to 404 No-substepping time integration at level 1 to 404 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006596190898 0.003323868209 and volume-weighted sum 11367.33214 Subtracting 2.960242744e-06 from rhs in subdomain 0 Sum after subtraction -1.222980051e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000656658847 MLMG: Initial residual (resid0) = 0.000656658847 MLMG: Final Iter. 5 resid, resid/bnorm = 6.460721563e-11, 9.838779439e-08 MLMG: Timers: Solve = 0.00184817 Iter = 0.001678486 Bottom = 0.000151996 Time in solve 0.002311553 Max/L2 norm of divergence after solve at level 1 : 2.960280152e-06 0.0001834395336 and volume-weighted sum 11367.33214 Time integration of scalars at level 1 from 402 to 404 with dt = 2 using RHS created at 404 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 202] Advanced 3840 cells Coarse STEP 202 ends. TIME = 404 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.02718809 seconds. Coarse STEP 203 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368161165 (terrain aware) 1.368161165 (terrain unaware) Anelastic dt at level 0 would be: 6.164091924 (terrain aware) 6.164091924 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394543884 (terrain aware) 0.1394543884 (terrain unaware) Anelastic dt at level 1 would be: 2.917830911 (terrain aware) 2.917830911 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 203] ADVANCE from elapsed time = 404 to 406 with dt = 2 Making slow rhs at time 404 for fast variables advancing from 404 to 404.6666666667 Fast time integration at level 0 from 404 to 404.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 404 to 404.6666666667 with dt = 0.6666666666667 using RHS created at 404 Making slow rhs at time 404.6666666667 for fast variables advancing from 404 to 405 Fast time integration at level 0 from 404 to 404.5 with dt = 0.5 Fast time integration at level 0 from 404.5 to 405 with dt = 0.5 Time integration of scalars at level 0 from 404 to 405 with dt = 1 using RHS created at 404.6666666667 Making slow rhs at time 405 for fast variables advancing from 404 to 406 Fast time integration at level 0 from 404 to 404.5 with dt = 0.5 Fast time integration at level 0 from 404.5 to 405 with dt = 0.5 Fast time integration at level 0 from 405 to 405.5 with dt = 0.5 Fast time integration at level 0 from 405.5 to 406 with dt = 0.5 Time integration of scalars at level 0 from 404 to 406 with dt = 2 using RHS created at 405 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 203] Advanced 4096 cells [Level 1 step 203] ADVANCE from elapsed time = 404 to 406 with dt = 2 Making slow rhs at time 404 for fast variables advancing from 404 to 406 No-substepping time integration at level 1 to 406 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006622029958 0.003491760044 and volume-weighted sum 43411.62376 Subtracting 1.130511035e-05 from rhs in subdomain 0 Sum after subtraction 1.387778781e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006508978855 MLMG: Initial residual (resid0) = 0.0006508978855 MLMG: Final Iter. 6 resid, resid/bnorm = 1.641411517e-11, 2.521765016e-08 MLMG: Timers: Solve = 0.00176571 Iter = 0.001597309 Bottom = 0.000172805 Time in solve 0.002223022 Max/L2 norm of divergence after solve at level 1 : 1.130512242e-05 0.0007005520661 and volume-weighted sum 43411.62376 Time integration of scalars at level 1 from 404 to 406 with dt = 2 using RHS created at 404 Making slow rhs at time 406 for fast variables advancing from 404 to 406 No-substepping time integration at level 1 to 406 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006798867552 0.003373673718 and volume-weighted sum 43411.62376 Subtracting 1.130511035e-05 from rhs in subdomain 0 Sum after subtraction -1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006685816449 MLMG: Initial residual (resid0) = 0.0006685816449 MLMG: Final Iter. 5 resid, resid/bnorm = 6.614506018e-11, 9.89334073e-08 MLMG: Timers: Solve = 0.00153153 Iter = 0.001365161 Bottom = 0.000150893 Time in solve 0.002007313 Max/L2 norm of divergence after solve at level 1 : 1.130514765e-05 0.0007005520661 and volume-weighted sum 43411.62376 Time integration of scalars at level 1 from 404 to 406 with dt = 2 using RHS created at 406 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 203] Advanced 3840 cells Coarse STEP 203 ends. TIME = 406 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026779025 seconds. Coarse STEP 204 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368407319 (terrain aware) 1.368407319 (terrain unaware) Anelastic dt at level 0 would be: 6.169453432 (terrain aware) 6.169453432 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1394251727 (terrain aware) 0.1394251727 (terrain unaware) Anelastic dt at level 1 would be: 2.917045116 (terrain aware) 2.917045116 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 204] ADVANCE from elapsed time = 406 to 408 with dt = 2 Making slow rhs at time 406 for fast variables advancing from 406 to 406.6666666667 Fast time integration at level 0 from 406 to 406.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 406 to 406.6666666667 with dt = 0.6666666666667 using RHS created at 406 Making slow rhs at time 406.6666666667 for fast variables advancing from 406 to 407 Fast time integration at level 0 from 406 to 406.5 with dt = 0.5 Fast time integration at level 0 from 406.5 to 407 with dt = 0.5 Time integration of scalars at level 0 from 406 to 407 with dt = 1 using RHS created at 406.6666666667 Making slow rhs at time 407 for fast variables advancing from 406 to 408 Fast time integration at level 0 from 406 to 406.5 with dt = 0.5 Fast time integration at level 0 from 406.5 to 407 with dt = 0.5 Fast time integration at level 0 from 407 to 407.5 with dt = 0.5 Fast time integration at level 0 from 407.5 to 408 with dt = 0.5 Time integration of scalars at level 0 from 406 to 408 with dt = 2 using RHS created at 407 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 204] Advanced 4096 cells [Level 1 step 204] ADVANCE from elapsed time = 406 to 408 with dt = 2 Making slow rhs at time 406 for fast variables advancing from 406 to 408 No-substepping time integration at level 1 to 408 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000648256647 0.003584521463 and volume-weighted sum 73648.60405 Subtracting 1.917932397e-05 from rhs in subdomain 0 Sum after subtraction -2.91433544e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000629077323 MLMG: Initial residual (resid0) = 0.000629077323 MLMG: Final Iter. 6 resid, resid/bnorm = 1.233004695e-11, 1.960020891e-08 MLMG: Timers: Solve = 0.001777627 Iter = 0.001610028 Bottom = 0.000174664 Time in solve 0.002254164 Max/L2 norm of divergence after solve at level 1 : 1.917932976e-05 0.001188499237 and volume-weighted sum 73648.60405 Time integration of scalars at level 1 from 406 to 408 with dt = 2 using RHS created at 406 Making slow rhs at time 408 for fast variables advancing from 406 to 408 No-substepping time integration at level 1 to 408 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006666789593 0.003491393077 and volume-weighted sum 73648.60405 Subtracting 1.917932397e-05 from rhs in subdomain 0 Sum after subtraction -3.157196726e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006474996354 MLMG: Initial residual (resid0) = 0.0006474996354 MLMG: Final Iter. 5 resid, resid/bnorm = 6.723204004e-11, 1.038333249e-07 MLMG: Timers: Solve = 0.001540226 Iter = 0.00137344 Bottom = 0.000154939 Time in solve 0.002002809 Max/L2 norm of divergence after solve at level 1 : 1.917936117e-05 0.001188499237 and volume-weighted sum 73648.60405 Time integration of scalars at level 1 from 406 to 408 with dt = 2 using RHS created at 408 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 204] Advanced 3840 cells Coarse STEP 204 ends. TIME = 408 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026957465 seconds. Coarse STEP 205 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368680112 (terrain aware) 1.368680112 (terrain unaware) Anelastic dt at level 0 would be: 6.175176118 (terrain aware) 6.175176118 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393983725 (terrain aware) 0.1393983725 (terrain unaware) Anelastic dt at level 1 would be: 2.915093082 (terrain aware) 2.915093082 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 205] ADVANCE from elapsed time = 408 to 410 with dt = 2 Making slow rhs at time 408 for fast variables advancing from 408 to 408.6666666667 Fast time integration at level 0 from 408 to 408.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 408 to 408.6666666667 with dt = 0.6666666666667 using RHS created at 408 Making slow rhs at time 408.6666666667 for fast variables advancing from 408 to 409 Fast time integration at level 0 from 408 to 408.5 with dt = 0.5 Fast time integration at level 0 from 408.5 to 409 with dt = 0.5 Time integration of scalars at level 0 from 408 to 409 with dt = 1 using RHS created at 408.6666666667 Making slow rhs at time 409 for fast variables advancing from 408 to 410 Fast time integration at level 0 from 408 to 408.5 with dt = 0.5 Fast time integration at level 0 from 408.5 to 409 with dt = 0.5 Fast time integration at level 0 from 409 to 409.5 with dt = 0.5 Fast time integration at level 0 from 409.5 to 410 with dt = 0.5 Time integration of scalars at level 0 from 408 to 410 with dt = 2 using RHS created at 409 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 205] Advanced 4096 cells [Level 1 step 205] ADVANCE from elapsed time = 408 to 410 with dt = 2 Making slow rhs at time 408 for fast variables advancing from 408 to 410 No-substepping time integration at level 1 to 410 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006741275067 0.003770521661 and volume-weighted sum 95846.9086 Subtracting 2.496013245e-05 from rhs in subdomain 0 Sum after subtraction 1.413799633e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006491673743 MLMG: Initial residual (resid0) = 0.0006491673743 MLMG: Final Iter. 6 resid, resid/bnorm = 1.355567317e-11, 2.088163039e-08 MLMG: Timers: Solve = 0.00179139 Iter = 0.00162433 Bottom = 0.000175271 Time in solve 0.002253745 Max/L2 norm of divergence after solve at level 1 : 2.49601389e-05 0.001546722837 and volume-weighted sum 95846.9086 Time integration of scalars at level 1 from 408 to 410 with dt = 2 using RHS created at 408 Making slow rhs at time 410 for fast variables advancing from 408 to 410 No-substepping time integration at level 1 to 410 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006959510013 0.003613485263 and volume-weighted sum 95846.9086 Subtracting 2.496013245e-05 from rhs in subdomain 0 Sum after subtraction 7.806255642e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006709908689 MLMG: Initial residual (resid0) = 0.0006709908689 MLMG: Final Iter. 5 resid, resid/bnorm = 6.790974504e-11, 1.012081508e-07 MLMG: Timers: Solve = 0.001547693 Iter = 0.001368662 Bottom = 0.000155188 Time in solve 0.002012917 Max/L2 norm of divergence after solve at level 1 : 2.496016936e-05 0.001546722837 and volume-weighted sum 95846.9086 Time integration of scalars at level 1 from 408 to 410 with dt = 2 using RHS created at 410 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 205] Advanced 3840 cells Coarse STEP 205 ends. TIME = 410 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027026803 seconds. Coarse STEP 206 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368947424 (terrain aware) 1.368947424 (terrain unaware) Anelastic dt at level 0 would be: 6.180677138 (terrain aware) 6.180677138 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393737792 (terrain aware) 0.1393737792 (terrain unaware) Anelastic dt at level 1 would be: 2.912834377 (terrain aware) 2.912834377 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 206] ADVANCE from elapsed time = 410 to 412 with dt = 2 Making slow rhs at time 410 for fast variables advancing from 410 to 410.6666666667 Fast time integration at level 0 from 410 to 410.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 410 to 410.6666666667 with dt = 0.6666666666667 using RHS created at 410 Making slow rhs at time 410.6666666667 for fast variables advancing from 410 to 411 Fast time integration at level 0 from 410 to 410.5 with dt = 0.5 Fast time integration at level 0 from 410.5 to 411 with dt = 0.5 Time integration of scalars at level 0 from 410 to 411 with dt = 1 using RHS created at 410.6666666667 Making slow rhs at time 411 for fast variables advancing from 410 to 412 Fast time integration at level 0 from 410 to 410.5 with dt = 0.5 Fast time integration at level 0 from 410.5 to 411 with dt = 0.5 Fast time integration at level 0 from 411 to 411.5 with dt = 0.5 Fast time integration at level 0 from 411.5 to 412 with dt = 0.5 Time integration of scalars at level 0 from 410 to 412 with dt = 2 using RHS created at 411 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 206] Advanced 4096 cells [Level 1 step 206] ADVANCE from elapsed time = 410 to 412 with dt = 2 Making slow rhs at time 410 for fast variables advancing from 410 to 412 No-substepping time integration at level 1 to 412 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006554242217 0.0039250429 and volume-weighted sum 105659.1697 Subtracting 2.751540878e-05 from rhs in subdomain 0 Sum after subtraction -2.203098814e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006279088129 MLMG: Initial residual (resid0) = 0.0006279088129 MLMG: Final Iter. 6 resid, resid/bnorm = 1.414740037e-11, 2.253097915e-08 MLMG: Timers: Solve = 0.001785562 Iter = 0.001605643 Bottom = 0.000173055 Time in solve 0.002249034 Max/L2 norm of divergence after solve at level 1 : 2.751542235e-05 0.00170506752 and volume-weighted sum 105659.1697 Time integration of scalars at level 1 from 410 to 412 with dt = 2 using RHS created at 410 Making slow rhs at time 412 for fast variables advancing from 410 to 412 No-substepping time integration at level 1 to 412 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000667368242 0.003668482095 and volume-weighted sum 105659.1697 Subtracting 2.751540878e-05 from rhs in subdomain 0 Sum after subtraction -1.231653668e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006398528332 MLMG: Initial residual (resid0) = 0.0006398528332 MLMG: Final Iter. 5 resid, resid/bnorm = 6.83812703e-11, 1.068703095e-07 MLMG: Timers: Solve = 0.001526888 Iter = 0.001363647 Bottom = 0.000149731 Time in solve 0.001994349 Max/L2 norm of divergence after solve at level 1 : 2.751544573e-05 0.00170506752 and volume-weighted sum 105659.1697 Time integration of scalars at level 1 from 410 to 412 with dt = 2 using RHS created at 412 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 206] Advanced 3840 cells Coarse STEP 206 ends. TIME = 412 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026889263 seconds. Coarse STEP 207 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369221537 (terrain aware) 1.369221537 (terrain unaware) Anelastic dt at level 0 would be: 6.186280694 (terrain aware) 6.186280694 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393510712 (terrain aware) 0.1393510712 (terrain unaware) Anelastic dt at level 1 would be: 2.91159274 (terrain aware) 2.91159274 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 207] ADVANCE from elapsed time = 412 to 414 with dt = 2 Making slow rhs at time 412 for fast variables advancing from 412 to 412.6666666667 Fast time integration at level 0 from 412 to 412.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 412 to 412.6666666667 with dt = 0.6666666666667 using RHS created at 412 Making slow rhs at time 412.6666666667 for fast variables advancing from 412 to 413 Fast time integration at level 0 from 412 to 412.5 with dt = 0.5 Fast time integration at level 0 from 412.5 to 413 with dt = 0.5 Time integration of scalars at level 0 from 412 to 413 with dt = 1 using RHS created at 412.6666666667 Making slow rhs at time 413 for fast variables advancing from 412 to 414 Fast time integration at level 0 from 412 to 412.5 with dt = 0.5 Fast time integration at level 0 from 412.5 to 413 with dt = 0.5 Fast time integration at level 0 from 413 to 413.5 with dt = 0.5 Fast time integration at level 0 from 413.5 to 414 with dt = 0.5 Time integration of scalars at level 0 from 412 to 414 with dt = 2 using RHS created at 413 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 207] Advanced 4096 cells [Level 1 step 207] ADVANCE from elapsed time = 412 to 414 with dt = 2 Making slow rhs at time 412 for fast variables advancing from 412 to 414 No-substepping time integration at level 1 to 414 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006614189961 0.003915867577 and volume-weighted sum 101890.1266 Subtracting 2.653388712e-05 from rhs in subdomain 0 Sum after subtraction 1.400789207e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000634885109 MLMG: Initial residual (resid0) = 0.000634885109 MLMG: Final Iter. 6 resid, resid/bnorm = 1.680602215e-11, 2.647096602e-08 MLMG: Timers: Solve = 0.001772622 Iter = 0.001607245 Bottom = 0.000174639 Time in solve 0.002243754 Max/L2 norm of divergence after solve at level 1 : 2.653390393e-05 0.001644244847 and volume-weighted sum 101890.1266 Time integration of scalars at level 1 from 412 to 414 with dt = 2 using RHS created at 412 Making slow rhs at time 414 for fast variables advancing from 412 to 414 No-substepping time integration at level 1 to 414 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000688872961 0.003625161584 and volume-weighted sum 101890.1266 Subtracting 2.653388712e-05 from rhs in subdomain 0 Sum after subtraction 4.250072516e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006623390739 MLMG: Initial residual (resid0) = 0.0006623390739 MLMG: Final Iter. 5 resid, resid/bnorm = 7.080326738e-11, 1.068988229e-07 MLMG: Timers: Solve = 0.001538118 Iter = 0.001368791 Bottom = 0.000150021 Time in solve 0.002008819 Max/L2 norm of divergence after solve at level 1 : 2.653392548e-05 0.001644244847 and volume-weighted sum 101890.1266 Time integration of scalars at level 1 from 412 to 414 with dt = 2 using RHS created at 414 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 207] Advanced 3840 cells Coarse STEP 207 ends. TIME = 414 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026974368 seconds. Coarse STEP 208 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.369545809 (terrain aware) 1.369545809 (terrain unaware) Anelastic dt at level 0 would be: 6.19293718 (terrain aware) 6.19293718 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393299632 (terrain aware) 0.1393299632 (terrain unaware) Anelastic dt at level 1 would be: 2.911557826 (terrain aware) 2.911557826 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 208] ADVANCE from elapsed time = 414 to 416 with dt = 2 Making slow rhs at time 414 for fast variables advancing from 414 to 414.6666666667 Fast time integration at level 0 from 414 to 414.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 414 to 414.6666666667 with dt = 0.6666666666667 using RHS created at 414 Making slow rhs at time 414.6666666667 for fast variables advancing from 414 to 415 Fast time integration at level 0 from 414 to 414.5 with dt = 0.5 Fast time integration at level 0 from 414.5 to 415 with dt = 0.5 Time integration of scalars at level 0 from 414 to 415 with dt = 1 using RHS created at 414.6666666667 Making slow rhs at time 415 for fast variables advancing from 414 to 416 Fast time integration at level 0 from 414 to 414.5 with dt = 0.5 Fast time integration at level 0 from 414.5 to 415 with dt = 0.5 Fast time integration at level 0 from 415 to 415.5 with dt = 0.5 Fast time integration at level 0 from 415.5 to 416 with dt = 0.5 Time integration of scalars at level 0 from 414 to 416 with dt = 2 using RHS created at 415 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 208] Advanced 4096 cells [Level 1 step 208] ADVANCE from elapsed time = 414 to 416 with dt = 2 Making slow rhs at time 414 for fast variables advancing from 414 to 416 No-substepping time integration at level 1 to 416 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00063380545 0.00375503861 and volume-weighted sum 85915.38237 Subtracting 2.237379749e-05 from rhs in subdomain 0 Sum after subtraction 7.372574773e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006114316525 MLMG: Initial residual (resid0) = 0.0006114316525 MLMG: Final Iter. 6 resid, resid/bnorm = 1.886832762e-11, 3.085925884e-08 MLMG: Timers: Solve = 0.001784179 Iter = 0.001616304 Bottom = 0.000175561 Time in solve 0.002257985 Max/L2 norm of divergence after solve at level 1 : 2.237381636e-05 0.001386453521 and volume-weighted sum 85915.38237 Time integration of scalars at level 1 from 414 to 416 with dt = 2 using RHS created at 414 Making slow rhs at time 416 for fast variables advancing from 414 to 416 No-substepping time integration at level 1 to 416 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006527433117 0.003498821354 and volume-weighted sum 85915.38237 Subtracting 2.237379749e-05 from rhs in subdomain 0 Sum after subtraction 1.778091563e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006303695142 MLMG: Initial residual (resid0) = 0.0006303695142 MLMG: Final Iter. 5 resid, resid/bnorm = 7.182684613e-11, 1.139440352e-07 MLMG: Timers: Solve = 0.001547532 Iter = 0.001374998 Bottom = 0.000158807 Time in solve 0.002011398 Max/L2 norm of divergence after solve at level 1 : 2.237383495e-05 0.001386453521 and volume-weighted sum 85915.38237 Time integration of scalars at level 1 from 414 to 416 with dt = 2 using RHS created at 416 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 208] Advanced 3840 cells Coarse STEP 208 ends. TIME = 416 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026940197 seconds. Coarse STEP 209 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.36995749 (terrain aware) 1.36995749 (terrain unaware) Anelastic dt at level 0 would be: 6.201459243 (terrain aware) 6.201459243 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1393037384 (terrain aware) 0.1393037384 (terrain unaware) Anelastic dt at level 1 would be: 2.912972541 (terrain aware) 2.912972541 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 209] ADVANCE from elapsed time = 416 to 418 with dt = 2 Making slow rhs at time 416 for fast variables advancing from 416 to 416.6666666667 Fast time integration at level 0 from 416 to 416.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 416 to 416.6666666667 with dt = 0.6666666666667 using RHS created at 416 Making slow rhs at time 416.6666666667 for fast variables advancing from 416 to 417 Fast time integration at level 0 from 416 to 416.5 with dt = 0.5 Fast time integration at level 0 from 416.5 to 417 with dt = 0.5 Time integration of scalars at level 0 from 416 to 417 with dt = 1 using RHS created at 416.6666666667 Making slow rhs at time 417 for fast variables advancing from 416 to 418 Fast time integration at level 0 from 416 to 416.5 with dt = 0.5 Fast time integration at level 0 from 416.5 to 417 with dt = 0.5 Fast time integration at level 0 from 417 to 417.5 with dt = 0.5 Fast time integration at level 0 from 417.5 to 418 with dt = 0.5 Time integration of scalars at level 0 from 416 to 418 with dt = 2 using RHS created at 417 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 209] Advanced 4096 cells [Level 1 step 209] ADVANCE from elapsed time = 416 to 418 with dt = 2 Making slow rhs at time 416 for fast variables advancing from 416 to 418 No-substepping time integration at level 1 to 418 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006235794473 0.003539748845 and volume-weighted sum 60237.19 Subtracting 1.568676823e-05 from rhs in subdomain 0 Sum after subtraction 2.896988205e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006078926791 MLMG: Initial residual (resid0) = 0.0006078926791 MLMG: Final Iter. 6 resid, resid/bnorm = 1.857526187e-11, 3.055681127e-08 MLMG: Timers: Solve = 0.002108966 Iter = 0.001942592 Bottom = 0.000177395 Time in solve 0.002568959 Max/L2 norm of divergence after solve at level 1 : 1.56867868e-05 0.0009720734737 and volume-weighted sum 60237.19 Time integration of scalars at level 1 from 416 to 418 with dt = 2 using RHS created at 416 Making slow rhs at time 418 for fast variables advancing from 416 to 418 No-substepping time integration at level 1 to 418 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006588868671 0.003338976809 and volume-weighted sum 60237.19 Subtracting 1.568676823e-05 from rhs in subdomain 0 Sum after subtraction 2.797241605e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006432000989 MLMG: Initial residual (resid0) = 0.0006432000989 MLMG: Final Iter. 5 resid, resid/bnorm = 7.090706471e-11, 1.102410662e-07 MLMG: Timers: Solve = 0.001549996 Iter = 0.001370998 Bottom = 0.000153157 Time in solve 0.002016422 Max/L2 norm of divergence after solve at level 1 : 1.568680302e-05 0.0009720734737 and volume-weighted sum 60237.19 Time integration of scalars at level 1 from 416 to 418 with dt = 2 using RHS created at 418 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 209] Advanced 3840 cells Coarse STEP 209 ends. TIME = 418 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.026965796 seconds. Coarse STEP 210 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370461543 (terrain aware) 1.370461543 (terrain unaware) Anelastic dt at level 0 would be: 6.209997393 (terrain aware) 6.209997393 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392779991 (terrain aware) 0.1392779991 (terrain unaware) Anelastic dt at level 1 would be: 2.911876141 (terrain aware) 2.911876141 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 210] ADVANCE from elapsed time = 418 to 420 with dt = 2 Making slow rhs at time 418 for fast variables advancing from 418 to 418.6666666667 Fast time integration at level 0 from 418 to 418.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 418 to 418.6666666667 with dt = 0.6666666666667 using RHS created at 418 Making slow rhs at time 418.6666666667 for fast variables advancing from 418 to 419 Fast time integration at level 0 from 418 to 418.5 with dt = 0.5 Fast time integration at level 0 from 418.5 to 419 with dt = 0.5 Time integration of scalars at level 0 from 418 to 419 with dt = 1 using RHS created at 418.6666666667 Making slow rhs at time 419 for fast variables advancing from 418 to 420 Fast time integration at level 0 from 418 to 418.5 with dt = 0.5 Fast time integration at level 0 from 418.5 to 419 with dt = 0.5 Fast time integration at level 0 from 419 to 419.5 with dt = 0.5 Fast time integration at level 0 from 419.5 to 420 with dt = 0.5 Time integration of scalars at level 0 from 418 to 420 with dt = 2 using RHS created at 419 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 210] Advanced 4096 cells [Level 1 step 210] ADVANCE from elapsed time = 418 to 420 with dt = 2 Making slow rhs at time 418 for fast variables advancing from 418 to 420 No-substepping time integration at level 1 to 420 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006226156091 0.003345845445 and volume-weighted sum 27847.28023 Subtracting 7.251895893e-06 from rhs in subdomain 0 Sum after subtraction -1.409462824e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006153637132 MLMG: Initial residual (resid0) = 0.0006153637132 MLMG: Final Iter. 6 resid, resid/bnorm = 1.541517237e-11, 2.505050596e-08 MLMG: Timers: Solve = 0.001785817 Iter = 0.001607395 Bottom = 0.000176923 Time in solve 0.002237184 Max/L2 norm of divergence after solve at level 1 : 7.251911308e-06 0.0004493835524 and volume-weighted sum 27847.28023 Time integration of scalars at level 1 from 418 to 420 with dt = 2 using RHS created at 418 Making slow rhs at time 420 for fast variables advancing from 418 to 420 No-substepping time integration at level 1 to 420 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006310265188 0.003208177973 and volume-weighted sum 27847.28023 Subtracting 7.251895893e-06 from rhs in subdomain 0 Sum after subtraction -2.168404345e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006237746229 MLMG: Initial residual (resid0) = 0.0006237746229 MLMG: Final Iter. 5 resid, resid/bnorm = 7.160352942e-11, 1.147907061e-07 MLMG: Timers: Solve = 0.001560572 Iter = 0.001389681 Bottom = 0.000154076 Time in solve 0.002015205 Max/L2 norm of divergence after solve at level 1 : 7.251930089e-06 0.0004493835524 and volume-weighted sum 27847.28023 Time integration of scalars at level 1 from 418 to 420 with dt = 2 using RHS created at 420 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 210] Advanced 3840 cells Coarse STEP 210 ends. TIME = 420 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.027112736 seconds. Coarse STEP 211 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370730887 (terrain aware) 1.370730887 (terrain unaware) Anelastic dt at level 0 would be: 6.210406559 (terrain aware) 6.210406559 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392530373 (terrain aware) 0.1392530373 (terrain unaware) Anelastic dt at level 1 would be: 2.911435113 (terrain aware) 2.911435113 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(6) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ((64,0,0) (79,0,47) (0,0,0)) ((80,0,0) (95,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ((64,0,0) (79,0,47) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (95,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004470660122 0.002410159367 and volume-weighted sum 42247.02041 Subtracting 9.168190193e-06 from rhs in subdomain 0 Sum after subtraction -9.107298249e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000437897822 MLMG: Initial residual (resid0) = 0.000437897822 MLMG: Final Iter. 6 resid, resid/bnorm = 2.915002972e-11, 6.656810849e-08 MLMG: Timers: Solve = 0.002230846 Iter = 0.001928352 Bottom = 0.000190181 Time in solve 0.002715821 Max/L2 norm of divergence after solve at level 1 : 9.168219343e-06 0.0006223573878 and volume-weighted sum 42247.02041 [Level 0 step 211] ADVANCE from elapsed time = 420 to 422 with dt = 2 Making slow rhs at time 420 for fast variables advancing from 420 to 420.6666666667 Fast time integration at level 0 from 420 to 420.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 420 to 420.6666666667 with dt = 0.6666666666667 using RHS created at 420 Making slow rhs at time 420.6666666667 for fast variables advancing from 420 to 421 Fast time integration at level 0 from 420 to 420.5 with dt = 0.5 Fast time integration at level 0 from 420.5 to 421 with dt = 0.5 Time integration of scalars at level 0 from 420 to 421 with dt = 1 using RHS created at 420.6666666667 Making slow rhs at time 421 for fast variables advancing from 420 to 422 Fast time integration at level 0 from 420 to 420.5 with dt = 0.5 Fast time integration at level 0 from 420.5 to 421 with dt = 0.5 Fast time integration at level 0 from 421 to 421.5 with dt = 0.5 Fast time integration at level 0 from 421.5 to 422 with dt = 0.5 Time integration of scalars at level 0 from 420 to 422 with dt = 2 using RHS created at 421 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 211] Advanced 4096 cells [Level 1 step 211] ADVANCE from elapsed time = 420 to 422 with dt = 2 Making slow rhs at time 420 for fast variables advancing from 420 to 422 No-substepping time integration at level 1 to 422 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00843895758 0.08244229061 and volume-weighted sum 2256.016326 Subtracting 4.895868763e-07 from rhs in subdomain 0 Sum after subtraction -1.346145417e-09 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.008439447167 MLMG: Initial residual (resid0) = 0.008439447167 MLMG: Final Iter. 7 resid, resid/bnorm = 2.831970189e-11, 3.355634715e-09 MLMG: Timers: Solve = 0.002292873 Iter = 0.002046882 Bottom = 0.000217179 Time in solve 0.002764887 Max/L2 norm of divergence after solve at level 1 : 4.89615196e-07 3.323425922e-05 and volume-weighted sum 2256.016326 Time integration of scalars at level 1 from 420 to 422 with dt = 2 using RHS created at 420 Making slow rhs at time 422 for fast variables advancing from 420 to 422 No-substepping time integration at level 1 to 422 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006229646218 0.003160027242 and volume-weighted sum 2256.016326 Subtracting 4.895868763e-07 from rhs in subdomain 0 Sum after subtraction -7.676151381e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000622475035 MLMG: Initial residual (resid0) = 0.000622475035 MLMG: Final Iter. 5 resid, resid/bnorm = 5.784611212e-11, 9.292920819e-08 MLMG: Timers: Solve = 0.001751759 Iter = 0.00151205 Bottom = 0.000163356 Time in solve 0.002224634 Max/L2 norm of divergence after solve at level 1 : 4.896421819e-07 3.323425922e-05 and volume-weighted sum 2256.016326 Time integration of scalars at level 1 from 420 to 422 with dt = 2 using RHS created at 422 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 211] Advanced 4608 cells Coarse STEP 211 ends. TIME = 422 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.044840001 seconds. Coarse STEP 212 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370747372 (terrain aware) 1.370747372 (terrain unaware) Anelastic dt at level 0 would be: 6.211099764 (terrain aware) 6.211099764 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392277676 (terrain aware) 0.1392277676 (terrain unaware) Anelastic dt at level 1 would be: 2.90865709 (terrain aware) 2.90865709 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 212] ADVANCE from elapsed time = 422 to 424 with dt = 2 Making slow rhs at time 422 for fast variables advancing from 422 to 422.6666666667 Fast time integration at level 0 from 422 to 422.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 422 to 422.6666666667 with dt = 0.6666666666667 using RHS created at 422 Making slow rhs at time 422.6666666667 for fast variables advancing from 422 to 423 Fast time integration at level 0 from 422 to 422.5 with dt = 0.5 Fast time integration at level 0 from 422.5 to 423 with dt = 0.5 Time integration of scalars at level 0 from 422 to 423 with dt = 1 using RHS created at 422.6666666667 Making slow rhs at time 423 for fast variables advancing from 422 to 424 Fast time integration at level 0 from 422 to 422.5 with dt = 0.5 Fast time integration at level 0 from 422.5 to 423 with dt = 0.5 Fast time integration at level 0 from 423 to 423.5 with dt = 0.5 Fast time integration at level 0 from 423.5 to 424 with dt = 0.5 Time integration of scalars at level 0 from 422 to 424 with dt = 2 using RHS created at 423 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 212] Advanced 4096 cells [Level 1 step 212] ADVANCE from elapsed time = 422 to 424 with dt = 2 Making slow rhs at time 422 for fast variables advancing from 422 to 424 No-substepping time integration at level 1 to 424 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006090283684 0.003231028176 and volume-weighted sum -36436.29265 Subtracting -7.907181565e-06 from rhs in subdomain 0 Sum after subtraction -7.155734338e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006169355499 MLMG: Initial residual (resid0) = 0.0006169355499 MLMG: Final Iter. 5 resid, resid/bnorm = 6.091972793e-11, 9.874569221e-08 MLMG: Timers: Solve = 0.002084047 Iter = 0.00172721 Bottom = 0.000194027 Time in solve 0.002605768 Max/L2 norm of divergence after solve at level 1 : 7.907239901e-06 0.0005367572837 and volume-weighted sum -36436.29265 Time integration of scalars at level 1 from 422 to 424 with dt = 2 using RHS created at 422 Making slow rhs at time 424 for fast variables advancing from 422 to 424 No-substepping time integration at level 1 to 424 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00062683274 0.003189304583 and volume-weighted sum -36436.29265 Subtracting -7.907181565e-06 from rhs in subdomain 0 Sum after subtraction -1.366094737e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006347399216 MLMG: Initial residual (resid0) = 0.0006347399216 MLMG: Final Iter. 5 resid, resid/bnorm = 5.622044933e-11, 8.857241749e-08 MLMG: Timers: Solve = 0.001736059 Iter = 0.001505095 Bottom = 0.000161218 Time in solve 0.00220646 Max/L2 norm of divergence after solve at level 1 : 7.907237786e-06 0.0005367572837 and volume-weighted sum -36436.29265 Time integration of scalars at level 1 from 422 to 424 with dt = 2 using RHS created at 424 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 212] Advanced 4608 cells Coarse STEP 212 ends. TIME = 424 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030953026 seconds. Coarse STEP 213 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370768656 (terrain aware) 1.370768656 (terrain unaware) Anelastic dt at level 0 would be: 6.212011671 (terrain aware) 6.212011671 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1392049066 (terrain aware) 0.1392049066 (terrain unaware) Anelastic dt at level 1 would be: 2.896136718 (terrain aware) 2.896136718 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 213] ADVANCE from elapsed time = 424 to 426 with dt = 2 Making slow rhs at time 424 for fast variables advancing from 424 to 424.6666666667 Fast time integration at level 0 from 424 to 424.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 424 to 424.6666666667 with dt = 0.6666666666667 using RHS created at 424 Making slow rhs at time 424.6666666667 for fast variables advancing from 424 to 425 Fast time integration at level 0 from 424 to 424.5 with dt = 0.5 Fast time integration at level 0 from 424.5 to 425 with dt = 0.5 Time integration of scalars at level 0 from 424 to 425 with dt = 1 using RHS created at 424.6666666667 Making slow rhs at time 425 for fast variables advancing from 424 to 426 Fast time integration at level 0 from 424 to 424.5 with dt = 0.5 Fast time integration at level 0 from 424.5 to 425 with dt = 0.5 Fast time integration at level 0 from 425 to 425.5 with dt = 0.5 Fast time integration at level 0 from 425.5 to 426 with dt = 0.5 Time integration of scalars at level 0 from 424 to 426 with dt = 2 using RHS created at 425 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 213] Advanced 4096 cells [Level 1 step 213] ADVANCE from elapsed time = 424 to 426 with dt = 2 Making slow rhs at time 424 for fast variables advancing from 424 to 426 No-substepping time integration at level 1 to 426 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005802060454 0.003384224859 and volume-weighted sum -67761.86253 Subtracting -1.470526531e-05 from rhs in subdomain 0 Sum after subtraction 3.794707604e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005949113107 MLMG: Initial residual (resid0) = 0.0005949113107 MLMG: Final Iter. 6 resid, resid/bnorm = 1.047041911e-11, 1.759996645e-08 MLMG: Timers: Solve = 0.002256525 Iter = 0.002018373 Bottom = 0.000190174 Time in solve 0.002722262 Max/L2 norm of divergence after solve at level 1 : 1.470527578e-05 0.0009982265104 and volume-weighted sum -67761.86253 Time integration of scalars at level 1 from 424 to 426 with dt = 2 using RHS created at 424 Making slow rhs at time 426 for fast variables advancing from 424 to 426 No-substepping time integration at level 1 to 426 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005999414428 0.003284260596 and volume-weighted sum -67761.86253 Subtracting -1.470526531e-05 from rhs in subdomain 0 Sum after subtraction 4.315124646e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006146467082 MLMG: Initial residual (resid0) = 0.0006146467082 MLMG: Final Iter. 5 resid, resid/bnorm = 5.611785996e-11, 9.13010014e-08 MLMG: Timers: Solve = 0.001744252 Iter = 0.001512968 Bottom = 0.000158332 Time in solve 0.002218465 Max/L2 norm of divergence after solve at level 1 : 1.470532135e-05 0.0009982265104 and volume-weighted sum -67761.86253 Time integration of scalars at level 1 from 424 to 426 with dt = 2 using RHS created at 426 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 213] Advanced 4608 cells Coarse STEP 213 ends. TIME = 426 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031091126 seconds. Coarse STEP 214 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370824934 (terrain aware) 1.370824934 (terrain unaware) Anelastic dt at level 0 would be: 6.21376533 (terrain aware) 6.21376533 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.139179196 (terrain aware) 0.139179196 (terrain unaware) Anelastic dt at level 1 would be: 2.880411313 (terrain aware) 2.880411313 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 214] ADVANCE from elapsed time = 426 to 428 with dt = 2 Making slow rhs at time 426 for fast variables advancing from 426 to 426.6666666667 Fast time integration at level 0 from 426 to 426.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 426 to 426.6666666667 with dt = 0.6666666666667 using RHS created at 426 Making slow rhs at time 426.6666666667 for fast variables advancing from 426 to 427 Fast time integration at level 0 from 426 to 426.5 with dt = 0.5 Fast time integration at level 0 from 426.5 to 427 with dt = 0.5 Time integration of scalars at level 0 from 426 to 427 with dt = 1 using RHS created at 426.6666666667 Making slow rhs at time 427 for fast variables advancing from 426 to 428 Fast time integration at level 0 from 426 to 426.5 with dt = 0.5 Fast time integration at level 0 from 426.5 to 427 with dt = 0.5 Fast time integration at level 0 from 427 to 427.5 with dt = 0.5 Fast time integration at level 0 from 427.5 to 428 with dt = 0.5 Time integration of scalars at level 0 from 426 to 428 with dt = 2 using RHS created at 427 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 214] Advanced 4096 cells [Level 1 step 214] ADVANCE from elapsed time = 426 to 428 with dt = 2 Making slow rhs at time 426 for fast variables advancing from 426 to 428 No-substepping time integration at level 1 to 428 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000585902451 0.003579845143 and volume-weighted sum -86901.0085 Subtracting -1.88587258e-05 from rhs in subdomain 0 Sum after subtraction -1.10805462e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006047611768 MLMG: Initial residual (resid0) = 0.0006047611768 MLMG: Final Iter. 6 resid, resid/bnorm = 1.716513683e-11, 2.838333129e-08 MLMG: Timers: Solve = 0.002032163 Iter = 0.001818181 Bottom = 0.000184645 Time in solve 0.002547799 Max/L2 norm of divergence after solve at level 1 : 1.885874297e-05 0.001280172758 and volume-weighted sum -86901.0085 Time integration of scalars at level 1 from 426 to 428 with dt = 2 using RHS created at 426 Making slow rhs at time 428 for fast variables advancing from 426 to 428 No-substepping time integration at level 1 to 428 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006135995102 0.003368761402 and volume-weighted sum -86901.0085 Subtracting -1.88587258e-05 from rhs in subdomain 0 Sum after subtraction -1.281526968e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000632458236 MLMG: Initial residual (resid0) = 0.000632458236 MLMG: Final Iter. 5 resid, resid/bnorm = 5.70903915e-11, 9.02674489e-08 MLMG: Timers: Solve = 0.001736164 Iter = 0.001498262 Bottom = 0.000159376 Time in solve 0.002214543 Max/L2 norm of divergence after solve at level 1 : 1.885878192e-05 0.001280172758 and volume-weighted sum -86901.0085 Time integration of scalars at level 1 from 426 to 428 with dt = 2 using RHS created at 428 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 214] Advanced 4608 cells Coarse STEP 214 ends. TIME = 428 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031372454 seconds. Coarse STEP 215 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370969628 (terrain aware) 1.370969628 (terrain unaware) Anelastic dt at level 0 would be: 6.217440928 (terrain aware) 6.217440928 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.139140525 (terrain aware) 0.139140525 (terrain unaware) Anelastic dt at level 1 would be: 2.862162706 (terrain aware) 2.862162706 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 215] ADVANCE from elapsed time = 428 to 430 with dt = 2 Making slow rhs at time 428 for fast variables advancing from 428 to 428.6666666667 Fast time integration at level 0 from 428 to 428.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 428 to 428.6666666667 with dt = 0.6666666666667 using RHS created at 428 Making slow rhs at time 428.6666666667 for fast variables advancing from 428 to 429 Fast time integration at level 0 from 428 to 428.5 with dt = 0.5 Fast time integration at level 0 from 428.5 to 429 with dt = 0.5 Time integration of scalars at level 0 from 428 to 429 with dt = 1 using RHS created at 428.6666666667 Making slow rhs at time 429 for fast variables advancing from 428 to 430 Fast time integration at level 0 from 428 to 428.5 with dt = 0.5 Fast time integration at level 0 from 428.5 to 429 with dt = 0.5 Fast time integration at level 0 from 429 to 429.5 with dt = 0.5 Fast time integration at level 0 from 429.5 to 430 with dt = 0.5 Time integration of scalars at level 0 from 428 to 430 with dt = 2 using RHS created at 429 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 215] Advanced 4096 cells [Level 1 step 215] ADVANCE from elapsed time = 428 to 430 with dt = 2 Making slow rhs at time 428 for fast variables advancing from 428 to 430 No-substepping time integration at level 1 to 430 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005575374305 0.003655257949 and volume-weighted sum -92059.64892 Subtracting -1.997822242e-05 from rhs in subdomain 0 Sum after subtraction -6.049848122e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005775156529 MLMG: Initial residual (resid0) = 0.0005775156529 MLMG: Final Iter. 6 resid, resid/bnorm = 1.778670833e-11, 3.079866016e-08 MLMG: Timers: Solve = 0.002017313 Iter = 0.001776723 Bottom = 0.000185873 Time in solve 0.002474245 Max/L2 norm of divergence after solve at level 1 : 1.997824021e-05 0.001356166709 and volume-weighted sum -92059.64892 Time integration of scalars at level 1 from 428 to 430 with dt = 2 using RHS created at 428 Making slow rhs at time 430 for fast variables advancing from 428 to 430 No-substepping time integration at level 1 to 430 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005797843061 0.003386542141 and volume-weighted sum -92059.64892 Subtracting -1.997822242e-05 from rhs in subdomain 0 Sum after subtraction -3.599551213e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005997625285 MLMG: Initial residual (resid0) = 0.0005997625285 MLMG: Final Iter. 5 resid, resid/bnorm = 5.700785505e-11, 9.505071147e-08 MLMG: Timers: Solve = 0.001754918 Iter = 0.001525578 Bottom = 0.00015775 Time in solve 0.002222246 Max/L2 norm of divergence after solve at level 1 : 1.997827902e-05 0.001356166709 and volume-weighted sum -92059.64892 Time integration of scalars at level 1 from 428 to 430 with dt = 2 using RHS created at 430 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 215] Advanced 4608 cells Coarse STEP 215 ends. TIME = 430 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031130835 seconds. Coarse STEP 216 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.370358876 (terrain aware) 1.370358876 (terrain unaware) Anelastic dt at level 0 would be: 6.190800288 (terrain aware) 6.190800288 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1391037601 (terrain aware) 0.1391037601 (terrain unaware) Anelastic dt at level 1 would be: 2.844370907 (terrain aware) 2.844370907 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 216] ADVANCE from elapsed time = 430 to 432 with dt = 2 Making slow rhs at time 430 for fast variables advancing from 430 to 430.6666666667 Fast time integration at level 0 from 430 to 430.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 430 to 430.6666666667 with dt = 0.6666666666667 using RHS created at 430 Making slow rhs at time 430.6666666667 for fast variables advancing from 430 to 431 Fast time integration at level 0 from 430 to 430.5 with dt = 0.5 Fast time integration at level 0 from 430.5 to 431 with dt = 0.5 Time integration of scalars at level 0 from 430 to 431 with dt = 1 using RHS created at 430.6666666667 Making slow rhs at time 431 for fast variables advancing from 430 to 432 Fast time integration at level 0 from 430 to 430.5 with dt = 0.5 Fast time integration at level 0 from 430.5 to 431 with dt = 0.5 Fast time integration at level 0 from 431 to 431.5 with dt = 0.5 Fast time integration at level 0 from 431.5 to 432 with dt = 0.5 Time integration of scalars at level 0 from 430 to 432 with dt = 2 using RHS created at 431 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 216] Advanced 4096 cells [Level 1 step 216] ADVANCE from elapsed time = 430 to 432 with dt = 2 Making slow rhs at time 430 for fast variables advancing from 430 to 432 No-substepping time integration at level 1 to 432 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005630414172 0.003549008912 and volume-weighted sum -85275.41896 Subtracting -1.850595029e-05 from rhs in subdomain 0 Sum after subtraction -5.117434254e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005815473675 MLMG: Initial residual (resid0) = 0.0005815473675 MLMG: Final Iter. 6 resid, resid/bnorm = 1.421231449e-11, 2.443879087e-08 MLMG: Timers: Solve = 0.002036676 Iter = 0.001802394 Bottom = 0.000189208 Time in solve 0.002512329 Max/L2 norm of divergence after solve at level 1 : 1.850596451e-05 0.001256225563 and volume-weighted sum -85275.41896 Time integration of scalars at level 1 from 430 to 432 with dt = 2 using RHS created at 430 Making slow rhs at time 432 for fast variables advancing from 430 to 432 No-substepping time integration at level 1 to 432 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005983006391 0.003337077926 and volume-weighted sum -85275.41896 Subtracting -1.850595029e-05 from rhs in subdomain 0 Sum after subtraction -2.949029909e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006168065894 MLMG: Initial residual (resid0) = 0.0006168065894 MLMG: Final Iter. 5 resid, resid/bnorm = 5.735022055e-11, 9.29792605e-08 MLMG: Timers: Solve = 0.001737984 Iter = 0.001503457 Bottom = 0.000162898 Time in solve 0.002218324 Max/L2 norm of divergence after solve at level 1 : 1.850600765e-05 0.001256225563 and volume-weighted sum -85275.41896 Time integration of scalars at level 1 from 430 to 432 with dt = 2 using RHS created at 432 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 216] Advanced 4608 cells Coarse STEP 216 ends. TIME = 432 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031187537 seconds. Coarse STEP 217 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.368867238 (terrain aware) 1.368867238 (terrain unaware) Anelastic dt at level 0 would be: 6.162414003 (terrain aware) 6.162414003 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390702063 (terrain aware) 0.1390702063 (terrain unaware) Anelastic dt at level 1 would be: 2.827288363 (terrain aware) 2.827288363 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 217] ADVANCE from elapsed time = 432 to 434 with dt = 2 Making slow rhs at time 432 for fast variables advancing from 432 to 432.6666666667 Fast time integration at level 0 from 432 to 432.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 432 to 432.6666666667 with dt = 0.6666666666667 using RHS created at 432 Making slow rhs at time 432.6666666667 for fast variables advancing from 432 to 433 Fast time integration at level 0 from 432 to 432.5 with dt = 0.5 Fast time integration at level 0 from 432.5 to 433 with dt = 0.5 Time integration of scalars at level 0 from 432 to 433 with dt = 1 using RHS created at 432.6666666667 Making slow rhs at time 433 for fast variables advancing from 432 to 434 Fast time integration at level 0 from 432 to 432.5 with dt = 0.5 Fast time integration at level 0 from 432.5 to 433 with dt = 0.5 Fast time integration at level 0 from 433 to 433.5 with dt = 0.5 Fast time integration at level 0 from 433.5 to 434 with dt = 0.5 Time integration of scalars at level 0 from 432 to 434 with dt = 2 using RHS created at 433 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 217] Advanced 4096 cells [Level 1 step 217] ADVANCE from elapsed time = 432 to 434 with dt = 2 Making slow rhs at time 432 for fast variables advancing from 432 to 434 No-substepping time integration at level 1 to 434 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005661547647 0.003359529125 and volume-weighted sum -71182.97294 Subtracting -1.544769378e-05 from rhs in subdomain 0 Sum after subtraction -1.797607202e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005816024585 MLMG: Initial residual (resid0) = 0.0005816024585 MLMG: Final Iter. 6 resid, resid/bnorm = 8.056898333e-12, 1.385293032e-08 MLMG: Timers: Solve = 0.002020858 Iter = 0.001798792 Bottom = 0.000190335 Time in solve 0.00251994 Max/L2 norm of divergence after solve at level 1 : 1.544770184e-05 0.001048624226 and volume-weighted sum -71182.97294 Time integration of scalars at level 1 from 432 to 434 with dt = 2 using RHS created at 432 Making slow rhs at time 434 for fast variables advancing from 432 to 434 No-substepping time integration at level 1 to 434 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000574985259 0.003255286756 and volume-weighted sum -71182.97294 Subtracting -1.544769378e-05 from rhs in subdomain 0 Sum after subtraction -2.656295323e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005904329528 MLMG: Initial residual (resid0) = 0.0005904329528 MLMG: Final Iter. 5 resid, resid/bnorm = 5.822657386e-11, 9.861674146e-08 MLMG: Timers: Solve = 0.001740108 Iter = 0.001518607 Bottom = 0.000158335 Time in solve 0.002255517 Max/L2 norm of divergence after solve at level 1 : 1.544775201e-05 0.001048624226 and volume-weighted sum -71182.97294 Time integration of scalars at level 1 from 432 to 434 with dt = 2 using RHS created at 434 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 217] Advanced 4608 cells Coarse STEP 217 ends. TIME = 434 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031145835 seconds. Coarse STEP 218 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.367371839 (terrain aware) 1.367371839 (terrain unaware) Anelastic dt at level 0 would be: 6.13397085 (terrain aware) 6.13397085 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1390321524 (terrain aware) 0.1390321524 (terrain unaware) Anelastic dt at level 1 would be: 2.811175565 (terrain aware) 2.811175565 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 218] ADVANCE from elapsed time = 434 to 436 with dt = 2 Making slow rhs at time 434 for fast variables advancing from 434 to 434.6666666667 Fast time integration at level 0 from 434 to 434.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 434 to 434.6666666667 with dt = 0.6666666666667 using RHS created at 434 Making slow rhs at time 434.6666666667 for fast variables advancing from 434 to 435 Fast time integration at level 0 from 434 to 434.5 with dt = 0.5 Fast time integration at level 0 from 434.5 to 435 with dt = 0.5 Time integration of scalars at level 0 from 434 to 435 with dt = 1 using RHS created at 434.6666666667 Making slow rhs at time 435 for fast variables advancing from 434 to 436 Fast time integration at level 0 from 434 to 434.5 with dt = 0.5 Fast time integration at level 0 from 434.5 to 435 with dt = 0.5 Fast time integration at level 0 from 435 to 435.5 with dt = 0.5 Fast time integration at level 0 from 435.5 to 436 with dt = 0.5 Time integration of scalars at level 0 from 434 to 436 with dt = 2 using RHS created at 435 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 218] Advanced 4096 cells [Level 1 step 218] ADVANCE from elapsed time = 434 to 436 with dt = 2 Making slow rhs at time 434 for fast variables advancing from 434 to 436 No-substepping time integration at level 1 to 436 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005619661258 0.00321417822 and volume-weighted sum -54410.56706 Subtracting -1.180784875e-05 from rhs in subdomain 0 Sum after subtraction -2.818925648e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005737739746 MLMG: Initial residual (resid0) = 0.0005737739746 MLMG: Final Iter. 5 resid, resid/bnorm = 7.446920218e-11, 1.297883931e-07 MLMG: Timers: Solve = 0.00176317 Iter = 0.001522586 Bottom = 0.00015993 Time in solve 0.002230615 Max/L2 norm of divergence after solve at level 1 : 1.180792322e-05 0.0008015433528 and volume-weighted sum -54410.56706 Time integration of scalars at level 1 from 434 to 436 with dt = 2 using RHS created at 434 Making slow rhs at time 436 for fast variables advancing from 434 to 436 No-substepping time integration at level 1 to 436 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005860157457 0.003173978118 and volume-weighted sum -54410.56706 Subtracting -1.180784875e-05 from rhs in subdomain 0 Sum after subtraction -1.734723476e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005978235945 MLMG: Initial residual (resid0) = 0.0005978235945 MLMG: Final Iter. 5 resid, resid/bnorm = 5.906651231e-11, 9.880257799e-08 MLMG: Timers: Solve = 0.001749631 Iter = 0.00151904 Bottom = 0.000158682 Time in solve 0.002221674 Max/L2 norm of divergence after solve at level 1 : 1.180790782e-05 0.0008015433528 and volume-weighted sum -54410.56706 Time integration of scalars at level 1 from 434 to 436 with dt = 2 using RHS created at 436 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 218] Advanced 4608 cells Coarse STEP 218 ends. TIME = 436 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030460009 seconds. Coarse STEP 219 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.365910739 (terrain aware) 1.365910739 (terrain unaware) Anelastic dt at level 0 would be: 6.106172679 (terrain aware) 6.106172679 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389964178 (terrain aware) 0.1389964178 (terrain unaware) Anelastic dt at level 1 would be: 2.796259344 (terrain aware) 2.796259344 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 219] ADVANCE from elapsed time = 436 to 438 with dt = 2 Making slow rhs at time 436 for fast variables advancing from 436 to 436.6666666667 Fast time integration at level 0 from 436 to 436.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 436 to 436.6666666667 with dt = 0.6666666666667 using RHS created at 436 Making slow rhs at time 436.6666666667 for fast variables advancing from 436 to 437 Fast time integration at level 0 from 436 to 436.5 with dt = 0.5 Fast time integration at level 0 from 436.5 to 437 with dt = 0.5 Time integration of scalars at level 0 from 436 to 437 with dt = 1 using RHS created at 436.6666666667 Making slow rhs at time 437 for fast variables advancing from 436 to 438 Fast time integration at level 0 from 436 to 436.5 with dt = 0.5 Fast time integration at level 0 from 436.5 to 437 with dt = 0.5 Fast time integration at level 0 from 437 to 437.5 with dt = 0.5 Fast time integration at level 0 from 437.5 to 438 with dt = 0.5 Time integration of scalars at level 0 from 436 to 438 with dt = 2 using RHS created at 437 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 219] Advanced 4096 cells [Level 1 step 219] ADVANCE from elapsed time = 436 to 438 with dt = 2 Making slow rhs at time 436 for fast variables advancing from 436 to 438 No-substepping time integration at level 1 to 438 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005816567084 0.003131593869 and volume-weighted sum -37117.77202 Subtracting -8.055072052e-06 from rhs in subdomain 0 Sum after subtraction -1.465841337e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005897117805 MLMG: Initial residual (resid0) = 0.0005897117805 MLMG: Final Iter. 5 resid, resid/bnorm = 6.633397492e-11, 1.124854159e-07 MLMG: Timers: Solve = 0.001759472 Iter = 0.001522325 Bottom = 0.000160944 Time in solve 0.002223685 Max/L2 norm of divergence after solve at level 1 : 8.055138386e-06 0.0005467964228 and volume-weighted sum -37117.77202 Time integration of scalars at level 1 from 436 to 438 with dt = 2 using RHS created at 436 Making slow rhs at time 438 for fast variables advancing from 436 to 438 No-substepping time integration at level 1 to 438 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005965545165 0.003110693106 and volume-weighted sum -37117.77202 Subtracting -8.055072052e-06 from rhs in subdomain 0 Sum after subtraction -2.578232766e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006046095886 MLMG: Initial residual (resid0) = 0.0006046095886 MLMG: Final Iter. 5 resid, resid/bnorm = 5.976163512e-11, 9.884334659e-08 MLMG: Timers: Solve = 0.001741968 Iter = 0.001511649 Bottom = 0.000159549 Time in solve 0.002226651 Max/L2 norm of divergence after solve at level 1 : 8.055131814e-06 0.0005467964228 and volume-weighted sum -37117.77202 Time integration of scalars at level 1 from 436 to 438 with dt = 2 using RHS created at 438 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 219] Advanced 4608 cells Coarse STEP 219 ends. TIME = 438 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030567026 seconds. Coarse STEP 220 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.36451905 (terrain aware) 1.36451905 (terrain unaware) Anelastic dt at level 0 would be: 6.079658077 (terrain aware) 6.079658077 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389646615 (terrain aware) 0.1389646615 (terrain unaware) Anelastic dt at level 1 would be: 2.778591438 (terrain aware) 2.778591438 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 220] ADVANCE from elapsed time = 438 to 440 with dt = 2 Making slow rhs at time 438 for fast variables advancing from 438 to 438.6666666667 Fast time integration at level 0 from 438 to 438.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 438 to 438.6666666667 with dt = 0.6666666666667 using RHS created at 438 Making slow rhs at time 438.6666666667 for fast variables advancing from 438 to 439 Fast time integration at level 0 from 438 to 438.5 with dt = 0.5 Fast time integration at level 0 from 438.5 to 439 with dt = 0.5 Time integration of scalars at level 0 from 438 to 439 with dt = 1 using RHS created at 438.6666666667 Making slow rhs at time 439 for fast variables advancing from 438 to 440 Fast time integration at level 0 from 438 to 438.5 with dt = 0.5 Fast time integration at level 0 from 438.5 to 439 with dt = 0.5 Fast time integration at level 0 from 439 to 439.5 with dt = 0.5 Fast time integration at level 0 from 439.5 to 440 with dt = 0.5 Time integration of scalars at level 0 from 438 to 440 with dt = 2 using RHS created at 439 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 220] Advanced 4096 cells [Level 1 step 220] ADVANCE from elapsed time = 438 to 440 with dt = 2 Making slow rhs at time 438 for fast variables advancing from 438 to 440 No-substepping time integration at level 1 to 440 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005634452066 0.003090960614 and volume-weighted sum -18580.3172 Subtracting -4.032186892e-06 from rhs in subdomain 0 Sum after subtraction 6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005674773935 MLMG: Initial residual (resid0) = 0.0005674773935 MLMG: Final Iter. 5 resid, resid/bnorm = 8.956969833e-11, 1.578383551e-07 MLMG: Timers: Solve = 0.001782347 Iter = 0.001536617 Bottom = 0.000160443 Time in solve 0.002249186 Max/L2 norm of divergence after solve at level 1 : 4.03225224e-06 0.0002737139227 and volume-weighted sum -18580.3172 Time integration of scalars at level 1 from 438 to 440 with dt = 2 using RHS created at 438 Making slow rhs at time 440 for fast variables advancing from 438 to 440 No-substepping time integration at level 1 to 440 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000591504346 0.003066125148 and volume-weighted sum -18580.3172 Subtracting -4.032186892e-06 from rhs in subdomain 0 Sum after subtraction -6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005955365329 MLMG: Initial residual (resid0) = 0.0005955365329 MLMG: Final Iter. 5 resid, resid/bnorm = 6.029597721e-11, 1.012464792e-07 MLMG: Timers: Solve = 0.001748983 Iter = 0.001514216 Bottom = 0.000157458 Time in solve 0.002217325 Max/L2 norm of divergence after solve at level 1 : 4.032247188e-06 0.0002737139227 and volume-weighted sum -18580.3172 Time integration of scalars at level 1 from 438 to 440 with dt = 2 using RHS created at 440 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 220] Advanced 4608 cells Coarse STEP 220 ends. TIME = 440 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030709471 seconds. Coarse STEP 221 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.363224436 (terrain aware) 1.363224436 (terrain unaware) Anelastic dt at level 0 would be: 6.054921206 (terrain aware) 6.054921206 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1389372238 (terrain aware) 0.1389372238 (terrain unaware) Anelastic dt at level 1 would be: 2.761017078 (terrain aware) 2.761017078 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 221] ADVANCE from elapsed time = 440 to 442 with dt = 2 Making slow rhs at time 440 for fast variables advancing from 440 to 440.6666666667 Fast time integration at level 0 from 440 to 440.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 440 to 440.6666666667 with dt = 0.6666666666667 using RHS created at 440 Making slow rhs at time 440.6666666667 for fast variables advancing from 440 to 441 Fast time integration at level 0 from 440 to 440.5 with dt = 0.5 Fast time integration at level 0 from 440.5 to 441 with dt = 0.5 Time integration of scalars at level 0 from 440 to 441 with dt = 1 using RHS created at 440.6666666667 Making slow rhs at time 441 for fast variables advancing from 440 to 442 Fast time integration at level 0 from 440 to 440.5 with dt = 0.5 Fast time integration at level 0 from 440.5 to 441 with dt = 0.5 Fast time integration at level 0 from 441 to 441.5 with dt = 0.5 Fast time integration at level 0 from 441.5 to 442 with dt = 0.5 Time integration of scalars at level 0 from 440 to 442 with dt = 2 using RHS created at 441 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 221] Advanced 4096 cells [Level 1 step 221] ADVANCE from elapsed time = 440 to 442 with dt = 2 Making slow rhs at time 440 for fast variables advancing from 440 to 442 No-substepping time integration at level 1 to 442 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005808555192 0.003106361921 and volume-weighted sum 3112.234706 Subtracting 6.753981566e-07 from rhs in subdomain 0 Sum after subtraction -5.854691731e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005801801211 MLMG: Initial residual (resid0) = 0.0005801801211 MLMG: Final Iter. 6 resid, resid/bnorm = 1.141821174e-11, 1.968046014e-08 MLMG: Timers: Solve = 0.002149261 Iter = 0.001851501 Bottom = 0.000189115 Time in solve 0.002633339 Max/L2 norm of divergence after solve at level 1 : 6.754063773e-07 4.584754719e-05 and volume-weighted sum 3112.234706 Time integration of scalars at level 1 from 440 to 442 with dt = 2 using RHS created at 440 Making slow rhs at time 442 for fast variables advancing from 440 to 442 No-substepping time integration at level 1 to 442 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0006042452616 0.003045605359 and volume-weighted sum 3112.234706 Subtracting 6.753981566e-07 from rhs in subdomain 0 Sum after subtraction -3.491130995e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0006035698634 MLMG: Initial residual (resid0) = 0.0006035698634 MLMG: Final Iter. 5 resid, resid/bnorm = 6.073598713e-11, 1.006279319e-07 MLMG: Timers: Solve = 0.001761956 Iter = 0.001532793 Bottom = 0.000156812 Time in solve 0.002237514 Max/L2 norm of divergence after solve at level 1 : 6.754450863e-07 4.584754719e-05 and volume-weighted sum 3112.234706 Time integration of scalars at level 1 from 440 to 442 with dt = 2 using RHS created at 442 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 221] Advanced 4608 cells Coarse STEP 221 ends. TIME = 442 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031733854 seconds. Coarse STEP 222 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.362052519 (terrain aware) 1.362052519 (terrain unaware) Anelastic dt at level 0 would be: 6.032426072 (terrain aware) 6.032426072 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138909573 (terrain aware) 0.138909573 (terrain unaware) Anelastic dt at level 1 would be: 2.744545331 (terrain aware) 2.744545331 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 222] ADVANCE from elapsed time = 442 to 444 with dt = 2 Making slow rhs at time 442 for fast variables advancing from 442 to 442.6666666667 Fast time integration at level 0 from 442 to 442.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 442 to 442.6666666667 with dt = 0.6666666666667 using RHS created at 442 Making slow rhs at time 442.6666666667 for fast variables advancing from 442 to 443 Fast time integration at level 0 from 442 to 442.5 with dt = 0.5 Fast time integration at level 0 from 442.5 to 443 with dt = 0.5 Time integration of scalars at level 0 from 442 to 443 with dt = 1 using RHS created at 442.6666666667 Making slow rhs at time 443 for fast variables advancing from 442 to 444 Fast time integration at level 0 from 442 to 442.5 with dt = 0.5 Fast time integration at level 0 from 442.5 to 443 with dt = 0.5 Fast time integration at level 0 from 443 to 443.5 with dt = 0.5 Fast time integration at level 0 from 443.5 to 444 with dt = 0.5 Time integration of scalars at level 0 from 442 to 444 with dt = 2 using RHS created at 443 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 222] Advanced 4096 cells [Level 1 step 222] ADVANCE from elapsed time = 442 to 444 with dt = 2 Making slow rhs at time 442 for fast variables advancing from 442 to 444 No-substepping time integration at level 1 to 444 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005527930356 0.003160979507 and volume-weighted sum 28438.58458 Subtracting 6.171567834e-06 from rhs in subdomain 0 Sum after subtraction 4.90059382e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005466214678 MLMG: Initial residual (resid0) = 0.0005466214678 MLMG: Final Iter. 6 resid, resid/bnorm = 1.386542381e-11, 2.53656774e-08 MLMG: Timers: Solve = 0.002086383 Iter = 0.001838309 Bottom = 0.000191788 Time in solve 0.002552146 Max/L2 norm of divergence after solve at level 1 : 6.171577991e-06 0.0004189399167 and volume-weighted sum 28438.58458 Time integration of scalars at level 1 from 442 to 444 with dt = 2 using RHS created at 442 Making slow rhs at time 444 for fast variables advancing from 442 to 444 No-substepping time integration at level 1 to 444 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005850963338 0.003067656746 and volume-weighted sum 28438.58458 Subtracting 6.171567834e-06 from rhs in subdomain 0 Sum after subtraction 1.214306433e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000578924766 MLMG: Initial residual (resid0) = 0.000578924766 MLMG: Final Iter. 5 resid, resid/bnorm = 6.096733562e-11, 1.053113275e-07 MLMG: Timers: Solve = 0.001748588 Iter = 0.00151506 Bottom = 0.000159078 Time in solve 0.002225345 Max/L2 norm of divergence after solve at level 1 : 6.171611503e-06 0.0004189399167 and volume-weighted sum 28438.58458 Time integration of scalars at level 1 from 442 to 444 with dt = 2 using RHS created at 444 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 222] Advanced 4608 cells Coarse STEP 222 ends. TIME = 444 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030904754 seconds. Coarse STEP 223 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.360687768 (terrain aware) 1.360687768 (terrain unaware) Anelastic dt at level 0 would be: 6.006972674 (terrain aware) 6.006972674 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1388741544 (terrain aware) 0.1388741544 (terrain unaware) Anelastic dt at level 1 would be: 2.729385196 (terrain aware) 2.729385196 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 223] ADVANCE from elapsed time = 444 to 446 with dt = 2 Making slow rhs at time 444 for fast variables advancing from 444 to 444.6666666667 Fast time integration at level 0 from 444 to 444.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 444 to 444.6666666667 with dt = 0.6666666666667 using RHS created at 444 Making slow rhs at time 444.6666666667 for fast variables advancing from 444 to 445 Fast time integration at level 0 from 444 to 444.5 with dt = 0.5 Fast time integration at level 0 from 444.5 to 445 with dt = 0.5 Time integration of scalars at level 0 from 444 to 445 with dt = 1 using RHS created at 444.6666666667 Making slow rhs at time 445 for fast variables advancing from 444 to 446 Fast time integration at level 0 from 444 to 444.5 with dt = 0.5 Fast time integration at level 0 from 444.5 to 445 with dt = 0.5 Fast time integration at level 0 from 445 to 445.5 with dt = 0.5 Fast time integration at level 0 from 445.5 to 446 with dt = 0.5 Time integration of scalars at level 0 from 444 to 446 with dt = 2 using RHS created at 445 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 223] Advanced 4096 cells [Level 1 step 223] ADVANCE from elapsed time = 444 to 446 with dt = 2 Making slow rhs at time 444 for fast variables advancing from 444 to 446 No-substepping time integration at level 1 to 446 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005674739041 0.003218100651 and volume-weighted sum 54856.49085 Subtracting 1.190462041e-05 from rhs in subdomain 0 Sum after subtraction 1.149254303e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005555692837 MLMG: Initial residual (resid0) = 0.0005555692837 MLMG: Final Iter. 6 resid, resid/bnorm = 1.128439599e-11, 2.031141087e-08 MLMG: Timers: Solve = 0.002019353 Iter = 0.001780777 Bottom = 0.000193954 Time in solve 0.002492167 Max/L2 norm of divergence after solve at level 1 : 1.190462792e-05 0.0008081124306 and volume-weighted sum 54856.49085 Time integration of scalars at level 1 from 444 to 446 with dt = 2 using RHS created at 444 Making slow rhs at time 446 for fast variables advancing from 444 to 446 No-substepping time integration at level 1 to 446 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005982610957 0.003138396836 and volume-weighted sum 54856.49085 Subtracting 1.190462041e-05 from rhs in subdomain 0 Sum after subtraction 1.563419533e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005863564753 MLMG: Initial residual (resid0) = 0.0005863564753 MLMG: Final Iter. 5 resid, resid/bnorm = 6.111758029e-11, 1.042328052e-07 MLMG: Timers: Solve = 0.001750358 Iter = 0.001513442 Bottom = 0.000154291 Time in solve 0.002230034 Max/L2 norm of divergence after solve at level 1 : 1.19046621e-05 0.0008081124306 and volume-weighted sum 54856.49085 Time integration of scalars at level 1 from 444 to 446 with dt = 2 using RHS created at 446 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 223] Advanced 4608 cells Coarse STEP 223 ends. TIME = 446 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031002311 seconds. Coarse STEP 224 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.358942701 (terrain aware) 1.358942701 (terrain unaware) Anelastic dt at level 0 would be: 5.973825593 (terrain aware) 5.973825593 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1388201032 (terrain aware) 0.1388201032 (terrain unaware) Anelastic dt at level 1 would be: 2.71458566 (terrain aware) 2.71458566 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 224] ADVANCE from elapsed time = 446 to 448 with dt = 2 Making slow rhs at time 446 for fast variables advancing from 446 to 446.6666666667 Fast time integration at level 0 from 446 to 446.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 446 to 446.6666666667 with dt = 0.6666666666667 using RHS created at 446 Making slow rhs at time 446.6666666667 for fast variables advancing from 446 to 447 Fast time integration at level 0 from 446 to 446.5 with dt = 0.5 Fast time integration at level 0 from 446.5 to 447 with dt = 0.5 Time integration of scalars at level 0 from 446 to 447 with dt = 1 using RHS created at 446.6666666667 Making slow rhs at time 447 for fast variables advancing from 446 to 448 Fast time integration at level 0 from 446 to 446.5 with dt = 0.5 Fast time integration at level 0 from 446.5 to 447 with dt = 0.5 Fast time integration at level 0 from 447 to 447.5 with dt = 0.5 Fast time integration at level 0 from 447.5 to 448 with dt = 0.5 Time integration of scalars at level 0 from 446 to 448 with dt = 2 using RHS created at 447 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 224] Advanced 4096 cells [Level 1 step 224] ADVANCE from elapsed time = 446 to 448 with dt = 2 Making slow rhs at time 446 for fast variables advancing from 446 to 448 No-substepping time integration at level 1 to 448 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005786648567 0.003302228042 and volume-weighted sum 77380.29508 Subtracting 1.679259876e-05 from rhs in subdomain 0 Sum after subtraction -1.45716772e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005618722579 MLMG: Initial residual (resid0) = 0.0005618722579 MLMG: Final Iter. 6 resid, resid/bnorm = 9.61008626e-12, 1.710368527e-08 MLMG: Timers: Solve = 0.002006958 Iter = 0.001767696 Bottom = 0.000185002 Time in solve 0.002475633 Max/L2 norm of divergence after solve at level 1 : 1.679260164e-05 0.001139919404 and volume-weighted sum 77380.29508 Time integration of scalars at level 1 from 446 to 448 with dt = 2 using RHS created at 446 Making slow rhs at time 448 for fast variables advancing from 446 to 448 No-substepping time integration at level 1 to 448 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005843342769 0.003233978365 and volume-weighted sum 77380.29508 Subtracting 1.679259876e-05 from rhs in subdomain 0 Sum after subtraction -1.574261554e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005675416781 MLMG: Initial residual (resid0) = 0.0005675416781 MLMG: Final Iter. 5 resid, resid/bnorm = 6.099168395e-11, 1.074664404e-07 MLMG: Timers: Solve = 0.001742291 Iter = 0.001507063 Bottom = 0.000160617 Time in solve 0.002209076 Max/L2 norm of divergence after solve at level 1 : 1.679263795e-05 0.001139919404 and volume-weighted sum 77380.29508 Time integration of scalars at level 1 from 446 to 448 with dt = 2 using RHS created at 448 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 224] Advanced 4608 cells Coarse STEP 224 ends. TIME = 448 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031060825 seconds. Coarse STEP 225 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.357358579 (terrain aware) 1.357358579 (terrain unaware) Anelastic dt at level 0 would be: 5.943833984 (terrain aware) 5.943833984 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1387714141 (terrain aware) 0.1387714141 (terrain unaware) Anelastic dt at level 1 would be: 2.696419039 (terrain aware) 2.696419039 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 225] ADVANCE from elapsed time = 448 to 450 with dt = 2 Making slow rhs at time 448 for fast variables advancing from 448 to 448.6666666667 Fast time integration at level 0 from 448 to 448.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 448 to 448.6666666667 with dt = 0.6666666666667 using RHS created at 448 Making slow rhs at time 448.6666666667 for fast variables advancing from 448 to 449 Fast time integration at level 0 from 448 to 448.5 with dt = 0.5 Fast time integration at level 0 from 448.5 to 449 with dt = 0.5 Time integration of scalars at level 0 from 448 to 449 with dt = 1 using RHS created at 448.6666666667 Making slow rhs at time 449 for fast variables advancing from 448 to 450 Fast time integration at level 0 from 448 to 448.5 with dt = 0.5 Fast time integration at level 0 from 448.5 to 449 with dt = 0.5 Fast time integration at level 0 from 449 to 449.5 with dt = 0.5 Fast time integration at level 0 from 449.5 to 450 with dt = 0.5 Time integration of scalars at level 0 from 448 to 450 with dt = 2 using RHS created at 449 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 225] Advanced 4096 cells [Level 1 step 225] ADVANCE from elapsed time = 448 to 450 with dt = 2 Making slow rhs at time 448 for fast variables advancing from 448 to 450 No-substepping time integration at level 1 to 450 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005785601169 0.003426218989 and volume-weighted sum 90728.47047 Subtracting 1.968933821e-05 from rhs in subdomain 0 Sum after subtraction 1.188285581e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005588707787 MLMG: Initial residual (resid0) = 0.0005588707787 MLMG: Final Iter. 6 resid, resid/bnorm = 9.230962411e-12, 1.651716777e-08 MLMG: Timers: Solve = 0.002029596 Iter = 0.001788859 Bottom = 0.000192728 Time in solve 0.002503695 Max/L2 norm of divergence after solve at level 1 : 1.968934688e-05 0.001336556598 and volume-weighted sum 90728.47047 Time integration of scalars at level 1 from 448 to 450 with dt = 2 using RHS created at 448 Making slow rhs at time 450 for fast variables advancing from 448 to 450 No-substepping time integration at level 1 to 450 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005987074303 0.003303933723 and volume-weighted sum 90728.47047 Subtracting 1.968933821e-05 from rhs in subdomain 0 Sum after subtraction 1.908195824e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005790180921 MLMG: Initial residual (resid0) = 0.0005790180921 MLMG: Final Iter. 5 resid, resid/bnorm = 6.055141679e-11, 1.045760359e-07 MLMG: Timers: Solve = 0.001753021 Iter = 0.001518888 Bottom = 0.00015489 Time in solve 0.002235494 Max/L2 norm of divergence after solve at level 1 : 1.968937456e-05 0.001336556598 and volume-weighted sum 90728.47047 Time integration of scalars at level 1 from 448 to 450 with dt = 2 using RHS created at 450 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 225] Advanced 4608 cells Coarse STEP 225 ends. TIME = 450 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031189697 seconds. Coarse STEP 226 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.355946776 (terrain aware) 1.355946776 (terrain unaware) Anelastic dt at level 0 would be: 5.917203543 (terrain aware) 5.917203543 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1387289592 (terrain aware) 0.1387289592 (terrain unaware) Anelastic dt at level 1 would be: 2.679904484 (terrain aware) 2.679904484 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 226] ADVANCE from elapsed time = 450 to 452 with dt = 2 Making slow rhs at time 450 for fast variables advancing from 450 to 450.6666666667 Fast time integration at level 0 from 450 to 450.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 450 to 450.6666666667 with dt = 0.6666666666667 using RHS created at 450 Making slow rhs at time 450.6666666667 for fast variables advancing from 450 to 451 Fast time integration at level 0 from 450 to 450.5 with dt = 0.5 Fast time integration at level 0 from 450.5 to 451 with dt = 0.5 Time integration of scalars at level 0 from 450 to 451 with dt = 1 using RHS created at 450.6666666667 Making slow rhs at time 451 for fast variables advancing from 450 to 452 Fast time integration at level 0 from 450 to 450.5 with dt = 0.5 Fast time integration at level 0 from 450.5 to 451 with dt = 0.5 Fast time integration at level 0 from 451 to 451.5 with dt = 0.5 Fast time integration at level 0 from 451.5 to 452 with dt = 0.5 Time integration of scalars at level 0 from 450 to 452 with dt = 2 using RHS created at 451 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 226] Advanced 4096 cells [Level 1 step 226] ADVANCE from elapsed time = 450 to 452 with dt = 2 Making slow rhs at time 450 for fast variables advancing from 450 to 452 No-substepping time integration at level 1 to 452 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005875569496 0.003505451201 and volume-weighted sum 91684.98626 Subtracting 1.989691542e-05 from rhs in subdomain 0 Sum after subtraction -9.627715292e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005676600342 MLMG: Initial residual (resid0) = 0.0005676600342 MLMG: Final Iter. 6 resid, resid/bnorm = 1.572669796e-11, 2.77044305e-08 MLMG: Timers: Solve = 0.002021889 Iter = 0.001784113 Bottom = 0.000186272 Time in solve 0.002500244 Max/L2 norm of divergence after solve at level 1 : 1.989693115e-05 0.001350647407 and volume-weighted sum 91684.98626 Time integration of scalars at level 1 from 450 to 452 with dt = 2 using RHS created at 450 Making slow rhs at time 452 for fast variables advancing from 450 to 452 No-substepping time integration at level 1 to 452 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000599426155 0.003304742455 and volume-weighted sum 91684.98626 Subtracting 1.989691542e-05 from rhs in subdomain 0 Sum after subtraction -2.970713953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005795292396 MLMG: Initial residual (resid0) = 0.0005795292396 MLMG: Final Iter. 5 resid, resid/bnorm = 5.963450236e-11, 1.029016282e-07 MLMG: Timers: Solve = 0.001999166 Iter = 0.001780342 Bottom = 0.00015339 Time in solve 0.002489557 Max/L2 norm of divergence after solve at level 1 : 1.989694895e-05 0.001350647407 and volume-weighted sum 91684.98626 Time integration of scalars at level 1 from 450 to 452 with dt = 2 using RHS created at 452 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 226] Advanced 4608 cells Coarse STEP 226 ends. TIME = 452 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030973843 seconds. Coarse STEP 227 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.354690814 (terrain aware) 1.354690814 (terrain unaware) Anelastic dt at level 0 would be: 5.893601087 (terrain aware) 5.893601087 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1386747614 (terrain aware) 0.1386747614 (terrain unaware) Anelastic dt at level 1 would be: 2.665409719 (terrain aware) 2.665409719 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 227] ADVANCE from elapsed time = 452 to 454 with dt = 2 Making slow rhs at time 452 for fast variables advancing from 452 to 452.6666666667 Fast time integration at level 0 from 452 to 452.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 452 to 452.6666666667 with dt = 0.6666666666667 using RHS created at 452 Making slow rhs at time 452.6666666667 for fast variables advancing from 452 to 453 Fast time integration at level 0 from 452 to 452.5 with dt = 0.5 Fast time integration at level 0 from 452.5 to 453 with dt = 0.5 Time integration of scalars at level 0 from 452 to 453 with dt = 1 using RHS created at 452.6666666667 Making slow rhs at time 453 for fast variables advancing from 452 to 454 Fast time integration at level 0 from 452 to 452.5 with dt = 0.5 Fast time integration at level 0 from 452.5 to 453 with dt = 0.5 Fast time integration at level 0 from 453 to 453.5 with dt = 0.5 Fast time integration at level 0 from 453.5 to 454 with dt = 0.5 Time integration of scalars at level 0 from 452 to 454 with dt = 2 using RHS created at 453 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 227] Advanced 4096 cells [Level 1 step 227] ADVANCE from elapsed time = 452 to 454 with dt = 2 Making slow rhs at time 452 for fast variables advancing from 452 to 454 No-substepping time integration at level 1 to 454 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005650379879 0.003457064016 and volume-weighted sum 80087.5795 Subtracting 1.738011708e-05 from rhs in subdomain 0 Sum after subtraction -1.015897436e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005476578709 MLMG: Initial residual (resid0) = 0.0005476578709 MLMG: Final Iter. 6 resid, resid/bnorm = 1.934839969e-11, 3.532935565e-08 MLMG: Timers: Solve = 0.002027052 Iter = 0.001781283 Bottom = 0.000189752 Time in solve 0.002501733 Max/L2 norm of divergence after solve at level 1 : 1.738013643e-05 0.00117980147 and volume-weighted sum 80087.5795 Time integration of scalars at level 1 from 452 to 454 with dt = 2 using RHS created at 452 Making slow rhs at time 454 for fast variables advancing from 452 to 454 No-substepping time integration at level 1 to 454 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005936217943 0.003234014918 and volume-weighted sum 80087.5795 Subtracting 1.738011708e-05 from rhs in subdomain 0 Sum after subtraction -3.924811864e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005762416772 MLMG: Initial residual (resid0) = 0.0005762416772 MLMG: Final Iter. 5 resid, resid/bnorm = 5.815329275e-11, 1.009182346e-07 MLMG: Timers: Solve = 0.001746042 Iter = 0.001513148 Bottom = 0.000160284 Time in solve 0.002215325 Max/L2 norm of divergence after solve at level 1 : 1.73801493e-05 0.00117980147 and volume-weighted sum 80087.5795 Time integration of scalars at level 1 from 452 to 454 with dt = 2 using RHS created at 454 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 227] Advanced 4608 cells Coarse STEP 227 ends. TIME = 454 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031264216 seconds. Coarse STEP 228 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.353560735 (terrain aware) 1.353560735 (terrain unaware) Anelastic dt at level 0 would be: 5.872435654 (terrain aware) 5.872435654 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1386241609 (terrain aware) 0.1386241609 (terrain unaware) Anelastic dt at level 1 would be: 2.652991047 (terrain aware) 2.652991047 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 228] ADVANCE from elapsed time = 454 to 456 with dt = 2 Making slow rhs at time 454 for fast variables advancing from 454 to 454.6666666667 Fast time integration at level 0 from 454 to 454.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 454 to 454.6666666667 with dt = 0.6666666666667 using RHS created at 454 Making slow rhs at time 454.6666666667 for fast variables advancing from 454 to 455 Fast time integration at level 0 from 454 to 454.5 with dt = 0.5 Fast time integration at level 0 from 454.5 to 455 with dt = 0.5 Time integration of scalars at level 0 from 454 to 455 with dt = 1 using RHS created at 454.6666666667 Making slow rhs at time 455 for fast variables advancing from 454 to 456 Fast time integration at level 0 from 454 to 454.5 with dt = 0.5 Fast time integration at level 0 from 454.5 to 455 with dt = 0.5 Fast time integration at level 0 from 455 to 455.5 with dt = 0.5 Fast time integration at level 0 from 455.5 to 456 with dt = 0.5 Time integration of scalars at level 0 from 454 to 456 with dt = 2 using RHS created at 455 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 228] Advanced 4096 cells [Level 1 step 228] ADVANCE from elapsed time = 454 to 456 with dt = 2 Making slow rhs at time 454 for fast variables advancing from 454 to 456 No-substepping time integration at level 1 to 456 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005657622355 0.003302860149 and volume-weighted sum 58228.39078 Subtracting 1.263636953e-05 from rhs in subdomain 0 Sum after subtraction -8.185726402e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000553125866 MLMG: Initial residual (resid0) = 0.000553125866 MLMG: Final Iter. 6 resid, resid/bnorm = 1.800219692e-11, 3.254629376e-08 MLMG: Timers: Solve = 0.002021379 Iter = 0.001784773 Bottom = 0.000193001 Time in solve 0.00249604 Max/L2 norm of divergence after solve at level 1 : 1.263638753e-05 0.0008577852079 and volume-weighted sum 58228.39078 Time integration of scalars at level 1 from 454 to 456 with dt = 2 using RHS created at 454 Making slow rhs at time 456 for fast variables advancing from 454 to 456 No-substepping time integration at level 1 to 456 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005866581016 0.003126254715 and volume-weighted sum 58228.39078 Subtracting 1.263636953e-05 from rhs in subdomain 0 Sum after subtraction -5.637851297e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005740217321 MLMG: Initial residual (resid0) = 0.0005740217321 MLMG: Final Iter. 5 resid, resid/bnorm = 5.627446594e-11, 9.803542757e-08 MLMG: Timers: Solve = 0.001743764 Iter = 0.001497123 Bottom = 0.000157038 Time in solve 0.002217029 Max/L2 norm of divergence after solve at level 1 : 1.263640165e-05 0.0008577852079 and volume-weighted sum 58228.39078 Time integration of scalars at level 1 from 454 to 456 with dt = 2 using RHS created at 456 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 228] Advanced 4608 cells Coarse STEP 228 ends. TIME = 456 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030646884 seconds. Coarse STEP 229 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352537847 (terrain aware) 1.352537847 (terrain unaware) Anelastic dt at level 0 would be: 5.853327366 (terrain aware) 5.853327366 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138579666 (terrain aware) 0.138579666 (terrain unaware) Anelastic dt at level 1 would be: 2.635732822 (terrain aware) 2.635732822 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 229] ADVANCE from elapsed time = 456 to 458 with dt = 2 Making slow rhs at time 456 for fast variables advancing from 456 to 456.6666666667 Fast time integration at level 0 from 456 to 456.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 456 to 456.6666666667 with dt = 0.6666666666667 using RHS created at 456 Making slow rhs at time 456.6666666667 for fast variables advancing from 456 to 457 Fast time integration at level 0 from 456 to 456.5 with dt = 0.5 Fast time integration at level 0 from 456.5 to 457 with dt = 0.5 Time integration of scalars at level 0 from 456 to 457 with dt = 1 using RHS created at 456.6666666667 Making slow rhs at time 457 for fast variables advancing from 456 to 458 Fast time integration at level 0 from 456 to 456.5 with dt = 0.5 Fast time integration at level 0 from 456.5 to 457 with dt = 0.5 Fast time integration at level 0 from 457 to 457.5 with dt = 0.5 Fast time integration at level 0 from 457.5 to 458 with dt = 0.5 Time integration of scalars at level 0 from 456 to 458 with dt = 2 using RHS created at 457 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 229] Advanced 4096 cells [Level 1 step 229] ADVANCE from elapsed time = 456 to 458 with dt = 2 Making slow rhs at time 456 for fast variables advancing from 456 to 458 No-substepping time integration at level 1 to 458 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000549330553 0.003133990464 and volume-weighted sum 29660.4038 Subtracting 6.436719575e-06 from rhs in subdomain 0 Sum after subtraction -7.448468925e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005428938335 MLMG: Initial residual (resid0) = 0.0005428938335 MLMG: Final Iter. 6 resid, resid/bnorm = 1.272084643e-11, 2.343155448e-08 MLMG: Timers: Solve = 0.002011156 Iter = 0.001769193 Bottom = 0.000186821 Time in solve 0.002474177 Max/L2 norm of divergence after solve at level 1 : 6.436732296e-06 0.0004369390138 and volume-weighted sum 29660.4038 Time integration of scalars at level 1 from 456 to 458 with dt = 2 using RHS created at 456 Making slow rhs at time 458 for fast variables advancing from 456 to 458 No-substepping time integration at level 1 to 458 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005626642177 0.003032843169 and volume-weighted sum 29660.4038 Subtracting 6.436719575e-06 from rhs in subdomain 0 Sum after subtraction -3.339342691e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005562274981 MLMG: Initial residual (resid0) = 0.0005562274981 MLMG: Final Iter. 5 resid, resid/bnorm = 5.555480833e-11, 9.987785307e-08 MLMG: Timers: Solve = 0.001749961 Iter = 0.001522365 Bottom = 0.000155412 Time in solve 0.002222861 Max/L2 norm of divergence after solve at level 1 : 6.436751782e-06 0.0004369390138 and volume-weighted sum 29660.4038 Time integration of scalars at level 1 from 456 to 458 with dt = 2 using RHS created at 458 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 229] Advanced 4608 cells Coarse STEP 229 ends. TIME = 458 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030955626 seconds. Coarse STEP 230 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351627788 (terrain aware) 1.351627788 (terrain unaware) Anelastic dt at level 0 would be: 5.836347896 (terrain aware) 5.836347896 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385381907 (terrain aware) 0.1385381907 (terrain unaware) Anelastic dt at level 1 would be: 2.620546657 (terrain aware) 2.620546657 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 230] ADVANCE from elapsed time = 458 to 460 with dt = 2 Making slow rhs at time 458 for fast variables advancing from 458 to 458.6666666667 Fast time integration at level 0 from 458 to 458.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 458 to 458.6666666667 with dt = 0.6666666666667 using RHS created at 458 Making slow rhs at time 458.6666666667 for fast variables advancing from 458 to 459 Fast time integration at level 0 from 458 to 458.5 with dt = 0.5 Fast time integration at level 0 from 458.5 to 459 with dt = 0.5 Time integration of scalars at level 0 from 458 to 459 with dt = 1 using RHS created at 458.6666666667 Making slow rhs at time 459 for fast variables advancing from 458 to 460 Fast time integration at level 0 from 458 to 458.5 with dt = 0.5 Fast time integration at level 0 from 458.5 to 459 with dt = 0.5 Fast time integration at level 0 from 459 to 459.5 with dt = 0.5 Fast time integration at level 0 from 459.5 to 460 with dt = 0.5 Time integration of scalars at level 0 from 458 to 460 with dt = 2 using RHS created at 459 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 230] Advanced 4096 cells [Level 1 step 230] ADVANCE from elapsed time = 458 to 460 with dt = 2 Making slow rhs at time 458 for fast variables advancing from 458 to 460 No-substepping time integration at level 1 to 460 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005408483382 0.00303738228 and volume-weighted sum -1624.791445 Subtracting -3.526023102e-07 from rhs in subdomain 0 Sum after subtraction -6.960577947e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005412009406 MLMG: Initial residual (resid0) = 0.0005412009406 MLMG: Final Iter. 6 resid, resid/bnorm = 5.379069105e-12, 9.939134806e-09 MLMG: Timers: Solve = 0.002373724 Iter = 0.002129742 Bottom = 0.000249451 Time in solve 0.002838438 Max/L2 norm of divergence after solve at level 1 : 3.526072225e-07 2.393543852e-05 and volume-weighted sum -1624.791445 Time integration of scalars at level 1 from 458 to 460 with dt = 2 using RHS created at 458 Making slow rhs at time 460 for fast variables advancing from 458 to 460 No-substepping time integration at level 1 to 460 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005553818679 0.002997569929 and volume-weighted sum -1624.791445 Subtracting -3.526023102e-07 from rhs in subdomain 0 Sum after subtraction -1.131907068e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005557344702 MLMG: Initial residual (resid0) = 0.0005557344702 MLMG: Final Iter. 5 resid, resid/bnorm = 5.474461313e-11, 9.850857931e-08 MLMG: Timers: Solve = 0.001725412 Iter = 0.001491941 Bottom = 0.000152936 Time in solve 0.002199268 Max/L2 norm of divergence after solve at level 1 : 3.526570548e-07 2.393543852e-05 and volume-weighted sum -1624.791445 Time integration of scalars at level 1 from 458 to 460 with dt = 2 using RHS created at 460 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 230] Advanced 4608 cells Coarse STEP 230 ends. TIME = 460 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031321823 seconds. Coarse STEP 231 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.3508539 (terrain aware) 1.3508539 (terrain unaware) Anelastic dt at level 0 would be: 5.821898682 (terrain aware) 5.821898682 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384818583 (terrain aware) 0.1384818583 (terrain unaware) Anelastic dt at level 1 would be: 2.607643741 (terrain aware) 2.607643741 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 231] ADVANCE from elapsed time = 460 to 462 with dt = 2 Making slow rhs at time 460 for fast variables advancing from 460 to 460.6666666667 Fast time integration at level 0 from 460 to 460.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 460 to 460.6666666667 with dt = 0.6666666666667 using RHS created at 460 Making slow rhs at time 460.6666666667 for fast variables advancing from 460 to 461 Fast time integration at level 0 from 460 to 460.5 with dt = 0.5 Fast time integration at level 0 from 460.5 to 461 with dt = 0.5 Time integration of scalars at level 0 from 460 to 461 with dt = 1 using RHS created at 460.6666666667 Making slow rhs at time 461 for fast variables advancing from 460 to 462 Fast time integration at level 0 from 460 to 460.5 with dt = 0.5 Fast time integration at level 0 from 460.5 to 461 with dt = 0.5 Fast time integration at level 0 from 461 to 461.5 with dt = 0.5 Fast time integration at level 0 from 461.5 to 462 with dt = 0.5 Time integration of scalars at level 0 from 460 to 462 with dt = 2 using RHS created at 461 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 231] Advanced 4096 cells [Level 1 step 231] ADVANCE from elapsed time = 460 to 462 with dt = 2 Making slow rhs at time 460 for fast variables advancing from 460 to 462 No-substepping time integration at level 1 to 462 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005364969933 0.003052071486 and volume-weighted sum -31378.91861 Subtracting -6.809661157e-06 from rhs in subdomain 0 Sum after subtraction -2.320192649e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005433066544 MLMG: Initial residual (resid0) = 0.0005433066544 MLMG: Final Iter. 5 resid, resid/bnorm = 7.067924793e-11, 1.300908931e-07 MLMG: Timers: Solve = 0.001769514 Iter = 0.001535057 Bottom = 0.000162283 Time in solve 0.002305714 Max/L2 norm of divergence after solve at level 1 : 6.809731837e-06 0.0004622551279 and volume-weighted sum -31378.91861 Time integration of scalars at level 1 from 460 to 462 with dt = 2 using RHS created at 460 Making slow rhs at time 462 for fast variables advancing from 460 to 462 No-substepping time integration at level 1 to 462 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005456212034 0.003029967276 and volume-weighted sum -31378.91861 Subtracting -6.809661157e-06 from rhs in subdomain 0 Sum after subtraction -5.204170428e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005524308646 MLMG: Initial residual (resid0) = 0.0005524308646 MLMG: Final Iter. 5 resid, resid/bnorm = 5.403530433e-11, 9.781369542e-08 MLMG: Timers: Solve = 0.001758338 Iter = 0.001528394 Bottom = 0.000159286 Time in solve 0.00223245 Max/L2 norm of divergence after solve at level 1 : 6.809715193e-06 0.0004622551279 and volume-weighted sum -31378.91861 Time integration of scalars at level 1 from 460 to 462 with dt = 2 using RHS created at 462 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 231] Advanced 4608 cells Coarse STEP 231 ends. TIME = 462 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031769032 seconds. Coarse STEP 232 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350028166 (terrain aware) 1.350028166 (terrain unaware) Anelastic dt at level 0 would be: 5.810357196 (terrain aware) 5.810357196 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138431489 (terrain aware) 0.138431489 (terrain unaware) Anelastic dt at level 1 would be: 2.595770379 (terrain aware) 2.595770379 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 232] ADVANCE from elapsed time = 462 to 464 with dt = 2 Making slow rhs at time 462 for fast variables advancing from 462 to 462.6666666667 Fast time integration at level 0 from 462 to 462.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 462 to 462.6666666667 with dt = 0.6666666666667 using RHS created at 462 Making slow rhs at time 462.6666666667 for fast variables advancing from 462 to 463 Fast time integration at level 0 from 462 to 462.5 with dt = 0.5 Fast time integration at level 0 from 462.5 to 463 with dt = 0.5 Time integration of scalars at level 0 from 462 to 463 with dt = 1 using RHS created at 462.6666666667 Making slow rhs at time 463 for fast variables advancing from 462 to 464 Fast time integration at level 0 from 462 to 462.5 with dt = 0.5 Fast time integration at level 0 from 462.5 to 463 with dt = 0.5 Fast time integration at level 0 from 463 to 463.5 with dt = 0.5 Fast time integration at level 0 from 463.5 to 464 with dt = 0.5 Time integration of scalars at level 0 from 462 to 464 with dt = 2 using RHS created at 463 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 232] Advanced 4096 cells [Level 1 step 232] ADVANCE from elapsed time = 462 to 464 with dt = 2 Making slow rhs at time 462 for fast variables advancing from 462 to 464 No-substepping time integration at level 1 to 464 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005279300221 0.003158116325 and volume-weighted sum -55338.15152 Subtracting -1.200914746e-05 from rhs in subdomain 0 Sum after subtraction 2.255140519e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005399391696 MLMG: Initial residual (resid0) = 0.0005399391696 MLMG: Final Iter. 6 resid, resid/bnorm = 8.104805414e-12, 1.501058984e-08 MLMG: Timers: Solve = 0.002054268 Iter = 0.001819246 Bottom = 0.000188592 Time in solve 0.002525993 Max/L2 norm of divergence after solve at level 1 : 1.200915557e-05 0.0008152079624 and volume-weighted sum -55338.15152 Time integration of scalars at level 1 from 462 to 464 with dt = 2 using RHS created at 462 Making slow rhs at time 464 for fast variables advancing from 462 to 464 No-substepping time integration at level 1 to 464 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005536320053 0.003101554376 and volume-weighted sum -55338.15152 Subtracting -1.200914746e-05 from rhs in subdomain 0 Sum after subtraction 6.093216209e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005656411528 MLMG: Initial residual (resid0) = 0.0005656411528 MLMG: Final Iter. 5 resid, resid/bnorm = 5.319345261e-11, 9.404098756e-08 MLMG: Timers: Solve = 0.001737838 Iter = 0.001508978 Bottom = 0.000157321 Time in solve 0.002215236 Max/L2 norm of divergence after solve at level 1 : 1.200920066e-05 0.0008152079624 and volume-weighted sum -55338.15152 Time integration of scalars at level 1 from 462 to 464 with dt = 2 using RHS created at 464 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 232] Advanced 4608 cells Coarse STEP 232 ends. TIME = 464 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031079072 seconds. Coarse STEP 233 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348322848 (terrain aware) 1.348322848 (terrain unaware) Anelastic dt at level 0 would be: 5.779472515 (terrain aware) 5.779472515 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383885109 (terrain aware) 0.1383885109 (terrain unaware) Anelastic dt at level 1 would be: 2.57913604 (terrain aware) 2.57913604 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 233] ADVANCE from elapsed time = 464 to 466 with dt = 2 Making slow rhs at time 464 for fast variables advancing from 464 to 464.6666666667 Fast time integration at level 0 from 464 to 464.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 464 to 464.6666666667 with dt = 0.6666666666667 using RHS created at 464 Making slow rhs at time 464.6666666667 for fast variables advancing from 464 to 465 Fast time integration at level 0 from 464 to 464.5 with dt = 0.5 Fast time integration at level 0 from 464.5 to 465 with dt = 0.5 Time integration of scalars at level 0 from 464 to 465 with dt = 1 using RHS created at 464.6666666667 Making slow rhs at time 465 for fast variables advancing from 464 to 466 Fast time integration at level 0 from 464 to 464.5 with dt = 0.5 Fast time integration at level 0 from 464.5 to 465 with dt = 0.5 Fast time integration at level 0 from 465 to 465.5 with dt = 0.5 Fast time integration at level 0 from 465.5 to 466 with dt = 0.5 Time integration of scalars at level 0 from 464 to 466 with dt = 2 using RHS created at 465 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 233] Advanced 4096 cells [Level 1 step 233] ADVANCE from elapsed time = 464 to 466 with dt = 2 Making slow rhs at time 464 for fast variables advancing from 464 to 466 No-substepping time integration at level 1 to 466 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005223804109 0.003291644754 and volume-weighted sum -69964.15592 Subtracting -1.518319356e-05 from rhs in subdomain 0 Sum after subtraction 6.407634839e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005375636045 MLMG: Initial residual (resid0) = 0.0005375636045 MLMG: Final Iter. 6 resid, resid/bnorm = 1.131751808e-11, 2.105335625e-08 MLMG: Timers: Solve = 0.002004044 Iter = 0.001788322 Bottom = 0.000191093 Time in solve 0.002496426 Max/L2 norm of divergence after solve at level 1 : 1.518320488e-05 0.001030669356 and volume-weighted sum -69964.15592 Time integration of scalars at level 1 from 464 to 466 with dt = 2 using RHS created at 464 Making slow rhs at time 466 for fast variables advancing from 464 to 466 No-substepping time integration at level 1 to 466 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005417614144 0.003164547631 and volume-weighted sum -69964.15592 Subtracting -1.518319356e-05 from rhs in subdomain 0 Sum after subtraction 7.979727989e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005569446079 MLMG: Initial residual (resid0) = 0.0005569446079 MLMG: Final Iter. 5 resid, resid/bnorm = 5.25265311e-11, 9.431194836e-08 MLMG: Timers: Solve = 0.00173787 Iter = 0.001496662 Bottom = 0.000156068 Time in solve 0.002216039 Max/L2 norm of divergence after solve at level 1 : 1.518324609e-05 0.001030669356 and volume-weighted sum -69964.15592 Time integration of scalars at level 1 from 464 to 466 with dt = 2 using RHS created at 466 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 233] Advanced 4608 cells Coarse STEP 233 ends. TIME = 466 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031147993 seconds. Coarse STEP 234 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.346704126 (terrain aware) 1.346704126 (terrain unaware) Anelastic dt at level 0 would be: 5.750334811 (terrain aware) 5.750334811 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383354166 (terrain aware) 0.1383354166 (terrain unaware) Anelastic dt at level 1 would be: 2.564897446 (terrain aware) 2.564897446 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 234] ADVANCE from elapsed time = 466 to 468 with dt = 2 Making slow rhs at time 466 for fast variables advancing from 466 to 466.6666666667 Fast time integration at level 0 from 466 to 466.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 466 to 466.6666666667 with dt = 0.6666666666667 using RHS created at 466 Making slow rhs at time 466.6666666667 for fast variables advancing from 466 to 467 Fast time integration at level 0 from 466 to 466.5 with dt = 0.5 Fast time integration at level 0 from 466.5 to 467 with dt = 0.5 Time integration of scalars at level 0 from 466 to 467 with dt = 1 using RHS created at 466.6666666667 Making slow rhs at time 467 for fast variables advancing from 466 to 468 Fast time integration at level 0 from 466 to 466.5 with dt = 0.5 Fast time integration at level 0 from 466.5 to 467 with dt = 0.5 Fast time integration at level 0 from 467 to 467.5 with dt = 0.5 Fast time integration at level 0 from 467.5 to 468 with dt = 0.5 Time integration of scalars at level 0 from 466 to 468 with dt = 2 using RHS created at 467 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 234] Advanced 4096 cells [Level 1 step 234] ADVANCE from elapsed time = 466 to 468 with dt = 2 Making slow rhs at time 466 for fast variables advancing from 466 to 468 No-substepping time integration at level 1 to 468 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005235716716 0.003369601214 and volume-weighted sum -73513.80794 Subtracting -1.595351735e-05 from rhs in subdomain 0 Sum after subtraction -1.053844512e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005395251889 MLMG: Initial residual (resid0) = 0.0005395251889 MLMG: Final Iter. 6 resid, resid/bnorm = 1.293584727e-11, 2.397635464e-08 MLMG: Timers: Solve = 0.002081691 Iter = 0.001768666 Bottom = 0.00018857 Time in solve 0.002565586 Max/L2 norm of divergence after solve at level 1 : 1.595353028e-05 0.001082960669 and volume-weighted sum -73513.80794 Time integration of scalars at level 1 from 466 to 468 with dt = 2 using RHS created at 466 Making slow rhs at time 468 for fast variables advancing from 466 to 468 No-substepping time integration at level 1 to 468 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005402309259 0.003182111802 and volume-weighted sum -73513.80794 Subtracting -1.595351735e-05 from rhs in subdomain 0 Sum after subtraction -4.412702842e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005561844433 MLMG: Initial residual (resid0) = 0.0005561844433 MLMG: Final Iter. 5 resid, resid/bnorm = 5.359325509e-11, 9.635878121e-08 MLMG: Timers: Solve = 0.001738609 Iter = 0.001505183 Bottom = 0.000159169 Time in solve 0.002211055 Max/L2 norm of divergence after solve at level 1 : 1.595357094e-05 0.001082960669 and volume-weighted sum -73513.80794 Time integration of scalars at level 1 from 466 to 468 with dt = 2 using RHS created at 468 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 234] Advanced 4608 cells Coarse STEP 234 ends. TIME = 468 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031130742 seconds. Coarse STEP 235 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.345172374 (terrain aware) 1.345172374 (terrain unaware) Anelastic dt at level 0 would be: 5.722897573 (terrain aware) 5.722897573 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382802572 (terrain aware) 0.1382802572 (terrain unaware) Anelastic dt at level 1 would be: 2.553502473 (terrain aware) 2.553502473 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 235] ADVANCE from elapsed time = 468 to 470 with dt = 2 Making slow rhs at time 468 for fast variables advancing from 468 to 468.6666666667 Fast time integration at level 0 from 468 to 468.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 468 to 468.6666666667 with dt = 0.6666666666667 using RHS created at 468 Making slow rhs at time 468.6666666667 for fast variables advancing from 468 to 469 Fast time integration at level 0 from 468 to 468.5 with dt = 0.5 Fast time integration at level 0 from 468.5 to 469 with dt = 0.5 Time integration of scalars at level 0 from 468 to 469 with dt = 1 using RHS created at 468.6666666667 Making slow rhs at time 469 for fast variables advancing from 468 to 470 Fast time integration at level 0 from 468 to 468.5 with dt = 0.5 Fast time integration at level 0 from 468.5 to 469 with dt = 0.5 Fast time integration at level 0 from 469 to 469.5 with dt = 0.5 Fast time integration at level 0 from 469.5 to 470 with dt = 0.5 Time integration of scalars at level 0 from 468 to 470 with dt = 2 using RHS created at 469 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 235] Advanced 4096 cells [Level 1 step 235] ADVANCE from elapsed time = 468 to 470 with dt = 2 Making slow rhs at time 468 for fast variables advancing from 468 to 470 No-substepping time integration at level 1 to 470 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000506131582 0.003328268983 and volume-weighted sum -66887.25552 Subtracting -1.451546344e-05 from rhs in subdomain 0 Sum after subtraction 9.757819552e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005206470455 MLMG: Initial residual (resid0) = 0.0005206470455 MLMG: Final Iter. 6 resid, resid/bnorm = 1.152789785e-11, 2.214148327e-08 MLMG: Timers: Solve = 0.002068275 Iter = 0.001820586 Bottom = 0.000189807 Time in solve 0.002538655 Max/L2 norm of divergence after solve at level 1 : 1.451547496e-05 0.0009853423323 and volume-weighted sum -66887.25552 Time integration of scalars at level 1 from 468 to 470 with dt = 2 using RHS created at 468 Making slow rhs at time 470 for fast variables advancing from 468 to 470 No-substepping time integration at level 1 to 470 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005269260647 0.003150496886 and volume-weighted sum -66887.25552 Subtracting -1.451546344e-05 from rhs in subdomain 0 Sum after subtraction 9.562663161e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005414415282 MLMG: Initial residual (resid0) = 0.0005414415282 MLMG: Final Iter. 5 resid, resid/bnorm = 5.417939002e-11, 1.000650803e-07 MLMG: Timers: Solve = 0.002073097 Iter = 0.001841013 Bottom = 0.00021484 Time in solve 0.00253913 Max/L2 norm of divergence after solve at level 1 : 1.451551762e-05 0.0009853423323 and volume-weighted sum -66887.25552 Time integration of scalars at level 1 from 468 to 470 with dt = 2 using RHS created at 470 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 235] Advanced 4608 cells Coarse STEP 235 ends. TIME = 470 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031109025 seconds. Coarse STEP 236 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.343732483 (terrain aware) 1.343732483 (terrain unaware) Anelastic dt at level 0 would be: 5.697182066 (terrain aware) 5.697182066 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382356456 (terrain aware) 0.1382356456 (terrain unaware) Anelastic dt at level 1 would be: 2.538486259 (terrain aware) 2.538486259 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 236] ADVANCE from elapsed time = 470 to 472 with dt = 2 Making slow rhs at time 470 for fast variables advancing from 470 to 470.6666666667 Fast time integration at level 0 from 470 to 470.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 470 to 470.6666666667 with dt = 0.6666666666667 using RHS created at 470 Making slow rhs at time 470.6666666667 for fast variables advancing from 470 to 471 Fast time integration at level 0 from 470 to 470.5 with dt = 0.5 Fast time integration at level 0 from 470.5 to 471 with dt = 0.5 Time integration of scalars at level 0 from 470 to 471 with dt = 1 using RHS created at 470.6666666667 Making slow rhs at time 471 for fast variables advancing from 470 to 472 Fast time integration at level 0 from 470 to 470.5 with dt = 0.5 Fast time integration at level 0 from 470.5 to 471 with dt = 0.5 Fast time integration at level 0 from 471 to 471.5 with dt = 0.5 Fast time integration at level 0 from 471.5 to 472 with dt = 0.5 Time integration of scalars at level 0 from 470 to 472 with dt = 2 using RHS created at 471 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 236] Advanced 4096 cells [Level 1 step 236] ADVANCE from elapsed time = 470 to 472 with dt = 2 Making slow rhs at time 470 for fast variables advancing from 470 to 472 No-substepping time integration at level 1 to 472 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005358908207 0.003190178642 and volume-weighted sum -53462.92467 Subtracting -1.160219719e-05 from rhs in subdomain 0 Sum after subtraction 1.036497277e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005474930179 MLMG: Initial residual (resid0) = 0.0005474930179 MLMG: Final Iter. 6 resid, resid/bnorm = 7.950276336e-12, 1.452123785e-08 MLMG: Timers: Solve = 0.00201773 Iter = 0.001780543 Bottom = 0.000189851 Time in solve 0.002486679 Max/L2 norm of divergence after solve at level 1 : 1.160220478e-05 0.0007875832621 and volume-weighted sum -53462.92467 Time integration of scalars at level 1 from 470 to 472 with dt = 2 using RHS created at 470 Making slow rhs at time 472 for fast variables advancing from 470 to 472 No-substepping time integration at level 1 to 472 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005384121201 0.003095770123 and volume-weighted sum -53462.92467 Subtracting -1.160219719e-05 from rhs in subdomain 0 Sum after subtraction -1.430062666e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005500143173 MLMG: Initial residual (resid0) = 0.0005500143173 MLMG: Final Iter. 5 resid, resid/bnorm = 5.406503448e-11, 9.829750386e-08 MLMG: Timers: Solve = 0.001752776 Iter = 0.001516223 Bottom = 0.000158529 Time in solve 0.002230566 Max/L2 norm of divergence after solve at level 1 : 1.160225126e-05 0.0007875832621 and volume-weighted sum -53462.92467 Time integration of scalars at level 1 from 470 to 472 with dt = 2 using RHS created at 472 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 236] Advanced 4608 cells Coarse STEP 236 ends. TIME = 472 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031184298 seconds. Coarse STEP 237 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.342400229 (terrain aware) 1.342400229 (terrain unaware) Anelastic dt at level 0 would be: 5.673394304 (terrain aware) 5.673394304 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381929221 (terrain aware) 0.1381929221 (terrain unaware) Anelastic dt at level 1 would be: 2.525155066 (terrain aware) 2.525155066 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 237] ADVANCE from elapsed time = 472 to 474 with dt = 2 Making slow rhs at time 472 for fast variables advancing from 472 to 472.6666666667 Fast time integration at level 0 from 472 to 472.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 472 to 472.6666666667 with dt = 0.6666666666667 using RHS created at 472 Making slow rhs at time 472.6666666667 for fast variables advancing from 472 to 473 Fast time integration at level 0 from 472 to 472.5 with dt = 0.5 Fast time integration at level 0 from 472.5 to 473 with dt = 0.5 Time integration of scalars at level 0 from 472 to 473 with dt = 1 using RHS created at 472.6666666667 Making slow rhs at time 473 for fast variables advancing from 472 to 474 Fast time integration at level 0 from 472 to 472.5 with dt = 0.5 Fast time integration at level 0 from 472.5 to 473 with dt = 0.5 Fast time integration at level 0 from 473 to 473.5 with dt = 0.5 Fast time integration at level 0 from 473.5 to 474 with dt = 0.5 Time integration of scalars at level 0 from 472 to 474 with dt = 2 using RHS created at 473 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 237] Advanced 4096 cells [Level 1 step 237] ADVANCE from elapsed time = 472 to 474 with dt = 2 Making slow rhs at time 472 for fast variables advancing from 472 to 474 No-substepping time integration at level 1 to 474 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005253601539 0.003066723745 and volume-weighted sum -37651.52422 Subtracting -8.170903693e-06 from rhs in subdomain 0 Sum after subtraction -5.019856059e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005335310576 MLMG: Initial residual (resid0) = 0.0005335310576 MLMG: Final Iter. 5 resid, resid/bnorm = 7.178701008e-11, 1.345507615e-07 MLMG: Timers: Solve = 0.001757682 Iter = 0.001511767 Bottom = 0.000157852 Time in solve 0.00222626 Max/L2 norm of divergence after solve at level 1 : 8.17097548e-06 0.0005546593353 and volume-weighted sum -37651.52422 Time integration of scalars at level 1 from 472 to 474 with dt = 2 using RHS created at 472 Making slow rhs at time 474 for fast variables advancing from 472 to 474 No-substepping time integration at level 1 to 474 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005452889994 0.003046408201 and volume-weighted sum -37651.52422 Subtracting -8.170903693e-06 from rhs in subdomain 0 Sum after subtraction -1.908195824e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005534599031 MLMG: Initial residual (resid0) = 0.0005534599031 MLMG: Final Iter. 5 resid, resid/bnorm = 5.326191603e-11, 9.623446203e-08 MLMG: Timers: Solve = 0.001747922 Iter = 0.001519697 Bottom = 0.000160178 Time in solve 0.002225035 Max/L2 norm of divergence after solve at level 1 : 8.170956955e-06 0.0005546593353 and volume-weighted sum -37651.52422 Time integration of scalars at level 1 from 472 to 474 with dt = 2 using RHS created at 474 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 237] Advanced 4608 cells Coarse STEP 237 ends. TIME = 474 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030816086 seconds. Coarse STEP 238 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.341205103 (terrain aware) 1.341205103 (terrain unaware) Anelastic dt at level 0 would be: 5.651978795 (terrain aware) 5.651978795 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381380543 (terrain aware) 0.1381380543 (terrain unaware) Anelastic dt at level 1 would be: 2.513367053 (terrain aware) 2.513367053 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 238] ADVANCE from elapsed time = 474 to 476 with dt = 2 Making slow rhs at time 474 for fast variables advancing from 474 to 474.6666666667 Fast time integration at level 0 from 474 to 474.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 474 to 474.6666666667 with dt = 0.6666666666667 using RHS created at 474 Making slow rhs at time 474.6666666667 for fast variables advancing from 474 to 475 Fast time integration at level 0 from 474 to 474.5 with dt = 0.5 Fast time integration at level 0 from 474.5 to 475 with dt = 0.5 Time integration of scalars at level 0 from 474 to 475 with dt = 1 using RHS created at 474.6666666667 Making slow rhs at time 475 for fast variables advancing from 474 to 476 Fast time integration at level 0 from 474 to 474.5 with dt = 0.5 Fast time integration at level 0 from 474.5 to 475 with dt = 0.5 Fast time integration at level 0 from 475 to 475.5 with dt = 0.5 Fast time integration at level 0 from 475.5 to 476 with dt = 0.5 Time integration of scalars at level 0 from 474 to 476 with dt = 2 using RHS created at 475 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 238] Advanced 4096 cells [Level 1 step 238] ADVANCE from elapsed time = 474 to 476 with dt = 2 Making slow rhs at time 474 for fast variables advancing from 474 to 476 No-substepping time integration at level 1 to 476 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005268657204 0.00302263603 and volume-weighted sum -22802.07629 Subtracting -4.948367249e-06 from rhs in subdomain 0 Sum after subtraction -4.02239006e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005318140877 MLMG: Initial residual (resid0) = 0.0005318140877 MLMG: Final Iter. 5 resid, resid/bnorm = 5.728508831e-11, 1.077163799e-07 MLMG: Timers: Solve = 0.00173877 Iter = 0.001502742 Bottom = 0.000162632 Time in solve 0.002208433 Max/L2 norm of divergence after solve at level 1 : 4.948424535e-06 0.0003359063076 and volume-weighted sum -22802.07629 Time integration of scalars at level 1 from 474 to 476 with dt = 2 using RHS created at 474 Making slow rhs at time 476 for fast variables advancing from 474 to 476 No-substepping time integration at level 1 to 476 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005348395983 0.00301503164 and volume-weighted sum -22802.07629 Subtracting -4.948367249e-06 from rhs in subdomain 0 Sum after subtraction -1.32272665e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005397879655 MLMG: Initial residual (resid0) = 0.0005397879655 MLMG: Final Iter. 5 resid, resid/bnorm = 5.201780697e-11, 9.636711134e-08 MLMG: Timers: Solve = 0.001776376 Iter = 0.00154651 Bottom = 0.00015817 Time in solve 0.002249 Max/L2 norm of divergence after solve at level 1 : 4.948419267e-06 0.0003359063076 and volume-weighted sum -22802.07629 Time integration of scalars at level 1 from 474 to 476 with dt = 2 using RHS created at 476 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 238] Advanced 4608 cells Coarse STEP 238 ends. TIME = 476 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03064025 seconds. Coarse STEP 239 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.340187806 (terrain aware) 1.340187806 (terrain unaware) Anelastic dt at level 0 would be: 5.633576188 (terrain aware) 5.633576188 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380960292 (terrain aware) 0.1380960292 (terrain unaware) Anelastic dt at level 1 would be: 2.49887798 (terrain aware) 2.49887798 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 239] ADVANCE from elapsed time = 476 to 478 with dt = 2 Making slow rhs at time 476 for fast variables advancing from 476 to 476.6666666667 Fast time integration at level 0 from 476 to 476.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 476 to 476.6666666667 with dt = 0.6666666666667 using RHS created at 476 Making slow rhs at time 476.6666666667 for fast variables advancing from 476 to 477 Fast time integration at level 0 from 476 to 476.5 with dt = 0.5 Fast time integration at level 0 from 476.5 to 477 with dt = 0.5 Time integration of scalars at level 0 from 476 to 477 with dt = 1 using RHS created at 476.6666666667 Making slow rhs at time 477 for fast variables advancing from 476 to 478 Fast time integration at level 0 from 476 to 476.5 with dt = 0.5 Fast time integration at level 0 from 476.5 to 477 with dt = 0.5 Fast time integration at level 0 from 477 to 477.5 with dt = 0.5 Fast time integration at level 0 from 477.5 to 478 with dt = 0.5 Time integration of scalars at level 0 from 476 to 478 with dt = 2 using RHS created at 477 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 239] Advanced 4096 cells [Level 1 step 239] ADVANCE from elapsed time = 476 to 478 with dt = 2 Making slow rhs at time 476 for fast variables advancing from 476 to 478 No-substepping time integration at level 1 to 478 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005360194621 0.003020908069 and volume-weighted sum -9776.271501 Subtracting -2.121586697e-06 from rhs in subdomain 0 Sum after subtraction -8.716985467e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005381410488 MLMG: Initial residual (resid0) = 0.0005381410488 MLMG: Final Iter. 5 resid, resid/bnorm = 7.513267012e-11, 1.396151999e-07 MLMG: Timers: Solve = 0.002134625 Iter = 0.001892514 Bottom = 0.000216977 Time in solve 0.002601145 Max/L2 norm of divergence after solve at level 1 : 2.121638113e-06 0.0001440180807 and volume-weighted sum -9776.271501 Time integration of scalars at level 1 from 476 to 478 with dt = 2 using RHS created at 476 Making slow rhs at time 478 for fast variables advancing from 476 to 478 No-substepping time integration at level 1 to 478 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005498530661 0.00300148274 and volume-weighted sum -9776.271501 Subtracting -2.121586697e-06 from rhs in subdomain 0 Sum after subtraction -8.055622142e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005519746528 MLMG: Initial residual (resid0) = 0.0005519746528 MLMG: Final Iter. 5 resid, resid/bnorm = 5.047770713e-11, 9.144932087e-08 MLMG: Timers: Solve = 0.001752654 Iter = 0.001515787 Bottom = 0.00015908 Time in solve 0.002219684 Max/L2 norm of divergence after solve at level 1 : 2.121637175e-06 0.0001440180807 and volume-weighted sum -9776.271501 Time integration of scalars at level 1 from 476 to 478 with dt = 2 using RHS created at 478 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 239] Advanced 4608 cells Coarse STEP 239 ends. TIME = 478 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030867289 seconds. Coarse STEP 240 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.338635634 (terrain aware) 1.338635634 (terrain unaware) Anelastic dt at level 0 would be: 5.618886716 (terrain aware) 5.618886716 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380641963 (terrain aware) 0.1380641963 (terrain unaware) Anelastic dt at level 1 would be: 2.486252671 (terrain aware) 2.486252671 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 240] ADVANCE from elapsed time = 478 to 480 with dt = 2 Making slow rhs at time 478 for fast variables advancing from 478 to 478.6666666667 Fast time integration at level 0 from 478 to 478.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 478 to 478.6666666667 with dt = 0.6666666666667 using RHS created at 478 Making slow rhs at time 478.6666666667 for fast variables advancing from 478 to 479 Fast time integration at level 0 from 478 to 478.5 with dt = 0.5 Fast time integration at level 0 from 478.5 to 479 with dt = 0.5 Time integration of scalars at level 0 from 478 to 479 with dt = 1 using RHS created at 478.6666666667 Making slow rhs at time 479 for fast variables advancing from 478 to 480 Fast time integration at level 0 from 478 to 478.5 with dt = 0.5 Fast time integration at level 0 from 478.5 to 479 with dt = 0.5 Fast time integration at level 0 from 479 to 479.5 with dt = 0.5 Fast time integration at level 0 from 479.5 to 480 with dt = 0.5 Time integration of scalars at level 0 from 478 to 480 with dt = 2 using RHS created at 479 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 240] Advanced 4096 cells [Level 1 step 240] ADVANCE from elapsed time = 478 to 480 with dt = 2 Making slow rhs at time 478 for fast variables advancing from 478 to 480 No-substepping time integration at level 1 to 480 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005084044588 0.003034403327 and volume-weighted sum 2786.845382 Subtracting 6.047841542e-07 from rhs in subdomain 0 Sum after subtraction 1.019150042e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005077996746 MLMG: Initial residual (resid0) = 0.0005077996746 MLMG: Final Iter. 6 resid, resid/bnorm = 8.784917782e-12, 1.729996733e-08 MLMG: Timers: Solve = 0.002035269 Iter = 0.001797168 Bottom = 0.000188952 Time in solve 0.002506142 Max/L2 norm of divergence after solve at level 1 : 6.047882659e-07 4.105410975e-05 and volume-weighted sum 2786.845382 Time integration of scalars at level 1 from 478 to 480 with dt = 2 using RHS created at 478 Making slow rhs at time 480 for fast variables advancing from 478 to 480 No-substepping time integration at level 1 to 480 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005302110992 0.002999910731 and volume-weighted sum 2786.845382 Subtracting 6.047841542e-07 from rhs in subdomain 0 Sum after subtraction 8.576039184e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000529606315 MLMG: Initial residual (resid0) = 0.000529606315 MLMG: Final Iter. 5 resid, resid/bnorm = 4.874878159e-11, 9.204720601e-08 MLMG: Timers: Solve = 0.001736962 Iter = 0.001503857 Bottom = 0.000160862 Time in solve 0.002211069 Max/L2 norm of divergence after solve at level 1 : 6.048083637e-07 4.105410975e-05 and volume-weighted sum 2786.845382 Time integration of scalars at level 1 from 478 to 480 with dt = 2 using RHS created at 480 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 240] Advanced 4608 cells Coarse STEP 240 ends. TIME = 480 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031017027 seconds. Coarse STEP 241 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.336597066 (terrain aware) 1.336597066 (terrain unaware) Anelastic dt at level 0 would be: 5.594127118 (terrain aware) 5.594127118 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380103831 (terrain aware) 0.1380103831 (terrain unaware) Anelastic dt at level 1 would be: 2.476880563 (terrain aware) 2.476880563 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 241] ADVANCE from elapsed time = 480 to 482 with dt = 2 Making slow rhs at time 480 for fast variables advancing from 480 to 480.6666666667 Fast time integration at level 0 from 480 to 480.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 480 to 480.6666666667 with dt = 0.6666666666667 using RHS created at 480 Making slow rhs at time 480.6666666667 for fast variables advancing from 480 to 481 Fast time integration at level 0 from 480 to 480.5 with dt = 0.5 Fast time integration at level 0 from 480.5 to 481 with dt = 0.5 Time integration of scalars at level 0 from 480 to 481 with dt = 1 using RHS created at 480.6666666667 Making slow rhs at time 481 for fast variables advancing from 480 to 482 Fast time integration at level 0 from 480 to 480.5 with dt = 0.5 Fast time integration at level 0 from 480.5 to 481 with dt = 0.5 Fast time integration at level 0 from 481 to 481.5 with dt = 0.5 Fast time integration at level 0 from 481.5 to 482 with dt = 0.5 Time integration of scalars at level 0 from 480 to 482 with dt = 2 using RHS created at 481 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 241] Advanced 4096 cells [Level 1 step 241] ADVANCE from elapsed time = 480 to 482 with dt = 2 Making slow rhs at time 480 for fast variables advancing from 480 to 482 No-substepping time integration at level 1 to 482 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005590345696 0.003067682496 and volume-weighted sum 16793.70057 Subtracting 3.644466269e-06 from rhs in subdomain 0 Sum after subtraction -4.553649124e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005553901033 MLMG: Initial residual (resid0) = 0.0005553901033 MLMG: Final Iter. 6 resid, resid/bnorm = 1.060276287e-11, 1.909065862e-08 MLMG: Timers: Solve = 0.002025602 Iter = 0.001784382 Bottom = 0.000191219 Time in solve 0.002487209 Max/L2 norm of divergence after solve at level 1 : 3.644473545e-06 0.000247394574 and volume-weighted sum 16793.70057 Time integration of scalars at level 1 from 480 to 482 with dt = 2 using RHS created at 480 Making slow rhs at time 482 for fast variables advancing from 480 to 482 No-substepping time integration at level 1 to 482 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000553359936 0.003011852354 and volume-weighted sum 16793.70057 Subtracting 3.644466269e-06 from rhs in subdomain 0 Sum after subtraction 2.26598254e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005497154698 MLMG: Initial residual (resid0) = 0.0005497154698 MLMG: Final Iter. 5 resid, resid/bnorm = 4.972501913e-11, 9.045592104e-08 MLMG: Timers: Solve = 0.001754351 Iter = 0.001520956 Bottom = 0.000164359 Time in solve 0.002223504 Max/L2 norm of divergence after solve at level 1 : 3.644490436e-06 0.000247394574 and volume-weighted sum 16793.70057 Time integration of scalars at level 1 from 480 to 482 with dt = 2 using RHS created at 482 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 241] Advanced 4608 cells Coarse STEP 241 ends. TIME = 482 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03200729 seconds. Coarse STEP 242 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.334754533 (terrain aware) 1.334754533 (terrain unaware) Anelastic dt at level 0 would be: 5.560799484 (terrain aware) 5.560799484 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379710826 (terrain aware) 0.1379710826 (terrain unaware) Anelastic dt at level 1 would be: 2.462846122 (terrain aware) 2.462846122 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 242] ADVANCE from elapsed time = 482 to 484 with dt = 2 Making slow rhs at time 482 for fast variables advancing from 482 to 482.6666666667 Fast time integration at level 0 from 482 to 482.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 482 to 482.6666666667 with dt = 0.6666666666667 using RHS created at 482 Making slow rhs at time 482.6666666667 for fast variables advancing from 482 to 483 Fast time integration at level 0 from 482 to 482.5 with dt = 0.5 Fast time integration at level 0 from 482.5 to 483 with dt = 0.5 Time integration of scalars at level 0 from 482 to 483 with dt = 1 using RHS created at 482.6666666667 Making slow rhs at time 483 for fast variables advancing from 482 to 484 Fast time integration at level 0 from 482 to 482.5 with dt = 0.5 Fast time integration at level 0 from 482.5 to 483 with dt = 0.5 Fast time integration at level 0 from 483 to 483.5 with dt = 0.5 Fast time integration at level 0 from 483.5 to 484 with dt = 0.5 Time integration of scalars at level 0 from 482 to 484 with dt = 2 using RHS created at 483 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 242] Advanced 4096 cells [Level 1 step 242] ADVANCE from elapsed time = 482 to 484 with dt = 2 Making slow rhs at time 482 for fast variables advancing from 482 to 484 No-substepping time integration at level 1 to 484 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005312903887 0.003102409219 and volume-weighted sum 32613.32832 Subtracting 7.077545209e-06 from rhs in subdomain 0 Sum after subtraction -4.672911363e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005242128435 MLMG: Initial residual (resid0) = 0.0005242128435 MLMG: Final Iter. 6 resid, resid/bnorm = 1.105567455e-11, 2.109004898e-08 MLMG: Timers: Solve = 0.002005942 Iter = 0.001767554 Bottom = 0.000191122 Time in solve 0.00247417 Max/L2 norm of divergence after solve at level 1 : 7.077553108e-06 0.0004804397003 and volume-weighted sum 32613.32832 Time integration of scalars at level 1 from 482 to 484 with dt = 2 using RHS created at 482 Making slow rhs at time 484 for fast variables advancing from 482 to 484 No-substepping time integration at level 1 to 484 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005470390625 0.003041987486 and volume-weighted sum 32613.32832 Subtracting 7.077545209e-06 from rhs in subdomain 0 Sum after subtraction 1.683765974e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005399615173 MLMG: Initial residual (resid0) = 0.0005399615173 MLMG: Final Iter. 5 resid, resid/bnorm = 5.301681829e-11, 9.81862903e-08 MLMG: Timers: Solve = 0.00179417 Iter = 0.00155406 Bottom = 0.000160741 Time in solve 0.002260873 Max/L2 norm of divergence after solve at level 1 : 7.07756951e-06 0.0004804397003 and volume-weighted sum 32613.32832 Time integration of scalars at level 1 from 482 to 484 with dt = 2 using RHS created at 484 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 242] Advanced 4608 cells Coarse STEP 242 ends. TIME = 484 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031188747 seconds. Coarse STEP 243 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.333140097 (terrain aware) 1.333140097 (terrain unaware) Anelastic dt at level 0 would be: 5.531468235 (terrain aware) 5.531468235 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379478363 (terrain aware) 0.1379478363 (terrain unaware) Anelastic dt at level 1 would be: 2.450354506 (terrain aware) 2.450354506 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 243] ADVANCE from elapsed time = 484 to 486 with dt = 2 Making slow rhs at time 484 for fast variables advancing from 484 to 484.6666666667 Fast time integration at level 0 from 484 to 484.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 484 to 484.6666666667 with dt = 0.6666666666667 using RHS created at 484 Making slow rhs at time 484.6666666667 for fast variables advancing from 484 to 485 Fast time integration at level 0 from 484 to 484.5 with dt = 0.5 Fast time integration at level 0 from 484.5 to 485 with dt = 0.5 Time integration of scalars at level 0 from 484 to 485 with dt = 1 using RHS created at 484.6666666667 Making slow rhs at time 485 for fast variables advancing from 484 to 486 Fast time integration at level 0 from 484 to 484.5 with dt = 0.5 Fast time integration at level 0 from 484.5 to 485 with dt = 0.5 Fast time integration at level 0 from 485 to 485.5 with dt = 0.5 Fast time integration at level 0 from 485.5 to 486 with dt = 0.5 Time integration of scalars at level 0 from 484 to 486 with dt = 2 using RHS created at 485 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 243] Advanced 4096 cells [Level 1 step 243] ADVANCE from elapsed time = 484 to 486 with dt = 2 Making slow rhs at time 484 for fast variables advancing from 484 to 486 No-substepping time integration at level 1 to 486 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005558355012 0.003124696679 and volume-weighted sum 48194.21938 Subtracting 1.045881497e-05 from rhs in subdomain 0 Sum after subtraction 6.169110361e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005453766863 MLMG: Initial residual (resid0) = 0.0005453766863 MLMG: Final Iter. 6 resid, resid/bnorm = 8.985183186e-12, 1.647518754e-08 MLMG: Timers: Solve = 0.002022758 Iter = 0.001790025 Bottom = 0.000192158 Time in solve 0.002485467 Max/L2 norm of divergence after solve at level 1 : 1.045881979e-05 0.0007099679028 and volume-weighted sum 48194.21938 Time integration of scalars at level 1 from 484 to 486 with dt = 2 using RHS created at 484 Making slow rhs at time 486 for fast variables advancing from 484 to 486 No-substepping time integration at level 1 to 486 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005519920505 0.003088445169 and volume-weighted sum 48194.21938 Subtracting 1.045881497e-05 from rhs in subdomain 0 Sum after subtraction 3.361026735e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005415332356 MLMG: Initial residual (resid0) = 0.0005415332356 MLMG: Final Iter. 5 resid, resid/bnorm = 5.64148299e-11, 1.041761174e-07 MLMG: Timers: Solve = 0.00183307 Iter = 0.001506803 Bottom = 0.000165875 Time in solve 0.002342863 Max/L2 norm of divergence after solve at level 1 : 1.045883928e-05 0.0007099679028 and volume-weighted sum 48194.21938 Time integration of scalars at level 1 from 484 to 486 with dt = 2 using RHS created at 486 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 243] Advanced 4608 cells Coarse STEP 243 ends. TIME = 486 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031308421 seconds. Coarse STEP 244 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331789073 (terrain aware) 1.331789073 (terrain unaware) Anelastic dt at level 0 would be: 5.506636372 (terrain aware) 5.506636372 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378957621 (terrain aware) 0.1378957621 (terrain unaware) Anelastic dt at level 1 would be: 2.442386414 (terrain aware) 2.442386414 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 244] ADVANCE from elapsed time = 486 to 488 with dt = 2 Making slow rhs at time 486 for fast variables advancing from 486 to 486.6666666667 Fast time integration at level 0 from 486 to 486.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 486 to 486.6666666667 with dt = 0.6666666666667 using RHS created at 486 Making slow rhs at time 486.6666666667 for fast variables advancing from 486 to 487 Fast time integration at level 0 from 486 to 486.5 with dt = 0.5 Fast time integration at level 0 from 486.5 to 487 with dt = 0.5 Time integration of scalars at level 0 from 486 to 487 with dt = 1 using RHS created at 486.6666666667 Making slow rhs at time 487 for fast variables advancing from 486 to 488 Fast time integration at level 0 from 486 to 486.5 with dt = 0.5 Fast time integration at level 0 from 486.5 to 487 with dt = 0.5 Fast time integration at level 0 from 487 to 487.5 with dt = 0.5 Fast time integration at level 0 from 487.5 to 488 with dt = 0.5 Time integration of scalars at level 0 from 486 to 488 with dt = 2 using RHS created at 487 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 244] Advanced 4096 cells [Level 1 step 244] ADVANCE from elapsed time = 486 to 488 with dt = 2 Making slow rhs at time 486 for fast variables advancing from 486 to 488 No-substepping time integration at level 1 to 488 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005449762938 0.003166480642 and volume-weighted sum 59791.32661 Subtracting 1.297554831e-05 from rhs in subdomain 0 Sum after subtraction 5.442694906e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005320007455 MLMG: Initial residual (resid0) = 0.0005320007455 MLMG: Final Iter. 5 resid, resid/bnorm = 8.609446243e-11, 1.618314695e-07 MLMG: Timers: Solve = 0.001748679 Iter = 0.001504514 Bottom = 0.000161929 Time in solve 0.002211585 Max/L2 norm of divergence after solve at level 1 : 1.297561551e-05 0.0008808094272 and volume-weighted sum 59791.32661 Time integration of scalars at level 1 from 486 to 488 with dt = 2 using RHS created at 486 Making slow rhs at time 488 for fast variables advancing from 486 to 488 No-substepping time integration at level 1 to 488 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005557014601 0.003134969518 and volume-weighted sum 59791.32661 Subtracting 1.297554831e-05 from rhs in subdomain 0 Sum after subtraction -1.672381851e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005427259118 MLMG: Initial residual (resid0) = 0.0005427259118 MLMG: Final Iter. 5 resid, resid/bnorm = 5.961022841e-11, 1.098348671e-07 MLMG: Timers: Solve = 0.001733282 Iter = 0.001500791 Bottom = 0.000159079 Time in solve 0.002288957 Max/L2 norm of divergence after solve at level 1 : 1.297557251e-05 0.0008808094272 and volume-weighted sum 59791.32661 Time integration of scalars at level 1 from 486 to 488 with dt = 2 using RHS created at 488 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 244] Advanced 4608 cells Coarse STEP 244 ends. TIME = 488 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030719867 seconds. Coarse STEP 245 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.330730666 (terrain aware) 1.330730666 (terrain unaware) Anelastic dt at level 0 would be: 5.486687282 (terrain aware) 5.486687282 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137861004 (terrain aware) 0.137861004 (terrain unaware) Anelastic dt at level 1 would be: 2.430213192 (terrain aware) 2.430213192 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 245] ADVANCE from elapsed time = 488 to 490 with dt = 2 Making slow rhs at time 488 for fast variables advancing from 488 to 488.6666666667 Fast time integration at level 0 from 488 to 488.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 488 to 488.6666666667 with dt = 0.6666666666667 using RHS created at 488 Making slow rhs at time 488.6666666667 for fast variables advancing from 488 to 489 Fast time integration at level 0 from 488 to 488.5 with dt = 0.5 Fast time integration at level 0 from 488.5 to 489 with dt = 0.5 Time integration of scalars at level 0 from 488 to 489 with dt = 1 using RHS created at 488.6666666667 Making slow rhs at time 489 for fast variables advancing from 488 to 490 Fast time integration at level 0 from 488 to 488.5 with dt = 0.5 Fast time integration at level 0 from 488.5 to 489 with dt = 0.5 Fast time integration at level 0 from 489 to 489.5 with dt = 0.5 Fast time integration at level 0 from 489.5 to 490 with dt = 0.5 Time integration of scalars at level 0 from 488 to 490 with dt = 2 using RHS created at 489 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 245] Advanced 4096 cells [Level 1 step 245] ADVANCE from elapsed time = 488 to 490 with dt = 2 Making slow rhs at time 488 for fast variables advancing from 488 to 490 No-substepping time integration at level 1 to 490 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005210711501 0.003235106222 and volume-weighted sum 63850.40751 Subtracting 1.385642524e-05 from rhs in subdomain 0 Sum after subtraction -2.370065949e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005072147249 MLMG: Initial residual (resid0) = 0.0005072147249 MLMG: Final Iter. 6 resid, resid/bnorm = 8.843879998e-12, 1.743616572e-08 MLMG: Timers: Solve = 0.002052042 Iter = 0.001820688 Bottom = 0.000182326 Time in solve 0.002522839 Max/L2 norm of divergence after solve at level 1 : 1.385643408e-05 0.0009406053361 and volume-weighted sum 63850.40751 Time integration of scalars at level 1 from 488 to 490 with dt = 2 using RHS created at 488 Making slow rhs at time 490 for fast variables advancing from 488 to 490 No-substepping time integration at level 1 to 490 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005291133795 0.003153758801 and volume-weighted sum 63850.40751 Subtracting 1.385642524e-05 from rhs in subdomain 0 Sum after subtraction 1.63172427e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005152569543 MLMG: Initial residual (resid0) = 0.0005152569543 MLMG: Final Iter. 5 resid, resid/bnorm = 6.217959075e-11, 1.206768589e-07 MLMG: Timers: Solve = 0.00173536 Iter = 0.001496176 Bottom = 0.000160362 Time in solve 0.002198311 Max/L2 norm of divergence after solve at level 1 : 1.385644938e-05 0.0009406053361 and volume-weighted sum 63850.40751 Time integration of scalars at level 1 from 488 to 490 with dt = 2 using RHS created at 490 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 245] Advanced 4608 cells Coarse STEP 245 ends. TIME = 490 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031485808 seconds. Coarse STEP 246 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.329975269 (terrain aware) 1.329975269 (terrain unaware) Anelastic dt at level 0 would be: 5.471701291 (terrain aware) 5.471701291 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378425955 (terrain aware) 0.1378425955 (terrain unaware) Anelastic dt at level 1 would be: 2.418480574 (terrain aware) 2.418480574 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 246] ADVANCE from elapsed time = 490 to 492 with dt = 2 Making slow rhs at time 490 for fast variables advancing from 490 to 490.6666666667 Fast time integration at level 0 from 490 to 490.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 490 to 490.6666666667 with dt = 0.6666666666667 using RHS created at 490 Making slow rhs at time 490.6666666667 for fast variables advancing from 490 to 491 Fast time integration at level 0 from 490 to 490.5 with dt = 0.5 Fast time integration at level 0 from 490.5 to 491 with dt = 0.5 Time integration of scalars at level 0 from 490 to 491 with dt = 1 using RHS created at 490.6666666667 Making slow rhs at time 491 for fast variables advancing from 490 to 492 Fast time integration at level 0 from 490 to 490.5 with dt = 0.5 Fast time integration at level 0 from 490.5 to 491 with dt = 0.5 Fast time integration at level 0 from 491 to 491.5 with dt = 0.5 Fast time integration at level 0 from 491.5 to 492 with dt = 0.5 Time integration of scalars at level 0 from 490 to 492 with dt = 2 using RHS created at 491 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 246] Advanced 4096 cells [Level 1 step 246] ADVANCE from elapsed time = 490 to 492 with dt = 2 Making slow rhs at time 490 for fast variables advancing from 490 to 492 No-substepping time integration at level 1 to 492 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005720598254 0.003264836581 and volume-weighted sum 58703.55753 Subtracting 1.273948731e-05 from rhs in subdomain 0 Sum after subtraction 6.114900253e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005593203381 MLMG: Initial residual (resid0) = 0.0005593203381 MLMG: Final Iter. 6 resid, resid/bnorm = 1.441242811e-11, 2.576775263e-08 MLMG: Timers: Solve = 0.002173751 Iter = 0.001925702 Bottom = 0.000184919 Time in solve 0.002635567 Max/L2 norm of divergence after solve at level 1 : 1.273950172e-05 0.0008647850752 and volume-weighted sum 58703.55753 Time integration of scalars at level 1 from 490 to 492 with dt = 2 using RHS created at 490 Making slow rhs at time 492 for fast variables advancing from 490 to 492 No-substepping time integration at level 1 to 492 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005586058056 0.003133659057 and volume-weighted sum 58703.55753 Subtracting 1.273948731e-05 from rhs in subdomain 0 Sum after subtraction 4.260914538e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005458663183 MLMG: Initial residual (resid0) = 0.0005458663183 MLMG: Final Iter. 5 resid, resid/bnorm = 6.372483206e-11, 1.167407292e-07 MLMG: Timers: Solve = 0.001743049 Iter = 0.001513295 Bottom = 0.000161153 Time in solve 0.0022083 Max/L2 norm of divergence after solve at level 1 : 1.273951162e-05 0.0008647850752 and volume-weighted sum 58703.55753 Time integration of scalars at level 1 from 490 to 492 with dt = 2 using RHS created at 492 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 246] Advanced 4608 cells Coarse STEP 246 ends. TIME = 492 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031112473 seconds. Coarse STEP 247 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.329514705 (terrain aware) 1.329514705 (terrain unaware) Anelastic dt at level 0 would be: 5.461415923 (terrain aware) 5.461415923 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137797074 (terrain aware) 0.137797074 (terrain unaware) Anelastic dt at level 1 would be: 2.411853471 (terrain aware) 2.411853471 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 247] ADVANCE from elapsed time = 492 to 494 with dt = 2 Making slow rhs at time 492 for fast variables advancing from 492 to 492.6666666667 Fast time integration at level 0 from 492 to 492.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 492 to 492.6666666667 with dt = 0.6666666666667 using RHS created at 492 Making slow rhs at time 492.6666666667 for fast variables advancing from 492 to 493 Fast time integration at level 0 from 492 to 492.5 with dt = 0.5 Fast time integration at level 0 from 492.5 to 493 with dt = 0.5 Time integration of scalars at level 0 from 492 to 493 with dt = 1 using RHS created at 492.6666666667 Making slow rhs at time 493 for fast variables advancing from 492 to 494 Fast time integration at level 0 from 492 to 492.5 with dt = 0.5 Fast time integration at level 0 from 492.5 to 493 with dt = 0.5 Fast time integration at level 0 from 493 to 493.5 with dt = 0.5 Fast time integration at level 0 from 493.5 to 494 with dt = 0.5 Time integration of scalars at level 0 from 492 to 494 with dt = 2 using RHS created at 493 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 247] Advanced 4096 cells [Level 1 step 247] ADVANCE from elapsed time = 492 to 494 with dt = 2 Making slow rhs at time 492 for fast variables advancing from 492 to 494 No-substepping time integration at level 1 to 494 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005245121353 0.003212471511 and volume-weighted sum 45097.08189 Subtracting 9.786693118e-06 from rhs in subdomain 0 Sum after subtraction -7.871307772e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005147254421 MLMG: Initial residual (resid0) = 0.0005147254421 MLMG: Final Iter. 6 resid, resid/bnorm = 1.516134867e-11, 2.94552152e-08 MLMG: Timers: Solve = 0.001980068 Iter = 0.001770789 Bottom = 0.000186753 Time in solve 0.002519005 Max/L2 norm of divergence after solve at level 1 : 9.786708279e-06 0.0006643427586 and volume-weighted sum 45097.08189 Time integration of scalars at level 1 from 492 to 494 with dt = 2 using RHS created at 492 Making slow rhs at time 494 for fast variables advancing from 492 to 494 No-substepping time integration at level 1 to 494 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005361948354 0.003086275091 and volume-weighted sum 45097.08189 Subtracting 9.786693118e-06 from rhs in subdomain 0 Sum after subtraction -6.765421556e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005264081423 MLMG: Initial residual (resid0) = 0.0005264081423 MLMG: Final Iter. 5 resid, resid/bnorm = 6.41409495e-11, 1.218464236e-07 MLMG: Timers: Solve = 0.001750746 Iter = 0.00151091 Bottom = 0.000161913 Time in solve 0.002221813 Max/L2 norm of divergence after solve at level 1 : 9.786717567e-06 0.0006643427586 and volume-weighted sum 45097.08189 Time integration of scalars at level 1 from 492 to 494 with dt = 2 using RHS created at 494 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 247] Advanced 4608 cells Coarse STEP 247 ends. TIME = 494 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03068502 seconds. Coarse STEP 248 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.327760841 (terrain aware) 1.327760841 (terrain unaware) Anelastic dt at level 0 would be: 5.455436633 (terrain aware) 5.455436633 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377698451 (terrain aware) 0.1377698451 (terrain unaware) Anelastic dt at level 1 would be: 2.402311406 (terrain aware) 2.402311406 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 248] ADVANCE from elapsed time = 494 to 496 with dt = 2 Making slow rhs at time 494 for fast variables advancing from 494 to 494.6666666667 Fast time integration at level 0 from 494 to 494.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 494 to 494.6666666667 with dt = 0.6666666666667 using RHS created at 494 Making slow rhs at time 494.6666666667 for fast variables advancing from 494 to 495 Fast time integration at level 0 from 494 to 494.5 with dt = 0.5 Fast time integration at level 0 from 494.5 to 495 with dt = 0.5 Time integration of scalars at level 0 from 494 to 495 with dt = 1 using RHS created at 494.6666666667 Making slow rhs at time 495 for fast variables advancing from 494 to 496 Fast time integration at level 0 from 494 to 494.5 with dt = 0.5 Fast time integration at level 0 from 494.5 to 495 with dt = 0.5 Fast time integration at level 0 from 495 to 495.5 with dt = 0.5 Fast time integration at level 0 from 495.5 to 496 with dt = 0.5 Time integration of scalars at level 0 from 494 to 496 with dt = 2 using RHS created at 495 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 248] Advanced 4096 cells [Level 1 step 248] ADVANCE from elapsed time = 494 to 496 with dt = 2 Making slow rhs at time 494 for fast variables advancing from 494 to 496 No-substepping time integration at level 1 to 496 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000559840031 0.003115247847 and volume-weighted sum 25554.61077 Subtracting 5.545705462e-06 from rhs in subdomain 0 Sum after subtraction 4.597017211e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005542943255 MLMG: Initial residual (resid0) = 0.0005542943255 MLMG: Final Iter. 6 resid, resid/bnorm = 1.148925192e-11, 2.072770979e-08 MLMG: Timers: Solve = 0.002218884 Iter = 0.001980302 Bottom = 0.000187641 Time in solve 0.002694259 Max/L2 norm of divergence after solve at level 1 : 5.545716952e-06 0.0003764549701 and volume-weighted sum 25554.61077 Time integration of scalars at level 1 from 494 to 496 with dt = 2 using RHS created at 494 Making slow rhs at time 496 for fast variables advancing from 494 to 496 No-substepping time integration at level 1 to 496 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005477500505 0.003037356401 and volume-weighted sum 25554.61077 Subtracting 5.545705462e-06 from rhs in subdomain 0 Sum after subtraction -5.074066167e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005422043451 MLMG: Initial residual (resid0) = 0.0005422043451 MLMG: Final Iter. 5 resid, resid/bnorm = 6.355599765e-11, 1.172177948e-07 MLMG: Timers: Solve = 0.001752086 Iter = 0.001520807 Bottom = 0.000165 Time in solve 0.002235303 Max/L2 norm of divergence after solve at level 1 : 5.54573002e-06 0.0003764549701 and volume-weighted sum 25554.61077 Time integration of scalars at level 1 from 494 to 496 with dt = 2 using RHS created at 496 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 248] Advanced 4608 cells Coarse STEP 248 ends. TIME = 496 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031075349 seconds. Coarse STEP 249 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.325936151 (terrain aware) 1.325936151 (terrain unaware) Anelastic dt at level 0 would be: 5.437218473 (terrain aware) 5.437218473 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377417599 (terrain aware) 0.1377417599 (terrain unaware) Anelastic dt at level 1 would be: 2.391954515 (terrain aware) 2.391954515 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 249] ADVANCE from elapsed time = 496 to 498 with dt = 2 Making slow rhs at time 496 for fast variables advancing from 496 to 496.6666666667 Fast time integration at level 0 from 496 to 496.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 496 to 496.6666666667 with dt = 0.6666666666667 using RHS created at 496 Making slow rhs at time 496.6666666667 for fast variables advancing from 496 to 497 Fast time integration at level 0 from 496 to 496.5 with dt = 0.5 Fast time integration at level 0 from 496.5 to 497 with dt = 0.5 Time integration of scalars at level 0 from 496 to 497 with dt = 1 using RHS created at 496.6666666667 Making slow rhs at time 497 for fast variables advancing from 496 to 498 Fast time integration at level 0 from 496 to 496.5 with dt = 0.5 Fast time integration at level 0 from 496.5 to 497 with dt = 0.5 Fast time integration at level 0 from 497 to 497.5 with dt = 0.5 Fast time integration at level 0 from 497.5 to 498 with dt = 0.5 Time integration of scalars at level 0 from 496 to 498 with dt = 2 using RHS created at 497 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 249] Advanced 4096 cells [Level 1 step 249] ADVANCE from elapsed time = 496 to 498 with dt = 2 Making slow rhs at time 496 for fast variables advancing from 496 to 498 No-substepping time integration at level 1 to 498 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005296316643 0.003045047898 and volume-weighted sum 3255.626856 Subtracting 7.065162447e-07 from rhs in subdomain 0 Sum after subtraction -1.153591112e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005289251481 MLMG: Initial residual (resid0) = 0.0005289251481 MLMG: Final Iter. 6 resid, resid/bnorm = 5.893003578e-12, 1.114146983e-08 MLMG: Timers: Solve = 0.00202016 Iter = 0.00178682 Bottom = 0.00018884 Time in solve 0.002489719 Max/L2 norm of divergence after solve at level 1 : 7.065221377e-07 4.795991305e-05 and volume-weighted sum 3255.626856 Time integration of scalars at level 1 from 496 to 498 with dt = 2 using RHS created at 496 Making slow rhs at time 498 for fast variables advancing from 496 to 498 No-substepping time integration at level 1 to 498 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005330326753 0.003015972505 and volume-weighted sum 3255.626856 Subtracting 7.065162447e-07 from rhs in subdomain 0 Sum after subtraction -5.941427905e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005323261591 MLMG: Initial residual (resid0) = 0.0005323261591 MLMG: Final Iter. 5 resid, resid/bnorm = 6.223507876e-11, 1.169115545e-07 MLMG: Timers: Solve = 0.001736729 Iter = 0.0015007 Bottom = 0.000159139 Time in solve 0.00221056 Max/L2 norm of divergence after solve at level 1 : 7.065408679e-07 4.795991306e-05 and volume-weighted sum 3255.626856 Time integration of scalars at level 1 from 496 to 498 with dt = 2 using RHS created at 498 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 249] Advanced 4608 cells Coarse STEP 249 ends. TIME = 498 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031226209 seconds. Coarse STEP 250 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.324297935 (terrain aware) 1.324297935 (terrain unaware) Anelastic dt at level 0 would be: 5.407230261 (terrain aware) 5.407230261 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376968261 (terrain aware) 0.1376968261 (terrain unaware) Anelastic dt at level 1 would be: 2.386960846 (terrain aware) 2.386960846 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 250] ADVANCE from elapsed time = 498 to 500 with dt = 2 Making slow rhs at time 498 for fast variables advancing from 498 to 498.6666666667 Fast time integration at level 0 from 498 to 498.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 498 to 498.6666666667 with dt = 0.6666666666667 using RHS created at 498 Making slow rhs at time 498.6666666667 for fast variables advancing from 498 to 499 Fast time integration at level 0 from 498 to 498.5 with dt = 0.5 Fast time integration at level 0 from 498.5 to 499 with dt = 0.5 Time integration of scalars at level 0 from 498 to 499 with dt = 1 using RHS created at 498.6666666667 Making slow rhs at time 499 for fast variables advancing from 498 to 500 Fast time integration at level 0 from 498 to 498.5 with dt = 0.5 Fast time integration at level 0 from 498.5 to 499 with dt = 0.5 Fast time integration at level 0 from 499 to 499.5 with dt = 0.5 Fast time integration at level 0 from 499.5 to 500 with dt = 0.5 Time integration of scalars at level 0 from 498 to 500 with dt = 2 using RHS created at 499 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 250] Advanced 4096 cells [Level 1 step 250] ADVANCE from elapsed time = 498 to 500 with dt = 2 Making slow rhs at time 498 for fast variables advancing from 498 to 500 No-substepping time integration at level 1 to 500 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005110987123 0.003041581134 and volume-weighted sum -18592.42359 Subtracting -4.034814146e-06 from rhs in subdomain 0 Sum after subtraction -1.734723476e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005151335265 MLMG: Initial residual (resid0) = 0.0005151335265 MLMG: Final Iter. 5 resid, resid/bnorm = 5.539403571e-11, 1.075333537e-07 MLMG: Timers: Solve = 0.001765771 Iter = 0.001528048 Bottom = 0.000163118 Time in solve 0.002244174 Max/L2 norm of divergence after solve at level 1 : 4.03486954e-06 0.0002738922666 and volume-weighted sum -18592.42359 Time integration of scalars at level 1 from 498 to 500 with dt = 2 using RHS created at 498 Making slow rhs at time 500 for fast variables advancing from 498 to 500 No-substepping time integration at level 1 to 500 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005202963251 0.003029840389 and volume-weighted sum -18592.42359 Subtracting -4.034814146e-06 from rhs in subdomain 0 Sum after subtraction -7.372574773e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005243311393 MLMG: Initial residual (resid0) = 0.0005243311393 MLMG: Final Iter. 5 resid, resid/bnorm = 6.048871179e-11, 1.153635694e-07 MLMG: Timers: Solve = 0.001740517 Iter = 0.001504861 Bottom = 0.00015752 Time in solve 0.002219109 Max/L2 norm of divergence after solve at level 1 : 4.034874635e-06 0.0002738922666 and volume-weighted sum -18592.42359 Time integration of scalars at level 1 from 498 to 500 with dt = 2 using RHS created at 500 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 250] Advanced 4608 cells Coarse STEP 250 ends. TIME = 500 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030660085 seconds. 3DPlotfile write time = 0.007417295 seconds. Coarse STEP 251 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.322882797 (terrain aware) 1.322882797 (terrain unaware) Anelastic dt at level 0 would be: 5.380495646 (terrain aware) 5.380495646 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376737226 (terrain aware) 0.1376737226 (terrain unaware) Anelastic dt at level 1 would be: 2.378647291 (terrain aware) 2.378647291 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,47) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (111,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(6) m_ref->m_hash_sig(0) ((0,0,0) (15,0,47) (0,0,0)) ((16,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (63,0,47) (0,0,0)) ((64,0,0) (79,0,47) (0,0,0)) ((80,0,0) (95,0,47) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (111,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004214940905 0.002163145225 and volume-weighted sum -6542.450535 Subtracting -1.216973686e-06 from rhs in subdomain 0 Sum after subtraction 1.734723476e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004227110642 MLMG: Initial residual (resid0) = 0.0004227110642 MLMG: Final Iter. 6 resid, resid/bnorm = 4.619304039e-11, 1.09278049e-07 MLMG: Timers: Solve = 0.001949771 Iter = 0.00178799 Bottom = 0.00021912 Time in solve 0.002458941 Max/L2 norm of divergence after solve at level 1 : 1.216995849e-06 8.922998454e-05 and volume-weighted sum -6542.450535 [Level 0 step 251] ADVANCE from elapsed time = 500 to 502 with dt = 2 Making slow rhs at time 500 for fast variables advancing from 500 to 500.6666666667 Fast time integration at level 0 from 500 to 500.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 500 to 500.6666666667 with dt = 0.6666666666667 using RHS created at 500 Making slow rhs at time 500.6666666667 for fast variables advancing from 500 to 501 Fast time integration at level 0 from 500 to 500.5 with dt = 0.5 Fast time integration at level 0 from 500.5 to 501 with dt = 0.5 Time integration of scalars at level 0 from 500 to 501 with dt = 1 using RHS created at 500.6666666667 Making slow rhs at time 501 for fast variables advancing from 500 to 502 Fast time integration at level 0 from 500 to 500.5 with dt = 0.5 Fast time integration at level 0 from 500.5 to 501 with dt = 0.5 Fast time integration at level 0 from 501 to 501.5 with dt = 0.5 Fast time integration at level 0 from 501.5 to 502 with dt = 0.5 Time integration of scalars at level 0 from 500 to 502 with dt = 2 using RHS created at 501 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 251] Advanced 4096 cells [Level 1 step 251] ADVANCE from elapsed time = 500 to 502 with dt = 2 Making slow rhs at time 500 for fast variables advancing from 500 to 502 No-substepping time integration at level 1 to 502 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.009060593931 0.08775032174 and volume-weighted sum -28279.82787 Subtracting -5.260384648e-06 from rhs in subdomain 0 Sum after subtraction -2.289834988e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.009055333547 MLMG: Initial residual (resid0) = 0.009055333547 MLMG: Final Iter. 7 resid, resid/bnorm = 2.647255592e-11, 2.923421405e-09 MLMG: Timers: Solve = 0.00234075 Iter = 0.002185804 Bottom = 0.000251571 Time in solve 0.002839429 Max/L2 norm of divergence after solve at level 1 : 5.260411121e-06 0.0003856977734 and volume-weighted sum -28279.82787 Time integration of scalars at level 1 from 500 to 502 with dt = 2 using RHS created at 500 Making slow rhs at time 502 for fast variables advancing from 500 to 502 No-substepping time integration at level 1 to 502 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005404137733 0.003045449419 and volume-weighted sum -28279.82787 Subtracting -5.260384648e-06 from rhs in subdomain 0 Sum after subtraction 9.345822727e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000545674158 MLMG: Initial residual (resid0) = 0.000545674158 MLMG: Final Iter. 5 resid, resid/bnorm = 4.802197005e-11, 8.800484564e-08 MLMG: Timers: Solve = 0.001745569 Iter = 0.001583327 Bottom = 0.000185948 Time in solve 0.002236062 Max/L2 norm of divergence after solve at level 1 : 5.26043267e-06 0.0003856977734 and volume-weighted sum -28279.82787 Time integration of scalars at level 1 from 500 to 502 with dt = 2 using RHS created at 502 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 251] Advanced 5376 cells Coarse STEP 251 ends. TIME = 502 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.046166393 seconds. Coarse STEP 252 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.321731222 (terrain aware) 1.321731222 (terrain unaware) Anelastic dt at level 0 would be: 5.357594479 (terrain aware) 5.357594479 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376497807 (terrain aware) 0.1376497807 (terrain unaware) Anelastic dt at level 1 would be: 2.3689124 (terrain aware) 2.3689124 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 252] ADVANCE from elapsed time = 502 to 504 with dt = 2 Making slow rhs at time 502 for fast variables advancing from 502 to 502.6666666667 Fast time integration at level 0 from 502 to 502.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 502 to 502.6666666667 with dt = 0.6666666666667 using RHS created at 502 Making slow rhs at time 502.6666666667 for fast variables advancing from 502 to 503 Fast time integration at level 0 from 502 to 502.5 with dt = 0.5 Fast time integration at level 0 from 502.5 to 503 with dt = 0.5 Time integration of scalars at level 0 from 502 to 503 with dt = 1 using RHS created at 502.6666666667 Making slow rhs at time 503 for fast variables advancing from 502 to 504 Fast time integration at level 0 from 502 to 502.5 with dt = 0.5 Fast time integration at level 0 from 502.5 to 503 with dt = 0.5 Fast time integration at level 0 from 503 to 503.5 with dt = 0.5 Fast time integration at level 0 from 503.5 to 504 with dt = 0.5 Time integration of scalars at level 0 from 502 to 504 with dt = 2 using RHS created at 503 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 252] Advanced 4096 cells [Level 1 step 252] ADVANCE from elapsed time = 502 to 504 with dt = 2 Making slow rhs at time 502 for fast variables advancing from 502 to 504 No-substepping time integration at level 1 to 504 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004961640123 0.00315513195 and volume-weighted sum -44564.27011 Subtracting -8.289484767e-06 from rhs in subdomain 0 Sum after subtraction 9.584347205e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005044534971 MLMG: Initial residual (resid0) = 0.0005044534971 MLMG: Final Iter. 6 resid, resid/bnorm = 8.425509794e-12, 1.670225272e-08 MLMG: Timers: Solve = 0.001945418 Iter = 0.001781996 Bottom = 0.000207934 Time in solve 0.002441927 Max/L2 norm of divergence after solve at level 1 : 8.289490268e-06 0.0006077950627 and volume-weighted sum -44564.27011 Time integration of scalars at level 1 from 502 to 504 with dt = 2 using RHS created at 502 Making slow rhs at time 504 for fast variables advancing from 502 to 504 No-substepping time integration at level 1 to 504 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005107447391 0.003084046774 and volume-weighted sum -44564.27011 Subtracting -8.289484767e-06 from rhs in subdomain 0 Sum after subtraction 2.255140519e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005190342239 MLMG: Initial residual (resid0) = 0.0005190342239 MLMG: Final Iter. 5 resid, resid/bnorm = 4.751557681e-11, 9.154613438e-08 MLMG: Timers: Solve = 0.001680652 Iter = 0.001513546 Bottom = 0.000187399 Time in solve 0.00217323 Max/L2 norm of divergence after solve at level 1 : 8.289532283e-06 0.0006077950627 and volume-weighted sum -44564.27011 Time integration of scalars at level 1 from 502 to 504 with dt = 2 using RHS created at 504 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 252] Advanced 5376 cells Coarse STEP 252 ends. TIME = 504 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03138761 seconds. Coarse STEP 253 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320879358 (terrain aware) 1.320879358 (terrain unaware) Anelastic dt at level 0 would be: 5.338996464 (terrain aware) 5.338996464 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376178503 (terrain aware) 0.1376178503 (terrain unaware) Anelastic dt at level 1 would be: 2.365069148 (terrain aware) 2.365069148 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 253] ADVANCE from elapsed time = 504 to 506 with dt = 2 Making slow rhs at time 504 for fast variables advancing from 504 to 504.6666666667 Fast time integration at level 0 from 504 to 504.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 504 to 504.6666666667 with dt = 0.6666666666667 using RHS created at 504 Making slow rhs at time 504.6666666667 for fast variables advancing from 504 to 505 Fast time integration at level 0 from 504 to 504.5 with dt = 0.5 Fast time integration at level 0 from 504.5 to 505 with dt = 0.5 Time integration of scalars at level 0 from 504 to 505 with dt = 1 using RHS created at 504.6666666667 Making slow rhs at time 505 for fast variables advancing from 504 to 506 Fast time integration at level 0 from 504 to 504.5 with dt = 0.5 Fast time integration at level 0 from 504.5 to 505 with dt = 0.5 Fast time integration at level 0 from 505 to 505.5 with dt = 0.5 Fast time integration at level 0 from 505.5 to 506 with dt = 0.5 Time integration of scalars at level 0 from 504 to 506 with dt = 2 using RHS created at 505 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 253] Advanced 4096 cells [Level 1 step 253] ADVANCE from elapsed time = 504 to 506 with dt = 2 Making slow rhs at time 504 for fast variables advancing from 504 to 506 No-substepping time integration at level 1 to 506 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005494934669 0.003229511138 and volume-weighted sum -53328.78625 Subtracting -9.91978911e-06 from rhs in subdomain 0 Sum after subtraction 9.974659987e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000559413256 MLMG: Initial residual (resid0) = 0.000559413256 MLMG: Final Iter. 6 resid, resid/bnorm = 1.101572515e-11, 1.969156975e-08 MLMG: Timers: Solve = 0.001939565 Iter = 0.001781798 Bottom = 0.000215663 Time in solve 0.002440099 Max/L2 norm of divergence after solve at level 1 : 9.919796534e-06 0.0007273309516 and volume-weighted sum -53328.78625 Time integration of scalars at level 1 from 504 to 506 with dt = 2 using RHS created at 504 Making slow rhs at time 506 for fast variables advancing from 504 to 506 No-substepping time integration at level 1 to 506 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005380672303 0.003110870653 and volume-weighted sum -53328.78625 Subtracting -9.91978911e-06 from rhs in subdomain 0 Sum after subtraction -1.907111621e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005479870194 MLMG: Initial residual (resid0) = 0.0005479870194 MLMG: Final Iter. 5 resid, resid/bnorm = 4.737266982e-11, 8.64485255e-08 MLMG: Timers: Solve = 0.001684989 Iter = 0.001522017 Bottom = 0.000185329 Time in solve 0.002189792 Max/L2 norm of divergence after solve at level 1 : 9.919836483e-06 0.0007273309516 and volume-weighted sum -53328.78625 Time integration of scalars at level 1 from 504 to 506 with dt = 2 using RHS created at 506 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 253] Advanced 5376 cells Coarse STEP 253 ends. TIME = 506 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031561218 seconds. Coarse STEP 254 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320353965 (terrain aware) 1.320353965 (terrain unaware) Anelastic dt at level 0 would be: 5.324970562 (terrain aware) 5.324970562 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376079243 (terrain aware) 0.1376079243 (terrain unaware) Anelastic dt at level 1 would be: 2.35846726 (terrain aware) 2.35846726 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 254] ADVANCE from elapsed time = 506 to 508 with dt = 2 Making slow rhs at time 506 for fast variables advancing from 506 to 506.6666666667 Fast time integration at level 0 from 506 to 506.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 506 to 506.6666666667 with dt = 0.6666666666667 using RHS created at 506 Making slow rhs at time 506.6666666667 for fast variables advancing from 506 to 507 Fast time integration at level 0 from 506 to 506.5 with dt = 0.5 Fast time integration at level 0 from 506.5 to 507 with dt = 0.5 Time integration of scalars at level 0 from 506 to 507 with dt = 1 using RHS created at 506.6666666667 Making slow rhs at time 507 for fast variables advancing from 506 to 508 Fast time integration at level 0 from 506 to 506.5 with dt = 0.5 Fast time integration at level 0 from 506.5 to 507 with dt = 0.5 Fast time integration at level 0 from 507 to 507.5 with dt = 0.5 Fast time integration at level 0 from 507.5 to 508 with dt = 0.5 Time integration of scalars at level 0 from 506 to 508 with dt = 2 using RHS created at 507 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 254] Advanced 4096 cells [Level 1 step 254] ADVANCE from elapsed time = 506 to 508 with dt = 2 Making slow rhs at time 506 for fast variables advancing from 506 to 508 No-substepping time integration at level 1 to 508 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005227845673 0.003236577327 and volume-weighted sum -54025.54671 Subtracting -1.004939485e-05 from rhs in subdomain 0 Sum after subtraction 2.233456475e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005328339621 MLMG: Initial residual (resid0) = 0.0005328339621 MLMG: Final Iter. 6 resid, resid/bnorm = 1.058537565e-11, 1.986618046e-08 MLMG: Timers: Solve = 0.001950952 Iter = 0.001789197 Bottom = 0.000229113 Time in solve 0.002453257 Max/L2 norm of divergence after solve at level 1 : 1.004940291e-05 0.0007368338014 and volume-weighted sum -54025.54671 Time integration of scalars at level 1 from 506 to 508 with dt = 2 using RHS created at 506 Making slow rhs at time 508 for fast variables advancing from 506 to 508 No-substepping time integration at level 1 to 508 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005157467034 0.003114395486 and volume-weighted sum -54025.54671 Subtracting -1.004939485e-05 from rhs in subdomain 0 Sum after subtraction -2.179246367e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005257960982 MLMG: Initial residual (resid0) = 0.0005257960982 MLMG: Final Iter. 5 resid, resid/bnorm = 4.784884366e-11, 9.10026602e-08 MLMG: Timers: Solve = 0.001686358 Iter = 0.001512694 Bottom = 0.000185969 Time in solve 0.002182031 Max/L2 norm of divergence after solve at level 1 : 1.00494427e-05 0.0007368338014 and volume-weighted sum -54025.54671 Time integration of scalars at level 1 from 506 to 508 with dt = 2 using RHS created at 508 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 254] Advanced 5376 cells Coarse STEP 254 ends. TIME = 508 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031354967 seconds. Coarse STEP 255 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.319243263 (terrain aware) 1.319243263 (terrain unaware) Anelastic dt at level 0 would be: 5.31566411 (terrain aware) 5.31566411 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375870944 (terrain aware) 0.1375870944 (terrain unaware) Anelastic dt at level 1 would be: 2.351564305 (terrain aware) 2.351564305 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 255] ADVANCE from elapsed time = 508 to 510 with dt = 2 Making slow rhs at time 508 for fast variables advancing from 508 to 508.6666666667 Fast time integration at level 0 from 508 to 508.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 508 to 508.6666666667 with dt = 0.6666666666667 using RHS created at 508 Making slow rhs at time 508.6666666667 for fast variables advancing from 508 to 509 Fast time integration at level 0 from 508 to 508.5 with dt = 0.5 Fast time integration at level 0 from 508.5 to 509 with dt = 0.5 Time integration of scalars at level 0 from 508 to 509 with dt = 1 using RHS created at 508.6666666667 Making slow rhs at time 509 for fast variables advancing from 508 to 510 Fast time integration at level 0 from 508 to 508.5 with dt = 0.5 Fast time integration at level 0 from 508.5 to 509 with dt = 0.5 Fast time integration at level 0 from 509 to 509.5 with dt = 0.5 Fast time integration at level 0 from 509.5 to 510 with dt = 0.5 Time integration of scalars at level 0 from 508 to 510 with dt = 2 using RHS created at 509 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 255] Advanced 4096 cells [Level 1 step 255] ADVANCE from elapsed time = 508 to 510 with dt = 2 Making slow rhs at time 508 for fast variables advancing from 508 to 510 No-substepping time integration at level 1 to 510 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005112723523 0.003166225265 and volume-weighted sum -48121.16569 Subtracting -8.95110969e-06 from rhs in subdomain 0 Sum after subtraction -2.216109241e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000520223462 MLMG: Initial residual (resid0) = 0.000520223462 MLMG: Final Iter. 6 resid, resid/bnorm = 6.963084782e-12, 1.338479575e-08 MLMG: Timers: Solve = 0.00194188 Iter = 0.001780533 Bottom = 0.000215808 Time in solve 0.002433825 Max/L2 norm of divergence after solve at level 1 : 8.951116653e-06 0.0006563062033 and volume-weighted sum -48121.16569 Time integration of scalars at level 1 from 508 to 510 with dt = 2 using RHS created at 508 Making slow rhs at time 510 for fast variables advancing from 508 to 510 No-substepping time integration at level 1 to 510 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005231498969 0.00309718305 and volume-weighted sum -48121.16569 Subtracting -8.95110969e-06 from rhs in subdomain 0 Sum after subtraction -1.613292833e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005321010066 MLMG: Initial residual (resid0) = 0.0005321010066 MLMG: Final Iter. 5 resid, resid/bnorm = 4.875798036e-11, 9.163294141e-08 MLMG: Timers: Solve = 0.001689419 Iter = 0.001517057 Bottom = 0.000185405 Time in solve 0.002183151 Max/L2 norm of divergence after solve at level 1 : 8.951158448e-06 0.0006563062033 and volume-weighted sum -48121.16569 Time integration of scalars at level 1 from 508 to 510 with dt = 2 using RHS created at 510 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 255] Advanced 5376 cells Coarse STEP 255 ends. TIME = 510 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03157457 seconds. Coarse STEP 256 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.317092368 (terrain aware) 1.317092368 (terrain unaware) Anelastic dt at level 0 would be: 5.311237915 (terrain aware) 5.311237915 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375673838 (terrain aware) 0.1375673838 (terrain unaware) Anelastic dt at level 1 would be: 2.347860937 (terrain aware) 2.347860937 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 256] ADVANCE from elapsed time = 510 to 512 with dt = 2 Making slow rhs at time 510 for fast variables advancing from 510 to 510.6666666667 Fast time integration at level 0 from 510 to 510.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 510 to 510.6666666667 with dt = 0.6666666666667 using RHS created at 510 Making slow rhs at time 510.6666666667 for fast variables advancing from 510 to 511 Fast time integration at level 0 from 510 to 510.5 with dt = 0.5 Fast time integration at level 0 from 510.5 to 511 with dt = 0.5 Time integration of scalars at level 0 from 510 to 511 with dt = 1 using RHS created at 510.6666666667 Making slow rhs at time 511 for fast variables advancing from 510 to 512 Fast time integration at level 0 from 510 to 510.5 with dt = 0.5 Fast time integration at level 0 from 510.5 to 511 with dt = 0.5 Fast time integration at level 0 from 511 to 511.5 with dt = 0.5 Fast time integration at level 0 from 511.5 to 512 with dt = 0.5 Time integration of scalars at level 0 from 510 to 512 with dt = 2 using RHS created at 511 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 256] Advanced 4096 cells [Level 1 step 256] ADVANCE from elapsed time = 510 to 512 with dt = 2 Making slow rhs at time 510 for fast variables advancing from 510 to 512 No-substepping time integration at level 1 to 512 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005607724571 0.003086235924 and volume-weighted sum -38708.44791 Subtracting -7.200232127e-06 from rhs in subdomain 0 Sum after subtraction -1.095044194e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005679726892 MLMG: Initial residual (resid0) = 0.0005679726892 MLMG: Final Iter. 6 resid, resid/bnorm = 5.029183636e-12, 8.854622294e-09 MLMG: Timers: Solve = 0.001949926 Iter = 0.001789159 Bottom = 0.000217049 Time in solve 0.002436452 Max/L2 norm of divergence after solve at level 1 : 7.200237156e-06 0.0005279297399 and volume-weighted sum -38708.44791 Time integration of scalars at level 1 from 510 to 512 with dt = 2 using RHS created at 510 Making slow rhs at time 512 for fast variables advancing from 510 to 512 No-substepping time integration at level 1 to 512 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005402137413 0.003071376147 and volume-weighted sum -38708.44791 Subtracting -7.200232127e-06 from rhs in subdomain 0 Sum after subtraction -7.79541362e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005474139734 MLMG: Initial residual (resid0) = 0.0005474139734 MLMG: Final Iter. 5 resid, resid/bnorm = 4.963098182e-11, 9.066444087e-08 MLMG: Timers: Solve = 0.002012345 Iter = 0.001851492 Bottom = 0.000186312 Time in solve 0.002502573 Max/L2 norm of divergence after solve at level 1 : 7.200281758e-06 0.0005279297399 and volume-weighted sum -38708.44791 Time integration of scalars at level 1 from 510 to 512 with dt = 2 using RHS created at 512 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 256] Advanced 5376 cells Coarse STEP 256 ends. TIME = 512 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031631111 seconds. Coarse STEP 257 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.315220747 (terrain aware) 1.315220747 (terrain unaware) Anelastic dt at level 0 would be: 5.2816189 (terrain aware) 5.2816189 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375665618 (terrain aware) 0.1375665618 (terrain unaware) Anelastic dt at level 1 would be: 2.343738632 (terrain aware) 2.343738632 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 257] ADVANCE from elapsed time = 512 to 514 with dt = 2 Making slow rhs at time 512 for fast variables advancing from 512 to 512.6666666667 Fast time integration at level 0 from 512 to 512.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 512 to 512.6666666667 with dt = 0.6666666666666 using RHS created at 512 Making slow rhs at time 512.6666666667 for fast variables advancing from 512 to 513 Fast time integration at level 0 from 512 to 512.5 with dt = 0.5 Fast time integration at level 0 from 512.5 to 513 with dt = 0.5 Time integration of scalars at level 0 from 512 to 513 with dt = 1 using RHS created at 512.6666666667 Making slow rhs at time 513 for fast variables advancing from 512 to 514 Fast time integration at level 0 from 512 to 512.5 with dt = 0.5 Fast time integration at level 0 from 512.5 to 513 with dt = 0.5 Fast time integration at level 0 from 513 to 513.5 with dt = 0.5 Fast time integration at level 0 from 513.5 to 514 with dt = 0.5 Time integration of scalars at level 0 from 512 to 514 with dt = 2 using RHS created at 513 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 257] Advanced 4096 cells [Level 1 step 257] ADVANCE from elapsed time = 512 to 514 with dt = 2 Making slow rhs at time 512 for fast variables advancing from 512 to 514 No-substepping time integration at level 1 to 514 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004947263057 0.003063467705 and volume-weighted sum -29067.30259 Subtracting -5.406864321e-06 from rhs in subdomain 0 Sum after subtraction -5.670377362e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005001331701 MLMG: Initial residual (resid0) = 0.0005001331701 MLMG: Final Iter. 5 resid, resid/bnorm = 9.181134532e-11, 1.835737976e-07 MLMG: Timers: Solve = 0.001685073 Iter = 0.001519525 Bottom = 0.000185586 Time in solve 0.002176933 Max/L2 norm of divergence after solve at level 1 : 5.406930826e-06 0.0003964378403 and volume-weighted sum -29067.30259 Time integration of scalars at level 1 from 512 to 514 with dt = 2 using RHS created at 512 Making slow rhs at time 514 for fast variables advancing from 512 to 514 No-substepping time integration at level 1 to 514 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005094909283 0.003051959987 and volume-weighted sum -29067.30259 Subtracting -5.406864321e-06 from rhs in subdomain 0 Sum after subtraction -7.491837012e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005148977926 MLMG: Initial residual (resid0) = 0.0005148977926 MLMG: Final Iter. 5 resid, resid/bnorm = 5.034196028e-11, 9.777078287e-08 MLMG: Timers: Solve = 0.001682175 Iter = 0.001519607 Bottom = 0.000187517 Time in solve 0.002189555 Max/L2 norm of divergence after solve at level 1 : 5.406914663e-06 0.0003964378403 and volume-weighted sum -29067.30259 Time integration of scalars at level 1 from 512 to 514 with dt = 2 using RHS created at 514 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 257] Advanced 5376 cells Coarse STEP 257 ends. TIME = 514 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031138597 seconds. Coarse STEP 258 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.313680506 (terrain aware) 1.313680506 (terrain unaware) Anelastic dt at level 0 would be: 5.250998747 (terrain aware) 5.250998747 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375465529 (terrain aware) 0.1375465529 (terrain unaware) Anelastic dt at level 1 would be: 2.339656409 (terrain aware) 2.339656409 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 258] ADVANCE from elapsed time = 514 to 516 with dt = 2 Making slow rhs at time 514 for fast variables advancing from 514 to 514.6666666667 Fast time integration at level 0 from 514 to 514.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 514 to 514.6666666667 with dt = 0.6666666666666 using RHS created at 514 Making slow rhs at time 514.6666666667 for fast variables advancing from 514 to 515 Fast time integration at level 0 from 514 to 514.5 with dt = 0.5 Fast time integration at level 0 from 514.5 to 515 with dt = 0.5 Time integration of scalars at level 0 from 514 to 515 with dt = 1 using RHS created at 514.6666666667 Making slow rhs at time 515 for fast variables advancing from 514 to 516 Fast time integration at level 0 from 514 to 514.5 with dt = 0.5 Fast time integration at level 0 from 514.5 to 515 with dt = 0.5 Fast time integration at level 0 from 515 to 515.5 with dt = 0.5 Fast time integration at level 0 from 515.5 to 516 with dt = 0.5 Time integration of scalars at level 0 from 514 to 516 with dt = 2 using RHS created at 515 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 258] Advanced 4096 cells [Level 1 step 258] ADVANCE from elapsed time = 514 to 516 with dt = 2 Making slow rhs at time 514 for fast variables advancing from 514 to 516 No-substepping time integration at level 1 to 516 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005602961409 0.003081412795 and volume-weighted sum -20919.54502 Subtracting -3.891284416e-06 from rhs in subdomain 0 Sum after subtraction 1.025655255e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005641874253 MLMG: Initial residual (resid0) = 0.0005641874253 MLMG: Final Iter. 6 resid, resid/bnorm = 1.111374608e-11, 1.96986774e-08 MLMG: Timers: Solve = 0.001952626 Iter = 0.001792185 Bottom = 0.000216894 Time in solve 0.002454835 Max/L2 norm of divergence after solve at level 1 : 3.89129553e-06 0.0002853136862 and volume-weighted sum -20919.54502 Time integration of scalars at level 1 from 514 to 516 with dt = 2 using RHS created at 514 Making slow rhs at time 516 for fast variables advancing from 514 to 516 No-substepping time integration at level 1 to 516 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005504571833 0.003038635064 and volume-weighted sum -20919.54502 Subtracting -3.891284416e-06 from rhs in subdomain 0 Sum after subtraction 8.456776945e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005543484678 MLMG: Initial residual (resid0) = 0.0005543484678 MLMG: Final Iter. 5 resid, resid/bnorm = 5.100354348e-11, 9.200628566e-08 MLMG: Timers: Solve = 0.001683316 Iter = 0.001505785 Bottom = 0.0001829 Time in solve 0.002174685 Max/L2 norm of divergence after solve at level 1 : 3.89133542e-06 0.0002853136862 and volume-weighted sum -20919.54502 Time integration of scalars at level 1 from 514 to 516 with dt = 2 using RHS created at 516 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 258] Advanced 5376 cells Coarse STEP 258 ends. TIME = 516 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031429034 seconds. Coarse STEP 259 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.312529674 (terrain aware) 1.312529674 (terrain unaware) Anelastic dt at level 0 would be: 5.224776856 (terrain aware) 5.224776856 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375354246 (terrain aware) 0.1375354246 (terrain unaware) Anelastic dt at level 1 would be: 2.334889261 (terrain aware) 2.334889261 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 259] ADVANCE from elapsed time = 516 to 518 with dt = 2 Making slow rhs at time 516 for fast variables advancing from 516 to 516.6666666667 Fast time integration at level 0 from 516 to 516.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 516 to 516.6666666667 with dt = 0.6666666666666 using RHS created at 516 Making slow rhs at time 516.6666666667 for fast variables advancing from 516 to 517 Fast time integration at level 0 from 516 to 516.5 with dt = 0.5 Fast time integration at level 0 from 516.5 to 517 with dt = 0.5 Time integration of scalars at level 0 from 516 to 517 with dt = 1 using RHS created at 516.6666666667 Making slow rhs at time 517 for fast variables advancing from 516 to 518 Fast time integration at level 0 from 516 to 516.5 with dt = 0.5 Fast time integration at level 0 from 516.5 to 517 with dt = 0.5 Fast time integration at level 0 from 517 to 517.5 with dt = 0.5 Fast time integration at level 0 from 517.5 to 518 with dt = 0.5 Time integration of scalars at level 0 from 516 to 518 with dt = 2 using RHS created at 517 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 259] Advanced 4096 cells [Level 1 step 259] ADVANCE from elapsed time = 516 to 518 with dt = 2 Making slow rhs at time 516 for fast variables advancing from 516 to 518 No-substepping time integration at level 1 to 518 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005412227078 0.003087889949 and volume-weighted sum -13582.15302 Subtracting -2.526442153e-06 from rhs in subdomain 0 Sum after subtraction 2.016616041e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00054374915 MLMG: Initial residual (resid0) = 0.00054374915 MLMG: Final Iter. 6 resid, resid/bnorm = 1.289962322e-11, 2.372348209e-08 MLMG: Timers: Solve = 0.001954042 Iter = 0.001787554 Bottom = 0.000213871 Time in solve 0.002446165 Max/L2 norm of divergence after solve at level 1 : 2.526455053e-06 0.0001852417985 and volume-weighted sum -13582.15302 Time integration of scalars at level 1 from 516 to 518 with dt = 2 using RHS created at 516 Making slow rhs at time 518 for fast variables advancing from 516 to 518 No-substepping time integration at level 1 to 518 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005219438083 0.003029959727 and volume-weighted sum -13582.15302 Subtracting -2.526442153e-06 from rhs in subdomain 0 Sum after subtraction -1.626303259e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005244702505 MLMG: Initial residual (resid0) = 0.0005244702505 MLMG: Final Iter. 5 resid, resid/bnorm = 5.136299822e-11, 9.79331014e-08 MLMG: Timers: Solve = 0.00167701 Iter = 0.001514614 Bottom = 0.000175042 Time in solve 0.002172361 Max/L2 norm of divergence after solve at level 1 : 2.526493516e-06 0.0001852417985 and volume-weighted sum -13582.15302 Time integration of scalars at level 1 from 516 to 518 with dt = 2 using RHS created at 518 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 259] Advanced 5376 cells Coarse STEP 259 ends. TIME = 518 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031435521 seconds. Coarse STEP 260 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311819715 (terrain aware) 1.311819715 (terrain unaware) Anelastic dt at level 0 would be: 5.204267876 (terrain aware) 5.204267876 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375478704 (terrain aware) 0.1375478704 (terrain unaware) Anelastic dt at level 1 would be: 2.331982841 (terrain aware) 2.331982841 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 260] ADVANCE from elapsed time = 518 to 520 with dt = 2 Making slow rhs at time 518 for fast variables advancing from 518 to 518.6666666667 Fast time integration at level 0 from 518 to 518.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 518 to 518.6666666667 with dt = 0.6666666666666 using RHS created at 518 Making slow rhs at time 518.6666666667 for fast variables advancing from 518 to 519 Fast time integration at level 0 from 518 to 518.5 with dt = 0.5 Fast time integration at level 0 from 518.5 to 519 with dt = 0.5 Time integration of scalars at level 0 from 518 to 519 with dt = 1 using RHS created at 518.6666666667 Making slow rhs at time 519 for fast variables advancing from 518 to 520 Fast time integration at level 0 from 518 to 518.5 with dt = 0.5 Fast time integration at level 0 from 518.5 to 519 with dt = 0.5 Fast time integration at level 0 from 519 to 519.5 with dt = 0.5 Fast time integration at level 0 from 519.5 to 520 with dt = 0.5 Time integration of scalars at level 0 from 518 to 520 with dt = 2 using RHS created at 519 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 260] Advanced 4096 cells [Level 1 step 260] ADVANCE from elapsed time = 518 to 520 with dt = 2 Making slow rhs at time 518 for fast variables advancing from 518 to 520 No-substepping time integration at level 1 to 520 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005162612624 0.003086090683 and volume-weighted sum -4737.779475 Subtracting -8.812833845e-07 from rhs in subdomain 0 Sum after subtraction 3.621235256e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005171425457 MLMG: Initial residual (resid0) = 0.0005171425457 MLMG: Final Iter. 6 resid, resid/bnorm = 1.301945032e-11, 2.517574781e-08 MLMG: Timers: Solve = 0.001959822 Iter = 0.001787183 Bottom = 0.000215009 Time in solve 0.0024518 Max/L2 norm of divergence after solve at level 1 : 8.81296404e-07 6.461676509e-05 and volume-weighted sum -4737.779475 Time integration of scalars at level 1 from 518 to 520 with dt = 2 using RHS created at 518 Making slow rhs at time 520 for fast variables advancing from 518 to 520 No-substepping time integration at level 1 to 520 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005312016294 0.003025188393 and volume-weighted sum -4737.779475 Subtracting -8.812833845e-07 from rhs in subdomain 0 Sum after subtraction 1.10805462e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005320829128 MLMG: Initial residual (resid0) = 0.0005320829128 MLMG: Final Iter. 5 resid, resid/bnorm = 5.169398017e-11, 9.71539941e-08 MLMG: Timers: Solve = 0.001690947 Iter = 0.001525627 Bottom = 0.000183331 Time in solve 0.002182314 Max/L2 norm of divergence after solve at level 1 : 8.813350785e-07 6.461676509e-05 and volume-weighted sum -4737.779475 Time integration of scalars at level 1 from 518 to 520 with dt = 2 using RHS created at 520 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 260] Advanced 5376 cells Coarse STEP 260 ends. TIME = 520 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031659612 seconds. Coarse STEP 261 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311588118 (terrain aware) 1.311588118 (terrain unaware) Anelastic dt at level 0 would be: 5.189964907 (terrain aware) 5.189964907 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375273248 (terrain aware) 0.1375273248 (terrain unaware) Anelastic dt at level 1 would be: 2.331741598 (terrain aware) 2.331741598 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 261] ADVANCE from elapsed time = 520 to 522 with dt = 2 Making slow rhs at time 520 for fast variables advancing from 520 to 520.6666666667 Fast time integration at level 0 from 520 to 520.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 520 to 520.6666666667 with dt = 0.6666666666666 using RHS created at 520 Making slow rhs at time 520.6666666667 for fast variables advancing from 520 to 521 Fast time integration at level 0 from 520 to 520.5 with dt = 0.5 Fast time integration at level 0 from 520.5 to 521 with dt = 0.5 Time integration of scalars at level 0 from 520 to 521 with dt = 1 using RHS created at 520.6666666667 Making slow rhs at time 521 for fast variables advancing from 520 to 522 Fast time integration at level 0 from 520 to 520.5 with dt = 0.5 Fast time integration at level 0 from 520.5 to 521 with dt = 0.5 Fast time integration at level 0 from 521 to 521.5 with dt = 0.5 Fast time integration at level 0 from 521.5 to 522 with dt = 0.5 Time integration of scalars at level 0 from 520 to 522 with dt = 2 using RHS created at 521 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 261] Advanced 4096 cells [Level 1 step 261] ADVANCE from elapsed time = 520 to 522 with dt = 2 Making slow rhs at time 520 for fast variables advancing from 520 to 522 No-substepping time integration at level 1 to 522 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005754208146 0.003090209428 and volume-weighted sum 7604.506944 Subtracting 1.414528821e-06 from rhs in subdomain 0 Sum after subtraction -9.172350379e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005740062858 MLMG: Initial residual (resid0) = 0.0005740062858 MLMG: Final Iter. 6 resid, resid/bnorm = 1.226581302e-11, 2.136877822e-08 MLMG: Timers: Solve = 0.002224837 Iter = 0.001796308 Bottom = 0.00021601 Time in solve 0.002714301 Max/L2 norm of divergence after solve at level 1 : 1.414537859e-06 0.0001037149664 and volume-weighted sum 7604.506944 Time integration of scalars at level 1 from 520 to 522 with dt = 2 using RHS created at 520 Making slow rhs at time 522 for fast variables advancing from 520 to 522 No-substepping time integration at level 1 to 522 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005507637156 0.003025363521 and volume-weighted sum 7604.506944 Subtracting 1.414528821e-06 from rhs in subdomain 0 Sum after subtraction -1.139496483e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005493491868 MLMG: Initial residual (resid0) = 0.0005493491868 MLMG: Final Iter. 5 resid, resid/bnorm = 5.20323753e-11, 9.471639632e-08 MLMG: Timers: Solve = 0.001685144 Iter = 0.001521295 Bottom = 0.000181934 Time in solve 0.002177024 Max/L2 norm of divergence after solve at level 1 : 1.414561481e-06 0.0001037149664 and volume-weighted sum 7604.506944 Time integration of scalars at level 1 from 520 to 522 with dt = 2 using RHS created at 522 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 261] Advanced 5376 cells Coarse STEP 261 ends. TIME = 522 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032441229 seconds. Coarse STEP 262 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.31093125 (terrain aware) 1.31093125 (terrain unaware) Anelastic dt at level 0 would be: 5.182204431 (terrain aware) 5.182204431 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375236117 (terrain aware) 0.1375236117 (terrain unaware) Anelastic dt at level 1 would be: 2.325065886 (terrain aware) 2.325065886 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 262] ADVANCE from elapsed time = 522 to 524 with dt = 2 Making slow rhs at time 522 for fast variables advancing from 522 to 522.6666666667 Fast time integration at level 0 from 522 to 522.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 522 to 522.6666666667 with dt = 0.6666666666666 using RHS created at 522 Making slow rhs at time 522.6666666667 for fast variables advancing from 522 to 523 Fast time integration at level 0 from 522 to 522.5 with dt = 0.5 Fast time integration at level 0 from 522.5 to 523 with dt = 0.5 Time integration of scalars at level 0 from 522 to 523 with dt = 1 using RHS created at 522.6666666667 Making slow rhs at time 523 for fast variables advancing from 522 to 524 Fast time integration at level 0 from 522 to 522.5 with dt = 0.5 Fast time integration at level 0 from 522.5 to 523 with dt = 0.5 Fast time integration at level 0 from 523 to 523.5 with dt = 0.5 Fast time integration at level 0 from 523.5 to 524 with dt = 0.5 Time integration of scalars at level 0 from 522 to 524 with dt = 2 using RHS created at 523 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 262] Advanced 4096 cells [Level 1 step 262] ADVANCE from elapsed time = 522 to 524 with dt = 2 Making slow rhs at time 522 for fast variables advancing from 522 to 524 No-substepping time integration at level 1 to 524 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004992839807 0.003081498871 and volume-weighted sum 23225.09265 Subtracting 4.320143722e-06 from rhs in subdomain 0 Sum after subtraction 1.734723476e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000494963837 MLMG: Initial residual (resid0) = 0.000494963837 MLMG: Final Iter. 6 resid, resid/bnorm = 9.901103386e-12, 2.000369046e-08 MLMG: Timers: Solve = 0.002240647 Iter = 0.002077375 Bottom = 0.000221535 Time in solve 0.002730326 Max/L2 norm of divergence after solve at level 1 : 4.320151279e-06 0.0003167581699 and volume-weighted sum 23225.09265 Time integration of scalars at level 1 from 522 to 524 with dt = 2 using RHS created at 522 Making slow rhs at time 524 for fast variables advancing from 522 to 524 No-substepping time integration at level 1 to 524 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005167623038 0.00304053877 and volume-weighted sum 23225.09265 Subtracting 4.320143722e-06 from rhs in subdomain 0 Sum after subtraction -1.402957611e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00051244216 MLMG: Initial residual (resid0) = 0.00051244216 MLMG: Final Iter. 5 resid, resid/bnorm = 5.230549131e-11, 1.020710148e-07 MLMG: Timers: Solve = 0.001682444 Iter = 0.001516825 Bottom = 0.000182755 Time in solve 0.002172303 Max/L2 norm of divergence after solve at level 1 : 4.320177041e-06 0.0003167581699 and volume-weighted sum 23225.09265 Time integration of scalars at level 1 from 522 to 524 with dt = 2 using RHS created at 524 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 262] Advanced 5376 cells Coarse STEP 262 ends. TIME = 524 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031656162 seconds. Coarse STEP 263 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.308924651 (terrain aware) 1.308924651 (terrain unaware) Anelastic dt at level 0 would be: 5.180513448 (terrain aware) 5.180513448 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375410563 (terrain aware) 0.1375410563 (terrain unaware) Anelastic dt at level 1 would be: 2.323527621 (terrain aware) 2.323527621 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 263] ADVANCE from elapsed time = 524 to 526 with dt = 2 Making slow rhs at time 524 for fast variables advancing from 524 to 524.6666666667 Fast time integration at level 0 from 524 to 524.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 524 to 524.6666666667 with dt = 0.6666666666666 using RHS created at 524 Making slow rhs at time 524.6666666667 for fast variables advancing from 524 to 525 Fast time integration at level 0 from 524 to 524.5 with dt = 0.5 Fast time integration at level 0 from 524.5 to 525 with dt = 0.5 Time integration of scalars at level 0 from 524 to 525 with dt = 1 using RHS created at 524.6666666667 Making slow rhs at time 525 for fast variables advancing from 524 to 526 Fast time integration at level 0 from 524 to 524.5 with dt = 0.5 Fast time integration at level 0 from 524.5 to 525 with dt = 0.5 Fast time integration at level 0 from 525 to 525.5 with dt = 0.5 Fast time integration at level 0 from 525.5 to 526 with dt = 0.5 Time integration of scalars at level 0 from 524 to 526 with dt = 2 using RHS created at 525 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 263] Advanced 4096 cells [Level 1 step 263] ADVANCE from elapsed time = 524 to 526 with dt = 2 Making slow rhs at time 524 for fast variables advancing from 524 to 526 No-substepping time integration at level 1 to 526 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005690593459 0.00307539254 and volume-weighted sum 39228.35835 Subtracting 7.296941658e-06 from rhs in subdomain 0 Sum after subtraction 4.862646744e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005617624043 MLMG: Initial residual (resid0) = 0.0005617624043 MLMG: Final Iter. 5 resid, resid/bnorm = 5.314966596e-11, 9.461235846e-08 MLMG: Timers: Solve = 0.001684772 Iter = 0.001519485 Bottom = 0.000184483 Time in solve 0.00217742 Max/L2 norm of divergence after solve at level 1 : 7.296993769e-06 0.0005350205998 and volume-weighted sum 39228.35835 Time integration of scalars at level 1 from 524 to 526 with dt = 2 using RHS created at 524 Making slow rhs at time 526 for fast variables advancing from 524 to 526 No-substepping time integration at level 1 to 526 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005655169034 0.003070136037 and volume-weighted sum 39228.35835 Subtracting 7.296941658e-06 from rhs in subdomain 0 Sum after subtraction 3.252606517e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005582199618 MLMG: Initial residual (resid0) = 0.0005582199618 MLMG: Final Iter. 5 resid, resid/bnorm = 5.252754032e-11, 9.409828369e-08 MLMG: Timers: Solve = 0.001667797 Iter = 0.001506468 Bottom = 0.000178534 Time in solve 0.00216651 Max/L2 norm of divergence after solve at level 1 : 7.296975295e-06 0.0005350205998 and volume-weighted sum 39228.35835 Time integration of scalars at level 1 from 524 to 526 with dt = 2 using RHS created at 526 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 263] Advanced 5376 cells Coarse STEP 263 ends. TIME = 526 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031332901 seconds. Coarse STEP 264 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.307351443 (terrain aware) 1.307351443 (terrain unaware) Anelastic dt at level 0 would be: 5.155764898 (terrain aware) 5.155764898 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137528587 (terrain aware) 0.137528587 (terrain unaware) Anelastic dt at level 1 would be: 2.32499596 (terrain aware) 2.32499596 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 264] ADVANCE from elapsed time = 526 to 528 with dt = 2 Making slow rhs at time 526 for fast variables advancing from 526 to 526.6666666667 Fast time integration at level 0 from 526 to 526.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 526 to 526.6666666667 with dt = 0.6666666666666 using RHS created at 526 Making slow rhs at time 526.6666666667 for fast variables advancing from 526 to 527 Fast time integration at level 0 from 526 to 526.5 with dt = 0.5 Fast time integration at level 0 from 526.5 to 527 with dt = 0.5 Time integration of scalars at level 0 from 526 to 527 with dt = 1 using RHS created at 526.6666666667 Making slow rhs at time 527 for fast variables advancing from 526 to 528 Fast time integration at level 0 from 526 to 526.5 with dt = 0.5 Fast time integration at level 0 from 526.5 to 527 with dt = 0.5 Fast time integration at level 0 from 527 to 527.5 with dt = 0.5 Fast time integration at level 0 from 527.5 to 528 with dt = 0.5 Time integration of scalars at level 0 from 526 to 528 with dt = 2 using RHS created at 527 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 264] Advanced 4096 cells [Level 1 step 264] ADVANCE from elapsed time = 526 to 528 with dt = 2 Making slow rhs at time 526 for fast variables advancing from 526 to 528 No-substepping time integration at level 1 to 528 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005669380282 0.003117362719 and volume-weighted sum 51289.60077 Subtracting 9.540476334e-06 from rhs in subdomain 0 Sum after subtraction -1.231653668e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005573975518 MLMG: Initial residual (resid0) = 0.0005573975518 MLMG: Final Iter. 6 resid, resid/bnorm = 5.260369169e-12, 9.437374011e-09 MLMG: Timers: Solve = 0.001946976 Iter = 0.001776881 Bottom = 0.000214448 Time in solve 0.002443095 Max/L2 norm of divergence after solve at level 1 : 9.540481595e-06 0.0006995192795 and volume-weighted sum 51289.60077 Time integration of scalars at level 1 from 526 to 528 with dt = 2 using RHS created at 526 Making slow rhs at time 528 for fast variables advancing from 526 to 528 No-substepping time integration at level 1 to 528 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005429116237 0.003101919047 and volume-weighted sum 51289.60077 Subtracting 9.540476334e-06 from rhs in subdomain 0 Sum after subtraction -1.499451605e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005333711473 MLMG: Initial residual (resid0) = 0.0005333711473 MLMG: Final Iter. 5 resid, resid/bnorm = 5.25667473e-11, 9.855566347e-08 MLMG: Timers: Solve = 0.001678045 Iter = 0.001506526 Bottom = 0.000182529 Time in solve 0.002165655 Max/L2 norm of divergence after solve at level 1 : 9.540509885e-06 0.0006995192795 and volume-weighted sum 51289.60077 Time integration of scalars at level 1 from 526 to 528 with dt = 2 using RHS created at 528 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 264] Advanced 5376 cells Coarse STEP 264 ends. TIME = 528 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031410332 seconds. Coarse STEP 265 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.306242009 (terrain aware) 1.306242009 (terrain unaware) Anelastic dt at level 0 would be: 5.137954825 (terrain aware) 5.137954825 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375356298 (terrain aware) 0.1375356298 (terrain unaware) Anelastic dt at level 1 would be: 2.319362092 (terrain aware) 2.319362092 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 265] ADVANCE from elapsed time = 528 to 530 with dt = 2 Making slow rhs at time 528 for fast variables advancing from 528 to 528.6666666667 Fast time integration at level 0 from 528 to 528.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 528 to 528.6666666667 with dt = 0.6666666666666 using RHS created at 528 Making slow rhs at time 528.6666666667 for fast variables advancing from 528 to 529 Fast time integration at level 0 from 528 to 528.5 with dt = 0.5 Fast time integration at level 0 from 528.5 to 529 with dt = 0.5 Time integration of scalars at level 0 from 528 to 529 with dt = 1 using RHS created at 528.6666666667 Making slow rhs at time 529 for fast variables advancing from 528 to 530 Fast time integration at level 0 from 528 to 528.5 with dt = 0.5 Fast time integration at level 0 from 528.5 to 529 with dt = 0.5 Fast time integration at level 0 from 529 to 529.5 with dt = 0.5 Fast time integration at level 0 from 529.5 to 530 with dt = 0.5 Time integration of scalars at level 0 from 528 to 530 with dt = 2 using RHS created at 529 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 265] Advanced 4096 cells [Level 1 step 265] ADVANCE from elapsed time = 528 to 530 with dt = 2 Making slow rhs at time 528 for fast variables advancing from 528 to 530 No-substepping time integration at level 1 to 530 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005156724659 0.003190833825 and volume-weighted sum 55775.63483 Subtracting 1.037493207e-05 from rhs in subdomain 0 Sum after subtraction -1.066854938e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005052975338 MLMG: Initial residual (resid0) = 0.0005052975338 MLMG: Final Iter. 6 resid, resid/bnorm = 1.26280479e-11, 2.499131116e-08 MLMG: Timers: Solve = 0.001951387 Iter = 0.001784374 Bottom = 0.00021147 Time in solve 0.00244175 Max/L2 norm of divergence after solve at level 1 : 1.03749447e-05 0.0007607025849 and volume-weighted sum 55775.63483 Time integration of scalars at level 1 from 528 to 530 with dt = 2 using RHS created at 528 Making slow rhs at time 530 for fast variables advancing from 528 to 530 No-substepping time integration at level 1 to 530 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005354020409 0.003115195908 and volume-weighted sum 55775.63483 Subtracting 1.037493207e-05 from rhs in subdomain 0 Sum after subtraction -1.038665681e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005250271088 MLMG: Initial residual (resid0) = 0.0005250271088 MLMG: Final Iter. 5 resid, resid/bnorm = 5.236874873e-11, 9.974484717e-08 MLMG: Timers: Solve = 0.001685334 Iter = 0.001524061 Bottom = 0.000182689 Time in solve 0.002183104 Max/L2 norm of divergence after solve at level 1 : 1.037496614e-05 0.0007607025849 and volume-weighted sum 55775.63483 Time integration of scalars at level 1 from 528 to 530 with dt = 2 using RHS created at 530 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 265] Advanced 5376 cells Coarse STEP 265 ends. TIME = 530 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031570878 seconds. Coarse STEP 266 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.305611555 (terrain aware) 1.305611555 (terrain unaware) Anelastic dt at level 0 would be: 5.120651897 (terrain aware) 5.120651897 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375562396 (terrain aware) 0.1375562396 (terrain unaware) Anelastic dt at level 1 would be: 2.320019153 (terrain aware) 2.320019153 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 266] ADVANCE from elapsed time = 530 to 532 with dt = 2 Making slow rhs at time 530 for fast variables advancing from 530 to 530.6666666667 Fast time integration at level 0 from 530 to 530.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 530 to 530.6666666667 with dt = 0.6666666666666 using RHS created at 530 Making slow rhs at time 530.6666666667 for fast variables advancing from 530 to 531 Fast time integration at level 0 from 530 to 530.5 with dt = 0.5 Fast time integration at level 0 from 530.5 to 531 with dt = 0.5 Time integration of scalars at level 0 from 530 to 531 with dt = 1 using RHS created at 530.6666666667 Making slow rhs at time 531 for fast variables advancing from 530 to 532 Fast time integration at level 0 from 530 to 530.5 with dt = 0.5 Fast time integration at level 0 from 530.5 to 531 with dt = 0.5 Fast time integration at level 0 from 531 to 531.5 with dt = 0.5 Fast time integration at level 0 from 531.5 to 532 with dt = 0.5 Time integration of scalars at level 0 from 530 to 532 with dt = 2 using RHS created at 531 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 266] Advanced 4096 cells [Level 1 step 266] ADVANCE from elapsed time = 530 to 532 with dt = 2 Making slow rhs at time 530 for fast variables advancing from 530 to 532 No-substepping time integration at level 1 to 532 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005903100782 0.003214496274 and volume-weighted sum 51334.67102 Subtracting 9.548859937e-06 from rhs in subdomain 0 Sum after subtraction -6.505213035e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005807612182 MLMG: Initial residual (resid0) = 0.0005807612182 MLMG: Final Iter. 6 resid, resid/bnorm = 1.559934046e-11, 2.686016209e-08 MLMG: Timers: Solve = 0.001960204 Iter = 0.00179527 Bottom = 0.000215056 Time in solve 0.002450956 Max/L2 norm of divergence after solve at level 1 : 9.548875536e-06 0.0007001339754 and volume-weighted sum 51334.67102 Time integration of scalars at level 1 from 530 to 532 with dt = 2 using RHS created at 530 Making slow rhs at time 532 for fast variables advancing from 530 to 532 No-substepping time integration at level 1 to 532 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005673893647 0.003097702659 and volume-weighted sum 51334.67102 Subtracting 9.548859937e-06 from rhs in subdomain 0 Sum after subtraction 6.613633252e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005578405048 MLMG: Initial residual (resid0) = 0.0005578405048 MLMG: Final Iter. 5 resid, resid/bnorm = 5.182528782e-11, 9.290341482e-08 MLMG: Timers: Solve = 0.001698565 Iter = 0.001527384 Bottom = 0.000183714 Time in solve 0.002204313 Max/L2 norm of divergence after solve at level 1 : 9.548894474e-06 0.0007001339754 and volume-weighted sum 51334.67102 Time integration of scalars at level 1 from 530 to 532 with dt = 2 using RHS created at 532 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 266] Advanced 5376 cells Coarse STEP 266 ends. TIME = 532 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031245341 seconds. Coarse STEP 267 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.305462135 (terrain aware) 1.305462135 (terrain unaware) Anelastic dt at level 0 would be: 5.104169126 (terrain aware) 5.104169126 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375534093 (terrain aware) 0.1375534093 (terrain unaware) Anelastic dt at level 1 would be: 2.323213899 (terrain aware) 2.323213899 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 267] ADVANCE from elapsed time = 532 to 534 with dt = 2 Making slow rhs at time 532 for fast variables advancing from 532 to 532.6666666667 Fast time integration at level 0 from 532 to 532.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 532 to 532.6666666667 with dt = 0.6666666666666 using RHS created at 532 Making slow rhs at time 532.6666666667 for fast variables advancing from 532 to 533 Fast time integration at level 0 from 532 to 532.5 with dt = 0.5 Fast time integration at level 0 from 532.5 to 533 with dt = 0.5 Time integration of scalars at level 0 from 532 to 533 with dt = 1 using RHS created at 532.6666666667 Making slow rhs at time 533 for fast variables advancing from 532 to 534 Fast time integration at level 0 from 532 to 532.5 with dt = 0.5 Fast time integration at level 0 from 532.5 to 533 with dt = 0.5 Fast time integration at level 0 from 533 to 533.5 with dt = 0.5 Fast time integration at level 0 from 533.5 to 534 with dt = 0.5 Time integration of scalars at level 0 from 532 to 534 with dt = 2 using RHS created at 533 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 267] Advanced 4096 cells [Level 1 step 267] ADVANCE from elapsed time = 532 to 534 with dt = 2 Making slow rhs at time 532 for fast variables advancing from 532 to 534 No-substepping time integration at level 1 to 534 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005236110251 0.003156636462 and volume-weighted sum 39158.11581 Subtracting 7.283875709e-06 from rhs in subdomain 0 Sum after subtraction 1.023486851e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005163271494 MLMG: Initial residual (resid0) = 0.0005163271494 MLMG: Final Iter. 6 resid, resid/bnorm = 1.363244553e-11, 2.640272848e-08 MLMG: Timers: Solve = 0.001969769 Iter = 0.001799925 Bottom = 0.00021759 Time in solve 0.002483213 Max/L2 norm of divergence after solve at level 1 : 7.283889342e-06 0.0005340625887 and volume-weighted sum 39158.11581 Time integration of scalars at level 1 from 532 to 534 with dt = 2 using RHS created at 532 Making slow rhs at time 534 for fast variables advancing from 532 to 534 No-substepping time integration at level 1 to 534 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005171000242 0.003061403695 and volume-weighted sum 39158.11581 Subtracting 7.283875709e-06 from rhs in subdomain 0 Sum after subtraction 1.060349725e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005098161484 MLMG: Initial residual (resid0) = 0.0005098161484 MLMG: Final Iter. 5 resid, resid/bnorm = 5.092910078e-11, 9.989699411e-08 MLMG: Timers: Solve = 0.00191523 Iter = 0.001754764 Bottom = 0.000180391 Time in solve 0.00241813 Max/L2 norm of divergence after solve at level 1 : 7.283911051e-06 0.0005340625887 and volume-weighted sum 39158.11581 Time integration of scalars at level 1 from 532 to 534 with dt = 2 using RHS created at 534 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 267] Advanced 5376 cells Coarse STEP 267 ends. TIME = 534 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031655601 seconds. Coarse STEP 268 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.305793178 (terrain aware) 1.305793178 (terrain unaware) Anelastic dt at level 0 would be: 5.09352275 (terrain aware) 5.09352275 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375760908 (terrain aware) 0.1375760908 (terrain unaware) Anelastic dt at level 1 would be: 2.320024646 (terrain aware) 2.320024646 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 268] ADVANCE from elapsed time = 534 to 536 with dt = 2 Making slow rhs at time 534 for fast variables advancing from 534 to 534.6666666667 Fast time integration at level 0 from 534 to 534.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 534 to 534.6666666667 with dt = 0.6666666666666 using RHS created at 534 Making slow rhs at time 534.6666666667 for fast variables advancing from 534 to 535 Fast time integration at level 0 from 534 to 534.5 with dt = 0.5 Fast time integration at level 0 from 534.5 to 535 with dt = 0.5 Time integration of scalars at level 0 from 534 to 535 with dt = 1 using RHS created at 534.6666666667 Making slow rhs at time 535 for fast variables advancing from 534 to 536 Fast time integration at level 0 from 534 to 534.5 with dt = 0.5 Fast time integration at level 0 from 534.5 to 535 with dt = 0.5 Fast time integration at level 0 from 535 to 535.5 with dt = 0.5 Fast time integration at level 0 from 535.5 to 536 with dt = 0.5 Time integration of scalars at level 0 from 534 to 536 with dt = 2 using RHS created at 535 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 268] Advanced 4096 cells [Level 1 step 268] ADVANCE from elapsed time = 534 to 536 with dt = 2 Making slow rhs at time 534 for fast variables advancing from 534 to 536 No-substepping time integration at level 1 to 536 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005578323517 0.003073466595 and volume-weighted sum 22005.46381 Subtracting 4.093278238e-06 from rhs in subdomain 0 Sum after subtraction -3.77302356e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005537390735 MLMG: Initial residual (resid0) = 0.0005537390735 MLMG: Final Iter. 6 resid, resid/bnorm = 8.912413784e-12, 1.609497002e-08 MLMG: Timers: Solve = 0.001938468 Iter = 0.001774544 Bottom = 0.000218876 Time in solve 0.002444826 Max/L2 norm of divergence after solve at level 1 : 4.09328715e-06 0.0003001241178 and volume-weighted sum 22005.46381 Time integration of scalars at level 1 from 534 to 536 with dt = 2 using RHS created at 534 Making slow rhs at time 536 for fast variables advancing from 534 to 536 No-substepping time integration at level 1 to 536 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005617039101 0.003024950194 and volume-weighted sum 22005.46381 Subtracting 4.093278238e-06 from rhs in subdomain 0 Sum after subtraction 1.368263142e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005576106319 MLMG: Initial residual (resid0) = 0.0005576106319 MLMG: Final Iter. 5 resid, resid/bnorm = 4.976106798e-11, 8.923981204e-08 MLMG: Timers: Solve = 0.001689427 Iter = 0.001520076 Bottom = 0.00018193 Time in solve 0.002179868 Max/L2 norm of divergence after solve at level 1 : 4.093314775e-06 0.0003001241178 and volume-weighted sum 22005.46381 Time integration of scalars at level 1 from 534 to 536 with dt = 2 using RHS created at 536 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 268] Advanced 5376 cells Coarse STEP 268 ends. TIME = 536 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031354834 seconds. Coarse STEP 269 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.305082797 (terrain aware) 1.305082797 (terrain unaware) Anelastic dt at level 0 would be: 5.088839754 (terrain aware) 5.088839754 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1375979748 (terrain aware) 0.1375979748 (terrain unaware) Anelastic dt at level 1 would be: 2.32303024 (terrain aware) 2.32303024 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 269] ADVANCE from elapsed time = 536 to 538 with dt = 2 Making slow rhs at time 536 for fast variables advancing from 536 to 536.6666666667 Fast time integration at level 0 from 536 to 536.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 536 to 536.6666666667 with dt = 0.6666666666666 using RHS created at 536 Making slow rhs at time 536.6666666667 for fast variables advancing from 536 to 537 Fast time integration at level 0 from 536 to 536.5 with dt = 0.5 Fast time integration at level 0 from 536.5 to 537 with dt = 0.5 Time integration of scalars at level 0 from 536 to 537 with dt = 1 using RHS created at 536.6666666667 Making slow rhs at time 537 for fast variables advancing from 536 to 538 Fast time integration at level 0 from 536 to 536.5 with dt = 0.5 Fast time integration at level 0 from 536.5 to 537 with dt = 0.5 Fast time integration at level 0 from 537 to 537.5 with dt = 0.5 Fast time integration at level 0 from 537.5 to 538 with dt = 0.5 Time integration of scalars at level 0 from 536 to 538 with dt = 2 using RHS created at 537 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 269] Advanced 4096 cells [Level 1 step 269] ADVANCE from elapsed time = 536 to 538 with dt = 2 Making slow rhs at time 536 for fast variables advancing from 536 to 538 No-substepping time integration at level 1 to 538 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005716723156 0.003022830864 and volume-weighted sum 3042.364543 Subtracting 5.659160237e-07 from rhs in subdomain 0 Sum after subtraction -1.799775606e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005711063996 MLMG: Initial residual (resid0) = 0.0005711063996 MLMG: Final Iter. 5 resid, resid/bnorm = 6.156331778e-11, 1.077965819e-07 MLMG: Timers: Solve = 0.001683036 Iter = 0.00151798 Bottom = 0.000181155 Time in solve 0.002178181 Max/L2 norm of divergence after solve at level 1 : 5.65977587e-07 4.149364825e-05 and volume-weighted sum 3042.364543 Time integration of scalars at level 1 from 536 to 538 with dt = 2 using RHS created at 536 Making slow rhs at time 538 for fast variables advancing from 536 to 538 No-substepping time integration at level 1 to 538 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005435967103 0.003005381268 and volume-weighted sum 3042.364543 Subtracting 5.659160237e-07 from rhs in subdomain 0 Sum after subtraction -4.250072516e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005430307942 MLMG: Initial residual (resid0) = 0.0005430307942 MLMG: Final Iter. 5 resid, resid/bnorm = 4.836690229e-11, 8.90684337e-08 MLMG: Timers: Solve = 0.001680061 Iter = 0.001516129 Bottom = 0.000181641 Time in solve 0.002181468 Max/L2 norm of divergence after solve at level 1 : 5.659536618e-07 4.149364825e-05 and volume-weighted sum 3042.364543 Time integration of scalars at level 1 from 536 to 538 with dt = 2 using RHS created at 538 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 269] Advanced 5376 cells Coarse STEP 269 ends. TIME = 538 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031214182 seconds. Coarse STEP 270 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.303162243 (terrain aware) 1.303162243 (terrain unaware) Anelastic dt at level 0 would be: 5.089244519 (terrain aware) 5.089244519 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376021233 (terrain aware) 0.1376021233 (terrain unaware) Anelastic dt at level 1 would be: 2.32801693 (terrain aware) 2.32801693 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 270] ADVANCE from elapsed time = 538 to 540 with dt = 2 Making slow rhs at time 538 for fast variables advancing from 538 to 538.6666666667 Fast time integration at level 0 from 538 to 538.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 538 to 538.6666666667 with dt = 0.6666666666666 using RHS created at 538 Making slow rhs at time 538.6666666667 for fast variables advancing from 538 to 539 Fast time integration at level 0 from 538 to 538.5 with dt = 0.5 Fast time integration at level 0 from 538.5 to 539 with dt = 0.5 Time integration of scalars at level 0 from 538 to 539 with dt = 1 using RHS created at 538.6666666667 Making slow rhs at time 539 for fast variables advancing from 538 to 540 Fast time integration at level 0 from 538 to 538.5 with dt = 0.5 Fast time integration at level 0 from 538.5 to 539 with dt = 0.5 Fast time integration at level 0 from 539 to 539.5 with dt = 0.5 Fast time integration at level 0 from 539.5 to 540 with dt = 0.5 Time integration of scalars at level 0 from 538 to 540 with dt = 2 using RHS created at 539 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 270] Advanced 4096 cells [Level 1 step 270] ADVANCE from elapsed time = 538 to 540 with dt = 2 Making slow rhs at time 538 for fast variables advancing from 538 to 540 No-substepping time integration at level 1 to 540 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004795038695 0.003021444043 and volume-weighted sum -14885.75189 Subtracting -2.768927063e-06 from rhs in subdomain 0 Sum after subtraction 2.168404345e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004822727966 MLMG: Initial residual (resid0) = 0.0004822727966 MLMG: Final Iter. 5 resid, resid/bnorm = 5.970977624e-11, 1.238091318e-07 MLMG: Timers: Solve = 0.001670999 Iter = 0.00151213 Bottom = 0.000180461 Time in solve 0.002177078 Max/L2 norm of divergence after solve at level 1 : 2.768986567e-06 0.0002030210857 and volume-weighted sum -14885.75189 Time integration of scalars at level 1 from 538 to 540 with dt = 2 using RHS created at 538 Making slow rhs at time 540 for fast variables advancing from 538 to 540 No-substepping time integration at level 1 to 540 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005047057566 0.003007185777 and volume-weighted sum -14885.75189 Subtracting -2.768927063e-06 from rhs in subdomain 0 Sum after subtraction -1.710871028e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005074746836 MLMG: Initial residual (resid0) = 0.0005074746836 MLMG: Final Iter. 5 resid, resid/bnorm = 4.807570927e-11, 9.473518743e-08 MLMG: Timers: Solve = 0.001682019 Iter = 0.001516896 Bottom = 0.000183119 Time in solve 0.002173672 Max/L2 norm of divergence after solve at level 1 : 2.768975138e-06 0.0002030210857 and volume-weighted sum -14885.75189 Time integration of scalars at level 1 from 538 to 540 with dt = 2 using RHS created at 540 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 270] Advanced 5376 cells Coarse STEP 270 ends. TIME = 540 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030939143 seconds. Coarse STEP 271 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.301709145 (terrain aware) 1.301709145 (terrain unaware) Anelastic dt at level 0 would be: 5.066781329 (terrain aware) 5.066781329 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376367304 (terrain aware) 0.1376367304 (terrain unaware) Anelastic dt at level 1 would be: 2.326845645 (terrain aware) 2.326845645 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 271] ADVANCE from elapsed time = 540 to 542 with dt = 2 Making slow rhs at time 540 for fast variables advancing from 540 to 540.6666666667 Fast time integration at level 0 from 540 to 540.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 540 to 540.6666666667 with dt = 0.6666666666666 using RHS created at 540 Making slow rhs at time 540.6666666667 for fast variables advancing from 540 to 541 Fast time integration at level 0 from 540 to 540.5 with dt = 0.5 Fast time integration at level 0 from 540.5 to 541 with dt = 0.5 Time integration of scalars at level 0 from 540 to 541 with dt = 1 using RHS created at 540.6666666667 Making slow rhs at time 541 for fast variables advancing from 540 to 542 Fast time integration at level 0 from 540 to 540.5 with dt = 0.5 Fast time integration at level 0 from 540.5 to 541 with dt = 0.5 Fast time integration at level 0 from 541 to 541.5 with dt = 0.5 Fast time integration at level 0 from 541.5 to 542 with dt = 0.5 Time integration of scalars at level 0 from 540 to 542 with dt = 2 using RHS created at 541 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 271] Advanced 4096 cells [Level 1 step 271] ADVANCE from elapsed time = 540 to 542 with dt = 2 Making slow rhs at time 540 for fast variables advancing from 540 to 542 No-substepping time integration at level 1 to 542 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005717057807 0.003054249352 and volume-weighted sum -29346.25831 Subtracting -5.458753405e-06 from rhs in subdomain 0 Sum after subtraction -3.122502257e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005771645342 MLMG: Initial residual (resid0) = 0.0005771645342 MLMG: Final Iter. 5 resid, resid/bnorm = 9.105481883e-11, 1.57762325e-07 MLMG: Timers: Solve = 0.001682796 Iter = 0.00152331 Bottom = 0.000181643 Time in solve 0.002164174 Max/L2 norm of divergence after solve at level 1 : 5.458818438e-06 0.0004002424109 and volume-weighted sum -29346.25831 Time integration of scalars at level 1 from 540 to 542 with dt = 2 using RHS created at 540 Making slow rhs at time 542 for fast variables advancing from 540 to 542 No-substepping time integration at level 1 to 542 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005608686552 0.003021573507 and volume-weighted sum -29346.25831 Subtracting -5.458753405e-06 from rhs in subdomain 0 Sum after subtraction 1.604619215e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005663274086 MLMG: Initial residual (resid0) = 0.0005663274086 MLMG: Final Iter. 5 resid, resid/bnorm = 4.78387768e-11, 8.447194339e-08 MLMG: Timers: Solve = 0.001672735 Iter = 0.001511584 Bottom = 0.00018505 Time in solve 0.00217214 Max/L2 norm of divergence after solve at level 1 : 5.458801244e-06 0.0004002424109 and volume-weighted sum -29346.25831 Time integration of scalars at level 1 from 540 to 542 with dt = 2 using RHS created at 542 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 271] Advanced 5376 cells Coarse STEP 271 ends. TIME = 542 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032103889 seconds. Coarse STEP 272 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300778911 (terrain aware) 1.300778911 (terrain unaware) Anelastic dt at level 0 would be: 5.051824483 (terrain aware) 5.051824483 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1376582002 (terrain aware) 0.1376582002 (terrain unaware) Anelastic dt at level 1 would be: 2.331654524 (terrain aware) 2.331654524 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 272] ADVANCE from elapsed time = 542 to 544 with dt = 2 Making slow rhs at time 542 for fast variables advancing from 542 to 542.6666666667 Fast time integration at level 0 from 542 to 542.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 542 to 542.6666666667 with dt = 0.6666666666666 using RHS created at 542 Making slow rhs at time 542.6666666667 for fast variables advancing from 542 to 543 Fast time integration at level 0 from 542 to 542.5 with dt = 0.5 Fast time integration at level 0 from 542.5 to 543 with dt = 0.5 Time integration of scalars at level 0 from 542 to 543 with dt = 1 using RHS created at 542.6666666667 Making slow rhs at time 543 for fast variables advancing from 542 to 544 Fast time integration at level 0 from 542 to 542.5 with dt = 0.5 Fast time integration at level 0 from 542.5 to 543 with dt = 0.5 Fast time integration at level 0 from 543 to 543.5 with dt = 0.5 Fast time integration at level 0 from 543.5 to 544 with dt = 0.5 Time integration of scalars at level 0 from 542 to 544 with dt = 2 using RHS created at 543 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 272] Advanced 4096 cells [Level 1 step 272] ADVANCE from elapsed time = 542 to 544 with dt = 2 Making slow rhs at time 542 for fast variables advancing from 542 to 544 No-substepping time integration at level 1 to 544 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005325515437 0.003090543581 and volume-weighted sum -38417.72132 Subtracting -7.14615352e-06 from rhs in subdomain 0 Sum after subtraction 6.15826834e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005396976972 MLMG: Initial residual (resid0) = 0.0005396976972 MLMG: Final Iter. 6 resid, resid/bnorm = 7.405840186e-12, 1.372220082e-08 MLMG: Timers: Solve = 0.002248962 Iter = 0.00208337 Bottom = 0.000217206 Time in solve 0.002743206 Max/L2 norm of divergence after solve at level 1 : 7.146158813e-06 0.0005239646309 and volume-weighted sum -38417.72132 Time integration of scalars at level 1 from 542 to 544 with dt = 2 using RHS created at 542 Making slow rhs at time 544 for fast variables advancing from 542 to 544 No-substepping time integration at level 1 to 544 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005118440094 0.003034704024 and volume-weighted sum -38417.72132 Subtracting -7.14615352e-06 from rhs in subdomain 0 Sum after subtraction 2.493664997e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005189901629 MLMG: Initial residual (resid0) = 0.0005189901629 MLMG: Final Iter. 5 resid, resid/bnorm = 4.754211037e-11, 9.160503179e-08 MLMG: Timers: Solve = 0.001683105 Iter = 0.001510294 Bottom = 0.000183542 Time in solve 0.002185257 Max/L2 norm of divergence after solve at level 1 : 7.146201062e-06 0.0005239646309 and volume-weighted sum -38417.72132 Time integration of scalars at level 1 from 542 to 544 with dt = 2 using RHS created at 544 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 272] Advanced 5376 cells Coarse STEP 272 ends. TIME = 544 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031638332 seconds. Coarse STEP 273 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300411487 (terrain aware) 1.300411487 (terrain unaware) Anelastic dt at level 0 would be: 5.038975748 (terrain aware) 5.038975748 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.137667929 (terrain aware) 0.137667929 (terrain unaware) Anelastic dt at level 1 would be: 2.33868682 (terrain aware) 2.33868682 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 273] ADVANCE from elapsed time = 544 to 546 with dt = 2 Making slow rhs at time 544 for fast variables advancing from 544 to 544.6666666667 Fast time integration at level 0 from 544 to 544.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 544 to 544.6666666667 with dt = 0.6666666666666 using RHS created at 544 Making slow rhs at time 544.6666666667 for fast variables advancing from 544 to 545 Fast time integration at level 0 from 544 to 544.5 with dt = 0.5 Fast time integration at level 0 from 544.5 to 545 with dt = 0.5 Time integration of scalars at level 0 from 544 to 545 with dt = 1 using RHS created at 544.6666666667 Making slow rhs at time 545 for fast variables advancing from 544 to 546 Fast time integration at level 0 from 544 to 544.5 with dt = 0.5 Fast time integration at level 0 from 544.5 to 545 with dt = 0.5 Fast time integration at level 0 from 545 to 545.5 with dt = 0.5 Fast time integration at level 0 from 545.5 to 546 with dt = 0.5 Time integration of scalars at level 0 from 544 to 546 with dt = 2 using RHS created at 545 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 273] Advanced 4096 cells [Level 1 step 273] ADVANCE from elapsed time = 544 to 546 with dt = 2 Making slow rhs at time 544 for fast variables advancing from 544 to 546 No-substepping time integration at level 1 to 546 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005234078586 0.003095740463 and volume-weighted sum -41076.36292 Subtracting -7.640692507e-06 from rhs in subdomain 0 Sum after subtraction -6.028164079e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005310485511 MLMG: Initial residual (resid0) = 0.0005310485511 MLMG: Final Iter. 6 resid, resid/bnorm = 6.707624966e-12, 1.26309072e-08 MLMG: Timers: Solve = 0.002291453 Iter = 0.002123809 Bottom = 0.000213609 Time in solve 0.002783854 Max/L2 norm of divergence after solve at level 1 : 7.640699215e-06 0.0005602248284 and volume-weighted sum -41076.36292 Time integration of scalars at level 1 from 544 to 546 with dt = 2 using RHS created at 544 Making slow rhs at time 546 for fast variables advancing from 544 to 546 No-substepping time integration at level 1 to 546 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005395485608 0.003035478419 and volume-weighted sum -41076.36292 Subtracting -7.640692507e-06 from rhs in subdomain 0 Sum after subtraction -4.748805515e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005471892533 MLMG: Initial residual (resid0) = 0.0005471892533 MLMG: Final Iter. 5 resid, resid/bnorm = 4.731716816e-11, 8.647313131e-08 MLMG: Timers: Solve = 0.001715658 Iter = 0.001528625 Bottom = 0.000183901 Time in solve 0.002224579 Max/L2 norm of divergence after solve at level 1 : 7.640739824e-06 0.0005602248284 and volume-weighted sum -41076.36292 Time integration of scalars at level 1 from 544 to 546 with dt = 2 using RHS created at 546 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 273] Advanced 5376 cells Coarse STEP 273 ends. TIME = 546 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031731502 seconds. Coarse STEP 274 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300629104 (terrain aware) 1.300629104 (terrain unaware) Anelastic dt at level 0 would be: 5.022458787 (terrain aware) 5.022458787 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377126906 (terrain aware) 0.1377126906 (terrain unaware) Anelastic dt at level 1 would be: 2.339243378 (terrain aware) 2.339243378 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 274] ADVANCE from elapsed time = 546 to 548 with dt = 2 Making slow rhs at time 546 for fast variables advancing from 546 to 546.6666666667 Fast time integration at level 0 from 546 to 546.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 546 to 546.6666666667 with dt = 0.6666666666666 using RHS created at 546 Making slow rhs at time 546.6666666667 for fast variables advancing from 546 to 547 Fast time integration at level 0 from 546 to 546.5 with dt = 0.5 Fast time integration at level 0 from 546.5 to 547 with dt = 0.5 Time integration of scalars at level 0 from 546 to 547 with dt = 1 using RHS created at 546.6666666667 Making slow rhs at time 547 for fast variables advancing from 546 to 548 Fast time integration at level 0 from 546 to 546.5 with dt = 0.5 Fast time integration at level 0 from 546.5 to 547 with dt = 0.5 Fast time integration at level 0 from 547 to 547.5 with dt = 0.5 Fast time integration at level 0 from 547.5 to 548 with dt = 0.5 Time integration of scalars at level 0 from 546 to 548 with dt = 2 using RHS created at 547 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 274] Advanced 4096 cells [Level 1 step 274] ADVANCE from elapsed time = 546 to 548 with dt = 2 Making slow rhs at time 546 for fast variables advancing from 546 to 548 No-substepping time integration at level 1 to 548 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005727155107 0.003060458594 and volume-weighted sum -37755.48665 Subtracting -7.022969987e-06 from rhs in subdomain 0 Sum after subtraction -2.558717127e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005797384807 MLMG: Initial residual (resid0) = 0.0005797384807 MLMG: Final Iter. 6 resid, resid/bnorm = 7.308601411e-12, 1.260672123e-08 MLMG: Timers: Solve = 0.001947435 Iter = 0.001785091 Bottom = 0.000219938 Time in solve 0.002452979 Max/L2 norm of divergence after solve at level 1 : 7.022977296e-06 0.0005149326651 and volume-weighted sum -37755.48665 Time integration of scalars at level 1 from 546 to 548 with dt = 2 using RHS created at 546 Making slow rhs at time 548 for fast variables advancing from 546 to 548 No-substepping time integration at level 1 to 548 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005474701982 0.003020539456 and volume-weighted sum -37755.48665 Subtracting -7.022969987e-06 from rhs in subdomain 0 Sum after subtraction -4.640385298e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005544931682 MLMG: Initial residual (resid0) = 0.0005544931682 MLMG: Final Iter. 5 resid, resid/bnorm = 4.699087654e-11, 8.474563661e-08 MLMG: Timers: Solve = 0.001676493 Iter = 0.001509442 Bottom = 0.000183789 Time in solve 0.002167271 Max/L2 norm of divergence after solve at level 1 : 7.023016978e-06 0.0005149326651 and volume-weighted sum -37755.48665 Time integration of scalars at level 1 from 546 to 548 with dt = 2 using RHS created at 548 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 274] Advanced 5376 cells Coarse STEP 274 ends. TIME = 548 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031387045 seconds. Coarse STEP 275 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.301439225 (terrain aware) 1.301439225 (terrain unaware) Anelastic dt at level 0 would be: 5.013209759 (terrain aware) 5.013209759 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377352365 (terrain aware) 0.1377352365 (terrain unaware) Anelastic dt at level 1 would be: 2.345401821 (terrain aware) 2.345401821 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 275] ADVANCE from elapsed time = 548 to 550 with dt = 2 Making slow rhs at time 548 for fast variables advancing from 548 to 548.6666666667 Fast time integration at level 0 from 548 to 548.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 548 to 548.6666666667 with dt = 0.6666666666666 using RHS created at 548 Making slow rhs at time 548.6666666667 for fast variables advancing from 548 to 549 Fast time integration at level 0 from 548 to 548.5 with dt = 0.5 Fast time integration at level 0 from 548.5 to 549 with dt = 0.5 Time integration of scalars at level 0 from 548 to 549 with dt = 1 using RHS created at 548.6666666667 Making slow rhs at time 549 for fast variables advancing from 548 to 550 Fast time integration at level 0 from 548 to 548.5 with dt = 0.5 Fast time integration at level 0 from 548.5 to 549 with dt = 0.5 Fast time integration at level 0 from 549 to 549.5 with dt = 0.5 Fast time integration at level 0 from 549.5 to 550 with dt = 0.5 Time integration of scalars at level 0 from 548 to 550 with dt = 2 using RHS created at 549 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 275] Advanced 4096 cells [Level 1 step 275] ADVANCE from elapsed time = 548 to 550 with dt = 2 Making slow rhs at time 548 for fast variables advancing from 548 to 550 No-substepping time integration at level 1 to 550 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004875729162 0.00301526299 and volume-weighted sum -30540.66194 Subtracting -5.680926699e-06 from rhs in subdomain 0 Sum after subtraction -6.2883726e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004932538429 MLMG: Initial residual (resid0) = 0.0004932538429 MLMG: Final Iter. 6 resid, resid/bnorm = 8.570388918e-12, 1.737520962e-08 MLMG: Timers: Solve = 0.001957335 Iter = 0.001797993 Bottom = 0.000218276 Time in solve 0.002444233 Max/L2 norm of divergence after solve at level 1 : 5.68093527e-06 0.0004165324259 and volume-weighted sum -30540.66194 Time integration of scalars at level 1 from 548 to 550 with dt = 2 using RHS created at 548 Making slow rhs at time 550 for fast variables advancing from 548 to 550 No-substepping time integration at level 1 to 550 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004938093287 0.00299918244 and volume-weighted sum -30540.66194 Subtracting -5.680926699e-06 from rhs in subdomain 0 Sum after subtraction -4.987329993e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004994902554 MLMG: Initial residual (resid0) = 0.0004994902554 MLMG: Final Iter. 5 resid, resid/bnorm = 4.657376121e-11, 9.324258222e-08 MLMG: Timers: Solve = 0.001679759 Iter = 0.001519357 Bottom = 0.000186763 Time in solve 0.002165092 Max/L2 norm of divergence after solve at level 1 : 5.680973273e-06 0.0004165324259 and volume-weighted sum -30540.66194 Time integration of scalars at level 1 from 548 to 550 with dt = 2 using RHS created at 550 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 275] Advanced 5376 cells Coarse STEP 275 ends. TIME = 550 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031463655 seconds. Coarse STEP 276 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300109047 (terrain aware) 1.300109047 (terrain unaware) Anelastic dt at level 0 would be: 5.011401744 (terrain aware) 5.011401744 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1377501149 (terrain aware) 0.1377501149 (terrain unaware) Anelastic dt at level 1 would be: 2.354831581 (terrain aware) 2.354831581 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 276] ADVANCE from elapsed time = 550 to 552 with dt = 2 Making slow rhs at time 550 for fast variables advancing from 550 to 550.6666666667 Fast time integration at level 0 from 550 to 550.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 550 to 550.6666666667 with dt = 0.6666666666666 using RHS created at 550 Making slow rhs at time 550.6666666667 for fast variables advancing from 550 to 551 Fast time integration at level 0 from 550 to 550.5 with dt = 0.5 Fast time integration at level 0 from 550.5 to 551 with dt = 0.5 Time integration of scalars at level 0 from 550 to 551 with dt = 1 using RHS created at 550.6666666667 Making slow rhs at time 551 for fast variables advancing from 550 to 552 Fast time integration at level 0 from 550 to 550.5 with dt = 0.5 Fast time integration at level 0 from 550.5 to 551 with dt = 0.5 Fast time integration at level 0 from 551 to 551.5 with dt = 0.5 Fast time integration at level 0 from 551.5 to 552 with dt = 0.5 Time integration of scalars at level 0 from 550 to 552 with dt = 2 using RHS created at 551 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 276] Advanced 4096 cells [Level 1 step 276] ADVANCE from elapsed time = 550 to 552 with dt = 2 Making slow rhs at time 550 for fast variables advancing from 550 to 552 No-substepping time integration at level 1 to 552 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005614789148 0.003000418389 and volume-weighted sum -22413.23493 Subtracting -4.169128522e-06 from rhs in subdomain 0 Sum after subtraction -1.199127603e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005656480433 MLMG: Initial residual (resid0) = 0.0005656480433 MLMG: Final Iter. 6 resid, resid/bnorm = 1.017663378e-11, 1.799110577e-08 MLMG: Timers: Solve = 0.001957742 Iter = 0.001795116 Bottom = 0.000220412 Time in solve 0.002448909 Max/L2 norm of divergence after solve at level 1 : 4.169138698e-06 0.0003056855525 and volume-weighted sum -22413.23493 Time integration of scalars at level 1 from 550 to 552 with dt = 2 using RHS created at 550 Making slow rhs at time 552 for fast variables advancing from 550 to 552 No-substepping time integration at level 1 to 552 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005622153946 0.002978986704 and volume-weighted sum -22413.23493 Subtracting -4.169128522e-06 from rhs in subdomain 0 Sum after subtraction -1.066854938e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005663845231 MLMG: Initial residual (resid0) = 0.0005663845231 MLMG: Final Iter. 5 resid, resid/bnorm = 4.602407723e-11, 8.125941892e-08 MLMG: Timers: Solve = 0.001681742 Iter = 0.001515287 Bottom = 0.00018469 Time in solve 0.002160758 Max/L2 norm of divergence after solve at level 1 : 4.169174546e-06 0.0003056855525 and volume-weighted sum -22413.23493 Time integration of scalars at level 1 from 550 to 552 with dt = 2 using RHS created at 552 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 276] Advanced 5376 cells Coarse STEP 276 ends. TIME = 552 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031508453 seconds. Coarse STEP 277 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298466265 (terrain aware) 1.298466265 (terrain unaware) Anelastic dt at level 0 would be: 5.016331229 (terrain aware) 5.016331229 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378017729 (terrain aware) 0.1378017729 (terrain unaware) Anelastic dt at level 1 would be: 2.356278941 (terrain aware) 2.356278941 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 277] ADVANCE from elapsed time = 552 to 554 with dt = 2 Making slow rhs at time 552 for fast variables advancing from 552 to 552.6666666667 Fast time integration at level 0 from 552 to 552.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 552 to 552.6666666667 with dt = 0.6666666666666 using RHS created at 552 Making slow rhs at time 552.6666666667 for fast variables advancing from 552 to 553 Fast time integration at level 0 from 552 to 552.5 with dt = 0.5 Fast time integration at level 0 from 552.5 to 553 with dt = 0.5 Time integration of scalars at level 0 from 552 to 553 with dt = 1 using RHS created at 552.6666666667 Making slow rhs at time 553 for fast variables advancing from 552 to 554 Fast time integration at level 0 from 552 to 552.5 with dt = 0.5 Fast time integration at level 0 from 552.5 to 553 with dt = 0.5 Fast time integration at level 0 from 553 to 553.5 with dt = 0.5 Fast time integration at level 0 from 553.5 to 554 with dt = 0.5 Time integration of scalars at level 0 from 552 to 554 with dt = 2 using RHS created at 553 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 277] Advanced 4096 cells [Level 1 step 277] ADVANCE from elapsed time = 552 to 554 with dt = 2 Making slow rhs at time 552 for fast variables advancing from 552 to 554 No-substepping time integration at level 1 to 554 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005612467292 0.003008752658 and volume-weighted sum -15822.18365 Subtracting -2.943114519e-06 from rhs in subdomain 0 Sum after subtraction -7.784571598e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005641898437 MLMG: Initial residual (resid0) = 0.0005641898437 MLMG: Final Iter. 6 resid, resid/bnorm = 1.18501381e-11, 2.100381322e-08 MLMG: Timers: Solve = 0.001957725 Iter = 0.001797461 Bottom = 0.000223769 Time in solve 0.002457341 Max/L2 norm of divergence after solve at level 1 : 2.943126369e-06 0.000215792721 and volume-weighted sum -15822.18365 Time integration of scalars at level 1 from 552 to 554 with dt = 2 using RHS created at 552 Making slow rhs at time 554 for fast variables advancing from 552 to 554 No-substepping time integration at level 1 to 554 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005335171816 0.002964419264 and volume-weighted sum -15822.18365 Subtracting -2.943114519e-06 from rhs in subdomain 0 Sum after subtraction -8.760353554e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005364602961 MLMG: Initial residual (resid0) = 0.0005364602961 MLMG: Final Iter. 5 resid, resid/bnorm = 4.519431669e-11, 8.424540831e-08 MLMG: Timers: Solve = 0.001676154 Iter = 0.001511673 Bottom = 0.000185621 Time in solve 0.002182837 Max/L2 norm of divergence after solve at level 1 : 2.943159713e-06 0.000215792721 and volume-weighted sum -15822.18365 Time integration of scalars at level 1 from 552 to 554 with dt = 2 using RHS created at 554 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 277] Advanced 5376 cells Coarse STEP 277 ends. TIME = 554 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03146454 seconds. Coarse STEP 278 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297431414 (terrain aware) 1.297431414 (terrain unaware) Anelastic dt at level 0 would be: 5.00014736 (terrain aware) 5.00014736 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378255808 (terrain aware) 0.1378255808 (terrain unaware) Anelastic dt at level 1 would be: 2.362779216 (terrain aware) 2.362779216 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 278] ADVANCE from elapsed time = 554 to 556 with dt = 2 Making slow rhs at time 554 for fast variables advancing from 554 to 554.6666666667 Fast time integration at level 0 from 554 to 554.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 554 to 554.6666666667 with dt = 0.6666666666666 using RHS created at 554 Making slow rhs at time 554.6666666667 for fast variables advancing from 554 to 555 Fast time integration at level 0 from 554 to 554.5 with dt = 0.5 Fast time integration at level 0 from 554.5 to 555 with dt = 0.5 Time integration of scalars at level 0 from 554 to 555 with dt = 1 using RHS created at 554.6666666667 Making slow rhs at time 555 for fast variables advancing from 554 to 556 Fast time integration at level 0 from 554 to 554.5 with dt = 0.5 Fast time integration at level 0 from 554.5 to 555 with dt = 0.5 Fast time integration at level 0 from 555 to 555.5 with dt = 0.5 Fast time integration at level 0 from 555.5 to 556 with dt = 0.5 Time integration of scalars at level 0 from 554 to 556 with dt = 2 using RHS created at 555 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 278] Advanced 4096 cells [Level 1 step 278] ADVANCE from elapsed time = 554 to 556 with dt = 2 Making slow rhs at time 554 for fast variables advancing from 554 to 556 No-substepping time integration at level 1 to 556 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000494258943 0.003003001356 and volume-weighted sum -11350.62647 Subtracting -2.11135165e-06 from rhs in subdomain 0 Sum after subtraction -1.975416358e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004963702947 MLMG: Initial residual (resid0) = 0.0004963702947 MLMG: Final Iter. 6 resid, resid/bnorm = 1.122974047e-11, 2.262371579e-08 MLMG: Timers: Solve = 0.00194943 Iter = 0.001786698 Bottom = 0.000214927 Time in solve 0.002445614 Max/L2 norm of divergence after solve at level 1 : 2.11136288e-06 0.0001548068601 and volume-weighted sum -11350.62647 Time integration of scalars at level 1 from 554 to 556 with dt = 2 using RHS created at 554 Making slow rhs at time 556 for fast variables advancing from 554 to 556 No-substepping time integration at level 1 to 556 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005202532708 0.00295444594 and volume-weighted sum -11350.62647 Subtracting -2.11135165e-06 from rhs in subdomain 0 Sum after subtraction -1.95156391e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005223646225 MLMG: Initial residual (resid0) = 0.0005223646225 MLMG: Final Iter. 5 resid, resid/bnorm = 4.498093229e-11, 8.611021949e-08 MLMG: Timers: Solve = 0.002096934 Iter = 0.001868192 Bottom = 0.000188381 Time in solve 0.002582418 Max/L2 norm of divergence after solve at level 1 : 2.111396631e-06 0.0001548068601 and volume-weighted sum -11350.62647 Time integration of scalars at level 1 from 554 to 556 with dt = 2 using RHS created at 556 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 278] Advanced 5376 cells Coarse STEP 278 ends. TIME = 556 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031782749 seconds. Coarse STEP 279 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297044192 (terrain aware) 1.297044192 (terrain unaware) Anelastic dt at level 0 would be: 4.992903846 (terrain aware) 4.992903846 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378439826 (terrain aware) 0.1378439826 (terrain unaware) Anelastic dt at level 1 would be: 2.372895322 (terrain aware) 2.372895322 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 279] ADVANCE from elapsed time = 556 to 558 with dt = 2 Making slow rhs at time 556 for fast variables advancing from 556 to 556.6666666667 Fast time integration at level 0 from 556 to 556.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 556 to 556.6666666667 with dt = 0.6666666666666 using RHS created at 556 Making slow rhs at time 556.6666666667 for fast variables advancing from 556 to 557 Fast time integration at level 0 from 556 to 556.5 with dt = 0.5 Fast time integration at level 0 from 556.5 to 557 with dt = 0.5 Time integration of scalars at level 0 from 556 to 557 with dt = 1 using RHS created at 556.6666666667 Making slow rhs at time 557 for fast variables advancing from 556 to 558 Fast time integration at level 0 from 556 to 556.5 with dt = 0.5 Fast time integration at level 0 from 556.5 to 557 with dt = 0.5 Fast time integration at level 0 from 557 to 557.5 with dt = 0.5 Fast time integration at level 0 from 557.5 to 558 with dt = 0.5 Time integration of scalars at level 0 from 556 to 558 with dt = 2 using RHS created at 557 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 279] Advanced 4096 cells [Level 1 step 279] ADVANCE from elapsed time = 556 to 558 with dt = 2 Making slow rhs at time 556 for fast variables advancing from 556 to 558 No-substepping time integration at level 1 to 558 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005794578343 0.002975800549 and volume-weighted sum -7507.022678 Subtracting -1.396395588e-06 from rhs in subdomain 0 Sum after subtraction 3.087807787e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005808542299 MLMG: Initial residual (resid0) = 0.0005808542299 MLMG: Final Iter. 6 resid, resid/bnorm = 9.246276748e-12, 1.591841166e-08 MLMG: Timers: Solve = 0.001945714 Iter = 0.001778091 Bottom = 0.000221708 Time in solve 0.002455593 Max/L2 norm of divergence after solve at level 1 : 1.396404834e-06 0.0001023854157 and volume-weighted sum -7507.022678 Time integration of scalars at level 1 from 556 to 558 with dt = 2 using RHS created at 556 Making slow rhs at time 558 for fast variables advancing from 556 to 558 No-substepping time integration at level 1 to 558 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005661886724 0.002945377135 and volume-weighted sum -7507.022678 Subtracting -1.396395588e-06 from rhs in subdomain 0 Sum after subtraction 3.061786935e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000567585068 MLMG: Initial residual (resid0) = 0.000567585068 MLMG: Final Iter. 5 resid, resid/bnorm = 4.505760927e-11, 7.938476857e-08 MLMG: Timers: Solve = 0.001694088 Iter = 0.001528343 Bottom = 0.000186145 Time in solve 0.002194781 Max/L2 norm of divergence after solve at level 1 : 1.396440645e-06 0.0001023854157 and volume-weighted sum -7507.022678 Time integration of scalars at level 1 from 556 to 558 with dt = 2 using RHS created at 558 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 279] Advanced 5376 cells Coarse STEP 279 ends. TIME = 558 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031307482 seconds. Coarse STEP 280 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297324245 (terrain aware) 1.297324245 (terrain unaware) Anelastic dt at level 0 would be: 4.980800473 (terrain aware) 4.980800473 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1378982748 (terrain aware) 0.1378982748 (terrain unaware) Anelastic dt at level 1 would be: 2.376501597 (terrain aware) 2.376501597 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 280] ADVANCE from elapsed time = 558 to 560 with dt = 2 Making slow rhs at time 558 for fast variables advancing from 558 to 558.6666666667 Fast time integration at level 0 from 558 to 558.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 558 to 558.6666666667 with dt = 0.6666666666666 using RHS created at 558 Making slow rhs at time 558.6666666667 for fast variables advancing from 558 to 559 Fast time integration at level 0 from 558 to 558.5 with dt = 0.5 Fast time integration at level 0 from 558.5 to 559 with dt = 0.5 Time integration of scalars at level 0 from 558 to 559 with dt = 1 using RHS created at 558.6666666667 Making slow rhs at time 559 for fast variables advancing from 558 to 560 Fast time integration at level 0 from 558 to 558.5 with dt = 0.5 Fast time integration at level 0 from 558.5 to 559 with dt = 0.5 Fast time integration at level 0 from 559 to 559.5 with dt = 0.5 Fast time integration at level 0 from 559.5 to 560 with dt = 0.5 Time integration of scalars at level 0 from 558 to 560 with dt = 2 using RHS created at 559 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 280] Advanced 4096 cells [Level 1 step 280] ADVANCE from elapsed time = 558 to 560 with dt = 2 Making slow rhs at time 558 for fast variables advancing from 558 to 560 No-substepping time integration at level 1 to 560 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005306372193 0.002956766957 and volume-weighted sum -1870.488231 Subtracting -3.479330787e-07 from rhs in subdomain 0 Sum after subtraction 5.507747036e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005309851524 MLMG: Initial residual (resid0) = 0.0005309851524 MLMG: Final Iter. 5 resid, resid/bnorm = 9.693683271e-11, 1.825603452e-07 MLMG: Timers: Solve = 0.001686012 Iter = 0.001513844 Bottom = 0.000182363 Time in solve 0.002177867 Max/L2 norm of divergence after solve at level 1 : 3.480021555e-07 2.551087472e-05 and volume-weighted sum -1870.488231 Time integration of scalars at level 1 from 558 to 560 with dt = 2 using RHS created at 558 Making slow rhs at time 560 for fast variables advancing from 558 to 560 No-substepping time integration at level 1 to 560 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005114824955 0.002937741564 and volume-weighted sum -1870.488231 Subtracting -3.479330787e-07 from rhs in subdomain 0 Sum after subtraction 9.540979118e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005118304286 MLMG: Initial residual (resid0) = 0.0005118304286 MLMG: Final Iter. 5 resid, resid/bnorm = 4.481301465e-11, 8.755441676e-08 MLMG: Timers: Solve = 0.0016853 Iter = 0.001523692 Bottom = 0.000183977 Time in solve 0.002180874 Max/L2 norm of divergence after solve at level 1 : 3.479778917e-07 2.551087472e-05 and volume-weighted sum -1870.488231 Time integration of scalars at level 1 from 558 to 560 with dt = 2 using RHS created at 560 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 280] Advanced 5376 cells Coarse STEP 280 ends. TIME = 560 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03129318 seconds. Coarse STEP 281 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298270723 (terrain aware) 1.298270723 (terrain unaware) Anelastic dt at level 0 would be: 4.968297008 (terrain aware) 4.968297008 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379253518 (terrain aware) 0.1379253518 (terrain unaware) Anelastic dt at level 1 would be: 2.382840937 (terrain aware) 2.382840937 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 281] ADVANCE from elapsed time = 560 to 562 with dt = 2 Making slow rhs at time 560 for fast variables advancing from 560 to 560.6666666667 Fast time integration at level 0 from 560 to 560.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 560 to 560.6666666667 with dt = 0.6666666666666 using RHS created at 560 Making slow rhs at time 560.6666666667 for fast variables advancing from 560 to 561 Fast time integration at level 0 from 560 to 560.5 with dt = 0.5 Fast time integration at level 0 from 560.5 to 561 with dt = 0.5 Time integration of scalars at level 0 from 560 to 561 with dt = 1 using RHS created at 560.6666666667 Making slow rhs at time 561 for fast variables advancing from 560 to 562 Fast time integration at level 0 from 560 to 560.5 with dt = 0.5 Fast time integration at level 0 from 560.5 to 561 with dt = 0.5 Fast time integration at level 0 from 561 to 561.5 with dt = 0.5 Fast time integration at level 0 from 561.5 to 562 with dt = 0.5 Time integration of scalars at level 0 from 560 to 562 with dt = 2 using RHS created at 561 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 281] Advanced 4096 cells [Level 1 step 281] ADVANCE from elapsed time = 560 to 562 with dt = 2 Making slow rhs at time 560 for fast variables advancing from 560 to 562 No-substepping time integration at level 1 to 562 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005391798439 0.00295247979 and volume-weighted sum 7022.922207 Subtracting 1.306347137e-06 from rhs in subdomain 0 Sum after subtraction 5.811323645e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005378734967 MLMG: Initial residual (resid0) = 0.0005378734967 MLMG: Final Iter. 6 resid, resid/bnorm = 6.704060736e-12, 1.246401018e-08 MLMG: Timers: Solve = 0.001960503 Iter = 0.001794149 Bottom = 0.000217799 Time in solve 0.002459807 Max/L2 norm of divergence after solve at level 1 : 1.306352651e-06 9.578295421e-05 and volume-weighted sum 7022.922207 Time integration of scalars at level 1 from 560 to 562 with dt = 2 using RHS created at 560 Making slow rhs at time 562 for fast variables advancing from 560 to 562 No-substepping time integration at level 1 to 562 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000554022964 0.002933138453 and volume-weighted sum 7022.922207 Subtracting 1.306347137e-06 from rhs in subdomain 0 Sum after subtraction 5.984795992e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005527166169 MLMG: Initial residual (resid0) = 0.0005527166169 MLMG: Final Iter. 5 resid, resid/bnorm = 4.538150382e-11, 8.210627731e-08 MLMG: Timers: Solve = 0.001706933 Iter = 0.001530218 Bottom = 0.000184738 Time in solve 0.002198109 Max/L2 norm of divergence after solve at level 1 : 1.306388401e-06 9.578295421e-05 and volume-weighted sum 7022.922207 Time integration of scalars at level 1 from 560 to 562 with dt = 2 using RHS created at 562 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 281] Advanced 5376 cells Coarse STEP 281 ends. TIME = 562 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032189525 seconds. Coarse STEP 282 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.299004987 (terrain aware) 1.299004987 (terrain unaware) Anelastic dt at level 0 would be: 4.96429684 (terrain aware) 4.96429684 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1379460027 (terrain aware) 0.1379460027 (terrain unaware) Anelastic dt at level 1 would be: 2.392359949 (terrain aware) 2.392359949 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 282] ADVANCE from elapsed time = 562 to 564 with dt = 2 Making slow rhs at time 562 for fast variables advancing from 562 to 562.6666666667 Fast time integration at level 0 from 562 to 562.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 562 to 562.6666666667 with dt = 0.6666666666666 using RHS created at 562 Making slow rhs at time 562.6666666667 for fast variables advancing from 562 to 563 Fast time integration at level 0 from 562 to 562.5 with dt = 0.5 Fast time integration at level 0 from 562.5 to 563 with dt = 0.5 Time integration of scalars at level 0 from 562 to 563 with dt = 1 using RHS created at 562.6666666667 Making slow rhs at time 563 for fast variables advancing from 562 to 564 Fast time integration at level 0 from 562 to 562.5 with dt = 0.5 Fast time integration at level 0 from 562.5 to 563 with dt = 0.5 Fast time integration at level 0 from 563 to 563.5 with dt = 0.5 Fast time integration at level 0 from 563.5 to 564 with dt = 0.5 Time integration of scalars at level 0 from 562 to 564 with dt = 2 using RHS created at 563 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 282] Advanced 4096 cells [Level 1 step 282] ADVANCE from elapsed time = 562 to 564 with dt = 2 Making slow rhs at time 562 for fast variables advancing from 562 to 564 No-substepping time integration at level 1 to 564 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005814084385 0.002944307253 and volume-weighted sum 18379.13842 Subtracting 3.418738545e-06 from rhs in subdomain 0 Sum after subtraction -1.110223025e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005779896999 MLMG: Initial residual (resid0) = 0.0005779896999 MLMG: Final Iter. 5 resid, resid/bnorm = 8.964931976e-11, 1.551053934e-07 MLMG: Timers: Solve = 0.001673825 Iter = 0.001500356 Bottom = 0.000174554 Time in solve 0.002165904 Max/L2 norm of divergence after solve at level 1 : 3.418828195e-06 0.0002506660506 and volume-weighted sum 18379.13842 Time integration of scalars at level 1 from 562 to 564 with dt = 2 using RHS created at 562 Making slow rhs at time 564 for fast variables advancing from 562 to 564 No-substepping time integration at level 1 to 564 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000556456612 0.002934980288 and volume-weighted sum 18379.13842 Subtracting 3.418738545e-06 from rhs in subdomain 0 Sum after subtraction -4.770489559e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005530378734 MLMG: Initial residual (resid0) = 0.0005530378734 MLMG: Final Iter. 5 resid, resid/bnorm = 4.58135938e-11, 8.283988494e-08 MLMG: Timers: Solve = 0.001687144 Iter = 0.001521568 Bottom = 0.000187511 Time in solve 0.002176551 Max/L2 norm of divergence after solve at level 1 : 3.418779625e-06 0.0002506660506 and volume-weighted sum 18379.13842 Time integration of scalars at level 1 from 562 to 564 with dt = 2 using RHS created at 564 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 282] Advanced 5376 cells Coarse STEP 282 ends. TIME = 564 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031026463 seconds. Coarse STEP 283 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297708057 (terrain aware) 1.297708057 (terrain unaware) Anelastic dt at level 0 would be: 4.968957425 (terrain aware) 4.968957425 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380010527 (terrain aware) 0.1380010527 (terrain unaware) Anelastic dt at level 1 would be: 2.400278634 (terrain aware) 2.400278634 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 283] ADVANCE from elapsed time = 564 to 566 with dt = 2 Making slow rhs at time 564 for fast variables advancing from 564 to 564.6666666667 Fast time integration at level 0 from 564 to 564.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 564 to 564.6666666667 with dt = 0.6666666666666 using RHS created at 564 Making slow rhs at time 564.6666666667 for fast variables advancing from 564 to 565 Fast time integration at level 0 from 564 to 564.5 with dt = 0.5 Fast time integration at level 0 from 564.5 to 565 with dt = 0.5 Time integration of scalars at level 0 from 564 to 565 with dt = 1 using RHS created at 564.6666666667 Making slow rhs at time 565 for fast variables advancing from 564 to 566 Fast time integration at level 0 from 564 to 564.5 with dt = 0.5 Fast time integration at level 0 from 564.5 to 565 with dt = 0.5 Fast time integration at level 0 from 565 to 565.5 with dt = 0.5 Fast time integration at level 0 from 565.5 to 566 with dt = 0.5 Time integration of scalars at level 0 from 564 to 566 with dt = 2 using RHS created at 565 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 283] Advanced 4096 cells [Level 1 step 283] ADVANCE from elapsed time = 564 to 566 with dt = 2 Making slow rhs at time 564 for fast variables advancing from 564 to 566 No-substepping time integration at level 1 to 566 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004920970957 0.002945780862 and volume-weighted sum 29310.35274 Subtracting 5.452074543e-06 from rhs in subdomain 0 Sum after subtraction -1.118896642e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004866450212 MLMG: Initial residual (resid0) = 0.0004866450212 MLMG: Final Iter. 5 resid, resid/bnorm = 8.969012979e-11, 1.843029845e-07 MLMG: Timers: Solve = 0.001911017 Iter = 0.001767682 Bottom = 0.000182257 Time in solve 0.002430612 Max/L2 norm of divergence after solve at level 1 : 5.452141753e-06 0.0003997527086 and volume-weighted sum 29310.35274 Time integration of scalars at level 1 from 564 to 566 with dt = 2 using RHS created at 564 Making slow rhs at time 566 for fast variables advancing from 564 to 566 No-substepping time integration at level 1 to 566 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004972865072 0.002944346823 and volume-weighted sum 29310.35274 Subtracting 5.452074543e-06 from rhs in subdomain 0 Sum after subtraction -3.382710778e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004918344327 MLMG: Initial residual (resid0) = 0.0004918344327 MLMG: Final Iter. 5 resid, resid/bnorm = 4.618519864e-11, 9.390395542e-08 MLMG: Timers: Solve = 0.001682131 Iter = 0.001510411 Bottom = 0.000186482 Time in solve 0.002181704 Max/L2 norm of divergence after solve at level 1 : 5.452115099e-06 0.0003997527086 and volume-weighted sum 29310.35274 Time integration of scalars at level 1 from 564 to 566 with dt = 2 using RHS created at 566 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 283] Advanced 5376 cells Coarse STEP 283 ends. TIME = 566 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031273111 seconds. Coarse STEP 284 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.29670063 (terrain aware) 1.29670063 (terrain unaware) Anelastic dt at level 0 would be: 4.982413491 (terrain aware) 4.982413491 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380350546 (terrain aware) 0.1380350546 (terrain unaware) Anelastic dt at level 1 would be: 2.406538226 (terrain aware) 2.406538226 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 284] ADVANCE from elapsed time = 566 to 568 with dt = 2 Making slow rhs at time 566 for fast variables advancing from 566 to 566.6666666667 Fast time integration at level 0 from 566 to 566.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 566 to 566.6666666667 with dt = 0.6666666666666 using RHS created at 566 Making slow rhs at time 566.6666666667 for fast variables advancing from 566 to 567 Fast time integration at level 0 from 566 to 566.5 with dt = 0.5 Fast time integration at level 0 from 566.5 to 567 with dt = 0.5 Time integration of scalars at level 0 from 566 to 567 with dt = 1 using RHS created at 566.6666666667 Making slow rhs at time 567 for fast variables advancing from 566 to 568 Fast time integration at level 0 from 566 to 566.5 with dt = 0.5 Fast time integration at level 0 from 566.5 to 567 with dt = 0.5 Fast time integration at level 0 from 567 to 567.5 with dt = 0.5 Fast time integration at level 0 from 567.5 to 568 with dt = 0.5 Time integration of scalars at level 0 from 566 to 568 with dt = 2 using RHS created at 567 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 284] Advanced 4096 cells [Level 1 step 284] ADVANCE from elapsed time = 566 to 568 with dt = 2 Making slow rhs at time 566 for fast variables advancing from 566 to 568 No-substepping time integration at level 1 to 568 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005719306472 0.002977707493 and volume-weighted sum 36304.18152 Subtracting 6.753009954e-06 from rhs in subdomain 0 Sum after subtraction -3.703634621e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005651776373 MLMG: Initial residual (resid0) = 0.0005651776373 MLMG: Final Iter. 6 resid, resid/bnorm = 8.216291644e-12, 1.453753847e-08 MLMG: Timers: Solve = 0.002025675 Iter = 0.001858857 Bottom = 0.000214871 Time in solve 0.002516352 Max/L2 norm of divergence after solve at level 1 : 6.753018171e-06 0.0004951388686 and volume-weighted sum 36304.18152 Time integration of scalars at level 1 from 566 to 568 with dt = 2 using RHS created at 566 Making slow rhs at time 568 for fast variables advancing from 566 to 568 No-substepping time integration at level 1 to 568 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005734449487 0.002950454037 and volume-weighted sum 36304.18152 Subtracting 6.753009954e-06 from rhs in subdomain 0 Sum after subtraction -3.139849492e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005666919387 MLMG: Initial residual (resid0) = 0.0005666919387 MLMG: Final Iter. 5 resid, resid/bnorm = 4.642064351e-11, 8.191512943e-08 MLMG: Timers: Solve = 0.001675204 Iter = 0.001516199 Bottom = 0.000192351 Time in solve 0.002174329 Max/L2 norm of divergence after solve at level 1 : 6.753049715e-06 0.0004951388686 and volume-weighted sum 36304.18152 Time integration of scalars at level 1 from 566 to 568 with dt = 2 using RHS created at 568 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 284] Advanced 5376 cells Coarse STEP 284 ends. TIME = 568 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031642319 seconds. Coarse STEP 285 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.296376516 (terrain aware) 1.296376516 (terrain unaware) Anelastic dt at level 0 would be: 4.980149493 (terrain aware) 4.980149493 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1380600452 (terrain aware) 0.1380600452 (terrain unaware) Anelastic dt at level 1 would be: 2.415679083 (terrain aware) 2.415679083 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 285] ADVANCE from elapsed time = 568 to 570 with dt = 2 Making slow rhs at time 568 for fast variables advancing from 568 to 568.6666666667 Fast time integration at level 0 from 568 to 568.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 568 to 568.6666666667 with dt = 0.6666666666666 using RHS created at 568 Making slow rhs at time 568.6666666667 for fast variables advancing from 568 to 569 Fast time integration at level 0 from 568 to 568.5 with dt = 0.5 Fast time integration at level 0 from 568.5 to 569 with dt = 0.5 Time integration of scalars at level 0 from 568 to 569 with dt = 1 using RHS created at 568.6666666667 Making slow rhs at time 569 for fast variables advancing from 568 to 570 Fast time integration at level 0 from 568 to 568.5 with dt = 0.5 Fast time integration at level 0 from 568.5 to 569 with dt = 0.5 Fast time integration at level 0 from 569 to 569.5 with dt = 0.5 Fast time integration at level 0 from 569.5 to 570 with dt = 0.5 Time integration of scalars at level 0 from 568 to 570 with dt = 2 using RHS created at 569 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 285] Advanced 4096 cells [Level 1 step 285] ADVANCE from elapsed time = 568 to 570 with dt = 2 Making slow rhs at time 568 for fast variables advancing from 568 to 570 No-substepping time integration at level 1 to 570 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005688637285 0.003005637617 and volume-weighted sum 37001.81278 Subtracting 6.882777674e-06 from rhs in subdomain 0 Sum after subtraction -9.887923813e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005619809508 MLMG: Initial residual (resid0) = 0.0005619809508 MLMG: Final Iter. 6 resid, resid/bnorm = 1.164087353e-11, 2.07140002e-08 MLMG: Timers: Solve = 0.001958892 Iter = 0.001788505 Bottom = 0.000218344 Time in solve 0.00245761 Max/L2 norm of divergence after solve at level 1 : 6.882789315e-06 0.000504653595 and volume-weighted sum 37001.81278 Time integration of scalars at level 1 from 568 to 570 with dt = 2 using RHS created at 568 Making slow rhs at time 570 for fast variables advancing from 568 to 570 No-substepping time integration at level 1 to 570 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005406632469 0.002943043644 and volume-weighted sum 37001.81278 Subtracting 6.882777674e-06 from rhs in subdomain 0 Sum after subtraction -1.448494102e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005337804693 MLMG: Initial residual (resid0) = 0.0005337804693 MLMG: Final Iter. 5 resid, resid/bnorm = 4.697787503e-11, 8.800973009e-08 MLMG: Timers: Solve = 0.001694482 Iter = 0.001531481 Bottom = 0.000191039 Time in solve 0.002187216 Max/L2 norm of divergence after solve at level 1 : 6.882816368e-06 0.000504653595 and volume-weighted sum 37001.81278 Time integration of scalars at level 1 from 568 to 570 with dt = 2 using RHS created at 570 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 285] Advanced 5376 cells Coarse STEP 285 ends. TIME = 570 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031433988 seconds. Coarse STEP 286 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.296725483 (terrain aware) 1.296725483 (terrain unaware) Anelastic dt at level 0 would be: 4.982158701 (terrain aware) 4.982158701 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381144677 (terrain aware) 0.1381144677 (terrain unaware) Anelastic dt at level 1 would be: 2.426051058 (terrain aware) 2.426051058 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 286] ADVANCE from elapsed time = 570 to 572 with dt = 2 Making slow rhs at time 570 for fast variables advancing from 570 to 570.6666666667 Fast time integration at level 0 from 570 to 570.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 570 to 570.6666666667 with dt = 0.6666666666666 using RHS created at 570 Making slow rhs at time 570.6666666667 for fast variables advancing from 570 to 571 Fast time integration at level 0 from 570 to 570.5 with dt = 0.5 Fast time integration at level 0 from 570.5 to 571 with dt = 0.5 Time integration of scalars at level 0 from 570 to 571 with dt = 1 using RHS created at 570.6666666667 Making slow rhs at time 571 for fast variables advancing from 570 to 572 Fast time integration at level 0 from 570 to 570.5 with dt = 0.5 Fast time integration at level 0 from 570.5 to 571 with dt = 0.5 Fast time integration at level 0 from 571 to 571.5 with dt = 0.5 Fast time integration at level 0 from 571.5 to 572 with dt = 0.5 Time integration of scalars at level 0 from 570 to 572 with dt = 2 using RHS created at 571 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 286] Advanced 4096 cells [Level 1 step 286] ADVANCE from elapsed time = 570 to 572 with dt = 2 Making slow rhs at time 570 for fast variables advancing from 570 to 572 No-substepping time integration at level 1 to 572 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004964850919 0.002985023383 and volume-weighted sum 31190.56709 Subtracting 5.801816795e-06 from rhs in subdomain 0 Sum after subtraction -1.42247325e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004906832751 MLMG: Initial residual (resid0) = 0.0004906832751 MLMG: Final Iter. 6 resid, resid/bnorm = 1.107242674e-11, 2.256532331e-08 MLMG: Timers: Solve = 0.001950362 Iter = 0.001789202 Bottom = 0.00021034 Time in solve 0.002439059 Max/L2 norm of divergence after solve at level 1 : 5.801827868e-06 0.0004253962341 and volume-weighted sum 31190.56709 Time integration of scalars at level 1 from 570 to 572 with dt = 2 using RHS created at 570 Making slow rhs at time 572 for fast variables advancing from 570 to 572 No-substepping time integration at level 1 to 572 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000523630563 0.002921057894 and volume-weighted sum 31190.56709 Subtracting 5.801816795e-06 from rhs in subdomain 0 Sum after subtraction -8.239936511e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005178287462 MLMG: Initial residual (resid0) = 0.0005178287462 MLMG: Final Iter. 5 resid, resid/bnorm = 4.771586154e-11, 9.214602682e-08 MLMG: Timers: Solve = 0.001691062 Iter = 0.001527126 Bottom = 0.000188433 Time in solve 0.002183417 Max/L2 norm of divergence after solve at level 1 : 5.801854262e-06 0.0004253962341 and volume-weighted sum 31190.56709 Time integration of scalars at level 1 from 570 to 572 with dt = 2 using RHS created at 572 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 286] Advanced 5376 cells Coarse STEP 286 ends. TIME = 572 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031607736 seconds. Coarse STEP 287 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.29771741 (terrain aware) 1.29771741 (terrain unaware) Anelastic dt at level 0 would be: 4.965844006 (terrain aware) 4.965844006 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381569673 (terrain aware) 0.1381569673 (terrain unaware) Anelastic dt at level 1 would be: 2.435390802 (terrain aware) 2.435390802 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 287] ADVANCE from elapsed time = 572 to 574 with dt = 2 Making slow rhs at time 572 for fast variables advancing from 572 to 572.6666666667 Fast time integration at level 0 from 572 to 572.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 572 to 572.6666666667 with dt = 0.6666666666666 using RHS created at 572 Making slow rhs at time 572.6666666667 for fast variables advancing from 572 to 573 Fast time integration at level 0 from 572 to 572.5 with dt = 0.5 Fast time integration at level 0 from 572.5 to 573 with dt = 0.5 Time integration of scalars at level 0 from 572 to 573 with dt = 1 using RHS created at 572.6666666667 Making slow rhs at time 573 for fast variables advancing from 572 to 574 Fast time integration at level 0 from 572 to 572.5 with dt = 0.5 Fast time integration at level 0 from 572.5 to 573 with dt = 0.5 Fast time integration at level 0 from 573 to 573.5 with dt = 0.5 Fast time integration at level 0 from 573.5 to 574 with dt = 0.5 Time integration of scalars at level 0 from 572 to 574 with dt = 2 using RHS created at 573 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 287] Advanced 4096 cells [Level 1 step 287] ADVANCE from elapsed time = 572 to 574 with dt = 2 Making slow rhs at time 572 for fast variables advancing from 572 to 574 No-substepping time integration at level 1 to 574 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005801583214 0.002927273644 and volume-weighted sum 20548.74232 Subtracting 3.8223107e-06 from rhs in subdomain 0 Sum after subtraction -1.465841337e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005763360107 MLMG: Initial residual (resid0) = 0.0005763360107 MLMG: Final Iter. 6 resid, resid/bnorm = 7.494341196e-12, 1.300342345e-08 MLMG: Timers: Solve = 0.001952525 Iter = 0.001792618 Bottom = 0.000215128 Time in solve 0.002447569 Max/L2 norm of divergence after solve at level 1 : 3.822318194e-06 0.0002802564498 and volume-weighted sum 20548.74232 Time integration of scalars at level 1 from 572 to 574 with dt = 2 using RHS created at 572 Making slow rhs at time 574 for fast variables advancing from 572 to 574 No-substepping time integration at level 1 to 574 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005701526631 0.002892532246 and volume-weighted sum 20548.74232 Subtracting 3.8223107e-06 from rhs in subdomain 0 Sum after subtraction -2.428612866e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005663303524 MLMG: Initial residual (resid0) = 0.0005663303524 MLMG: Final Iter. 5 resid, resid/bnorm = 4.852578281e-11, 8.568458781e-08 MLMG: Timers: Solve = 0.001689879 Iter = 0.001524565 Bottom = 0.000187876 Time in solve 0.002189189 Max/L2 norm of divergence after solve at level 1 : 3.822348202e-06 0.0002802564498 and volume-weighted sum 20548.74232 Time integration of scalars at level 1 from 572 to 574 with dt = 2 using RHS created at 574 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 287] Advanced 5376 cells Coarse STEP 287 ends. TIME = 574 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031352036 seconds. Coarse STEP 288 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298671163 (terrain aware) 1.298671163 (terrain unaware) Anelastic dt at level 0 would be: 4.957773865 (terrain aware) 4.957773865 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381850479 (terrain aware) 0.1381850479 (terrain unaware) Anelastic dt at level 1 would be: 2.443841368 (terrain aware) 2.443841368 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 288] ADVANCE from elapsed time = 574 to 576 with dt = 2 Making slow rhs at time 574 for fast variables advancing from 574 to 574.6666666667 Fast time integration at level 0 from 574 to 574.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 574 to 574.6666666667 with dt = 0.6666666666666 using RHS created at 574 Making slow rhs at time 574.6666666667 for fast variables advancing from 574 to 575 Fast time integration at level 0 from 574 to 574.5 with dt = 0.5 Fast time integration at level 0 from 574.5 to 575 with dt = 0.5 Time integration of scalars at level 0 from 574 to 575 with dt = 1 using RHS created at 574.6666666667 Making slow rhs at time 575 for fast variables advancing from 574 to 576 Fast time integration at level 0 from 574 to 574.5 with dt = 0.5 Fast time integration at level 0 from 574.5 to 575 with dt = 0.5 Fast time integration at level 0 from 575 to 575.5 with dt = 0.5 Fast time integration at level 0 from 575.5 to 576 with dt = 0.5 Time integration of scalars at level 0 from 574 to 576 with dt = 2 using RHS created at 575 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 288] Advanced 4096 cells [Level 1 step 288] ADVANCE from elapsed time = 574 to 576 with dt = 2 Making slow rhs at time 574 for fast variables advancing from 574 to 576 No-substepping time integration at level 1 to 576 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005333632311 0.002876104389 and volume-weighted sum 7586.367052 Subtracting 1.411154586e-06 from rhs in subdomain 0 Sum after subtraction -9.714451465e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005319520765 MLMG: Initial residual (resid0) = 0.0005319520765 MLMG: Final Iter. 5 resid, resid/bnorm = 6.79952683e-11, 1.278221691e-07 MLMG: Timers: Solve = 0.001688446 Iter = 0.001524223 Bottom = 0.00018278 Time in solve 0.002180052 Max/L2 norm of divergence after solve at level 1 : 1.411208692e-06 0.0001034675633 and volume-weighted sum 7586.367052 Time integration of scalars at level 1 from 574 to 576 with dt = 2 using RHS created at 574 Making slow rhs at time 576 for fast variables advancing from 574 to 576 No-substepping time integration at level 1 to 576 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005137835909 0.002869866803 and volume-weighted sum 7586.367052 Subtracting 1.411154586e-06 from rhs in subdomain 0 Sum after subtraction -1.994931997e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005123724363 MLMG: Initial residual (resid0) = 0.0005123724363 MLMG: Final Iter. 5 resid, resid/bnorm = 4.904826832e-11, 9.572776529e-08 MLMG: Timers: Solve = 0.001763789 Iter = 0.001507939 Bottom = 0.000185614 Time in solve 0.002288363 Max/L2 norm of divergence after solve at level 1 : 1.411192226e-06 0.0001034675633 and volume-weighted sum 7586.367052 Time integration of scalars at level 1 from 574 to 576 with dt = 2 using RHS created at 576 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 288] Advanced 5376 cells Coarse STEP 288 ends. TIME = 576 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031172831 seconds. Coarse STEP 289 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298950817 (terrain aware) 1.298950817 (terrain unaware) Anelastic dt at level 0 would be: 4.95804084 (terrain aware) 4.95804084 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382334657 (terrain aware) 0.1382334657 (terrain unaware) Anelastic dt at level 1 would be: 2.450059672 (terrain aware) 2.450059672 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 289] ADVANCE from elapsed time = 576 to 578 with dt = 2 Making slow rhs at time 576 for fast variables advancing from 576 to 576.6666666667 Fast time integration at level 0 from 576 to 576.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 576 to 576.6666666667 with dt = 0.6666666666666 using RHS created at 576 Making slow rhs at time 576.6666666667 for fast variables advancing from 576 to 577 Fast time integration at level 0 from 576 to 576.5 with dt = 0.5 Fast time integration at level 0 from 576.5 to 577 with dt = 0.5 Time integration of scalars at level 0 from 576 to 577 with dt = 1 using RHS created at 576.6666666667 Making slow rhs at time 577 for fast variables advancing from 576 to 578 Fast time integration at level 0 from 576 to 576.5 with dt = 0.5 Fast time integration at level 0 from 576.5 to 577 with dt = 0.5 Fast time integration at level 0 from 577 to 577.5 with dt = 0.5 Fast time integration at level 0 from 577.5 to 578 with dt = 0.5 Time integration of scalars at level 0 from 576 to 578 with dt = 2 using RHS created at 577 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 289] Advanced 4096 cells [Level 1 step 289] ADVANCE from elapsed time = 576 to 578 with dt = 2 Making slow rhs at time 576 for fast variables advancing from 576 to 578 No-substepping time integration at level 1 to 578 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005239332519 0.002853740761 and volume-weighted sum -5259.460229 Subtracting -9.783222151e-07 from rhs in subdomain 0 Sum after subtraction -1.908195824e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005249115741 MLMG: Initial residual (resid0) = 0.0005249115741 MLMG: Final Iter. 5 resid, resid/bnorm = 5.185330241e-11, 9.878483343e-08 MLMG: Timers: Solve = 0.001684724 Iter = 0.001520253 Bottom = 0.000180041 Time in solve 0.002174567 Max/L2 norm of divergence after solve at level 1 : 9.783740684e-07 7.173176968e-05 and volume-weighted sum -5259.460229 Time integration of scalars at level 1 from 576 to 578 with dt = 2 using RHS created at 576 Making slow rhs at time 578 for fast variables advancing from 576 to 578 No-substepping time integration at level 1 to 578 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005423165421 0.002858019268 and volume-weighted sum -5259.460229 Subtracting -9.783222151e-07 from rhs in subdomain 0 Sum after subtraction 3.469446952e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005432948643 MLMG: Initial residual (resid0) = 0.0005432948643 MLMG: Final Iter. 5 resid, resid/bnorm = 4.924937746e-11, 9.064944415e-08 MLMG: Timers: Solve = 0.001976642 Iter = 0.00180385 Bottom = 0.000185944 Time in solve 0.002470959 Max/L2 norm of divergence after solve at level 1 : 9.783714645e-07 7.173176968e-05 and volume-weighted sum -5259.460229 Time integration of scalars at level 1 from 576 to 578 with dt = 2 using RHS created at 578 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 289] Advanced 5376 cells Coarse STEP 289 ends. TIME = 578 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031271765 seconds. Coarse STEP 290 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298270946 (terrain aware) 1.298270946 (terrain unaware) Anelastic dt at level 0 would be: 4.966940558 (terrain aware) 4.966940558 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382829478 (terrain aware) 0.1382829478 (terrain unaware) Anelastic dt at level 1 would be: 2.455057772 (terrain aware) 2.455057772 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 290] ADVANCE from elapsed time = 578 to 580 with dt = 2 Making slow rhs at time 578 for fast variables advancing from 578 to 578.6666666667 Fast time integration at level 0 from 578 to 578.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 578 to 578.6666666667 with dt = 0.6666666666666 using RHS created at 578 Making slow rhs at time 578.6666666667 for fast variables advancing from 578 to 579 Fast time integration at level 0 from 578 to 578.5 with dt = 0.5 Fast time integration at level 0 from 578.5 to 579 with dt = 0.5 Time integration of scalars at level 0 from 578 to 579 with dt = 1 using RHS created at 578.6666666667 Making slow rhs at time 579 for fast variables advancing from 578 to 580 Fast time integration at level 0 from 578 to 578.5 with dt = 0.5 Fast time integration at level 0 from 578.5 to 579 with dt = 0.5 Fast time integration at level 0 from 579 to 579.5 with dt = 0.5 Fast time integration at level 0 from 579.5 to 580 with dt = 0.5 Time integration of scalars at level 0 from 578 to 580 with dt = 2 using RHS created at 579 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 290] Advanced 4096 cells [Level 1 step 290] ADVANCE from elapsed time = 578 to 580 with dt = 2 Making slow rhs at time 578 for fast variables advancing from 578 to 580 No-substepping time integration at level 1 to 580 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005700548132 0.002855840136 and volume-weighted sum -16038.78908 Subtracting -2.983405707e-06 from rhs in subdomain 0 Sum after subtraction 1.387778781e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000573038219 MLMG: Initial residual (resid0) = 0.000573038219 MLMG: Final Iter. 5 resid, resid/bnorm = 5.680192352e-11, 9.912414502e-08 MLMG: Timers: Solve = 0.001662289 Iter = 0.001501498 Bottom = 0.00017678 Time in solve 0.002161857 Max/L2 norm of divergence after solve at level 1 : 2.983462509e-06 0.0002187469197 and volume-weighted sum -16038.78908 Time integration of scalars at level 1 from 578 to 580 with dt = 2 using RHS created at 578 Making slow rhs at time 580 for fast variables advancing from 578 to 580 No-substepping time integration at level 1 to 580 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005512267048 0.002854028932 and volume-weighted sum -16038.78908 Subtracting -2.983405707e-06 from rhs in subdomain 0 Sum after subtraction 3.686287386e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005542101105 MLMG: Initial residual (resid0) = 0.0005542101105 MLMG: Final Iter. 5 resid, resid/bnorm = 4.922684634e-11, 8.88234361e-08 MLMG: Timers: Solve = 0.001698279 Iter = 0.0015346 Bottom = 0.000181457 Time in solve 0.002190825 Max/L2 norm of divergence after solve at level 1 : 2.983454934e-06 0.0002187469197 and volume-weighted sum -16038.78908 Time integration of scalars at level 1 from 578 to 580 with dt = 2 using RHS created at 580 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 290] Advanced 5376 cells Coarse STEP 290 ends. TIME = 580 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030938412 seconds. Coarse STEP 291 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297721564 (terrain aware) 1.297721564 (terrain unaware) Anelastic dt at level 0 would be: 4.984797467 (terrain aware) 4.984797467 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383122258 (terrain aware) 0.1383122258 (terrain unaware) Anelastic dt at level 1 would be: 2.46058449 (terrain aware) 2.46058449 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (15,0,15) (0,0,0)) ((16,0,0) (31,0,31) (0,0,0)) ((32,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,47) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (111,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.01639628788 0.06045548782 and volume-weighted sum -4087.807231 Subtracting -7.603808094e-07 from rhs in subdomain 0 Sum after subtraction -7.762887555e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.01639704826 MLMG: Initial residual (resid0) = 0.01639704826 MLMG: Final Iter. 9 resid, resid/bnorm = 1.613251216e-11, 9.83866846e-10 MLMG: Timers: Solve = 0.00477971 Iter = 0.004358031 Bottom = 0.001925238 Time in solve 0.005062791 Max/L2 norm of divergence after solve at level 1 : 7.603969419e-07 5.575204186e-05 and volume-weighted sum -4087.807231 [Level 0 step 291] ADVANCE from elapsed time = 580 to 582 with dt = 2 Making slow rhs at time 580 for fast variables advancing from 580 to 580.6666666667 Fast time integration at level 0 from 580 to 580.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 580 to 580.6666666667 with dt = 0.6666666666666 using RHS created at 580 Making slow rhs at time 580.6666666667 for fast variables advancing from 580 to 581 Fast time integration at level 0 from 580 to 580.5 with dt = 0.5 Fast time integration at level 0 from 580.5 to 581 with dt = 0.5 Time integration of scalars at level 0 from 580 to 581 with dt = 1 using RHS created at 580.6666666667 Making slow rhs at time 581 for fast variables advancing from 580 to 582 Fast time integration at level 0 from 580 to 580.5 with dt = 0.5 Fast time integration at level 0 from 580.5 to 581 with dt = 0.5 Fast time integration at level 0 from 581 to 581.5 with dt = 0.5 Fast time integration at level 0 from 581.5 to 582 with dt = 0.5 Time integration of scalars at level 0 from 580 to 582 with dt = 2 using RHS created at 581 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 291] Advanced 4096 cells [Level 1 step 291] ADVANCE from elapsed time = 580 to 582 with dt = 2 Making slow rhs at time 580 for fast variables advancing from 580 to 582 No-substepping time integration at level 1 to 582 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0322843358 0.145281884 and volume-weighted sum -14770.29858 Subtracting -2.747451372e-06 from rhs in subdomain 0 Sum after subtraction -2.636779683e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.03228158835 MLMG: Initial residual (resid0) = 0.03228158835 MLMG: Final Iter. 9 resid, resid/bnorm = 2.782336826e-11, 8.61895888e-10 MLMG: Timers: Solve = 0.004752421 Iter = 0.004334841 Bottom = 0.001903363 Time in solve 0.005042328 Max/L2 norm of divergence after solve at level 1 : 2.747479049e-06 0.0002014464621 and volume-weighted sum -14770.29858 Time integration of scalars at level 1 from 580 to 582 with dt = 2 using RHS created at 580 Making slow rhs at time 582 for fast variables advancing from 580 to 582 No-substepping time integration at level 1 to 582 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004823122559 0.002836117897 and volume-weighted sum -14770.29858 Subtracting -2.747451372e-06 from rhs in subdomain 0 Sum after subtraction 1.301584708e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004850597072 MLMG: Initial residual (resid0) = 0.0004850597072 MLMG: Final Iter. 6 resid, resid/bnorm = 1.325859319e-11, 2.733394053e-08 MLMG: Timers: Solve = 0.003264646 Iter = 0.002976018 Bottom = 0.001318984 Time in solve 0.003691459 Max/L2 norm of divergence after solve at level 1 : 2.747464631e-06 0.0002014464621 and volume-weighted sum -14770.29858 Time integration of scalars at level 1 from 580 to 582 with dt = 2 using RHS created at 582 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 291] Advanced 5376 cells Coarse STEP 291 ends. TIME = 582 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.05499515 seconds. Coarse STEP 292 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.297903789 (terrain aware) 1.297903789 (terrain unaware) Anelastic dt at level 0 would be: 4.99766668 (terrain aware) 4.99766668 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383705467 (terrain aware) 0.1383705467 (terrain unaware) Anelastic dt at level 1 would be: 2.470658818 (terrain aware) 2.470658818 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 292] ADVANCE from elapsed time = 582 to 584 with dt = 2 Making slow rhs at time 582 for fast variables advancing from 582 to 582.6666666667 Fast time integration at level 0 from 582 to 582.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 582 to 582.6666666667 with dt = 0.6666666666666 using RHS created at 582 Making slow rhs at time 582.6666666667 for fast variables advancing from 582 to 583 Fast time integration at level 0 from 582 to 582.5 with dt = 0.5 Fast time integration at level 0 from 582.5 to 583 with dt = 0.5 Time integration of scalars at level 0 from 582 to 583 with dt = 1 using RHS created at 582.6666666667 Making slow rhs at time 583 for fast variables advancing from 582 to 584 Fast time integration at level 0 from 582 to 582.5 with dt = 0.5 Fast time integration at level 0 from 582.5 to 583 with dt = 0.5 Fast time integration at level 0 from 583 to 583.5 with dt = 0.5 Fast time integration at level 0 from 583.5 to 584 with dt = 0.5 Time integration of scalars at level 0 from 582 to 584 with dt = 2 using RHS created at 583 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 292] Advanced 4096 cells [Level 1 step 292] ADVANCE from elapsed time = 582 to 584 with dt = 2 Making slow rhs at time 582 for fast variables advancing from 582 to 584 No-substepping time integration at level 1 to 584 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005449251517 0.002848508717 and volume-weighted sum -23378.72817 Subtracting -4.348721758e-06 from rhs in subdomain 0 Sum after subtraction 2.697495005e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005492738734 MLMG: Initial residual (resid0) = 0.0005492738734 MLMG: Final Iter. 7 resid, resid/bnorm = 2.055429357e-11, 3.742084699e-08 MLMG: Timers: Solve = 0.003817947 Iter = 0.003401814 Bottom = 0.001494144 Time in solve 0.004102849 Max/L2 norm of divergence after solve at level 1 : 4.348742312e-06 0.0003188535461 and volume-weighted sum -23378.72817 Time integration of scalars at level 1 from 582 to 584 with dt = 2 using RHS created at 582 Making slow rhs at time 584 for fast variables advancing from 582 to 584 No-substepping time integration at level 1 to 584 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005537268544 0.002834794574 and volume-weighted sum -23378.72817 Subtracting -4.348721758e-06 from rhs in subdomain 0 Sum after subtraction 7.51081055e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005580755761 MLMG: Initial residual (resid0) = 0.0005580755761 MLMG: Final Iter. 6 resid, resid/bnorm = 1.081029496e-11, 1.937066488e-08 MLMG: Timers: Solve = 0.003414438 Iter = 0.003002228 Bottom = 0.001353195 Time in solve 0.003701065 Max/L2 norm of divergence after solve at level 1 : 4.348732568e-06 0.0003188535461 and volume-weighted sum -23378.72817 Time integration of scalars at level 1 from 582 to 584 with dt = 2 using RHS created at 584 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 292] Advanced 5376 cells Coarse STEP 292 ends. TIME = 584 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036686373 seconds. Coarse STEP 293 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.298798085 (terrain aware) 1.298798085 (terrain unaware) Anelastic dt at level 0 would be: 4.995392298 (terrain aware) 4.995392298 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384273238 (terrain aware) 0.1384273238 (terrain unaware) Anelastic dt at level 1 would be: 2.473498378 (terrain aware) 2.473498378 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 293] ADVANCE from elapsed time = 584 to 586 with dt = 2 Making slow rhs at time 584 for fast variables advancing from 584 to 584.6666666667 Fast time integration at level 0 from 584 to 584.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 584 to 584.6666666667 with dt = 0.6666666666666 using RHS created at 584 Making slow rhs at time 584.6666666667 for fast variables advancing from 584 to 585 Fast time integration at level 0 from 584 to 584.5 with dt = 0.5 Fast time integration at level 0 from 584.5 to 585 with dt = 0.5 Time integration of scalars at level 0 from 584 to 585 with dt = 1 using RHS created at 584.6666666667 Making slow rhs at time 585 for fast variables advancing from 584 to 586 Fast time integration at level 0 from 584 to 584.5 with dt = 0.5 Fast time integration at level 0 from 584.5 to 585 with dt = 0.5 Fast time integration at level 0 from 585 to 585.5 with dt = 0.5 Fast time integration at level 0 from 585.5 to 586 with dt = 0.5 Time integration of scalars at level 0 from 584 to 586 with dt = 2 using RHS created at 585 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 293] Advanced 4096 cells [Level 1 step 293] ADVANCE from elapsed time = 584 to 586 with dt = 2 Making slow rhs at time 584 for fast variables advancing from 584 to 586 No-substepping time integration at level 1 to 586 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005560128928 0.00284473996 and volume-weighted sum -28850.66295 Subtracting -5.366566769e-06 from rhs in subdomain 0 Sum after subtraction 2.114194236e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005613794596 MLMG: Initial residual (resid0) = 0.0005613794596 MLMG: Final Iter. 7 resid, resid/bnorm = 1.103883553e-11, 1.966376813e-08 MLMG: Timers: Solve = 0.003818671 Iter = 0.003402792 Bottom = 0.00150116 Time in solve 0.004098886 Max/L2 norm of divergence after solve at level 1 : 5.366577808e-06 0.000393483175 and volume-weighted sum -28850.66295 Time integration of scalars at level 1 from 584 to 586 with dt = 2 using RHS created at 584 Making slow rhs at time 586 for fast variables advancing from 584 to 586 No-substepping time integration at level 1 to 586 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000528456187 0.002832099938 and volume-weighted sum -28850.66295 Subtracting -5.366566769e-06 from rhs in subdomain 0 Sum after subtraction -6.373753521e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005338227538 MLMG: Initial residual (resid0) = 0.0005338227538 MLMG: Final Iter. 5 resid, resid/bnorm = 8.304387499e-11, 1.555645098e-07 MLMG: Timers: Solve = 0.002913258 Iter = 0.002505689 Bottom = 0.001117854 Time in solve 0.003197744 Max/L2 norm of divergence after solve at level 1 : 5.366649449e-06 0.000393483175 and volume-weighted sum -28850.66295 Time integration of scalars at level 1 from 584 to 586 with dt = 2 using RHS created at 586 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 293] Advanced 5376 cells Coarse STEP 293 ends. TIME = 586 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036304483 seconds. Coarse STEP 294 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300354298 (terrain aware) 1.300354298 (terrain unaware) Anelastic dt at level 0 would be: 4.982827507 (terrain aware) 4.982827507 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384489774 (terrain aware) 0.1384489774 (terrain unaware) Anelastic dt at level 1 would be: 2.47694856 (terrain aware) 2.47694856 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 294] ADVANCE from elapsed time = 586 to 588 with dt = 2 Making slow rhs at time 586 for fast variables advancing from 586 to 586.6666666667 Fast time integration at level 0 from 586 to 586.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 586 to 586.6666666667 with dt = 0.6666666666666 using RHS created at 586 Making slow rhs at time 586.6666666667 for fast variables advancing from 586 to 587 Fast time integration at level 0 from 586 to 586.5 with dt = 0.5 Fast time integration at level 0 from 586.5 to 587 with dt = 0.5 Time integration of scalars at level 0 from 586 to 587 with dt = 1 using RHS created at 586.6666666667 Making slow rhs at time 587 for fast variables advancing from 586 to 588 Fast time integration at level 0 from 586 to 586.5 with dt = 0.5 Fast time integration at level 0 from 586.5 to 587 with dt = 0.5 Fast time integration at level 0 from 587 to 587.5 with dt = 0.5 Fast time integration at level 0 from 587.5 to 588 with dt = 0.5 Time integration of scalars at level 0 from 586 to 588 with dt = 2 using RHS created at 587 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 294] Advanced 4096 cells [Level 1 step 294] ADVANCE from elapsed time = 586 to 588 with dt = 2 Making slow rhs at time 586 for fast variables advancing from 586 to 588 No-substepping time integration at level 1 to 588 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004545936889 0.002835674315 and volume-weighted sum -30617.10818 Subtracting -5.69514661e-06 from rhs in subdomain 0 Sum after subtraction 8.521829076e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004601954046 MLMG: Initial residual (resid0) = 0.0004601954046 MLMG: Final Iter. 6 resid, resid/bnorm = 9.78892329e-11, 2.127123216e-07 MLMG: Timers: Solve = 0.003390073 Iter = 0.002976826 Bottom = 0.001332556 Time in solve 0.003675102 Max/L2 norm of divergence after solve at level 1 : 5.695244499e-06 0.000417575047 and volume-weighted sum -30617.10818 Time integration of scalars at level 1 from 586 to 588 with dt = 2 using RHS created at 586 Making slow rhs at time 588 for fast variables advancing from 586 to 588 No-substepping time integration at level 1 to 588 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004885895064 0.002824022194 and volume-weighted sum -30617.10818 Subtracting -5.69514661e-06 from rhs in subdomain 0 Sum after subtraction -6.18605102e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000494284653 MLMG: Initial residual (resid0) = 0.000494284653 MLMG: Final Iter. 5 resid, resid/bnorm = 5.855429546e-11, 1.184627018e-07 MLMG: Timers: Solve = 0.002924307 Iter = 0.002512783 Bottom = 0.001131431 Time in solve 0.00320542 Max/L2 norm of divergence after solve at level 1 : 5.695204796e-06 0.000417575047 and volume-weighted sum -30617.10818 Time integration of scalars at level 1 from 586 to 588 with dt = 2 using RHS created at 588 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 294] Advanced 5376 cells Coarse STEP 294 ends. TIME = 588 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035920342 seconds. Coarse STEP 295 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.300508195 (terrain aware) 1.300508195 (terrain unaware) Anelastic dt at level 0 would be: 4.979718561 (terrain aware) 4.979718561 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384596718 (terrain aware) 0.1384596718 (terrain unaware) Anelastic dt at level 1 would be: 2.481656164 (terrain aware) 2.481656164 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 295] ADVANCE from elapsed time = 588 to 590 with dt = 2 Making slow rhs at time 588 for fast variables advancing from 588 to 588.6666666667 Fast time integration at level 0 from 588 to 588.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 588 to 588.6666666667 with dt = 0.6666666666666 using RHS created at 588 Making slow rhs at time 588.6666666667 for fast variables advancing from 588 to 589 Fast time integration at level 0 from 588 to 588.5 with dt = 0.5 Fast time integration at level 0 from 588.5 to 589 with dt = 0.5 Time integration of scalars at level 0 from 588 to 589 with dt = 1 using RHS created at 588.6666666667 Making slow rhs at time 589 for fast variables advancing from 588 to 590 Fast time integration at level 0 from 588 to 588.5 with dt = 0.5 Fast time integration at level 0 from 588.5 to 589 with dt = 0.5 Fast time integration at level 0 from 589 to 589.5 with dt = 0.5 Fast time integration at level 0 from 589.5 to 590 with dt = 0.5 Time integration of scalars at level 0 from 588 to 590 with dt = 2 using RHS created at 589 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 295] Advanced 4096 cells [Level 1 step 295] ADVANCE from elapsed time = 588 to 590 with dt = 2 Making slow rhs at time 588 for fast variables advancing from 588 to 590 No-substepping time integration at level 1 to 590 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005567099272 0.00282153048 and volume-weighted sum -29055.8013 Subtracting -5.404724944e-06 from rhs in subdomain 0 Sum after subtraction 6.635317296e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005621146521 MLMG: Initial residual (resid0) = 0.0005621146521 MLMG: Final Iter. 6 resid, resid/bnorm = 6.604654808e-11, 1.17496578e-07 MLMG: Timers: Solve = 0.003370253 Iter = 0.002960211 Bottom = 0.001282453 Time in solve 0.003658817 Max/L2 norm of divergence after solve at level 1 : 5.404790536e-06 0.0003962809787 and volume-weighted sum -29055.8013 Time integration of scalars at level 1 from 588 to 590 with dt = 2 using RHS created at 588 Making slow rhs at time 590 for fast variables advancing from 588 to 590 No-substepping time integration at level 1 to 590 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005563035448 0.002808929573 and volume-weighted sum -29055.8013 Subtracting -5.404724944e-06 from rhs in subdomain 0 Sum after subtraction 1.902436e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005617082698 MLMG: Initial residual (resid0) = 0.0005617082698 MLMG: Final Iter. 5 resid, resid/bnorm = 4.43762854e-11, 7.900237149e-08 MLMG: Timers: Solve = 0.002929027 Iter = 0.002510361 Bottom = 0.001103051 Time in solve 0.003212891 Max/L2 norm of divergence after solve at level 1 : 5.404769321e-06 0.0003962809787 and volume-weighted sum -29055.8013 Time integration of scalars at level 1 from 588 to 590 with dt = 2 using RHS created at 590 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 295] Advanced 5376 cells Coarse STEP 295 ends. TIME = 590 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03584886 seconds. Coarse STEP 296 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.301205934 (terrain aware) 1.301205934 (terrain unaware) Anelastic dt at level 0 would be: 4.9858154 (terrain aware) 4.9858154 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384715315 (terrain aware) 0.1384715315 (terrain unaware) Anelastic dt at level 1 would be: 2.482146894 (terrain aware) 2.482146894 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 296] ADVANCE from elapsed time = 590 to 592 with dt = 2 Making slow rhs at time 590 for fast variables advancing from 590 to 590.6666666667 Fast time integration at level 0 from 590 to 590.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 590 to 590.6666666667 with dt = 0.6666666666666 using RHS created at 590 Making slow rhs at time 590.6666666667 for fast variables advancing from 590 to 591 Fast time integration at level 0 from 590 to 590.5 with dt = 0.5 Fast time integration at level 0 from 590.5 to 591 with dt = 0.5 Time integration of scalars at level 0 from 590 to 591 with dt = 1 using RHS created at 590.6666666667 Making slow rhs at time 591 for fast variables advancing from 590 to 592 Fast time integration at level 0 from 590 to 590.5 with dt = 0.5 Fast time integration at level 0 from 590.5 to 591 with dt = 0.5 Fast time integration at level 0 from 591 to 591.5 with dt = 0.5 Fast time integration at level 0 from 591.5 to 592 with dt = 0.5 Time integration of scalars at level 0 from 590 to 592 with dt = 2 using RHS created at 591 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 296] Advanced 4096 cells [Level 1 step 296] ADVANCE from elapsed time = 590 to 592 with dt = 2 Making slow rhs at time 590 for fast variables advancing from 590 to 592 No-substepping time integration at level 1 to 592 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005358018821 0.002805399903 and volume-weighted sum -25301.23855 Subtracting -4.706331576e-06 from rhs in subdomain 0 Sum after subtraction -1.209969624e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005405082137 MLMG: Initial residual (resid0) = 0.0005405082137 MLMG: Final Iter. 6 resid, resid/bnorm = 6.821781116e-11, 1.262104986e-07 MLMG: Timers: Solve = 0.003391822 Iter = 0.002981614 Bottom = 0.001333011 Time in solve 0.003673214 Max/L2 norm of divergence after solve at level 1 : 4.706399794e-06 0.0003450739311 and volume-weighted sum -25301.23855 Time integration of scalars at level 1 from 590 to 592 with dt = 2 using RHS created at 590 Making slow rhs at time 592 for fast variables advancing from 590 to 592 No-substepping time integration at level 1 to 592 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005127673479 0.002789931118 and volume-weighted sum -25301.23855 Subtracting -4.706331576e-06 from rhs in subdomain 0 Sum after subtraction -4.849094216e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005174736795 MLMG: Initial residual (resid0) = 0.0005174736795 MLMG: Final Iter. 5 resid, resid/bnorm = 4.306235484e-11, 8.321651235e-08 MLMG: Timers: Solve = 0.002913309 Iter = 0.00250259 Bottom = 0.001114676 Time in solve 0.00319916 Max/L2 norm of divergence after solve at level 1 : 4.706374639e-06 0.0003450739311 and volume-weighted sum -25301.23855 Time integration of scalars at level 1 from 590 to 592 with dt = 2 using RHS created at 592 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 296] Advanced 5376 cells Coarse STEP 296 ends. TIME = 592 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035771529 seconds. Coarse STEP 297 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.301383598 (terrain aware) 1.301383598 (terrain unaware) Anelastic dt at level 0 would be: 5.000928002 (terrain aware) 5.000928002 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384745316 (terrain aware) 0.1384745316 (terrain unaware) Anelastic dt at level 1 would be: 2.482635038 (terrain aware) 2.482635038 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 297] ADVANCE from elapsed time = 592 to 594 with dt = 2 Making slow rhs at time 592 for fast variables advancing from 592 to 592.6666666667 Fast time integration at level 0 from 592 to 592.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 592 to 592.6666666667 with dt = 0.6666666666666 using RHS created at 592 Making slow rhs at time 592.6666666667 for fast variables advancing from 592 to 593 Fast time integration at level 0 from 592 to 592.5 with dt = 0.5 Fast time integration at level 0 from 592.5 to 593 with dt = 0.5 Time integration of scalars at level 0 from 592 to 593 with dt = 1 using RHS created at 592.6666666667 Making slow rhs at time 593 for fast variables advancing from 592 to 594 Fast time integration at level 0 from 592 to 592.5 with dt = 0.5 Fast time integration at level 0 from 592.5 to 593 with dt = 0.5 Fast time integration at level 0 from 593 to 593.5 with dt = 0.5 Fast time integration at level 0 from 593.5 to 594 with dt = 0.5 Time integration of scalars at level 0 from 592 to 594 with dt = 2 using RHS created at 593 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 297] Advanced 4096 cells [Level 1 step 297] ADVANCE from elapsed time = 592 to 594 with dt = 2 Making slow rhs at time 592 for fast variables advancing from 592 to 594 No-substepping time integration at level 1 to 594 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004908533539 0.002785595971 and volume-weighted sum -20513.08112 Subtracting -3.815677291e-06 from rhs in subdomain 0 Sum after subtraction 8.283304598e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004946690312 MLMG: Initial residual (resid0) = 0.0004946690312 MLMG: Final Iter. 6 resid, resid/bnorm = 4.830336978e-11, 9.764785489e-08 MLMG: Timers: Solve = 0.003384672 Iter = 0.002988674 Bottom = 0.001328031 Time in solve 0.003681206 Max/L2 norm of divergence after solve at level 1 : 3.815725595e-06 0.0002797700802 and volume-weighted sum -20513.08112 Time integration of scalars at level 1 from 592 to 594 with dt = 2 using RHS created at 592 Making slow rhs at time 594 for fast variables advancing from 592 to 594 No-substepping time integration at level 1 to 594 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005165982691 0.002770837605 and volume-weighted sum -20513.08112 Subtracting -3.815677291e-06 from rhs in subdomain 0 Sum after subtraction 1.223793202e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005204139464 MLMG: Initial residual (resid0) = 0.0005204139464 MLMG: Final Iter. 5 resid, resid/bnorm = 4.182758606e-11, 8.037368397e-08 MLMG: Timers: Solve = 0.002925194 Iter = 0.0025177 Bottom = 0.001109387 Time in solve 0.003206395 Max/L2 norm of divergence after solve at level 1 : 3.815719119e-06 0.0002797700802 and volume-weighted sum -20513.08112 Time integration of scalars at level 1 from 592 to 594 with dt = 2 using RHS created at 594 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 297] Advanced 5376 cells Coarse STEP 297 ends. TIME = 594 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035979359 seconds. Coarse STEP 298 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.301457539 (terrain aware) 1.301457539 (terrain unaware) Anelastic dt at level 0 would be: 5.024843605 (terrain aware) 5.024843605 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384803421 (terrain aware) 0.1384803421 (terrain unaware) Anelastic dt at level 1 would be: 2.484493777 (terrain aware) 2.484493777 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 298] ADVANCE from elapsed time = 594 to 596 with dt = 2 Making slow rhs at time 594 for fast variables advancing from 594 to 594.6666666667 Fast time integration at level 0 from 594 to 594.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 594 to 594.6666666667 with dt = 0.6666666666666 using RHS created at 594 Making slow rhs at time 594.6666666667 for fast variables advancing from 594 to 595 Fast time integration at level 0 from 594 to 594.5 with dt = 0.5 Fast time integration at level 0 from 594.5 to 595 with dt = 0.5 Time integration of scalars at level 0 from 594 to 595 with dt = 1 using RHS created at 594.6666666667 Making slow rhs at time 595 for fast variables advancing from 594 to 596 Fast time integration at level 0 from 594 to 594.5 with dt = 0.5 Fast time integration at level 0 from 594.5 to 595 with dt = 0.5 Fast time integration at level 0 from 595 to 595.5 with dt = 0.5 Fast time integration at level 0 from 595.5 to 596 with dt = 0.5 Time integration of scalars at level 0 from 594 to 596 with dt = 2 using RHS created at 595 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 298] Advanced 4096 cells [Level 1 step 298] ADVANCE from elapsed time = 594 to 596 with dt = 2 Making slow rhs at time 594 for fast variables advancing from 594 to 596 No-substepping time integration at level 1 to 596 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005633314309 0.002757953196 and volume-weighted sum -15145.39027 Subtracting -2.817222893e-06 from rhs in subdomain 0 Sum after subtraction 8.077306185e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005661486537 MLMG: Initial residual (resid0) = 0.0005661486537 MLMG: Final Iter. 6 resid, resid/bnorm = 3.581065303e-11, 6.325309225e-08 MLMG: Timers: Solve = 0.003396841 Iter = 0.002981527 Bottom = 0.001319956 Time in solve 0.003677804 Max/L2 norm of divergence after solve at level 1 : 2.817258642e-06 0.0002065621945 and volume-weighted sum -15145.39027 Time integration of scalars at level 1 from 594 to 596 with dt = 2 using RHS created at 594 Making slow rhs at time 596 for fast variables advancing from 594 to 596 No-substepping time integration at level 1 to 596 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000553720793 0.00275206235 and volume-weighted sum -15145.39027 Subtracting -2.817222893e-06 from rhs in subdomain 0 Sum after subtraction 3.932943381e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005565380158 MLMG: Initial residual (resid0) = 0.0005565380158 MLMG: Final Iter. 5 resid, resid/bnorm = 4.055485673e-11, 7.286987694e-08 MLMG: Timers: Solve = 0.002897899 Iter = 0.002490235 Bottom = 0.001103807 Time in solve 0.003175866 Max/L2 norm of divergence after solve at level 1 : 2.817263448e-06 0.0002065621945 and volume-weighted sum -15145.39027 Time integration of scalars at level 1 from 594 to 596 with dt = 2 using RHS created at 596 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 298] Advanced 5376 cells Coarse STEP 298 ends. TIME = 596 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036210842 seconds. Coarse STEP 299 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.302233262 (terrain aware) 1.302233262 (terrain unaware) Anelastic dt at level 0 would be: 5.05719642 (terrain aware) 5.05719642 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384878873 (terrain aware) 0.1384878873 (terrain unaware) Anelastic dt at level 1 would be: 2.488222292 (terrain aware) 2.488222292 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 299] ADVANCE from elapsed time = 596 to 598 with dt = 2 Making slow rhs at time 596 for fast variables advancing from 596 to 596.6666666667 Fast time integration at level 0 from 596 to 596.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 596 to 596.6666666667 with dt = 0.6666666666666 using RHS created at 596 Making slow rhs at time 596.6666666667 for fast variables advancing from 596 to 597 Fast time integration at level 0 from 596 to 596.5 with dt = 0.5 Fast time integration at level 0 from 596.5 to 597 with dt = 0.5 Time integration of scalars at level 0 from 596 to 597 with dt = 1 using RHS created at 596.6666666667 Making slow rhs at time 597 for fast variables advancing from 596 to 598 Fast time integration at level 0 from 596 to 596.5 with dt = 0.5 Fast time integration at level 0 from 596.5 to 597 with dt = 0.5 Fast time integration at level 0 from 597 to 597.5 with dt = 0.5 Fast time integration at level 0 from 597.5 to 598 with dt = 0.5 Time integration of scalars at level 0 from 596 to 598 with dt = 2 using RHS created at 597 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 299] Advanced 4096 cells [Level 1 step 299] ADVANCE from elapsed time = 596 to 598 with dt = 2 Making slow rhs at time 596 for fast variables advancing from 596 to 598 No-substepping time integration at level 1 to 598 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005112620212 0.002733938345 and volume-weighted sum -8831.973753 Subtracting -1.642852261e-06 from rhs in subdomain 0 Sum after subtraction 4.842317953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005129048734 MLMG: Initial residual (resid0) = 0.0005129048734 MLMG: Final Iter. 6 resid, resid/bnorm = 3.154889291e-11, 6.151022255e-08 MLMG: Timers: Solve = 0.003377781 Iter = 0.002966039 Bottom = 0.001314894 Time in solve 0.003662345 Max/L2 norm of divergence after solve at level 1 : 1.64288284e-06 0.0001204559174 and volume-weighted sum -8831.973753 Time integration of scalars at level 1 from 596 to 598 with dt = 2 using RHS created at 596 Making slow rhs at time 598 for fast variables advancing from 596 to 598 No-substepping time integration at level 1 to 598 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00049544019 0.002734992007 and volume-weighted sum -8831.973753 Subtracting -1.642852261e-06 from rhs in subdomain 0 Sum after subtraction 4.057626631e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004970830423 MLMG: Initial residual (resid0) = 0.0004970830423 MLMG: Final Iter. 5 resid, resid/bnorm = 3.920864741e-11, 7.887745924e-08 MLMG: Timers: Solve = 0.002915152 Iter = 0.00249697 Bottom = 0.001107219 Time in solve 0.003198497 Max/L2 norm of divergence after solve at level 1 : 1.642891469e-06 0.0001204559174 and volume-weighted sum -8831.973753 Time integration of scalars at level 1 from 596 to 598 with dt = 2 using RHS created at 598 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 299] Advanced 5376 cells Coarse STEP 299 ends. TIME = 598 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036051421 seconds. Coarse STEP 300 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.303655761 (terrain aware) 1.303655761 (terrain unaware) Anelastic dt at level 0 would be: 5.050668893 (terrain aware) 5.050668893 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384861628 (terrain aware) 0.1384861628 (terrain unaware) Anelastic dt at level 1 would be: 2.49197867 (terrain aware) 2.49197867 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 300] ADVANCE from elapsed time = 598 to 600 with dt = 2 Making slow rhs at time 598 for fast variables advancing from 598 to 598.6666666667 Fast time integration at level 0 from 598 to 598.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 598 to 598.6666666667 with dt = 0.6666666666666 using RHS created at 598 Making slow rhs at time 598.6666666667 for fast variables advancing from 598 to 599 Fast time integration at level 0 from 598 to 598.5 with dt = 0.5 Fast time integration at level 0 from 598.5 to 599 with dt = 0.5 Time integration of scalars at level 0 from 598 to 599 with dt = 1 using RHS created at 598.6666666667 Making slow rhs at time 599 for fast variables advancing from 598 to 600 Fast time integration at level 0 from 598 to 598.5 with dt = 0.5 Fast time integration at level 0 from 598.5 to 599 with dt = 0.5 Fast time integration at level 0 from 599 to 599.5 with dt = 0.5 Fast time integration at level 0 from 599.5 to 600 with dt = 0.5 Time integration of scalars at level 0 from 598 to 600 with dt = 2 using RHS created at 599 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 300] Advanced 4096 cells [Level 1 step 300] ADVANCE from elapsed time = 598 to 600 with dt = 2 Making slow rhs at time 598 for fast variables advancing from 598 to 600 No-substepping time integration at level 1 to 600 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005197571202 0.002727088178 and volume-weighted sum -1064.171221 Subtracting -1.979485158e-07 from rhs in subdomain 0 Sum after subtraction 5.242117504e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005199550688 MLMG: Initial residual (resid0) = 0.0005199550688 MLMG: Final Iter. 6 resid, resid/bnorm = 9.236502657e-11, 1.776404003e-07 MLMG: Timers: Solve = 0.00335721 Iter = 0.00295141 Bottom = 0.001307705 Time in solve 0.003641466 Max/L2 norm of divergence after solve at level 1 : 1.980408808e-07 1.451382492e-05 and volume-weighted sum -1064.171221 Time integration of scalars at level 1 from 598 to 600 with dt = 2 using RHS created at 598 Making slow rhs at time 600 for fast variables advancing from 598 to 600 No-substepping time integration at level 1 to 600 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005376337785 0.002720709543 and volume-weighted sum -1064.171221 Subtracting -1.979485158e-07 from rhs in subdomain 0 Sum after subtraction 1.867538242e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000537831727 MLMG: Initial residual (resid0) = 0.000537831727 MLMG: Final Iter. 5 resid, resid/bnorm = 5.155718916e-11, 9.586118961e-08 MLMG: Timers: Solve = 0.002983191 Iter = 0.0025785 Bottom = 0.001164387 Time in solve 0.003268071 Max/L2 norm of divergence after solve at level 1 : 1.979998226e-07 1.451382492e-05 and volume-weighted sum -1064.171221 Time integration of scalars at level 1 from 598 to 600 with dt = 2 using RHS created at 600 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 300] Advanced 5376 cells Coarse STEP 300 ends. TIME = 600 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036306784 seconds. 3DPlotfile write time = 0.007990499 seconds. Coarse STEP 301 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.304814096 (terrain aware) 1.304814096 (terrain unaware) Anelastic dt at level 0 would be: 5.042372755 (terrain aware) 5.042372755 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384874802 (terrain aware) 0.1384874802 (terrain unaware) Anelastic dt at level 1 would be: 2.491173524 (terrain aware) 2.491173524 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (15,0,15) (0,0,0)) ((16,0,0) (31,0,31) (0,0,0)) ((32,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.02159159152 0.08052458042 and volume-weighted sum 1396.150852 Subtracting 2.726857134e-07 from rhs in subdomain 0 Sum after subtraction -1.054711873e-09 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.02159186421 MLMG: Initial residual (resid0) = 0.02159186421 MLMG: Final Iter. 9 resid, resid/bnorm = 7.60915852e-11, 3.524085946e-09 MLMG: Timers: Solve = 0.004191365 Iter = 0.003938036 Bottom = 0.002015209 Time in solve 0.00457914 Max/L2 norm of divergence after solve at level 1 : 2.727618049e-07 1.951180133e-05 and volume-weighted sum 1396.150852 [Level 0 step 301] ADVANCE from elapsed time = 600 to 602 with dt = 2 Making slow rhs at time 600 for fast variables advancing from 600 to 600.6666666667 Fast time integration at level 0 from 600 to 600.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 600 to 600.6666666667 with dt = 0.6666666666666 using RHS created at 600 Making slow rhs at time 600.6666666667 for fast variables advancing from 600 to 601 Fast time integration at level 0 from 600 to 600.5 with dt = 0.5 Fast time integration at level 0 from 600.5 to 601 with dt = 0.5 Time integration of scalars at level 0 from 600 to 601 with dt = 1 using RHS created at 600.6666666667 Making slow rhs at time 601 for fast variables advancing from 600 to 602 Fast time integration at level 0 from 600 to 600.5 with dt = 0.5 Fast time integration at level 0 from 600.5 to 601 with dt = 0.5 Fast time integration at level 0 from 601 to 601.5 with dt = 0.5 Fast time integration at level 0 from 601.5 to 602 with dt = 0.5 Time integration of scalars at level 0 from 600 to 602 with dt = 2 using RHS created at 601 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 301] Advanced 4096 cells [Level 1 step 301] ADVANCE from elapsed time = 600 to 602 with dt = 2 Making slow rhs at time 600 for fast variables advancing from 600 to 602 No-substepping time integration at level 1 to 602 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.04219422439 0.1776170648 and volume-weighted sum 10527.82908 Subtracting 2.056216618e-06 from rhs in subdomain 0 Sum after subtraction -6.661338148e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.04219216817 MLMG: Initial residual (resid0) = 0.04219216817 MLMG: Final Iter. 10 resid, resid/bnorm = 1.639285746e-11, 3.885284443e-10 MLMG: Timers: Solve = 0.004631879 Iter = 0.004373787 Bottom = 0.00224622 Time in solve 0.005022967 Max/L2 norm of divergence after solve at level 1 : 2.056233011e-06 0.0001471308843 and volume-weighted sum 10527.82908 Time integration of scalars at level 1 from 600 to 602 with dt = 2 using RHS created at 600 Making slow rhs at time 602 for fast variables advancing from 600 to 602 No-substepping time integration at level 1 to 602 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005457226253 0.002721731469 and volume-weighted sum 10527.82908 Subtracting 2.056216618e-06 from rhs in subdomain 0 Sum after subtraction 7.806255642e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005436664087 MLMG: Initial residual (resid0) = 0.0005436664087 MLMG: Final Iter. 6 resid, resid/bnorm = 4.22654919e-11, 7.774159158e-08 MLMG: Timers: Solve = 0.002918093 Iter = 0.002660577 Bottom = 0.001350249 Time in solve 0.003307958 Max/L2 norm of divergence after solve at level 1 : 2.056257961e-06 0.0001471308843 and volume-weighted sum 10527.82908 Time integration of scalars at level 1 from 600 to 602 with dt = 2 using RHS created at 602 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 301] Advanced 5120 cells Coarse STEP 301 ends. TIME = 602 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.04663717 seconds. Coarse STEP 302 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.30516172 (terrain aware) 1.30516172 (terrain unaware) Anelastic dt at level 0 would be: 5.043917106 (terrain aware) 5.043917106 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385174955 (terrain aware) 0.1385174955 (terrain unaware) Anelastic dt at level 1 would be: 2.501655947 (terrain aware) 2.501655947 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 302] ADVANCE from elapsed time = 602 to 604 with dt = 2 Making slow rhs at time 602 for fast variables advancing from 602 to 602.6666666667 Fast time integration at level 0 from 602 to 602.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 602 to 602.6666666667 with dt = 0.6666666666666 using RHS created at 602 Making slow rhs at time 602.6666666667 for fast variables advancing from 602 to 603 Fast time integration at level 0 from 602 to 602.5 with dt = 0.5 Fast time integration at level 0 from 602.5 to 603 with dt = 0.5 Time integration of scalars at level 0 from 602 to 603 with dt = 1 using RHS created at 602.6666666667 Making slow rhs at time 603 for fast variables advancing from 602 to 604 Fast time integration at level 0 from 602 to 602.5 with dt = 0.5 Fast time integration at level 0 from 602.5 to 603 with dt = 0.5 Fast time integration at level 0 from 603 to 603.5 with dt = 0.5 Fast time integration at level 0 from 603.5 to 604 with dt = 0.5 Time integration of scalars at level 0 from 602 to 604 with dt = 2 using RHS created at 603 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 302] Advanced 4096 cells [Level 1 step 302] ADVANCE from elapsed time = 602 to 604 with dt = 2 Making slow rhs at time 602 for fast variables advancing from 602 to 604 No-substepping time integration at level 1 to 604 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004837271114 0.002725279937 and volume-weighted sum 18958.06339 Subtracting 3.702746756e-06 from rhs in subdomain 0 Sum after subtraction -9.692767422e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004800243646 MLMG: Initial residual (resid0) = 0.0004800243646 MLMG: Final Iter. 7 resid, resid/bnorm = 2.493463268e-11, 5.194451473e-08 MLMG: Timers: Solve = 0.003367804 Iter = 0.00311165 Bottom = 0.001587305 Time in solve 0.003753365 Max/L2 norm of divergence after solve at level 1 : 3.702771203e-06 0.0002649469904 and volume-weighted sum 18958.06339 Time integration of scalars at level 1 from 602 to 604 with dt = 2 using RHS created at 602 Making slow rhs at time 604 for fast variables advancing from 602 to 604 No-substepping time integration at level 1 to 604 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004757844717 0.002714677861 and volume-weighted sum 18958.06339 Subtracting 3.702746756e-06 from rhs in subdomain 0 Sum after subtraction -8.977193988e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000472081725 MLMG: Initial residual (resid0) = 0.000472081725 MLMG: Final Iter. 6 resid, resid/bnorm = 3.762130632e-11, 7.969235903e-08 MLMG: Timers: Solve = 0.002907334 Iter = 0.002652132 Bottom = 0.001333877 Time in solve 0.003322204 Max/L2 norm of divergence after solve at level 1 : 3.702783547e-06 0.0002649469904 and volume-weighted sum 18958.06339 Time integration of scalars at level 1 from 602 to 604 with dt = 2 using RHS created at 604 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 302] Advanced 5120 cells Coarse STEP 302 ends. TIME = 604 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031664422 seconds. Coarse STEP 303 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.306198087 (terrain aware) 1.306198087 (terrain unaware) Anelastic dt at level 0 would be: 5.05491733 (terrain aware) 5.05491733 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385237157 (terrain aware) 0.1385237157 (terrain unaware) Anelastic dt at level 1 would be: 2.504775271 (terrain aware) 2.504775271 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 303] ADVANCE from elapsed time = 604 to 606 with dt = 2 Making slow rhs at time 604 for fast variables advancing from 604 to 604.6666666667 Fast time integration at level 0 from 604 to 604.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 604 to 604.6666666667 with dt = 0.6666666666666 using RHS created at 604 Making slow rhs at time 604.6666666667 for fast variables advancing from 604 to 605 Fast time integration at level 0 from 604 to 604.5 with dt = 0.5 Fast time integration at level 0 from 604.5 to 605 with dt = 0.5 Time integration of scalars at level 0 from 604 to 605 with dt = 1 using RHS created at 604.6666666667 Making slow rhs at time 605 for fast variables advancing from 604 to 606 Fast time integration at level 0 from 604 to 604.5 with dt = 0.5 Fast time integration at level 0 from 604.5 to 605 with dt = 0.5 Fast time integration at level 0 from 605 to 605.5 with dt = 0.5 Fast time integration at level 0 from 605.5 to 606 with dt = 0.5 Time integration of scalars at level 0 from 604 to 606 with dt = 2 using RHS created at 605 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 303] Advanced 4096 cells [Level 1 step 303] ADVANCE from elapsed time = 604 to 606 with dt = 2 Making slow rhs at time 604 for fast variables advancing from 604 to 606 No-substepping time integration at level 1 to 606 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005423110864 0.002710048432 and volume-weighted sum 24884.73732 Subtracting 4.860300258e-06 from rhs in subdomain 0 Sum after subtraction -6.938893904e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005374507861 MLMG: Initial residual (resid0) = 0.0005374507861 MLMG: Final Iter. 6 resid, resid/bnorm = 9.832658381e-11, 1.829499302e-07 MLMG: Timers: Solve = 0.002930506 Iter = 0.002672586 Bottom = 0.00136188 Time in solve 0.003311426 Max/L2 norm of divergence after solve at level 1 : 4.860398584e-06 0.0003477747765 and volume-weighted sum 24884.73732 Time integration of scalars at level 1 from 604 to 606 with dt = 2 using RHS created at 604 Making slow rhs at time 606 for fast variables advancing from 604 to 606 No-substepping time integration at level 1 to 606 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005517473957 0.002708228942 and volume-weighted sum 24884.73732 Subtracting 4.860300258e-06 from rhs in subdomain 0 Sum after subtraction -8.023096076e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005468870954 MLMG: Initial residual (resid0) = 0.0005468870954 MLMG: Final Iter. 6 resid, resid/bnorm = 3.334576379e-11, 6.097376236e-08 MLMG: Timers: Solve = 0.0030631 Iter = 0.002807296 Bottom = 0.001343356 Time in solve 0.003453869 Max/L2 norm of divergence after solve at level 1 : 4.860332858e-06 0.0003477747765 and volume-weighted sum 24884.73732 Time integration of scalars at level 1 from 604 to 606 with dt = 2 using RHS created at 606 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 303] Advanced 5120 cells Coarse STEP 303 ends. TIME = 606 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031138641 seconds. Coarse STEP 304 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.307387348 (terrain aware) 1.307387348 (terrain unaware) Anelastic dt at level 0 would be: 5.074872854 (terrain aware) 5.074872854 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385315574 (terrain aware) 0.1385315574 (terrain unaware) Anelastic dt at level 1 would be: 2.510290721 (terrain aware) 2.510290721 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 304] ADVANCE from elapsed time = 606 to 608 with dt = 2 Making slow rhs at time 606 for fast variables advancing from 606 to 606.6666666667 Fast time integration at level 0 from 606 to 606.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 606 to 606.6666666667 with dt = 0.6666666666666 using RHS created at 606 Making slow rhs at time 606.6666666667 for fast variables advancing from 606 to 607 Fast time integration at level 0 from 606 to 606.5 with dt = 0.5 Fast time integration at level 0 from 606.5 to 607 with dt = 0.5 Time integration of scalars at level 0 from 606 to 607 with dt = 1 using RHS created at 606.6666666667 Making slow rhs at time 607 for fast variables advancing from 606 to 608 Fast time integration at level 0 from 606 to 606.5 with dt = 0.5 Fast time integration at level 0 from 606.5 to 607 with dt = 0.5 Fast time integration at level 0 from 607 to 607.5 with dt = 0.5 Fast time integration at level 0 from 607.5 to 608 with dt = 0.5 Time integration of scalars at level 0 from 606 to 608 with dt = 2 using RHS created at 607 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 304] Advanced 4096 cells [Level 1 step 304] ADVANCE from elapsed time = 606 to 608 with dt = 2 Making slow rhs at time 606 for fast variables advancing from 606 to 608 No-substepping time integration at level 1 to 608 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000555099212 0.002709716446 and volume-weighted sum 27178.18379 Subtracting 5.308239021e-06 from rhs in subdomain 0 Sum after subtraction 4.033232082e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000549790973 MLMG: Initial residual (resid0) = 0.000549790973 MLMG: Final Iter. 6 resid, resid/bnorm = 7.722890983e-11, 1.40469585e-07 MLMG: Timers: Solve = 0.002932171 Iter = 0.002674445 Bottom = 0.00135645 Time in solve 0.003322186 Max/L2 norm of divergence after solve at level 1 : 5.308314608e-06 0.0003798266653 and volume-weighted sum 27178.18379 Time integration of scalars at level 1 from 606 to 608 with dt = 2 using RHS created at 606 Making slow rhs at time 608 for fast variables advancing from 606 to 608 No-substepping time integration at level 1 to 608 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005303255198 0.002696337039 and volume-weighted sum 27178.18379 Subtracting 5.308239021e-06 from rhs in subdomain 0 Sum after subtraction -7.502679034e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005250172808 MLMG: Initial residual (resid0) = 0.0005250172808 MLMG: Final Iter. 6 resid, resid/bnorm = 2.958388845e-11, 5.634840897e-08 MLMG: Timers: Solve = 0.002909708 Iter = 0.002654614 Bottom = 0.001339129 Time in solve 0.00330121 Max/L2 norm of divergence after solve at level 1 : 5.308267933e-06 0.0003798266653 and volume-weighted sum 27178.18379 Time integration of scalars at level 1 from 606 to 608 with dt = 2 using RHS created at 608 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 304] Advanced 5120 cells Coarse STEP 304 ends. TIME = 608 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031332416 seconds. Coarse STEP 305 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.307937904 (terrain aware) 1.307937904 (terrain unaware) Anelastic dt at level 0 would be: 5.103050319 (terrain aware) 5.103050319 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385311267 (terrain aware) 0.1385311267 (terrain unaware) Anelastic dt at level 1 would be: 2.509630061 (terrain aware) 2.509630061 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 305] ADVANCE from elapsed time = 608 to 610 with dt = 2 Making slow rhs at time 608 for fast variables advancing from 608 to 608.6666666667 Fast time integration at level 0 from 608 to 608.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 608 to 608.6666666667 with dt = 0.6666666666666 using RHS created at 608 Making slow rhs at time 608.6666666667 for fast variables advancing from 608 to 609 Fast time integration at level 0 from 608 to 608.5 with dt = 0.5 Fast time integration at level 0 from 608.5 to 609 with dt = 0.5 Time integration of scalars at level 0 from 608 to 609 with dt = 1 using RHS created at 608.6666666667 Making slow rhs at time 609 for fast variables advancing from 608 to 610 Fast time integration at level 0 from 608 to 608.5 with dt = 0.5 Fast time integration at level 0 from 608.5 to 609 with dt = 0.5 Fast time integration at level 0 from 609 to 609.5 with dt = 0.5 Fast time integration at level 0 from 609.5 to 610 with dt = 0.5 Time integration of scalars at level 0 from 608 to 610 with dt = 2 using RHS created at 609 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 305] Advanced 4096 cells [Level 1 step 305] ADVANCE from elapsed time = 608 to 610 with dt = 2 Making slow rhs at time 608 for fast variables advancing from 608 to 610 No-substepping time integration at level 1 to 610 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004495543722 0.002706411385 and volume-weighted sum 26026.70033 Subtracting 5.083339907e-06 from rhs in subdomain 0 Sum after subtraction 6.505213035e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004444710323 MLMG: Initial residual (resid0) = 0.0004444710323 MLMG: Final Iter. 7 resid, resid/bnorm = 2.460083017e-11, 5.534855678e-08 MLMG: Timers: Solve = 0.003365644 Iter = 0.003100023 Bottom = 0.001582716 Time in solve 0.003750135 Max/L2 norm of divergence after solve at level 1 : 5.083364508e-06 0.0003637341947 and volume-weighted sum 26026.70033 Time integration of scalars at level 1 from 608 to 610 with dt = 2 using RHS created at 608 Making slow rhs at time 610 for fast variables advancing from 608 to 610 No-substepping time integration at level 1 to 610 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004832086348 0.002677971539 and volume-weighted sum 26026.70033 Subtracting 5.083339907e-06 from rhs in subdomain 0 Sum after subtraction -2.905661822e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004781252949 MLMG: Initial residual (resid0) = 0.0004781252949 MLMG: Final Iter. 6 resid, resid/bnorm = 2.639014021e-11, 5.519503044e-08 MLMG: Timers: Solve = 0.002931185 Iter = 0.002672196 Bottom = 0.001356113 Time in solve 0.003320989 Max/L2 norm of divergence after solve at level 1 : 5.083365689e-06 0.0003637341947 and volume-weighted sum 26026.70033 Time integration of scalars at level 1 from 608 to 610 with dt = 2 using RHS created at 610 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 305] Advanced 5120 cells Coarse STEP 305 ends. TIME = 610 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.0319304 seconds. Coarse STEP 306 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.309081994 (terrain aware) 1.309081994 (terrain unaware) Anelastic dt at level 0 would be: 5.138488087 (terrain aware) 5.138488087 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385336879 (terrain aware) 0.1385336879 (terrain unaware) Anelastic dt at level 1 would be: 2.510542587 (terrain aware) 2.510542587 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 306] ADVANCE from elapsed time = 610 to 612 with dt = 2 Making slow rhs at time 610 for fast variables advancing from 610 to 610.6666666667 Fast time integration at level 0 from 610 to 610.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 610 to 610.6666666667 with dt = 0.6666666666666 using RHS created at 610 Making slow rhs at time 610.6666666667 for fast variables advancing from 610 to 611 Fast time integration at level 0 from 610 to 610.5 with dt = 0.5 Fast time integration at level 0 from 610.5 to 611 with dt = 0.5 Time integration of scalars at level 0 from 610 to 611 with dt = 1 using RHS created at 610.6666666667 Making slow rhs at time 611 for fast variables advancing from 610 to 612 Fast time integration at level 0 from 610 to 610.5 with dt = 0.5 Fast time integration at level 0 from 610.5 to 611 with dt = 0.5 Fast time integration at level 0 from 611 to 611.5 with dt = 0.5 Fast time integration at level 0 from 611.5 to 612 with dt = 0.5 Time integration of scalars at level 0 from 610 to 612 with dt = 2 using RHS created at 611 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 306] Advanced 4096 cells [Level 1 step 306] ADVANCE from elapsed time = 610 to 612 with dt = 2 Making slow rhs at time 610 for fast variables advancing from 610 to 612 No-substepping time integration at level 1 to 612 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005512119073 0.00268208218 and volume-weighted sum 22678.38477 Subtracting 4.429372025e-06 from rhs in subdomain 0 Sum after subtraction -8.67361738e-13 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005467825353 MLMG: Initial residual (resid0) = 0.0005467825353 MLMG: Final Iter. 7 resid, resid/bnorm = 3.077059268e-11, 5.627574162e-08 MLMG: Timers: Solve = 0.003341542 Iter = 0.003086367 Bottom = 0.001572234 Time in solve 0.003729736 Max/L2 norm of divergence after solve at level 1 : 4.429402795e-06 0.0003169400622 and volume-weighted sum 22678.38477 Time integration of scalars at level 1 from 610 to 612 with dt = 2 using RHS created at 610 Making slow rhs at time 612 for fast variables advancing from 610 to 612 No-substepping time integration at level 1 to 612 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005534956656 0.002656580754 and volume-weighted sum 22678.38477 Subtracting 4.429372025e-06 from rhs in subdomain 0 Sum after subtraction -2.211772432e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005490662936 MLMG: Initial residual (resid0) = 0.0005490662936 MLMG: Final Iter. 6 resid, resid/bnorm = 2.386567816e-11, 4.346593196e-08 MLMG: Timers: Solve = 0.002950223 Iter = 0.00269144 Bottom = 0.001375114 Time in solve 0.003329078 Max/L2 norm of divergence after solve at level 1 : 4.429395332e-06 0.0003169400622 and volume-weighted sum 22678.38477 Time integration of scalars at level 1 from 610 to 612 with dt = 2 using RHS created at 612 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 306] Advanced 5120 cells Coarse STEP 306 ends. TIME = 612 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031932662 seconds. Coarse STEP 307 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.310728442 (terrain aware) 1.310728442 (terrain unaware) Anelastic dt at level 0 would be: 5.148676674 (terrain aware) 5.148676674 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385391163 (terrain aware) 0.1385391163 (terrain unaware) Anelastic dt at level 1 would be: 2.513984706 (terrain aware) 2.513984706 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 307] ADVANCE from elapsed time = 612 to 614 with dt = 2 Making slow rhs at time 612 for fast variables advancing from 612 to 612.6666666667 Fast time integration at level 0 from 612 to 612.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 612 to 612.6666666667 with dt = 0.6666666666666 using RHS created at 612 Making slow rhs at time 612.6666666667 for fast variables advancing from 612 to 613 Fast time integration at level 0 from 612 to 612.5 with dt = 0.5 Fast time integration at level 0 from 612.5 to 613 with dt = 0.5 Time integration of scalars at level 0 from 612 to 613 with dt = 1 using RHS created at 612.6666666667 Making slow rhs at time 613 for fast variables advancing from 612 to 614 Fast time integration at level 0 from 612 to 612.5 with dt = 0.5 Fast time integration at level 0 from 612.5 to 613 with dt = 0.5 Fast time integration at level 0 from 613 to 613.5 with dt = 0.5 Fast time integration at level 0 from 613.5 to 614 with dt = 0.5 Time integration of scalars at level 0 from 612 to 614 with dt = 2 using RHS created at 613 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 307] Advanced 4096 cells [Level 1 step 307] ADVANCE from elapsed time = 612 to 614 with dt = 2 Making slow rhs at time 612 for fast variables advancing from 612 to 614 No-substepping time integration at level 1 to 614 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005355108128 0.002644038309 and volume-weighted sum 18469.00193 Subtracting 3.60722694e-06 from rhs in subdomain 0 Sum after subtraction 8.066464163e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005319035859 MLMG: Initial residual (resid0) = 0.0005319035859 MLMG: Final Iter. 7 resid, resid/bnorm = 2.411300752e-11, 4.533341787e-08 MLMG: Timers: Solve = 0.003347797 Iter = 0.003085928 Bottom = 0.001568745 Time in solve 0.003758495 Max/L2 norm of divergence after solve at level 1 : 3.607251053e-06 0.0002581121487 and volume-weighted sum 18469.00193 Time integration of scalars at level 1 from 612 to 614 with dt = 2 using RHS created at 612 Making slow rhs at time 614 for fast variables advancing from 612 to 614 No-substepping time integration at level 1 to 614 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005088225698 0.002634774156 and volume-weighted sum 18469.00193 Subtracting 3.60722694e-06 from rhs in subdomain 0 Sum after subtraction 2.068657745e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005052153429 MLMG: Initial residual (resid0) = 0.0005052153429 MLMG: Final Iter. 6 resid, resid/bnorm = 2.170140566e-11, 4.295476367e-08 MLMG: Timers: Solve = 0.0029429 Iter = 0.002681969 Bottom = 0.001367864 Time in solve 0.003323591 Max/L2 norm of divergence after solve at level 1 : 3.607248125e-06 0.0002581121487 and volume-weighted sum 18469.00193 Time integration of scalars at level 1 from 612 to 614 with dt = 2 using RHS created at 614 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 307] Advanced 5120 cells Coarse STEP 307 ends. TIME = 614 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031518861 seconds. Coarse STEP 308 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.311711114 (terrain aware) 1.311711114 (terrain unaware) Anelastic dt at level 0 would be: 5.142769632 (terrain aware) 5.142769632 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385471509 (terrain aware) 0.1385471509 (terrain unaware) Anelastic dt at level 1 would be: 2.519994513 (terrain aware) 2.519994513 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 308] ADVANCE from elapsed time = 614 to 616 with dt = 2 Making slow rhs at time 614 for fast variables advancing from 614 to 614.6666666667 Fast time integration at level 0 from 614 to 614.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 614 to 614.6666666667 with dt = 0.6666666666666 using RHS created at 614 Making slow rhs at time 614.6666666667 for fast variables advancing from 614 to 615 Fast time integration at level 0 from 614 to 614.5 with dt = 0.5 Fast time integration at level 0 from 614.5 to 615 with dt = 0.5 Time integration of scalars at level 0 from 614 to 615 with dt = 1 using RHS created at 614.6666666667 Making slow rhs at time 615 for fast variables advancing from 614 to 616 Fast time integration at level 0 from 614 to 614.5 with dt = 0.5 Fast time integration at level 0 from 614.5 to 615 with dt = 0.5 Fast time integration at level 0 from 615 to 615.5 with dt = 0.5 Fast time integration at level 0 from 615.5 to 616 with dt = 0.5 Time integration of scalars at level 0 from 614 to 616 with dt = 2 using RHS created at 615 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 308] Advanced 4096 cells [Level 1 step 308] ADVANCE from elapsed time = 614 to 616 with dt = 2 Making slow rhs at time 614 for fast variables advancing from 614 to 616 No-substepping time integration at level 1 to 616 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004729076302 0.002611032997 and volume-weighted sum 13968.81256 Subtracting 2.728283704e-06 from rhs in subdomain 0 Sum after subtraction -3.339342691e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004701793465 MLMG: Initial residual (resid0) = 0.0004701793465 MLMG: Final Iter. 6 resid, resid/bnorm = 6.210479689e-11, 1.320874627e-07 MLMG: Timers: Solve = 0.003074201 Iter = 0.002817602 Bottom = 0.00136195 Time in solve 0.003466198 Max/L2 norm of divergence after solve at level 1 : 2.728344454e-06 0.0001952200903 and volume-weighted sum 13968.81256 Time integration of scalars at level 1 from 614 to 616 with dt = 2 using RHS created at 614 Making slow rhs at time 616 for fast variables advancing from 614 to 616 No-substepping time integration at level 1 to 616 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000501291981 0.002614834978 and volume-weighted sum 13968.81256 Subtracting 2.728283704e-06 from rhs in subdomain 0 Sum after subtraction -1.040834086e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004985636972 MLMG: Initial residual (resid0) = 0.0004985636972 MLMG: Final Iter. 6 resid, resid/bnorm = 1.975097999e-11, 3.961576043e-08 MLMG: Timers: Solve = 0.002937046 Iter = 0.002680828 Bottom = 0.00136035 Time in solve 0.003331506 Max/L2 norm of divergence after solve at level 1 : 2.728302978e-06 0.0001952200903 and volume-weighted sum 13968.81256 Time integration of scalars at level 1 from 614 to 616 with dt = 2 using RHS created at 616 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 308] Advanced 5120 cells Coarse STEP 308 ends. TIME = 616 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031257555 seconds. Coarse STEP 309 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.312171516 (terrain aware) 1.312171516 (terrain unaware) Anelastic dt at level 0 would be: 5.146243244 (terrain aware) 5.146243244 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385574087 (terrain aware) 0.1385574087 (terrain unaware) Anelastic dt at level 1 would be: 2.523097365 (terrain aware) 2.523097365 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 309] ADVANCE from elapsed time = 616 to 618 with dt = 2 Making slow rhs at time 616 for fast variables advancing from 616 to 616.6666666667 Fast time integration at level 0 from 616 to 616.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 616 to 616.6666666667 with dt = 0.6666666666666 using RHS created at 616 Making slow rhs at time 616.6666666667 for fast variables advancing from 616 to 617 Fast time integration at level 0 from 616 to 616.5 with dt = 0.5 Fast time integration at level 0 from 616.5 to 617 with dt = 0.5 Time integration of scalars at level 0 from 616 to 617 with dt = 1 using RHS created at 616.6666666667 Making slow rhs at time 617 for fast variables advancing from 616 to 618 Fast time integration at level 0 from 616 to 616.5 with dt = 0.5 Fast time integration at level 0 from 616.5 to 617 with dt = 0.5 Fast time integration at level 0 from 617 to 617.5 with dt = 0.5 Fast time integration at level 0 from 617.5 to 618 with dt = 0.5 Time integration of scalars at level 0 from 616 to 618 with dt = 2 using RHS created at 617 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 309] Advanced 4096 cells [Level 1 step 309] ADVANCE from elapsed time = 616 to 618 with dt = 2 Making slow rhs at time 616 for fast variables advancing from 616 to 618 No-substepping time integration at level 1 to 618 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005512067284 0.00259665898 and volume-weighted sum 8911.000086 Subtracting 1.740429704e-06 from rhs in subdomain 0 Sum after subtraction 6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005494662987 MLMG: Initial residual (resid0) = 0.0005494662987 MLMG: Final Iter. 7 resid, resid/bnorm = 1.439436169e-11, 2.619698737e-08 MLMG: Timers: Solve = 0.003481808 Iter = 0.003219683 Bottom = 0.001547961 Time in solve 0.003861291 Max/L2 norm of divergence after solve at level 1 : 1.74044382e-06 0.0001245350121 and volume-weighted sum 8911.000086 Time integration of scalars at level 1 from 616 to 618 with dt = 2 using RHS created at 616 Making slow rhs at time 618 for fast variables advancing from 616 to 618 No-substepping time integration at level 1 to 618 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005471761259 0.002596451115 and volume-weighted sum 8911.000086 Subtracting 1.740429704e-06 from rhs in subdomain 0 Sum after subtraction 1.301042607e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005454356962 MLMG: Initial residual (resid0) = 0.0005454356962 MLMG: Final Iter. 6 resid, resid/bnorm = 1.778549906e-11, 3.26078751e-08 MLMG: Timers: Solve = 0.002933614 Iter = 0.002669995 Bottom = 0.001359016 Time in solve 0.003325739 Max/L2 norm of divergence after solve at level 1 : 1.740447053e-06 0.0001245350121 and volume-weighted sum 8911.000086 Time integration of scalars at level 1 from 616 to 618 with dt = 2 using RHS created at 618 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 309] Advanced 5120 cells Coarse STEP 309 ends. TIME = 618 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031562835 seconds. Coarse STEP 310 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.313270834 (terrain aware) 1.313270834 (terrain unaware) Anelastic dt at level 0 would be: 5.158769991 (terrain aware) 5.158769991 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385611882 (terrain aware) 0.1385611882 (terrain unaware) Anelastic dt at level 1 would be: 2.524068108 (terrain aware) 2.524068108 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 310] ADVANCE from elapsed time = 618 to 620 with dt = 2 Making slow rhs at time 618 for fast variables advancing from 618 to 618.6666666667 Fast time integration at level 0 from 618 to 618.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 618 to 618.6666666667 with dt = 0.6666666666666 using RHS created at 618 Making slow rhs at time 618.6666666667 for fast variables advancing from 618 to 619 Fast time integration at level 0 from 618 to 618.5 with dt = 0.5 Fast time integration at level 0 from 618.5 to 619 with dt = 0.5 Time integration of scalars at level 0 from 618 to 619 with dt = 1 using RHS created at 618.6666666667 Making slow rhs at time 619 for fast variables advancing from 618 to 620 Fast time integration at level 0 from 618 to 618.5 with dt = 0.5 Fast time integration at level 0 from 618.5 to 619 with dt = 0.5 Fast time integration at level 0 from 619 to 619.5 with dt = 0.5 Fast time integration at level 0 from 619.5 to 620 with dt = 0.5 Time integration of scalars at level 0 from 618 to 620 with dt = 2 using RHS created at 619 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 310] Advanced 4096 cells [Level 1 step 310] ADVANCE from elapsed time = 618 to 620 with dt = 2 Making slow rhs at time 618 for fast variables advancing from 618 to 620 No-substepping time integration at level 1 to 620 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005114108178 0.002595403902 and volume-weighted sum 2912.592429 Subtracting 5.688657088e-07 from rhs in subdomain 0 Sum after subtraction 1.864827737e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005108419521 MLMG: Initial residual (resid0) = 0.0005108419521 MLMG: Final Iter. 7 resid, resid/bnorm = 3.180937043e-11, 6.226851632e-08 MLMG: Timers: Solve = 0.003346234 Iter = 0.003087996 Bottom = 0.001576307 Time in solve 0.003727571 Max/L2 norm of divergence after solve at level 1 : 5.688968973e-07 4.070471664e-05 and volume-weighted sum 2912.592429 Time integration of scalars at level 1 from 618 to 620 with dt = 2 using RHS created at 618 Making slow rhs at time 620 for fast variables advancing from 618 to 620 No-substepping time integration at level 1 to 620 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004899878264 0.002579832595 and volume-weighted sum 2912.592429 Subtracting 5.688657088e-07 from rhs in subdomain 0 Sum after subtraction 1.838806885e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004894189607 MLMG: Initial residual (resid0) = 0.0004894189607 MLMG: Final Iter. 6 resid, resid/bnorm = 1.591996004e-11, 3.252828624e-08 MLMG: Timers: Solve = 0.002936415 Iter = 0.002683016 Bottom = 0.001369139 Time in solve 0.003325845 Max/L2 norm of divergence after solve at level 1 : 5.688812297e-07 4.070471664e-05 and volume-weighted sum 2912.592429 Time integration of scalars at level 1 from 618 to 620 with dt = 2 using RHS created at 620 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 310] Advanced 5120 cells Coarse STEP 310 ends. TIME = 620 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.0317077 seconds. Coarse STEP 311 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.314964226 (terrain aware) 1.314964226 (terrain unaware) Anelastic dt at level 0 would be: 5.179861228 (terrain aware) 5.179861228 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138563459 (terrain aware) 0.138563459 (terrain unaware) Anelastic dt at level 1 would be: 2.526926589 (terrain aware) 2.526926589 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 311] ADVANCE from elapsed time = 620 to 622 with dt = 2 Making slow rhs at time 620 for fast variables advancing from 620 to 620.6666666667 Fast time integration at level 0 from 620 to 620.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 620 to 620.6666666667 with dt = 0.6666666666666 using RHS created at 620 Making slow rhs at time 620.6666666667 for fast variables advancing from 620 to 621 Fast time integration at level 0 from 620 to 620.5 with dt = 0.5 Fast time integration at level 0 from 620.5 to 621 with dt = 0.5 Time integration of scalars at level 0 from 620 to 621 with dt = 1 using RHS created at 620.6666666667 Making slow rhs at time 621 for fast variables advancing from 620 to 622 Fast time integration at level 0 from 620 to 620.5 with dt = 0.5 Fast time integration at level 0 from 620.5 to 621 with dt = 0.5 Fast time integration at level 0 from 621 to 621.5 with dt = 0.5 Fast time integration at level 0 from 621.5 to 622 with dt = 0.5 Time integration of scalars at level 0 from 620 to 622 with dt = 2 using RHS created at 621 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 311] Advanced 4096 cells [Level 1 step 311] ADVANCE from elapsed time = 620 to 622 with dt = 2 Making slow rhs at time 620 for fast variables advancing from 620 to 622 No-substepping time integration at level 1 to 622 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004896981539 0.002587004646 and volume-weighted sum -3767.964443 Subtracting -7.359305552e-07 from rhs in subdomain 0 Sum after subtraction -1.340073885e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004904340845 MLMG: Initial residual (resid0) = 0.0004904340845 MLMG: Final Iter. 7 resid, resid/bnorm = 3.893815132e-11, 7.939527971e-08 MLMG: Timers: Solve = 0.003356766 Iter = 0.003097719 Bottom = 0.001577592 Time in solve 0.003737893 Max/L2 norm of divergence after solve at level 1 : 7.359694934e-07 5.265890394e-05 and volume-weighted sum -3767.964443 Time integration of scalars at level 1 from 620 to 622 with dt = 2 using RHS created at 620 Making slow rhs at time 622 for fast variables advancing from 620 to 622 No-substepping time integration at level 1 to 622 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005121596698 0.002567353194 and volume-weighted sum -3767.964443 Subtracting -7.359305552e-07 from rhs in subdomain 0 Sum after subtraction -1.374768355e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005128956004 MLMG: Initial residual (resid0) = 0.0005128956004 MLMG: Final Iter. 6 resid, resid/bnorm = 1.398575632e-11, 2.72682322e-08 MLMG: Timers: Solve = 0.002953912 Iter = 0.002693466 Bottom = 0.001380314 Time in solve 0.003343791 Max/L2 norm of divergence after solve at level 1 : 7.35944541e-07 5.265890394e-05 and volume-weighted sum -3767.964443 Time integration of scalars at level 1 from 620 to 622 with dt = 2 using RHS created at 622 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 311] Advanced 5120 cells Coarse STEP 311 ends. TIME = 622 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032752232 seconds. Coarse STEP 312 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.315936313 (terrain aware) 1.315936313 (terrain unaware) Anelastic dt at level 0 would be: 5.208693281 (terrain aware) 5.208693281 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138567097 (terrain aware) 0.138567097 (terrain unaware) Anelastic dt at level 1 would be: 2.531198392 (terrain aware) 2.531198392 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 312] ADVANCE from elapsed time = 622 to 624 with dt = 2 Making slow rhs at time 622 for fast variables advancing from 622 to 622.6666666667 Fast time integration at level 0 from 622 to 622.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 622 to 622.6666666667 with dt = 0.6666666666666 using RHS created at 622 Making slow rhs at time 622.6666666667 for fast variables advancing from 622 to 623 Fast time integration at level 0 from 622 to 622.5 with dt = 0.5 Fast time integration at level 0 from 622.5 to 623 with dt = 0.5 Time integration of scalars at level 0 from 622 to 623 with dt = 1 using RHS created at 622.6666666667 Making slow rhs at time 623 for fast variables advancing from 622 to 624 Fast time integration at level 0 from 622 to 622.5 with dt = 0.5 Fast time integration at level 0 from 622.5 to 623 with dt = 0.5 Fast time integration at level 0 from 623 to 623.5 with dt = 0.5 Fast time integration at level 0 from 623.5 to 624 with dt = 0.5 Time integration of scalars at level 0 from 622 to 624 with dt = 2 using RHS created at 623 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 312] Advanced 4096 cells [Level 1 step 312] ADVANCE from elapsed time = 622 to 624 with dt = 2 Making slow rhs at time 622 for fast variables advancing from 622 to 624 No-substepping time integration at level 1 to 624 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005451581771 0.00256548382 and volume-weighted sum -10058.52199 Subtracting -1.964555075e-06 from rhs in subdomain 0 Sum after subtraction -7.806255642e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005471227322 MLMG: Initial residual (resid0) = 0.0005471227322 MLMG: Final Iter. 7 resid, resid/bnorm = 3.343238546e-11, 6.110582415e-08 MLMG: Timers: Solve = 0.003412962 Iter = 0.003156353 Bottom = 0.001626145 Time in solve 0.003797574 Max/L2 norm of divergence after solve at level 1 : 1.964588508e-06 0.0001405721182 and volume-weighted sum -10058.52199 Time integration of scalars at level 1 from 622 to 624 with dt = 2 using RHS created at 622 Making slow rhs at time 624 for fast variables advancing from 622 to 624 No-substepping time integration at level 1 to 624 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005353530984 0.00255767798 and volume-weighted sum -10058.52199 Subtracting -1.964555075e-06 from rhs in subdomain 0 Sum after subtraction -1.153591112e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005373176535 MLMG: Initial residual (resid0) = 0.0005373176535 MLMG: Final Iter. 6 resid, resid/bnorm = 1.199323438e-11, 2.232056643e-08 MLMG: Timers: Solve = 0.002951689 Iter = 0.002693002 Bottom = 0.001374652 Time in solve 0.003329186 Max/L2 norm of divergence after solve at level 1 : 1.964567069e-06 0.0001405721182 and volume-weighted sum -10058.52199 Time integration of scalars at level 1 from 622 to 624 with dt = 2 using RHS created at 624 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 312] Advanced 5120 cells Coarse STEP 312 ends. TIME = 624 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031859508 seconds. Coarse STEP 313 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.317163732 (terrain aware) 1.317163732 (terrain unaware) Anelastic dt at level 0 would be: 5.244083315 (terrain aware) 5.244083315 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385720704 (terrain aware) 0.1385720704 (terrain unaware) Anelastic dt at level 1 would be: 2.537298223 (terrain aware) 2.537298223 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 313] ADVANCE from elapsed time = 624 to 626 with dt = 2 Making slow rhs at time 624 for fast variables advancing from 624 to 624.6666666667 Fast time integration at level 0 from 624 to 624.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 624 to 624.6666666667 with dt = 0.6666666666666 using RHS created at 624 Making slow rhs at time 624.6666666667 for fast variables advancing from 624 to 625 Fast time integration at level 0 from 624 to 624.5 with dt = 0.5 Fast time integration at level 0 from 624.5 to 625 with dt = 0.5 Time integration of scalars at level 0 from 624 to 625 with dt = 1 using RHS created at 624.6666666667 Making slow rhs at time 625 for fast variables advancing from 624 to 626 Fast time integration at level 0 from 624 to 624.5 with dt = 0.5 Fast time integration at level 0 from 624.5 to 625 with dt = 0.5 Fast time integration at level 0 from 625 to 625.5 with dt = 0.5 Fast time integration at level 0 from 625.5 to 626 with dt = 0.5 Time integration of scalars at level 0 from 624 to 626 with dt = 2 using RHS created at 625 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 313] Advanced 4096 cells [Level 1 step 313] ADVANCE from elapsed time = 624 to 626 with dt = 2 Making slow rhs at time 624 for fast variables advancing from 624 to 626 No-substepping time integration at level 1 to 626 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000483915136 0.002543509337 and volume-weighted sum -14636.46705 Subtracting -2.858684971e-06 from rhs in subdomain 0 Sum after subtraction -1.42247325e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000486773821 MLMG: Initial residual (resid0) = 0.000486773821 MLMG: Final Iter. 7 resid, resid/bnorm = 1.782947036e-11, 3.662783329e-08 MLMG: Timers: Solve = 0.003377998 Iter = 0.003109074 Bottom = 0.001587941 Time in solve 0.003757333 Max/L2 norm of divergence after solve at level 1 : 2.8587028e-06 0.0002045508455 and volume-weighted sum -14636.46705 Time integration of scalars at level 1 from 624 to 626 with dt = 2 using RHS created at 624 Making slow rhs at time 626 for fast variables advancing from 624 to 626 No-substepping time integration at level 1 to 626 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004683970014 0.002549131004 and volume-weighted sum -14636.46705 Subtracting -2.858684971e-06 from rhs in subdomain 0 Sum after subtraction -9.410874857e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004712556864 MLMG: Initial residual (resid0) = 0.0004712556864 MLMG: Final Iter. 5 resid, resid/bnorm = 9.490111358e-11, 2.013792434e-07 MLMG: Timers: Solve = 0.0024771 Iter = 0.002215728 Bottom = 0.001109743 Time in solve 0.002864332 Max/L2 norm of divergence after solve at level 1 : 2.858777604e-06 0.0002045508455 and volume-weighted sum -14636.46705 Time integration of scalars at level 1 from 624 to 626 with dt = 2 using RHS created at 626 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 313] Advanced 5120 cells Coarse STEP 313 ends. TIME = 626 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031375233 seconds. Coarse STEP 314 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.318790985 (terrain aware) 1.318790985 (terrain unaware) Anelastic dt at level 0 would be: 5.280047967 (terrain aware) 5.280047967 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385778703 (terrain aware) 0.1385778703 (terrain unaware) Anelastic dt at level 1 would be: 2.537202296 (terrain aware) 2.537202296 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 314] ADVANCE from elapsed time = 626 to 628 with dt = 2 Making slow rhs at time 626 for fast variables advancing from 626 to 626.6666666667 Fast time integration at level 0 from 626 to 626.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 626 to 626.6666666667 with dt = 0.6666666666666 using RHS created at 626 Making slow rhs at time 626.6666666667 for fast variables advancing from 626 to 627 Fast time integration at level 0 from 626 to 626.5 with dt = 0.5 Fast time integration at level 0 from 626.5 to 627 with dt = 0.5 Time integration of scalars at level 0 from 626 to 627 with dt = 1 using RHS created at 626.6666666667 Making slow rhs at time 627 for fast variables advancing from 626 to 628 Fast time integration at level 0 from 626 to 626.5 with dt = 0.5 Fast time integration at level 0 from 626.5 to 627 with dt = 0.5 Fast time integration at level 0 from 627 to 627.5 with dt = 0.5 Fast time integration at level 0 from 627.5 to 628 with dt = 0.5 Time integration of scalars at level 0 from 626 to 628 with dt = 2 using RHS created at 627 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 314] Advanced 4096 cells [Level 1 step 314] ADVANCE from elapsed time = 626 to 628 with dt = 2 Making slow rhs at time 626 for fast variables advancing from 626 to 628 No-substepping time integration at level 1 to 628 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005013568369 0.002532297086 and volume-weighted sum -16817.29893 Subtracting -3.284628698e-06 from rhs in subdomain 0 Sum after subtraction -1.830133267e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005046414656 MLMG: Initial residual (resid0) = 0.0005046414656 MLMG: Final Iter. 6 resid, resid/bnorm = 1.590124547e-11, 3.15099859e-08 MLMG: Timers: Solve = 0.002950212 Iter = 0.002686242 Bottom = 0.001365176 Time in solve 0.003336235 Max/L2 norm of divergence after solve at level 1 : 3.284644599e-06 0.0002350288976 and volume-weighted sum -16817.29893 Time integration of scalars at level 1 from 626 to 628 with dt = 2 using RHS created at 626 Making slow rhs at time 628 for fast variables advancing from 626 to 628 No-substepping time integration at level 1 to 628 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005186715734 0.002540060514 and volume-weighted sum -16817.29893 Subtracting -3.284628698e-06 from rhs in subdomain 0 Sum after subtraction -2.003605615e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005219562021 MLMG: Initial residual (resid0) = 0.0005219562021 MLMG: Final Iter. 5 resid, resid/bnorm = 8.189980643e-11, 1.569093462e-07 MLMG: Timers: Solve = 0.002578346 Iter = 0.002316342 Bottom = 0.00118467 Time in solve 0.002981252 Max/L2 norm of divergence after solve at level 1 : 3.284708584e-06 0.0002350288976 and volume-weighted sum -16817.29893 Time integration of scalars at level 1 from 626 to 628 with dt = 2 using RHS created at 628 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 314] Advanced 5120 cells Coarse STEP 314 ends. TIME = 628 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030915178 seconds. Coarse STEP 315 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320352338 (terrain aware) 1.320352338 (terrain unaware) Anelastic dt at level 0 would be: 5.275783426 (terrain aware) 5.275783426 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138581225 (terrain aware) 0.138581225 (terrain unaware) Anelastic dt at level 1 would be: 2.538682646 (terrain aware) 2.538682646 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 315] ADVANCE from elapsed time = 628 to 630 with dt = 2 Making slow rhs at time 628 for fast variables advancing from 628 to 628.6666666667 Fast time integration at level 0 from 628 to 628.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 628 to 628.6666666667 with dt = 0.6666666666666 using RHS created at 628 Making slow rhs at time 628.6666666667 for fast variables advancing from 628 to 629 Fast time integration at level 0 from 628 to 628.5 with dt = 0.5 Fast time integration at level 0 from 628.5 to 629 with dt = 0.5 Time integration of scalars at level 0 from 628 to 629 with dt = 1 using RHS created at 628.6666666667 Making slow rhs at time 629 for fast variables advancing from 628 to 630 Fast time integration at level 0 from 628 to 628.5 with dt = 0.5 Fast time integration at level 0 from 628.5 to 629 with dt = 0.5 Fast time integration at level 0 from 629 to 629.5 with dt = 0.5 Fast time integration at level 0 from 629.5 to 630 with dt = 0.5 Time integration of scalars at level 0 from 628 to 630 with dt = 2 using RHS created at 629 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 315] Advanced 4096 cells [Level 1 step 315] ADVANCE from elapsed time = 628 to 630 with dt = 2 Making slow rhs at time 628 for fast variables advancing from 628 to 630 No-substepping time integration at level 1 to 630 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005370596802 0.002528489463 and volume-weighted sum -16964.65495 Subtracting -3.31340917e-06 from rhs in subdomain 0 Sum after subtraction 1.934216676e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005403730894 MLMG: Initial residual (resid0) = 0.0005403730894 MLMG: Final Iter. 7 resid, resid/bnorm = 1.735973724e-11, 3.212546587e-08 MLMG: Timers: Solve = 0.003292171 Iter = 0.003036102 Bottom = 0.001515201 Time in solve 0.00367457 Max/L2 norm of divergence after solve at level 1 : 3.313426183e-06 0.0002370882605 and volume-weighted sum -16964.65495 Time integration of scalars at level 1 from 628 to 630 with dt = 2 using RHS created at 628 Making slow rhs at time 630 for fast variables advancing from 628 to 630 No-substepping time integration at level 1 to 630 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005222496115 0.002528051414 and volume-weighted sum -16964.65495 Subtracting -3.31340917e-06 from rhs in subdomain 0 Sum after subtraction 1.639313685e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005255630207 MLMG: Initial residual (resid0) = 0.0005255630207 MLMG: Final Iter. 5 resid, resid/bnorm = 7.091348228e-11, 1.349285994e-07 MLMG: Timers: Solve = 0.002713247 Iter = 0.002453745 Bottom = 0.001183608 Time in solve 0.003104478 Max/L2 norm of divergence after solve at level 1 : 3.313478287e-06 0.0002370882605 and volume-weighted sum -16964.65495 Time integration of scalars at level 1 from 628 to 630 with dt = 2 using RHS created at 630 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 315] Advanced 5120 cells Coarse STEP 315 ends. TIME = 630 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031203782 seconds. Coarse STEP 316 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.320849271 (terrain aware) 1.320849271 (terrain unaware) Anelastic dt at level 0 would be: 5.280446466 (terrain aware) 5.280446466 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385828594 (terrain aware) 0.1385828594 (terrain unaware) Anelastic dt at level 1 would be: 2.542207398 (terrain aware) 2.542207398 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 316] ADVANCE from elapsed time = 630 to 632 with dt = 2 Making slow rhs at time 630 for fast variables advancing from 630 to 630.6666666667 Fast time integration at level 0 from 630 to 630.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 630 to 630.6666666667 with dt = 0.6666666666666 using RHS created at 630 Making slow rhs at time 630.6666666667 for fast variables advancing from 630 to 631 Fast time integration at level 0 from 630 to 630.5 with dt = 0.5 Fast time integration at level 0 from 630.5 to 631 with dt = 0.5 Time integration of scalars at level 0 from 630 to 631 with dt = 1 using RHS created at 630.6666666667 Making slow rhs at time 631 for fast variables advancing from 630 to 632 Fast time integration at level 0 from 630 to 630.5 with dt = 0.5 Fast time integration at level 0 from 630.5 to 631 with dt = 0.5 Fast time integration at level 0 from 631 to 631.5 with dt = 0.5 Fast time integration at level 0 from 631.5 to 632 with dt = 0.5 Time integration of scalars at level 0 from 630 to 632 with dt = 2 using RHS created at 631 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 316] Advanced 4096 cells [Level 1 step 316] ADVANCE from elapsed time = 630 to 632 with dt = 2 Making slow rhs at time 630 for fast variables advancing from 630 to 632 No-substepping time integration at level 1 to 632 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004583789626 0.002518639628 and volume-weighted sum -16113.34769 Subtracting -3.147138221e-06 from rhs in subdomain 0 Sum after subtraction -1.908195824e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004615261008 MLMG: Initial residual (resid0) = 0.0004615261008 MLMG: Final Iter. 7 resid, resid/bnorm = 2.308191643e-11, 5.001215834e-08 MLMG: Timers: Solve = 0.003315494 Iter = 0.003054016 Bottom = 0.001535735 Time in solve 0.003694795 Max/L2 norm of divergence after solve at level 1 : 3.147160844e-06 0.0002251908799 and volume-weighted sum -16113.34769 Time integration of scalars at level 1 from 630 to 632 with dt = 2 using RHS created at 630 Making slow rhs at time 632 for fast variables advancing from 630 to 632 No-substepping time integration at level 1 to 632 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004480303286 0.002515223774 and volume-weighted sum -16113.34769 Subtracting -3.147138221e-06 from rhs in subdomain 0 Sum after subtraction 3.989863995e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004511774669 MLMG: Initial residual (resid0) = 0.0004511774669 MLMG: Final Iter. 5 resid, resid/bnorm = 6.289861077e-11, 1.394099116e-07 MLMG: Timers: Solve = 0.002543604 Iter = 0.002285983 Bottom = 0.001169108 Time in solve 0.002928527 Max/L2 norm of divergence after solve at level 1 : 3.147199482e-06 0.0002251908799 and volume-weighted sum -16113.34769 Time integration of scalars at level 1 from 630 to 632 with dt = 2 using RHS created at 632 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 316] Advanced 5120 cells Coarse STEP 316 ends. TIME = 632 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031477924 seconds. Coarse STEP 317 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.321902945 (terrain aware) 1.321902945 (terrain unaware) Anelastic dt at level 0 would be: 5.293294162 (terrain aware) 5.293294162 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385803733 (terrain aware) 0.1385803733 (terrain unaware) Anelastic dt at level 1 would be: 2.547837678 (terrain aware) 2.547837678 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 317] ADVANCE from elapsed time = 632 to 634 with dt = 2 Making slow rhs at time 632 for fast variables advancing from 632 to 632.6666666667 Fast time integration at level 0 from 632 to 632.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 632 to 632.6666666667 with dt = 0.6666666666666 using RHS created at 632 Making slow rhs at time 632.6666666667 for fast variables advancing from 632 to 633 Fast time integration at level 0 from 632 to 632.5 with dt = 0.5 Fast time integration at level 0 from 632.5 to 633 with dt = 0.5 Time integration of scalars at level 0 from 632 to 633 with dt = 1 using RHS created at 632.6666666667 Making slow rhs at time 633 for fast variables advancing from 632 to 634 Fast time integration at level 0 from 632 to 632.5 with dt = 0.5 Fast time integration at level 0 from 632.5 to 633 with dt = 0.5 Fast time integration at level 0 from 633 to 633.5 with dt = 0.5 Fast time integration at level 0 from 633.5 to 634 with dt = 0.5 Time integration of scalars at level 0 from 632 to 634 with dt = 2 using RHS created at 633 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 317] Advanced 4096 cells [Level 1 step 317] ADVANCE from elapsed time = 632 to 634 with dt = 2 Making slow rhs at time 632 for fast variables advancing from 632 to 634 No-substepping time integration at level 1 to 634 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005121709129 0.002496946723 and volume-weighted sum -15107.0959 Subtracting -2.950604668e-06 from rhs in subdomain 0 Sum after subtraction -3.027092466e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005151215176 MLMG: Initial residual (resid0) = 0.0005151215176 MLMG: Final Iter. 7 resid, resid/bnorm = 1.711840394e-11, 3.323177806e-08 MLMG: Timers: Solve = 0.003312877 Iter = 0.003053224 Bottom = 0.001543379 Time in solve 0.003700899 Max/L2 norm of divergence after solve at level 1 : 2.950621445e-06 0.0002111280836 and volume-weighted sum -15107.0959 Time integration of scalars at level 1 from 632 to 634 with dt = 2 using RHS created at 632 Making slow rhs at time 634 for fast variables advancing from 632 to 634 No-substepping time integration at level 1 to 634 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005237236226 0.002502011117 and volume-weighted sum -15107.0959 Subtracting -2.950604668e-06 from rhs in subdomain 0 Sum after subtraction 2.697495005e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005266742273 MLMG: Initial residual (resid0) = 0.0005266742273 MLMG: Final Iter. 5 resid, resid/bnorm = 6.17069877e-11, 1.171634846e-07 MLMG: Timers: Solve = 0.002543485 Iter = 0.002282056 Bottom = 0.001164132 Time in solve 0.002925123 Max/L2 norm of divergence after solve at level 1 : 2.950664794e-06 0.0002111280836 and volume-weighted sum -15107.0959 Time integration of scalars at level 1 from 632 to 634 with dt = 2 using RHS created at 634 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 317] Advanced 5120 cells Coarse STEP 317 ends. TIME = 634 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031442792 seconds. Coarse STEP 318 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.323448646 (terrain aware) 1.323448646 (terrain unaware) Anelastic dt at level 0 would be: 5.313495899 (terrain aware) 5.313495899 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385799894 (terrain aware) 0.1385799894 (terrain unaware) Anelastic dt at level 1 would be: 2.551119525 (terrain aware) 2.551119525 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 318] ADVANCE from elapsed time = 634 to 636 with dt = 2 Making slow rhs at time 634 for fast variables advancing from 634 to 634.6666666667 Fast time integration at level 0 from 634 to 634.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 634 to 634.6666666667 with dt = 0.6666666666666 using RHS created at 634 Making slow rhs at time 634.6666666667 for fast variables advancing from 634 to 635 Fast time integration at level 0 from 634 to 634.5 with dt = 0.5 Fast time integration at level 0 from 634.5 to 635 with dt = 0.5 Time integration of scalars at level 0 from 634 to 635 with dt = 1 using RHS created at 634.6666666667 Making slow rhs at time 635 for fast variables advancing from 634 to 636 Fast time integration at level 0 from 634 to 634.5 with dt = 0.5 Fast time integration at level 0 from 634.5 to 635 with dt = 0.5 Fast time integration at level 0 from 635 to 635.5 with dt = 0.5 Fast time integration at level 0 from 635.5 to 636 with dt = 0.5 Time integration of scalars at level 0 from 634 to 636 with dt = 2 using RHS created at 635 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 318] Advanced 4096 cells [Level 1 step 318] ADVANCE from elapsed time = 634 to 636 with dt = 2 Making slow rhs at time 634 for fast variables advancing from 634 to 636 No-substepping time integration at level 1 to 636 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005281710681 0.002473673565 and volume-weighted sum -14007.12815 Subtracting -2.735767217e-06 from rhs in subdomain 0 Sum after subtraction -1.400789207e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005309068353 MLMG: Initial residual (resid0) = 0.0005309068353 MLMG: Final Iter. 6 resid, resid/bnorm = 2.54303532e-11, 4.789984138e-08 MLMG: Timers: Solve = 0.002925445 Iter = 0.00265853 Bottom = 0.001347825 Time in solve 0.003349001 Max/L2 norm of divergence after solve at level 1 : 2.735792648e-06 0.000195755567 and volume-weighted sum -14007.12815 Time integration of scalars at level 1 from 634 to 636 with dt = 2 using RHS created at 634 Making slow rhs at time 636 for fast variables advancing from 634 to 636 No-substepping time integration at level 1 to 636 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005084789765 0.002488970871 and volume-weighted sum -14007.12815 Subtracting -2.735767217e-06 from rhs in subdomain 0 Sum after subtraction -7.719519468e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005112147437 MLMG: Initial residual (resid0) = 0.0005112147437 MLMG: Final Iter. 5 resid, resid/bnorm = 5.779594062e-11, 1.130560911e-07 MLMG: Timers: Solve = 0.002542884 Iter = 0.002271972 Bottom = 0.001160867 Time in solve 0.002924911 Max/L2 norm of divergence after solve at level 1 : 2.735823517e-06 0.000195755567 and volume-weighted sum -14007.12815 Time integration of scalars at level 1 from 634 to 636 with dt = 2 using RHS created at 636 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 318] Advanced 5120 cells Coarse STEP 318 ends. TIME = 636 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03083299 seconds. Coarse STEP 319 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.325031828 (terrain aware) 1.325031828 (terrain unaware) Anelastic dt at level 0 would be: 5.340037425 (terrain aware) 5.340037425 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385815077 (terrain aware) 0.1385815077 (terrain unaware) Anelastic dt at level 1 would be: 2.552374928 (terrain aware) 2.552374928 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 319] ADVANCE from elapsed time = 636 to 638 with dt = 2 Making slow rhs at time 636 for fast variables advancing from 636 to 636.6666666667 Fast time integration at level 0 from 636 to 636.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 636 to 636.6666666667 with dt = 0.6666666666666 using RHS created at 636 Making slow rhs at time 636.6666666667 for fast variables advancing from 636 to 637 Fast time integration at level 0 from 636 to 636.5 with dt = 0.5 Fast time integration at level 0 from 636.5 to 637 with dt = 0.5 Time integration of scalars at level 0 from 636 to 637 with dt = 1 using RHS created at 636.6666666667 Making slow rhs at time 637 for fast variables advancing from 636 to 638 Fast time integration at level 0 from 636 to 636.5 with dt = 0.5 Fast time integration at level 0 from 636.5 to 637 with dt = 0.5 Fast time integration at level 0 from 637 to 637.5 with dt = 0.5 Fast time integration at level 0 from 637.5 to 638 with dt = 0.5 Time integration of scalars at level 0 from 636 to 638 with dt = 2 using RHS created at 637 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 319] Advanced 4096 cells [Level 1 step 319] ADVANCE from elapsed time = 636 to 638 with dt = 2 Making slow rhs at time 636 for fast variables advancing from 636 to 638 No-substepping time integration at level 1 to 638 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004329616287 0.002465943043 and volume-weighted sum -12134.97586 Subtracting -2.370112472e-06 from rhs in subdomain 0 Sum after subtraction 2.454633719e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004353317411 MLMG: Initial residual (resid0) = 0.0004353317411 MLMG: Final Iter. 7 resid, resid/bnorm = 1.312592631e-11, 3.015154896e-08 MLMG: Timers: Solve = 0.003499351 Iter = 0.003238551 Bottom = 0.001576385 Time in solve 0.003889883 Max/L2 norm of divergence after solve at level 1 : 2.370125598e-06 0.0001695914433 and volume-weighted sum -12134.97586 Time integration of scalars at level 1 from 636 to 638 with dt = 2 using RHS created at 636 Making slow rhs at time 638 for fast variables advancing from 636 to 638 No-substepping time integration at level 1 to 638 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004471038272 0.002475874791 and volume-weighted sum -12134.97586 Subtracting -2.370112472e-06 from rhs in subdomain 0 Sum after subtraction 2.164067536e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004494739397 MLMG: Initial residual (resid0) = 0.0004494739397 MLMG: Final Iter. 5 resid, resid/bnorm = 5.446562967e-11, 1.211763906e-07 MLMG: Timers: Solve = 0.002555316 Iter = 0.002294194 Bottom = 0.001166552 Time in solve 0.002936361 Max/L2 norm of divergence after solve at level 1 : 2.370165515e-06 0.0001695914433 and volume-weighted sum -12134.97586 Time integration of scalars at level 1 from 636 to 638 with dt = 2 using RHS created at 638 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 319] Advanced 5120 cells Coarse STEP 319 ends. TIME = 638 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031393685 seconds. Coarse STEP 320 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.326075742 (terrain aware) 1.326075742 (terrain unaware) Anelastic dt at level 0 would be: 5.371727477 (terrain aware) 5.371727477 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385847019 (terrain aware) 0.1385847019 (terrain unaware) Anelastic dt at level 1 would be: 2.555551784 (terrain aware) 2.555551784 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 320] ADVANCE from elapsed time = 638 to 640 with dt = 2 Making slow rhs at time 638 for fast variables advancing from 638 to 638.6666666667 Fast time integration at level 0 from 638 to 638.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 638 to 638.6666666667 with dt = 0.6666666666666 using RHS created at 638 Making slow rhs at time 638.6666666667 for fast variables advancing from 638 to 639 Fast time integration at level 0 from 638 to 638.5 with dt = 0.5 Fast time integration at level 0 from 638.5 to 639 with dt = 0.5 Time integration of scalars at level 0 from 638 to 639 with dt = 1 using RHS created at 638.6666666667 Making slow rhs at time 639 for fast variables advancing from 638 to 640 Fast time integration at level 0 from 638 to 638.5 with dt = 0.5 Fast time integration at level 0 from 638.5 to 639 with dt = 0.5 Fast time integration at level 0 from 639 to 639.5 with dt = 0.5 Fast time integration at level 0 from 639.5 to 640 with dt = 0.5 Time integration of scalars at level 0 from 638 to 640 with dt = 2 using RHS created at 639 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 320] Advanced 4096 cells [Level 1 step 320] ADVANCE from elapsed time = 638 to 640 with dt = 2 Making slow rhs at time 638 for fast variables advancing from 638 to 640 No-substepping time integration at level 1 to 640 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005184194729 0.002467939532 and volume-weighted sum -8774.647004 Subtracting -1.713798243e-06 from rhs in subdomain 0 Sum after subtraction 3.686287386e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005201332711 MLMG: Initial residual (resid0) = 0.0005201332711 MLMG: Final Iter. 7 resid, resid/bnorm = 2.400135934e-11, 4.614463383e-08 MLMG: Timers: Solve = 0.003511932 Iter = 0.003252953 Bottom = 0.001586924 Time in solve 0.003895223 Max/L2 norm of divergence after solve at level 1 : 1.713822244e-06 0.0001226294199 and volume-weighted sum -8774.647004 Time integration of scalars at level 1 from 638 to 640 with dt = 2 using RHS created at 638 Making slow rhs at time 640 for fast variables advancing from 638 to 640 No-substepping time integration at level 1 to 640 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005253626271 0.002461369341 and volume-weighted sum -8774.647004 Subtracting -1.713798243e-06 from rhs in subdomain 0 Sum after subtraction 5.59448321e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005270764253 MLMG: Initial residual (resid0) = 0.0005270764253 MLMG: Final Iter. 5 resid, resid/bnorm = 5.022286461e-11, 9.528573504e-08 MLMG: Timers: Solve = 0.002533888 Iter = 0.002272887 Bottom = 0.001154764 Time in solve 0.002919442 Max/L2 norm of divergence after solve at level 1 : 1.71384713e-06 0.0001226294199 and volume-weighted sum -8774.647004 Time integration of scalars at level 1 from 638 to 640 with dt = 2 using RHS created at 640 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 320] Advanced 5120 cells Coarse STEP 320 ends. TIME = 640 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031305237 seconds. Coarse STEP 321 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.327408405 (terrain aware) 1.327408405 (terrain unaware) Anelastic dt at level 0 would be: 5.407329243 (terrain aware) 5.407329243 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385894055 (terrain aware) 0.1385894055 (terrain unaware) Anelastic dt at level 1 would be: 2.560595828 (terrain aware) 2.560595828 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 321] ADVANCE from elapsed time = 640 to 642 with dt = 2 Making slow rhs at time 640 for fast variables advancing from 640 to 640.6666666667 Fast time integration at level 0 from 640 to 640.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 640 to 640.6666666667 with dt = 0.6666666666666 using RHS created at 640 Making slow rhs at time 640.6666666667 for fast variables advancing from 640 to 641 Fast time integration at level 0 from 640 to 640.5 with dt = 0.5 Fast time integration at level 0 from 640.5 to 641 with dt = 0.5 Time integration of scalars at level 0 from 640 to 641 with dt = 1 using RHS created at 640.6666666667 Making slow rhs at time 641 for fast variables advancing from 640 to 642 Fast time integration at level 0 from 640 to 640.5 with dt = 0.5 Fast time integration at level 0 from 640.5 to 641 with dt = 0.5 Fast time integration at level 0 from 641 to 641.5 with dt = 0.5 Fast time integration at level 0 from 641.5 to 642 with dt = 0.5 Time integration of scalars at level 0 from 640 to 642 with dt = 2 using RHS created at 641 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 321] Advanced 4096 cells [Level 1 step 321] ADVANCE from elapsed time = 640 to 642 with dt = 2 Making slow rhs at time 640 for fast variables advancing from 640 to 642 No-substepping time integration at level 1 to 642 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005170205073 0.002454547851 and volume-weighted sum -3884.147267 Subtracting -7.586225131e-07 from rhs in subdomain 0 Sum after subtraction 4.163336342e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005177791298 MLMG: Initial residual (resid0) = 0.0005177791298 MLMG: Final Iter. 7 resid, resid/bnorm = 2.543404909e-11, 4.912142577e-08 MLMG: Timers: Solve = 0.003356004 Iter = 0.003096669 Bottom = 0.001588885 Time in solve 0.003736625 Max/L2 norm of divergence after solve at level 1 : 7.586479471e-07 5.428260827e-05 and volume-weighted sum -3884.147267 Time integration of scalars at level 1 from 640 to 642 with dt = 2 using RHS created at 640 Making slow rhs at time 642 for fast variables advancing from 640 to 642 No-substepping time integration at level 1 to 642 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004938822969 0.002447319113 and volume-weighted sum -3884.147267 Subtracting -7.586225131e-07 from rhs in subdomain 0 Sum after subtraction -6.548581122e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004946409194 MLMG: Initial residual (resid0) = 0.0004946409194 MLMG: Final Iter. 5 resid, resid/bnorm = 4.613402563e-11, 9.32677096e-08 MLMG: Timers: Solve = 0.002544066 Iter = 0.00227846 Bottom = 0.001166039 Time in solve 0.00292271 Max/L2 norm of divergence after solve at level 1 : 7.586674011e-07 5.428260827e-05 and volume-weighted sum -3884.147267 Time integration of scalars at level 1 from 640 to 642 with dt = 2 using RHS created at 642 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 321] Advanced 5120 cells Coarse STEP 321 ends. TIME = 642 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032169206 seconds. Coarse STEP 322 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.328931879 (terrain aware) 1.328931879 (terrain unaware) Anelastic dt at level 0 would be: 5.435500022 (terrain aware) 5.435500022 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385860901 (terrain aware) 0.1385860901 (terrain unaware) Anelastic dt at level 1 would be: 2.566942564 (terrain aware) 2.566942564 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 322] ADVANCE from elapsed time = 642 to 644 with dt = 2 Making slow rhs at time 642 for fast variables advancing from 642 to 642.6666666667 Fast time integration at level 0 from 642 to 642.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 642 to 642.6666666667 with dt = 0.6666666666666 using RHS created at 642 Making slow rhs at time 642.6666666667 for fast variables advancing from 642 to 643 Fast time integration at level 0 from 642 to 642.5 with dt = 0.5 Fast time integration at level 0 from 642.5 to 643 with dt = 0.5 Time integration of scalars at level 0 from 642 to 643 with dt = 1 using RHS created at 642.6666666667 Making slow rhs at time 643 for fast variables advancing from 642 to 644 Fast time integration at level 0 from 642 to 642.5 with dt = 0.5 Fast time integration at level 0 from 642.5 to 643 with dt = 0.5 Fast time integration at level 0 from 643 to 643.5 with dt = 0.5 Fast time integration at level 0 from 643.5 to 644 with dt = 0.5 Time integration of scalars at level 0 from 642 to 644 with dt = 2 using RHS created at 643 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 322] Advanced 4096 cells [Level 1 step 322] ADVANCE from elapsed time = 642 to 644 with dt = 2 Making slow rhs at time 642 for fast variables advancing from 642 to 644 No-substepping time integration at level 1 to 644 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004316186188 0.002425125164 and volume-weighted sum 1788.187827 Subtracting 3.49255435e-07 from rhs in subdomain 0 Sum after subtraction -1.314053033e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004312693634 MLMG: Initial residual (resid0) = 0.0004312693634 MLMG: Final Iter. 7 resid, resid/bnorm = 1.731993872e-11, 4.016037351e-08 MLMG: Timers: Solve = 0.003367492 Iter = 0.003112213 Bottom = 0.001581698 Time in solve 0.003744965 Max/L2 norm of divergence after solve at level 1 : 3.492724166e-07 2.499068461e-05 and volume-weighted sum 1788.187827 Time integration of scalars at level 1 from 642 to 644 with dt = 2 using RHS created at 642 Making slow rhs at time 644 for fast variables advancing from 642 to 644 No-substepping time integration at level 1 to 644 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004630250453 0.002436844631 and volume-weighted sum 1788.187827 Subtracting 3.49255435e-07 from rhs in subdomain 0 Sum after subtraction -2.172741154e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004626757898 MLMG: Initial residual (resid0) = 0.0004626757898 MLMG: Final Iter. 5 resid, resid/bnorm = 4.227317273e-11, 9.136672732e-08 MLMG: Timers: Solve = 0.002508737 Iter = 0.002254759 Bottom = 0.001144339 Time in solve 0.00289628 Max/L2 norm of divergence after solve at level 1 : 3.492977082e-07 2.499068461e-05 and volume-weighted sum 1788.187827 Time integration of scalars at level 1 from 642 to 644 with dt = 2 using RHS created at 644 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 322] Advanced 5120 cells Coarse STEP 322 ends. TIME = 644 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031348223 seconds. Coarse STEP 323 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.329902565 (terrain aware) 1.329902565 (terrain unaware) Anelastic dt at level 0 would be: 5.438086361 (terrain aware) 5.438086361 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385845363 (terrain aware) 0.1385845363 (terrain unaware) Anelastic dt at level 1 would be: 2.567235178 (terrain aware) 2.567235178 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 323] ADVANCE from elapsed time = 644 to 646 with dt = 2 Making slow rhs at time 644 for fast variables advancing from 644 to 644.6666666667 Fast time integration at level 0 from 644 to 644.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 644 to 644.6666666667 with dt = 0.6666666666666 using RHS created at 644 Making slow rhs at time 644.6666666667 for fast variables advancing from 644 to 645 Fast time integration at level 0 from 644 to 644.5 with dt = 0.5 Fast time integration at level 0 from 644.5 to 645 with dt = 0.5 Time integration of scalars at level 0 from 644 to 645 with dt = 1 using RHS created at 644.6666666667 Making slow rhs at time 645 for fast variables advancing from 644 to 646 Fast time integration at level 0 from 644 to 644.5 with dt = 0.5 Fast time integration at level 0 from 644.5 to 645 with dt = 0.5 Fast time integration at level 0 from 645 to 645.5 with dt = 0.5 Fast time integration at level 0 from 645.5 to 646 with dt = 0.5 Time integration of scalars at level 0 from 644 to 646 with dt = 2 using RHS created at 645 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 323] Advanced 4096 cells [Level 1 step 323] ADVANCE from elapsed time = 644 to 646 with dt = 2 Making slow rhs at time 644 for fast variables advancing from 644 to 646 No-substepping time integration at level 1 to 646 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005237265286 0.002407015142 and volume-weighted sum 7198.203934 Subtracting 1.405899206e-06 from rhs in subdomain 0 Sum after subtraction -2.233456475e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005223206294 MLMG: Initial residual (resid0) = 0.0005223206294 MLMG: Final Iter. 6 resid, resid/bnorm = 3.005647146e-11, 5.754410178e-08 MLMG: Timers: Solve = 0.002946303 Iter = 0.002687238 Bottom = 0.001359189 Time in solve 0.003317693 Max/L2 norm of divergence after solve at level 1 : 1.405929262e-06 0.0001005979582 and volume-weighted sum 7198.203934 Time integration of scalars at level 1 from 644 to 646 with dt = 2 using RHS created at 644 Making slow rhs at time 646 for fast variables advancing from 644 to 646 No-substepping time integration at level 1 to 646 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005260844758 0.00242757557 and volume-weighted sum 7198.203934 Subtracting 1.405899206e-06 from rhs in subdomain 0 Sum after subtraction -1.739060285e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005246785766 MLMG: Initial residual (resid0) = 0.0005246785766 MLMG: Final Iter. 5 resid, resid/bnorm = 3.753112926e-11, 7.153165944e-08 MLMG: Timers: Solve = 0.00262508 Iter = 0.002361349 Bottom = 0.001147908 Time in solve 0.003013946 Max/L2 norm of divergence after solve at level 1 : 1.405936737e-06 0.0001005979582 and volume-weighted sum 7198.203934 Time integration of scalars at level 1 from 644 to 646 with dt = 2 using RHS created at 646 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 323] Advanced 5120 cells Coarse STEP 323 ends. TIME = 646 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031147843 seconds. Coarse STEP 324 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.330790835 (terrain aware) 1.330790835 (terrain unaware) Anelastic dt at level 0 would be: 5.448259251 (terrain aware) 5.448259251 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385849064 (terrain aware) 0.1385849064 (terrain unaware) Anelastic dt at level 1 would be: 2.569485498 (terrain aware) 2.569485498 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 324] ADVANCE from elapsed time = 646 to 648 with dt = 2 Making slow rhs at time 646 for fast variables advancing from 646 to 646.6666666667 Fast time integration at level 0 from 646 to 646.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 646 to 646.6666666667 with dt = 0.6666666666666 using RHS created at 646 Making slow rhs at time 646.6666666667 for fast variables advancing from 646 to 647 Fast time integration at level 0 from 646 to 646.5 with dt = 0.5 Fast time integration at level 0 from 646.5 to 647 with dt = 0.5 Time integration of scalars at level 0 from 646 to 647 with dt = 1 using RHS created at 646.6666666667 Making slow rhs at time 647 for fast variables advancing from 646 to 648 Fast time integration at level 0 from 646 to 646.5 with dt = 0.5 Fast time integration at level 0 from 646.5 to 647 with dt = 0.5 Fast time integration at level 0 from 647 to 647.5 with dt = 0.5 Fast time integration at level 0 from 647.5 to 648 with dt = 0.5 Time integration of scalars at level 0 from 646 to 648 with dt = 2 using RHS created at 647 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 324] Advanced 4096 cells [Level 1 step 324] ADVANCE from elapsed time = 646 to 648 with dt = 2 Making slow rhs at time 646 for fast variables advancing from 646 to 648 No-substepping time integration at level 1 to 648 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005066471825 0.002408651085 and volume-weighted sum 11643.56894 Subtracting 2.274134558e-06 from rhs in subdomain 0 Sum after subtraction -2.91433544e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000504373048 MLMG: Initial residual (resid0) = 0.000504373048 MLMG: Final Iter. 6 resid, resid/bnorm = 9.822486319e-11, 1.947464552e-07 MLMG: Timers: Solve = 0.002995722 Iter = 0.002729833 Bottom = 0.001383141 Time in solve 0.003383341 Max/L2 norm of divergence after solve at level 1 : 2.274230767e-06 0.0001627238228 and volume-weighted sum 11643.56894 Time integration of scalars at level 1 from 646 to 648 with dt = 2 using RHS created at 646 Making slow rhs at time 648 for fast variables advancing from 646 to 648 No-substepping time integration at level 1 to 648 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004801207286 0.002420223617 and volume-weighted sum 11643.56894 Subtracting 2.274134558e-06 from rhs in subdomain 0 Sum after subtraction 1.036497277e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004778465941 MLMG: Initial residual (resid0) = 0.0004778465941 MLMG: Final Iter. 5 resid, resid/bnorm = 3.69953253e-11, 7.742092497e-08 MLMG: Timers: Solve = 0.002625874 Iter = 0.002238337 Bottom = 0.001132377 Time in solve 0.003023933 Max/L2 norm of divergence after solve at level 1 : 2.274171357e-06 0.0001627238228 and volume-weighted sum 11643.56894 Time integration of scalars at level 1 from 646 to 648 with dt = 2 using RHS created at 648 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 324] Advanced 5120 cells Coarse STEP 324 ends. TIME = 648 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030934686 seconds. Coarse STEP 325 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331208756 (terrain aware) 1.331208756 (terrain unaware) Anelastic dt at level 0 would be: 5.464837615 (terrain aware) 5.464837615 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385873388 (terrain aware) 0.1385873388 (terrain unaware) Anelastic dt at level 1 would be: 2.573784864 (terrain aware) 2.573784864 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 325] ADVANCE from elapsed time = 648 to 650 with dt = 2 Making slow rhs at time 648 for fast variables advancing from 648 to 648.6666666667 Fast time integration at level 0 from 648 to 648.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 648 to 648.6666666667 with dt = 0.6666666666666 using RHS created at 648 Making slow rhs at time 648.6666666667 for fast variables advancing from 648 to 649 Fast time integration at level 0 from 648 to 648.5 with dt = 0.5 Fast time integration at level 0 from 648.5 to 649 with dt = 0.5 Time integration of scalars at level 0 from 648 to 649 with dt = 1 using RHS created at 648.6666666667 Making slow rhs at time 649 for fast variables advancing from 648 to 650 Fast time integration at level 0 from 648 to 648.5 with dt = 0.5 Fast time integration at level 0 from 648.5 to 649 with dt = 0.5 Fast time integration at level 0 from 649 to 649.5 with dt = 0.5 Fast time integration at level 0 from 649.5 to 650 with dt = 0.5 Time integration of scalars at level 0 from 648 to 650 with dt = 2 using RHS created at 649 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 325] Advanced 4096 cells [Level 1 step 325] ADVANCE from elapsed time = 648 to 650 with dt = 2 Making slow rhs at time 648 for fast variables advancing from 648 to 650 No-substepping time integration at level 1 to 650 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004477757289 0.002414504306 and volume-weighted sum 15047.22613 Subtracting 2.938911354e-06 from rhs in subdomain 0 Sum after subtraction 1.734723476e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004448368175 MLMG: Initial residual (resid0) = 0.0004448368175 MLMG: Final Iter. 7 resid, resid/bnorm = 1.961871995e-11, 4.410318385e-08 MLMG: Timers: Solve = 0.003372195 Iter = 0.00311 Bottom = 0.001566154 Time in solve 0.003759775 Max/L2 norm of divergence after solve at level 1 : 2.938930973e-06 0.0002102913782 and volume-weighted sum 15047.22613 Time integration of scalars at level 1 from 648 to 650 with dt = 2 using RHS created at 648 Making slow rhs at time 650 for fast variables advancing from 648 to 650 No-substepping time integration at level 1 to 650 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000475366138 0.002413746874 and volume-weighted sum 15047.22613 Subtracting 2.938911354e-06 from rhs in subdomain 0 Sum after subtraction -2.645453301e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004724272267 MLMG: Initial residual (resid0) = 0.0004724272267 MLMG: Final Iter. 5 resid, resid/bnorm = 3.710089672e-11, 7.853251172e-08 MLMG: Timers: Solve = 0.002670396 Iter = 0.002406529 Bottom = 0.001139217 Time in solve 0.003051517 Max/L2 norm of divergence after solve at level 1 : 2.938947218e-06 0.0002102913782 and volume-weighted sum 15047.22613 Time integration of scalars at level 1 from 648 to 650 with dt = 2 using RHS created at 650 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 325] Advanced 5120 cells Coarse STEP 325 ends. TIME = 650 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031234592 seconds. Coarse STEP 326 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331149493 (terrain aware) 1.331149493 (terrain unaware) Anelastic dt at level 0 would be: 5.486195468 (terrain aware) 5.486195468 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138591892 (terrain aware) 0.138591892 (terrain unaware) Anelastic dt at level 1 would be: 2.580190067 (terrain aware) 2.580190067 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 326] ADVANCE from elapsed time = 650 to 652 with dt = 2 Making slow rhs at time 650 for fast variables advancing from 650 to 650.6666666667 Fast time integration at level 0 from 650 to 650.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 650 to 650.6666666667 with dt = 0.6666666666666 using RHS created at 650 Making slow rhs at time 650.6666666667 for fast variables advancing from 650 to 651 Fast time integration at level 0 from 650 to 650.5 with dt = 0.5 Fast time integration at level 0 from 650.5 to 651 with dt = 0.5 Time integration of scalars at level 0 from 650 to 651 with dt = 1 using RHS created at 650.6666666667 Making slow rhs at time 651 for fast variables advancing from 650 to 652 Fast time integration at level 0 from 650 to 650.5 with dt = 0.5 Fast time integration at level 0 from 650.5 to 651 with dt = 0.5 Fast time integration at level 0 from 651 to 651.5 with dt = 0.5 Fast time integration at level 0 from 651.5 to 652 with dt = 0.5 Time integration of scalars at level 0 from 650 to 652 with dt = 2 using RHS created at 651 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 326] Advanced 4096 cells [Level 1 step 326] ADVANCE from elapsed time = 650 to 652 with dt = 2 Making slow rhs at time 650 for fast variables advancing from 650 to 652 No-substepping time integration at level 1 to 652 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005253950549 0.002408893052 and volume-weighted sum 17619.29469 Subtracting 3.441268494e-06 from rhs in subdomain 0 Sum after subtraction 7.199102425e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005219537864 MLMG: Initial residual (resid0) = 0.0005219537864 MLMG: Final Iter. 7 resid, resid/bnorm = 1.926101645e-11, 3.690176593e-08 MLMG: Timers: Solve = 0.003353989 Iter = 0.003087588 Bottom = 0.001569781 Time in solve 0.003733751 Max/L2 norm of divergence after solve at level 1 : 3.441287755e-06 0.000246237129 and volume-weighted sum 17619.29469 Time integration of scalars at level 1 from 650 to 652 with dt = 2 using RHS created at 650 Making slow rhs at time 652 for fast variables advancing from 650 to 652 No-substepping time integration at level 1 to 652 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005239755842 0.002406184532 and volume-weighted sum 17619.29469 Subtracting 3.441268494e-06 from rhs in subdomain 0 Sum after subtraction 1.526556659e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005205343157 MLMG: Initial residual (resid0) = 0.0005205343157 MLMG: Final Iter. 5 resid, resid/bnorm = 3.64274024e-11, 6.998078955e-08 MLMG: Timers: Solve = 0.002539656 Iter = 0.002282292 Bottom = 0.001157439 Time in solve 0.002924414 Max/L2 norm of divergence after solve at level 1 : 3.441299763e-06 0.000246237129 and volume-weighted sum 17619.29469 Time integration of scalars at level 1 from 650 to 652 with dt = 2 using RHS created at 652 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 326] Advanced 5120 cells Coarse STEP 326 ends. TIME = 652 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031528522 seconds. Coarse STEP 327 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331237906 (terrain aware) 1.331237906 (terrain unaware) Anelastic dt at level 0 would be: 5.489707783 (terrain aware) 5.489707783 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385925886 (terrain aware) 0.1385925886 (terrain unaware) Anelastic dt at level 1 would be: 2.583736668 (terrain aware) 2.583736668 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 327] ADVANCE from elapsed time = 652 to 654 with dt = 2 Making slow rhs at time 652 for fast variables advancing from 652 to 652.6666666667 Fast time integration at level 0 from 652 to 652.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 652 to 652.6666666667 with dt = 0.6666666666666 using RHS created at 652 Making slow rhs at time 652.6666666667 for fast variables advancing from 652 to 653 Fast time integration at level 0 from 652 to 652.5 with dt = 0.5 Fast time integration at level 0 from 652.5 to 653 with dt = 0.5 Time integration of scalars at level 0 from 652 to 653 with dt = 1 using RHS created at 652.6666666667 Making slow rhs at time 653 for fast variables advancing from 652 to 654 Fast time integration at level 0 from 652 to 652.5 with dt = 0.5 Fast time integration at level 0 from 652.5 to 653 with dt = 0.5 Fast time integration at level 0 from 653 to 653.5 with dt = 0.5 Fast time integration at level 0 from 653.5 to 654 with dt = 0.5 Time integration of scalars at level 0 from 652 to 654 with dt = 2 using RHS created at 653 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 327] Advanced 4096 cells [Level 1 step 327] ADVANCE from elapsed time = 652 to 654 with dt = 2 Making slow rhs at time 652 for fast variables advancing from 652 to 654 No-substepping time integration at level 1 to 654 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004942273357 0.002393979277 and volume-weighted sum 19283.13411 Subtracting 3.76623713e-06 from rhs in subdomain 0 Sum after subtraction -3.816391647e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004904610985 MLMG: Initial residual (resid0) = 0.0004904610985 MLMG: Final Iter. 6 resid, resid/bnorm = 8.672659239e-11, 1.768266487e-07 MLMG: Timers: Solve = 0.002979552 Iter = 0.002724275 Bottom = 0.001395022 Time in solve 0.003353971 Max/L2 norm of divergence after solve at level 1 : 3.766322081e-06 0.0002694899918 and volume-weighted sum 19283.13411 Time integration of scalars at level 1 from 652 to 654 with dt = 2 using RHS created at 652 Making slow rhs at time 654 for fast variables advancing from 652 to 654 No-substepping time integration at level 1 to 654 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004660884438 0.00239915424 and volume-weighted sum 19283.13411 Subtracting 3.76623713e-06 from rhs in subdomain 0 Sum after subtraction 1.136243877e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004623222067 MLMG: Initial residual (resid0) = 0.0004623222067 MLMG: Final Iter. 5 resid, resid/bnorm = 3.654463455e-11, 7.904581269e-08 MLMG: Timers: Solve = 0.002498098 Iter = 0.002241221 Bottom = 0.001121227 Time in solve 0.002873003 Max/L2 norm of divergence after solve at level 1 : 3.766269376e-06 0.0002694899918 and volume-weighted sum 19283.13411 Time integration of scalars at level 1 from 652 to 654 with dt = 2 using RHS created at 654 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 327] Advanced 5120 cells Coarse STEP 327 ends. TIME = 654 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031001307 seconds. Coarse STEP 328 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331471448 (terrain aware) 1.331471448 (terrain unaware) Anelastic dt at level 0 would be: 5.495654838 (terrain aware) 5.495654838 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385917341 (terrain aware) 0.1385917341 (terrain unaware) Anelastic dt at level 1 would be: 2.585679724 (terrain aware) 2.585679724 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 328] ADVANCE from elapsed time = 654 to 656 with dt = 2 Making slow rhs at time 654 for fast variables advancing from 654 to 654.6666666667 Fast time integration at level 0 from 654 to 654.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 654 to 654.6666666667 with dt = 0.6666666666666 using RHS created at 654 Making slow rhs at time 654.6666666667 for fast variables advancing from 654 to 655 Fast time integration at level 0 from 654 to 654.5 with dt = 0.5 Fast time integration at level 0 from 654.5 to 655 with dt = 0.5 Time integration of scalars at level 0 from 654 to 655 with dt = 1 using RHS created at 654.6666666667 Making slow rhs at time 655 for fast variables advancing from 654 to 656 Fast time integration at level 0 from 654 to 654.5 with dt = 0.5 Fast time integration at level 0 from 654.5 to 655 with dt = 0.5 Fast time integration at level 0 from 655 to 655.5 with dt = 0.5 Fast time integration at level 0 from 655.5 to 656 with dt = 0.5 Time integration of scalars at level 0 from 654 to 656 with dt = 2 using RHS created at 655 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 328] Advanced 4096 cells [Level 1 step 328] ADVANCE from elapsed time = 654 to 656 with dt = 2 Making slow rhs at time 654 for fast variables advancing from 654 to 656 No-substepping time integration at level 1 to 656 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004583399796 0.002383691294 and volume-weighted sum 19450.35836 Subtracting 3.798898117e-06 from rhs in subdomain 0 Sum after subtraction -3.729655473e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004545410815 MLMG: Initial residual (resid0) = 0.0004545410815 MLMG: Final Iter. 6 resid, resid/bnorm = 5.490519181e-11, 1.207925841e-07 MLMG: Timers: Solve = 0.003242552 Iter = 0.00263512 Bottom = 0.001326499 Time in solve 0.003636389 Max/L2 norm of divergence after solve at level 1 : 3.798953022e-06 0.0002718270217 and volume-weighted sum 19450.35836 Time integration of scalars at level 1 from 654 to 656 with dt = 2 using RHS created at 654 Making slow rhs at time 656 for fast variables advancing from 654 to 656 No-substepping time integration at level 1 to 656 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000482582616 0.002389642064 and volume-weighted sum 19450.35836 Subtracting 3.798898117e-06 from rhs in subdomain 0 Sum after subtraction 2.602085214e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004787837179 MLMG: Initial residual (resid0) = 0.0004787837179 MLMG: Final Iter. 5 resid, resid/bnorm = 3.625713649e-11, 7.572758874e-08 MLMG: Timers: Solve = 0.002494403 Iter = 0.00223137 Bottom = 0.001117915 Time in solve 0.002875612 Max/L2 norm of divergence after solve at level 1 : 3.798930495e-06 0.0002718270217 and volume-weighted sum 19450.35836 Time integration of scalars at level 1 from 654 to 656 with dt = 2 using RHS created at 656 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 328] Advanced 5120 cells Coarse STEP 328 ends. TIME = 656 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030758365 seconds. Coarse STEP 329 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.331838147 (terrain aware) 1.331838147 (terrain unaware) Anelastic dt at level 0 would be: 5.50384069 (terrain aware) 5.50384069 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385925668 (terrain aware) 0.1385925668 (terrain unaware) Anelastic dt at level 1 would be: 2.589592488 (terrain aware) 2.589592488 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 329] ADVANCE from elapsed time = 656 to 658 with dt = 2 Making slow rhs at time 656 for fast variables advancing from 656 to 656.6666666667 Fast time integration at level 0 from 656 to 656.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 656 to 656.6666666667 with dt = 0.6666666666666 using RHS created at 656 Making slow rhs at time 656.6666666667 for fast variables advancing from 656 to 657 Fast time integration at level 0 from 656 to 656.5 with dt = 0.5 Fast time integration at level 0 from 656.5 to 657 with dt = 0.5 Time integration of scalars at level 0 from 656 to 657 with dt = 1 using RHS created at 656.6666666667 Making slow rhs at time 657 for fast variables advancing from 656 to 658 Fast time integration at level 0 from 656 to 656.5 with dt = 0.5 Fast time integration at level 0 from 656.5 to 657 with dt = 0.5 Fast time integration at level 0 from 657 to 657.5 with dt = 0.5 Fast time integration at level 0 from 657.5 to 658 with dt = 0.5 Time integration of scalars at level 0 from 656 to 658 with dt = 2 using RHS created at 657 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 329] Advanced 4096 cells [Level 1 step 329] ADVANCE from elapsed time = 656 to 658 with dt = 2 Making slow rhs at time 656 for fast variables advancing from 656 to 658 No-substepping time integration at level 1 to 658 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005229877305 0.002380491542 and volume-weighted sum 17405.3339 Subtracting 3.399479278e-06 from rhs in subdomain 0 Sum after subtraction 1.812786032e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005195882513 MLMG: Initial residual (resid0) = 0.0005195882513 MLMG: Final Iter. 7 resid, resid/bnorm = 2.139385892e-11, 4.117463947e-08 MLMG: Timers: Solve = 0.003708795 Iter = 0.003443755 Bottom = 0.001701327 Time in solve 0.004093708 Max/L2 norm of divergence after solve at level 1 : 3.399500252e-06 0.0002432469361 and volume-weighted sum 17405.3339 Time integration of scalars at level 1 from 656 to 658 with dt = 2 using RHS created at 656 Making slow rhs at time 658 for fast variables advancing from 656 to 658 No-substepping time integration at level 1 to 658 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005180483623 0.002375914223 and volume-weighted sum 17405.3339 Subtracting 3.399479278e-06 from rhs in subdomain 0 Sum after subtraction 1.301042607e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000514648883 MLMG: Initial residual (resid0) = 0.000514648883 MLMG: Final Iter. 5 resid, resid/bnorm = 3.555506996e-11, 6.908607233e-08 MLMG: Timers: Solve = 0.002575796 Iter = 0.002319317 Bottom = 0.001151875 Time in solve 0.002961586 Max/L2 norm of divergence after solve at level 1 : 3.399510644e-06 0.0002432469361 and volume-weighted sum 17405.3339 Time integration of scalars at level 1 from 656 to 658 with dt = 2 using RHS created at 658 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 329] Advanced 5120 cells Coarse STEP 329 ends. TIME = 658 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031426097 seconds. Coarse STEP 330 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.332321405 (terrain aware) 1.332321405 (terrain unaware) Anelastic dt at level 0 would be: 5.514003688 (terrain aware) 5.514003688 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385947789 (terrain aware) 0.1385947789 (terrain unaware) Anelastic dt at level 1 would be: 2.595418975 (terrain aware) 2.595418975 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 330] ADVANCE from elapsed time = 658 to 660 with dt = 2 Making slow rhs at time 658 for fast variables advancing from 658 to 658.6666666667 Fast time integration at level 0 from 658 to 658.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 658 to 658.6666666667 with dt = 0.6666666666666 using RHS created at 658 Making slow rhs at time 658.6666666667 for fast variables advancing from 658 to 659 Fast time integration at level 0 from 658 to 658.5 with dt = 0.5 Fast time integration at level 0 from 658.5 to 659 with dt = 0.5 Time integration of scalars at level 0 from 658 to 659 with dt = 1 using RHS created at 658.6666666667 Making slow rhs at time 659 for fast variables advancing from 658 to 660 Fast time integration at level 0 from 658 to 658.5 with dt = 0.5 Fast time integration at level 0 from 658.5 to 659 with dt = 0.5 Fast time integration at level 0 from 659 to 659.5 with dt = 0.5 Fast time integration at level 0 from 659.5 to 660 with dt = 0.5 Time integration of scalars at level 0 from 658 to 660 with dt = 2 using RHS created at 659 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 330] Advanced 4096 cells [Level 1 step 330] ADVANCE from elapsed time = 658 to 660 with dt = 2 Making slow rhs at time 658 for fast variables advancing from 658 to 660 No-substepping time integration at level 1 to 660 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004792373591 0.002371287564 and volume-weighted sum 12961.59488 Subtracting 2.531561499e-06 from rhs in subdomain 0 Sum after subtraction 2.016616041e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004767057976 MLMG: Initial residual (resid0) = 0.0004767057976 MLMG: Final Iter. 7 resid, resid/bnorm = 3.03562026e-11, 6.367911351e-08 MLMG: Timers: Solve = 0.00334213 Iter = 0.003081538 Bottom = 0.00155985 Time in solve 0.003825342 Max/L2 norm of divergence after solve at level 1 : 2.531591259e-06 0.0001811437952 and volume-weighted sum 12961.59488 Time integration of scalars at level 1 from 658 to 660 with dt = 2 using RHS created at 658 Making slow rhs at time 660 for fast variables advancing from 658 to 660 No-substepping time integration at level 1 to 660 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004531286 0.002361937935 and volume-weighted sum 12961.59488 Subtracting 2.531561499e-06 from rhs in subdomain 0 Sum after subtraction -5.637851297e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004505970385 MLMG: Initial residual (resid0) = 0.0004505970385 MLMG: Final Iter. 5 resid, resid/bnorm = 3.452798098e-11, 7.662718134e-08 MLMG: Timers: Solve = 0.002537545 Iter = 0.002282567 Bottom = 0.001137936 Time in solve 0.002919192 Max/L2 norm of divergence after solve at level 1 : 2.531590938e-06 0.0001811437952 and volume-weighted sum 12961.59488 Time integration of scalars at level 1 from 658 to 660 with dt = 2 using RHS created at 660 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 330] Advanced 5120 cells Coarse STEP 330 ends. TIME = 660 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031308268 seconds. Coarse STEP 331 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.332908799 (terrain aware) 1.332908799 (terrain unaware) Anelastic dt at level 0 would be: 5.525963301 (terrain aware) 5.525963301 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385981308 (terrain aware) 0.1385981308 (terrain unaware) Anelastic dt at level 1 would be: 2.602200083 (terrain aware) 2.602200083 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 331] ADVANCE from elapsed time = 660 to 662 with dt = 2 Making slow rhs at time 660 for fast variables advancing from 660 to 660.6666666667 Fast time integration at level 0 from 660 to 660.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 660 to 660.6666666667 with dt = 0.6666666666666 using RHS created at 660 Making slow rhs at time 660.6666666667 for fast variables advancing from 660 to 661 Fast time integration at level 0 from 660 to 660.5 with dt = 0.5 Fast time integration at level 0 from 660.5 to 661 with dt = 0.5 Time integration of scalars at level 0 from 660 to 661 with dt = 1 using RHS created at 660.6666666667 Making slow rhs at time 661 for fast variables advancing from 660 to 662 Fast time integration at level 0 from 660 to 660.5 with dt = 0.5 Fast time integration at level 0 from 660.5 to 661 with dt = 0.5 Fast time integration at level 0 from 661 to 661.5 with dt = 0.5 Fast time integration at level 0 from 661.5 to 662 with dt = 0.5 Time integration of scalars at level 0 from 660 to 662 with dt = 2 using RHS created at 661 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 331] Advanced 4096 cells [Level 1 step 331] ADVANCE from elapsed time = 660 to 662 with dt = 2 Making slow rhs at time 660 for fast variables advancing from 660 to 662 No-substepping time integration at level 1 to 662 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000462769318 0.002348437051 and volume-weighted sum 6843.147734 Subtracting 1.336552292e-06 from rhs in subdomain 0 Sum after subtraction -1.88651178e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004614327657 MLMG: Initial residual (resid0) = 0.0004614327657 MLMG: Final Iter. 7 resid, resid/bnorm = 2.859967399e-11, 6.198015423e-08 MLMG: Timers: Solve = 0.003339031 Iter = 0.003085153 Bottom = 0.001559647 Time in solve 0.003722745 Max/L2 norm of divergence after solve at level 1 : 1.33658033e-06 9.563589695e-05 and volume-weighted sum 6843.147734 Time integration of scalars at level 1 from 660 to 662 with dt = 2 using RHS created at 660 Making slow rhs at time 662 for fast variables advancing from 660 to 662 No-substepping time integration at level 1 to 662 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004839487658 0.002348223959 and volume-weighted sum 6843.147734 Subtracting 1.336552292e-06 from rhs in subdomain 0 Sum after subtraction 3.989863995e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004826122135 MLMG: Initial residual (resid0) = 0.0004826122135 MLMG: Final Iter. 5 resid, resid/bnorm = 3.453801616e-11, 7.156473705e-08 MLMG: Timers: Solve = 0.002491071 Iter = 0.002222826 Bottom = 0.001103413 Time in solve 0.002871629 Max/L2 norm of divergence after solve at level 1 : 1.336583891e-06 9.563589695e-05 and volume-weighted sum 6843.147734 Time integration of scalars at level 1 from 660 to 662 with dt = 2 using RHS created at 662 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 331] Advanced 5120 cells Coarse STEP 331 ends. TIME = 662 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.032388326 seconds. Coarse STEP 332 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.333597216 (terrain aware) 1.333597216 (terrain unaware) Anelastic dt at level 0 would be: 5.539702494 (terrain aware) 5.539702494 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385994787 (terrain aware) 0.1385994787 (terrain unaware) Anelastic dt at level 1 would be: 2.603043223 (terrain aware) 2.603043223 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 332] ADVANCE from elapsed time = 662 to 664 with dt = 2 Making slow rhs at time 662 for fast variables advancing from 662 to 662.6666666667 Fast time integration at level 0 from 662 to 662.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 662 to 662.6666666667 with dt = 0.6666666666666 using RHS created at 662 Making slow rhs at time 662.6666666667 for fast variables advancing from 662 to 663 Fast time integration at level 0 from 662 to 662.5 with dt = 0.5 Fast time integration at level 0 from 662.5 to 663 with dt = 0.5 Time integration of scalars at level 0 from 662 to 663 with dt = 1 using RHS created at 662.6666666667 Making slow rhs at time 663 for fast variables advancing from 662 to 664 Fast time integration at level 0 from 662 to 662.5 with dt = 0.5 Fast time integration at level 0 from 662.5 to 663 with dt = 0.5 Fast time integration at level 0 from 663 to 663.5 with dt = 0.5 Fast time integration at level 0 from 663.5 to 664 with dt = 0.5 Time integration of scalars at level 0 from 662 to 664 with dt = 2 using RHS created at 663 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 332] Advanced 4096 cells [Level 1 step 332] ADVANCE from elapsed time = 662 to 664 with dt = 2 Making slow rhs at time 662 for fast variables advancing from 662 to 664 No-substepping time integration at level 1 to 664 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005151839487 0.002322332764 and volume-weighted sum 396.9224105 Subtracting 7.752390831e-08 from rhs in subdomain 0 Sum after subtraction -2.775557562e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005151064248 MLMG: Initial residual (resid0) = 0.0005151064248 MLMG: Final Iter. 7 resid, resid/bnorm = 1.634977901e-11, 3.17405845e-08 MLMG: Timers: Solve = 0.003339454 Iter = 0.003074435 Bottom = 0.00155995 Time in solve 0.003716685 Max/L2 norm of divergence after solve at level 1 : 7.753993807e-08 5.547159323e-06 and volume-weighted sum 396.9224105 Time integration of scalars at level 1 from 662 to 664 with dt = 2 using RHS created at 662 Making slow rhs at time 664 for fast variables advancing from 662 to 664 No-substepping time integration at level 1 to 664 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000507787967 0.002336882035 and volume-weighted sum 396.9224105 Subtracting 7.752390831e-08 from rhs in subdomain 0 Sum after subtraction 6.938893904e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005077104431 MLMG: Initial residual (resid0) = 0.0005077104431 MLMG: Final Iter. 5 resid, resid/bnorm = 3.398025132e-11, 6.692840729e-08 MLMG: Timers: Solve = 0.002583725 Iter = 0.002322446 Bottom = 0.001152989 Time in solve 0.002963693 Max/L2 norm of divergence after solve at level 1 : 7.755356587e-08 5.547159327e-06 and volume-weighted sum 396.9224105 Time integration of scalars at level 1 from 662 to 664 with dt = 2 using RHS created at 664 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 332] Advanced 5120 cells Coarse STEP 332 ends. TIME = 664 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031363025 seconds. Coarse STEP 333 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.334391886 (terrain aware) 1.334391886 (terrain unaware) Anelastic dt at level 0 would be: 5.555346431 (terrain aware) 5.555346431 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385964333 (terrain aware) 0.1385964333 (terrain unaware) Anelastic dt at level 1 would be: 2.605767007 (terrain aware) 2.605767007 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 333] ADVANCE from elapsed time = 664 to 666 with dt = 2 Making slow rhs at time 664 for fast variables advancing from 664 to 664.6666666667 Fast time integration at level 0 from 664 to 664.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 664 to 664.6666666667 with dt = 0.6666666666666 using RHS created at 664 Making slow rhs at time 664.6666666667 for fast variables advancing from 664 to 665 Fast time integration at level 0 from 664 to 664.5 with dt = 0.5 Fast time integration at level 0 from 664.5 to 665 with dt = 0.5 Time integration of scalars at level 0 from 664 to 665 with dt = 1 using RHS created at 664.6666666667 Making slow rhs at time 665 for fast variables advancing from 664 to 666 Fast time integration at level 0 from 664 to 664.5 with dt = 0.5 Fast time integration at level 0 from 664.5 to 665 with dt = 0.5 Fast time integration at level 0 from 665 to 665.5 with dt = 0.5 Fast time integration at level 0 from 665.5 to 666 with dt = 0.5 Time integration of scalars at level 0 from 664 to 666 with dt = 2 using RHS created at 665 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 333] Advanced 4096 cells [Level 1 step 333] ADVANCE from elapsed time = 664 to 666 with dt = 2 Making slow rhs at time 664 for fast variables advancing from 664 to 666 No-substepping time integration at level 1 to 666 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004612143351 0.002311891697 and volume-weighted sum -5176.521355 Subtracting -1.011039327e-06 from rhs in subdomain 0 Sum after subtraction -8.890457814e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004622253744 MLMG: Initial residual (resid0) = 0.0004622253744 MLMG: Final Iter. 6 resid, resid/bnorm = 1.425180656e-11, 3.083302507e-08 MLMG: Timers: Solve = 0.002984831 Iter = 0.002726286 Bottom = 0.001404427 Time in solve 0.003358626 Max/L2 norm of divergence after solve at level 1 : 1.011053579e-06 7.234408523e-05 and volume-weighted sum -5176.521355 Time integration of scalars at level 1 from 664 to 666 with dt = 2 using RHS created at 664 Making slow rhs at time 666 for fast variables advancing from 664 to 666 No-substepping time integration at level 1 to 666 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004377105835 0.002330170957 and volume-weighted sum -5176.521355 Subtracting -1.011039327e-06 from rhs in subdomain 0 Sum after subtraction -9.540979118e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004387216228 MLMG: Initial residual (resid0) = 0.0004387216228 MLMG: Final Iter. 5 resid, resid/bnorm = 3.380062157e-11, 7.704343669e-08 MLMG: Timers: Solve = 0.002474185 Iter = 0.002215954 Bottom = 0.001114678 Time in solve 0.002863924 Max/L2 norm of divergence after solve at level 1 : 1.011073128e-06 7.234408523e-05 and volume-weighted sum -5176.521355 Time integration of scalars at level 1 from 664 to 666 with dt = 2 using RHS created at 666 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 333] Advanced 5120 cells Coarse STEP 333 ends. TIME = 666 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031096666 seconds. Coarse STEP 334 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.335299792 (terrain aware) 1.335299792 (terrain unaware) Anelastic dt at level 0 would be: 5.573045741 (terrain aware) 5.573045741 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385940734 (terrain aware) 0.1385940734 (terrain unaware) Anelastic dt at level 1 would be: 2.61047735 (terrain aware) 2.61047735 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 334] ADVANCE from elapsed time = 666 to 668 with dt = 2 Making slow rhs at time 666 for fast variables advancing from 666 to 666.6666666667 Fast time integration at level 0 from 666 to 666.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 666 to 666.6666666667 with dt = 0.6666666666666 using RHS created at 666 Making slow rhs at time 666.6666666667 for fast variables advancing from 666 to 667 Fast time integration at level 0 from 666 to 666.5 with dt = 0.5 Fast time integration at level 0 from 666.5 to 667 with dt = 0.5 Time integration of scalars at level 0 from 666 to 667 with dt = 1 using RHS created at 666.6666666667 Making slow rhs at time 667 for fast variables advancing from 666 to 668 Fast time integration at level 0 from 666 to 666.5 with dt = 0.5 Fast time integration at level 0 from 666.5 to 667 with dt = 0.5 Fast time integration at level 0 from 667 to 667.5 with dt = 0.5 Fast time integration at level 0 from 667.5 to 668 with dt = 0.5 Time integration of scalars at level 0 from 666 to 668 with dt = 2 using RHS created at 667 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 334] Advanced 4096 cells [Level 1 step 334] ADVANCE from elapsed time = 666 to 668 with dt = 2 Making slow rhs at time 666 for fast variables advancing from 666 to 668 No-substepping time integration at level 1 to 668 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004633039501 0.002317970491 and volume-weighted sum -9495.22429 Subtracting -1.854535994e-06 from rhs in subdomain 0 Sum after subtraction 8.456776945e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004651584861 MLMG: Initial residual (resid0) = 0.0004651584861 MLMG: Final Iter. 7 resid, resid/bnorm = 1.754037691e-11, 3.77083885e-08 MLMG: Timers: Solve = 0.003331549 Iter = 0.003073651 Bottom = 0.001559039 Time in solve 0.003713941 Max/L2 norm of divergence after solve at level 1 : 1.854553187e-06 0.0001326997936 and volume-weighted sum -9495.22429 Time integration of scalars at level 1 from 666 to 668 with dt = 2 using RHS created at 666 Making slow rhs at time 668 for fast variables advancing from 666 to 668 No-substepping time integration at level 1 to 668 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004823683291 0.002324719027 and volume-weighted sum -9495.22429 Subtracting -1.854535994e-06 from rhs in subdomain 0 Sum after subtraction 1.144917494e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004842228651 MLMG: Initial residual (resid0) = 0.0004842228651 MLMG: Final Iter. 5 resid, resid/bnorm = 3.397061183e-11, 7.015491064e-08 MLMG: Timers: Solve = 0.002857518 Iter = 0.002223487 Bottom = 0.001119005 Time in solve 0.003230426 Max/L2 norm of divergence after solve at level 1 : 1.854569965e-06 0.0001326997936 and volume-weighted sum -9495.22429 Time integration of scalars at level 1 from 666 to 668 with dt = 2 using RHS created at 668 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 334] Advanced 5120 cells Coarse STEP 334 ends. TIME = 668 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031450347 seconds. Coarse STEP 335 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.336324108 (terrain aware) 1.336324108 (terrain unaware) Anelastic dt at level 0 would be: 5.584482801 (terrain aware) 5.584482801 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138592373 (terrain aware) 0.138592373 (terrain unaware) Anelastic dt at level 1 would be: 2.617279237 (terrain aware) 2.617279237 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 335] ADVANCE from elapsed time = 668 to 670 with dt = 2 Making slow rhs at time 668 for fast variables advancing from 668 to 668.6666666667 Fast time integration at level 0 from 668 to 668.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 668 to 668.6666666667 with dt = 0.6666666666666 using RHS created at 668 Making slow rhs at time 668.6666666667 for fast variables advancing from 668 to 669 Fast time integration at level 0 from 668 to 668.5 with dt = 0.5 Fast time integration at level 0 from 668.5 to 669 with dt = 0.5 Time integration of scalars at level 0 from 668 to 669 with dt = 1 using RHS created at 668.6666666667 Making slow rhs at time 669 for fast variables advancing from 668 to 670 Fast time integration at level 0 from 668 to 668.5 with dt = 0.5 Fast time integration at level 0 from 668.5 to 669 with dt = 0.5 Fast time integration at level 0 from 669 to 669.5 with dt = 0.5 Fast time integration at level 0 from 669.5 to 670 with dt = 0.5 Time integration of scalars at level 0 from 668 to 670 with dt = 2 using RHS created at 669 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 335] Advanced 4096 cells [Level 1 step 335] ADVANCE from elapsed time = 668 to 670 with dt = 2 Making slow rhs at time 668 for fast variables advancing from 668 to 670 No-substepping time integration at level 1 to 670 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0005069329869 0.002322092892 and volume-weighted sum -13031.75767 Subtracting -2.54526517e-06 from rhs in subdomain 0 Sum after subtraction -1.908195824e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000509478252 MLMG: Initial residual (resid0) = 0.000509478252 MLMG: Final Iter. 7 resid, resid/bnorm = 2.479192562e-11, 4.866140119e-08 MLMG: Timers: Solve = 0.003330695 Iter = 0.003063584 Bottom = 0.001540609 Time in solve 0.003707356 Max/L2 norm of divergence after solve at level 1 : 2.545289472e-06 0.0001821243501 and volume-weighted sum -13031.75767 Time integration of scalars at level 1 from 668 to 670 with dt = 2 using RHS created at 668 Making slow rhs at time 670 for fast variables advancing from 668 to 670 No-substepping time integration at level 1 to 670 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004974470498 0.002319384848 and volume-weighted sum -13031.75767 Subtracting -2.54526517e-06 from rhs in subdomain 0 Sum after subtraction -2.567390744e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000499992315 MLMG: Initial residual (resid0) = 0.000499992315 MLMG: Final Iter. 5 resid, resid/bnorm = 3.419008505e-11, 6.838122113e-08 MLMG: Timers: Solve = 0.002892079 Iter = 0.002631514 Bottom = 0.00124363 Time in solve 0.003289324 Max/L2 norm of divergence after solve at level 1 : 2.545299361e-06 0.0001821243501 and volume-weighted sum -13031.75767 Time integration of scalars at level 1 from 668 to 670 with dt = 2 using RHS created at 670 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 335] Advanced 5120 cells Coarse STEP 335 ends. TIME = 670 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031467217 seconds. Coarse STEP 336 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.336570656 (terrain aware) 1.336570656 (terrain unaware) Anelastic dt at level 0 would be: 5.587528307 (terrain aware) 5.587528307 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385880607 (terrain aware) 0.1385880607 (terrain unaware) Anelastic dt at level 1 would be: 2.620416664 (terrain aware) 2.620416664 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 336] ADVANCE from elapsed time = 670 to 672 with dt = 2 Making slow rhs at time 670 for fast variables advancing from 670 to 670.6666666667 Fast time integration at level 0 from 670 to 670.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 670 to 670.6666666667 with dt = 0.6666666666666 using RHS created at 670 Making slow rhs at time 670.6666666667 for fast variables advancing from 670 to 671 Fast time integration at level 0 from 670 to 670.5 with dt = 0.5 Fast time integration at level 0 from 670.5 to 671 with dt = 0.5 Time integration of scalars at level 0 from 670 to 671 with dt = 1 using RHS created at 670.6666666667 Making slow rhs at time 671 for fast variables advancing from 670 to 672 Fast time integration at level 0 from 670 to 670.5 with dt = 0.5 Fast time integration at level 0 from 670.5 to 671 with dt = 0.5 Fast time integration at level 0 from 671 to 671.5 with dt = 0.5 Fast time integration at level 0 from 671.5 to 672 with dt = 0.5 Time integration of scalars at level 0 from 670 to 672 with dt = 2 using RHS created at 671 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 336] Advanced 4096 cells [Level 1 step 336] ADVANCE from elapsed time = 670 to 672 with dt = 2 Making slow rhs at time 670 for fast variables advancing from 670 to 672 No-substepping time integration at level 1 to 672 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004457104337 0.002313357438 and volume-weighted sum -16494.61508 Subtracting -3.221604508e-06 from rhs in subdomain 0 Sum after subtraction 3.295974604e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004489320382 MLMG: Initial residual (resid0) = 0.0004489320382 MLMG: Final Iter. 7 resid, resid/bnorm = 2.042219842e-11, 4.549062371e-08 MLMG: Timers: Solve = 0.003344286 Iter = 0.003083851 Bottom = 0.001563188 Time in solve 0.003731942 Max/L2 norm of divergence after solve at level 1 : 3.221624527e-06 0.0002305192537 and volume-weighted sum -16494.61508 Time integration of scalars at level 1 from 670 to 672 with dt = 2 using RHS created at 670 Making slow rhs at time 672 for fast variables advancing from 670 to 672 No-substepping time integration at level 1 to 672 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004235494138 0.002316471003 and volume-weighted sum -16494.61508 Subtracting -3.221604508e-06 from rhs in subdomain 0 Sum after subtraction 6.85215773e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004267710183 MLMG: Initial residual (resid0) = 0.0004267710183 MLMG: Final Iter. 5 resid, resid/bnorm = 3.436237775e-11, 8.051713044e-08 MLMG: Timers: Solve = 0.00255976 Iter = 0.002287002 Bottom = 0.001147278 Time in solve 0.002940264 Max/L2 norm of divergence after solve at level 1 : 3.221638871e-06 0.0002305192537 and volume-weighted sum -16494.61508 Time integration of scalars at level 1 from 670 to 672 with dt = 2 using RHS created at 672 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 336] Advanced 5120 cells Coarse STEP 336 ends. TIME = 672 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031513385 seconds. Coarse STEP 337 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.336760238 (terrain aware) 1.336760238 (terrain unaware) Anelastic dt at level 0 would be: 5.592631152 (terrain aware) 5.592631152 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385829445 (terrain aware) 0.1385829445 (terrain unaware) Anelastic dt at level 1 would be: 2.622605495 (terrain aware) 2.622605495 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 337] ADVANCE from elapsed time = 672 to 674 with dt = 2 Making slow rhs at time 672 for fast variables advancing from 672 to 672.6666666667 Fast time integration at level 0 from 672 to 672.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 672 to 672.6666666667 with dt = 0.6666666666666 using RHS created at 672 Making slow rhs at time 672.6666666667 for fast variables advancing from 672 to 673 Fast time integration at level 0 from 672 to 672.5 with dt = 0.5 Fast time integration at level 0 from 672.5 to 673 with dt = 0.5 Time integration of scalars at level 0 from 672 to 673 with dt = 1 using RHS created at 672.6666666667 Making slow rhs at time 673 for fast variables advancing from 672 to 674 Fast time integration at level 0 from 672 to 672.5 with dt = 0.5 Fast time integration at level 0 from 672.5 to 673 with dt = 0.5 Fast time integration at level 0 from 673 to 673.5 with dt = 0.5 Fast time integration at level 0 from 673.5 to 674 with dt = 0.5 Time integration of scalars at level 0 from 672 to 674 with dt = 2 using RHS created at 673 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 337] Advanced 4096 cells [Level 1 step 337] ADVANCE from elapsed time = 672 to 674 with dt = 2 Making slow rhs at time 672 for fast variables advancing from 672 to 674 No-substepping time integration at level 1 to 674 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004634833129 0.002301286578 and volume-weighted sum -20042.97377 Subtracting -3.914643315e-06 from rhs in subdomain 0 Sum after subtraction 8.803721641e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004673979563 MLMG: Initial residual (resid0) = 0.0004673979563 MLMG: Final Iter. 6 resid, resid/bnorm = 6.142303395e-11, 1.314148535e-07 MLMG: Timers: Solve = 0.002901343 Iter = 0.002645389 Bottom = 0.001330388 Time in solve 0.003278496 Max/L2 norm of divergence after solve at level 1 : 3.914704738e-06 0.0002801090739 and volume-weighted sum -20042.97377 Time integration of scalars at level 1 from 672 to 674 with dt = 2 using RHS created at 672 Making slow rhs at time 674 for fast variables advancing from 672 to 674 No-substepping time integration at level 1 to 674 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004799939549 0.002313183927 and volume-weighted sum -20042.97377 Subtracting -3.914643315e-06 from rhs in subdomain 0 Sum after subtraction 1.09287579e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004839085982 MLMG: Initial residual (resid0) = 0.0004839085982 MLMG: Final Iter. 5 resid, resid/bnorm = 3.473050117e-11, 7.177078751e-08 MLMG: Timers: Solve = 0.002515995 Iter = 0.002257391 Bottom = 0.001139344 Time in solve 0.002946976 Max/L2 norm of divergence after solve at level 1 : 3.914678046e-06 0.0002801090739 and volume-weighted sum -20042.97377 Time integration of scalars at level 1 from 672 to 674 with dt = 2 using RHS created at 674 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 337] Advanced 5120 cells Coarse STEP 337 ends. TIME = 674 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030990882 seconds. Coarse STEP 338 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.337065933 (terrain aware) 1.337065933 (terrain unaware) Anelastic dt at level 0 would be: 5.599762722 (terrain aware) 5.599762722 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385792705 (terrain aware) 0.1385792705 (terrain unaware) Anelastic dt at level 1 would be: 2.626851454 (terrain aware) 2.626851454 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 338] ADVANCE from elapsed time = 674 to 676 with dt = 2 Making slow rhs at time 674 for fast variables advancing from 674 to 674.6666666667 Fast time integration at level 0 from 674 to 674.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 674 to 674.6666666667 with dt = 0.6666666666666 using RHS created at 674 Making slow rhs at time 674.6666666667 for fast variables advancing from 674 to 675 Fast time integration at level 0 from 674 to 674.5 with dt = 0.5 Fast time integration at level 0 from 674.5 to 675 with dt = 0.5 Time integration of scalars at level 0 from 674 to 675 with dt = 1 using RHS created at 674.6666666667 Making slow rhs at time 675 for fast variables advancing from 674 to 676 Fast time integration at level 0 from 674 to 674.5 with dt = 0.5 Fast time integration at level 0 from 674.5 to 675 with dt = 0.5 Fast time integration at level 0 from 675 to 675.5 with dt = 0.5 Fast time integration at level 0 from 675.5 to 676 with dt = 0.5 Time integration of scalars at level 0 from 674 to 676 with dt = 2 using RHS created at 675 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 338] Advanced 4096 cells [Level 1 step 338] ADVANCE from elapsed time = 674 to 676 with dt = 2 Making slow rhs at time 674 for fast variables advancing from 674 to 676 No-substepping time integration at level 1 to 676 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004987210889 0.002301062833 and volume-weighted sum -22943.09498 Subtracting -4.481073239e-06 from rhs in subdomain 0 Sum after subtraction -3.122502257e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0005032021621 MLMG: Initial residual (resid0) = 0.0005032021621 MLMG: Final Iter. 6 resid, resid/bnorm = 8.777454151e-11, 1.744319642e-07 MLMG: Timers: Solve = 0.003229236 Iter = 0.002721837 Bottom = 0.001399148 Time in solve 0.003633446 Max/L2 norm of divergence after solve at level 1 : 4.481159327e-06 0.0003206395 and volume-weighted sum -22943.09498 Time integration of scalars at level 1 from 674 to 676 with dt = 2 using RHS created at 674 Making slow rhs at time 676 for fast variables advancing from 674 to 676 No-substepping time integration at level 1 to 676 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004874122902 0.002309997348 and volume-weighted sum -22943.09498 Subtracting -4.481073239e-06 from rhs in subdomain 0 Sum after subtraction 3.339342691e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004918933634 MLMG: Initial residual (resid0) = 0.0004918933634 MLMG: Final Iter. 5 resid, resid/bnorm = 3.477749291e-11, 7.070128507e-08 MLMG: Timers: Solve = 0.002507515 Iter = 0.002245779 Bottom = 0.001136827 Time in solve 0.002880697 Max/L2 norm of divergence after solve at level 1 : 4.481108017e-06 0.0003206395 and volume-weighted sum -22943.09498 Time integration of scalars at level 1 from 674 to 676 with dt = 2 using RHS created at 676 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 338] Advanced 5120 cells Coarse STEP 338 ends. TIME = 676 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.030796585 seconds. Coarse STEP 339 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.337488797 (terrain aware) 1.337488797 (terrain unaware) Anelastic dt at level 0 would be: 5.608951888 (terrain aware) 5.608951888 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385768309 (terrain aware) 0.1385768309 (terrain unaware) Anelastic dt at level 1 would be: 2.633093264 (terrain aware) 2.633093264 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 339] ADVANCE from elapsed time = 676 to 678 with dt = 2 Making slow rhs at time 676 for fast variables advancing from 676 to 676.6666666667 Fast time integration at level 0 from 676 to 676.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 676 to 676.6666666667 with dt = 0.6666666666666 using RHS created at 676 Making slow rhs at time 676.6666666667 for fast variables advancing from 676 to 677 Fast time integration at level 0 from 676 to 676.5 with dt = 0.5 Fast time integration at level 0 from 676.5 to 677 with dt = 0.5 Time integration of scalars at level 0 from 676 to 677 with dt = 1 using RHS created at 676.6666666667 Making slow rhs at time 677 for fast variables advancing from 676 to 678 Fast time integration at level 0 from 676 to 676.5 with dt = 0.5 Fast time integration at level 0 from 676.5 to 677 with dt = 0.5 Fast time integration at level 0 from 677 to 677.5 with dt = 0.5 Fast time integration at level 0 from 677.5 to 678 with dt = 0.5 Time integration of scalars at level 0 from 676 to 678 with dt = 2 using RHS created at 677 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 339] Advanced 4096 cells [Level 1 step 339] ADVANCE from elapsed time = 676 to 678 with dt = 2 Making slow rhs at time 676 for fast variables advancing from 676 to 678 No-substepping time integration at level 1 to 678 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000431440163 0.002315362376 and volume-weighted sum -23905.62978 Subtracting -4.669068316e-06 from rhs in subdomain 0 Sum after subtraction -1.086370577e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004361092313 MLMG: Initial residual (resid0) = 0.0004361092313 MLMG: Final Iter. 7 resid, resid/bnorm = 2.187679077e-11, 5.016355811e-08 MLMG: Timers: Solve = 0.003715242 Iter = 0.003446276 Bottom = 0.001736029 Time in solve 0.004100073 Max/L2 norm of divergence after solve at level 1 : 4.669090193e-06 0.0003340913327 and volume-weighted sum -23905.62978 Time integration of scalars at level 1 from 676 to 678 with dt = 2 using RHS created at 676 Making slow rhs at time 678 for fast variables advancing from 676 to 678 No-substepping time integration at level 1 to 678 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004104449403 0.002305184765 and volume-weighted sum -23905.62978 Subtracting -4.669068316e-06 from rhs in subdomain 0 Sum after subtraction -1.600282407e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004151140087 MLMG: Initial residual (resid0) = 0.0004151140087 MLMG: Final Iter. 5 resid, resid/bnorm = 3.524222871e-11, 8.489770997e-08 MLMG: Timers: Solve = 0.002521074 Iter = 0.002261072 Bottom = 0.001146926 Time in solve 0.002900852 Max/L2 norm of divergence after solve at level 1 : 4.669103558e-06 0.0003340913327 and volume-weighted sum -23905.62978 Time integration of scalars at level 1 from 676 to 678 with dt = 2 using RHS created at 678 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 339] Advanced 5120 cells Coarse STEP 339 ends. TIME = 678 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031550287 seconds. Coarse STEP 340 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.338030367 (terrain aware) 1.338030367 (terrain unaware) Anelastic dt at level 0 would be: 5.620239361 (terrain aware) 5.620239361 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385755199 (terrain aware) 0.1385755199 (terrain unaware) Anelastic dt at level 1 would be: 2.639064641 (terrain aware) 2.639064641 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 340] ADVANCE from elapsed time = 678 to 680 with dt = 2 Making slow rhs at time 678 for fast variables advancing from 678 to 678.6666666667 Fast time integration at level 0 from 678 to 678.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 678 to 678.6666666667 with dt = 0.6666666666666 using RHS created at 678 Making slow rhs at time 678.6666666667 for fast variables advancing from 678 to 679 Fast time integration at level 0 from 678 to 678.5 with dt = 0.5 Fast time integration at level 0 from 678.5 to 679 with dt = 0.5 Time integration of scalars at level 0 from 678 to 679 with dt = 1 using RHS created at 678.6666666667 Making slow rhs at time 679 for fast variables advancing from 678 to 680 Fast time integration at level 0 from 678 to 678.5 with dt = 0.5 Fast time integration at level 0 from 678.5 to 679 with dt = 0.5 Fast time integration at level 0 from 679 to 679.5 with dt = 0.5 Fast time integration at level 0 from 679.5 to 680 with dt = 0.5 Time integration of scalars at level 0 from 678 to 680 with dt = 2 using RHS created at 679 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 340] Advanced 4096 cells [Level 1 step 340] ADVANCE from elapsed time = 678 to 680 with dt = 2 Making slow rhs at time 678 for fast variables advancing from 678 to 680 No-substepping time integration at level 1 to 680 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000462230693 0.002320601075 and volume-weighted sum -21869.81424 Subtracting -4.271448094e-06 from rhs in subdomain 0 Sum after subtraction -2.081668171e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004665021411 MLMG: Initial residual (resid0) = 0.0004665021411 MLMG: Final Iter. 7 resid, resid/bnorm = 2.55450472e-11, 5.475869229e-08 MLMG: Timers: Solve = 0.003607813 Iter = 0.003355851 Bottom = 0.001651203 Time in solve 0.004067971 Max/L2 norm of divergence after solve at level 1 : 4.271473639e-06 0.0003056399456 and volume-weighted sum -21869.81424 Time integration of scalars at level 1 from 678 to 680 with dt = 2 using RHS created at 678 Making slow rhs at time 680 for fast variables advancing from 678 to 680 No-substepping time integration at level 1 to 680 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004774805005 0.002293837411 and volume-weighted sum -21869.81424 Subtracting -4.271448094e-06 from rhs in subdomain 0 Sum after subtraction -2.172741154e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004817519486 MLMG: Initial residual (resid0) = 0.0004817519486 MLMG: Final Iter. 5 resid, resid/bnorm = 3.616234996e-11, 7.506425259e-08 MLMG: Timers: Solve = 0.002509567 Iter = 0.002255463 Bottom = 0.001142426 Time in solve 0.002884554 Max/L2 norm of divergence after solve at level 1 : 4.271484256e-06 0.0003056399456 and volume-weighted sum -21869.81424 Time integration of scalars at level 1 from 678 to 680 with dt = 2 using RHS created at 680 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 340] Advanced 5120 cells Coarse STEP 340 ends. TIME = 680 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.031386612 seconds. Coarse STEP 341 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.338688485 (terrain aware) 1.338688485 (terrain unaware) Anelastic dt at level 0 would be: 5.633604451 (terrain aware) 5.633604451 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385673227 (terrain aware) 0.1385673227 (terrain unaware) Anelastic dt at level 1 would be: 2.640146635 (terrain aware) 2.640146635 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ((128,0,0) (143,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003444914837 0.001679367215 and volume-weighted sum -25095.71666 Subtracting -4.262180139e-06 from rhs in subdomain 0 Sum after subtraction 7.700207117e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003402293036 MLMG: Initial residual (resid0) = 0.0003402293036 MLMG: Final Iter. 5 resid, resid/bnorm = 8.304576437e-11, 2.4408763e-07 MLMG: Timers: Solve = 0.003197892 Iter = 0.002884458 Bottom = 0.001500359 Time in solve 0.003558161 Max/L2 norm of divergence after solve at level 1 : 4.262241729e-06 0.0003270511659 and volume-weighted sum -25095.71666 [Level 0 step 341] ADVANCE from elapsed time = 680 to 682 with dt = 2 Making slow rhs at time 680 for fast variables advancing from 680 to 680.6666666667 Fast time integration at level 0 from 680 to 680.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 680 to 680.6666666667 with dt = 0.6666666666666 using RHS created at 680 Making slow rhs at time 680.6666666667 for fast variables advancing from 680 to 681 Fast time integration at level 0 from 680 to 680.5 with dt = 0.5 Fast time integration at level 0 from 680.5 to 681 with dt = 0.5 Time integration of scalars at level 0 from 680 to 681 with dt = 1 using RHS created at 680.6666666667 Making slow rhs at time 681 for fast variables advancing from 680 to 682 Fast time integration at level 0 from 680 to 680.5 with dt = 0.5 Fast time integration at level 0 from 680.5 to 681 with dt = 0.5 Fast time integration at level 0 from 681 to 681.5 with dt = 0.5 Fast time integration at level 0 from 681.5 to 682 with dt = 0.5 Time integration of scalars at level 0 from 680 to 682 with dt = 2 using RHS created at 681 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 341] Advanced 4096 cells [Level 1 step 341] ADVANCE from elapsed time = 680 to 682 with dt = 2 Making slow rhs at time 680 for fast variables advancing from 680 to 682 No-substepping time integration at level 1 to 682 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.008577156317 0.08068105163 and volume-weighted sum -17824.1715 Subtracting -3.02720304e-06 from rhs in subdomain 0 Sum after subtraction 8.604228441e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.008574129114 MLMG: Initial residual (resid0) = 0.008574129114 MLMG: Final Iter. 8 resid, resid/bnorm = 1.130868248e-11, 1.318930743e-09 MLMG: Timers: Solve = 0.004772616 Iter = 0.004455151 Bottom = 0.002342571 Time in solve 0.005136939 Max/L2 norm of divergence after solve at level 1 : 3.027214349e-06 0.0002322872923 and volume-weighted sum -17824.1715 Time integration of scalars at level 1 from 680 to 682 with dt = 2 using RHS created at 680 Making slow rhs at time 682 for fast variables advancing from 680 to 682 No-substepping time integration at level 1 to 682 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000481741521 0.002275753748 and volume-weighted sum -17824.1715 Subtracting -3.02720304e-06 from rhs in subdomain 0 Sum after subtraction 6.765421556e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000484768724 MLMG: Initial residual (resid0) = 0.000484768724 MLMG: Final Iter. 5 resid, resid/bnorm = 3.342664905e-11, 6.895380703e-08 MLMG: Timers: Solve = 0.003160177 Iter = 0.002848559 Bottom = 0.001481754 Time in solve 0.00351085 Max/L2 norm of divergence after solve at level 1 : 3.027236467e-06 0.0002322872923 and volume-weighted sum -17824.1715 Time integration of scalars at level 1 from 680 to 682 with dt = 2 using RHS created at 682 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 341] Advanced 5888 cells Coarse STEP 341 ends. TIME = 682 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.050901367 seconds. Coarse STEP 342 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.339456622 (terrain aware) 1.339456622 (terrain unaware) Anelastic dt at level 0 would be: 5.648953037 (terrain aware) 5.648953037 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385600994 (terrain aware) 0.1385600994 (terrain unaware) Anelastic dt at level 1 would be: 2.643101518 (terrain aware) 2.643101518 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 342] ADVANCE from elapsed time = 682 to 684 with dt = 2 Making slow rhs at time 682 for fast variables advancing from 682 to 682.6666666667 Fast time integration at level 0 from 682 to 682.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 682 to 682.6666666667 with dt = 0.6666666666666 using RHS created at 682 Making slow rhs at time 682.6666666667 for fast variables advancing from 682 to 683 Fast time integration at level 0 from 682 to 682.5 with dt = 0.5 Fast time integration at level 0 from 682.5 to 683 with dt = 0.5 Time integration of scalars at level 0 from 682 to 683 with dt = 1 using RHS created at 682.6666666667 Making slow rhs at time 683 for fast variables advancing from 682 to 684 Fast time integration at level 0 from 682 to 682.5 with dt = 0.5 Fast time integration at level 0 from 682.5 to 683 with dt = 0.5 Fast time integration at level 0 from 683 to 683.5 with dt = 0.5 Fast time integration at level 0 from 683.5 to 684 with dt = 0.5 Time integration of scalars at level 0 from 682 to 684 with dt = 2 using RHS created at 683 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 342] Advanced 4096 cells [Level 1 step 342] ADVANCE from elapsed time = 682 to 684 with dt = 2 Making slow rhs at time 682 for fast variables advancing from 682 to 684 No-substepping time integration at level 1 to 684 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004251693637 0.00225645842 and volume-weighted sum -7861.914675 Subtracting -1.335243661e-06 from rhs in subdomain 0 Sum after subtraction 1.804112415e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004265046074 MLMG: Initial residual (resid0) = 0.0004265046074 MLMG: Final Iter. 6 resid, resid/bnorm = 7.421082184e-11, 1.739977026e-07 MLMG: Timers: Solve = 0.004086369 Iter = 0.003766418 Bottom = 0.002013147 Time in solve 0.004432406 Max/L2 norm of divergence after solve at level 1 : 1.335316485e-06 0.0001024576582 and volume-weighted sum -7861.914675 Time integration of scalars at level 1 from 682 to 684 with dt = 2 using RHS created at 682 Making slow rhs at time 684 for fast variables advancing from 682 to 684 No-substepping time integration at level 1 to 684 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004039992274 0.002259828002 and volume-weighted sum -7861.914675 Subtracting -1.335243661e-06 from rhs in subdomain 0 Sum after subtraction 1.856154119e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004053344711 MLMG: Initial residual (resid0) = 0.0004053344711 MLMG: Final Iter. 5 resid, resid/bnorm = 3.329553728e-11, 8.21433647e-08 MLMG: Timers: Solve = 0.003151542 Iter = 0.002834826 Bottom = 0.001485077 Time in solve 0.00350458 Max/L2 norm of divergence after solve at level 1 : 1.335276956e-06 0.0001024576582 and volume-weighted sum -7861.914675 Time integration of scalars at level 1 from 682 to 684 with dt = 2 using RHS created at 684 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 342] Advanced 5888 cells Coarse STEP 342 ends. TIME = 684 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036015863 seconds. Coarse STEP 343 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.340327371 (terrain aware) 1.340327371 (terrain unaware) Anelastic dt at level 0 would be: 5.666179123 (terrain aware) 5.666179123 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385545942 (terrain aware) 0.1385545942 (terrain unaware) Anelastic dt at level 1 would be: 2.648105423 (terrain aware) 2.648105423 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 343] ADVANCE from elapsed time = 684 to 686 with dt = 2 Making slow rhs at time 684 for fast variables advancing from 684 to 684.6666666667 Fast time integration at level 0 from 684 to 684.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 684 to 684.6666666667 with dt = 0.6666666666666 using RHS created at 684 Making slow rhs at time 684.6666666667 for fast variables advancing from 684 to 685 Fast time integration at level 0 from 684 to 684.5 with dt = 0.5 Fast time integration at level 0 from 684.5 to 685 with dt = 0.5 Time integration of scalars at level 0 from 684 to 685 with dt = 1 using RHS created at 684.6666666667 Making slow rhs at time 685 for fast variables advancing from 684 to 686 Fast time integration at level 0 from 684 to 684.5 with dt = 0.5 Fast time integration at level 0 from 684.5 to 685 with dt = 0.5 Fast time integration at level 0 from 685 to 685.5 with dt = 0.5 Fast time integration at level 0 from 685.5 to 686 with dt = 0.5 Time integration of scalars at level 0 from 684 to 686 with dt = 2 using RHS created at 685 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 343] Advanced 4096 cells [Level 1 step 343] ADVANCE from elapsed time = 684 to 686 with dt = 2 Making slow rhs at time 684 for fast variables advancing from 684 to 686 No-substepping time integration at level 1 to 686 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004671338172 0.002239941409 and volume-weighted sum 3351.066166 Subtracting 5.691348788e-07 from rhs in subdomain 0 Sum after subtraction -2.51534904e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004665646823 MLMG: Initial residual (resid0) = 0.0004665646823 MLMG: Final Iter. 6 resid, resid/bnorm = 4.792193033e-11, 1.027122972e-07 MLMG: Timers: Solve = 0.003684126 Iter = 0.003366804 Bottom = 0.001746825 Time in solve 0.004046732 Max/L2 norm of divergence after solve at level 1 : 5.691817998e-07 4.367159988e-05 and volume-weighted sum 3351.066166 Time integration of scalars at level 1 from 684 to 686 with dt = 2 using RHS created at 684 Making slow rhs at time 686 for fast variables advancing from 684 to 686 No-substepping time integration at level 1 to 686 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004806962329 0.002251717001 and volume-weighted sum 3351.066166 Subtracting 5.691348788e-07 from rhs in subdomain 0 Sum after subtraction -5.204170428e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004801270981 MLMG: Initial residual (resid0) = 0.0004801270981 MLMG: Final Iter. 5 resid, resid/bnorm = 3.356701737e-11, 6.991277415e-08 MLMG: Timers: Solve = 0.003157223 Iter = 0.002836157 Bottom = 0.001471692 Time in solve 0.003517186 Max/L2 norm of divergence after solve at level 1 : 5.691681393e-07 4.367159988e-05 and volume-weighted sum 3351.066166 Time integration of scalars at level 1 from 684 to 686 with dt = 2 using RHS created at 686 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 343] Advanced 5888 cells Coarse STEP 343 ends. TIME = 686 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035986616 seconds. Coarse STEP 344 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.341296637 (terrain aware) 1.341296637 (terrain unaware) Anelastic dt at level 0 would be: 5.685236439 (terrain aware) 5.685236439 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385510447 (terrain aware) 0.1385510447 (terrain unaware) Anelastic dt at level 1 would be: 2.6552553 (terrain aware) 2.6552553 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 344] ADVANCE from elapsed time = 686 to 688 with dt = 2 Making slow rhs at time 686 for fast variables advancing from 686 to 686.6666666667 Fast time integration at level 0 from 686 to 686.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 686 to 686.6666666667 with dt = 0.6666666666666 using RHS created at 686 Making slow rhs at time 686.6666666667 for fast variables advancing from 686 to 687 Fast time integration at level 0 from 686 to 686.5 with dt = 0.5 Fast time integration at level 0 from 686.5 to 687 with dt = 0.5 Time integration of scalars at level 0 from 686 to 687 with dt = 1 using RHS created at 686.6666666667 Making slow rhs at time 687 for fast variables advancing from 686 to 688 Fast time integration at level 0 from 686 to 686.5 with dt = 0.5 Fast time integration at level 0 from 686.5 to 687 with dt = 0.5 Fast time integration at level 0 from 687 to 687.5 with dt = 0.5 Fast time integration at level 0 from 687.5 to 688 with dt = 0.5 Time integration of scalars at level 0 from 686 to 688 with dt = 2 using RHS created at 687 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 344] Advanced 4096 cells [Level 1 step 344] ADVANCE from elapsed time = 686 to 688 with dt = 2 Making slow rhs at time 686 for fast variables advancing from 686 to 688 No-substepping time integration at level 1 to 688 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004946920073 0.00225208315 and volume-weighted sum 14361.30287 Subtracting 2.439079972e-06 from rhs in subdomain 0 Sum after subtraction -1.335737077e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004922529273 MLMG: Initial residual (resid0) = 0.0004922529273 MLMG: Final Iter. 7 resid, resid/bnorm = 1.582912649e-11, 3.215649033e-08 MLMG: Timers: Solve = 0.004177436 Iter = 0.003855016 Bottom = 0.001997381 Time in solve 0.004585278 Max/L2 norm of divergence after solve at level 1 : 2.439095801e-06 0.0001871586659 and volume-weighted sum 14361.30287 Time integration of scalars at level 1 from 686 to 688 with dt = 2 using RHS created at 686 Making slow rhs at time 688 for fast variables advancing from 686 to 688 No-substepping time integration at level 1 to 688 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004811258356 0.002252275735 and volume-weighted sum 14361.30287 Subtracting 2.439079972e-06 from rhs in subdomain 0 Sum after subtraction -1.101549407e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004786867556 MLMG: Initial residual (resid0) = 0.0004786867556 MLMG: Final Iter. 5 resid, resid/bnorm = 3.558180473e-11, 7.433212704e-08 MLMG: Timers: Solve = 0.003705994 Iter = 0.003306636 Bottom = 0.001888749 Time in solve 0.004062454 Max/L2 norm of divergence after solve at level 1 : 2.439115553e-06 0.0001871586659 and volume-weighted sum 14361.30287 Time integration of scalars at level 1 from 686 to 688 with dt = 2 using RHS created at 688 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 344] Advanced 5888 cells Coarse STEP 344 ends. TIME = 688 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036375324 seconds. Coarse STEP 345 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.342366074 (terrain aware) 1.342366074 (terrain unaware) Anelastic dt at level 0 would be: 5.706180619 (terrain aware) 5.706180619 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385495986 (terrain aware) 0.1385495986 (terrain unaware) Anelastic dt at level 1 would be: 2.65666569 (terrain aware) 2.65666569 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 345] ADVANCE from elapsed time = 688 to 690 with dt = 2 Making slow rhs at time 688 for fast variables advancing from 688 to 688.6666666667 Fast time integration at level 0 from 688 to 688.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 688 to 688.6666666667 with dt = 0.6666666666666 using RHS created at 688 Making slow rhs at time 688.6666666667 for fast variables advancing from 688 to 689 Fast time integration at level 0 from 688 to 688.5 with dt = 0.5 Fast time integration at level 0 from 688.5 to 689 with dt = 0.5 Time integration of scalars at level 0 from 688 to 689 with dt = 1 using RHS created at 688.6666666667 Making slow rhs at time 689 for fast variables advancing from 688 to 690 Fast time integration at level 0 from 688 to 688.5 with dt = 0.5 Fast time integration at level 0 from 688.5 to 689 with dt = 0.5 Fast time integration at level 0 from 689 to 689.5 with dt = 0.5 Fast time integration at level 0 from 689.5 to 690 with dt = 0.5 Time integration of scalars at level 0 from 688 to 690 with dt = 2 using RHS created at 689 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 345] Advanced 4096 cells [Level 1 step 345] ADVANCE from elapsed time = 688 to 690 with dt = 2 Making slow rhs at time 688 for fast variables advancing from 688 to 690 No-substepping time integration at level 1 to 690 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000423526347 0.002272481034 and volume-weighted sum 24031.44934 Subtracting 4.081428217e-06 from rhs in subdomain 0 Sum after subtraction -9.454242944e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004194449188 MLMG: Initial residual (resid0) = 0.0004194449188 MLMG: Final Iter. 7 resid, resid/bnorm = 1.997087337e-11, 4.761262438e-08 MLMG: Timers: Solve = 0.004211887 Iter = 0.003894695 Bottom = 0.002024453 Time in solve 0.0045718 Max/L2 norm of divergence after solve at level 1 : 4.081448188e-06 0.0003131814737 and volume-weighted sum 24031.44934 Time integration of scalars at level 1 from 688 to 690 with dt = 2 using RHS created at 688 Making slow rhs at time 690 for fast variables advancing from 688 to 690 No-substepping time integration at level 1 to 690 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004012851694 0.002260290377 and volume-weighted sum 24031.44934 Subtracting 4.081428217e-06 from rhs in subdomain 0 Sum after subtraction -8.066464163e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003972037411 MLMG: Initial residual (resid0) = 0.0003972037411 MLMG: Final Iter. 5 resid, resid/bnorm = 3.495209529e-11, 8.799538289e-08 MLMG: Timers: Solve = 0.003205713 Iter = 0.002891209 Bottom = 0.001511985 Time in solve 0.003563134 Max/L2 norm of divergence after solve at level 1 : 4.08146317e-06 0.0003131814737 and volume-weighted sum 24031.44934 Time integration of scalars at level 1 from 688 to 690 with dt = 2 using RHS created at 690 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 345] Advanced 5888 cells Coarse STEP 345 ends. TIME = 690 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03620932 seconds. Coarse STEP 346 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.343269882 (terrain aware) 1.343269882 (terrain unaware) Anelastic dt at level 0 would be: 5.714750928 (terrain aware) 5.714750928 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385429447 (terrain aware) 0.1385429447 (terrain unaware) Anelastic dt at level 1 would be: 2.659114144 (terrain aware) 2.659114144 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 346] ADVANCE from elapsed time = 690 to 692 with dt = 2 Making slow rhs at time 690 for fast variables advancing from 690 to 690.6666666667 Fast time integration at level 0 from 690 to 690.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 690 to 690.6666666667 with dt = 0.6666666666666 using RHS created at 690 Making slow rhs at time 690.6666666667 for fast variables advancing from 690 to 691 Fast time integration at level 0 from 690 to 690.5 with dt = 0.5 Fast time integration at level 0 from 690.5 to 691 with dt = 0.5 Time integration of scalars at level 0 from 690 to 691 with dt = 1 using RHS created at 690.6666666667 Making slow rhs at time 691 for fast variables advancing from 690 to 692 Fast time integration at level 0 from 690 to 690.5 with dt = 0.5 Fast time integration at level 0 from 690.5 to 691 with dt = 0.5 Fast time integration at level 0 from 691 to 691.5 with dt = 0.5 Fast time integration at level 0 from 691.5 to 692 with dt = 0.5 Time integration of scalars at level 0 from 690 to 692 with dt = 2 using RHS created at 691 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 346] Advanced 4096 cells [Level 1 step 346] ADVANCE from elapsed time = 690 to 692 with dt = 2 Making slow rhs at time 690 for fast variables advancing from 690 to 692 No-substepping time integration at level 1 to 692 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004707549401 0.002287061609 and volume-weighted sum 31443.47109 Subtracting 5.340263433e-06 from rhs in subdomain 0 Sum after subtraction 2.033963276e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004654146767 MLMG: Initial residual (resid0) = 0.0004654146767 MLMG: Final Iter. 7 resid, resid/bnorm = 1.635503576e-11, 3.514078214e-08 MLMG: Timers: Solve = 0.004172537 Iter = 0.003857147 Bottom = 0.001977667 Time in solve 0.004528644 Max/L2 norm of divergence after solve at level 1 : 5.340279788e-06 0.0004097760594 and volume-weighted sum 31443.47109 Time integration of scalars at level 1 from 690 to 692 with dt = 2 using RHS created at 690 Making slow rhs at time 692 for fast variables advancing from 690 to 692 No-substepping time integration at level 1 to 692 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000482885418 0.002269232544 and volume-weighted sum 31443.47109 Subtracting 5.340263433e-06 from rhs in subdomain 0 Sum after subtraction 1.439820485e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004775451546 MLMG: Initial residual (resid0) = 0.0004775451546 MLMG: Final Iter. 5 resid, resid/bnorm = 3.688613251e-11, 7.724114076e-08 MLMG: Timers: Solve = 0.003101282 Iter = 0.002789828 Bottom = 0.001436406 Time in solve 0.003465674 Max/L2 norm of divergence after solve at level 1 : 5.340300319e-06 0.0004097760594 and volume-weighted sum 31443.47109 Time integration of scalars at level 1 from 690 to 692 with dt = 2 using RHS created at 692 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 346] Advanced 5888 cells Coarse STEP 346 ends. TIME = 692 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036364247 seconds. Coarse STEP 347 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.343584224 (terrain aware) 1.343584224 (terrain unaware) Anelastic dt at level 0 would be: 5.721966899 (terrain aware) 5.721966899 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385371942 (terrain aware) 0.1385371942 (terrain unaware) Anelastic dt at level 1 would be: 2.663820548 (terrain aware) 2.663820548 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 347] ADVANCE from elapsed time = 692 to 694 with dt = 2 Making slow rhs at time 692 for fast variables advancing from 692 to 692.6666666667 Fast time integration at level 0 from 692 to 692.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 692 to 692.6666666667 with dt = 0.6666666666666 using RHS created at 692 Making slow rhs at time 692.6666666667 for fast variables advancing from 692 to 693 Fast time integration at level 0 from 692 to 692.5 with dt = 0.5 Fast time integration at level 0 from 692.5 to 693 with dt = 0.5 Time integration of scalars at level 0 from 692 to 693 with dt = 1 using RHS created at 692.6666666667 Making slow rhs at time 693 for fast variables advancing from 692 to 694 Fast time integration at level 0 from 692 to 692.5 with dt = 0.5 Fast time integration at level 0 from 692.5 to 693 with dt = 0.5 Fast time integration at level 0 from 693 to 693.5 with dt = 0.5 Fast time integration at level 0 from 693.5 to 694 with dt = 0.5 Time integration of scalars at level 0 from 692 to 694 with dt = 2 using RHS created at 693 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 347] Advanced 4096 cells [Level 1 step 347] ADVANCE from elapsed time = 692 to 694 with dt = 2 Making slow rhs at time 692 for fast variables advancing from 692 to 694 No-substepping time integration at level 1 to 694 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000494260807 0.002294815063 and volume-weighted sum 35699.13562 Subtracting 6.063032544e-06 from rhs in subdomain 0 Sum after subtraction -1.049507703e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004881977744 MLMG: Initial residual (resid0) = 0.0004881977744 MLMG: Final Iter. 6 resid, resid/bnorm = 5.478274561e-11, 1.122142469e-07 MLMG: Timers: Solve = 0.003966542 Iter = 0.003648408 Bottom = 0.00178764 Time in solve 0.004328832 Max/L2 norm of divergence after solve at level 1 : 6.063086249e-06 0.0004652365216 and volume-weighted sum 35699.13562 Time integration of scalars at level 1 from 692 to 694 with dt = 2 using RHS created at 692 Making slow rhs at time 694 for fast variables advancing from 692 to 694 No-substepping time integration at level 1 to 694 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000479787054 0.00227318752 and volume-weighted sum 35699.13562 Subtracting 6.063032544e-06 from rhs in subdomain 0 Sum after subtraction 1.474514955e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004737240214 MLMG: Initial residual (resid0) = 0.0004737240214 MLMG: Final Iter. 5 resid, resid/bnorm = 3.985720616e-11, 8.413591955e-08 MLMG: Timers: Solve = 0.00318673 Iter = 0.00287306 Bottom = 0.001514061 Time in solve 0.003542046 Max/L2 norm of divergence after solve at level 1 : 6.063072401e-06 0.0004652365216 and volume-weighted sum 35699.13562 Time integration of scalars at level 1 from 692 to 694 with dt = 2 using RHS created at 694 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 347] Advanced 5888 cells Coarse STEP 347 ends. TIME = 694 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035877336 seconds. Coarse STEP 348 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.344002566 (terrain aware) 1.344002566 (terrain unaware) Anelastic dt at level 0 would be: 5.731034418 (terrain aware) 5.731034418 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385333598 (terrain aware) 0.1385333598 (terrain unaware) Anelastic dt at level 1 would be: 2.670775764 (terrain aware) 2.670775764 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 348] ADVANCE from elapsed time = 694 to 696 with dt = 2 Making slow rhs at time 694 for fast variables advancing from 694 to 694.6666666667 Fast time integration at level 0 from 694 to 694.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 694 to 694.6666666667 with dt = 0.6666666666666 using RHS created at 694 Making slow rhs at time 694.6666666667 for fast variables advancing from 694 to 695 Fast time integration at level 0 from 694 to 694.5 with dt = 0.5 Fast time integration at level 0 from 694.5 to 695 with dt = 0.5 Time integration of scalars at level 0 from 694 to 695 with dt = 1 using RHS created at 694.6666666667 Making slow rhs at time 695 for fast variables advancing from 694 to 696 Fast time integration at level 0 from 694 to 694.5 with dt = 0.5 Fast time integration at level 0 from 694.5 to 695 with dt = 0.5 Fast time integration at level 0 from 695 to 695.5 with dt = 0.5 Fast time integration at level 0 from 695.5 to 696 with dt = 0.5 Time integration of scalars at level 0 from 694 to 696 with dt = 2 using RHS created at 695 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 348] Advanced 4096 cells [Level 1 step 348] ADVANCE from elapsed time = 694 to 696 with dt = 2 Making slow rhs at time 694 for fast variables advancing from 694 to 696 No-substepping time integration at level 1 to 696 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004204388275 0.002296940686 and volume-weighted sum 36020.11327 Subtracting 6.117546412e-06 from rhs in subdomain 0 Sum after subtraction -6.2883726e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004143212811 MLMG: Initial residual (resid0) = 0.0004143212811 MLMG: Final Iter. 6 resid, resid/bnorm = 6.73749257e-11, 1.626151703e-07 MLMG: Timers: Solve = 0.003868909 Iter = 0.003420128 Bottom = 0.001775814 Time in solve 0.00425053 Max/L2 norm of divergence after solve at level 1 : 6.117613787e-06 0.0004694195508 and volume-weighted sum 36020.11327 Time integration of scalars at level 1 from 694 to 696 with dt = 2 using RHS created at 694 Making slow rhs at time 696 for fast variables advancing from 694 to 696 No-substepping time integration at level 1 to 696 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003968878555 0.00226827339 and volume-weighted sum 36020.11327 Subtracting 6.117546412e-06 from rhs in subdomain 0 Sum after subtraction -1.231653668e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003907703091 MLMG: Initial residual (resid0) = 0.0003907703091 MLMG: Final Iter. 5 resid, resid/bnorm = 4.295743328e-11, 1.099301361e-07 MLMG: Timers: Solve = 0.003204185 Iter = 0.002889231 Bottom = 0.00152013 Time in solve 0.003616622 Max/L2 norm of divergence after solve at level 1 : 6.117589369e-06 0.0004694195508 and volume-weighted sum 36020.11327 Time integration of scalars at level 1 from 694 to 696 with dt = 2 using RHS created at 696 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 348] Advanced 5888 cells Coarse STEP 348 ends. TIME = 696 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036115194 seconds. Coarse STEP 349 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.344511184 (terrain aware) 1.344511184 (terrain unaware) Anelastic dt at level 0 would be: 5.741717766 (terrain aware) 5.741717766 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385233015 (terrain aware) 0.1385233015 (terrain unaware) Anelastic dt at level 1 would be: 2.674968351 (terrain aware) 2.674968351 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 349] ADVANCE from elapsed time = 696 to 698 with dt = 2 Making slow rhs at time 696 for fast variables advancing from 696 to 696.6666666667 Fast time integration at level 0 from 696 to 696.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 696 to 696.6666666667 with dt = 0.6666666666666 using RHS created at 696 Making slow rhs at time 696.6666666667 for fast variables advancing from 696 to 697 Fast time integration at level 0 from 696 to 696.5 with dt = 0.5 Fast time integration at level 0 from 696.5 to 697 with dt = 0.5 Time integration of scalars at level 0 from 696 to 697 with dt = 1 using RHS created at 696.6666666667 Making slow rhs at time 697 for fast variables advancing from 696 to 698 Fast time integration at level 0 from 696 to 696.5 with dt = 0.5 Fast time integration at level 0 from 696.5 to 697 with dt = 0.5 Fast time integration at level 0 from 697 to 697.5 with dt = 0.5 Fast time integration at level 0 from 697.5 to 698 with dt = 0.5 Time integration of scalars at level 0 from 696 to 698 with dt = 2 using RHS created at 697 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 349] Advanced 4096 cells [Level 1 step 349] ADVANCE from elapsed time = 696 to 698 with dt = 2 Making slow rhs at time 696 for fast variables advancing from 696 to 698 No-substepping time integration at level 1 to 698 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004686416805 0.002286560682 and volume-weighted sum 32139.68824 Subtracting 5.458506834e-06 from rhs in subdomain 0 Sum after subtraction -2.081668171e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004631831737 MLMG: Initial residual (resid0) = 0.0004631831737 MLMG: Final Iter. 7 resid, resid/bnorm = 1.824543975e-11, 3.939141314e-08 MLMG: Timers: Solve = 0.004194505 Iter = 0.003878552 Bottom = 0.001997783 Time in solve 0.00455194 Max/L2 norm of divergence after solve at level 1 : 5.45852472e-06 0.0004188492663 and volume-weighted sum 32139.68824 Time integration of scalars at level 1 from 696 to 698 with dt = 2 using RHS created at 696 Making slow rhs at time 698 for fast variables advancing from 696 to 698 No-substepping time integration at level 1 to 698 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004799498158 0.002252637074 and volume-weighted sum 32139.68824 Subtracting 5.458506834e-06 from rhs in subdomain 0 Sum after subtraction -8.239936511e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000474491309 MLMG: Initial residual (resid0) = 0.000474491309 MLMG: Final Iter. 5 resid, resid/bnorm = 4.427083011e-11, 9.330166702e-08 MLMG: Timers: Solve = 0.003633348 Iter = 0.003295892 Bottom = 0.001882596 Time in solve 0.003998902 Max/L2 norm of divergence after solve at level 1 : 5.458551104e-06 0.0004188492663 and volume-weighted sum 32139.68824 Time integration of scalars at level 1 from 696 to 698 with dt = 2 using RHS created at 698 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 349] Advanced 5888 cells Coarse STEP 349 ends. TIME = 698 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03624372 seconds. Coarse STEP 350 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.345096332 (terrain aware) 1.345096332 (terrain unaware) Anelastic dt at level 0 would be: 5.748244554 (terrain aware) 5.748244554 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385139521 (terrain aware) 0.1385139521 (terrain unaware) Anelastic dt at level 1 would be: 2.677045676 (terrain aware) 2.677045676 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 350] ADVANCE from elapsed time = 698 to 700 with dt = 2 Making slow rhs at time 698 for fast variables advancing from 698 to 698.6666666667 Fast time integration at level 0 from 698 to 698.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 698 to 698.6666666667 with dt = 0.6666666666666 using RHS created at 698 Making slow rhs at time 698.6666666667 for fast variables advancing from 698 to 699 Fast time integration at level 0 from 698 to 698.5 with dt = 0.5 Fast time integration at level 0 from 698.5 to 699 with dt = 0.5 Time integration of scalars at level 0 from 698 to 699 with dt = 1 using RHS created at 698.6666666667 Making slow rhs at time 699 for fast variables advancing from 698 to 700 Fast time integration at level 0 from 698 to 698.5 with dt = 0.5 Fast time integration at level 0 from 698.5 to 699 with dt = 0.5 Fast time integration at level 0 from 699 to 699.5 with dt = 0.5 Fast time integration at level 0 from 699.5 to 700 with dt = 0.5 Time integration of scalars at level 0 from 698 to 700 with dt = 2 using RHS created at 699 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 350] Advanced 4096 cells [Level 1 step 350] ADVANCE from elapsed time = 698 to 700 with dt = 2 Making slow rhs at time 698 for fast variables advancing from 698 to 700 No-substepping time integration at level 1 to 700 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004885048929 0.002255945319 and volume-weighted sum 24638.39462 Subtracting 4.184509956e-06 from rhs in subdomain 0 Sum after subtraction -6.505213035e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000484320383 MLMG: Initial residual (resid0) = 0.000484320383 MLMG: Final Iter. 7 resid, resid/bnorm = 2.213651864e-11, 4.570635352e-08 MLMG: Timers: Solve = 0.004146494 Iter = 0.003834491 Bottom = 0.001978022 Time in solve 0.004514052 Max/L2 norm of divergence after solve at level 1 : 4.184531659e-06 0.0003210912761 and volume-weighted sum 24638.39462 Time integration of scalars at level 1 from 698 to 700 with dt = 2 using RHS created at 698 Making slow rhs at time 700 for fast variables advancing from 698 to 700 No-substepping time integration at level 1 to 700 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004738632001 0.002229930629 and volume-weighted sum 24638.39462 Subtracting 4.184509956e-06 from rhs in subdomain 0 Sum after subtraction 1.040834086e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004696786901 MLMG: Initial residual (resid0) = 0.0004696786901 MLMG: Final Iter. 5 resid, resid/bnorm = 4.52880732e-11, 9.642352134e-08 MLMG: Timers: Solve = 0.003223836 Iter = 0.002901412 Bottom = 0.001536653 Time in solve 0.003574222 Max/L2 norm of divergence after solve at level 1 : 4.184555245e-06 0.0003210912761 and volume-weighted sum 24638.39462 Time integration of scalars at level 1 from 698 to 700 with dt = 2 using RHS created at 700 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 350] Advanced 5888 cells Coarse STEP 350 ends. TIME = 700 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036077166 seconds. 3DPlotfile write time = 0.007596158 seconds. Coarse STEP 351 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.345751107 (terrain aware) 1.345751107 (terrain unaware) Anelastic dt at level 0 would be: 5.750790157 (terrain aware) 5.750790157 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1385059031 (terrain aware) 0.1385059031 (terrain unaware) Anelastic dt at level 1 would be: 2.681260782 (terrain aware) 2.681260782 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 351] ADVANCE from elapsed time = 700 to 702 with dt = 2 Making slow rhs at time 700 for fast variables advancing from 700 to 700.6666666667 Fast time integration at level 0 from 700 to 700.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 700 to 700.6666666667 with dt = 0.6666666666666 using RHS created at 700 Making slow rhs at time 700.6666666667 for fast variables advancing from 700 to 701 Fast time integration at level 0 from 700 to 700.5 with dt = 0.5 Fast time integration at level 0 from 700.5 to 701 with dt = 0.5 Time integration of scalars at level 0 from 700 to 701 with dt = 1 using RHS created at 700.6666666667 Making slow rhs at time 701 for fast variables advancing from 700 to 702 Fast time integration at level 0 from 700 to 700.5 with dt = 0.5 Fast time integration at level 0 from 700.5 to 701 with dt = 0.5 Fast time integration at level 0 from 701 to 701.5 with dt = 0.5 Fast time integration at level 0 from 701.5 to 702 with dt = 0.5 Time integration of scalars at level 0 from 700 to 702 with dt = 2 using RHS created at 701 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 351] Advanced 4096 cells [Level 1 step 351] ADVANCE from elapsed time = 700 to 702 with dt = 2 Making slow rhs at time 700 for fast variables advancing from 700 to 702 No-substepping time integration at level 1 to 702 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004128745957 0.002214120283 and volume-weighted sum 14891.98696 Subtracting 2.529209742e-06 from rhs in subdomain 0 Sum after subtraction 1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000410345386 MLMG: Initial residual (resid0) = 0.000410345386 MLMG: Final Iter. 7 resid, resid/bnorm = 1.690694499e-11, 4.120174265e-08 MLMG: Timers: Solve = 0.004212154 Iter = 0.003889161 Bottom = 0.002002033 Time in solve 0.004568889 Max/L2 norm of divergence after solve at level 1 : 2.529226318e-06 0.0001940746209 and volume-weighted sum 14891.98696 Time integration of scalars at level 1 from 700 to 702 with dt = 2 using RHS created at 700 Making slow rhs at time 702 for fast variables advancing from 700 to 702 No-substepping time integration at level 1 to 702 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003883632924 0.002209231392 and volume-weighted sum 14891.98696 Subtracting 2.529209742e-06 from rhs in subdomain 0 Sum after subtraction -4.423544864e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003858340827 MLMG: Initial residual (resid0) = 0.0003858340827 MLMG: Final Iter. 5 resid, resid/bnorm = 4.645960744e-11, 1.204134355e-07 MLMG: Timers: Solve = 0.003578445 Iter = 0.003259588 Bottom = 0.001841076 Time in solve 0.003931934 Max/L2 norm of divergence after solve at level 1 : 2.529256201e-06 0.0001940746209 and volume-weighted sum 14891.98696 Time integration of scalars at level 1 from 700 to 702 with dt = 2 using RHS created at 702 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 351] Advanced 5888 cells Coarse STEP 351 ends. TIME = 702 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037925899 seconds. Coarse STEP 352 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.346160812 (terrain aware) 1.346160812 (terrain unaware) Anelastic dt at level 0 would be: 5.756211678 (terrain aware) 5.756211678 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384991048 (terrain aware) 0.1384991048 (terrain unaware) Anelastic dt at level 1 would be: 2.687615771 (terrain aware) 2.687615771 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 352] ADVANCE from elapsed time = 702 to 704 with dt = 2 Making slow rhs at time 702 for fast variables advancing from 702 to 702.6666666667 Fast time integration at level 0 from 702 to 702.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 702 to 702.6666666667 with dt = 0.6666666666666 using RHS created at 702 Making slow rhs at time 702.6666666667 for fast variables advancing from 702 to 703 Fast time integration at level 0 from 702 to 702.5 with dt = 0.5 Fast time integration at level 0 from 702.5 to 703 with dt = 0.5 Time integration of scalars at level 0 from 702 to 703 with dt = 1 using RHS created at 702.6666666667 Making slow rhs at time 703 for fast variables advancing from 702 to 704 Fast time integration at level 0 from 702 to 702.5 with dt = 0.5 Fast time integration at level 0 from 702.5 to 703 with dt = 0.5 Fast time integration at level 0 from 703 to 703.5 with dt = 0.5 Fast time integration at level 0 from 703.5 to 704 with dt = 0.5 Time integration of scalars at level 0 from 702 to 704 with dt = 2 using RHS created at 703 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 352] Advanced 4096 cells [Level 1 step 352] ADVANCE from elapsed time = 702 to 704 with dt = 2 Making slow rhs at time 702 for fast variables advancing from 702 to 704 No-substepping time integration at level 1 to 704 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004597658274 0.002187302933 and volume-weighted sum 4531.659405 Subtracting 7.696432414e-07 from rhs in subdomain 0 Sum after subtraction -9.497611031e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004589961842 MLMG: Initial residual (resid0) = 0.0004589961842 MLMG: Final Iter. 6 resid, resid/bnorm = 4.295359859e-11, 9.35816028e-08 MLMG: Timers: Solve = 0.003788436 Iter = 0.003462675 Bottom = 0.001825725 Time in solve 0.004147982 Max/L2 norm of divergence after solve at level 1 : 7.69686195e-07 5.90572691e-05 and volume-weighted sum 4531.659405 Time integration of scalars at level 1 from 702 to 704 with dt = 2 using RHS created at 702 Making slow rhs at time 704 for fast variables advancing from 702 to 704 No-substepping time integration at level 1 to 704 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004715251841 0.00219580634 and volume-weighted sum 4531.659405 Subtracting 7.696432414e-07 from rhs in subdomain 0 Sum after subtraction -2.602085214e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004707555408 MLMG: Initial residual (resid0) = 0.0004707555408 MLMG: Final Iter. 5 resid, resid/bnorm = 4.782046601e-11, 1.015823753e-07 MLMG: Timers: Solve = 0.003424741 Iter = 0.002833167 Bottom = 0.001467078 Time in solve 0.003801897 Max/L2 norm of divergence after solve at level 1 : 7.696910619e-07 5.90572691e-05 and volume-weighted sum 4531.659405 Time integration of scalars at level 1 from 702 to 704 with dt = 2 using RHS created at 704 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 352] Advanced 5888 cells Coarse STEP 352 ends. TIME = 704 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035828902 seconds. Coarse STEP 353 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.346593354 (terrain aware) 1.346593354 (terrain unaware) Anelastic dt at level 0 would be: 5.764551928 (terrain aware) 5.764551928 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384936257 (terrain aware) 0.1384936257 (terrain unaware) Anelastic dt at level 1 would be: 2.693910639 (terrain aware) 2.693910639 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 353] ADVANCE from elapsed time = 704 to 706 with dt = 2 Making slow rhs at time 704 for fast variables advancing from 704 to 704.6666666667 Fast time integration at level 0 from 704 to 704.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 704 to 704.6666666667 with dt = 0.6666666666666 using RHS created at 704 Making slow rhs at time 704.6666666667 for fast variables advancing from 704 to 705 Fast time integration at level 0 from 704 to 704.5 with dt = 0.5 Fast time integration at level 0 from 704.5 to 705 with dt = 0.5 Time integration of scalars at level 0 from 704 to 705 with dt = 1 using RHS created at 704.6666666667 Making slow rhs at time 705 for fast variables advancing from 704 to 706 Fast time integration at level 0 from 704 to 704.5 with dt = 0.5 Fast time integration at level 0 from 704.5 to 705 with dt = 0.5 Fast time integration at level 0 from 705 to 705.5 with dt = 0.5 Fast time integration at level 0 from 705.5 to 706 with dt = 0.5 Time integration of scalars at level 0 from 704 to 706 with dt = 2 using RHS created at 705 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 353] Advanced 4096 cells [Level 1 step 353] ADVANCE from elapsed time = 704 to 706 with dt = 2 Making slow rhs at time 704 for fast variables advancing from 704 to 706 No-substepping time integration at level 1 to 706 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004790967676 0.002187391212 and volume-weighted sum -5300.946281 Subtracting -9.002965831e-07 from rhs in subdomain 0 Sum after subtraction 8.370040772e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004799970642 MLMG: Initial residual (resid0) = 0.0004799970642 MLMG: Final Iter. 6 resid, resid/bnorm = 7.891330905e-11, 1.644037327e-07 MLMG: Timers: Solve = 0.003711225 Iter = 0.003387062 Bottom = 0.001763153 Time in solve 0.004091695 Max/L2 norm of divergence after solve at level 1 : 9.003754964e-07 6.908273174e-05 and volume-weighted sum -5300.946281 Time integration of scalars at level 1 from 704 to 706 with dt = 2 using RHS created at 704 Making slow rhs at time 706 for fast variables advancing from 704 to 706 No-substepping time integration at level 1 to 706 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004654156859 0.002190288222 and volume-weighted sum -5300.946281 Subtracting -9.002965831e-07 from rhs in subdomain 0 Sum after subtraction 1.249000903e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004663159825 MLMG: Initial residual (resid0) = 0.0004663159825 MLMG: Final Iter. 5 resid, resid/bnorm = 4.967213591e-11, 1.065203377e-07 MLMG: Timers: Solve = 0.003181682 Iter = 0.002862362 Bottom = 0.001497751 Time in solve 0.003543398 Max/L2 norm of divergence after solve at level 1 : 9.003454765e-07 6.908273174e-05 and volume-weighted sum -5300.946281 Time integration of scalars at level 1 from 704 to 706 with dt = 2 using RHS created at 706 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 353] Advanced 5888 cells Coarse STEP 353 ends. TIME = 706 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035698386 seconds. Coarse STEP 354 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347177829 (terrain aware) 1.347177829 (terrain unaware) Anelastic dt at level 0 would be: 5.775788682 (terrain aware) 5.775788682 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384895823 (terrain aware) 0.1384895823 (terrain unaware) Anelastic dt at level 1 would be: 2.695330975 (terrain aware) 2.695330975 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 354] ADVANCE from elapsed time = 706 to 708 with dt = 2 Making slow rhs at time 706 for fast variables advancing from 706 to 706.6666666667 Fast time integration at level 0 from 706 to 706.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 706 to 706.6666666667 with dt = 0.6666666666666 using RHS created at 706 Making slow rhs at time 706.6666666667 for fast variables advancing from 706 to 707 Fast time integration at level 0 from 706 to 706.5 with dt = 0.5 Fast time integration at level 0 from 706.5 to 707 with dt = 0.5 Time integration of scalars at level 0 from 706 to 707 with dt = 1 using RHS created at 706.6666666667 Making slow rhs at time 707 for fast variables advancing from 706 to 708 Fast time integration at level 0 from 706 to 706.5 with dt = 0.5 Fast time integration at level 0 from 706.5 to 707 with dt = 0.5 Fast time integration at level 0 from 707 to 707.5 with dt = 0.5 Fast time integration at level 0 from 707.5 to 708 with dt = 0.5 Time integration of scalars at level 0 from 706 to 708 with dt = 2 using RHS created at 707 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 354] Advanced 4096 cells [Level 1 step 354] ADVANCE from elapsed time = 706 to 708 with dt = 2 Making slow rhs at time 706 for fast variables advancing from 706 to 708 No-substepping time integration at level 1 to 708 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004053209942 0.002200991438 and volume-weighted sum -14291.93367 Subtracting -2.427298518e-06 from rhs in subdomain 0 Sum after subtraction 2.25080371e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004077482927 MLMG: Initial residual (resid0) = 0.0004077482927 MLMG: Final Iter. 7 resid, resid/bnorm = 1.67948893e-11, 4.11893553e-08 MLMG: Timers: Solve = 0.00418298 Iter = 0.003869097 Bottom = 0.002021135 Time in solve 0.004540421 Max/L2 norm of divergence after solve at level 1 : 2.427314982e-06 0.000186254636 and volume-weighted sum -14291.93367 Time integration of scalars at level 1 from 706 to 708 with dt = 2 using RHS created at 706 Making slow rhs at time 708 for fast variables advancing from 706 to 708 No-substepping time integration at level 1 to 708 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003797389198 0.002191440262 and volume-weighted sum -14291.93367 Subtracting -2.427298518e-06 from rhs in subdomain 0 Sum after subtraction 1.925543058e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003821662183 MLMG: Initial residual (resid0) = 0.0003821662183 MLMG: Final Iter. 5 resid, resid/bnorm = 5.225896301e-11, 1.367440671e-07 MLMG: Timers: Solve = 0.003120528 Iter = 0.002804065 Bottom = 0.001459115 Time in solve 0.003479282 Max/L2 norm of divergence after solve at level 1 : 2.427349968e-06 0.000186254636 and volume-weighted sum -14291.93367 Time integration of scalars at level 1 from 706 to 708 with dt = 2 using RHS created at 708 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 354] Advanced 5888 cells Coarse STEP 354 ends. TIME = 708 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036099242 seconds. Coarse STEP 355 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347913976 (terrain aware) 1.347913976 (terrain unaware) Anelastic dt at level 0 would be: 5.789924209 (terrain aware) 5.789924209 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384870454 (terrain aware) 0.1384870454 (terrain unaware) Anelastic dt at level 1 would be: 2.698958984 (terrain aware) 2.698958984 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 355] ADVANCE from elapsed time = 708 to 710 with dt = 2 Making slow rhs at time 708 for fast variables advancing from 708 to 708.6666666667 Fast time integration at level 0 from 708 to 708.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 708 to 708.6666666667 with dt = 0.6666666666666 using RHS created at 708 Making slow rhs at time 708.6666666667 for fast variables advancing from 708 to 709 Fast time integration at level 0 from 708 to 708.5 with dt = 0.5 Fast time integration at level 0 from 708.5 to 709 with dt = 0.5 Time integration of scalars at level 0 from 708 to 709 with dt = 1 using RHS created at 708.6666666667 Making slow rhs at time 709 for fast variables advancing from 708 to 710 Fast time integration at level 0 from 708 to 708.5 with dt = 0.5 Fast time integration at level 0 from 708.5 to 709 with dt = 0.5 Fast time integration at level 0 from 709 to 709.5 with dt = 0.5 Fast time integration at level 0 from 709.5 to 710 with dt = 0.5 Time integration of scalars at level 0 from 708 to 710 with dt = 2 using RHS created at 709 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 355] Advanced 4096 cells [Level 1 step 355] ADVANCE from elapsed time = 708 to 710 with dt = 2 Making slow rhs at time 708 for fast variables advancing from 708 to 710 No-substepping time integration at level 1 to 710 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004502005515 0.002211344095 and volume-weighted sum -22656.3734 Subtracting -3.847889504e-06 from rhs in subdomain 0 Sum after subtraction -2.983724379e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000454048441 MLMG: Initial residual (resid0) = 0.000454048441 MLMG: Final Iter. 7 resid, resid/bnorm = 1.56209069e-11, 3.440361311e-08 MLMG: Timers: Solve = 0.004525844 Iter = 0.004201601 Bottom = 0.00203271 Time in solve 0.004879197 Max/L2 norm of divergence after solve at level 1 : 3.847904818e-06 0.0002952612765 and volume-weighted sum -22656.3734 Time integration of scalars at level 1 from 708 to 710 with dt = 2 using RHS created at 708 Making slow rhs at time 710 for fast variables advancing from 708 to 710 No-substepping time integration at level 1 to 710 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000462407647 0.002197563941 and volume-weighted sum -22656.3734 Subtracting -3.847889504e-06 from rhs in subdomain 0 Sum after subtraction -2.610758831e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004662555365 MLMG: Initial residual (resid0) = 0.0004662555365 MLMG: Final Iter. 5 resid, resid/bnorm = 5.608586893e-11, 1.202899795e-07 MLMG: Timers: Solve = 0.003153754 Iter = 0.002840948 Bottom = 0.00148889 Time in solve 0.003511383 Max/L2 norm of divergence after solve at level 1 : 3.847944739e-06 0.0002952612765 and volume-weighted sum -22656.3734 Time integration of scalars at level 1 from 708 to 710 with dt = 2 using RHS created at 710 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 355] Advanced 5888 cells Coarse STEP 355 ends. TIME = 710 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036441664 seconds. Coarse STEP 356 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348532775 (terrain aware) 1.348532775 (terrain unaware) Anelastic dt at level 0 would be: 5.806991959 (terrain aware) 5.806991959 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384780531 (terrain aware) 0.1384780531 (terrain unaware) Anelastic dt at level 1 would be: 2.704773422 (terrain aware) 2.704773422 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 356] ADVANCE from elapsed time = 710 to 712 with dt = 2 Making slow rhs at time 710 for fast variables advancing from 710 to 710.6666666667 Fast time integration at level 0 from 710 to 710.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 710 to 710.6666666667 with dt = 0.6666666666666 using RHS created at 710 Making slow rhs at time 710.6666666667 for fast variables advancing from 710 to 711 Fast time integration at level 0 from 710 to 710.5 with dt = 0.5 Fast time integration at level 0 from 710.5 to 711 with dt = 0.5 Time integration of scalars at level 0 from 710 to 711 with dt = 1 using RHS created at 710.6666666667 Making slow rhs at time 711 for fast variables advancing from 710 to 712 Fast time integration at level 0 from 710 to 710.5 with dt = 0.5 Fast time integration at level 0 from 710.5 to 711 with dt = 0.5 Fast time integration at level 0 from 711 to 711.5 with dt = 0.5 Fast time integration at level 0 from 711.5 to 712 with dt = 0.5 Time integration of scalars at level 0 from 710 to 712 with dt = 2 using RHS created at 711 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 356] Advanced 4096 cells [Level 1 step 356] ADVANCE from elapsed time = 710 to 712 with dt = 2 Making slow rhs at time 710 for fast variables advancing from 710 to 712 No-substepping time integration at level 1 to 712 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004714504416 0.002216173908 and volume-weighted sum -30451.96709 Subtracting -5.17186941e-06 from rhs in subdomain 0 Sum after subtraction 6.071532166e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000476622311 MLMG: Initial residual (resid0) = 0.000476622311 MLMG: Final Iter. 6 resid, resid/bnorm = 5.60052277e-11, 1.175044189e-07 MLMG: Timers: Solve = 0.003696122 Iter = 0.003381697 Bottom = 0.001773295 Time in solve 0.004066155 Max/L2 norm of divergence after solve at level 1 : 5.171925415e-06 0.0003968546296 and volume-weighted sum -30451.96709 Time integration of scalars at level 1 from 710 to 712 with dt = 2 using RHS created at 710 Making slow rhs at time 712 for fast variables advancing from 710 to 712 No-substepping time integration at level 1 to 712 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004584575886 0.002208112755 and volume-weighted sum -30451.96709 Subtracting -5.17186941e-06 from rhs in subdomain 0 Sum after subtraction 7.329206686e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000463629458 MLMG: Initial residual (resid0) = 0.000463629458 MLMG: Final Iter. 5 resid, resid/bnorm = 5.510814073e-11, 1.188624661e-07 MLMG: Timers: Solve = 0.003165797 Iter = 0.002851427 Bottom = 0.001482728 Time in solve 0.003532879 Max/L2 norm of divergence after solve at level 1 : 5.17192368e-06 0.0003968546296 and volume-weighted sum -30451.96709 Time integration of scalars at level 1 from 710 to 712 with dt = 2 using RHS created at 712 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 356] Advanced 5888 cells Coarse STEP 356 ends. TIME = 712 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035601445 seconds. Coarse STEP 357 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348217545 (terrain aware) 1.348217545 (terrain unaware) Anelastic dt at level 0 would be: 5.801798212 (terrain aware) 5.801798212 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384695723 (terrain aware) 0.1384695723 (terrain unaware) Anelastic dt at level 1 would be: 2.712702937 (terrain aware) 2.712702937 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 357] ADVANCE from elapsed time = 712 to 714 with dt = 2 Making slow rhs at time 712 for fast variables advancing from 712 to 712.6666666667 Fast time integration at level 0 from 712 to 712.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 712 to 712.6666666667 with dt = 0.6666666666666 using RHS created at 712 Making slow rhs at time 712.6666666667 for fast variables advancing from 712 to 713 Fast time integration at level 0 from 712 to 712.5 with dt = 0.5 Fast time integration at level 0 from 712.5 to 713 with dt = 0.5 Time integration of scalars at level 0 from 712 to 713 with dt = 1 using RHS created at 712.6666666667 Making slow rhs at time 713 for fast variables advancing from 712 to 714 Fast time integration at level 0 from 712 to 712.5 with dt = 0.5 Fast time integration at level 0 from 712.5 to 713 with dt = 0.5 Fast time integration at level 0 from 713 to 713.5 with dt = 0.5 Fast time integration at level 0 from 713.5 to 714 with dt = 0.5 Time integration of scalars at level 0 from 712 to 714 with dt = 2 using RHS created at 713 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 357] Advanced 4096 cells [Level 1 step 357] ADVANCE from elapsed time = 712 to 714 with dt = 2 Making slow rhs at time 712 for fast variables advancing from 712 to 714 No-substepping time integration at level 1 to 714 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000400957207 0.002228194954 and volume-weighted sum -36976.76727 Subtracting -6.280021616e-06 from rhs in subdomain 0 Sum after subtraction -1.431146868e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004072372286 MLMG: Initial residual (resid0) = 0.0004072372286 MLMG: Final Iter. 6 resid, resid/bnorm = 6.352727446e-11, 1.55995744e-07 MLMG: Timers: Solve = 0.00371178 Iter = 0.003390573 Bottom = 0.001754204 Time in solve 0.004078522 Max/L2 norm of divergence after solve at level 1 : 6.280083894e-06 0.0004818868101 and volume-weighted sum -36976.76727 Time integration of scalars at level 1 from 712 to 714 with dt = 2 using RHS created at 712 Making slow rhs at time 714 for fast variables advancing from 712 to 714 No-substepping time integration at level 1 to 714 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003735312045 0.002219895495 and volume-weighted sum -36976.76727 Subtracting -6.280021616e-06 from rhs in subdomain 0 Sum after subtraction -9.757819552e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003798112261 MLMG: Initial residual (resid0) = 0.0003798112261 MLMG: Final Iter. 5 resid, resid/bnorm = 5.311740263e-11, 1.398521133e-07 MLMG: Timers: Solve = 0.003474186 Iter = 0.003155943 Bottom = 0.001789888 Time in solve 0.00384119 Max/L2 norm of divergence after solve at level 1 : 6.280073925e-06 0.0004818868101 and volume-weighted sum -36976.76727 Time integration of scalars at level 1 from 712 to 714 with dt = 2 using RHS created at 714 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 357] Advanced 5888 cells Coarse STEP 357 ends. TIME = 714 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035709548 seconds. Coarse STEP 358 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348018339 (terrain aware) 1.348018339 (terrain unaware) Anelastic dt at level 0 would be: 5.798359846 (terrain aware) 5.798359846 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384623667 (terrain aware) 0.1384623667 (terrain unaware) Anelastic dt at level 1 would be: 2.713696386 (terrain aware) 2.713696386 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 358] ADVANCE from elapsed time = 714 to 716 with dt = 2 Making slow rhs at time 714 for fast variables advancing from 714 to 714.6666666667 Fast time integration at level 0 from 714 to 714.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 714 to 714.6666666667 with dt = 0.6666666666666 using RHS created at 714 Making slow rhs at time 714.6666666667 for fast variables advancing from 714 to 715 Fast time integration at level 0 from 714 to 714.5 with dt = 0.5 Fast time integration at level 0 from 714.5 to 715 with dt = 0.5 Time integration of scalars at level 0 from 714 to 715 with dt = 1 using RHS created at 714.6666666667 Making slow rhs at time 715 for fast variables advancing from 714 to 716 Fast time integration at level 0 from 714 to 714.5 with dt = 0.5 Fast time integration at level 0 from 714.5 to 715 with dt = 0.5 Fast time integration at level 0 from 715 to 715.5 with dt = 0.5 Fast time integration at level 0 from 715.5 to 716 with dt = 0.5 Time integration of scalars at level 0 from 714 to 716 with dt = 2 using RHS created at 715 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 358] Advanced 4096 cells [Level 1 step 358] ADVANCE from elapsed time = 714 to 716 with dt = 2 Making slow rhs at time 714 for fast variables advancing from 714 to 716 No-substepping time integration at level 1 to 716 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004407663745 0.002251609931 and volume-weighted sum -40771.85752 Subtracting -6.924568193e-06 from rhs in subdomain 0 Sum after subtraction -1.647987302e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004476909427 MLMG: Initial residual (resid0) = 0.0004476909427 MLMG: Final Iter. 7 resid, resid/bnorm = 1.766314117e-11, 3.945387205e-08 MLMG: Timers: Solve = 0.004148857 Iter = 0.003837305 Bottom = 0.001992758 Time in solve 0.00450149 Max/L2 norm of divergence after solve at level 1 : 6.924585856e-06 0.0005313449988 and volume-weighted sum -40771.85752 Time integration of scalars at level 1 from 714 to 716 with dt = 2 using RHS created at 714 Making slow rhs at time 716 for fast variables advancing from 714 to 716 No-substepping time integration at level 1 to 716 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004540081393 0.002226678103 and volume-weighted sum -40771.85752 Subtracting -6.924568193e-06 from rhs in subdomain 0 Sum after subtraction -2.181414771e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004609327075 MLMG: Initial residual (resid0) = 0.0004609327075 MLMG: Final Iter. 5 resid, resid/bnorm = 5.55674401e-11, 1.205543438e-07 MLMG: Timers: Solve = 0.003142646 Iter = 0.002829012 Bottom = 0.001480009 Time in solve 0.003505612 Max/L2 norm of divergence after solve at level 1 : 6.924622942e-06 0.0005313449988 and volume-weighted sum -40771.85752 Time integration of scalars at level 1 from 714 to 716 with dt = 2 using RHS created at 716 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 358] Advanced 5888 cells Coarse STEP 358 ends. TIME = 716 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035869223 seconds. Coarse STEP 359 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347955001 (terrain aware) 1.347955001 (terrain unaware) Anelastic dt at level 0 would be: 5.797522273 (terrain aware) 5.797522273 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384564413 (terrain aware) 0.1384564413 (terrain unaware) Anelastic dt at level 1 would be: 2.716482338 (terrain aware) 2.716482338 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 359] ADVANCE from elapsed time = 716 to 718 with dt = 2 Making slow rhs at time 716 for fast variables advancing from 716 to 716.6666666667 Fast time integration at level 0 from 716 to 716.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 716 to 716.6666666667 with dt = 0.6666666666666 using RHS created at 716 Making slow rhs at time 716.6666666667 for fast variables advancing from 716 to 717 Fast time integration at level 0 from 716 to 716.5 with dt = 0.5 Fast time integration at level 0 from 716.5 to 717 with dt = 0.5 Time integration of scalars at level 0 from 716 to 717 with dt = 1 using RHS created at 716.6666666667 Making slow rhs at time 717 for fast variables advancing from 716 to 718 Fast time integration at level 0 from 716 to 716.5 with dt = 0.5 Fast time integration at level 0 from 716.5 to 717 with dt = 0.5 Fast time integration at level 0 from 717 to 717.5 with dt = 0.5 Fast time integration at level 0 from 717.5 to 718 with dt = 0.5 Time integration of scalars at level 0 from 716 to 718 with dt = 2 using RHS created at 717 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 359] Advanced 4096 cells [Level 1 step 359] ADVANCE from elapsed time = 716 to 718 with dt = 2 Making slow rhs at time 716 for fast variables advancing from 716 to 718 No-substepping time integration at level 1 to 718 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004660062919 0.002268291352 and volume-weighted sum -40266.63525 Subtracting -6.838762779e-06 from rhs in subdomain 0 Sum after subtraction 7.068998165e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004728450547 MLMG: Initial residual (resid0) = 0.0004728450547 MLMG: Final Iter. 7 resid, resid/bnorm = 2.136016615e-11, 4.517371163e-08 MLMG: Timers: Solve = 0.004216259 Iter = 0.003892178 Bottom = 0.00204109 Time in solve 0.004570258 Max/L2 norm of divergence after solve at level 1 : 6.83878414e-06 0.0005247608659 and volume-weighted sum -40266.63525 Time integration of scalars at level 1 from 716 to 718 with dt = 2 using RHS created at 716 Making slow rhs at time 718 for fast variables advancing from 716 to 718 No-substepping time integration at level 1 to 718 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004547760285 0.002220634035 and volume-weighted sum -40266.63525 Subtracting -6.838762779e-06 from rhs in subdomain 0 Sum after subtraction 2.502338614e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004616147913 MLMG: Initial residual (resid0) = 0.0004616147913 MLMG: Final Iter. 5 resid, resid/bnorm = 5.514863836e-11, 1.194689585e-07 MLMG: Timers: Solve = 0.003139719 Iter = 0.002821443 Bottom = 0.001470399 Time in solve 0.00349449 Max/L2 norm of divergence after solve at level 1 : 6.838817127e-06 0.0005247608659 and volume-weighted sum -40266.63525 Time integration of scalars at level 1 from 716 to 718 with dt = 2 using RHS created at 718 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 359] Advanced 5888 cells Coarse STEP 359 ends. TIME = 718 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036174457 seconds. Coarse STEP 360 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348041538 (terrain aware) 1.348041538 (terrain unaware) Anelastic dt at level 0 would be: 5.799508496 (terrain aware) 5.799508496 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384501913 (terrain aware) 0.1384501913 (terrain unaware) Anelastic dt at level 1 would be: 2.721300199 (terrain aware) 2.721300199 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 360] ADVANCE from elapsed time = 718 to 720 with dt = 2 Making slow rhs at time 718 for fast variables advancing from 718 to 718.6666666667 Fast time integration at level 0 from 718 to 718.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 718 to 718.6666666667 with dt = 0.6666666666666 using RHS created at 718 Making slow rhs at time 718.6666666667 for fast variables advancing from 718 to 719 Fast time integration at level 0 from 718 to 718.5 with dt = 0.5 Fast time integration at level 0 from 718.5 to 719 with dt = 0.5 Time integration of scalars at level 0 from 718 to 719 with dt = 1 using RHS created at 718.6666666667 Making slow rhs at time 719 for fast variables advancing from 718 to 720 Fast time integration at level 0 from 718 to 718.5 with dt = 0.5 Fast time integration at level 0 from 718.5 to 719 with dt = 0.5 Fast time integration at level 0 from 719 to 719.5 with dt = 0.5 Fast time integration at level 0 from 719.5 to 720 with dt = 0.5 Time integration of scalars at level 0 from 718 to 720 with dt = 2 using RHS created at 719 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 360] Advanced 4096 cells [Level 1 step 360] ADVANCE from elapsed time = 718 to 720 with dt = 2 Making slow rhs at time 718 for fast variables advancing from 718 to 720 No-substepping time integration at level 1 to 720 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004019391919 0.002253020132 and volume-weighted sum -34606.96361 Subtracting -5.877541375e-06 from rhs in subdomain 0 Sum after subtraction 7.54604712e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004078167333 MLMG: Initial residual (resid0) = 0.0004078167333 MLMG: Final Iter. 7 resid, resid/bnorm = 1.727548739e-11, 4.236090866e-08 MLMG: Timers: Solve = 0.004574972 Iter = 0.004252843 Bottom = 0.002136185 Time in solve 0.00493121 Max/L2 norm of divergence after solve at level 1 : 5.87755865e-06 0.0004510031713 and volume-weighted sum -34606.96361 Time integration of scalars at level 1 from 718 to 720 with dt = 2 using RHS created at 718 Making slow rhs at time 720 for fast variables advancing from 718 to 720 No-substepping time integration at level 1 to 720 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000372864514 0.002199818588 and volume-weighted sum -34606.96361 Subtracting -5.877541375e-06 from rhs in subdomain 0 Sum after subtraction 2.380907971e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003787420554 MLMG: Initial residual (resid0) = 0.0003787420554 MLMG: Final Iter. 5 resid, resid/bnorm = 5.818345903e-11, 1.536229162e-07 MLMG: Timers: Solve = 0.003286629 Iter = 0.002823038 Bottom = 0.001481043 Time in solve 0.003704792 Max/L2 norm of divergence after solve at level 1 : 5.877598722e-06 0.0004510031713 and volume-weighted sum -34606.96361 Time integration of scalars at level 1 from 718 to 720 with dt = 2 using RHS created at 720 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 360] Advanced 5888 cells Coarse STEP 360 ends. TIME = 720 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036494814 seconds. Coarse STEP 361 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348286369 (terrain aware) 1.348286369 (terrain unaware) Anelastic dt at level 0 would be: 5.804453282 (terrain aware) 5.804453282 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138438436 (terrain aware) 0.138438436 (terrain unaware) Anelastic dt at level 1 would be: 2.72814194 (terrain aware) 2.72814194 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 361] ADVANCE from elapsed time = 720 to 722 with dt = 2 Making slow rhs at time 720 for fast variables advancing from 720 to 720.6666666667 Fast time integration at level 0 from 720 to 720.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 720 to 720.6666666667 with dt = 0.6666666666666 using RHS created at 720 Making slow rhs at time 720.6666666667 for fast variables advancing from 720 to 721 Fast time integration at level 0 from 720 to 720.5 with dt = 0.5 Fast time integration at level 0 from 720.5 to 721 with dt = 0.5 Time integration of scalars at level 0 from 720 to 721 with dt = 1 using RHS created at 720.6666666667 Making slow rhs at time 721 for fast variables advancing from 720 to 722 Fast time integration at level 0 from 720 to 720.5 with dt = 0.5 Fast time integration at level 0 from 720.5 to 721 with dt = 0.5 Fast time integration at level 0 from 721 to 721.5 with dt = 0.5 Fast time integration at level 0 from 721.5 to 722 with dt = 0.5 Time integration of scalars at level 0 from 720 to 722 with dt = 2 using RHS created at 721 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 361] Advanced 4096 cells [Level 1 step 361] ADVANCE from elapsed time = 720 to 722 with dt = 2 Making slow rhs at time 720 for fast variables advancing from 720 to 722 No-substepping time integration at level 1 to 722 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004362348453 0.002206304081 and volume-weighted sum -24150.88625 Subtracting -4.101713017e-06 from rhs in subdomain 0 Sum after subtraction -2.602085214e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004403365583 MLMG: Initial residual (resid0) = 0.0004403365583 MLMG: Final Iter. 6 resid, resid/bnorm = 6.946088811e-11, 1.577449948e-07 MLMG: Timers: Solve = 0.003670634 Iter = 0.003353807 Bottom = 0.001752051 Time in solve 0.00403108 Max/L2 norm of divergence after solve at level 1 : 4.101781173e-06 0.0003147379934 and volume-weighted sum -24150.88625 Time integration of scalars at level 1 from 720 to 722 with dt = 2 using RHS created at 720 Making slow rhs at time 722 for fast variables advancing from 720 to 722 No-substepping time integration at level 1 to 722 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004508092462 0.002171369312 and volume-weighted sum -24150.88625 Subtracting -4.101713017e-06 from rhs in subdomain 0 Sum after subtraction 7.112366252e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004549109592 MLMG: Initial residual (resid0) = 0.0004549109592 MLMG: Final Iter. 5 resid, resid/bnorm = 5.812399207e-11, 1.277700414e-07 MLMG: Timers: Solve = 0.003074874 Iter = 0.002760263 Bottom = 0.001413075 Time in solve 0.00344355 Max/L2 norm of divergence after solve at level 1 : 4.101770315e-06 0.0003147379934 and volume-weighted sum -24150.88625 Time integration of scalars at level 1 from 720 to 722 with dt = 2 using RHS created at 722 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 361] Advanced 5888 cells Coarse STEP 361 ends. TIME = 722 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036623232 seconds. Coarse STEP 362 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348692207 (terrain aware) 1.348692207 (terrain unaware) Anelastic dt at level 0 would be: 5.812401785 (terrain aware) 5.812401785 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384286433 (terrain aware) 0.1384286433 (terrain unaware) Anelastic dt at level 1 would be: 2.730340967 (terrain aware) 2.730340967 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 362] ADVANCE from elapsed time = 722 to 724 with dt = 2 Making slow rhs at time 722 for fast variables advancing from 722 to 722.6666666667 Fast time integration at level 0 from 722 to 722.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 722 to 722.6666666667 with dt = 0.6666666666666 using RHS created at 722 Making slow rhs at time 722.6666666667 for fast variables advancing from 722 to 723 Fast time integration at level 0 from 722 to 722.5 with dt = 0.5 Fast time integration at level 0 from 722.5 to 723 with dt = 0.5 Time integration of scalars at level 0 from 722 to 723 with dt = 1 using RHS created at 722.6666666667 Making slow rhs at time 723 for fast variables advancing from 722 to 724 Fast time integration at level 0 from 722 to 722.5 with dt = 0.5 Fast time integration at level 0 from 722.5 to 723 with dt = 0.5 Fast time integration at level 0 from 723 to 723.5 with dt = 0.5 Fast time integration at level 0 from 723.5 to 724 with dt = 0.5 Time integration of scalars at level 0 from 722 to 724 with dt = 2 using RHS created at 723 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 362] Advanced 4096 cells [Level 1 step 362] ADVANCE from elapsed time = 722 to 724 with dt = 2 Making slow rhs at time 722 for fast variables advancing from 722 to 724 No-substepping time integration at level 1 to 724 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004684294367 0.002160131427 and volume-weighted sum -10371.9719 Subtracting -1.761544141e-06 from rhs in subdomain 0 Sum after subtraction -1.413799633e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004701909809 MLMG: Initial residual (resid0) = 0.0004701909809 MLMG: Final Iter. 6 resid, resid/bnorm = 3.742868251e-11, 7.960314857e-08 MLMG: Timers: Solve = 0.003690264 Iter = 0.003381276 Bottom = 0.001792718 Time in solve 0.004069932 Max/L2 norm of divergence after solve at level 1 : 1.76158157e-06 0.0001351691028 and volume-weighted sum -10371.9719 Time integration of scalars at level 1 from 722 to 724 with dt = 2 using RHS created at 722 Making slow rhs at time 724 for fast variables advancing from 722 to 724 No-substepping time integration at level 1 to 724 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000458503958 0.002148730192 and volume-weighted sum -10371.9719 Subtracting -1.761544141e-06 from rhs in subdomain 0 Sum after subtraction -1.491862189e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004602655021 MLMG: Initial residual (resid0) = 0.0004602655021 MLMG: Final Iter. 5 resid, resid/bnorm = 5.687263623e-11, 1.235648467e-07 MLMG: Timers: Solve = 0.00344012 Iter = 0.003114545 Bottom = 0.001523166 Time in solve 0.003808627 Max/L2 norm of divergence after solve at level 1 : 1.761600218e-06 0.0001351691028 and volume-weighted sum -10371.9719 Time integration of scalars at level 1 from 722 to 724 with dt = 2 using RHS created at 724 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 362] Advanced 5888 cells Coarse STEP 362 ends. TIME = 724 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035602229 seconds. Coarse STEP 363 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349254664 (terrain aware) 1.349254664 (terrain unaware) Anelastic dt at level 0 would be: 5.823281444 (terrain aware) 5.823281444 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384210734 (terrain aware) 0.1384210734 (terrain unaware) Anelastic dt at level 1 would be: 2.732307185 (terrain aware) 2.732307185 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 363] ADVANCE from elapsed time = 724 to 726 with dt = 2 Making slow rhs at time 724 for fast variables advancing from 724 to 724.6666666667 Fast time integration at level 0 from 724 to 724.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 724 to 724.6666666667 with dt = 0.6666666666666 using RHS created at 724 Making slow rhs at time 724.6666666667 for fast variables advancing from 724 to 725 Fast time integration at level 0 from 724 to 724.5 with dt = 0.5 Fast time integration at level 0 from 724.5 to 725 with dt = 0.5 Time integration of scalars at level 0 from 724 to 725 with dt = 1 using RHS created at 724.6666666667 Making slow rhs at time 725 for fast variables advancing from 724 to 726 Fast time integration at level 0 from 724 to 724.5 with dt = 0.5 Fast time integration at level 0 from 724.5 to 725 with dt = 0.5 Fast time integration at level 0 from 725 to 725.5 with dt = 0.5 Fast time integration at level 0 from 725.5 to 726 with dt = 0.5 Time integration of scalars at level 0 from 724 to 726 with dt = 2 using RHS created at 725 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 363] Advanced 4096 cells [Level 1 step 363] ADVANCE from elapsed time = 724 to 726 with dt = 2 Making slow rhs at time 724 for fast variables advancing from 724 to 726 No-substepping time integration at level 1 to 726 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004121519961 0.002146416749 and volume-weighted sum 4715.436421 Subtracting 8.008553704e-07 from rhs in subdomain 0 Sum after subtraction 8.890457814e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004113511407 MLMG: Initial residual (resid0) = 0.0004113511407 MLMG: Final Iter. 7 resid, resid/bnorm = 1.404848797e-11, 3.41520579e-08 MLMG: Timers: Solve = 0.004167768 Iter = 0.003850964 Bottom = 0.001997035 Time in solve 0.004539943 Max/L2 norm of divergence after solve at level 1 : 8.008694188e-07 6.145227889e-05 and volume-weighted sum 4715.436421 Time integration of scalars at level 1 from 724 to 726 with dt = 2 using RHS created at 724 Making slow rhs at time 726 for fast variables advancing from 724 to 726 No-substepping time integration at level 1 to 726 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003821051707 0.00214180601 and volume-weighted sum 4715.436421 Subtracting 8.008553704e-07 from rhs in subdomain 0 Sum after subtraction 5.941427905e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003813043153 MLMG: Initial residual (resid0) = 0.0003813043153 MLMG: Final Iter. 5 resid, resid/bnorm = 5.903335079e-11, 1.548195193e-07 MLMG: Timers: Solve = 0.003142025 Iter = 0.002814699 Bottom = 0.001468037 Time in solve 0.00350938 Max/L2 norm of divergence after solve at level 1 : 8.009144037e-07 6.145227889e-05 and volume-weighted sum 4715.436421 Time integration of scalars at level 1 from 724 to 726 with dt = 2 using RHS created at 726 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 363] Advanced 5888 cells Coarse STEP 363 ends. TIME = 726 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036100385 seconds. Coarse STEP 364 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349963644 (terrain aware) 1.349963644 (terrain unaware) Anelastic dt at level 0 would be: 5.836921836 (terrain aware) 5.836921836 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384159145 (terrain aware) 0.1384159145 (terrain unaware) Anelastic dt at level 1 would be: 2.736501322 (terrain aware) 2.736501322 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 364] ADVANCE from elapsed time = 726 to 728 with dt = 2 Making slow rhs at time 726 for fast variables advancing from 726 to 726.6666666667 Fast time integration at level 0 from 726 to 726.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 726 to 726.6666666667 with dt = 0.6666666666666 using RHS created at 726 Making slow rhs at time 726.6666666667 for fast variables advancing from 726 to 727 Fast time integration at level 0 from 726 to 726.5 with dt = 0.5 Fast time integration at level 0 from 726.5 to 727 with dt = 0.5 Time integration of scalars at level 0 from 726 to 727 with dt = 1 using RHS created at 726.6666666667 Making slow rhs at time 727 for fast variables advancing from 726 to 728 Fast time integration at level 0 from 726 to 726.5 with dt = 0.5 Fast time integration at level 0 from 726.5 to 727 with dt = 0.5 Fast time integration at level 0 from 727 to 727.5 with dt = 0.5 Fast time integration at level 0 from 727.5 to 728 with dt = 0.5 Time integration of scalars at level 0 from 726 to 728 with dt = 2 using RHS created at 727 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 364] Advanced 4096 cells [Level 1 step 364] ADVANCE from elapsed time = 726 to 728 with dt = 2 Making slow rhs at time 726 for fast variables advancing from 726 to 728 No-substepping time integration at level 1 to 728 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004369862847 0.002166198714 and volume-weighted sum 19166.48909 Subtracting 3.255178175e-06 from rhs in subdomain 0 Sum after subtraction 7.047314121e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004337311066 MLMG: Initial residual (resid0) = 0.0004337311066 MLMG: Final Iter. 7 resid, resid/bnorm = 1.974076617e-11, 4.551383536e-08 MLMG: Timers: Solve = 0.004215135 Iter = 0.003899313 Bottom = 0.00202876 Time in solve 0.004570048 Max/L2 norm of divergence after solve at level 1 : 3.255197916e-06 0.0002497805777 and volume-weighted sum 19166.48909 Time integration of scalars at level 1 from 726 to 728 with dt = 2 using RHS created at 726 Making slow rhs at time 728 for fast variables advancing from 726 to 728 No-substepping time integration at level 1 to 728 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000452214913 0.002150964962 and volume-weighted sum 19166.48909 Subtracting 3.255178175e-06 from rhs in subdomain 0 Sum after subtraction 4.423544864e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004489597349 MLMG: Initial residual (resid0) = 0.0004489597349 MLMG: Final Iter. 5 resid, resid/bnorm = 6.391024809e-11, 1.423518483e-07 MLMG: Timers: Solve = 0.003181499 Iter = 0.00286889 Bottom = 0.001484659 Time in solve 0.003538964 Max/L2 norm of divergence after solve at level 1 : 3.255242085e-06 0.0002497805777 and volume-weighted sum 19166.48909 Time integration of scalars at level 1 from 726 to 728 with dt = 2 using RHS created at 728 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 364] Advanced 5888 cells Coarse STEP 364 ends. TIME = 728 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035855401 seconds. Coarse STEP 365 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350632605 (terrain aware) 1.350632605 (terrain unaware) Anelastic dt at level 0 would be: 5.853099832 (terrain aware) 5.853099832 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384094581 (terrain aware) 0.1384094581 (terrain unaware) Anelastic dt at level 1 would be: 2.742913261 (terrain aware) 2.742913261 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 365] ADVANCE from elapsed time = 728 to 730 with dt = 2 Making slow rhs at time 728 for fast variables advancing from 728 to 728.6666666667 Fast time integration at level 0 from 728 to 728.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 728 to 728.6666666667 with dt = 0.6666666666666 using RHS created at 728 Making slow rhs at time 728.6666666667 for fast variables advancing from 728 to 729 Fast time integration at level 0 from 728 to 728.5 with dt = 0.5 Fast time integration at level 0 from 728.5 to 729 with dt = 0.5 Time integration of scalars at level 0 from 728 to 729 with dt = 1 using RHS created at 728.6666666667 Making slow rhs at time 729 for fast variables advancing from 728 to 730 Fast time integration at level 0 from 728 to 728.5 with dt = 0.5 Fast time integration at level 0 from 728.5 to 729 with dt = 0.5 Fast time integration at level 0 from 729 to 729.5 with dt = 0.5 Fast time integration at level 0 from 729.5 to 730 with dt = 0.5 Time integration of scalars at level 0 from 728 to 730 with dt = 2 using RHS created at 729 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 365] Advanced 4096 cells [Level 1 step 365] ADVANCE from elapsed time = 728 to 730 with dt = 2 Making slow rhs at time 728 for fast variables advancing from 728 to 730 No-substepping time integration at level 1 to 730 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004744918993 0.002199927764 and volume-weighted sum 31384.48597 Subtracting 5.330245579e-06 from rhs in subdomain 0 Sum after subtraction 9.671083379e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004691616538 MLMG: Initial residual (resid0) = 0.0004691616538 MLMG: Final Iter. 7 resid, resid/bnorm = 1.953266843e-11, 4.163313066e-08 MLMG: Timers: Solve = 0.004217698 Iter = 0.003891378 Bottom = 0.002040442 Time in solve 0.004626723 Max/L2 norm of divergence after solve at level 1 : 5.330265112e-06 0.0004090073564 and volume-weighted sum 31384.48597 Time integration of scalars at level 1 from 728 to 730 with dt = 2 using RHS created at 728 Making slow rhs at time 730 for fast variables advancing from 728 to 730 No-substepping time integration at level 1 to 730 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004656448057 0.002171065419 and volume-weighted sum 31384.48597 Subtracting 5.330245579e-06 from rhs in subdomain 0 Sum after subtraction 1.010476425e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004603145601 MLMG: Initial residual (resid0) = 0.0004603145601 MLMG: Final Iter. 5 resid, resid/bnorm = 6.388788002e-11, 1.387917862e-07 MLMG: Timers: Solve = 0.003183274 Iter = 0.002864159 Bottom = 0.00151477 Time in solve 0.003536894 Max/L2 norm of divergence after solve at level 1 : 5.330309467e-06 0.0004090073564 and volume-weighted sum 31384.48597 Time integration of scalars at level 1 from 728 to 730 with dt = 2 using RHS created at 730 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 365] Advanced 5888 cells Coarse STEP 365 ends. TIME = 730 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036140151 seconds. Coarse STEP 366 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350233277 (terrain aware) 1.350233277 (terrain unaware) Anelastic dt at level 0 would be: 5.84791067 (terrain aware) 5.84791067 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1384002182 (terrain aware) 0.1384002182 (terrain unaware) Anelastic dt at level 1 would be: 2.746909748 (terrain aware) 2.746909748 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 366] ADVANCE from elapsed time = 730 to 732 with dt = 2 Making slow rhs at time 730 for fast variables advancing from 730 to 730.6666666667 Fast time integration at level 0 from 730 to 730.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 730 to 730.6666666667 with dt = 0.6666666666666 using RHS created at 730 Making slow rhs at time 730.6666666667 for fast variables advancing from 730 to 731 Fast time integration at level 0 from 730 to 730.5 with dt = 0.5 Fast time integration at level 0 from 730.5 to 731 with dt = 0.5 Time integration of scalars at level 0 from 730 to 731 with dt = 1 using RHS created at 730.6666666667 Making slow rhs at time 731 for fast variables advancing from 730 to 732 Fast time integration at level 0 from 730 to 730.5 with dt = 0.5 Fast time integration at level 0 from 730.5 to 731 with dt = 0.5 Fast time integration at level 0 from 731 to 731.5 with dt = 0.5 Fast time integration at level 0 from 731.5 to 732 with dt = 0.5 Time integration of scalars at level 0 from 730 to 732 with dt = 2 using RHS created at 731 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 366] Advanced 4096 cells [Level 1 step 366] ADVANCE from elapsed time = 730 to 732 with dt = 2 Making slow rhs at time 730 for fast variables advancing from 730 to 732 No-substepping time integration at level 1 to 732 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000423977144 0.00223321398 and volume-weighted sum 40137.14908 Subtracting 6.816771243e-06 from rhs in subdomain 0 Sum after subtraction -1.728218263e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004171603727 MLMG: Initial residual (resid0) = 0.0004171603727 MLMG: Final Iter. 7 resid, resid/bnorm = 1.322960721e-11, 3.171348017e-08 MLMG: Timers: Solve = 0.004387243 Iter = 0.004074377 Bottom = 0.001979083 Time in solve 0.004747147 Max/L2 norm of divergence after solve at level 1 : 6.816784473e-06 0.0005230733826 and volume-weighted sum 40137.14908 Time integration of scalars at level 1 from 730 to 732 with dt = 2 using RHS created at 730 Making slow rhs at time 732 for fast variables advancing from 730 to 732 No-substepping time integration at level 1 to 732 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003947924323 0.002191590494 and volume-weighted sum 40137.14908 Subtracting 6.816771243e-06 from rhs in subdomain 0 Sum after subtraction -1.439820485e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003879756611 MLMG: Initial residual (resid0) = 0.0003879756611 MLMG: Final Iter. 5 resid, resid/bnorm = 6.685832799e-11, 1.723260882e-07 MLMG: Timers: Solve = 0.003170841 Iter = 0.002862728 Bottom = 0.001510371 Time in solve 0.00355072 Max/L2 norm of divergence after solve at level 1 : 6.816838101e-06 0.0005230733826 and volume-weighted sum 40137.14908 Time integration of scalars at level 1 from 730 to 732 with dt = 2 using RHS created at 732 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 366] Advanced 5888 cells Coarse STEP 366 ends. TIME = 732 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036364466 seconds. Coarse STEP 367 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349952249 (terrain aware) 1.349952249 (terrain unaware) Anelastic dt at level 0 would be: 5.842718963 (terrain aware) 5.842718963 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383934647 (terrain aware) 0.1383934647 (terrain unaware) Anelastic dt at level 1 would be: 2.748941987 (terrain aware) 2.748941987 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 367] ADVANCE from elapsed time = 732 to 734 with dt = 2 Making slow rhs at time 732 for fast variables advancing from 732 to 732.6666666667 Fast time integration at level 0 from 732 to 732.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 732 to 732.6666666667 with dt = 0.6666666666666 using RHS created at 732 Making slow rhs at time 732.6666666667 for fast variables advancing from 732 to 733 Fast time integration at level 0 from 732 to 732.5 with dt = 0.5 Fast time integration at level 0 from 732.5 to 733 with dt = 0.5 Time integration of scalars at level 0 from 732 to 733 with dt = 1 using RHS created at 732.6666666667 Making slow rhs at time 733 for fast variables advancing from 732 to 734 Fast time integration at level 0 from 732 to 732.5 with dt = 0.5 Fast time integration at level 0 from 732.5 to 733 with dt = 0.5 Fast time integration at level 0 from 733 to 733.5 with dt = 0.5 Fast time integration at level 0 from 733.5 to 734 with dt = 0.5 Time integration of scalars at level 0 from 732 to 734 with dt = 2 using RHS created at 733 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 367] Advanced 4096 cells [Level 1 step 367] ADVANCE from elapsed time = 732 to 734 with dt = 2 Making slow rhs at time 732 for fast variables advancing from 732 to 734 No-substepping time integration at level 1 to 734 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004321756515 0.002256065463 and volume-weighted sum 44521.70625 Subtracting 7.561431089e-06 from rhs in subdomain 0 Sum after subtraction 1.099381003e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004246142204 MLMG: Initial residual (resid0) = 0.0004246142204 MLMG: Final Iter. 6 resid, resid/bnorm = 2.040229823e-11, 4.80490225e-08 MLMG: Timers: Solve = 0.003761303 Iter = 0.003444875 Bottom = 0.001830294 Time in solve 0.004133766 Max/L2 norm of divergence after solve at level 1 : 7.561451096e-06 0.0005802135932 and volume-weighted sum 44521.70625 Time integration of scalars at level 1 from 732 to 734 with dt = 2 using RHS created at 732 Making slow rhs at time 734 for fast variables advancing from 732 to 734 No-substepping time integration at level 1 to 734 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000448630728 0.002201854679 and volume-weighted sum 44521.70625 Subtracting 7.561431089e-06 from rhs in subdomain 0 Sum after subtraction 1.910364228e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004410692969 MLMG: Initial residual (resid0) = 0.0004410692969 MLMG: Final Iter. 5 resid, resid/bnorm = 7.32916426e-11, 1.6616809e-07 MLMG: Timers: Solve = 0.003188859 Iter = 0.002867084 Bottom = 0.001510849 Time in solve 0.003593797 Max/L2 norm of divergence after solve at level 1 : 7.561504381e-06 0.0005802135932 and volume-weighted sum 44521.70625 Time integration of scalars at level 1 from 732 to 734 with dt = 2 using RHS created at 734 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 367] Advanced 5888 cells Coarse STEP 367 ends. TIME = 734 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035893183 seconds. Coarse STEP 368 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349807265 (terrain aware) 1.349807265 (terrain unaware) Anelastic dt at level 0 would be: 5.840073479 (terrain aware) 5.840073479 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383890687 (terrain aware) 0.1383890687 (terrain unaware) Anelastic dt at level 1 would be: 2.752383516 (terrain aware) 2.752383516 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 368] ADVANCE from elapsed time = 734 to 736 with dt = 2 Making slow rhs at time 734 for fast variables advancing from 734 to 734.6666666667 Fast time integration at level 0 from 734 to 734.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 734 to 734.6666666667 with dt = 0.6666666666666 using RHS created at 734 Making slow rhs at time 734.6666666667 for fast variables advancing from 734 to 735 Fast time integration at level 0 from 734 to 734.5 with dt = 0.5 Fast time integration at level 0 from 734.5 to 735 with dt = 0.5 Time integration of scalars at level 0 from 734 to 735 with dt = 1 using RHS created at 734.6666666667 Making slow rhs at time 735 for fast variables advancing from 734 to 736 Fast time integration at level 0 from 734 to 734.5 with dt = 0.5 Fast time integration at level 0 from 734.5 to 735 with dt = 0.5 Fast time integration at level 0 from 735 to 735.5 with dt = 0.5 Fast time integration at level 0 from 735.5 to 736 with dt = 0.5 Time integration of scalars at level 0 from 734 to 736 with dt = 2 using RHS created at 735 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 368] Advanced 4096 cells [Level 1 step 368] ADVANCE from elapsed time = 734 to 736 with dt = 2 Making slow rhs at time 734 for fast variables advancing from 734 to 736 No-substepping time integration at level 1 to 736 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004737890109 0.002258299264 and volume-weighted sum 44051.22038 Subtracting 7.4815252e-06 from rhs in subdomain 0 Sum after subtraction 4.770489559e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004663074857 MLMG: Initial residual (resid0) = 0.0004663074857 MLMG: Final Iter. 6 resid, resid/bnorm = 8.638133122e-11, 1.852454311e-07 MLMG: Timers: Solve = 0.003675514 Iter = 0.003356647 Bottom = 0.001740822 Time in solve 0.004028794 Max/L2 norm of divergence after solve at level 1 : 7.481611581e-06 0.0005740821503 and volume-weighted sum 44051.22038 Time integration of scalars at level 1 from 734 to 736 with dt = 2 using RHS created at 734 Making slow rhs at time 736 for fast variables advancing from 734 to 736 No-substepping time integration at level 1 to 736 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004667886484 0.002195667362 and volume-weighted sum 44051.22038 Subtracting 7.4815252e-06 from rhs in subdomain 0 Sum after subtraction -2.710505431e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004593071232 MLMG: Initial residual (resid0) = 0.0004593071232 MLMG: Final Iter. 5 resid, resid/bnorm = 7.384330034e-11, 1.607710758e-07 MLMG: Timers: Solve = 0.003786833 Iter = 0.003466708 Bottom = 0.002022116 Time in solve 0.004145433 Max/L2 norm of divergence after solve at level 1 : 7.481599043e-06 0.0005740821503 and volume-weighted sum 44051.22038 Time integration of scalars at level 1 from 734 to 736 with dt = 2 using RHS created at 736 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 368] Advanced 5888 cells Coarse STEP 368 ends. TIME = 736 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036103232 seconds. Coarse STEP 369 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349814985 (terrain aware) 1.349814985 (terrain unaware) Anelastic dt at level 0 would be: 5.840273996 (terrain aware) 5.840273996 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138386824 (terrain aware) 0.138386824 (terrain unaware) Anelastic dt at level 1 would be: 2.757717061 (terrain aware) 2.757717061 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 369] ADVANCE from elapsed time = 736 to 738 with dt = 2 Making slow rhs at time 736 for fast variables advancing from 736 to 736.6666666667 Fast time integration at level 0 from 736 to 736.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 736 to 736.6666666667 with dt = 0.6666666666666 using RHS created at 736 Making slow rhs at time 736.6666666667 for fast variables advancing from 736 to 737 Fast time integration at level 0 from 736 to 736.5 with dt = 0.5 Fast time integration at level 0 from 736.5 to 737 with dt = 0.5 Time integration of scalars at level 0 from 736 to 737 with dt = 1 using RHS created at 736.6666666667 Making slow rhs at time 737 for fast variables advancing from 736 to 738 Fast time integration at level 0 from 736 to 736.5 with dt = 0.5 Fast time integration at level 0 from 736.5 to 737 with dt = 0.5 Fast time integration at level 0 from 737 to 737.5 with dt = 0.5 Fast time integration at level 0 from 737.5 to 738 with dt = 0.5 Time integration of scalars at level 0 from 736 to 738 with dt = 2 using RHS created at 737 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 369] Advanced 4096 cells [Level 1 step 369] ADVANCE from elapsed time = 736 to 738 with dt = 2 Making slow rhs at time 736 for fast variables advancing from 736 to 738 No-substepping time integration at level 1 to 738 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004285558226 0.002230619902 and volume-weighted sum 38883.23266 Subtracting 6.603809895e-06 from rhs in subdomain 0 Sum after subtraction -1.15792792e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004219520127 MLMG: Initial residual (resid0) = 0.0004219520127 MLMG: Final Iter. 7 resid, resid/bnorm = 1.755293463e-11, 4.159936226e-08 MLMG: Timers: Solve = 0.004165917 Iter = 0.003839422 Bottom = 0.001998357 Time in solve 0.00451671 Max/L2 norm of divergence after solve at level 1 : 6.603827103e-06 0.0005067321547 and volume-weighted sum 38883.23266 Time integration of scalars at level 1 from 736 to 738 with dt = 2 using RHS created at 736 Making slow rhs at time 738 for fast variables advancing from 736 to 738 No-substepping time integration at level 1 to 738 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004010200077 0.002174784535 and volume-weighted sum 38883.23266 Subtracting 6.603809895e-06 from rhs in subdomain 0 Sum after subtraction 5.139118298e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003944161978 MLMG: Initial residual (resid0) = 0.0003944161978 MLMG: Final Iter. 5 resid, resid/bnorm = 7.367081835e-11, 1.867844646e-07 MLMG: Timers: Solve = 0.003191278 Iter = 0.002873405 Bottom = 0.001507435 Time in solve 0.003542696 Max/L2 norm of divergence after solve at level 1 : 6.603883566e-06 0.0005067321547 and volume-weighted sum 38883.23266 Time integration of scalars at level 1 from 736 to 738 with dt = 2 using RHS created at 738 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 369] Advanced 5888 cells Coarse STEP 369 ends. TIME = 738 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035985461 seconds. Coarse STEP 370 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349984708 (terrain aware) 1.349984708 (terrain unaware) Anelastic dt at level 0 would be: 5.843502955 (terrain aware) 5.843502955 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383798176 (terrain aware) 0.1383798176 (terrain unaware) Anelastic dt at level 1 would be: 2.763415125 (terrain aware) 2.763415125 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 370] ADVANCE from elapsed time = 738 to 740 with dt = 2 Making slow rhs at time 738 for fast variables advancing from 738 to 738.6666666667 Fast time integration at level 0 from 738 to 738.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 738 to 738.6666666667 with dt = 0.6666666666666 using RHS created at 738 Making slow rhs at time 738.6666666667 for fast variables advancing from 738 to 739 Fast time integration at level 0 from 738 to 738.5 with dt = 0.5 Fast time integration at level 0 from 738.5 to 739 with dt = 0.5 Time integration of scalars at level 0 from 738 to 739 with dt = 1 using RHS created at 738.6666666667 Making slow rhs at time 739 for fast variables advancing from 738 to 740 Fast time integration at level 0 from 738 to 738.5 with dt = 0.5 Fast time integration at level 0 from 738.5 to 739 with dt = 0.5 Fast time integration at level 0 from 739 to 739.5 with dt = 0.5 Fast time integration at level 0 from 739.5 to 740 with dt = 0.5 Time integration of scalars at level 0 from 738 to 740 with dt = 2 using RHS created at 739 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 370] Advanced 4096 cells [Level 1 step 370] ADVANCE from elapsed time = 738 to 740 with dt = 2 Making slow rhs at time 738 for fast variables advancing from 738 to 740 No-substepping time integration at level 1 to 740 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000418626485 0.00217932645 and volume-weighted sum 29911.1141 Subtracting 5.080012585e-06 from rhs in subdomain 0 Sum after subtraction 1.077696959e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004135464724 MLMG: Initial residual (resid0) = 0.0004135464724 MLMG: Final Iter. 7 resid, resid/bnorm = 1.837225764e-11, 4.44261017e-08 MLMG: Timers: Solve = 0.004178908 Iter = 0.003865516 Bottom = 0.002002262 Time in solve 0.004527369 Max/L2 norm of divergence after solve at level 1 : 5.080030597e-06 0.0003898061519 and volume-weighted sum 29911.1141 Time integration of scalars at level 1 from 738 to 740 with dt = 2 using RHS created at 738 Making slow rhs at time 740 for fast variables advancing from 738 to 740 No-substepping time integration at level 1 to 740 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004371503559 0.002146052148 and volume-weighted sum 29911.1141 Subtracting 5.080012585e-06 from rhs in subdomain 0 Sum after subtraction 1.537398681e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004320703433 MLMG: Initial residual (resid0) = 0.0004320703433 MLMG: Final Iter. 5 resid, resid/bnorm = 7.319226953e-11, 1.693989663e-07 MLMG: Timers: Solve = 0.003193419 Iter = 0.002871823 Bottom = 0.001498408 Time in solve 0.003544845 Max/L2 norm of divergence after solve at level 1 : 5.080085777e-06 0.0003898061519 and volume-weighted sum 29911.1141 Time integration of scalars at level 1 from 738 to 740 with dt = 2 using RHS created at 740 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 370] Advanced 5888 cells Coarse STEP 370 ends. TIME = 740 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036195377 seconds. Coarse STEP 371 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350315591 (terrain aware) 1.350315591 (terrain unaware) Anelastic dt at level 0 would be: 5.849768321 (terrain aware) 5.849768321 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383718901 (terrain aware) 0.1383718901 (terrain unaware) Anelastic dt at level 1 would be: 2.764488458 (terrain aware) 2.764488458 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (79,0,47) (0,0,0)) ((80,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (63,0,47) (0,0,0)) ((64,0,0) (95,0,47) (0,0,0)) ((96,0,0) (127,0,47) (0,0,0)) ((128,0,0) (143,0,47) (0,0,0)) ) Building the 3D FFT solver to be used on domain ((0,0,0) (143,0,47) (0,0,0)) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003609205101 0.001491696069 and volume-weighted sum 29250.62583 Subtracting 4.231861376e-06 from rhs in subdomain 0 Sum after subtraction 5.290906602e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003566886488 MLMG: Initial residual (resid0) = 0.0003566886488 MLMG: Final Iter. 6 resid, resid/bnorm = 1.484604339e-11, 4.162185547e-08 MLMG: Timers: Solve = 0.002465911 Iter = 0.002215566 Bottom = 0.000247883 Time in solve 0.002980976 Max/L2 norm of divergence after solve at level 1 : 4.231866705e-06 0.0003518303479 and volume-weighted sum 29250.62583 [Level 0 step 371] ADVANCE from elapsed time = 740 to 742 with dt = 2 Making slow rhs at time 740 for fast variables advancing from 740 to 740.6666666667 Fast time integration at level 0 from 740 to 740.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 740 to 740.6666666667 with dt = 0.6666666666666 using RHS created at 740 Making slow rhs at time 740.6666666667 for fast variables advancing from 740 to 741 Fast time integration at level 0 from 740 to 740.5 with dt = 0.5 Fast time integration at level 0 from 740.5 to 741 with dt = 0.5 Time integration of scalars at level 0 from 740 to 741 with dt = 1 using RHS created at 740.6666666667 Making slow rhs at time 741 for fast variables advancing from 740 to 742 Fast time integration at level 0 from 740 to 740.5 with dt = 0.5 Fast time integration at level 0 from 740.5 to 741 with dt = 0.5 Fast time integration at level 0 from 741 to 741.5 with dt = 0.5 Fast time integration at level 0 from 741.5 to 742 with dt = 0.5 Time integration of scalars at level 0 from 740 to 742 with dt = 2 using RHS created at 741 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 371] Advanced 4096 cells [Level 1 step 371] ADVANCE from elapsed time = 740 to 742 with dt = 2 Making slow rhs at time 740 for fast variables advancing from 740 to 742 No-substepping time integration at level 1 to 742 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.008152435558 0.08076424748 and volume-weighted sum 20442.66018 Subtracting 2.95756079e-06 from rhs in subdomain 0 Sum after subtraction 2.775557562e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.008155393119 MLMG: Initial residual (resid0) = 0.008155393119 MLMG: Final Iter. 7 resid, resid/bnorm = 1.93256562e-11, 2.369678067e-09 MLMG: Timers: Solve = 0.002837326 Iter = 0.002601139 Bottom = 0.00029704 Time in solve 0.003404525 Max/L2 norm of divergence after solve at level 1 : 2.957575899e-06 0.0002458869866 and volume-weighted sum 20442.66018 Time integration of scalars at level 1 from 740 to 742 with dt = 2 using RHS created at 740 Making slow rhs at time 742 for fast variables advancing from 740 to 742 No-substepping time integration at level 1 to 742 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004611934066 0.002120456184 and volume-weighted sum 20442.66018 Subtracting 2.95756079e-06 from rhs in subdomain 0 Sum after subtraction 7.405100838e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004582358458 MLMG: Initial residual (resid0) = 0.0004582358458 MLMG: Final Iter. 5 resid, resid/bnorm = 3.441362174e-11, 7.510023945e-08 MLMG: Timers: Solve = 0.002156073 Iter = 0.001917496 Bottom = 0.000218939 Time in solve 0.002682218 Max/L2 norm of divergence after solve at level 1 : 2.957579606e-06 0.0002458869866 and volume-weighted sum 20442.66018 Time integration of scalars at level 1 from 740 to 742 with dt = 2 using RHS created at 742 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 371] Advanced 6912 cells Coarse STEP 371 ends. TIME = 742 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.055787505 seconds. Coarse STEP 372 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350798082 (terrain aware) 1.350798082 (terrain unaware) Anelastic dt at level 0 would be: 5.858921241 (terrain aware) 5.858921241 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383653588 (terrain aware) 0.1383653588 (terrain unaware) Anelastic dt at level 1 would be: 2.767619428 (terrain aware) 2.767619428 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 372] ADVANCE from elapsed time = 742 to 744 with dt = 2 Making slow rhs at time 742 for fast variables advancing from 742 to 742.6666666667 Fast time integration at level 0 from 742 to 742.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 742 to 742.6666666667 with dt = 0.6666666666666 using RHS created at 742 Making slow rhs at time 742.6666666667 for fast variables advancing from 742 to 743 Fast time integration at level 0 from 742 to 742.5 with dt = 0.5 Fast time integration at level 0 from 742.5 to 743 with dt = 0.5 Time integration of scalars at level 0 from 742 to 743 with dt = 1 using RHS created at 742.6666666667 Making slow rhs at time 743 for fast variables advancing from 742 to 744 Fast time integration at level 0 from 742 to 742.5 with dt = 0.5 Fast time integration at level 0 from 742.5 to 743 with dt = 0.5 Fast time integration at level 0 from 743 to 743.5 with dt = 0.5 Fast time integration at level 0 from 743.5 to 744 with dt = 0.5 Time integration of scalars at level 0 from 742 to 744 with dt = 2 using RHS created at 743 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 372] Advanced 4096 cells [Level 1 step 372] ADVANCE from elapsed time = 742 to 744 with dt = 2 Making slow rhs at time 742 for fast variables advancing from 742 to 744 No-substepping time integration at level 1 to 744 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004281754835 0.002114145436 and volume-weighted sum 9740.006411 Subtracting 1.409144446e-06 from rhs in subdomain 0 Sum after subtraction -4.857225733e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000426766339 MLMG: Initial residual (resid0) = 0.000426766339 MLMG: Final Iter. 5 resid, resid/bnorm = 4.466866912e-11, 1.046677421e-07 MLMG: Timers: Solve = 0.002132574 Iter = 0.001891729 Bottom = 0.000210784 Time in solve 0.002659157 Max/L2 norm of divergence after solve at level 1 : 1.409175837e-06 0.0001171540692 and volume-weighted sum 9740.006411 Time integration of scalars at level 1 from 742 to 744 with dt = 2 using RHS created at 742 Making slow rhs at time 744 for fast variables advancing from 742 to 744 No-substepping time integration at level 1 to 744 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00040335605 0.002104592921 and volume-weighted sum 9740.006411 Subtracting 1.409144446e-06 from rhs in subdomain 0 Sum after subtraction -2.970713953e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004019469055 MLMG: Initial residual (resid0) = 0.0004019469055 MLMG: Final Iter. 5 resid, resid/bnorm = 3.441758731e-11, 8.562719811e-08 MLMG: Timers: Solve = 0.002205407 Iter = 0.001897386 Bottom = 0.000211602 Time in solve 0.002780653 Max/L2 norm of divergence after solve at level 1 : 1.409163111e-06 0.0001171540692 and volume-weighted sum 9740.006411 Time integration of scalars at level 1 from 742 to 744 with dt = 2 using RHS created at 744 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 372] Advanced 6912 cells Coarse STEP 372 ends. TIME = 744 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037705391 seconds. Coarse STEP 373 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351418997 (terrain aware) 1.351418997 (terrain unaware) Anelastic dt at level 0 would be: 5.870743357 (terrain aware) 5.870743357 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383613623 (terrain aware) 0.1383613623 (terrain unaware) Anelastic dt at level 1 would be: 2.773079987 (terrain aware) 2.773079987 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 373] ADVANCE from elapsed time = 744 to 746 with dt = 2 Making slow rhs at time 744 for fast variables advancing from 744 to 744.6666666667 Fast time integration at level 0 from 744 to 744.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 744 to 744.6666666667 with dt = 0.6666666666666 using RHS created at 744 Making slow rhs at time 744.6666666667 for fast variables advancing from 744 to 745 Fast time integration at level 0 from 744 to 744.5 with dt = 0.5 Fast time integration at level 0 from 744.5 to 745 with dt = 0.5 Time integration of scalars at level 0 from 744 to 745 with dt = 1 using RHS created at 744.6666666667 Making slow rhs at time 745 for fast variables advancing from 744 to 746 Fast time integration at level 0 from 744 to 744.5 with dt = 0.5 Fast time integration at level 0 from 744.5 to 745 with dt = 0.5 Fast time integration at level 0 from 745 to 745.5 with dt = 0.5 Fast time integration at level 0 from 745.5 to 746 with dt = 0.5 Time integration of scalars at level 0 from 744 to 746 with dt = 2 using RHS created at 745 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 373] Advanced 4096 cells [Level 1 step 373] ADVANCE from elapsed time = 744 to 746 with dt = 2 Making slow rhs at time 744 for fast variables advancing from 744 to 746 No-substepping time integration at level 1 to 746 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004002981037 0.002120257861 and volume-weighted sum -2649.443925 Subtracting -3.833107531e-07 from rhs in subdomain 0 Sum after subtraction 6.673264372e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004006814144 MLMG: Initial residual (resid0) = 0.0004006814144 MLMG: Final Iter. 5 resid, resid/bnorm = 5.497029134e-11, 1.371920168e-07 MLMG: Timers: Solve = 0.002129464 Iter = 0.001882437 Bottom = 0.000211601 Time in solve 0.002648109 Max/L2 norm of divergence after solve at level 1 : 3.833657233e-07 3.186785757e-05 and volume-weighted sum -2649.443925 Time integration of scalars at level 1 from 744 to 746 with dt = 2 using RHS created at 744 Making slow rhs at time 746 for fast variables advancing from 744 to 746 No-substepping time integration at level 1 to 746 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004212361416 0.002097093243 and volume-weighted sum -2649.443925 Subtracting -3.833107531e-07 from rhs in subdomain 0 Sum after subtraction 4.705437429e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004216194524 MLMG: Initial residual (resid0) = 0.0004216194524 MLMG: Final Iter. 5 resid, resid/bnorm = 3.444702424e-11, 8.170169579e-08 MLMG: Timers: Solve = 0.002149623 Iter = 0.001912403 Bottom = 0.000219291 Time in solve 0.002668544 Max/L2 norm of divergence after solve at level 1 : 3.833452001e-07 3.186785757e-05 and volume-weighted sum -2649.443925 Time integration of scalars at level 1 from 744 to 746 with dt = 2 using RHS created at 746 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 373] Advanced 6912 cells Coarse STEP 373 ends. TIME = 746 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037718274 seconds. Coarse STEP 374 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352166981 (terrain aware) 1.352166981 (terrain unaware) Anelastic dt at level 0 would be: 5.885045086 (terrain aware) 5.885045086 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383584915 (terrain aware) 0.1383584915 (terrain unaware) Anelastic dt at level 1 would be: 2.779446548 (terrain aware) 2.779446548 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 374] ADVANCE from elapsed time = 746 to 748 with dt = 2 Making slow rhs at time 746 for fast variables advancing from 746 to 746.6666666667 Fast time integration at level 0 from 746 to 746.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 746 to 746.6666666667 with dt = 0.6666666666666 using RHS created at 746 Making slow rhs at time 746.6666666667 for fast variables advancing from 746 to 747 Fast time integration at level 0 from 746 to 746.5 with dt = 0.5 Fast time integration at level 0 from 746.5 to 747 with dt = 0.5 Time integration of scalars at level 0 from 746 to 747 with dt = 1 using RHS created at 746.6666666667 Making slow rhs at time 747 for fast variables advancing from 746 to 748 Fast time integration at level 0 from 746 to 746.5 with dt = 0.5 Fast time integration at level 0 from 746.5 to 747 with dt = 0.5 Fast time integration at level 0 from 747 to 747.5 with dt = 0.5 Fast time integration at level 0 from 747.5 to 748 with dt = 0.5 Time integration of scalars at level 0 from 746 to 748 with dt = 2 using RHS created at 747 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 374] Advanced 4096 cells [Level 1 step 374] ADVANCE from elapsed time = 746 to 748 with dt = 2 Making slow rhs at time 746 for fast variables advancing from 746 to 748 No-substepping time integration at level 1 to 748 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004549824567 0.002133472353 and volume-weighted sum -16386.29653 Subtracting -2.370702622e-06 from rhs in subdomain 0 Sum after subtraction 6.177241878e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004573531593 MLMG: Initial residual (resid0) = 0.0004573531593 MLMG: Final Iter. 5 resid, resid/bnorm = 6.235078597e-11, 1.363296278e-07 MLMG: Timers: Solve = 0.002533413 Iter = 0.002246956 Bottom = 0.000288408 Time in solve 0.003062813 Max/L2 norm of divergence after solve at level 1 : 2.370764973e-06 0.0001970965148 and volume-weighted sum -16386.29653 Time integration of scalars at level 1 from 746 to 748 with dt = 2 using RHS created at 746 Making slow rhs at time 748 for fast variables advancing from 746 to 748 No-substepping time integration at level 1 to 748 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00045398263 0.002101944983 and volume-weighted sum -16386.29653 Subtracting -2.370702622e-06 from rhs in subdomain 0 Sum after subtraction 8.402566837e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004563533326 MLMG: Initial residual (resid0) = 0.0004563533326 MLMG: Final Iter. 5 resid, resid/bnorm = 3.448758218e-11, 7.557210545e-08 MLMG: Timers: Solve = 0.002177152 Iter = 0.001928632 Bottom = 0.000218096 Time in solve 0.002710482 Max/L2 norm of divergence after solve at level 1 : 2.37073711e-06 0.0001970965148 and volume-weighted sum -16386.29653 Time integration of scalars at level 1 from 746 to 748 with dt = 2 using RHS created at 748 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 374] Advanced 6912 cells Coarse STEP 374 ends. TIME = 748 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.038437614 seconds. Coarse STEP 375 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351750699 (terrain aware) 1.351750699 (terrain unaware) Anelastic dt at level 0 would be: 5.883122139 (terrain aware) 5.883122139 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383476523 (terrain aware) 0.1383476523 (terrain unaware) Anelastic dt at level 1 would be: 2.78032145 (terrain aware) 2.78032145 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 375] ADVANCE from elapsed time = 748 to 750 with dt = 2 Making slow rhs at time 748 for fast variables advancing from 748 to 748.6666666667 Fast time integration at level 0 from 748 to 748.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 748 to 748.6666666667 with dt = 0.6666666666666 using RHS created at 748 Making slow rhs at time 748.6666666667 for fast variables advancing from 748 to 749 Fast time integration at level 0 from 748 to 748.5 with dt = 0.5 Fast time integration at level 0 from 748.5 to 749 with dt = 0.5 Time integration of scalars at level 0 from 748 to 749 with dt = 1 using RHS created at 748.6666666667 Making slow rhs at time 749 for fast variables advancing from 748 to 750 Fast time integration at level 0 from 748 to 748.5 with dt = 0.5 Fast time integration at level 0 from 748.5 to 749 with dt = 0.5 Fast time integration at level 0 from 749 to 749.5 with dt = 0.5 Fast time integration at level 0 from 749.5 to 750 with dt = 0.5 Time integration of scalars at level 0 from 748 to 750 with dt = 2 using RHS created at 749 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 375] Advanced 4096 cells [Level 1 step 375] ADVANCE from elapsed time = 748 to 750 with dt = 2 Making slow rhs at time 748 for fast variables advancing from 748 to 750 No-substepping time integration at level 1 to 750 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004273852083 0.002147909241 and volume-weighted sum -30566.48795 Subtracting -4.422234947e-06 from rhs in subdomain 0 Sum after subtraction 7.811676653e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004318074432 MLMG: Initial residual (resid0) = 0.0004318074432 MLMG: Final Iter. 5 resid, resid/bnorm = 5.948568473e-11, 1.377597484e-07 MLMG: Timers: Solve = 0.002193288 Iter = 0.00195576 Bottom = 0.000232926 Time in solve 0.002733006 Max/L2 norm of divergence after solve at level 1 : 4.422294433e-06 0.0003676577094 and volume-weighted sum -30566.48795 Time integration of scalars at level 1 from 748 to 750 with dt = 2 using RHS created at 748 Making slow rhs at time 750 for fast variables advancing from 748 to 750 No-substepping time integration at level 1 to 750 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004054003072 0.002120877439 and volume-weighted sum -30566.48795 Subtracting -4.422234947e-06 from rhs in subdomain 0 Sum after subtraction 4.315124646e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004098225422 MLMG: Initial residual (resid0) = 0.0004098225422 MLMG: Final Iter. 5 resid, resid/bnorm = 3.440710451e-11, 8.39561053e-08 MLMG: Timers: Solve = 0.002440937 Iter = 0.00220434 Bottom = 0.000296905 Time in solve 0.003039207 Max/L2 norm of divergence after solve at level 1 : 4.422269354e-06 0.0003676577094 and volume-weighted sum -30566.48795 Time integration of scalars at level 1 from 748 to 750 with dt = 2 using RHS created at 750 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 375] Advanced 6912 cells Coarse STEP 375 ends. TIME = 750 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037770946 seconds. Coarse STEP 376 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351421481 (terrain aware) 1.351421481 (terrain unaware) Anelastic dt at level 0 would be: 5.876997046 (terrain aware) 5.876997046 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383381043 (terrain aware) 0.1383381043 (terrain unaware) Anelastic dt at level 1 would be: 2.783059896 (terrain aware) 2.783059896 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 376] ADVANCE from elapsed time = 750 to 752 with dt = 2 Making slow rhs at time 750 for fast variables advancing from 750 to 750.6666666667 Fast time integration at level 0 from 750 to 750.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 750 to 750.6666666667 with dt = 0.6666666666666 using RHS created at 750 Making slow rhs at time 750.6666666667 for fast variables advancing from 750 to 751 Fast time integration at level 0 from 750 to 750.5 with dt = 0.5 Fast time integration at level 0 from 750.5 to 751 with dt = 0.5 Time integration of scalars at level 0 from 750 to 751 with dt = 1 using RHS created at 750.6666666667 Making slow rhs at time 751 for fast variables advancing from 750 to 752 Fast time integration at level 0 from 750 to 750.5 with dt = 0.5 Fast time integration at level 0 from 750.5 to 751 with dt = 0.5 Fast time integration at level 0 from 751 to 751.5 with dt = 0.5 Fast time integration at level 0 from 751.5 to 752 with dt = 0.5 Time integration of scalars at level 0 from 750 to 752 with dt = 2 using RHS created at 751 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 376] Advanced 4096 cells [Level 1 step 376] ADVANCE from elapsed time = 750 to 752 with dt = 2 Making slow rhs at time 750 for fast variables advancing from 750 to 752 No-substepping time integration at level 1 to 752 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00037795359 0.002169779388 and volume-weighted sum -43439.3966 Subtracting -6.284634925e-06 from rhs in subdomain 0 Sum after subtraction 2.290377089e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003842382249 MLMG: Initial residual (resid0) = 0.0003842382249 MLMG: Final Iter. 5 resid, resid/bnorm = 5.67533088e-11, 1.477034431e-07 MLMG: Timers: Solve = 0.002121888 Iter = 0.001886185 Bottom = 0.000209322 Time in solve 0.00265697 Max/L2 norm of divergence after solve at level 1 : 6.284691678e-06 0.0005224947359 and volume-weighted sum -43439.3966 Time integration of scalars at level 1 from 750 to 752 with dt = 2 using RHS created at 750 Making slow rhs at time 752 for fast variables advancing from 750 to 752 No-substepping time integration at level 1 to 752 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004014361309 0.002149537286 and volume-weighted sum -43439.3966 Subtracting -6.284634925e-06 from rhs in subdomain 0 Sum after subtraction -1.25767452e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004077207658 MLMG: Initial residual (resid0) = 0.0004077207658 MLMG: Final Iter. 5 resid, resid/bnorm = 3.44600892e-11, 8.451884742e-08 MLMG: Timers: Solve = 0.002172753 Iter = 0.00192876 Bottom = 0.000216339 Time in solve 0.002712432 Max/L2 norm of divergence after solve at level 1 : 6.284669385e-06 0.0005224947359 and volume-weighted sum -43439.3966 Time integration of scalars at level 1 from 750 to 752 with dt = 2 using RHS created at 752 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 376] Advanced 6912 cells Coarse STEP 376 ends. TIME = 752 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037556573 seconds. Coarse STEP 377 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351234691 (terrain aware) 1.351234691 (terrain unaware) Anelastic dt at level 0 would be: 5.873589741 (terrain aware) 5.873589741 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383299991 (terrain aware) 0.1383299991 (terrain unaware) Anelastic dt at level 1 would be: 2.787575064 (terrain aware) 2.787575064 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 377] ADVANCE from elapsed time = 752 to 754 with dt = 2 Making slow rhs at time 752 for fast variables advancing from 752 to 752.6666666667 Fast time integration at level 0 from 752 to 752.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 752 to 752.6666666667 with dt = 0.6666666666666 using RHS created at 752 Making slow rhs at time 752.6666666667 for fast variables advancing from 752 to 753 Fast time integration at level 0 from 752 to 752.5 with dt = 0.5 Fast time integration at level 0 from 752.5 to 753 with dt = 0.5 Time integration of scalars at level 0 from 752 to 753 with dt = 1 using RHS created at 752.6666666667 Making slow rhs at time 753 for fast variables advancing from 752 to 754 Fast time integration at level 0 from 752 to 752.5 with dt = 0.5 Fast time integration at level 0 from 752.5 to 753 with dt = 0.5 Fast time integration at level 0 from 753 to 753.5 with dt = 0.5 Fast time integration at level 0 from 753.5 to 754 with dt = 0.5 Time integration of scalars at level 0 from 752 to 754 with dt = 2 using RHS created at 753 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 377] Advanced 4096 cells [Level 1 step 377] ADVANCE from elapsed time = 752 to 754 with dt = 2 Making slow rhs at time 752 for fast variables advancing from 752 to 754 No-substepping time integration at level 1 to 754 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000441410143 0.002205216577 and volume-weighted sum -52612.27957 Subtracting -7.611730262e-06 from rhs in subdomain 0 Sum after subtraction 4.14707331e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004490218733 MLMG: Initial residual (resid0) = 0.0004490218733 MLMG: Final Iter. 5 resid, resid/bnorm = 9.016046824e-11, 2.007930429e-07 MLMG: Timers: Solve = 0.002558072 Iter = 0.002311281 Bottom = 0.000210172 Time in solve 0.003222216 Max/L2 norm of divergence after solve at level 1 : 7.611805502e-06 0.0006328273703 and volume-weighted sum -52612.27957 Time integration of scalars at level 1 from 752 to 754 with dt = 2 using RHS created at 752 Making slow rhs at time 754 for fast variables advancing from 752 to 754 No-substepping time integration at level 1 to 754 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004442830228 0.002175496444 and volume-weighted sum -52612.27957 Subtracting -7.611730262e-06 from rhs in subdomain 0 Sum after subtraction 8.017675066e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000451894753 MLMG: Initial residual (resid0) = 0.000451894753 MLMG: Final Iter. 5 resid, resid/bnorm = 3.450938136e-11, 7.636597046e-08 MLMG: Timers: Solve = 0.002182098 Iter = 0.001943851 Bottom = 0.00022047 Time in solve 0.002710164 Max/L2 norm of divergence after solve at level 1 : 7.611764772e-06 0.0006328273703 and volume-weighted sum -52612.27957 Time integration of scalars at level 1 from 752 to 754 with dt = 2 using RHS created at 754 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 377] Advanced 6912 cells Coarse STEP 377 ends. TIME = 754 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.038348189 seconds. Coarse STEP 378 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351195352 (terrain aware) 1.351195352 (terrain unaware) Anelastic dt at level 0 would be: 5.872966161 (terrain aware) 5.872966161 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1383235636 (terrain aware) 0.1383235636 (terrain unaware) Anelastic dt at level 1 would be: 2.79375082 (terrain aware) 2.79375082 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 378] ADVANCE from elapsed time = 754 to 756 with dt = 2 Making slow rhs at time 754 for fast variables advancing from 754 to 754.6666666667 Fast time integration at level 0 from 754 to 754.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 754 to 754.6666666667 with dt = 0.6666666666666 using RHS created at 754 Making slow rhs at time 754.6666666667 for fast variables advancing from 754 to 755 Fast time integration at level 0 from 754 to 754.5 with dt = 0.5 Fast time integration at level 0 from 754.5 to 755 with dt = 0.5 Time integration of scalars at level 0 from 754 to 755 with dt = 1 using RHS created at 754.6666666667 Making slow rhs at time 755 for fast variables advancing from 754 to 756 Fast time integration at level 0 from 754 to 754.5 with dt = 0.5 Fast time integration at level 0 from 754.5 to 755 with dt = 0.5 Fast time integration at level 0 from 755 to 755.5 with dt = 0.5 Fast time integration at level 0 from 755.5 to 756 with dt = 0.5 Time integration of scalars at level 0 from 754 to 756 with dt = 2 using RHS created at 755 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 378] Advanced 4096 cells [Level 1 step 378] ADVANCE from elapsed time = 754 to 756 with dt = 2 Making slow rhs at time 754 for fast variables advancing from 754 to 756 No-substepping time integration at level 1 to 756 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004262568222 0.002241348489 and volume-weighted sum -55772.52816 Subtracting -8.068942152e-06 from rhs in subdomain 0 Sum after subtraction 1.720086747e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004343257644 MLMG: Initial residual (resid0) = 0.0004343257644 MLMG: Final Iter. 6 resid, resid/bnorm = 8.018007045e-12, 1.846081375e-08 MLMG: Timers: Solve = 0.002504431 Iter = 0.002268029 Bottom = 0.000250087 Time in solve 0.003031372 Max/L2 norm of divergence after solve at level 1 : 8.06895017e-06 0.000670839253 and volume-weighted sum -55772.52816 Time integration of scalars at level 1 from 754 to 756 with dt = 2 using RHS created at 754 Making slow rhs at time 756 for fast variables advancing from 754 to 756 No-substepping time integration at level 1 to 756 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004082636161 0.002183704964 and volume-weighted sum -55772.52816 Subtracting -8.068942152e-06 from rhs in subdomain 0 Sum after subtraction -2.439454888e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004163325583 MLMG: Initial residual (resid0) = 0.0004163325583 MLMG: Final Iter. 5 resid, resid/bnorm = 3.447727681e-11, 8.281186788e-08 MLMG: Timers: Solve = 0.002210502 Iter = 0.001970945 Bottom = 0.000223033 Time in solve 0.002888853 Max/L2 norm of divergence after solve at level 1 : 8.068976629e-06 0.000670839253 and volume-weighted sum -55772.52816 Time integration of scalars at level 1 from 754 to 756 with dt = 2 using RHS created at 756 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 378] Advanced 6912 cells Coarse STEP 378 ends. TIME = 756 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.038431833 seconds. Coarse STEP 379 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351303659 (terrain aware) 1.351303659 (terrain unaware) Anelastic dt at level 0 would be: 5.875110432 (terrain aware) 5.875110432 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138315347 (terrain aware) 0.138315347 (terrain unaware) Anelastic dt at level 1 would be: 2.79412755 (terrain aware) 2.79412755 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 379] ADVANCE from elapsed time = 756 to 758 with dt = 2 Making slow rhs at time 756 for fast variables advancing from 756 to 756.6666666667 Fast time integration at level 0 from 756 to 756.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 756 to 756.6666666667 with dt = 0.6666666666666 using RHS created at 756 Making slow rhs at time 756.6666666667 for fast variables advancing from 756 to 757 Fast time integration at level 0 from 756 to 756.5 with dt = 0.5 Fast time integration at level 0 from 756.5 to 757 with dt = 0.5 Time integration of scalars at level 0 from 756 to 757 with dt = 1 using RHS created at 756.6666666667 Making slow rhs at time 757 for fast variables advancing from 756 to 758 Fast time integration at level 0 from 756 to 756.5 with dt = 0.5 Fast time integration at level 0 from 756.5 to 757 with dt = 0.5 Fast time integration at level 0 from 757 to 757.5 with dt = 0.5 Fast time integration at level 0 from 757.5 to 758 with dt = 0.5 Time integration of scalars at level 0 from 756 to 758 with dt = 2 using RHS created at 757 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 379] Advanced 4096 cells [Level 1 step 379] ADVANCE from elapsed time = 756 to 758 with dt = 2 Making slow rhs at time 756 for fast variables advancing from 756 to 758 No-substepping time integration at level 1 to 758 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003577373255 0.002246638566 and volume-weighted sum -51600.83969 Subtracting -7.465399261e-06 from rhs in subdomain 0 Sum after subtraction 1.650155707e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003652027247 MLMG: Initial residual (resid0) = 0.0003652027247 MLMG: Final Iter. 6 resid, resid/bnorm = 9.1824131e-12, 2.51433313e-08 MLMG: Timers: Solve = 0.002466959 Iter = 0.002217911 Bottom = 0.000242392 Time in solve 0.003003978 Max/L2 norm of divergence after solve at level 1 : 7.465408444e-06 0.0006206616393 and volume-weighted sum -51600.83969 Time integration of scalars at level 1 from 756 to 758 with dt = 2 using RHS created at 756 Making slow rhs at time 758 for fast variables advancing from 756 to 758 No-substepping time integration at level 1 to 758 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003842468967 0.002165626585 and volume-weighted sum -51600.83969 Subtracting -7.465399261e-06 from rhs in subdomain 0 Sum after subtraction -1.482646471e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000391712296 MLMG: Initial residual (resid0) = 0.000391712296 MLMG: Final Iter. 5 resid, resid/bnorm = 3.436398542e-11, 8.772761481e-08 MLMG: Timers: Solve = 0.00217208 Iter = 0.001931642 Bottom = 0.000216611 Time in solve 0.002699193 Max/L2 norm of divergence after solve at level 1 : 7.465433625e-06 0.0006206616393 and volume-weighted sum -51600.83969 Time integration of scalars at level 1 from 756 to 758 with dt = 2 using RHS created at 758 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 379] Advanced 6912 cells Coarse STEP 379 ends. TIME = 758 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037894511 seconds. Coarse STEP 380 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351555472 (terrain aware) 1.351555472 (terrain unaware) Anelastic dt at level 0 would be: 5.879934732 (terrain aware) 5.879934732 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138303377 (terrain aware) 0.138303377 (terrain unaware) Anelastic dt at level 1 would be: 2.795849968 (terrain aware) 2.795849968 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 380] ADVANCE from elapsed time = 758 to 760 with dt = 2 Making slow rhs at time 758 for fast variables advancing from 758 to 758.6666666667 Fast time integration at level 0 from 758 to 758.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 758 to 758.6666666667 with dt = 0.6666666666666 using RHS created at 758 Making slow rhs at time 758.6666666667 for fast variables advancing from 758 to 759 Fast time integration at level 0 from 758 to 758.5 with dt = 0.5 Fast time integration at level 0 from 758.5 to 759 with dt = 0.5 Time integration of scalars at level 0 from 758 to 759 with dt = 1 using RHS created at 758.6666666667 Making slow rhs at time 759 for fast variables advancing from 758 to 760 Fast time integration at level 0 from 758 to 758.5 with dt = 0.5 Fast time integration at level 0 from 758.5 to 759 with dt = 0.5 Fast time integration at level 0 from 759 to 759.5 with dt = 0.5 Fast time integration at level 0 from 759.5 to 760 with dt = 0.5 Time integration of scalars at level 0 from 758 to 760 with dt = 2 using RHS created at 759 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 380] Advanced 4096 cells [Level 1 step 380] ADVANCE from elapsed time = 758 to 760 with dt = 2 Making slow rhs at time 758 for fast variables advancing from 758 to 760 No-substepping time integration at level 1 to 760 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004331410462 0.002201706187 and volume-weighted sum -40391.39498 Subtracting -5.843662467e-06 from rhs in subdomain 0 Sum after subtraction -7.513521055e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004389847087 MLMG: Initial residual (resid0) = 0.0004389847087 MLMG: Final Iter. 6 resid, resid/bnorm = 8.71174586e-12, 1.984521485e-08 MLMG: Timers: Solve = 0.002501895 Iter = 0.002250213 Bottom = 0.000243956 Time in solve 0.00308278 Max/L2 norm of divergence after solve at level 1 : 5.843671179e-06 0.0004858329742 and volume-weighted sum -40391.39498 Time integration of scalars at level 1 from 758 to 760 with dt = 2 using RHS created at 758 Making slow rhs at time 760 for fast variables advancing from 758 to 760 No-substepping time integration at level 1 to 760 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004398464611 0.002127310928 and volume-weighted sum -40391.39498 Subtracting -5.843662467e-06 from rhs in subdomain 0 Sum after subtraction -6.059334891e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004456901236 MLMG: Initial residual (resid0) = 0.0004456901236 MLMG: Final Iter. 5 resid, resid/bnorm = 3.42333005e-11, 7.680964573e-08 MLMG: Timers: Solve = 0.002254155 Iter = 0.001932065 Bottom = 0.000212129 Time in solve 0.002786946 Max/L2 norm of divergence after solve at level 1 : 5.843696701e-06 0.0004858329742 and volume-weighted sum -40391.39498 Time integration of scalars at level 1 from 758 to 760 with dt = 2 using RHS created at 760 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 380] Advanced 6912 cells Coarse STEP 380 ends. TIME = 760 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03828752 seconds. Coarse STEP 381 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351943003 (terrain aware) 1.351943003 (terrain unaware) Anelastic dt at level 0 would be: 5.887289732 (terrain aware) 5.887289732 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138293776 (terrain aware) 0.138293776 (terrain unaware) Anelastic dt at level 1 would be: 2.787672153 (terrain aware) 2.787672153 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,31) (0,0,0)) ((48,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(5) m_ref->m_hash_sig(0) ((0,0,0) (31,0,47) (0,0,0)) ((32,0,0) (47,0,47) (0,0,0)) ((48,0,0) (79,0,47) (0,0,0)) ((80,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.005794186177 0.0225137196 and volume-weighted sum -38068.98479 Subtracting -6.759407811e-06 from rhs in subdomain 0 Sum after subtraction 2.138046684e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.005800945585 MLMG: Initial residual (resid0) = 0.005800945585 MLMG: Final Iter. 9 resid, resid/bnorm = 2.601829537e-11, 4.485181767e-09 MLMG: Timers: Solve = 0.0051008 Iter = 0.004660632 Bottom = 0.002211424 Time in solve 0.005404343 Max/L2 norm of divergence after solve at level 1 : 6.759433637e-06 0.0005072709268 and volume-weighted sum -38068.98479 [Level 0 step 381] ADVANCE from elapsed time = 760 to 762 with dt = 2 Making slow rhs at time 760 for fast variables advancing from 760 to 760.6666666667 Fast time integration at level 0 from 760 to 760.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 760 to 760.6666666667 with dt = 0.6666666666666 using RHS created at 760 Making slow rhs at time 760.6666666667 for fast variables advancing from 760 to 761 Fast time integration at level 0 from 760 to 760.5 with dt = 0.5 Fast time integration at level 0 from 760.5 to 761 with dt = 0.5 Time integration of scalars at level 0 from 760 to 761 with dt = 1 using RHS created at 760.6666666667 Making slow rhs at time 761 for fast variables advancing from 760 to 762 Fast time integration at level 0 from 760 to 760.5 with dt = 0.5 Fast time integration at level 0 from 760.5 to 761 with dt = 0.5 Fast time integration at level 0 from 761 to 761.5 with dt = 0.5 Fast time integration at level 0 from 761.5 to 762 with dt = 0.5 Time integration of scalars at level 0 from 760 to 762 with dt = 2 using RHS created at 761 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 381] Advanced 4096 cells [Level 1 step 381] ADVANCE from elapsed time = 760 to 762 with dt = 2 Making slow rhs at time 760 for fast variables advancing from 760 to 762 No-substepping time integration at level 1 to 762 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0114340185 0.09027243328 and volume-weighted sum -24621.11658 Subtracting -4.371647119e-06 from rhs in subdomain 0 Sum after subtraction 9.645062526e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.01142964685 MLMG: Initial residual (resid0) = 0.01142964685 MLMG: Final Iter. 9 resid, resid/bnorm = 4.93968515e-11, 4.321817826e-09 MLMG: Timers: Solve = 0.005371314 Iter = 0.004623653 Bottom = 0.002182359 Time in solve 0.005650711 Max/L2 norm of divergence after solve at level 1 : 4.371696516e-06 0.0003280774807 and volume-weighted sum -24621.11658 Time integration of scalars at level 1 from 760 to 762 with dt = 2 using RHS created at 760 Making slow rhs at time 762 for fast variables advancing from 760 to 762 No-substepping time integration at level 1 to 762 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004176391118 0.002092850667 and volume-weighted sum -24621.11658 Subtracting -4.371647119e-06 from rhs in subdomain 0 Sum after subtraction 1.040834086e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004220107589 MLMG: Initial residual (resid0) = 0.0004220107589 MLMG: Final Iter. 5 resid, resid/bnorm = 6.636743481e-11, 1.572647934e-07 MLMG: Timers: Solve = 0.002996864 Iter = 0.002569485 Bottom = 0.001180859 Time in solve 0.003274862 Max/L2 norm of divergence after solve at level 1 : 4.371713225e-06 0.0003280774807 and volume-weighted sum -24621.11658 Time integration of scalars at level 1 from 760 to 762 with dt = 2 using RHS created at 762 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 381] Advanced 5632 cells Coarse STEP 381 ends. TIME = 762 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.054273447 seconds. Coarse STEP 382 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352456632 (terrain aware) 1.352456632 (terrain unaware) Anelastic dt at level 0 would be: 5.896998039 (terrain aware) 5.896998039 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382900846 (terrain aware) 0.1382900846 (terrain unaware) Anelastic dt at level 1 would be: 2.782499856 (terrain aware) 2.782499856 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 382] ADVANCE from elapsed time = 762 to 764 with dt = 2 Making slow rhs at time 762 for fast variables advancing from 762 to 762.6666666667 Fast time integration at level 0 from 762 to 762.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 762 to 762.6666666667 with dt = 0.6666666666666 using RHS created at 762 Making slow rhs at time 762.6666666667 for fast variables advancing from 762 to 763 Fast time integration at level 0 from 762 to 762.5 with dt = 0.5 Fast time integration at level 0 from 762.5 to 763 with dt = 0.5 Time integration of scalars at level 0 from 762 to 763 with dt = 1 using RHS created at 762.6666666667 Making slow rhs at time 763 for fast variables advancing from 762 to 764 Fast time integration at level 0 from 762 to 762.5 with dt = 0.5 Fast time integration at level 0 from 762.5 to 763 with dt = 0.5 Fast time integration at level 0 from 763 to 763.5 with dt = 0.5 Fast time integration at level 0 from 763.5 to 764 with dt = 0.5 Time integration of scalars at level 0 from 762 to 764 with dt = 2 using RHS created at 763 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 382] Advanced 4096 cells [Level 1 step 382] ADVANCE from elapsed time = 762 to 764 with dt = 2 Making slow rhs at time 762 for fast variables advancing from 762 to 764 No-substepping time integration at level 1 to 764 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003567862866 0.002084187949 and volume-weighted sum -7841.411945 Subtracting -1.392296155e-06 from rhs in subdomain 0 Sum after subtraction 4.987329993e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003581785828 MLMG: Initial residual (resid0) = 0.0003581785828 MLMG: Final Iter. 6 resid, resid/bnorm = 5.609733468e-11, 1.566183389e-07 MLMG: Timers: Solve = 0.00347698 Iter = 0.003053735 Bottom = 0.001395453 Time in solve 0.003766265 Max/L2 norm of divergence after solve at level 1 : 1.392352252e-06 0.0001044871652 and volume-weighted sum -7841.411945 Time integration of scalars at level 1 from 762 to 764 with dt = 2 using RHS created at 762 Making slow rhs at time 764 for fast variables advancing from 762 to 764 No-substepping time integration at level 1 to 764 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003722644055 0.002066078407 and volume-weighted sum -7841.411945 Subtracting -1.392296155e-06 from rhs in subdomain 0 Sum after subtraction 8.576039184e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003736567017 MLMG: Initial residual (resid0) = 0.0003736567017 MLMG: Final Iter. 5 resid, resid/bnorm = 5.454360293e-11, 1.459725001e-07 MLMG: Timers: Solve = 0.003544891 Iter = 0.003106023 Bottom = 0.001510696 Time in solve 0.003843139 Max/L2 norm of divergence after solve at level 1 : 1.392350488e-06 0.0001044871652 and volume-weighted sum -7841.411945 Time integration of scalars at level 1 from 762 to 764 with dt = 2 using RHS created at 764 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 382] Advanced 5632 cells Coarse STEP 382 ends. TIME = 764 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036438799 seconds. Coarse STEP 383 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.353085359 (terrain aware) 1.353085359 (terrain unaware) Anelastic dt at level 0 would be: 5.90885741 (terrain aware) 5.90885741 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382857165 (terrain aware) 0.1382857165 (terrain unaware) Anelastic dt at level 1 would be: 2.77794301 (terrain aware) 2.77794301 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 383] ADVANCE from elapsed time = 764 to 766 with dt = 2 Making slow rhs at time 764 for fast variables advancing from 764 to 764.6666666667 Fast time integration at level 0 from 764 to 764.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 764 to 764.6666666667 with dt = 0.6666666666666 using RHS created at 764 Making slow rhs at time 764.6666666667 for fast variables advancing from 764 to 765 Fast time integration at level 0 from 764 to 764.5 with dt = 0.5 Fast time integration at level 0 from 764.5 to 765 with dt = 0.5 Time integration of scalars at level 0 from 764 to 765 with dt = 1 using RHS created at 764.6666666667 Making slow rhs at time 765 for fast variables advancing from 764 to 766 Fast time integration at level 0 from 764 to 764.5 with dt = 0.5 Fast time integration at level 0 from 764.5 to 765 with dt = 0.5 Fast time integration at level 0 from 765 to 765.5 with dt = 0.5 Fast time integration at level 0 from 765.5 to 766 with dt = 0.5 Time integration of scalars at level 0 from 764 to 766 with dt = 2 using RHS created at 765 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 383] Advanced 4096 cells [Level 1 step 383] ADVANCE from elapsed time = 764 to 766 with dt = 2 Making slow rhs at time 764 for fast variables advancing from 764 to 766 No-substepping time integration at level 1 to 766 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004300792896 0.002080581415 and volume-weighted sum 10229.18709 Subtracting 1.816261912e-06 from rhs in subdomain 0 Sum after subtraction -3.209238431e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004282630277 MLMG: Initial residual (resid0) = 0.0004282630277 MLMG: Final Iter. 6 resid, resid/bnorm = 8.782837302e-11, 2.050804467e-07 MLMG: Timers: Solve = 0.00346852 Iter = 0.003041383 Bottom = 0.001397108 Time in solve 0.003754824 Max/L2 norm of divergence after solve at level 1 : 1.816347534e-06 0.0001363043759 and volume-weighted sum 10229.18709 Time integration of scalars at level 1 from 764 to 766 with dt = 2 using RHS created at 764 Making slow rhs at time 766 for fast variables advancing from 764 to 766 No-substepping time integration at level 1 to 766 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000439528483 0.002063894084 and volume-weighted sum 10229.18709 Subtracting 1.816261912e-06 from rhs in subdomain 0 Sum after subtraction -5.648693319e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004377122211 MLMG: Initial residual (resid0) = 0.0004377122211 MLMG: Final Iter. 5 resid, resid/bnorm = 4.349866786e-11, 9.93773209e-08 MLMG: Timers: Solve = 0.00304386 Iter = 0.002618253 Bottom = 0.001222489 Time in solve 0.003337096 Max/L2 norm of divergence after solve at level 1 : 1.81630541e-06 0.0001363043759 and volume-weighted sum 10229.18709 Time integration of scalars at level 1 from 764 to 766 with dt = 2 using RHS created at 766 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 383] Advanced 5632 cells Coarse STEP 383 ends. TIME = 766 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036049588 seconds. Coarse STEP 384 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352886584 (terrain aware) 1.352886584 (terrain unaware) Anelastic dt at level 0 would be: 5.911770493 (terrain aware) 5.911770493 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382760697 (terrain aware) 0.1382760697 (terrain unaware) Anelastic dt at level 1 would be: 2.767874583 (terrain aware) 2.767874583 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 384] ADVANCE from elapsed time = 766 to 768 with dt = 2 Making slow rhs at time 766 for fast variables advancing from 766 to 766.6666666667 Fast time integration at level 0 from 766 to 766.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 766 to 766.6666666667 with dt = 0.6666666666666 using RHS created at 766 Making slow rhs at time 766.6666666667 for fast variables advancing from 766 to 767 Fast time integration at level 0 from 766 to 766.5 with dt = 0.5 Fast time integration at level 0 from 766.5 to 767 with dt = 0.5 Time integration of scalars at level 0 from 766 to 767 with dt = 1 using RHS created at 766.6666666667 Making slow rhs at time 767 for fast variables advancing from 766 to 768 Fast time integration at level 0 from 766 to 766.5 with dt = 0.5 Fast time integration at level 0 from 766.5 to 767 with dt = 0.5 Fast time integration at level 0 from 767 to 767.5 with dt = 0.5 Fast time integration at level 0 from 767.5 to 768 with dt = 0.5 Time integration of scalars at level 0 from 766 to 768 with dt = 2 using RHS created at 767 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 384] Advanced 4096 cells [Level 1 step 384] ADVANCE from elapsed time = 766 to 768 with dt = 2 Making slow rhs at time 766 for fast variables advancing from 766 to 768 No-substepping time integration at level 1 to 768 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004434720755 0.002117687166 and volume-weighted sum 27460.79767 Subtracting 4.875851859e-06 from rhs in subdomain 0 Sum after subtraction 5.59448321e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004385962236 MLMG: Initial residual (resid0) = 0.0004385962236 MLMG: Final Iter. 7 resid, resid/bnorm = 1.179133319e-11, 2.688425607e-08 MLMG: Timers: Solve = 0.003933983 Iter = 0.003512153 Bottom = 0.001608296 Time in solve 0.004229065 Max/L2 norm of divergence after solve at level 1 : 4.87586365e-06 0.0003659163584 and volume-weighted sum 27460.79767 Time integration of scalars at level 1 from 766 to 768 with dt = 2 using RHS created at 766 Making slow rhs at time 768 for fast variables advancing from 766 to 768 No-substepping time integration at level 1 to 768 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004316197814 0.002087472159 and volume-weighted sum 27460.79767 Subtracting 4.875851859e-06 from rhs in subdomain 0 Sum after subtraction 3.577867169e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004267439296 MLMG: Initial residual (resid0) = 0.0004267439296 MLMG: Final Iter. 5 resid, resid/bnorm = 3.43430596e-11, 8.047697277e-08 MLMG: Timers: Solve = 0.002996921 Iter = 0.002568081 Bottom = 0.001184969 Time in solve 0.00327649 Max/L2 norm of divergence after solve at level 1 : 4.875886202e-06 0.0003659163584 and volume-weighted sum 27460.79767 Time integration of scalars at level 1 from 766 to 768 with dt = 2 using RHS created at 768 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 384] Advanced 5632 cells Coarse STEP 384 ends. TIME = 768 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036394268 seconds. Coarse STEP 385 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352450082 (terrain aware) 1.352450082 (terrain unaware) Anelastic dt at level 0 would be: 5.903236754 (terrain aware) 5.903236754 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382683871 (terrain aware) 0.1382683871 (terrain unaware) Anelastic dt at level 1 would be: 2.759494595 (terrain aware) 2.759494595 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 385] ADVANCE from elapsed time = 768 to 770 with dt = 2 Making slow rhs at time 768 for fast variables advancing from 768 to 768.6666666667 Fast time integration at level 0 from 768 to 768.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 768 to 768.6666666667 with dt = 0.6666666666666 using RHS created at 768 Making slow rhs at time 768.6666666667 for fast variables advancing from 768 to 769 Fast time integration at level 0 from 768 to 768.5 with dt = 0.5 Fast time integration at level 0 from 768.5 to 769 with dt = 0.5 Time integration of scalars at level 0 from 768 to 769 with dt = 1 using RHS created at 768.6666666667 Making slow rhs at time 769 for fast variables advancing from 768 to 770 Fast time integration at level 0 from 768 to 768.5 with dt = 0.5 Fast time integration at level 0 from 768.5 to 769 with dt = 0.5 Fast time integration at level 0 from 769 to 769.5 with dt = 0.5 Fast time integration at level 0 from 769.5 to 770 with dt = 0.5 Time integration of scalars at level 0 from 768 to 770 with dt = 2 using RHS created at 769 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 385] Advanced 4096 cells [Level 1 step 385] ADVANCE from elapsed time = 768 to 770 with dt = 2 Making slow rhs at time 768 for fast variables advancing from 768 to 770 No-substepping time integration at level 1 to 770 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003802498837 0.002176492389 and volume-weighted sum 41877.97879 Subtracting 7.435720667e-06 from rhs in subdomain 0 Sum after subtraction -8.370040772e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000372814163 MLMG: Initial residual (resid0) = 0.000372814163 MLMG: Final Iter. 7 resid, resid/bnorm = 1.222851551e-11, 3.280056586e-08 MLMG: Timers: Solve = 0.004259195 Iter = 0.003884842 Bottom = 0.001815291 Time in solve 0.004586546 Max/L2 norm of divergence after solve at level 1 : 7.435732895e-06 0.0005580259424 and volume-weighted sum 41877.97879 Time integration of scalars at level 1 from 768 to 770 with dt = 2 using RHS created at 768 Making slow rhs at time 770 for fast variables advancing from 768 to 770 No-substepping time integration at level 1 to 770 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003612357447 0.00212547603 and volume-weighted sum 41877.97879 Subtracting 7.435720667e-06 from rhs in subdomain 0 Sum after subtraction -1.196959198e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003538000241 MLMG: Initial residual (resid0) = 0.0003538000241 MLMG: Final Iter. 5 resid, resid/bnorm = 3.293673207e-11, 9.309420528e-08 MLMG: Timers: Solve = 0.00300782 Iter = 0.002583656 Bottom = 0.001204663 Time in solve 0.003291295 Max/L2 norm of divergence after solve at level 1 : 7.435752345e-06 0.0005580259424 and volume-weighted sum 41877.97879 Time integration of scalars at level 1 from 768 to 770 with dt = 2 using RHS created at 770 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 385] Advanced 5632 cells Coarse STEP 385 ends. TIME = 770 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036560868 seconds. Coarse STEP 386 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352136974 (terrain aware) 1.352136974 (terrain unaware) Anelastic dt at level 0 would be: 5.896976363 (terrain aware) 5.896976363 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382639598 (terrain aware) 0.1382639598 (terrain unaware) Anelastic dt at level 1 would be: 2.752959391 (terrain aware) 2.752959391 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 386] ADVANCE from elapsed time = 770 to 772 with dt = 2 Making slow rhs at time 770 for fast variables advancing from 770 to 770.6666666667 Fast time integration at level 0 from 770 to 770.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 770 to 770.6666666667 with dt = 0.6666666666666 using RHS created at 770 Making slow rhs at time 770.6666666667 for fast variables advancing from 770 to 771 Fast time integration at level 0 from 770 to 770.5 with dt = 0.5 Fast time integration at level 0 from 770.5 to 771 with dt = 0.5 Time integration of scalars at level 0 from 770 to 771 with dt = 1 using RHS created at 770.6666666667 Making slow rhs at time 771 for fast variables advancing from 770 to 772 Fast time integration at level 0 from 770 to 770.5 with dt = 0.5 Fast time integration at level 0 from 770.5 to 771 with dt = 0.5 Fast time integration at level 0 from 771 to 771.5 with dt = 0.5 Fast time integration at level 0 from 771.5 to 772 with dt = 0.5 Time integration of scalars at level 0 from 770 to 772 with dt = 2 using RHS created at 771 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 386] Advanced 4096 cells [Level 1 step 386] ADVANCE from elapsed time = 770 to 772 with dt = 2 Making slow rhs at time 770 for fast variables advancing from 770 to 772 No-substepping time integration at level 1 to 772 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004250685088 0.002230667583 and volume-weighted sum 51827.07636 Subtracting 9.202250775e-06 from rhs in subdomain 0 Sum after subtraction -9.410874857e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000415866258 MLMG: Initial residual (resid0) = 0.000415866258 MLMG: Final Iter. 6 resid, resid/bnorm = 8.104347977e-11, 1.948787097e-07 MLMG: Timers: Solve = 0.003478372 Iter = 0.003065295 Bottom = 0.001415683 Time in solve 0.003765499 Max/L2 norm of divergence after solve at level 1 : 9.20233011e-06 0.0006905981129 and volume-weighted sum 51827.07636 Time integration of scalars at level 1 from 770 to 772 with dt = 2 using RHS created at 770 Making slow rhs at time 772 for fast variables advancing from 770 to 772 No-substepping time integration at level 1 to 772 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004370517465 0.002159927284 and volume-weighted sum 51827.07636 Subtracting 9.202250775e-06 from rhs in subdomain 0 Sum after subtraction 2.385244779e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004278494957 MLMG: Initial residual (resid0) = 0.0004278494957 MLMG: Final Iter. 5 resid, resid/bnorm = 3.408677765e-11, 7.967001946e-08 MLMG: Timers: Solve = 0.002997752 Iter = 0.002582964 Bottom = 0.001190795 Time in solve 0.003287869 Max/L2 norm of divergence after solve at level 1 : 9.202284861e-06 0.0006905981129 and volume-weighted sum 51827.07636 Time integration of scalars at level 1 from 770 to 772 with dt = 2 using RHS created at 772 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 386] Advanced 5632 cells Coarse STEP 386 ends. TIME = 772 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036076964 seconds. Coarse STEP 387 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351954938 (terrain aware) 1.351954938 (terrain unaware) Anelastic dt at level 0 would be: 5.893113163 (terrain aware) 5.893113163 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138262623 (terrain aware) 0.138262623 (terrain unaware) Anelastic dt at level 1 would be: 2.748222635 (terrain aware) 2.748222635 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 387] ADVANCE from elapsed time = 772 to 774 with dt = 2 Making slow rhs at time 772 for fast variables advancing from 772 to 772.6666666667 Fast time integration at level 0 from 772 to 772.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 772 to 772.6666666667 with dt = 0.6666666666666 using RHS created at 772 Making slow rhs at time 772.6666666667 for fast variables advancing from 772 to 773 Fast time integration at level 0 from 772 to 772.5 with dt = 0.5 Fast time integration at level 0 from 772.5 to 773 with dt = 0.5 Time integration of scalars at level 0 from 772 to 773 with dt = 1 using RHS created at 772.6666666667 Making slow rhs at time 773 for fast variables advancing from 772 to 774 Fast time integration at level 0 from 772 to 772.5 with dt = 0.5 Fast time integration at level 0 from 772.5 to 773 with dt = 0.5 Fast time integration at level 0 from 773 to 773.5 with dt = 0.5 Fast time integration at level 0 from 773.5 to 774 with dt = 0.5 Time integration of scalars at level 0 from 772 to 774 with dt = 2 using RHS created at 773 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 387] Advanced 4096 cells [Level 1 step 387] ADVANCE from elapsed time = 772 to 774 with dt = 2 Making slow rhs at time 772 for fast variables advancing from 772 to 774 No-substepping time integration at level 1 to 774 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000448807314 0.002256364014 and volume-weighted sum 56161.36498 Subtracting 9.971833271e-06 from rhs in subdomain 0 Sum after subtraction 9.063930162e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004388354807 MLMG: Initial residual (resid0) = 0.0004388354807 MLMG: Final Iter. 6 resid, resid/bnorm = 1.467830265e-11, 3.344830419e-08 MLMG: Timers: Solve = 0.003497676 Iter = 0.003073123 Bottom = 0.001424965 Time in solve 0.003831331 Max/L2 norm of divergence after solve at level 1 : 9.97184768e-06 0.0007483527029 and volume-weighted sum 56161.36498 Time integration of scalars at level 1 from 772 to 774 with dt = 2 using RHS created at 772 Making slow rhs at time 774 for fast variables advancing from 772 to 774 No-substepping time integration at level 1 to 774 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004400141085 0.002174567723 and volume-weighted sum 56161.36498 Subtracting 9.971833271e-06 from rhs in subdomain 0 Sum after subtraction 1.359589524e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004300422752 MLMG: Initial residual (resid0) = 0.0004300422752 MLMG: Final Iter. 5 resid, resid/bnorm = 3.566966945e-11, 8.294456499e-08 MLMG: Timers: Solve = 0.003381858 Iter = 0.002960954 Bottom = 0.001386905 Time in solve 0.00367147 Max/L2 norm of divergence after solve at level 1 : 9.971868941e-06 0.0007483527029 and volume-weighted sum 56161.36498 Time integration of scalars at level 1 from 772 to 774 with dt = 2 using RHS created at 774 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 387] Advanced 5632 cells Coarse STEP 387 ends. TIME = 774 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036095949 seconds. Coarse STEP 388 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351913112 (terrain aware) 1.351913112 (terrain unaware) Anelastic dt at level 0 would be: 5.891814095 (terrain aware) 5.891814095 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382603477 (terrain aware) 0.1382603477 (terrain unaware) Anelastic dt at level 1 would be: 2.745212338 (terrain aware) 2.745212338 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 388] ADVANCE from elapsed time = 774 to 776 with dt = 2 Making slow rhs at time 774 for fast variables advancing from 774 to 774.6666666667 Fast time integration at level 0 from 774 to 774.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 774 to 774.6666666667 with dt = 0.6666666666666 using RHS created at 774 Making slow rhs at time 774.6666666667 for fast variables advancing from 774 to 775 Fast time integration at level 0 from 774 to 774.5 with dt = 0.5 Fast time integration at level 0 from 774.5 to 775 with dt = 0.5 Time integration of scalars at level 0 from 774 to 775 with dt = 1 using RHS created at 774.6666666667 Making slow rhs at time 775 for fast variables advancing from 774 to 776 Fast time integration at level 0 from 774 to 774.5 with dt = 0.5 Fast time integration at level 0 from 774.5 to 775 with dt = 0.5 Fast time integration at level 0 from 775 to 775.5 with dt = 0.5 Fast time integration at level 0 from 775.5 to 776 with dt = 0.5 Time integration of scalars at level 0 from 774 to 776 with dt = 2 using RHS created at 775 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 388] Advanced 4096 cells [Level 1 step 388] ADVANCE from elapsed time = 774 to 776 with dt = 2 Making slow rhs at time 774 for fast variables advancing from 774 to 776 No-substepping time integration at level 1 to 776 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00039579638 0.002239767947 and volume-weighted sum 54430.81604 Subtracting 9.664562506e-06 from rhs in subdomain 0 Sum after subtraction -9.736135509e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003861318175 MLMG: Initial residual (resid0) = 0.0003861318175 MLMG: Final Iter. 6 resid, resid/bnorm = 5.872736913e-11, 1.520915047e-07 MLMG: Timers: Solve = 0.003509606 Iter = 0.003085094 Bottom = 0.001428317 Time in solve 0.00379905 Max/L2 norm of divergence after solve at level 1 : 9.664621234e-06 0.0007252930607 and volume-weighted sum 54430.81604 Time integration of scalars at level 1 from 774 to 776 with dt = 2 using RHS created at 774 Making slow rhs at time 776 for fast variables advancing from 774 to 776 No-substepping time integration at level 1 to 776 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000369703611 0.002162251042 and volume-weighted sum 54430.81604 Subtracting 9.664562506e-06 from rhs in subdomain 0 Sum after subtraction 4.597017211e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003600390485 MLMG: Initial residual (resid0) = 0.0003600390485 MLMG: Final Iter. 5 resid, resid/bnorm = 3.653386592e-11, 1.014719544e-07 MLMG: Timers: Solve = 0.002996139 Iter = 0.002568237 Bottom = 0.001179244 Time in solve 0.003347427 Max/L2 norm of divergence after solve at level 1 : 9.66459904e-06 0.0007252930607 and volume-weighted sum 54430.81604 Time integration of scalars at level 1 from 774 to 776 with dt = 2 using RHS created at 776 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 388] Advanced 5632 cells Coarse STEP 388 ends. TIME = 776 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.035864219 seconds. Coarse STEP 389 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352018542 (terrain aware) 1.352018542 (terrain unaware) Anelastic dt at level 0 would be: 5.893222343 (terrain aware) 5.893222343 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382543066 (terrain aware) 0.1382543066 (terrain unaware) Anelastic dt at level 1 would be: 2.743844537 (terrain aware) 2.743844537 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 389] ADVANCE from elapsed time = 776 to 778 with dt = 2 Making slow rhs at time 776 for fast variables advancing from 776 to 776.6666666667 Fast time integration at level 0 from 776 to 776.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 776 to 776.6666666667 with dt = 0.6666666666666 using RHS created at 776 Making slow rhs at time 776.6666666667 for fast variables advancing from 776 to 777 Fast time integration at level 0 from 776 to 776.5 with dt = 0.5 Fast time integration at level 0 from 776.5 to 777 with dt = 0.5 Time integration of scalars at level 0 from 776 to 777 with dt = 1 using RHS created at 776.6666666667 Making slow rhs at time 777 for fast variables advancing from 776 to 778 Fast time integration at level 0 from 776 to 776.5 with dt = 0.5 Fast time integration at level 0 from 776.5 to 777 with dt = 0.5 Fast time integration at level 0 from 777 to 777.5 with dt = 0.5 Fast time integration at level 0 from 777.5 to 778 with dt = 0.5 Time integration of scalars at level 0 from 776 to 778 with dt = 2 using RHS created at 777 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 389] Advanced 4096 cells [Level 1 step 389] ADVANCE from elapsed time = 776 to 778 with dt = 2 Making slow rhs at time 776 for fast variables advancing from 776 to 778 No-substepping time integration at level 1 to 778 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004084999171 0.002184322851 and volume-weighted sum 47034.22911 Subtracting 8.351248067e-06 from rhs in subdomain 0 Sum after subtraction 1.745565498e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000400148669 MLMG: Initial residual (resid0) = 0.000400148669 MLMG: Final Iter. 7 resid, resid/bnorm = 1.117941546e-11, 2.79381548e-08 MLMG: Timers: Solve = 0.00395138 Iter = 0.003527732 Bottom = 0.001628592 Time in solve 0.004287651 Max/L2 norm of divergence after solve at level 1 : 8.351259028e-06 0.0006267332088 and volume-weighted sum 47034.22911 Time integration of scalars at level 1 from 776 to 778 with dt = 2 using RHS created at 776 Making slow rhs at time 778 for fast variables advancing from 776 to 778 No-substepping time integration at level 1 to 778 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004236465449 0.002126334146 and volume-weighted sum 47034.22911 Subtracting 8.351248067e-06 from rhs in subdomain 0 Sum after subtraction -1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004152952969 MLMG: Initial residual (resid0) = 0.0004152952969 MLMG: Final Iter. 5 resid, resid/bnorm = 3.686442987e-11, 8.876678872e-08 MLMG: Timers: Solve = 0.003003587 Iter = 0.002578951 Bottom = 0.001186384 Time in solve 0.003288972 Max/L2 norm of divergence after solve at level 1 : 8.351284932e-06 0.0006267332088 and volume-weighted sum 47034.22911 Time integration of scalars at level 1 from 776 to 778 with dt = 2 using RHS created at 778 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 389] Advanced 5632 cells Coarse STEP 389 ends. TIME = 778 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036286279 seconds. Coarse STEP 390 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352272114 (terrain aware) 1.352272114 (terrain unaware) Anelastic dt at level 0 would be: 5.897376574 (terrain aware) 5.897376574 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382503442 (terrain aware) 0.1382503442 (terrain unaware) Anelastic dt at level 1 would be: 2.740109887 (terrain aware) 2.740109887 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 390] ADVANCE from elapsed time = 778 to 780 with dt = 2 Making slow rhs at time 778 for fast variables advancing from 778 to 778.6666666667 Fast time integration at level 0 from 778 to 778.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 778 to 778.6666666667 with dt = 0.6666666666666 using RHS created at 778 Making slow rhs at time 778.6666666667 for fast variables advancing from 778 to 779 Fast time integration at level 0 from 778 to 778.5 with dt = 0.5 Fast time integration at level 0 from 778.5 to 779 with dt = 0.5 Time integration of scalars at level 0 from 778 to 779 with dt = 1 using RHS created at 778.6666666667 Making slow rhs at time 779 for fast variables advancing from 778 to 780 Fast time integration at level 0 from 778 to 778.5 with dt = 0.5 Fast time integration at level 0 from 778.5 to 779 with dt = 0.5 Fast time integration at level 0 from 779 to 779.5 with dt = 0.5 Fast time integration at level 0 from 779.5 to 780 with dt = 0.5 Time integration of scalars at level 0 from 778 to 780 with dt = 2 using RHS created at 779 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 390] Advanced 4096 cells [Level 1 step 390] ADVANCE from elapsed time = 778 to 780 with dt = 2 Making slow rhs at time 778 for fast variables advancing from 778 to 780 No-substepping time integration at level 1 to 780 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004417061268 0.002114230817 and volume-weighted sum 35122.04025 Subtracting 6.236157714e-06 from rhs in subdomain 0 Sum after subtraction 4.553649124e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004354699691 MLMG: Initial residual (resid0) = 0.0004354699691 MLMG: Final Iter. 6 resid, resid/bnorm = 9.187844878e-11, 2.10986877e-07 MLMG: Timers: Solve = 0.003836945 Iter = 0.003410451 Bottom = 0.001643127 Time in solve 0.004120432 Max/L2 norm of divergence after solve at level 1 : 6.236249592e-06 0.0004680027588 and volume-weighted sum 35122.04025 Time integration of scalars at level 1 from 778 to 780 with dt = 2 using RHS created at 778 Making slow rhs at time 780 for fast variables advancing from 778 to 780 No-substepping time integration at level 1 to 780 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004370915806 0.002080136768 and volume-weighted sum 35122.04025 Subtracting 6.236157714e-06 from rhs in subdomain 0 Sum after subtraction -5.637851297e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004308554229 MLMG: Initial residual (resid0) = 0.0004308554229 MLMG: Final Iter. 5 resid, resid/bnorm = 3.757157787e-11, 8.720228613e-08 MLMG: Timers: Solve = 0.002999545 Iter = 0.002581276 Bottom = 0.00116889 Time in solve 0.003291951 Max/L2 norm of divergence after solve at level 1 : 6.23619525e-06 0.0004680027588 and volume-weighted sum 35122.04025 Time integration of scalars at level 1 from 778 to 780 with dt = 2 using RHS created at 780 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 390] Advanced 5632 cells Coarse STEP 390 ends. TIME = 780 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036185951 seconds. Coarse STEP 391 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352667785 (terrain aware) 1.352667785 (terrain unaware) Anelastic dt at level 0 would be: 5.904189789 (terrain aware) 5.904189789 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382481959 (terrain aware) 0.1382481959 (terrain unaware) Anelastic dt at level 1 would be: 2.734289455 (terrain aware) 2.734289455 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,31) (0,0,0)) ((48,0,0) (111,0,47) (0,0,0)) ((112,0,0) (159,0,31) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,31) (0,0,0)) ((48,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.003997931611 0.01179109442 and volume-weighted sum 38386.54795 Subtracting 6.815793316e-06 from rhs in subdomain 0 Sum after subtraction -6.418476861e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.004004747405 MLMG: Initial residual (resid0) = 0.004004747405 MLMG: Final Iter. 8 resid, resid/bnorm = 1.317632917e-11, 3.290177341e-09 MLMG: Timers: Solve = 0.004456598 Iter = 0.004084493 Bottom = 0.001927908 Time in solve 0.004766123 Max/L2 norm of divergence after solve at level 1 : 6.815806139e-06 0.0005115024701 and volume-weighted sum 38386.54795 [Level 0 step 391] ADVANCE from elapsed time = 780 to 782 with dt = 2 Making slow rhs at time 780 for fast variables advancing from 780 to 780.6666666667 Fast time integration at level 0 from 780 to 780.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 780 to 780.6666666667 with dt = 0.6666666666666 using RHS created at 780 Making slow rhs at time 780.6666666667 for fast variables advancing from 780 to 781 Fast time integration at level 0 from 780 to 780.5 with dt = 0.5 Fast time integration at level 0 from 780.5 to 781 with dt = 0.5 Time integration of scalars at level 0 from 780 to 781 with dt = 1 using RHS created at 780.6666666667 Making slow rhs at time 781 for fast variables advancing from 780 to 782 Fast time integration at level 0 from 780 to 780.5 with dt = 0.5 Fast time integration at level 0 from 780.5 to 781 with dt = 0.5 Fast time integration at level 0 from 781 to 781.5 with dt = 0.5 Fast time integration at level 0 from 781.5 to 782 with dt = 0.5 Time integration of scalars at level 0 from 780 to 782 with dt = 2 using RHS created at 781 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 391] Advanced 4096 cells [Level 1 step 391] ADVANCE from elapsed time = 780 to 782 with dt = 2 Making slow rhs at time 780 for fast variables advancing from 780 to 782 No-substepping time integration at level 1 to 782 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.007785949598 0.08231404359 and volume-weighted sum 15960.94365 Subtracting 2.833974369e-06 from rhs in subdomain 0 Sum after subtraction -1.387778781e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.007788783572 MLMG: Initial residual (resid0) = 0.007788783572 MLMG: Final Iter. 9 resid, resid/bnorm = 1.203517147e-11, 1.545192694e-09 MLMG: Timers: Solve = 0.005410015 Iter = 0.005053464 Bottom = 0.00243163 Time in solve 0.005710693 Max/L2 norm of divergence after solve at level 1 : 2.833986136e-06 0.0002126802887 and volume-weighted sum 15960.94365 Time integration of scalars at level 1 from 780 to 782 with dt = 2 using RHS created at 780 Making slow rhs at time 782 for fast variables advancing from 780 to 782 No-substepping time integration at level 1 to 782 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003788451906 0.002035801943 and volume-weighted sum 15960.94365 Subtracting 2.833974369e-06 from rhs in subdomain 0 Sum after subtraction -7.220786469e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003760112162 MLMG: Initial residual (resid0) = 0.0003760112162 MLMG: Final Iter. 6 resid, resid/bnorm = 3.367007377e-11, 8.954539737e-08 MLMG: Timers: Solve = 0.003601267 Iter = 0.003244973 Bottom = 0.0015714 Time in solve 0.003905667 Max/L2 norm of divergence after solve at level 1 : 2.834007035e-06 0.0002126802887 and volume-weighted sum 15960.94365 Time integration of scalars at level 1 from 780 to 782 with dt = 2 using RHS created at 782 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 391] Advanced 5632 cells Coarse STEP 391 ends. TIME = 782 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.054095753 seconds. Coarse STEP 392 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.353195441 (terrain aware) 1.353195441 (terrain unaware) Anelastic dt at level 0 would be: 5.913495143 (terrain aware) 5.913495143 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138247749 (terrain aware) 0.138247749 (terrain unaware) Anelastic dt at level 1 would be: 2.729298544 (terrain aware) 2.729298544 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 392] ADVANCE from elapsed time = 782 to 784 with dt = 2 Making slow rhs at time 782 for fast variables advancing from 782 to 782.6666666667 Fast time integration at level 0 from 782 to 782.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 782 to 782.6666666667 with dt = 0.6666666666666 using RHS created at 782 Making slow rhs at time 782.6666666667 for fast variables advancing from 782 to 783 Fast time integration at level 0 from 782 to 782.5 with dt = 0.5 Fast time integration at level 0 from 782.5 to 783 with dt = 0.5 Time integration of scalars at level 0 from 782 to 783 with dt = 1 using RHS created at 782.6666666667 Making slow rhs at time 783 for fast variables advancing from 782 to 784 Fast time integration at level 0 from 782 to 782.5 with dt = 0.5 Fast time integration at level 0 from 782.5 to 783 with dt = 0.5 Fast time integration at level 0 from 783 to 783.5 with dt = 0.5 Fast time integration at level 0 from 783.5 to 784 with dt = 0.5 Time integration of scalars at level 0 from 782 to 784 with dt = 2 using RHS created at 783 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 392] Advanced 4096 cells [Level 1 step 392] ADVANCE from elapsed time = 782 to 784 with dt = 2 Making slow rhs at time 782 for fast variables advancing from 782 to 784 No-substepping time integration at level 1 to 784 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003810325143 0.002042137112 and volume-weighted sum -8229.097398 Subtracting -1.461132351e-06 from rhs in subdomain 0 Sum after subtraction -1.63714528e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003824936467 MLMG: Initial residual (resid0) = 0.0003824936467 MLMG: Final Iter. 7 resid, resid/bnorm = 1.366348982e-11, 3.572213536e-08 MLMG: Timers: Solve = 0.004013979 Iter = 0.003651474 Bottom = 0.001742327 Time in solve 0.004316407 Max/L2 norm of divergence after solve at level 1 : 1.461145658e-06 0.0001096530913 and volume-weighted sum -8229.097398 Time integration of scalars at level 1 from 782 to 784 with dt = 2 using RHS created at 782 Making slow rhs at time 784 for fast variables advancing from 782 to 784 No-substepping time integration at level 1 to 784 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004001262946 0.002021294724 and volume-weighted sum -8229.097398 Subtracting -1.461132351e-06 from rhs in subdomain 0 Sum after subtraction -1.92120625e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004015874269 MLMG: Initial residual (resid0) = 0.0004015874269 MLMG: Final Iter. 6 resid, resid/bnorm = 3.769710651e-11, 9.387023592e-08 MLMG: Timers: Solve = 0.003817575 Iter = 0.003243174 Bottom = 0.001507297 Time in solve 0.004126807 Max/L2 norm of divergence after solve at level 1 : 1.461170048e-06 0.0001096530913 and volume-weighted sum -8229.097398 Time integration of scalars at level 1 from 782 to 784 with dt = 2 using RHS created at 784 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 392] Advanced 5632 cells Coarse STEP 392 ends. TIME = 784 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037090527 seconds. Coarse STEP 393 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352997696 (terrain aware) 1.352997696 (terrain unaware) Anelastic dt at level 0 would be: 5.923401275 (terrain aware) 5.923401275 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382407012 (terrain aware) 0.1382407012 (terrain unaware) Anelastic dt at level 1 would be: 2.721760817 (terrain aware) 2.721760817 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 393] ADVANCE from elapsed time = 784 to 786 with dt = 2 Making slow rhs at time 784 for fast variables advancing from 784 to 784.6666666667 Fast time integration at level 0 from 784 to 784.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 784 to 784.6666666667 with dt = 0.6666666666666 using RHS created at 784 Making slow rhs at time 784.6666666667 for fast variables advancing from 784 to 785 Fast time integration at level 0 from 784 to 784.5 with dt = 0.5 Fast time integration at level 0 from 784.5 to 785 with dt = 0.5 Time integration of scalars at level 0 from 784 to 785 with dt = 1 using RHS created at 784.6666666667 Making slow rhs at time 785 for fast variables advancing from 784 to 786 Fast time integration at level 0 from 784 to 784.5 with dt = 0.5 Fast time integration at level 0 from 784.5 to 785 with dt = 0.5 Fast time integration at level 0 from 785 to 785.5 with dt = 0.5 Fast time integration at level 0 from 785.5 to 786 with dt = 0.5 Time integration of scalars at level 0 from 784 to 786 with dt = 2 using RHS created at 785 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 393] Advanced 4096 cells [Level 1 step 393] ADVANCE from elapsed time = 784 to 786 with dt = 2 Making slow rhs at time 784 for fast variables advancing from 784 to 786 No-substepping time integration at level 1 to 786 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004247799437 0.002091099723 and volume-weighted sum -31883.62707 Subtracting -5.661155375e-06 from rhs in subdomain 0 Sum after subtraction -4.588885695e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000430441099 MLMG: Initial residual (resid0) = 0.000430441099 MLMG: Final Iter. 7 resid, resid/bnorm = 2.883433209e-11, 6.698786932e-08 MLMG: Timers: Solve = 0.004055122 Iter = 0.003698403 Bottom = 0.001771872 Time in solve 0.004359712 Max/L2 norm of divergence after solve at level 1 : 5.661183474e-06 0.0004248507582 and volume-weighted sum -31883.62707 Time integration of scalars at level 1 from 784 to 786 with dt = 2 using RHS created at 784 Making slow rhs at time 786 for fast variables advancing from 784 to 786 No-substepping time integration at level 1 to 786 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004250628896 0.002056563492 and volume-weighted sum -31883.62707 Subtracting -5.661155375e-06 from rhs in subdomain 0 Sum after subtraction 2.818925648e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000430724045 MLMG: Initial residual (resid0) = 0.000430724045 MLMG: Final Iter. 6 resid, resid/bnorm = 4.343050537e-11, 1.008313928e-07 MLMG: Timers: Solve = 0.003587886 Iter = 0.00323186 Bottom = 0.001561489 Time in solve 0.003943035 Max/L2 norm of divergence after solve at level 1 : 5.661198806e-06 0.0004248507582 and volume-weighted sum -31883.62707 Time integration of scalars at level 1 from 784 to 786 with dt = 2 using RHS created at 786 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 393] Advanced 5632 cells Coarse STEP 393 ends. TIME = 786 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036605095 seconds. Coarse STEP 394 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352624168 (terrain aware) 1.352624168 (terrain unaware) Anelastic dt at level 0 would be: 5.913746011 (terrain aware) 5.913746011 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382341292 (terrain aware) 0.1382341292 (terrain unaware) Anelastic dt at level 1 would be: 2.715712754 (terrain aware) 2.715712754 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 394] ADVANCE from elapsed time = 786 to 788 with dt = 2 Making slow rhs at time 786 for fast variables advancing from 786 to 786.6666666667 Fast time integration at level 0 from 786 to 786.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 786 to 786.6666666667 with dt = 0.6666666666666 using RHS created at 786 Making slow rhs at time 786.6666666667 for fast variables advancing from 786 to 787 Fast time integration at level 0 from 786 to 786.5 with dt = 0.5 Fast time integration at level 0 from 786.5 to 787 with dt = 0.5 Time integration of scalars at level 0 from 786 to 787 with dt = 1 using RHS created at 786.6666666667 Making slow rhs at time 787 for fast variables advancing from 786 to 788 Fast time integration at level 0 from 786 to 786.5 with dt = 0.5 Fast time integration at level 0 from 786.5 to 787 with dt = 0.5 Fast time integration at level 0 from 787 to 787.5 with dt = 0.5 Fast time integration at level 0 from 787.5 to 788 with dt = 0.5 Time integration of scalars at level 0 from 786 to 788 with dt = 2 using RHS created at 787 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 394] Advanced 4096 cells [Level 1 step 394] ADVANCE from elapsed time = 786 to 788 with dt = 2 Making slow rhs at time 786 for fast variables advancing from 786 to 788 No-substepping time integration at level 1 to 788 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000396526598 0.002185892953 and volume-weighted sum -52756.77439 Subtracting -9.367324998e-06 from rhs in subdomain 0 Sum after subtraction -8.977193988e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000405893923 MLMG: Initial residual (resid0) = 0.000405893923 MLMG: Final Iter. 7 resid, resid/bnorm = 4.169381894e-11, 1.027209736e-07 MLMG: Timers: Solve = 0.004037613 Iter = 0.003690308 Bottom = 0.001731871 Time in solve 0.004476236 Max/L2 norm of divergence after solve at level 1 : 9.367365622e-06 0.0007029863807 and volume-weighted sum -52756.77439 Time integration of scalars at level 1 from 786 to 788 with dt = 2 using RHS created at 786 Making slow rhs at time 788 for fast variables advancing from 786 to 788 No-substepping time integration at level 1 to 788 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003786466674 0.002126403686 and volume-weighted sum -52756.77439 Subtracting -9.367324998e-06 from rhs in subdomain 0 Sum after subtraction -1.259842924e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003880139924 MLMG: Initial residual (resid0) = 0.0003880139924 MLMG: Final Iter. 6 resid, resid/bnorm = 4.934212477e-11, 1.271658387e-07 MLMG: Timers: Solve = 0.003593069 Iter = 0.003236895 Bottom = 0.001544776 Time in solve 0.003892529 Max/L2 norm of divergence after solve at level 1 : 9.36737434e-06 0.0007029863807 and volume-weighted sum -52756.77439 Time integration of scalars at level 1 from 786 to 788 with dt = 2 using RHS created at 788 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 394] Advanced 5632 cells Coarse STEP 394 ends. TIME = 788 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036825426 seconds. Coarse STEP 395 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352372116 (terrain aware) 1.352372116 (terrain unaware) Anelastic dt at level 0 would be: 5.906727711 (terrain aware) 5.906727711 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382287848 (terrain aware) 0.1382287848 (terrain unaware) Anelastic dt at level 1 would be: 2.711109266 (terrain aware) 2.711109266 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 395] ADVANCE from elapsed time = 788 to 790 with dt = 2 Making slow rhs at time 788 for fast variables advancing from 788 to 788.6666666667 Fast time integration at level 0 from 788 to 788.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 788 to 788.6666666667 with dt = 0.6666666666666 using RHS created at 788 Making slow rhs at time 788.6666666667 for fast variables advancing from 788 to 789 Fast time integration at level 0 from 788 to 788.5 with dt = 0.5 Fast time integration at level 0 from 788.5 to 789 with dt = 0.5 Time integration of scalars at level 0 from 788 to 789 with dt = 1 using RHS created at 788.6666666667 Making slow rhs at time 789 for fast variables advancing from 788 to 790 Fast time integration at level 0 from 788 to 788.5 with dt = 0.5 Fast time integration at level 0 from 788.5 to 789 with dt = 0.5 Fast time integration at level 0 from 789 to 789.5 with dt = 0.5 Fast time integration at level 0 from 789.5 to 790 with dt = 0.5 Time integration of scalars at level 0 from 788 to 790 with dt = 2 using RHS created at 789 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 395] Advanced 4096 cells [Level 1 step 395] ADVANCE from elapsed time = 788 to 790 with dt = 2 Making slow rhs at time 788 for fast variables advancing from 788 to 790 No-substepping time integration at level 1 to 790 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003475104423 0.002288696643 and volume-weighted sum -68782.37093 Subtracting -1.221277893e-05 from rhs in subdomain 0 Sum after subtraction -4.770489559e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003597232212 MLMG: Initial residual (resid0) = 0.0003597232212 MLMG: Final Iter. 7 resid, resid/bnorm = 4.787047109e-11, 1.330758435e-07 MLMG: Timers: Solve = 0.004440016 Iter = 0.003711392 Bottom = 0.00179355 Time in solve 0.004745787 Max/L2 norm of divergence after solve at level 1 : 1.221282555e-05 0.0009165281722 and volume-weighted sum -68782.37093 Time integration of scalars at level 1 from 788 to 790 with dt = 2 using RHS created at 788 Making slow rhs at time 790 for fast variables advancing from 788 to 790 No-substepping time integration at level 1 to 790 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003707289696 0.002202358049 and volume-weighted sum -68782.37093 Subtracting -1.221277893e-05 from rhs in subdomain 0 Sum after subtraction -1.899522206e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003829417485 MLMG: Initial residual (resid0) = 0.0003829417485 MLMG: Final Iter. 6 resid, resid/bnorm = 5.526062336e-11, 1.443055597e-07 MLMG: Timers: Solve = 0.003560923 Iter = 0.003200649 Bottom = 0.001540327 Time in solve 0.003874255 Max/L2 norm of divergence after solve at level 1 : 1.221283419e-05 0.0009165281722 and volume-weighted sum -68782.37093 Time integration of scalars at level 1 from 788 to 790 with dt = 2 using RHS created at 790 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 395] Advanced 5632 cells Coarse STEP 395 ends. TIME = 790 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037251717 seconds. Coarse STEP 396 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352244299 (terrain aware) 1.352244299 (terrain unaware) Anelastic dt at level 0 would be: 5.902356126 (terrain aware) 5.902356126 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382246858 (terrain aware) 0.1382246858 (terrain unaware) Anelastic dt at level 1 would be: 2.707918107 (terrain aware) 2.707918107 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 396] ADVANCE from elapsed time = 790 to 792 with dt = 2 Making slow rhs at time 790 for fast variables advancing from 790 to 790.6666666667 Fast time integration at level 0 from 790 to 790.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 790 to 790.6666666667 with dt = 0.6666666666666 using RHS created at 790 Making slow rhs at time 790.6666666667 for fast variables advancing from 790 to 791 Fast time integration at level 0 from 790 to 790.5 with dt = 0.5 Fast time integration at level 0 from 790.5 to 791 with dt = 0.5 Time integration of scalars at level 0 from 790 to 791 with dt = 1 using RHS created at 790.6666666667 Making slow rhs at time 791 for fast variables advancing from 790 to 792 Fast time integration at level 0 from 790 to 790.5 with dt = 0.5 Fast time integration at level 0 from 790.5 to 791 with dt = 0.5 Fast time integration at level 0 from 791 to 791.5 with dt = 0.5 Fast time integration at level 0 from 791.5 to 792 with dt = 0.5 Time integration of scalars at level 0 from 790 to 792 with dt = 2 using RHS created at 791 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 396] Advanced 4096 cells [Level 1 step 396] ADVANCE from elapsed time = 790 to 792 with dt = 2 Making slow rhs at time 790 for fast variables advancing from 790 to 792 No-substepping time integration at level 1 to 792 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004062927277 0.002362202496 and volume-weighted sum -78197.62716 Subtracting -1.388452187e-05 from rhs in subdomain 0 Sum after subtraction -1.999268806e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004201772495 MLMG: Initial residual (resid0) = 0.0004201772495 MLMG: Final Iter. 7 resid, resid/bnorm = 4.568274318e-11, 1.087225527e-07 MLMG: Timers: Solve = 0.004056352 Iter = 0.003703552 Bottom = 0.001781918 Time in solve 0.004356133 Max/L2 norm of divergence after solve at level 1 : 1.388456633e-05 0.001041986883 and volume-weighted sum -78197.62716 Time integration of scalars at level 1 from 790 to 792 with dt = 2 using RHS created at 790 Making slow rhs at time 792 for fast variables advancing from 790 to 792 No-substepping time integration at level 1 to 792 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004118251588 0.002254160257 and volume-weighted sum -78197.62716 Subtracting -1.388452187e-05 from rhs in subdomain 0 Sum after subtraction -1.934216676e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004257096807 MLMG: Initial residual (resid0) = 0.0004257096807 MLMG: Final Iter. 6 resid, resid/bnorm = 6.055601906e-11, 1.422472211e-07 MLMG: Timers: Solve = 0.004078197 Iter = 0.003700421 Bottom = 0.001870775 Time in solve 0.004395188 Max/L2 norm of divergence after solve at level 1 : 1.388458242e-05 0.001041986883 and volume-weighted sum -78197.62716 Time integration of scalars at level 1 from 790 to 792 with dt = 2 using RHS created at 792 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 396] Advanced 5632 cells Coarse STEP 396 ends. TIME = 792 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036809174 seconds. Coarse STEP 397 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352224323 (terrain aware) 1.352224323 (terrain unaware) Anelastic dt at level 0 would be: 5.900603992 (terrain aware) 5.900603992 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382169528 (terrain aware) 0.1382169528 (terrain unaware) Anelastic dt at level 1 would be: 2.702386561 (terrain aware) 2.702386561 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 397] ADVANCE from elapsed time = 792 to 794 with dt = 2 Making slow rhs at time 792 for fast variables advancing from 792 to 792.6666666667 Fast time integration at level 0 from 792 to 792.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 792 to 792.6666666667 with dt = 0.6666666666666 using RHS created at 792 Making slow rhs at time 792.6666666667 for fast variables advancing from 792 to 793 Fast time integration at level 0 from 792 to 792.5 with dt = 0.5 Fast time integration at level 0 from 792.5 to 793 with dt = 0.5 Time integration of scalars at level 0 from 792 to 793 with dt = 1 using RHS created at 792.6666666667 Making slow rhs at time 793 for fast variables advancing from 792 to 794 Fast time integration at level 0 from 792 to 792.5 with dt = 0.5 Fast time integration at level 0 from 792.5 to 793 with dt = 0.5 Fast time integration at level 0 from 793 to 793.5 with dt = 0.5 Fast time integration at level 0 from 793.5 to 794 with dt = 0.5 Time integration of scalars at level 0 from 792 to 794 with dt = 2 using RHS created at 793 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 397] Advanced 4096 cells [Level 1 step 397] ADVANCE from elapsed time = 792 to 794 with dt = 2 Making slow rhs at time 792 for fast variables advancing from 792 to 794 No-substepping time integration at level 1 to 794 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003970381617 0.002377592668 and volume-weighted sum -79768.49108 Subtracting -1.416343947e-05 from rhs in subdomain 0 Sum after subtraction 1.788933585e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004112016012 MLMG: Initial residual (resid0) = 0.0004112016012 MLMG: Final Iter. 7 resid, resid/bnorm = 3.555147682e-11, 8.645753499e-08 MLMG: Timers: Solve = 0.004075286 Iter = 0.003710435 Bottom = 0.001788678 Time in solve 0.00438325 Max/L2 norm of divergence after solve at level 1 : 1.416347404e-05 0.001062918715 and volume-weighted sum -79768.49108 Time integration of scalars at level 1 from 792 to 794 with dt = 2 using RHS created at 792 Making slow rhs at time 794 for fast variables advancing from 792 to 794 No-substepping time integration at level 1 to 794 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000384039213 0.002261288044 and volume-weighted sum -79768.49108 Subtracting -1.416343947e-05 from rhs in subdomain 0 Sum after subtraction 2.717010644e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003982026524 MLMG: Initial residual (resid0) = 0.0003982026524 MLMG: Final Iter. 6 resid, resid/bnorm = 6.478620883e-11, 1.626965778e-07 MLMG: Timers: Solve = 0.003587948 Iter = 0.00323729 Bottom = 0.001545863 Time in solve 0.00389585 Max/L2 norm of divergence after solve at level 1 : 1.416350425e-05 0.001062918715 and volume-weighted sum -79768.49108 Time integration of scalars at level 1 from 792 to 794 with dt = 2 using RHS created at 794 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 397] Advanced 5632 cells Coarse STEP 397 ends. TIME = 794 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036578014 seconds. Coarse STEP 398 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352306514 (terrain aware) 1.352306514 (terrain unaware) Anelastic dt at level 0 would be: 5.901386076 (terrain aware) 5.901386076 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382058418 (terrain aware) 0.1382058418 (terrain unaware) Anelastic dt at level 1 would be: 2.69500581 (terrain aware) 2.69500581 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 398] ADVANCE from elapsed time = 794 to 796 with dt = 2 Making slow rhs at time 794 for fast variables advancing from 794 to 794.6666666667 Fast time integration at level 0 from 794 to 794.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 794 to 794.6666666667 with dt = 0.6666666666666 using RHS created at 794 Making slow rhs at time 794.6666666667 for fast variables advancing from 794 to 795 Fast time integration at level 0 from 794 to 794.5 with dt = 0.5 Fast time integration at level 0 from 794.5 to 795 with dt = 0.5 Time integration of scalars at level 0 from 794 to 795 with dt = 1 using RHS created at 794.6666666667 Making slow rhs at time 795 for fast variables advancing from 794 to 796 Fast time integration at level 0 from 794 to 794.5 with dt = 0.5 Fast time integration at level 0 from 794.5 to 795 with dt = 0.5 Fast time integration at level 0 from 795 to 795.5 with dt = 0.5 Fast time integration at level 0 from 795.5 to 796 with dt = 0.5 Time integration of scalars at level 0 from 794 to 796 with dt = 2 using RHS created at 795 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 398] Advanced 4096 cells [Level 1 step 398] ADVANCE from elapsed time = 794 to 796 with dt = 2 Making slow rhs at time 794 for fast variables advancing from 794 to 796 No-substepping time integration at level 1 to 796 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003266361748 0.002325877376 and volume-weighted sum -73029.65589 Subtracting -1.296691333e-05 from rhs in subdomain 0 Sum after subtraction -1.185032975e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003350732619 MLMG: Initial residual (resid0) = 0.0003350732619 MLMG: Final Iter. 7 resid, resid/bnorm = 2.196386404e-11, 6.55494381e-08 MLMG: Timers: Solve = 0.004040336 Iter = 0.003685054 Bottom = 0.001753749 Time in solve 0.004348338 Max/L2 norm of divergence after solve at level 1 : 1.296693466e-05 0.0009731234344 and volume-weighted sum -73029.65589 Time integration of scalars at level 1 from 794 to 796 with dt = 2 using RHS created at 794 Making slow rhs at time 796 for fast variables advancing from 794 to 796 No-substepping time integration at level 1 to 796 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003488214595 0.002218576672 and volume-weighted sum -73029.65589 Subtracting -1.296691333e-05 from rhs in subdomain 0 Sum after subtraction -1.689186985e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003617883728 MLMG: Initial residual (resid0) = 0.0003617883728 MLMG: Final Iter. 6 resid, resid/bnorm = 6.772646927e-11, 1.871991317e-07 MLMG: Timers: Solve = 0.003607565 Iter = 0.003244001 Bottom = 0.001565325 Time in solve 0.003914837 Max/L2 norm of divergence after solve at level 1 : 1.296698106e-05 0.0009731234344 and volume-weighted sum -73029.65589 Time integration of scalars at level 1 from 794 to 796 with dt = 2 using RHS created at 796 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 398] Advanced 5632 cells Coarse STEP 398 ends. TIME = 796 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036957486 seconds. Coarse STEP 399 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35252137 (terrain aware) 1.35252137 (terrain unaware) Anelastic dt at level 0 would be: 5.904563112 (terrain aware) 5.904563112 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381968726 (terrain aware) 0.1381968726 (terrain unaware) Anelastic dt at level 1 would be: 2.689128809 (terrain aware) 2.689128809 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 399] ADVANCE from elapsed time = 796 to 798 with dt = 2 Making slow rhs at time 796 for fast variables advancing from 796 to 796.6666666667 Fast time integration at level 0 from 796 to 796.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 796 to 796.6666666667 with dt = 0.6666666666666 using RHS created at 796 Making slow rhs at time 796.6666666667 for fast variables advancing from 796 to 797 Fast time integration at level 0 from 796 to 796.5 with dt = 0.5 Fast time integration at level 0 from 796.5 to 797 with dt = 0.5 Time integration of scalars at level 0 from 796 to 797 with dt = 1 using RHS created at 796.6666666667 Making slow rhs at time 797 for fast variables advancing from 796 to 798 Fast time integration at level 0 from 796 to 796.5 with dt = 0.5 Fast time integration at level 0 from 796.5 to 797 with dt = 0.5 Fast time integration at level 0 from 797 to 797.5 with dt = 0.5 Fast time integration at level 0 from 797.5 to 798 with dt = 0.5 Time integration of scalars at level 0 from 796 to 798 with dt = 2 using RHS created at 797 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 399] Advanced 4096 cells [Level 1 step 399] ADVANCE from elapsed time = 796 to 798 with dt = 2 Making slow rhs at time 796 for fast variables advancing from 796 to 798 No-substepping time integration at level 1 to 798 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003977675003 0.002222043898 and volume-weighted sum -58467.08145 Subtracting -1.038122895e-05 from rhs in subdomain 0 Sum after subtraction -4.537386092e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004081487293 MLMG: Initial residual (resid0) = 0.0004081487293 MLMG: Final Iter. 6 resid, resid/bnorm = 8.867361155e-11, 2.172580856e-07 MLMG: Timers: Solve = 0.003943293 Iter = 0.003588259 Bottom = 0.001728171 Time in solve 0.00424091 Max/L2 norm of divergence after solve at level 1 : 1.038131762e-05 0.0007790764781 and volume-weighted sum -58467.08145 Time integration of scalars at level 1 from 796 to 798 with dt = 2 using RHS created at 796 Making slow rhs at time 798 for fast variables advancing from 796 to 798 No-substepping time integration at level 1 to 798 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004078054983 0.0021388487 and volume-weighted sum -58467.08145 Subtracting -1.038122895e-05 from rhs in subdomain 0 Sum after subtraction 8.684459402e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004181867272 MLMG: Initial residual (resid0) = 0.0004181867272 MLMG: Final Iter. 6 resid, resid/bnorm = 6.932533059e-11, 1.657760184e-07 MLMG: Timers: Solve = 0.00357467 Iter = 0.003212833 Bottom = 0.00155368 Time in solve 0.003875506 Max/L2 norm of divergence after solve at level 1 : 1.038129828e-05 0.0007790764781 and volume-weighted sum -58467.08145 Time integration of scalars at level 1 from 796 to 798 with dt = 2 using RHS created at 798 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 399] Advanced 5632 cells Coarse STEP 399 ends. TIME = 798 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036836303 seconds. Coarse STEP 400 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352861125 (terrain aware) 1.352861125 (terrain unaware) Anelastic dt at level 0 would be: 5.909968883 (terrain aware) 5.909968883 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381906031 (terrain aware) 0.1381906031 (terrain unaware) Anelastic dt at level 1 would be: 2.684862951 (terrain aware) 2.684862951 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 400] ADVANCE from elapsed time = 798 to 800 with dt = 2 Making slow rhs at time 798 for fast variables advancing from 798 to 798.6666666667 Fast time integration at level 0 from 798 to 798.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 798 to 798.6666666667 with dt = 0.6666666666666 using RHS created at 798 Making slow rhs at time 798.6666666667 for fast variables advancing from 798 to 799 Fast time integration at level 0 from 798 to 798.5 with dt = 0.5 Fast time integration at level 0 from 798.5 to 799 with dt = 0.5 Time integration of scalars at level 0 from 798 to 799 with dt = 1 using RHS created at 798.6666666667 Making slow rhs at time 799 for fast variables advancing from 798 to 800 Fast time integration at level 0 from 798 to 798.5 with dt = 0.5 Fast time integration at level 0 from 798.5 to 799 with dt = 0.5 Fast time integration at level 0 from 799 to 799.5 with dt = 0.5 Fast time integration at level 0 from 799.5 to 800 with dt = 0.5 Time integration of scalars at level 0 from 798 to 800 with dt = 2 using RHS created at 799 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 400] Advanced 4096 cells [Level 1 step 400] ADVANCE from elapsed time = 798 to 800 with dt = 2 Making slow rhs at time 798 for fast variables advancing from 798 to 800 No-substepping time integration at level 1 to 800 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004086576488 0.002105402959 and volume-weighted sum -37529.57318 Subtracting -6.663631602e-06 from rhs in subdomain 0 Sum after subtraction -3.924811864e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004153212804 MLMG: Initial residual (resid0) = 0.0004153212804 MLMG: Final Iter. 6 resid, resid/bnorm = 4.677730589e-11, 1.126292056e-07 MLMG: Timers: Solve = 0.003573034 Iter = 0.003219518 Bottom = 0.001537511 Time in solve 0.003881608 Max/L2 norm of divergence after solve at level 1 : 6.663678241e-06 0.0005000832429 and volume-weighted sum -37529.57318 Time integration of scalars at level 1 from 798 to 800 with dt = 2 using RHS created at 798 Making slow rhs at time 800 for fast variables advancing from 798 to 800 No-substepping time integration at level 1 to 800 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003996713922 0.002051795504 and volume-weighted sum -37529.57318 Subtracting -6.663631602e-06 from rhs in subdomain 0 Sum after subtraction 5.518589058e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004063350238 MLMG: Initial residual (resid0) = 0.0004063350238 MLMG: Final Iter. 6 resid, resid/bnorm = 6.974814737e-11, 1.716518225e-07 MLMG: Timers: Solve = 0.003897658 Iter = 0.003540981 Bottom = 0.001550376 Time in solve 0.00420242 Max/L2 norm of divergence after solve at level 1 : 6.66370135e-06 0.0005000832429 and volume-weighted sum -37529.57318 Time integration of scalars at level 1 from 798 to 800 with dt = 2 using RHS created at 800 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 400] Advanced 5632 cells Coarse STEP 400 ends. TIME = 800 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036318254 seconds. 3DPlotfile write time = 0.008257839 seconds. Coarse STEP 401 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.353018321 (terrain aware) 1.353018321 (terrain unaware) Anelastic dt at level 0 would be: 5.917430408 (terrain aware) 5.917430408 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381865307 (terrain aware) 0.1381865307 (terrain unaware) Anelastic dt at level 1 would be: 2.682321165 (terrain aware) 2.682321165 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 401] ADVANCE from elapsed time = 800 to 802 with dt = 2 Making slow rhs at time 800 for fast variables advancing from 800 to 800.6666666667 Fast time integration at level 0 from 800 to 800.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 800 to 800.6666666667 with dt = 0.6666666666666 using RHS created at 800 Making slow rhs at time 800.6666666667 for fast variables advancing from 800 to 801 Fast time integration at level 0 from 800 to 800.5 with dt = 0.5 Fast time integration at level 0 from 800.5 to 801 with dt = 0.5 Time integration of scalars at level 0 from 800 to 801 with dt = 1 using RHS created at 800.6666666667 Making slow rhs at time 801 for fast variables advancing from 800 to 802 Fast time integration at level 0 from 800 to 800.5 with dt = 0.5 Fast time integration at level 0 from 800.5 to 801 with dt = 0.5 Fast time integration at level 0 from 801 to 801.5 with dt = 0.5 Fast time integration at level 0 from 801.5 to 802 with dt = 0.5 Time integration of scalars at level 0 from 800 to 802 with dt = 2 using RHS created at 801 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 401] Advanced 4096 cells [Level 1 step 401] ADVANCE from elapsed time = 800 to 802 with dt = 2 Making slow rhs at time 800 for fast variables advancing from 800 to 802 No-substepping time integration at level 1 to 802 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003515006793 0.002029432139 and volume-weighted sum -12457.3135 Subtracting -2.211880948e-06 from rhs in subdomain 0 Sum after subtraction 6.179952383e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003537125603 MLMG: Initial residual (resid0) = 0.0003537125603 MLMG: Final Iter. 6 resid, resid/bnorm = 8.958202234e-11, 2.532622033e-07 MLMG: Timers: Solve = 0.00383532 Iter = 0.003468967 Bottom = 0.001640681 Time in solve 0.004139224 Max/L2 norm of divergence after solve at level 1 : 2.211967771e-06 0.0001659942601 and volume-weighted sum -12457.3135 Time integration of scalars at level 1 from 800 to 802 with dt = 2 using RHS created at 800 Making slow rhs at time 802 for fast variables advancing from 800 to 802 No-substepping time integration at level 1 to 802 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000336630905 0.00199496614 and volume-weighted sum -12457.3135 Subtracting -2.211880948e-06 from rhs in subdomain 0 Sum after subtraction -2.027458063e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003388427859 MLMG: Initial residual (resid0) = 0.0003388427859 MLMG: Final Iter. 6 resid, resid/bnorm = 6.933751469e-11, 2.046303406e-07 MLMG: Timers: Solve = 0.003583563 Iter = 0.003224328 Bottom = 0.001556406 Time in solve 0.003886841 Max/L2 norm of divergence after solve at level 1 : 2.211950285e-06 0.0001659942601 and volume-weighted sum -12457.3135 Time integration of scalars at level 1 from 800 to 802 with dt = 2 using RHS created at 802 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 401] Advanced 5632 cells Coarse STEP 401 ends. TIME = 802 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037931629 seconds. Coarse STEP 402 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352511741 (terrain aware) 1.352511741 (terrain unaware) Anelastic dt at level 0 would be: 5.926801476 (terrain aware) 5.926801476 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138177069 (terrain aware) 0.138177069 (terrain unaware) Anelastic dt at level 1 would be: 2.681603992 (terrain aware) 2.681603992 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 402] ADVANCE from elapsed time = 802 to 804 with dt = 2 Making slow rhs at time 802 for fast variables advancing from 802 to 802.6666666667 Fast time integration at level 0 from 802 to 802.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 802 to 802.6666666667 with dt = 0.6666666666666 using RHS created at 802 Making slow rhs at time 802.6666666667 for fast variables advancing from 802 to 803 Fast time integration at level 0 from 802 to 802.5 with dt = 0.5 Fast time integration at level 0 from 802.5 to 803 with dt = 0.5 Time integration of scalars at level 0 from 802 to 803 with dt = 1 using RHS created at 802.6666666667 Making slow rhs at time 803 for fast variables advancing from 802 to 804 Fast time integration at level 0 from 802 to 802.5 with dt = 0.5 Fast time integration at level 0 from 802.5 to 803 with dt = 0.5 Fast time integration at level 0 from 803 to 803.5 with dt = 0.5 Fast time integration at level 0 from 803.5 to 804 with dt = 0.5 Time integration of scalars at level 0 from 802 to 804 with dt = 2 using RHS created at 803 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 402] Advanced 4096 cells [Level 1 step 402] ADVANCE from elapsed time = 802 to 804 with dt = 2 Making slow rhs at time 802 for fast variables advancing from 802 to 804 No-substepping time integration at level 1 to 804 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003974409033 0.002034202397 and volume-weighted sum 14034.74073 Subtracting 2.491963909e-06 from rhs in subdomain 0 Sum after subtraction 5.941427905e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003949489393 MLMG: Initial residual (resid0) = 0.0003949489393 MLMG: Final Iter. 7 resid, resid/bnorm = 1.521665523e-11, 3.852815824e-08 MLMG: Timers: Solve = 0.004022268 Iter = 0.003656841 Bottom = 0.001743296 Time in solve 0.004334105 Max/L2 norm of divergence after solve at level 1 : 2.491978668e-06 0.0001870135487 and volume-weighted sum 14034.74073 Time integration of scalars at level 1 from 802 to 804 with dt = 2 using RHS created at 802 Making slow rhs at time 804 for fast variables advancing from 802 to 804 No-substepping time integration at level 1 to 804 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004105149099 0.001994584592 and volume-weighted sum 14034.74073 Subtracting 2.491963909e-06 from rhs in subdomain 0 Sum after subtraction 1.864827737e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000408022946 MLMG: Initial residual (resid0) = 0.000408022946 MLMG: Final Iter. 6 resid, resid/bnorm = 6.810089269e-11, 1.66904566e-07 MLMG: Timers: Solve = 0.003934222 Iter = 0.003575294 Bottom = 0.001707311 Time in solve 0.004241908 Max/L2 norm of divergence after solve at level 1 : 2.492030313e-06 0.0001870135487 and volume-weighted sum 14034.74073 Time integration of scalars at level 1 from 802 to 804 with dt = 2 using RHS created at 804 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 402] Advanced 5632 cells Coarse STEP 402 ends. TIME = 804 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036760612 seconds. Coarse STEP 403 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35212313 (terrain aware) 1.35212313 (terrain unaware) Anelastic dt at level 0 would be: 5.920892354 (terrain aware) 5.920892354 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381716648 (terrain aware) 0.1381716648 (terrain unaware) Anelastic dt at level 1 would be: 2.678425446 (terrain aware) 2.678425446 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 403] ADVANCE from elapsed time = 804 to 806 with dt = 2 Making slow rhs at time 804 for fast variables advancing from 804 to 804.6666666667 Fast time integration at level 0 from 804 to 804.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 804 to 804.6666666667 with dt = 0.6666666666666 using RHS created at 804 Making slow rhs at time 804.6666666667 for fast variables advancing from 804 to 805 Fast time integration at level 0 from 804 to 804.5 with dt = 0.5 Fast time integration at level 0 from 804.5 to 805 with dt = 0.5 Time integration of scalars at level 0 from 804 to 805 with dt = 1 using RHS created at 804.6666666667 Making slow rhs at time 805 for fast variables advancing from 804 to 806 Fast time integration at level 0 from 804 to 804.5 with dt = 0.5 Fast time integration at level 0 from 804.5 to 805 with dt = 0.5 Fast time integration at level 0 from 805 to 805.5 with dt = 0.5 Fast time integration at level 0 from 805.5 to 806 with dt = 0.5 Time integration of scalars at level 0 from 804 to 806 with dt = 2 using RHS created at 805 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 403] Advanced 4096 cells [Level 1 step 403] ADVANCE from elapsed time = 804 to 806 with dt = 2 Making slow rhs at time 804 for fast variables advancing from 804 to 806 No-substepping time integration at level 1 to 806 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004245977794 0.002115583118 and volume-weighted sum 39130.98641 Subtracting 6.94797344e-06 from rhs in subdomain 0 Sum after subtraction 0 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000417649806 MLMG: Initial residual (resid0) = 0.000417649806 MLMG: Final Iter. 7 resid, resid/bnorm = 2.118216509e-11, 5.071752647e-08 MLMG: Timers: Solve = 0.004026397 Iter = 0.003666241 Bottom = 0.001737834 Time in solve 0.004337999 Max/L2 norm of divergence after solve at level 1 : 6.947993989e-06 0.000521422146 and volume-weighted sum 39130.98641 Time integration of scalars at level 1 from 804 to 806 with dt = 2 using RHS created at 804 Making slow rhs at time 806 for fast variables advancing from 804 to 806 No-substepping time integration at level 1 to 806 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004186084102 0.002050496945 and volume-weighted sum 39130.98641 Subtracting 6.94797344e-06 from rhs in subdomain 0 Sum after subtraction 2.907017075e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004116604368 MLMG: Initial residual (resid0) = 0.0004116604368 MLMG: Final Iter. 6 resid, resid/bnorm = 6.628157128e-11, 1.610103021e-07 MLMG: Timers: Solve = 0.003586968 Iter = 0.003225405 Bottom = 0.001563517 Time in solve 0.003893094 Max/L2 norm of divergence after solve at level 1 : 6.948038045e-06 0.000521422146 and volume-weighted sum 39130.98641 Time integration of scalars at level 1 from 804 to 806 with dt = 2 using RHS created at 806 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 403] Advanced 5632 cells Coarse STEP 403 ends. TIME = 806 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036780691 seconds. Coarse STEP 404 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351850324 (terrain aware) 1.351850324 (terrain unaware) Anelastic dt at level 0 would be: 5.911442385 (terrain aware) 5.911442385 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381704894 (terrain aware) 0.1381704894 (terrain unaware) Anelastic dt at level 1 would be: 2.674711776 (terrain aware) 2.674711776 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 404] ADVANCE from elapsed time = 806 to 808 with dt = 2 Making slow rhs at time 806 for fast variables advancing from 806 to 806.6666666667 Fast time integration at level 0 from 806 to 806.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 806 to 806.6666666667 with dt = 0.6666666666666 using RHS created at 806 Making slow rhs at time 806.6666666667 for fast variables advancing from 806 to 807 Fast time integration at level 0 from 806 to 806.5 with dt = 0.5 Fast time integration at level 0 from 806.5 to 807 with dt = 0.5 Time integration of scalars at level 0 from 806 to 807 with dt = 1 using RHS created at 806.6666666667 Making slow rhs at time 807 for fast variables advancing from 806 to 808 Fast time integration at level 0 from 806 to 806.5 with dt = 0.5 Fast time integration at level 0 from 806.5 to 807 with dt = 0.5 Fast time integration at level 0 from 807 to 807.5 with dt = 0.5 Fast time integration at level 0 from 807.5 to 808 with dt = 0.5 Time integration of scalars at level 0 from 806 to 808 with dt = 2 using RHS created at 807 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 404] Advanced 4096 cells [Level 1 step 404] ADVANCE from elapsed time = 806 to 808 with dt = 2 Making slow rhs at time 806 for fast variables advancing from 806 to 808 No-substepping time integration at level 1 to 808 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003818439394 0.002231884666 and volume-weighted sum 60218.69776 Subtracting 1.069224037e-05 from rhs in subdomain 0 Sum after subtraction -1.25767452e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000371151699 MLMG: Initial residual (resid0) = 0.000371151699 MLMG: Final Iter. 7 resid, resid/bnorm = 2.664795143e-11, 7.179800471e-08 MLMG: Timers: Solve = 0.003956623 Iter = 0.003601346 Bottom = 0.001666362 Time in solve 0.004270176 Max/L2 norm of divergence after solve at level 1 : 1.069226624e-05 0.0008024168438 and volume-weighted sum 60218.69776 Time integration of scalars at level 1 from 806 to 808 with dt = 2 using RHS created at 806 Making slow rhs at time 808 for fast variables advancing from 806 to 808 No-substepping time integration at level 1 to 808 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003595422842 0.00213660111 and volume-weighted sum 60218.69776 Subtracting 1.069224037e-05 from rhs in subdomain 0 Sum after subtraction -3.255317023e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003488500438 MLMG: Initial residual (resid0) = 0.0003488500438 MLMG: Final Iter. 6 resid, resid/bnorm = 6.433344962e-11, 1.844157705e-07 MLMG: Timers: Solve = 0.003653165 Iter = 0.003288094 Bottom = 0.001628255 Time in solve 0.00396087 Max/L2 norm of divergence after solve at level 1 : 1.069230305e-05 0.0008024168438 and volume-weighted sum 60218.69776 Time integration of scalars at level 1 from 806 to 808 with dt = 2 using RHS created at 808 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 404] Advanced 5632 cells Coarse STEP 404 ends. TIME = 808 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036756566 seconds. Coarse STEP 405 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35169387 (terrain aware) 1.35169387 (terrain unaware) Anelastic dt at level 0 would be: 5.904340721 (terrain aware) 5.904340721 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138173514 (terrain aware) 0.138173514 (terrain unaware) Anelastic dt at level 1 would be: 2.672876378 (terrain aware) 2.672876378 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 405] ADVANCE from elapsed time = 808 to 810 with dt = 2 Making slow rhs at time 808 for fast variables advancing from 808 to 808.6666666667 Fast time integration at level 0 from 808 to 808.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 808 to 808.6666666667 with dt = 0.6666666666666 using RHS created at 808 Making slow rhs at time 808.6666666667 for fast variables advancing from 808 to 809 Fast time integration at level 0 from 808 to 808.5 with dt = 0.5 Fast time integration at level 0 from 808.5 to 809 with dt = 0.5 Time integration of scalars at level 0 from 808 to 809 with dt = 1 using RHS created at 808.6666666667 Making slow rhs at time 809 for fast variables advancing from 808 to 810 Fast time integration at level 0 from 808 to 808.5 with dt = 0.5 Fast time integration at level 0 from 808.5 to 809 with dt = 0.5 Fast time integration at level 0 from 809 to 809.5 with dt = 0.5 Fast time integration at level 0 from 809.5 to 810 with dt = 0.5 Time integration of scalars at level 0 from 808 to 810 with dt = 2 using RHS created at 809 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 405] Advanced 4096 cells [Level 1 step 405] ADVANCE from elapsed time = 808 to 810 with dt = 2 Making slow rhs at time 808 for fast variables advancing from 808 to 810 No-substepping time integration at level 1 to 810 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003923367871 0.002332446922 and volume-weighted sum 75107.91277 Subtracting 1.333592201e-05 from rhs in subdomain 0 Sum after subtraction 1.301042607e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003790008651 MLMG: Initial residual (resid0) = 0.0003790008651 MLMG: Final Iter. 7 resid, resid/bnorm = 2.970288881e-11, 7.837155939e-08 MLMG: Timers: Solve = 0.004453991 Iter = 0.004099271 Bottom = 0.002056744 Time in solve 0.004766283 Max/L2 norm of divergence after solve at level 1 : 1.333595087e-05 0.0010008163 and volume-weighted sum 75107.91277 Time integration of scalars at level 1 from 808 to 810 with dt = 2 using RHS created at 808 Making slow rhs at time 810 for fast variables advancing from 808 to 810 No-substepping time integration at level 1 to 810 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004079200537 0.002215314872 and volume-weighted sum 75107.91277 Subtracting 1.333592201e-05 from rhs in subdomain 0 Sum after subtraction -1.897353802e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003945841317 MLMG: Initial residual (resid0) = 0.0003945841317 MLMG: Final Iter. 6 resid, resid/bnorm = 6.309257918e-11, 1.598963925e-07 MLMG: Timers: Solve = 0.003601185 Iter = 0.003246925 Bottom = 0.001569143 Time in solve 0.003954253 Max/L2 norm of divergence after solve at level 1 : 1.333598347e-05 0.0010008163 and volume-weighted sum 75107.91277 Time integration of scalars at level 1 from 808 to 810 with dt = 2 using RHS created at 810 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 405] Advanced 5632 cells Coarse STEP 405 ends. TIME = 810 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03706747 seconds. Coarse STEP 406 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351657299 (terrain aware) 1.351657299 (terrain unaware) Anelastic dt at level 0 would be: 5.899660772 (terrain aware) 5.899660772 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381728269 (terrain aware) 0.1381728269 (terrain unaware) Anelastic dt at level 1 would be: 2.672862673 (terrain aware) 2.672862673 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 406] ADVANCE from elapsed time = 810 to 812 with dt = 2 Making slow rhs at time 810 for fast variables advancing from 810 to 810.6666666667 Fast time integration at level 0 from 810 to 810.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 810 to 810.6666666667 with dt = 0.6666666666666 using RHS created at 810 Making slow rhs at time 810.6666666667 for fast variables advancing from 810 to 811 Fast time integration at level 0 from 810 to 810.5 with dt = 0.5 Fast time integration at level 0 from 810.5 to 811 with dt = 0.5 Time integration of scalars at level 0 from 810 to 811 with dt = 1 using RHS created at 810.6666666667 Making slow rhs at time 811 for fast variables advancing from 810 to 812 Fast time integration at level 0 from 810 to 810.5 with dt = 0.5 Fast time integration at level 0 from 810.5 to 811 with dt = 0.5 Fast time integration at level 0 from 811 to 811.5 with dt = 0.5 Fast time integration at level 0 from 811.5 to 812 with dt = 0.5 Time integration of scalars at level 0 from 810 to 812 with dt = 2 using RHS created at 811 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 406] Advanced 4096 cells [Level 1 step 406] ADVANCE from elapsed time = 810 to 812 with dt = 2 Making slow rhs at time 810 for fast variables advancing from 810 to 812 No-substepping time integration at level 1 to 812 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004306693804 0.002380666306 and volume-weighted sum 82209.64997 Subtracting 1.459688387e-05 from rhs in subdomain 0 Sum after subtraction 8.868773771e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004160724965 MLMG: Initial residual (resid0) = 0.0004160724965 MLMG: Final Iter. 7 resid, resid/bnorm = 2.887523896e-11, 6.939953782e-08 MLMG: Timers: Solve = 0.004074035 Iter = 0.003719821 Bottom = 0.001806582 Time in solve 0.004389778 Max/L2 norm of divergence after solve at level 1 : 1.459691195e-05 0.001095447267 and volume-weighted sum 82209.64997 Time integration of scalars at level 1 from 810 to 812 with dt = 2 using RHS created at 810 Making slow rhs at time 812 for fast variables advancing from 810 to 812 No-substepping time integration at level 1 to 812 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004279166274 0.00225549374 and volume-weighted sum 82209.64997 Subtracting 1.459688387e-05 from rhs in subdomain 0 Sum after subtraction -7.448468925e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004133197435 MLMG: Initial residual (resid0) = 0.0004133197435 MLMG: Final Iter. 6 resid, resid/bnorm = 6.170108844e-11, 1.49281735e-07 MLMG: Timers: Solve = 0.003924114 Iter = 0.003568401 Bottom = 0.001890363 Time in solve 0.004235252 Max/L2 norm of divergence after solve at level 1 : 1.459694396e-05 0.001095447267 and volume-weighted sum 82209.64997 Time integration of scalars at level 1 from 810 to 812 with dt = 2 using RHS created at 812 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 406] Advanced 5632 cells Coarse STEP 406 ends. TIME = 812 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037027633 seconds. Coarse STEP 407 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.35174591 (terrain aware) 1.35174591 (terrain unaware) Anelastic dt at level 0 would be: 5.897517598 (terrain aware) 5.897517598 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381732262 (terrain aware) 0.1381732262 (terrain unaware) Anelastic dt at level 1 would be: 2.674570017 (terrain aware) 2.674570017 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 407] ADVANCE from elapsed time = 812 to 814 with dt = 2 Making slow rhs at time 812 for fast variables advancing from 812 to 812.6666666667 Fast time integration at level 0 from 812 to 812.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 812 to 812.6666666667 with dt = 0.6666666666666 using RHS created at 812 Making slow rhs at time 812.6666666667 for fast variables advancing from 812 to 813 Fast time integration at level 0 from 812 to 812.5 with dt = 0.5 Fast time integration at level 0 from 812.5 to 813 with dt = 0.5 Time integration of scalars at level 0 from 812 to 813 with dt = 1 using RHS created at 812.6666666667 Making slow rhs at time 813 for fast variables advancing from 812 to 814 Fast time integration at level 0 from 812 to 812.5 with dt = 0.5 Fast time integration at level 0 from 812.5 to 813 with dt = 0.5 Fast time integration at level 0 from 813 to 813.5 with dt = 0.5 Fast time integration at level 0 from 813.5 to 814 with dt = 0.5 Time integration of scalars at level 0 from 812 to 814 with dt = 2 using RHS created at 813 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 407] Advanced 4096 cells [Level 1 step 407] ADVANCE from elapsed time = 812 to 814 with dt = 2 Making slow rhs at time 812 for fast variables advancing from 812 to 814 No-substepping time integration at level 1 to 814 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003990849058 0.002360165393 and volume-weighted sum 80702.35634 Subtracting 1.432925361e-05 from rhs in subdomain 0 Sum after subtraction -1.966742741e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003847556522 MLMG: Initial residual (resid0) = 0.0003847556522 MLMG: Final Iter. 7 resid, resid/bnorm = 2.347933234e-11, 6.10240089e-08 MLMG: Timers: Solve = 0.004064463 Iter = 0.003703626 Bottom = 0.001777035 Time in solve 0.004377756 Max/L2 norm of divergence after solve at level 1 : 1.432927647e-05 0.001075362512 and volume-weighted sum 80702.35634 Time integration of scalars at level 1 from 812 to 814 with dt = 2 using RHS created at 812 Making slow rhs at time 814 for fast variables advancing from 812 to 814 No-substepping time integration at level 1 to 814 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003794772936 0.002241339304 and volume-weighted sum 80702.35634 Subtracting 1.432925361e-05 from rhs in subdomain 0 Sum after subtraction 7.047314121e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00036514804 MLMG: Initial residual (resid0) = 0.00036514804 MLMG: Final Iter. 6 resid, resid/bnorm = 6.107928069e-11, 1.672726511e-07 MLMG: Timers: Solve = 0.003571989 Iter = 0.003203546 Bottom = 0.001544846 Time in solve 0.003885911 Max/L2 norm of divergence after solve at level 1 : 1.43293131e-05 0.001075362512 and volume-weighted sum 80702.35634 Time integration of scalars at level 1 from 812 to 814 with dt = 2 using RHS created at 814 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 407] Advanced 5632 cells Coarse STEP 407 ends. TIME = 814 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036687298 seconds. Coarse STEP 408 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351965306 (terrain aware) 1.351965306 (terrain unaware) Anelastic dt at level 0 would be: 5.898025084 (terrain aware) 5.898025084 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381766389 (terrain aware) 0.1381766389 (terrain unaware) Anelastic dt at level 1 would be: 2.677869251 (terrain aware) 2.677869251 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 408] ADVANCE from elapsed time = 814 to 816 with dt = 2 Making slow rhs at time 814 for fast variables advancing from 814 to 814.6666666667 Fast time integration at level 0 from 814 to 814.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 814 to 814.6666666667 with dt = 0.6666666666666 using RHS created at 814 Making slow rhs at time 814.6666666667 for fast variables advancing from 814 to 815 Fast time integration at level 0 from 814 to 814.5 with dt = 0.5 Fast time integration at level 0 from 814.5 to 815 with dt = 0.5 Time integration of scalars at level 0 from 814 to 815 with dt = 1 using RHS created at 814.6666666667 Making slow rhs at time 815 for fast variables advancing from 814 to 816 Fast time integration at level 0 from 814 to 814.5 with dt = 0.5 Fast time integration at level 0 from 814.5 to 815 with dt = 0.5 Fast time integration at level 0 from 815 to 815.5 with dt = 0.5 Fast time integration at level 0 from 815.5 to 816 with dt = 0.5 Time integration of scalars at level 0 from 814 to 816 with dt = 2 using RHS created at 815 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 408] Advanced 4096 cells [Level 1 step 408] ADVANCE from elapsed time = 814 to 816 with dt = 2 Making slow rhs at time 814 for fast variables advancing from 814 to 816 No-substepping time integration at level 1 to 816 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000370988891 0.00227658769 and volume-weighted sum 70663.36926 Subtracting 1.254676301e-05 from rhs in subdomain 0 Sum after subtraction -1.538482883e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000358442128 MLMG: Initial residual (resid0) = 0.000358442128 MLMG: Final Iter. 7 resid, resid/bnorm = 1.453672886e-11, 4.05553023e-08 MLMG: Timers: Solve = 0.004061341 Iter = 0.003708398 Bottom = 0.001775742 Time in solve 0.00438123 Max/L2 norm of divergence after solve at level 1 : 1.254677717e-05 0.0009415925592 and volume-weighted sum 70663.36926 Time integration of scalars at level 1 from 814 to 816 with dt = 2 using RHS created at 814 Making slow rhs at time 816 for fast variables advancing from 814 to 816 No-substepping time integration at level 1 to 816 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003895716673 0.002175429902 and volume-weighted sum 70663.36926 Subtracting 1.254676301e-05 from rhs in subdomain 0 Sum after subtraction 2.506675423e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003770249043 MLMG: Initial residual (resid0) = 0.0003770249043 MLMG: Final Iter. 6 resid, resid/bnorm = 6.134981306e-11, 1.627208504e-07 MLMG: Timers: Solve = 0.003584844 Iter = 0.003222619 Bottom = 0.001578137 Time in solve 0.003901566 Max/L2 norm of divergence after solve at level 1 : 1.254682277e-05 0.0009415925592 and volume-weighted sum 70663.36926 Time integration of scalars at level 1 from 814 to 816 with dt = 2 using RHS created at 816 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 408] Advanced 5632 cells Coarse STEP 408 ends. TIME = 816 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036869241 seconds. Coarse STEP 409 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352318857 (terrain aware) 1.352318857 (terrain unaware) Anelastic dt at level 0 would be: 5.901250361 (terrain aware) 5.901250361 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381824846 (terrain aware) 0.1381824846 (terrain unaware) Anelastic dt at level 1 would be: 2.677384563 (terrain aware) 2.677384563 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 409] ADVANCE from elapsed time = 816 to 818 with dt = 2 Making slow rhs at time 816 for fast variables advancing from 816 to 816.6666666667 Fast time integration at level 0 from 816 to 816.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 816 to 816.6666666667 with dt = 0.6666666666666 using RHS created at 816 Making slow rhs at time 816.6666666667 for fast variables advancing from 816 to 817 Fast time integration at level 0 from 816 to 816.5 with dt = 0.5 Fast time integration at level 0 from 816.5 to 817 with dt = 0.5 Time integration of scalars at level 0 from 816 to 817 with dt = 1 using RHS created at 816.6666666667 Making slow rhs at time 817 for fast variables advancing from 816 to 818 Fast time integration at level 0 from 816 to 816.5 with dt = 0.5 Fast time integration at level 0 from 816.5 to 817 with dt = 0.5 Fast time integration at level 0 from 817 to 817.5 with dt = 0.5 Fast time integration at level 0 from 817.5 to 818 with dt = 0.5 Time integration of scalars at level 0 from 816 to 818 with dt = 2 using RHS created at 817 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 409] Advanced 4096 cells [Level 1 step 409] ADVANCE from elapsed time = 816 to 818 with dt = 2 Making slow rhs at time 816 for fast variables advancing from 816 to 818 No-substepping time integration at level 1 to 818 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004183333973 0.002155290719 and volume-weighted sum 53109.83436 Subtracting 9.430013203e-06 from rhs in subdomain 0 Sum after subtraction 3.783865582e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004089033841 MLMG: Initial residual (resid0) = 0.0004089033841 MLMG: Final Iter. 7 resid, resid/bnorm = 1.169497716e-11, 2.860083241e-08 MLMG: Timers: Solve = 0.00418998 Iter = 0.003816707 Bottom = 0.001722011 Time in solve 0.004502171 Max/L2 norm of divergence after solve at level 1 : 9.430024661e-06 0.0007076909207 and volume-weighted sum 53109.83436 Time integration of scalars at level 1 from 816 to 818 with dt = 2 using RHS created at 816 Making slow rhs at time 818 for fast variables advancing from 816 to 818 No-substepping time integration at level 1 to 818 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0004199489573 0.002079073009 and volume-weighted sum 53109.83436 Subtracting 9.430013203e-06 from rhs in subdomain 0 Sum after subtraction -3.252606517e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004105189441 MLMG: Initial residual (resid0) = 0.0004105189441 MLMG: Final Iter. 6 resid, resid/bnorm = 6.266268905e-11, 1.526426245e-07 MLMG: Timers: Solve = 0.003572518 Iter = 0.003205933 Bottom = 0.001556104 Time in solve 0.003893 Max/L2 norm of divergence after solve at level 1 : 9.430074269e-06 0.0007076909207 and volume-weighted sum 53109.83436 Time integration of scalars at level 1 from 816 to 818 with dt = 2 using RHS created at 818 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 409] Advanced 5632 cells Coarse STEP 409 ends. TIME = 818 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036527211 seconds. Coarse STEP 410 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352152417 (terrain aware) 1.352152417 (terrain unaware) Anelastic dt at level 0 would be: 5.907167703 (terrain aware) 5.907167703 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381860797 (terrain aware) 0.1381860797 (terrain unaware) Anelastic dt at level 1 would be: 2.67696148 (terrain aware) 2.67696148 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 410] ADVANCE from elapsed time = 818 to 820 with dt = 2 Making slow rhs at time 818 for fast variables advancing from 818 to 818.6666666667 Fast time integration at level 0 from 818 to 818.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 818 to 818.6666666667 with dt = 0.6666666666666 using RHS created at 818 Making slow rhs at time 818.6666666667 for fast variables advancing from 818 to 819 Fast time integration at level 0 from 818 to 818.5 with dt = 0.5 Fast time integration at level 0 from 818.5 to 819 with dt = 0.5 Time integration of scalars at level 0 from 818 to 819 with dt = 1 using RHS created at 818.6666666667 Making slow rhs at time 819 for fast variables advancing from 818 to 820 Fast time integration at level 0 from 818 to 818.5 with dt = 0.5 Fast time integration at level 0 from 818.5 to 819 with dt = 0.5 Fast time integration at level 0 from 819 to 819.5 with dt = 0.5 Fast time integration at level 0 from 819.5 to 820 with dt = 0.5 Time integration of scalars at level 0 from 818 to 820 with dt = 2 using RHS created at 819 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 410] Advanced 4096 cells [Level 1 step 410] ADVANCE from elapsed time = 818 to 820 with dt = 2 Making slow rhs at time 818 for fast variables advancing from 818 to 820 No-substepping time integration at level 1 to 820 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003984847878 0.002038982936 and volume-weighted sum 29917.54653 Subtracting 5.312064371e-06 from rhs in subdomain 0 Sum after subtraction 6.548581122e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003931727235 MLMG: Initial residual (resid0) = 0.0003931727235 MLMG: Final Iter. 6 resid, resid/bnorm = 8.833225977e-11, 2.246652794e-07 MLMG: Timers: Solve = 0.003532516 Iter = 0.003159319 Bottom = 0.001494848 Time in solve 0.003860173 Max/L2 norm of divergence after solve at level 1 : 5.312152703e-06 0.0003986526471 and volume-weighted sum 29917.54653 Time integration of scalars at level 1 from 818 to 820 with dt = 2 using RHS created at 818 Making slow rhs at time 820 for fast variables advancing from 818 to 820 No-substepping time integration at level 1 to 820 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000383263138 0.00198899749 and volume-weighted sum 29917.54653 Subtracting 5.312064371e-06 from rhs in subdomain 0 Sum after subtraction 5.637851297e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003779510737 MLMG: Initial residual (resid0) = 0.0003779510737 MLMG: Final Iter. 6 resid, resid/bnorm = 6.418268449e-11, 1.698174419e-07 MLMG: Timers: Solve = 0.003576521 Iter = 0.003216204 Bottom = 0.001548564 Time in solve 0.003894724 Max/L2 norm of divergence after solve at level 1 : 5.312126945e-06 0.0003986526471 and volume-weighted sum 29917.54653 Time integration of scalars at level 1 from 818 to 820 with dt = 2 using RHS created at 820 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 410] Advanced 5632 cells Coarse STEP 410 ends. TIME = 820 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036214937 seconds. Coarse STEP 411 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351686153 (terrain aware) 1.351686153 (terrain unaware) Anelastic dt at level 0 would be: 5.915671941 (terrain aware) 5.915671941 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381853699 (terrain aware) 0.1381853699 (terrain unaware) Anelastic dt at level 1 would be: 2.676987416 (terrain aware) 2.676987416 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(6) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,15) (0,0,0)) ((48,0,0) (79,0,47) (0,0,0)) ((80,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ((144,0,0) (159,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(4) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,31) (0,0,0)) ((48,0,0) (111,0,47) (0,0,0)) ((112,0,0) (159,0,31) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.007682418545 0.02587023889 and volume-weighted sum 26873.06071 Subtracting 4.373870559e-06 from rhs in subdomain 0 Sum after subtraction 2.645453301e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.007686792415 MLMG: Initial residual (resid0) = 0.007686792415 MLMG: Final Iter. 9 resid, resid/bnorm = 2.224331471e-11, 2.893705658e-09 MLMG: Timers: Solve = 0.006124711 Iter = 0.00577691 Bottom = 0.003278428 Time in solve 0.006553632 Max/L2 norm of divergence after solve at level 1 : 4.373892802e-06 0.0003428400342 and volume-weighted sum 26873.06071 [Level 0 step 411] ADVANCE from elapsed time = 820 to 822 with dt = 2 Making slow rhs at time 820 for fast variables advancing from 820 to 820.6666666667 Fast time integration at level 0 from 820 to 820.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 820 to 820.6666666667 with dt = 0.6666666666666 using RHS created at 820 Making slow rhs at time 820.6666666667 for fast variables advancing from 820 to 821 Fast time integration at level 0 from 820 to 820.5 with dt = 0.5 Fast time integration at level 0 from 820.5 to 821 with dt = 0.5 Time integration of scalars at level 0 from 820 to 821 with dt = 1 using RHS created at 820.6666666667 Making slow rhs at time 821 for fast variables advancing from 820 to 822 Fast time integration at level 0 from 820 to 820.5 with dt = 0.5 Fast time integration at level 0 from 820.5 to 821 with dt = 0.5 Fast time integration at level 0 from 821 to 821.5 with dt = 0.5 Fast time integration at level 0 from 821.5 to 822 with dt = 0.5 Time integration of scalars at level 0 from 820 to 822 with dt = 2 using RHS created at 821 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 411] Advanced 4096 cells [Level 1 step 411] ADVANCE from elapsed time = 820 to 822 with dt = 2 Making slow rhs at time 820 for fast variables advancing from 820 to 822 No-substepping time integration at level 1 to 822 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0148632264 0.0911372888 and volume-weighted sum 4491.443643 Subtracting 7.310292388e-07 from rhs in subdomain 0 Sum after subtraction -6.106226635e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.01486249537 MLMG: Initial residual (resid0) = 0.01486249537 MLMG: Final Iter. 9 resid, resid/bnorm = 4.276141141e-11, 2.87713539e-09 MLMG: Timers: Solve = 0.006093276 Iter = 0.005760091 Bottom = 0.003298016 Time in solve 0.006555639 Max/L2 norm of divergence after solve at level 1 : 7.310711878e-07 5.730075591e-05 and volume-weighted sum 4491.443643 Time integration of scalars at level 1 from 820 to 822 with dt = 2 using RHS created at 820 Making slow rhs at time 822 for fast variables advancing from 820 to 822 No-substepping time integration at level 1 to 822 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003553292948 0.001942490199 and volume-weighted sum 4491.443643 Subtracting 7.310292388e-07 from rhs in subdomain 0 Sum after subtraction -5.984795992e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003545982656 MLMG: Initial residual (resid0) = 0.0003545982656 MLMG: Final Iter. 6 resid, resid/bnorm = 1.231900045e-11, 3.474072393e-08 MLMG: Timers: Solve = 0.004150909 Iter = 0.003819818 Bottom = 0.00214296 Time in solve 0.004567545 Max/L2 norm of divergence after solve at level 1 : 7.310413006e-07 5.730075591e-05 and volume-weighted sum 4491.443643 Time integration of scalars at level 1 from 820 to 822 with dt = 2 using RHS created at 822 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 411] Advanced 6144 cells Coarse STEP 411 ends. TIME = 822 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.057064717 seconds. Coarse STEP 412 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351365654 (terrain aware) 1.351365654 (terrain unaware) Anelastic dt at level 0 would be: 5.915028666 (terrain aware) 5.915028666 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138189701 (terrain aware) 0.138189701 (terrain unaware) Anelastic dt at level 1 would be: 2.676334909 (terrain aware) 2.676334909 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 412] ADVANCE from elapsed time = 822 to 824 with dt = 2 Making slow rhs at time 822 for fast variables advancing from 822 to 822.6666666667 Fast time integration at level 0 from 822 to 822.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 822 to 822.6666666667 with dt = 0.6666666666666 using RHS created at 822 Making slow rhs at time 822.6666666667 for fast variables advancing from 822 to 823 Fast time integration at level 0 from 822 to 822.5 with dt = 0.5 Fast time integration at level 0 from 822.5 to 823 with dt = 0.5 Time integration of scalars at level 0 from 822 to 823 with dt = 1 using RHS created at 822.6666666667 Making slow rhs at time 823 for fast variables advancing from 822 to 824 Fast time integration at level 0 from 822 to 822.5 with dt = 0.5 Fast time integration at level 0 from 822.5 to 823 with dt = 0.5 Fast time integration at level 0 from 823 to 823.5 with dt = 0.5 Fast time integration at level 0 from 823.5 to 824 with dt = 0.5 Time integration of scalars at level 0 from 822 to 824 with dt = 2 using RHS created at 823 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 412] Advanced 4096 cells [Level 1 step 412] ADVANCE from elapsed time = 822 to 824 with dt = 2 Making slow rhs at time 822 for fast variables advancing from 822 to 824 No-substepping time integration at level 1 to 824 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000392593694 0.001994203302 and volume-weighted sum -17200.41414 Subtracting -2.799546572e-06 from rhs in subdomain 0 Sum after subtraction -1.734723476e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003953932405 MLMG: Initial residual (resid0) = 0.0003953932405 MLMG: Final Iter. 7 resid, resid/bnorm = 1.460421232e-11, 3.693591803e-08 MLMG: Timers: Solve = 0.004770891 Iter = 0.004441473 Bottom = 0.002518582 Time in solve 0.005189493 Max/L2 norm of divergence after solve at level 1 : 2.799561176e-06 0.0002194387396 and volume-weighted sum -17200.41414 Time integration of scalars at level 1 from 822 to 824 with dt = 2 using RHS created at 822 Making slow rhs at time 824 for fast variables advancing from 822 to 824 No-substepping time integration at level 1 to 824 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003998764991 0.00195027276 and volume-weighted sum -17200.41414 Subtracting -2.799546572e-06 from rhs in subdomain 0 Sum after subtraction -1.734723476e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0004026760456 MLMG: Initial residual (resid0) = 0.0004026760456 MLMG: Final Iter. 5 resid, resid/bnorm = 9.393606824e-11, 2.332795041e-07 MLMG: Timers: Solve = 0.003519847 Iter = 0.003190995 Bottom = 0.001787075 Time in solve 0.003941893 Max/L2 norm of divergence after solve at level 1 : 2.79963883e-06 0.0002194387396 and volume-weighted sum -17200.41414 Time integration of scalars at level 1 from 822 to 824 with dt = 2 using RHS created at 824 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 412] Advanced 6144 cells Coarse STEP 412 ends. TIME = 824 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037735147 seconds. Coarse STEP 413 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351185635 (terrain aware) 1.351185635 (terrain unaware) Anelastic dt at level 0 would be: 5.90657911 (terrain aware) 5.90657911 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381898409 (terrain aware) 0.1381898409 (terrain unaware) Anelastic dt at level 1 would be: 2.675523453 (terrain aware) 2.675523453 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 413] ADVANCE from elapsed time = 824 to 826 with dt = 2 Making slow rhs at time 824 for fast variables advancing from 824 to 824.6666666667 Fast time integration at level 0 from 824 to 824.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 824 to 824.6666666667 with dt = 0.6666666666666 using RHS created at 824 Making slow rhs at time 824.6666666667 for fast variables advancing from 824 to 825 Fast time integration at level 0 from 824 to 824.5 with dt = 0.5 Fast time integration at level 0 from 824.5 to 825 with dt = 0.5 Time integration of scalars at level 0 from 824 to 825 with dt = 1 using RHS created at 824.6666666667 Making slow rhs at time 825 for fast variables advancing from 824 to 826 Fast time integration at level 0 from 824 to 824.5 with dt = 0.5 Fast time integration at level 0 from 824.5 to 825 with dt = 0.5 Fast time integration at level 0 from 825 to 825.5 with dt = 0.5 Fast time integration at level 0 from 825.5 to 826 with dt = 0.5 Time integration of scalars at level 0 from 824 to 826 with dt = 2 using RHS created at 825 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 413] Advanced 4096 cells [Level 1 step 413] ADVANCE from elapsed time = 824 to 826 with dt = 2 Making slow rhs at time 824 for fast variables advancing from 824 to 826 No-substepping time integration at level 1 to 826 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003904353172 0.002036622795 and volume-weighted sum -36511.14736 Subtracting -5.942569558e-06 from rhs in subdomain 0 Sum after subtraction 2.619432449e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003963778867 MLMG: Initial residual (resid0) = 0.0003963778867 MLMG: Final Iter. 6 resid, resid/bnorm = 9.169297593e-11, 2.313271729e-07 MLMG: Timers: Solve = 0.004255569 Iter = 0.003915197 Bottom = 0.002178416 Time in solve 0.004679112 Max/L2 norm of divergence after solve at level 1 : 5.942659451e-06 0.0004658004217 and volume-weighted sum -36511.14736 Time integration of scalars at level 1 from 824 to 826 with dt = 2 using RHS created at 824 Making slow rhs at time 826 for fast variables advancing from 824 to 826 No-substepping time integration at level 1 to 826 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003807869907 0.00198984299 and volume-weighted sum -36511.14736 Subtracting -5.942569558e-06 from rhs in subdomain 0 Sum after subtraction 2.697495005e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003867295602 MLMG: Initial residual (resid0) = 0.0003867295602 MLMG: Final Iter. 5 resid, resid/bnorm = 8.175981982e-11, 2.114134223e-07 MLMG: Timers: Solve = 0.003503561 Iter = 0.003177768 Bottom = 0.001786142 Time in solve 0.003919 Max/L2 norm of divergence after solve at level 1 : 5.942649856e-06 0.0004658004217 and volume-weighted sum -36511.14736 Time integration of scalars at level 1 from 824 to 826 with dt = 2 using RHS created at 826 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 413] Advanced 6144 cells Coarse STEP 413 ends. TIME = 826 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03695727 seconds. Coarse STEP 414 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351141691 (terrain aware) 1.351141691 (terrain unaware) Anelastic dt at level 0 would be: 5.90099558 (terrain aware) 5.90099558 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.13819082 (terrain aware) 0.13819082 (terrain unaware) Anelastic dt at level 1 would be: 2.674990172 (terrain aware) 2.674990172 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 414] ADVANCE from elapsed time = 826 to 828 with dt = 2 Making slow rhs at time 826 for fast variables advancing from 826 to 826.6666666667 Fast time integration at level 0 from 826 to 826.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 826 to 826.6666666667 with dt = 0.6666666666666 using RHS created at 826 Making slow rhs at time 826.6666666667 for fast variables advancing from 826 to 827 Fast time integration at level 0 from 826 to 826.5 with dt = 0.5 Fast time integration at level 0 from 826.5 to 827 with dt = 0.5 Time integration of scalars at level 0 from 826 to 827 with dt = 1 using RHS created at 826.6666666667 Making slow rhs at time 827 for fast variables advancing from 826 to 828 Fast time integration at level 0 from 826 to 826.5 with dt = 0.5 Fast time integration at level 0 from 826.5 to 827 with dt = 0.5 Fast time integration at level 0 from 827 to 827.5 with dt = 0.5 Fast time integration at level 0 from 827.5 to 828 with dt = 0.5 Time integration of scalars at level 0 from 826 to 828 with dt = 2 using RHS created at 827 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 414] Advanced 4096 cells [Level 1 step 414] ADVANCE from elapsed time = 826 to 828 with dt = 2 Making slow rhs at time 826 for fast variables advancing from 826 to 828 No-substepping time integration at level 1 to 828 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003255194362 0.00208779135 and volume-weighted sum -52341.23481 Subtracting -8.519081187e-06 from rhs in subdomain 0 Sum after subtraction 1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003340385174 MLMG: Initial residual (resid0) = 0.0003340385174 MLMG: Final Iter. 6 resid, resid/bnorm = 8.99540816e-11, 2.692925424e-07 MLMG: Timers: Solve = 0.004155038 Iter = 0.003818101 Bottom = 0.002164655 Time in solve 0.004579635 Max/L2 norm of divergence after solve at level 1 : 8.51916939e-06 0.0006677568635 and volume-weighted sum -52341.23481 Time integration of scalars at level 1 from 826 to 828 with dt = 2 using RHS created at 826 Making slow rhs at time 828 for fast variables advancing from 826 to 828 No-substepping time integration at level 1 to 828 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003208458476 0.002043977175 and volume-weighted sum -52341.23481 Subtracting -8.519081187e-06 from rhs in subdomain 0 Sum after subtraction -5.637851297e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003293649288 MLMG: Initial residual (resid0) = 0.0003293649288 MLMG: Final Iter. 5 resid, resid/bnorm = 7.312539388e-11, 2.220193697e-07 MLMG: Timers: Solve = 0.003606868 Iter = 0.003279047 Bottom = 0.001803766 Time in solve 0.004026815 Max/L2 norm of divergence after solve at level 1 : 8.519153023e-06 0.0006677568635 and volume-weighted sum -52341.23481 Time integration of scalars at level 1 from 826 to 828 with dt = 2 using RHS created at 828 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 414] Advanced 6144 cells Coarse STEP 414 ends. TIME = 828 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036633008 seconds. Coarse STEP 415 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351230553 (terrain aware) 1.351230553 (terrain unaware) Anelastic dt at level 0 would be: 5.898178982 (terrain aware) 5.898178982 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381841836 (terrain aware) 0.1381841836 (terrain unaware) Anelastic dt at level 1 would be: 2.670773397 (terrain aware) 2.670773397 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 415] ADVANCE from elapsed time = 828 to 830 with dt = 2 Making slow rhs at time 828 for fast variables advancing from 828 to 828.6666666667 Fast time integration at level 0 from 828 to 828.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 828 to 828.6666666667 with dt = 0.6666666666666 using RHS created at 828 Making slow rhs at time 828.6666666667 for fast variables advancing from 828 to 829 Fast time integration at level 0 from 828 to 828.5 with dt = 0.5 Fast time integration at level 0 from 828.5 to 829 with dt = 0.5 Time integration of scalars at level 0 from 828 to 829 with dt = 1 using RHS created at 828.6666666667 Making slow rhs at time 829 for fast variables advancing from 828 to 830 Fast time integration at level 0 from 828 to 828.5 with dt = 0.5 Fast time integration at level 0 from 828.5 to 829 with dt = 0.5 Fast time integration at level 0 from 829 to 829.5 with dt = 0.5 Fast time integration at level 0 from 829.5 to 830 with dt = 0.5 Time integration of scalars at level 0 from 828 to 830 with dt = 2 using RHS created at 829 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 415] Advanced 4096 cells [Level 1 step 415] ADVANCE from elapsed time = 828 to 830 with dt = 2 Making slow rhs at time 828 for fast variables advancing from 828 to 830 No-substepping time integration at level 1 to 830 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003688489338 0.002138121958 and volume-weighted sum -63822.05357 Subtracting -1.038770403e-05 from rhs in subdomain 0 Sum after subtraction -8.239936511e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003792366379 MLMG: Initial residual (resid0) = 0.0003792366379 MLMG: Final Iter. 7 resid, resid/bnorm = 1.199787267e-11, 3.163690285e-08 MLMG: Timers: Solve = 0.004787466 Iter = 0.004448329 Bottom = 0.002523635 Time in solve 0.005208293 Max/L2 norm of divergence after solve at level 1 : 1.038771603e-05 0.0008142263833 and volume-weighted sum -63822.05357 Time integration of scalars at level 1 from 828 to 830 with dt = 2 using RHS created at 828 Making slow rhs at time 830 for fast variables advancing from 828 to 830 No-substepping time integration at level 1 to 830 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.00038111222 0.00209408459 and volume-weighted sum -63822.05357 Subtracting -1.038770403e-05 from rhs in subdomain 0 Sum after subtraction -6.938893904e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000391499924 MLMG: Initial residual (resid0) = 0.000391499924 MLMG: Final Iter. 5 resid, resid/bnorm = 7.022645443e-11, 1.793779516e-07 MLMG: Timers: Solve = 0.00354504 Iter = 0.00321559 Bottom = 0.001801926 Time in solve 0.00395988 Max/L2 norm of divergence after solve at level 1 : 1.038777308e-05 0.0008142263833 and volume-weighted sum -63822.05357 Time integration of scalars at level 1 from 828 to 830 with dt = 2 using RHS created at 830 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 415] Advanced 6144 cells Coarse STEP 415 ends. TIME = 830 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037688535 seconds. Coarse STEP 416 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351447995 (terrain aware) 1.351447995 (terrain unaware) Anelastic dt at level 0 would be: 5.898005597 (terrain aware) 5.898005597 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381792967 (terrain aware) 0.1381792967 (terrain unaware) Anelastic dt at level 1 would be: 2.667913104 (terrain aware) 2.667913104 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 416] ADVANCE from elapsed time = 830 to 832 with dt = 2 Making slow rhs at time 830 for fast variables advancing from 830 to 830.6666666667 Fast time integration at level 0 from 830 to 830.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 830 to 830.6666666667 with dt = 0.6666666666666 using RHS created at 830 Making slow rhs at time 830.6666666667 for fast variables advancing from 830 to 831 Fast time integration at level 0 from 830 to 830.5 with dt = 0.5 Fast time integration at level 0 from 830.5 to 831 with dt = 0.5 Time integration of scalars at level 0 from 830 to 831 with dt = 1 using RHS created at 830.6666666667 Making slow rhs at time 831 for fast variables advancing from 830 to 832 Fast time integration at level 0 from 830 to 830.5 with dt = 0.5 Fast time integration at level 0 from 830.5 to 831 with dt = 0.5 Fast time integration at level 0 from 831 to 831.5 with dt = 0.5 Fast time integration at level 0 from 831.5 to 832 with dt = 0.5 Time integration of scalars at level 0 from 830 to 832 with dt = 2 using RHS created at 831 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 416] Advanced 4096 cells [Level 1 step 416] ADVANCE from elapsed time = 830 to 832 with dt = 2 Making slow rhs at time 830 for fast variables advancing from 830 to 832 No-substepping time integration at level 1 to 832 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003856252565 0.002176360884 and volume-weighted sum -69996.22059 Subtracting -1.139261403e-05 from rhs in subdomain 0 Sum after subtraction 1.535230276e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003970178706 MLMG: Initial residual (resid0) = 0.0003970178706 MLMG: Final Iter. 7 resid, resid/bnorm = 1.281751234e-11, 3.228447202e-08 MLMG: Timers: Solve = 0.004825138 Iter = 0.004491512 Bottom = 0.002563751 Time in solve 0.005253499 Max/L2 norm of divergence after solve at level 1 : 1.139262685e-05 0.0008929949185 and volume-weighted sum -69996.22059 Time integration of scalars at level 1 from 830 to 832 with dt = 2 using RHS created at 830 Making slow rhs at time 832 for fast variables advancing from 830 to 832 No-substepping time integration at level 1 to 832 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003810132177 0.002123880259 and volume-weighted sum -69996.22059 Subtracting -1.139261403e-05 from rhs in subdomain 0 Sum after subtraction 1.526556659e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003924058318 MLMG: Initial residual (resid0) = 0.0003924058318 MLMG: Final Iter. 5 resid, resid/bnorm = 5.899488812e-11, 1.503415172e-07 MLMG: Timers: Solve = 0.003575138 Iter = 0.003244907 Bottom = 0.001840975 Time in solve 0.004008418 Max/L2 norm of divergence after solve at level 1 : 1.139267205e-05 0.0008929949185 and volume-weighted sum -69996.22059 Time integration of scalars at level 1 from 830 to 832 with dt = 2 using RHS created at 832 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 416] Advanced 6144 cells Coarse STEP 416 ends. TIME = 832 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037541961 seconds. Coarse STEP 417 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351788224 (terrain aware) 1.351788224 (terrain unaware) Anelastic dt at level 0 would be: 5.900313502 (terrain aware) 5.900313502 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381763519 (terrain aware) 0.1381763519 (terrain unaware) Anelastic dt at level 1 would be: 2.666426128 (terrain aware) 2.666426128 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 417] ADVANCE from elapsed time = 832 to 834 with dt = 2 Making slow rhs at time 832 for fast variables advancing from 832 to 832.6666666667 Fast time integration at level 0 from 832 to 832.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 832 to 832.6666666667 with dt = 0.6666666666666 using RHS created at 832 Making slow rhs at time 832.6666666667 for fast variables advancing from 832 to 833 Fast time integration at level 0 from 832 to 832.5 with dt = 0.5 Fast time integration at level 0 from 832.5 to 833 with dt = 0.5 Time integration of scalars at level 0 from 832 to 833 with dt = 1 using RHS created at 832.6666666667 Making slow rhs at time 833 for fast variables advancing from 832 to 834 Fast time integration at level 0 from 832 to 832.5 with dt = 0.5 Fast time integration at level 0 from 832.5 to 833 with dt = 0.5 Fast time integration at level 0 from 833 to 833.5 with dt = 0.5 Fast time integration at level 0 from 833.5 to 834 with dt = 0.5 Time integration of scalars at level 0 from 832 to 834 with dt = 2 using RHS created at 833 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 417] Advanced 4096 cells [Level 1 step 417] ADVANCE from elapsed time = 832 to 834 with dt = 2 Making slow rhs at time 832 for fast variables advancing from 832 to 834 No-substepping time integration at level 1 to 834 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003395340621 0.002186482851 and volume-weighted sum -69802.93152 Subtracting -1.136115422e-05 from rhs in subdomain 0 Sum after subtraction -1.856154119e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003508952163 MLMG: Initial residual (resid0) = 0.0003508952163 MLMG: Final Iter. 6 resid, resid/bnorm = 8.432562752e-11, 2.403156942e-07 MLMG: Timers: Solve = 0.004260555 Iter = 0.003916685 Bottom = 0.002172299 Time in solve 0.004677667 Max/L2 norm of divergence after solve at level 1 : 1.136123695e-05 0.0008905289832 and volume-weighted sum -69802.93152 Time integration of scalars at level 1 from 832 to 834 with dt = 2 using RHS created at 832 Making slow rhs at time 834 for fast variables advancing from 832 to 834 No-substepping time integration at level 1 to 834 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003207766076 0.002121095526 and volume-weighted sum -69802.93152 Subtracting -1.136115422e-05 from rhs in subdomain 0 Sum after subtraction -9.107298249e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003321377618 MLMG: Initial residual (resid0) = 0.0003321377618 MLMG: Final Iter. 5 resid, resid/bnorm = 5.402940615e-11, 1.626716753e-07 MLMG: Timers: Solve = 0.003553886 Iter = 0.003222996 Bottom = 0.001794513 Time in solve 0.003971515 Max/L2 norm of divergence after solve at level 1 : 1.136120738e-05 0.0008905289832 and volume-weighted sum -69802.93152 Time integration of scalars at level 1 from 832 to 834 with dt = 2 using RHS created at 834 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 417] Advanced 6144 cells Coarse STEP 417 ends. TIME = 834 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036893837 seconds. Coarse STEP 418 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.352243385 (terrain aware) 1.352243385 (terrain unaware) Anelastic dt at level 0 would be: 5.904907377 (terrain aware) 5.904907377 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381756243 (terrain aware) 0.1381756243 (terrain unaware) Anelastic dt at level 1 would be: 2.66635125 (terrain aware) 2.66635125 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 418] ADVANCE from elapsed time = 834 to 836 with dt = 2 Making slow rhs at time 834 for fast variables advancing from 834 to 834.6666666667 Fast time integration at level 0 from 834 to 834.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 834 to 834.6666666667 with dt = 0.6666666666666 using RHS created at 834 Making slow rhs at time 834.6666666667 for fast variables advancing from 834 to 835 Fast time integration at level 0 from 834 to 834.5 with dt = 0.5 Fast time integration at level 0 from 834.5 to 835 with dt = 0.5 Time integration of scalars at level 0 from 834 to 835 with dt = 1 using RHS created at 834.6666666667 Making slow rhs at time 835 for fast variables advancing from 834 to 836 Fast time integration at level 0 from 834 to 834.5 with dt = 0.5 Fast time integration at level 0 from 834.5 to 835 with dt = 0.5 Fast time integration at level 0 from 835 to 835.5 with dt = 0.5 Fast time integration at level 0 from 835.5 to 836 with dt = 0.5 Time integration of scalars at level 0 from 834 to 836 with dt = 2 using RHS created at 835 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 418] Advanced 4096 cells [Level 1 step 418] ADVANCE from elapsed time = 834 to 836 with dt = 2 Making slow rhs at time 834 for fast variables advancing from 834 to 836 No-substepping time integration at level 1 to 836 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003495136509 0.00215590883 and volume-weighted sum -62445.29171 Subtracting -1.01636217e-05 from rhs in subdomain 0 Sum after subtraction -1.561251128e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003596772726 MLMG: Initial residual (resid0) = 0.0003596772726 MLMG: Final Iter. 6 resid, resid/bnorm = 8.996921174e-12, 2.501387176e-08 MLMG: Timers: Solve = 0.004074175 Iter = 0.00373292 Bottom = 0.002064681 Time in solve 0.004491748 Max/L2 norm of divergence after solve at level 1 : 1.016363062e-05 0.0007966619872 and volume-weighted sum -62445.29171 Time integration of scalars at level 1 from 834 to 836 with dt = 2 using RHS created at 834 Making slow rhs at time 836 for fast variables advancing from 834 to 836 No-substepping time integration at level 1 to 836 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003664317909 0.002081567577 and volume-weighted sum -62445.29171 Subtracting -1.01636217e-05 from rhs in subdomain 0 Sum after subtraction -2.038300084e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003765954126 MLMG: Initial residual (resid0) = 0.0003765954126 MLMG: Final Iter. 5 resid, resid/bnorm = 5.041058395e-11, 1.338587308e-07 MLMG: Timers: Solve = 0.003681736 Iter = 0.003349937 Bottom = 0.001839806 Time in solve 0.004105587 Max/L2 norm of divergence after solve at level 1 : 1.016367135e-05 0.0007966619872 and volume-weighted sum -62445.29171 Time integration of scalars at level 1 from 834 to 836 with dt = 2 using RHS created at 836 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 418] Advanced 6144 cells Coarse STEP 418 ends. TIME = 836 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036620174 seconds. Coarse STEP 419 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351844697 (terrain aware) 1.351844697 (terrain unaware) Anelastic dt at level 0 would be: 5.911581752 (terrain aware) 5.911581752 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.138171344 (terrain aware) 0.138171344 (terrain unaware) Anelastic dt at level 1 would be: 2.667748021 (terrain aware) 2.667748021 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 419] ADVANCE from elapsed time = 836 to 838 with dt = 2 Making slow rhs at time 836 for fast variables advancing from 836 to 836.6666666667 Fast time integration at level 0 from 836 to 836.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 836 to 836.6666666667 with dt = 0.6666666666666 using RHS created at 836 Making slow rhs at time 836.6666666667 for fast variables advancing from 836 to 837 Fast time integration at level 0 from 836 to 836.5 with dt = 0.5 Fast time integration at level 0 from 836.5 to 837 with dt = 0.5 Time integration of scalars at level 0 from 836 to 837 with dt = 1 using RHS created at 836.6666666667 Making slow rhs at time 837 for fast variables advancing from 836 to 838 Fast time integration at level 0 from 836 to 836.5 with dt = 0.5 Fast time integration at level 0 from 836.5 to 837 with dt = 0.5 Fast time integration at level 0 from 837 to 837.5 with dt = 0.5 Fast time integration at level 0 from 837.5 to 838 with dt = 0.5 Time integration of scalars at level 0 from 836 to 838 with dt = 2 using RHS created at 837 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 419] Advanced 4096 cells [Level 1 step 419] ADVANCE from elapsed time = 836 to 838 with dt = 2 Making slow rhs at time 836 for fast variables advancing from 836 to 838 No-substepping time integration at level 1 to 838 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003861182133 0.002087339765 and volume-weighted sum -47871.50204 Subtracting -7.791585618e-06 from rhs in subdomain 0 Sum after subtraction -1.804112415e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003939097989 MLMG: Initial residual (resid0) = 0.0003939097989 MLMG: Final Iter. 6 resid, resid/bnorm = 9.533540366e-11, 2.420234376e-07 MLMG: Timers: Solve = 0.00415886 Iter = 0.003829347 Bottom = 0.002155213 Time in solve 0.004583887 Max/L2 norm of divergence after solve at level 1 : 7.791680953e-06 0.0006107330896 and volume-weighted sum -47871.50204 Time integration of scalars at level 1 from 836 to 838 with dt = 2 using RHS created at 836 Making slow rhs at time 838 for fast variables advancing from 836 to 838 No-substepping time integration at level 1 to 838 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003865143941 0.002015612385 and volume-weighted sum -47871.50204 Subtracting -7.791585618e-06 from rhs in subdomain 0 Sum after subtraction 6.938893904e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003943059797 MLMG: Initial residual (resid0) = 0.0003943059797 MLMG: Final Iter. 5 resid, resid/bnorm = 4.86124853e-11, 1.232861985e-07 MLMG: Timers: Solve = 0.003607521 Iter = 0.003269721 Bottom = 0.001852724 Time in solve 0.004031071 Max/L2 norm of divergence after solve at level 1 : 7.791633533e-06 0.0006107330896 and volume-weighted sum -47871.50204 Time integration of scalars at level 1 from 836 to 838 with dt = 2 using RHS created at 838 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 419] Advanced 6144 cells Coarse STEP 419 ends. TIME = 838 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03697496 seconds. Coarse STEP 420 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351487711 (terrain aware) 1.351487711 (terrain unaware) Anelastic dt at level 0 would be: 5.920151209 (terrain aware) 5.920151209 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381665316 (terrain aware) 0.1381665316 (terrain unaware) Anelastic dt at level 1 would be: 2.666540573 (terrain aware) 2.666540573 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 420] ADVANCE from elapsed time = 838 to 840 with dt = 2 Making slow rhs at time 838 for fast variables advancing from 838 to 838.6666666667 Fast time integration at level 0 from 838 to 838.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 838 to 838.6666666667 with dt = 0.6666666666666 using RHS created at 838 Making slow rhs at time 838.6666666667 for fast variables advancing from 838 to 839 Fast time integration at level 0 from 838 to 838.5 with dt = 0.5 Fast time integration at level 0 from 838.5 to 839 with dt = 0.5 Time integration of scalars at level 0 from 838 to 839 with dt = 1 using RHS created at 838.6666666667 Making slow rhs at time 839 for fast variables advancing from 838 to 840 Fast time integration at level 0 from 838 to 838.5 with dt = 0.5 Fast time integration at level 0 from 838.5 to 839 with dt = 0.5 Fast time integration at level 0 from 839 to 839.5 with dt = 0.5 Fast time integration at level 0 from 839.5 to 840 with dt = 0.5 Time integration of scalars at level 0 from 838 to 840 with dt = 2 using RHS created at 839 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 420] Advanced 4096 cells [Level 1 step 420] ADVANCE from elapsed time = 838 to 840 with dt = 2 Making slow rhs at time 838 for fast variables advancing from 838 to 840 No-substepping time integration at level 1 to 840 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003606691033 0.002006275778 and volume-weighted sum -27102.05602 Subtracting -4.411141931e-06 from rhs in subdomain 0 Sum after subtraction -2.168404345e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003650802452 MLMG: Initial residual (resid0) = 0.0003650802452 MLMG: Final Iter. 7 resid, resid/bnorm = 2.176478602e-11, 5.961644407e-08 MLMG: Timers: Solve = 0.004762324 Iter = 0.004432309 Bottom = 0.002500342 Time in solve 0.00518295 Max/L2 norm of divergence after solve at level 1 : 4.411163266e-06 0.0003457615012 and volume-weighted sum -27102.05602 Time integration of scalars at level 1 from 838 to 840 with dt = 2 using RHS created at 838 Making slow rhs at time 840 for fast variables advancing from 838 to 840 No-substepping time integration at level 1 to 840 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003456311739 0.001949373808 and volume-weighted sum -27102.05602 Subtracting -4.411141931e-06 from rhs in subdomain 0 Sum after subtraction -1.205632816e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003500423158 MLMG: Initial residual (resid0) = 0.0003500423158 MLMG: Final Iter. 5 resid, resid/bnorm = 4.79747272e-11, 1.37054079e-07 MLMG: Timers: Solve = 0.003601792 Iter = 0.003257985 Bottom = 0.00184788 Time in solve 0.004021493 Max/L2 norm of divergence after solve at level 1 : 4.41118926e-06 0.0003457615012 and volume-weighted sum -27102.05602 Time integration of scalars at level 1 from 838 to 840 with dt = 2 using RHS created at 840 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 420] Advanced 6144 cells Coarse STEP 420 ends. TIME = 840 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037410176 seconds. Coarse STEP 421 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351254873 (terrain aware) 1.351254873 (terrain unaware) Anelastic dt at level 0 would be: 5.906262156 (terrain aware) 5.906262156 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381650463 (terrain aware) 0.1381650463 (terrain unaware) Anelastic dt at level 1 would be: 2.665409881 (terrain aware) 2.665409881 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 421] ADVANCE from elapsed time = 840 to 842 with dt = 2 Making slow rhs at time 840 for fast variables advancing from 840 to 840.6666666667 Fast time integration at level 0 from 840 to 840.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 840 to 840.6666666667 with dt = 0.6666666666666 using RHS created at 840 Making slow rhs at time 840.6666666667 for fast variables advancing from 840 to 841 Fast time integration at level 0 from 840 to 840.5 with dt = 0.5 Fast time integration at level 0 from 840.5 to 841 with dt = 0.5 Time integration of scalars at level 0 from 840 to 841 with dt = 1 using RHS created at 840.6666666667 Making slow rhs at time 841 for fast variables advancing from 840 to 842 Fast time integration at level 0 from 840 to 840.5 with dt = 0.5 Fast time integration at level 0 from 840.5 to 841 with dt = 0.5 Fast time integration at level 0 from 841 to 841.5 with dt = 0.5 Fast time integration at level 0 from 841.5 to 842 with dt = 0.5 Time integration of scalars at level 0 from 840 to 842 with dt = 2 using RHS created at 841 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 421] Advanced 4096 cells [Level 1 step 421] ADVANCE from elapsed time = 840 to 842 with dt = 2 Making slow rhs at time 840 for fast variables advancing from 840 to 842 No-substepping time integration at level 1 to 842 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003367129924 0.001957292324 and volume-weighted sum -2288.612464 Subtracting -3.724955182e-07 from rhs in subdomain 0 Sum after subtraction -1.561251128e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003370854879 MLMG: Initial residual (resid0) = 0.0003370854879 MLMG: Final Iter. 7 resid, resid/bnorm = 3.007799289e-11, 8.922956926e-08 MLMG: Timers: Solve = 0.004799027 Iter = 0.00445633 Bottom = 0.002503843 Time in solve 0.005219577 Max/L2 norm of divergence after solve at level 1 : 3.725250044e-07 2.919756644e-05 and volume-weighted sum -2288.612464 Time integration of scalars at level 1 from 840 to 842 with dt = 2 using RHS created at 840 Making slow rhs at time 842 for fast variables advancing from 840 to 842 No-substepping time integration at level 1 to 842 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003569242256 0.00191608829 and volume-weighted sum -2288.612464 Subtracting -3.724955182e-07 from rhs in subdomain 0 Sum after subtraction 1.647987302e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003572967211 MLMG: Initial residual (resid0) = 0.0003572967211 MLMG: Final Iter. 5 resid, resid/bnorm = 4.911041257e-11, 1.374499391e-07 MLMG: Timers: Solve = 0.00353592 Iter = 0.003207443 Bottom = 0.001794449 Time in solve 0.003960514 Max/L2 norm of divergence after solve at level 1 : 3.725439837e-07 2.919756644e-05 and volume-weighted sum -2288.612464 Time integration of scalars at level 1 from 840 to 842 with dt = 2 using RHS created at 842 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 421] Advanced 6144 cells Coarse STEP 421 ends. TIME = 842 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.039120241 seconds. Coarse STEP 422 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351138201 (terrain aware) 1.351138201 (terrain unaware) Anelastic dt at level 0 would be: 5.892918655 (terrain aware) 5.892918655 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381671522 (terrain aware) 0.1381671522 (terrain unaware) Anelastic dt at level 1 would be: 2.665912258 (terrain aware) 2.665912258 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 422] ADVANCE from elapsed time = 842 to 844 with dt = 2 Making slow rhs at time 842 for fast variables advancing from 842 to 842.6666666667 Fast time integration at level 0 from 842 to 842.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 842 to 842.6666666667 with dt = 0.6666666666666 using RHS created at 842 Making slow rhs at time 842.6666666667 for fast variables advancing from 842 to 843 Fast time integration at level 0 from 842 to 842.5 with dt = 0.5 Fast time integration at level 0 from 842.5 to 843 with dt = 0.5 Time integration of scalars at level 0 from 842 to 843 with dt = 1 using RHS created at 842.6666666667 Making slow rhs at time 843 for fast variables advancing from 842 to 844 Fast time integration at level 0 from 842 to 842.5 with dt = 0.5 Fast time integration at level 0 from 842.5 to 843 with dt = 0.5 Fast time integration at level 0 from 843 to 843.5 with dt = 0.5 Fast time integration at level 0 from 843.5 to 844 with dt = 0.5 Time integration of scalars at level 0 from 842 to 844 with dt = 2 using RHS created at 843 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 422] Advanced 4096 cells [Level 1 step 422] ADVANCE from elapsed time = 842 to 844 with dt = 2 Making slow rhs at time 842 for fast variables advancing from 842 to 844 No-substepping time integration at level 1 to 844 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003911787214 0.001979260523 and volume-weighted sum 23628.83091 Subtracting 3.845838365e-06 from rhs in subdomain 0 Sum after subtraction -8.413408858e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000387332883 MLMG: Initial residual (resid0) = 0.000387332883 MLMG: Final Iter. 7 resid, resid/bnorm = 3.34361233e-11, 8.632399873e-08 MLMG: Timers: Solve = 0.00476872 Iter = 0.004428291 Bottom = 0.002503367 Time in solve 0.005185921 Max/L2 norm of divergence after solve at level 1 : 3.845871801e-06 0.0003014509321 and volume-weighted sum 23628.83091 Time integration of scalars at level 1 from 842 to 844 with dt = 2 using RHS created at 842 Making slow rhs at time 844 for fast variables advancing from 842 to 844 No-substepping time integration at level 1 to 844 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003952767685 0.001936334749 and volume-weighted sum 23628.83091 Subtracting 3.845838365e-06 from rhs in subdomain 0 Sum after subtraction 1.214306433e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003914309301 MLMG: Initial residual (resid0) = 0.0003914309301 MLMG: Final Iter. 5 resid, resid/bnorm = 5.146721586e-11, 1.314847956e-07 MLMG: Timers: Solve = 0.003544057 Iter = 0.00321228 Bottom = 0.001799712 Time in solve 0.003982248 Max/L2 norm of divergence after solve at level 1 : 3.845889832e-06 0.0003014509321 and volume-weighted sum 23628.83091 Time integration of scalars at level 1 from 842 to 844 with dt = 2 using RHS created at 844 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 422] Advanced 6144 cells Coarse STEP 422 ends. TIME = 844 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037555438 seconds. Coarse STEP 423 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351131078 (terrain aware) 1.351131078 (terrain unaware) Anelastic dt at level 0 would be: 5.8820201 (terrain aware) 5.8820201 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381680444 (terrain aware) 0.1381680444 (terrain unaware) Anelastic dt at level 1 would be: 2.668046426 (terrain aware) 2.668046426 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 423] ADVANCE from elapsed time = 844 to 846 with dt = 2 Making slow rhs at time 844 for fast variables advancing from 844 to 844.6666666667 Fast time integration at level 0 from 844 to 844.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 844 to 844.6666666667 with dt = 0.6666666666666 using RHS created at 844 Making slow rhs at time 844.6666666667 for fast variables advancing from 844 to 845 Fast time integration at level 0 from 844 to 844.5 with dt = 0.5 Fast time integration at level 0 from 844.5 to 845 with dt = 0.5 Time integration of scalars at level 0 from 844 to 845 with dt = 1 using RHS created at 844.6666666667 Making slow rhs at time 845 for fast variables advancing from 844 to 846 Fast time integration at level 0 from 844 to 844.5 with dt = 0.5 Fast time integration at level 0 from 844.5 to 845 with dt = 0.5 Fast time integration at level 0 from 845 to 845.5 with dt = 0.5 Fast time integration at level 0 from 845.5 to 846 with dt = 0.5 Time integration of scalars at level 0 from 844 to 846 with dt = 2 using RHS created at 845 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 423] Advanced 4096 cells [Level 1 step 423] ADVANCE from elapsed time = 844 to 846 with dt = 2 Making slow rhs at time 844 for fast variables advancing from 844 to 846 No-substepping time integration at level 1 to 846 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003839822108 0.002069057214 and volume-weighted sum 47432.24176 Subtracting 7.720091433e-06 from rhs in subdomain 0 Sum after subtraction -1.179611964e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003762621194 MLMG: Initial residual (resid0) = 0.0003762621194 MLMG: Final Iter. 7 resid, resid/bnorm = 3.091015247e-11, 8.215058301e-08 MLMG: Timers: Solve = 0.004767995 Iter = 0.004427872 Bottom = 0.002504384 Time in solve 0.005189099 Max/L2 norm of divergence after solve at level 1 : 7.720122343e-06 0.0006051291129 and volume-weighted sum 47432.24176 Time integration of scalars at level 1 from 844 to 846 with dt = 2 using RHS created at 844 Making slow rhs at time 846 for fast variables advancing from 844 to 846 No-substepping time integration at level 1 to 846 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003717073091 0.002003084165 and volume-weighted sum 47432.24176 Subtracting 7.720091433e-06 from rhs in subdomain 0 Sum after subtraction -9.801187639e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003639872177 MLMG: Initial residual (resid0) = 0.0003639872177 MLMG: Final Iter. 5 resid, resid/bnorm = 5.73934353e-11, 1.576798099e-07 MLMG: Timers: Solve = 0.003542491 Iter = 0.003210817 Bottom = 0.001798274 Time in solve 0.003957562 Max/L2 norm of divergence after solve at level 1 : 7.720148826e-06 0.0006051291129 and volume-weighted sum 47432.24176 Time integration of scalars at level 1 from 844 to 846 with dt = 2 using RHS created at 846 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 423] Advanced 6144 cells Coarse STEP 423 ends. TIME = 846 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03777799 seconds. Coarse STEP 424 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351228877 (terrain aware) 1.351228877 (terrain unaware) Anelastic dt at level 0 would be: 5.873480317 (terrain aware) 5.873480317 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381680466 (terrain aware) 0.1381680466 (terrain unaware) Anelastic dt at level 1 would be: 2.671775983 (terrain aware) 2.671775983 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 424] ADVANCE from elapsed time = 846 to 848 with dt = 2 Making slow rhs at time 846 for fast variables advancing from 846 to 846.6666666667 Fast time integration at level 0 from 846 to 846.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 846 to 846.6666666667 with dt = 0.6666666666666 using RHS created at 846 Making slow rhs at time 846.6666666667 for fast variables advancing from 846 to 847 Fast time integration at level 0 from 846 to 846.5 with dt = 0.5 Fast time integration at level 0 from 846.5 to 847 with dt = 0.5 Time integration of scalars at level 0 from 846 to 847 with dt = 1 using RHS created at 846.6666666667 Making slow rhs at time 847 for fast variables advancing from 846 to 848 Fast time integration at level 0 from 846 to 846.5 with dt = 0.5 Fast time integration at level 0 from 846.5 to 847 with dt = 0.5 Fast time integration at level 0 from 847 to 847.5 with dt = 0.5 Fast time integration at level 0 from 847.5 to 848 with dt = 0.5 Time integration of scalars at level 0 from 846 to 848 with dt = 2 using RHS created at 847 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 424] Advanced 4096 cells [Level 1 step 424] ADVANCE from elapsed time = 846 to 848 with dt = 2 Making slow rhs at time 846 for fast variables advancing from 846 to 848 No-substepping time integration at level 1 to 848 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003224293305 0.002181304074 and volume-weighted sum 66128.91758 Subtracting 1.076317018e-05 from rhs in subdomain 0 Sum after subtraction -1.214306433e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003116661603 MLMG: Initial residual (resid0) = 0.0003116661603 MLMG: Final Iter. 7 resid, resid/bnorm = 2.198968093e-11, 7.05552406e-08 MLMG: Timers: Solve = 0.00480841 Iter = 0.004473314 Bottom = 0.002526144 Time in solve 0.005219763 Max/L2 norm of divergence after solve at level 1 : 1.076319217e-05 0.0008436567985 and volume-weighted sum 66128.91758 Time integration of scalars at level 1 from 846 to 848 with dt = 2 using RHS created at 846 Making slow rhs at time 848 for fast variables advancing from 846 to 848 No-substepping time integration at level 1 to 848 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003444376358 0.002084537582 and volume-weighted sum 66128.91758 Subtracting 1.076317018e-05 from rhs in subdomain 0 Sum after subtraction 5.464378949e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003336744656 MLMG: Initial residual (resid0) = 0.0003336744656 MLMG: Final Iter. 5 resid, resid/bnorm = 5.557255155e-11, 1.665472108e-07 MLMG: Timers: Solve = 0.003491582 Iter = 0.003172282 Bottom = 0.001777398 Time in solve 0.003911856 Max/L2 norm of divergence after solve at level 1 : 1.076322575e-05 0.0008436567985 and volume-weighted sum 66128.91758 Time integration of scalars at level 1 from 846 to 848 with dt = 2 using RHS created at 848 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 424] Advanced 6144 cells Coarse STEP 424 ends. TIME = 848 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037374626 seconds. Coarse STEP 425 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351428744 (terrain aware) 1.351428744 (terrain unaware) Anelastic dt at level 0 would be: 5.867255056 (terrain aware) 5.867255056 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381714447 (terrain aware) 0.1381714447 (terrain unaware) Anelastic dt at level 1 would be: 2.675105609 (terrain aware) 2.675105609 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 425] ADVANCE from elapsed time = 848 to 850 with dt = 2 Making slow rhs at time 848 for fast variables advancing from 848 to 848.6666666667 Fast time integration at level 0 from 848 to 848.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 848 to 848.6666666667 with dt = 0.6666666666666 using RHS created at 848 Making slow rhs at time 848.6666666667 for fast variables advancing from 848 to 849 Fast time integration at level 0 from 848 to 848.5 with dt = 0.5 Fast time integration at level 0 from 848.5 to 849 with dt = 0.5 Time integration of scalars at level 0 from 848 to 849 with dt = 1 using RHS created at 848.6666666667 Making slow rhs at time 849 for fast variables advancing from 848 to 850 Fast time integration at level 0 from 848 to 848.5 with dt = 0.5 Fast time integration at level 0 from 848.5 to 849 with dt = 0.5 Fast time integration at level 0 from 849 to 849.5 with dt = 0.5 Fast time integration at level 0 from 849.5 to 850 with dt = 0.5 Time integration of scalars at level 0 from 848 to 850 with dt = 2 using RHS created at 849 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 425] Advanced 4096 cells [Level 1 step 425] ADVANCE from elapsed time = 848 to 850 with dt = 2 Making slow rhs at time 848 for fast variables advancing from 848 to 850 No-substepping time integration at level 1 to 850 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003887129671 0.002261585205 and volume-weighted sum 77366.81069 Subtracting 1.259225434e-05 from rhs in subdomain 0 Sum after subtraction -2.606422023e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003761207127 MLMG: Initial residual (resid0) = 0.0003761207127 MLMG: Final Iter. 6 resid, resid/bnorm = 6.799793535e-11, 1.807875319e-07 MLMG: Timers: Solve = 0.004144208 Iter = 0.00380994 Bottom = 0.002151182 Time in solve 0.004559406 Max/L2 norm of divergence after solve at level 1 : 1.259232097e-05 0.0009870271313 and volume-weighted sum 77366.81069 Time integration of scalars at level 1 from 848 to 850 with dt = 2 using RHS created at 848 Making slow rhs at time 850 for fast variables advancing from 848 to 850 No-substepping time integration at level 1 to 850 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003959448602 0.002143067471 and volume-weighted sum 77366.81069 Subtracting 1.259225434e-05 from rhs in subdomain 0 Sum after subtraction 1.647987302e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003833526058 MLMG: Initial residual (resid0) = 0.0003833526058 MLMG: Final Iter. 5 resid, resid/bnorm = 5.922075516e-11, 1.544811598e-07 MLMG: Timers: Solve = 0.003502875 Iter = 0.003174758 Bottom = 0.001756409 Time in solve 0.003915374 Max/L2 norm of divergence after solve at level 1 : 1.259231356e-05 0.0009870271313 and volume-weighted sum 77366.81069 Time integration of scalars at level 1 from 848 to 850 with dt = 2 using RHS created at 850 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 425] Advanced 6144 cells Coarse STEP 425 ends. TIME = 850 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036855184 seconds. Coarse STEP 426 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351729775 (terrain aware) 1.351729775 (terrain unaware) Anelastic dt at level 0 would be: 5.863330772 (terrain aware) 5.863330772 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.13817776 (terrain aware) 0.13817776 (terrain unaware) Anelastic dt at level 1 would be: 2.676402476 (terrain aware) 2.676402476 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 426] ADVANCE from elapsed time = 850 to 852 with dt = 2 Making slow rhs at time 850 for fast variables advancing from 850 to 850.6666666667 Fast time integration at level 0 from 850 to 850.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 850 to 850.6666666667 with dt = 0.6666666666666 using RHS created at 850 Making slow rhs at time 850.6666666667 for fast variables advancing from 850 to 851 Fast time integration at level 0 from 850 to 850.5 with dt = 0.5 Fast time integration at level 0 from 850.5 to 851 with dt = 0.5 Time integration of scalars at level 0 from 850 to 851 with dt = 1 using RHS created at 850.6666666667 Making slow rhs at time 851 for fast variables advancing from 850 to 852 Fast time integration at level 0 from 850 to 850.5 with dt = 0.5 Fast time integration at level 0 from 850.5 to 851 with dt = 0.5 Fast time integration at level 0 from 851 to 851.5 with dt = 0.5 Fast time integration at level 0 from 851.5 to 852 with dt = 0.5 Time integration of scalars at level 0 from 850 to 852 with dt = 2 using RHS created at 851 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 426] Advanced 4096 cells [Level 1 step 426] ADVANCE from elapsed time = 850 to 852 with dt = 2 Making slow rhs at time 850 for fast variables advancing from 850 to 852 No-substepping time integration at level 1 to 852 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003951566684 0.002275370612 and volume-weighted sum 79791.2347 Subtracting 1.298685461e-05 from rhs in subdomain 0 Sum after subtraction 2.255140519e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003821698138 MLMG: Initial residual (resid0) = 0.0003821698138 MLMG: Final Iter. 6 resid, resid/bnorm = 8.681320694e-11, 2.271587232e-07 MLMG: Timers: Solve = 0.004199087 Iter = 0.003864778 Bottom = 0.002207069 Time in solve 0.004614205 Max/L2 norm of divergence after solve at level 1 : 1.298694142e-05 0.001017957349 and volume-weighted sum 79791.2347 Time integration of scalars at level 1 from 850 to 852 with dt = 2 using RHS created at 850 Making slow rhs at time 852 for fast variables advancing from 850 to 852 No-substepping time integration at level 1 to 852 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003860990979 0.002153548085 and volume-weighted sum 79791.2347 Subtracting 1.298685461e-05 from rhs in subdomain 0 Sum after subtraction 1.483188572e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003731122432 MLMG: Initial residual (resid0) = 0.0003731122432 MLMG: Final Iter. 5 resid, resid/bnorm = 5.981468685e-11, 1.603128494e-07 MLMG: Timers: Solve = 0.003493778 Iter = 0.003168105 Bottom = 0.001761692 Time in solve 0.003903412 Max/L2 norm of divergence after solve at level 1 : 1.298691442e-05 0.001017957349 and volume-weighted sum 79791.2347 Time integration of scalars at level 1 from 850 to 852 with dt = 2 using RHS created at 852 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 426] Advanced 6144 cells Coarse STEP 426 ends. TIME = 852 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036800205 seconds. Coarse STEP 427 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351989349 (terrain aware) 1.351989349 (terrain unaware) Anelastic dt at level 0 would be: 5.861705258 (terrain aware) 5.861705258 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381863534 (terrain aware) 0.1381863534 (terrain unaware) Anelastic dt at level 1 would be: 2.678928096 (terrain aware) 2.678928096 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 427] ADVANCE from elapsed time = 852 to 854 with dt = 2 Making slow rhs at time 852 for fast variables advancing from 852 to 852.6666666667 Fast time integration at level 0 from 852 to 852.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 852 to 852.6666666667 with dt = 0.6666666666666 using RHS created at 852 Making slow rhs at time 852.6666666667 for fast variables advancing from 852 to 853 Fast time integration at level 0 from 852 to 852.5 with dt = 0.5 Fast time integration at level 0 from 852.5 to 853 with dt = 0.5 Time integration of scalars at level 0 from 852 to 853 with dt = 1 using RHS created at 852.6666666667 Making slow rhs at time 853 for fast variables advancing from 852 to 854 Fast time integration at level 0 from 852 to 852.5 with dt = 0.5 Fast time integration at level 0 from 852.5 to 853 with dt = 0.5 Fast time integration at level 0 from 853 to 853.5 with dt = 0.5 Fast time integration at level 0 from 853.5 to 854 with dt = 0.5 Time integration of scalars at level 0 from 852 to 854 with dt = 2 using RHS created at 853 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 427] Advanced 4096 cells [Level 1 step 427] ADVANCE from elapsed time = 852 to 854 with dt = 2 Making slow rhs at time 852 for fast variables advancing from 852 to 854 No-substepping time integration at level 1 to 854 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003398123095 0.002220521562 and volume-weighted sum 73266.98936 Subtracting 1.192496572e-05 from rhs in subdomain 0 Sum after subtraction 2.758210327e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003278873438 MLMG: Initial residual (resid0) = 0.0003278873438 MLMG: Final Iter. 7 resid, resid/bnorm = 2.5271693e-11, 7.707431675e-08 MLMG: Timers: Solve = 0.004766672 Iter = 0.00444163 Bottom = 0.002506399 Time in solve 0.005171943 Max/L2 norm of divergence after solve at level 1 : 1.192499049e-05 0.0009347225986 and volume-weighted sum 73266.98936 Time integration of scalars at level 1 from 852 to 854 with dt = 2 using RHS created at 852 Making slow rhs at time 854 for fast variables advancing from 852 to 854 No-substepping time integration at level 1 to 854 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003238776852 0.002111678991 and volume-weighted sum 73266.98936 Subtracting 1.192496572e-05 from rhs in subdomain 0 Sum after subtraction 1.214306433e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003119527194 MLMG: Initial residual (resid0) = 0.0003119527194 MLMG: Final Iter. 5 resid, resid/bnorm = 5.781572029e-11, 1.853348815e-07 MLMG: Timers: Solve = 0.003497758 Iter = 0.003170544 Bottom = 0.001747829 Time in solve 0.003898899 Max/L2 norm of divergence after solve at level 1 : 1.192502353e-05 0.0009347225986 and volume-weighted sum 73266.98936 Time integration of scalars at level 1 from 852 to 854 with dt = 2 using RHS created at 854 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 427] Advanced 6144 cells Coarse STEP 427 ends. TIME = 854 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037621397 seconds. Coarse STEP 428 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351564603 (terrain aware) 1.351564603 (terrain unaware) Anelastic dt at level 0 would be: 5.862404857 (terrain aware) 5.862404857 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381904823 (terrain aware) 0.1381904823 (terrain unaware) Anelastic dt at level 1 would be: 2.682500245 (terrain aware) 2.682500245 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 428] ADVANCE from elapsed time = 854 to 856 with dt = 2 Making slow rhs at time 854 for fast variables advancing from 854 to 854.6666666667 Fast time integration at level 0 from 854 to 854.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 854 to 854.6666666667 with dt = 0.6666666666666 using RHS created at 854 Making slow rhs at time 854.6666666667 for fast variables advancing from 854 to 855 Fast time integration at level 0 from 854 to 854.5 with dt = 0.5 Fast time integration at level 0 from 854.5 to 855 with dt = 0.5 Time integration of scalars at level 0 from 854 to 855 with dt = 1 using RHS created at 854.6666666667 Making slow rhs at time 855 for fast variables advancing from 854 to 856 Fast time integration at level 0 from 854 to 854.5 with dt = 0.5 Fast time integration at level 0 from 854.5 to 855 with dt = 0.5 Fast time integration at level 0 from 855 to 855.5 with dt = 0.5 Fast time integration at level 0 from 855.5 to 856 with dt = 0.5 Time integration of scalars at level 0 from 854 to 856 with dt = 2 using RHS created at 855 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 428] Advanced 4096 cells [Level 1 step 428] ADVANCE from elapsed time = 854 to 856 with dt = 2 Making slow rhs at time 854 for fast variables advancing from 854 to 856 No-substepping time integration at level 1 to 856 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000368274405 0.002122197089 and volume-weighted sum 58895.64405 Subtracting 9.585879566e-06 from rhs in subdomain 0 Sum after subtraction 2.636779683e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003586885255 MLMG: Initial residual (resid0) = 0.0003586885255 MLMG: Final Iter. 7 resid, resid/bnorm = 3.584399601e-11, 9.993070161e-08 MLMG: Timers: Solve = 0.004835558 Iter = 0.00450631 Bottom = 0.00252921 Time in solve 0.00525825 Max/L2 norm of divergence after solve at level 1 : 9.585914706e-06 0.0007513764375 and volume-weighted sum 58895.64405 Time integration of scalars at level 1 from 854 to 856 with dt = 2 using RHS created at 854 Making slow rhs at time 856 for fast variables advancing from 854 to 856 No-substepping time integration at level 1 to 856 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003796098028 0.002033223379 and volume-weighted sum 58895.64405 Subtracting 9.585879566e-06 from rhs in subdomain 0 Sum after subtraction 8.239936511e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003700239232 MLMG: Initial residual (resid0) = 0.0003700239232 MLMG: Final Iter. 5 resid, resid/bnorm = 4.844930462e-11, 1.309356006e-07 MLMG: Timers: Solve = 0.00348945 Iter = 0.003160786 Bottom = 0.001761496 Time in solve 0.003894799 Max/L2 norm of divergence after solve at level 1 : 9.585928015e-06 0.0007513764375 and volume-weighted sum 58895.64405 Time integration of scalars at level 1 from 854 to 856 with dt = 2 using RHS created at 856 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 428] Advanced 6144 cells Coarse STEP 428 ends. TIME = 856 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037700851 seconds. Coarse STEP 429 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351285566 (terrain aware) 1.351285566 (terrain unaware) Anelastic dt at level 0 would be: 5.865503134 (terrain aware) 5.865503134 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381924904 (terrain aware) 0.1381924904 (terrain unaware) Anelastic dt at level 1 would be: 2.686968499 (terrain aware) 2.686968499 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 429] ADVANCE from elapsed time = 856 to 858 with dt = 2 Making slow rhs at time 856 for fast variables advancing from 856 to 856.6666666667 Fast time integration at level 0 from 856 to 856.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 856 to 856.6666666667 with dt = 0.6666666666666 using RHS created at 856 Making slow rhs at time 856.6666666667 for fast variables advancing from 856 to 857 Fast time integration at level 0 from 856 to 856.5 with dt = 0.5 Fast time integration at level 0 from 856.5 to 857 with dt = 0.5 Time integration of scalars at level 0 from 856 to 857 with dt = 1 using RHS created at 856.6666666667 Making slow rhs at time 857 for fast variables advancing from 856 to 858 Fast time integration at level 0 from 856 to 856.5 with dt = 0.5 Fast time integration at level 0 from 856.5 to 857 with dt = 0.5 Fast time integration at level 0 from 857 to 857.5 with dt = 0.5 Fast time integration at level 0 from 857.5 to 858 with dt = 0.5 Time integration of scalars at level 0 from 856 to 858 with dt = 2 using RHS created at 857 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 429] Advanced 4096 cells [Level 1 step 429] ADVANCE from elapsed time = 856 to 858 with dt = 2 Making slow rhs at time 856 for fast variables advancing from 856 to 858 No-substepping time integration at level 1 to 858 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003874638194 0.002019087391 and volume-weighted sum 38815.35388 Subtracting 6.31760317e-06 from rhs in subdomain 0 Sum after subtraction -3.40873163e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003811462163 MLMG: Initial residual (resid0) = 0.0003811462163 MLMG: Final Iter. 7 resid, resid/bnorm = 3.871271457e-11, 1.015691955e-07 MLMG: Timers: Solve = 0.004776882 Iter = 0.004448583 Bottom = 0.002525483 Time in solve 0.005194921 Max/L2 norm of divergence after solve at level 1 : 6.317641124e-06 0.0004951969332 and volume-weighted sum 38815.35388 Time integration of scalars at level 1 from 856 to 858 with dt = 2 using RHS created at 856 Making slow rhs at time 858 for fast variables advancing from 856 to 858 No-substepping time integration at level 1 to 858 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003833268251 0.001949242777 and volume-weighted sum 38815.35388 Subtracting 6.31760317e-06 from rhs in subdomain 0 Sum after subtraction -1.630640067e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003770092219 MLMG: Initial residual (resid0) = 0.0003770092219 MLMG: Final Iter. 5 resid, resid/bnorm = 4.14364911e-11, 1.099084285e-07 MLMG: Timers: Solve = 0.003542255 Iter = 0.003212089 Bottom = 0.001747392 Time in solve 0.003956062 Max/L2 norm of divergence after solve at level 1 : 6.317644607e-06 0.0004951969332 and volume-weighted sum 38815.35388 Time integration of scalars at level 1 from 856 to 858 with dt = 2 using RHS created at 858 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 429] Advanced 6144 cells Coarse STEP 429 ends. TIME = 858 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037368144 seconds. Coarse STEP 430 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351142944 (terrain aware) 1.351142944 (terrain unaware) Anelastic dt at level 0 would be: 5.871135691 (terrain aware) 5.871135691 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381951049 (terrain aware) 0.1381951049 (terrain unaware) Anelastic dt at level 1 would be: 2.692075526 (terrain aware) 2.692075526 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 430] ADVANCE from elapsed time = 858 to 860 with dt = 2 Making slow rhs at time 858 for fast variables advancing from 858 to 858.6666666667 Fast time integration at level 0 from 858 to 858.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 858 to 858.6666666667 with dt = 0.6666666666666 using RHS created at 858 Making slow rhs at time 858.6666666667 for fast variables advancing from 858 to 859 Fast time integration at level 0 from 858 to 858.5 with dt = 0.5 Fast time integration at level 0 from 858.5 to 859 with dt = 0.5 Time integration of scalars at level 0 from 858 to 859 with dt = 1 using RHS created at 858.6666666667 Making slow rhs at time 859 for fast variables advancing from 858 to 860 Fast time integration at level 0 from 858 to 858.5 with dt = 0.5 Fast time integration at level 0 from 858.5 to 859 with dt = 0.5 Fast time integration at level 0 from 859 to 859.5 with dt = 0.5 Fast time integration at level 0 from 859.5 to 860 with dt = 0.5 Time integration of scalars at level 0 from 858 to 860 with dt = 2 using RHS created at 859 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 430] Advanced 4096 cells [Level 1 step 430] ADVANCE from elapsed time = 858 to 860 with dt = 2 Making slow rhs at time 858 for fast variables advancing from 858 to 860 No-substepping time integration at level 1 to 860 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003457278447 0.001950389836 and volume-weighted sum 15715.77618 Subtracting 2.557906279e-06 from rhs in subdomain 0 Sum after subtraction 1.240327285e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003431699384 MLMG: Initial residual (resid0) = 0.0003431699384 MLMG: Final Iter. 7 resid, resid/bnorm = 3.439505133e-11, 1.002274602e-07 MLMG: Timers: Solve = 0.004812335 Iter = 0.004477186 Bottom = 0.002556877 Time in solve 0.005213448 Max/L2 norm of divergence after solve at level 1 : 2.557940001e-06 0.0002004980862 and volume-weighted sum 15715.77618 Time integration of scalars at level 1 from 858 to 860 with dt = 2 using RHS created at 858 Making slow rhs at time 860 for fast variables advancing from 858 to 860 No-substepping time integration at level 1 to 860 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003283282706 0.001892207023 and volume-weighted sum 15715.77618 Subtracting 2.557906279e-06 from rhs in subdomain 0 Sum after subtraction 1.426810059e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003257703643 MLMG: Initial residual (resid0) = 0.0003257703643 MLMG: Final Iter. 5 resid, resid/bnorm = 3.683088418e-11, 1.130578107e-07 MLMG: Timers: Solve = 0.003483094 Iter = 0.003154417 Bottom = 0.001759824 Time in solve 0.003888544 Max/L2 norm of divergence after solve at level 1 : 2.55794311e-06 0.0002004980862 and volume-weighted sum 15715.77618 Time integration of scalars at level 1 from 858 to 860 with dt = 2 using RHS created at 860 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 430] Advanced 6144 cells Coarse STEP 430 ends. TIME = 860 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037697175 seconds. Coarse STEP 431 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351124923 (terrain aware) 1.351124923 (terrain unaware) Anelastic dt at level 0 would be: 5.862634128 (terrain aware) 5.862634128 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381981589 (terrain aware) 0.1381981589 (terrain unaware) Anelastic dt at level 1 would be: 2.693154299 (terrain aware) 2.693154299 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 431] ADVANCE from elapsed time = 860 to 862 with dt = 2 Making slow rhs at time 860 for fast variables advancing from 860 to 860.6666666667 Fast time integration at level 0 from 860 to 860.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 860 to 860.6666666667 with dt = 0.6666666666666 using RHS created at 860 Making slow rhs at time 860.6666666667 for fast variables advancing from 860 to 861 Fast time integration at level 0 from 860 to 860.5 with dt = 0.5 Fast time integration at level 0 from 860.5 to 861 with dt = 0.5 Time integration of scalars at level 0 from 860 to 861 with dt = 1 using RHS created at 860.6666666667 Making slow rhs at time 861 for fast variables advancing from 860 to 862 Fast time integration at level 0 from 860 to 860.5 with dt = 0.5 Fast time integration at level 0 from 860.5 to 861 with dt = 0.5 Fast time integration at level 0 from 861 to 861.5 with dt = 0.5 Fast time integration at level 0 from 861.5 to 862 with dt = 0.5 Time integration of scalars at level 0 from 860 to 862 with dt = 2 using RHS created at 861 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 431] Advanced 4096 cells [Level 1 step 431] ADVANCE from elapsed time = 860 to 862 with dt = 2 Making slow rhs at time 860 for fast variables advancing from 860 to 862 No-substepping time integration at level 1 to 862 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003339047776 0.001934829881 and volume-weighted sum -7769.880329 Subtracting -1.26462896e-06 from rhs in subdomain 0 Sum after subtraction 6.765421556e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003351694066 MLMG: Initial residual (resid0) = 0.0003351694066 MLMG: Final Iter. 7 resid, resid/bnorm = 2.592971987e-11, 7.736302707e-08 MLMG: Timers: Solve = 0.004854859 Iter = 0.004518063 Bottom = 0.00252907 Time in solve 0.005277313 Max/L2 norm of divergence after solve at level 1 : 1.26465489e-06 9.912626129e-05 and volume-weighted sum -7769.880329 Time integration of scalars at level 1 from 860 to 862 with dt = 2 using RHS created at 860 Making slow rhs at time 862 for fast variables advancing from 860 to 862 No-substepping time integration at level 1 to 862 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003503104331 0.001880971876 and volume-weighted sum -7769.880329 Subtracting -1.26462896e-06 from rhs in subdomain 0 Sum after subtraction 4.597017211e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000351575062 MLMG: Initial residual (resid0) = 0.000351575062 MLMG: Final Iter. 5 resid, resid/bnorm = 3.285077511e-11, 9.343886601e-08 MLMG: Timers: Solve = 0.003485551 Iter = 0.003157704 Bottom = 0.001755785 Time in solve 0.003892154 Max/L2 norm of divergence after solve at level 1 : 1.264661614e-06 9.912626129e-05 and volume-weighted sum -7769.880329 Time integration of scalars at level 1 from 860 to 862 with dt = 2 using RHS created at 862 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 431] Advanced 6144 cells Coarse STEP 431 ends. TIME = 862 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.038567566 seconds. Coarse STEP 432 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351218424 (terrain aware) 1.351218424 (terrain unaware) Anelastic dt at level 0 would be: 5.850021233 (terrain aware) 5.850021233 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1382004658 (terrain aware) 0.1382004658 (terrain unaware) Anelastic dt at level 1 would be: 2.692279987 (terrain aware) 2.692279987 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 432] ADVANCE from elapsed time = 862 to 864 with dt = 2 Making slow rhs at time 862 for fast variables advancing from 862 to 862.6666666667 Fast time integration at level 0 from 862 to 862.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 862 to 862.6666666667 with dt = 0.6666666666666 using RHS created at 862 Making slow rhs at time 862.6666666667 for fast variables advancing from 862 to 863 Fast time integration at level 0 from 862 to 862.5 with dt = 0.5 Fast time integration at level 0 from 862.5 to 863 with dt = 0.5 Time integration of scalars at level 0 from 862 to 863 with dt = 1 using RHS created at 862.6666666667 Making slow rhs at time 863 for fast variables advancing from 862 to 864 Fast time integration at level 0 from 862 to 862.5 with dt = 0.5 Fast time integration at level 0 from 862.5 to 863 with dt = 0.5 Fast time integration at level 0 from 863 to 863.5 with dt = 0.5 Fast time integration at level 0 from 863.5 to 864 with dt = 0.5 Time integration of scalars at level 0 from 862 to 864 with dt = 2 using RHS created at 863 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 432] Advanced 4096 cells [Level 1 step 432] ADVANCE from elapsed time = 862 to 864 with dt = 2 Making slow rhs at time 862 for fast variables advancing from 862 to 864 No-substepping time integration at level 1 to 864 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003691503127 0.00196486426 and volume-weighted sum -29521.1746 Subtracting -4.804878678e-06 from rhs in subdomain 0 Sum after subtraction -1.474514955e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003739551914 MLMG: Initial residual (resid0) = 0.0003739551914 MLMG: Final Iter. 7 resid, resid/bnorm = 1.761513308e-11, 4.71049299e-08 MLMG: Timers: Solve = 0.004812301 Iter = 0.004449408 Bottom = 0.002523589 Time in solve 0.005242283 Max/L2 norm of divergence after solve at level 1 : 4.804896294e-06 0.0003766240332 and volume-weighted sum -29521.1746 Time integration of scalars at level 1 from 862 to 864 with dt = 2 using RHS created at 862 Making slow rhs at time 864 for fast variables advancing from 862 to 864 No-substepping time integration at level 1 to 864 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003708031635 0.001913100181 and volume-weighted sum -29521.1746 Subtracting -4.804878678e-06 from rhs in subdomain 0 Sum after subtraction 2.168404345e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003756080421 MLMG: Initial residual (resid0) = 0.0003756080421 MLMG: Final Iter. 5 resid, resid/bnorm = 3.053570493e-11, 8.129672825e-08 MLMG: Timers: Solve = 0.003503996 Iter = 0.003172919 Bottom = 0.001779424 Time in solve 0.003914667 Max/L2 norm of divergence after solve at level 1 : 4.804909214e-06 0.0003766240332 and volume-weighted sum -29521.1746 Time integration of scalars at level 1 from 862 to 864 with dt = 2 using RHS created at 864 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 432] Advanced 6144 cells Coarse STEP 432 ends. TIME = 864 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037463557 seconds. Coarse STEP 433 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351410814 (terrain aware) 1.351410814 (terrain unaware) Anelastic dt at level 0 would be: 5.840481479 (terrain aware) 5.840481479 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381957204 (terrain aware) 0.1381957204 (terrain unaware) Anelastic dt at level 1 would be: 2.692237294 (terrain aware) 2.692237294 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 433] ADVANCE from elapsed time = 864 to 866 with dt = 2 Making slow rhs at time 864 for fast variables advancing from 864 to 864.6666666667 Fast time integration at level 0 from 864 to 864.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 864 to 864.6666666667 with dt = 0.6666666666666 using RHS created at 864 Making slow rhs at time 864.6666666667 for fast variables advancing from 864 to 865 Fast time integration at level 0 from 864 to 864.5 with dt = 0.5 Fast time integration at level 0 from 864.5 to 865 with dt = 0.5 Time integration of scalars at level 0 from 864 to 865 with dt = 1 using RHS created at 864.6666666667 Making slow rhs at time 865 for fast variables advancing from 864 to 866 Fast time integration at level 0 from 864 to 864.5 with dt = 0.5 Fast time integration at level 0 from 864.5 to 865 with dt = 0.5 Fast time integration at level 0 from 865 to 865.5 with dt = 0.5 Fast time integration at level 0 from 865.5 to 866 with dt = 0.5 Time integration of scalars at level 0 from 864 to 866 with dt = 2 using RHS created at 865 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 433] Advanced 4096 cells [Level 1 step 433] ADVANCE from elapsed time = 864 to 866 with dt = 2 Making slow rhs at time 864 for fast variables advancing from 864 to 866 No-substepping time integration at level 1 to 866 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003458738341 0.002019661141 and volume-weighted sum -48057.27162 Subtracting -7.821821552e-06 from rhs in subdomain 0 Sum after subtraction -2.688821388e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003536956556 MLMG: Initial residual (resid0) = 0.0003536956556 MLMG: Final Iter. 7 resid, resid/bnorm = 1.16726261e-11, 3.300189277e-08 MLMG: Timers: Solve = 0.004780183 Iter = 0.004454385 Bottom = 0.002532696 Time in solve 0.005188567 Max/L2 norm of divergence after solve at level 1 : 7.821833225e-06 0.0006131030932 and volume-weighted sum -48057.27162 Time integration of scalars at level 1 from 864 to 866 with dt = 2 using RHS created at 864 Making slow rhs at time 866 for fast variables advancing from 864 to 866 No-substepping time integration at level 1 to 866 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000333311366 0.001971398923 and volume-weighted sum -48057.27162 Subtracting -7.821821552e-06 from rhs in subdomain 0 Sum after subtraction -1.066854938e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003411331875 MLMG: Initial residual (resid0) = 0.0003411331875 MLMG: Final Iter. 5 resid, resid/bnorm = 3.072523652e-11, 9.006815414e-08 MLMG: Timers: Solve = 0.00350121 Iter = 0.003172576 Bottom = 0.001770148 Time in solve 0.003936058 Max/L2 norm of divergence after solve at level 1 : 7.821852159e-06 0.0006131030932 and volume-weighted sum -48057.27162 Time integration of scalars at level 1 from 864 to 866 with dt = 2 using RHS created at 866 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 433] Advanced 6144 cells Coarse STEP 433 ends. TIME = 866 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037396241 seconds. Coarse STEP 434 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.351251535 (terrain aware) 1.351251535 (terrain unaware) Anelastic dt at level 0 would be: 5.834113683 (terrain aware) 5.834113683 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381918553 (terrain aware) 0.1381918553 (terrain unaware) Anelastic dt at level 1 would be: 2.693243182 (terrain aware) 2.693243182 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 434] ADVANCE from elapsed time = 866 to 868 with dt = 2 Making slow rhs at time 866 for fast variables advancing from 866 to 866.6666666667 Fast time integration at level 0 from 866 to 866.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 866 to 866.6666666667 with dt = 0.6666666666666 using RHS created at 866 Making slow rhs at time 866.6666666667 for fast variables advancing from 866 to 867 Fast time integration at level 0 from 866 to 866.5 with dt = 0.5 Fast time integration at level 0 from 866.5 to 867 with dt = 0.5 Time integration of scalars at level 0 from 866 to 867 with dt = 1 using RHS created at 866.6666666667 Making slow rhs at time 867 for fast variables advancing from 866 to 868 Fast time integration at level 0 from 866 to 866.5 with dt = 0.5 Fast time integration at level 0 from 866.5 to 867 with dt = 0.5 Fast time integration at level 0 from 867 to 867.5 with dt = 0.5 Fast time integration at level 0 from 867.5 to 868 with dt = 0.5 Time integration of scalars at level 0 from 866 to 868 with dt = 2 using RHS created at 867 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 434] Advanced 4096 cells [Level 1 step 434] ADVANCE from elapsed time = 866 to 868 with dt = 2 Making slow rhs at time 866 for fast variables advancing from 866 to 868 No-substepping time integration at level 1 to 868 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003014331963 0.002080135189 and volume-weighted sum -62346.10941 Subtracting -1.014747875e-05 from rhs in subdomain 0 Sum after subtraction 8.239936511e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003081242698 MLMG: Initial residual (resid0) = 0.0003081242698 MLMG: Final Iter. 6 resid, resid/bnorm = 7.365055277e-11, 2.390287296e-07 MLMG: Timers: Solve = 0.004144281 Iter = 0.003811348 Bottom = 0.002148957 Time in solve 0.004559327 Max/L2 norm of divergence after solve at level 1 : 1.014755096e-05 0.0007953966433 and volume-weighted sum -62346.10941 Time integration of scalars at level 1 from 866 to 868 with dt = 2 using RHS created at 866 Making slow rhs at time 868 for fast variables advancing from 866 to 868 No-substepping time integration at level 1 to 868 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003186437831 0.002033748905 and volume-weighted sum -62346.10941 Subtracting -1.014747875e-05 from rhs in subdomain 0 Sum after subtraction -3.686287386e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003287912618 MLMG: Initial residual (resid0) = 0.0003287912618 MLMG: Final Iter. 5 resid, resid/bnorm = 3.024221555e-11, 9.197998565e-08 MLMG: Timers: Solve = 0.00352246 Iter = 0.003184687 Bottom = 0.00178773 Time in solve 0.003936215 Max/L2 norm of divergence after solve at level 1 : 1.014750899e-05 0.0007953966433 and volume-weighted sum -62346.10941 Time integration of scalars at level 1 from 866 to 868 with dt = 2 using RHS created at 868 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 434] Advanced 6144 cells Coarse STEP 434 ends. TIME = 868 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037271682 seconds. Coarse STEP 435 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350560401 (terrain aware) 1.350560401 (terrain unaware) Anelastic dt at level 0 would be: 5.830967774 (terrain aware) 5.830967774 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381891089 (terrain aware) 0.1381891089 (terrain unaware) Anelastic dt at level 1 would be: 2.693426673 (terrain aware) 2.693426673 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 435] ADVANCE from elapsed time = 868 to 870 with dt = 2 Making slow rhs at time 868 for fast variables advancing from 868 to 868.6666666667 Fast time integration at level 0 from 868 to 868.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 868 to 868.6666666667 with dt = 0.6666666666666 using RHS created at 868 Making slow rhs at time 868.6666666667 for fast variables advancing from 868 to 869 Fast time integration at level 0 from 868 to 868.5 with dt = 0.5 Fast time integration at level 0 from 868.5 to 869 with dt = 0.5 Time integration of scalars at level 0 from 868 to 869 with dt = 1 using RHS created at 868.6666666667 Making slow rhs at time 869 for fast variables advancing from 868 to 870 Fast time integration at level 0 from 868 to 868.5 with dt = 0.5 Fast time integration at level 0 from 868.5 to 869 with dt = 0.5 Fast time integration at level 0 from 869 to 869.5 with dt = 0.5 Fast time integration at level 0 from 869.5 to 870 with dt = 0.5 Time integration of scalars at level 0 from 868 to 870 with dt = 2 using RHS created at 869 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 435] Advanced 4096 cells [Level 1 step 435] ADVANCE from elapsed time = 868 to 870 with dt = 2 Making slow rhs at time 868 for fast variables advancing from 868 to 870 No-substepping time integration at level 1 to 870 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003507548452 0.002130801937 and volume-weighted sum -71467.90495 Subtracting -1.163214599e-05 from rhs in subdomain 0 Sum after subtraction -7.025630078e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003623869912 MLMG: Initial residual (resid0) = 0.0003623869912 MLMG: Final Iter. 6 resid, resid/bnorm = 4.523066524e-11, 1.248131592e-07 MLMG: Timers: Solve = 0.004156761 Iter = 0.003834919 Bottom = 0.002151724 Time in solve 0.004579147 Max/L2 norm of divergence after solve at level 1 : 1.163219036e-05 0.000911770313 and volume-weighted sum -71467.90495 Time integration of scalars at level 1 from 868 to 870 with dt = 2 using RHS created at 868 Making slow rhs at time 870 for fast variables advancing from 868 to 870 No-substepping time integration at level 1 to 870 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003575725963 0.002080140007 and volume-weighted sum -71467.90495 Subtracting -1.163214599e-05 from rhs in subdomain 0 Sum after subtraction -1.183948772e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003692047423 MLMG: Initial residual (resid0) = 0.0003692047423 MLMG: Final Iter. 5 resid, resid/bnorm = 3.041644133e-11, 8.238366913e-08 MLMG: Timers: Solve = 0.003527967 Iter = 0.003193993 Bottom = 0.001779318 Time in solve 0.003943636 Max/L2 norm of divergence after solve at level 1 : 1.16321764e-05 0.000911770313 and volume-weighted sum -71467.90495 Time integration of scalars at level 1 from 868 to 870 with dt = 2 using RHS created at 870 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 435] Advanced 6144 cells Coarse STEP 435 ends. TIME = 870 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.036925503 seconds. Coarse STEP 436 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.350007884 (terrain aware) 1.350007884 (terrain unaware) Anelastic dt at level 0 would be: 5.831030162 (terrain aware) 5.831030162 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381877472 (terrain aware) 0.1381877472 (terrain unaware) Anelastic dt at level 1 would be: 2.691823885 (terrain aware) 2.691823885 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 436] ADVANCE from elapsed time = 870 to 872 with dt = 2 Making slow rhs at time 870 for fast variables advancing from 870 to 870.6666666667 Fast time integration at level 0 from 870 to 870.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 870 to 870.6666666667 with dt = 0.6666666666666 using RHS created at 870 Making slow rhs at time 870.6666666667 for fast variables advancing from 870 to 871 Fast time integration at level 0 from 870 to 870.5 with dt = 0.5 Fast time integration at level 0 from 870.5 to 871 with dt = 0.5 Time integration of scalars at level 0 from 870 to 871 with dt = 1 using RHS created at 870.6666666667 Making slow rhs at time 871 for fast variables advancing from 870 to 872 Fast time integration at level 0 from 870 to 870.5 with dt = 0.5 Fast time integration at level 0 from 870.5 to 871 with dt = 0.5 Fast time integration at level 0 from 871 to 871.5 with dt = 0.5 Fast time integration at level 0 from 871.5 to 872 with dt = 0.5 Time integration of scalars at level 0 from 870 to 872 with dt = 2 using RHS created at 871 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 436] Advanced 4096 cells [Level 1 step 436] ADVANCE from elapsed time = 870 to 872 with dt = 2 Making slow rhs at time 870 for fast variables advancing from 870 to 872 No-substepping time integration at level 1 to 872 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003479236622 0.002157007319 and volume-weighted sum -74434.01185 Subtracting -1.211491078e-05 from rhs in subdomain 0 Sum after subtraction -1.647987302e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000360038573 MLMG: Initial residual (resid0) = 0.000360038573 MLMG: Final Iter. 6 resid, resid/bnorm = 4.887088311e-12, 1.357379091e-08 MLMG: Timers: Solve = 0.004196723 Iter = 0.003868114 Bottom = 0.002192589 Time in solve 0.004611497 Max/L2 norm of divergence after solve at level 1 : 1.211491567e-05 0.0009496111903 and volume-weighted sum -74434.01185 Time integration of scalars at level 1 from 870 to 872 with dt = 2 using RHS created at 870 Making slow rhs at time 872 for fast variables advancing from 870 to 872 No-substepping time integration at level 1 to 872 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003400497413 0.002095257774 and volume-weighted sum -74434.01185 Subtracting -1.211491078e-05 from rhs in subdomain 0 Sum after subtraction -5.03069808e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003521646521 MLMG: Initial residual (resid0) = 0.0003521646521 MLMG: Final Iter. 5 resid, resid/bnorm = 2.994394092e-11, 8.502824104e-08 MLMG: Timers: Solve = 0.003533315 Iter = 0.003206736 Bottom = 0.001794548 Time in solve 0.004016926 Max/L2 norm of divergence after solve at level 1 : 1.211494073e-05 0.0009496111903 and volume-weighted sum -74434.01185 Time integration of scalars at level 1 from 870 to 872 with dt = 2 using RHS created at 872 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 436] Advanced 6144 cells Coarse STEP 436 ends. TIME = 872 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037240515 seconds. Coarse STEP 437 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349593661 (terrain aware) 1.349593661 (terrain unaware) Anelastic dt at level 0 would be: 5.834229907 (terrain aware) 5.834229907 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381838376 (terrain aware) 0.1381838376 (terrain unaware) Anelastic dt at level 1 would be: 2.691468312 (terrain aware) 2.691468312 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 437] ADVANCE from elapsed time = 872 to 874 with dt = 2 Making slow rhs at time 872 for fast variables advancing from 872 to 872.6666666667 Fast time integration at level 0 from 872 to 872.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 872 to 872.6666666667 with dt = 0.6666666666666 using RHS created at 872 Making slow rhs at time 872.6666666667 for fast variables advancing from 872 to 873 Fast time integration at level 0 from 872 to 872.5 with dt = 0.5 Fast time integration at level 0 from 872.5 to 873 with dt = 0.5 Time integration of scalars at level 0 from 872 to 873 with dt = 1 using RHS created at 872.6666666667 Making slow rhs at time 873 for fast variables advancing from 872 to 874 Fast time integration at level 0 from 872 to 872.5 with dt = 0.5 Fast time integration at level 0 from 872.5 to 873 with dt = 0.5 Fast time integration at level 0 from 873 to 873.5 with dt = 0.5 Fast time integration at level 0 from 873.5 to 874 with dt = 0.5 Time integration of scalars at level 0 from 872 to 874 with dt = 2 using RHS created at 873 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 437] Advanced 4096 cells [Level 1 step 437] ADVANCE from elapsed time = 872 to 874 with dt = 2 Making slow rhs at time 872 for fast variables advancing from 872 to 874 No-substepping time integration at level 1 to 874 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002993216628 0.002146733761 and volume-weighted sum -70313.07344 Subtracting -1.144418513e-05 from rhs in subdomain 0 Sum after subtraction 6.938893904e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003014445554 MLMG: Initial residual (resid0) = 0.0003014445554 MLMG: Final Iter. 6 resid, resid/bnorm = 8.338315107e-11, 2.766118995e-07 MLMG: Timers: Solve = 0.004136256 Iter = 0.003810873 Bottom = 0.002131389 Time in solve 0.004565374 Max/L2 norm of divergence after solve at level 1 : 1.144426851e-05 0.000897037251 and volume-weighted sum -70313.07344 Time integration of scalars at level 1 from 872 to 874 with dt = 2 using RHS created at 872 Making slow rhs at time 874 for fast variables advancing from 872 to 874 No-substepping time integration at level 1 to 874 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003019953728 0.002070567134 and volume-weighted sum -70313.07344 Subtracting -1.144418513e-05 from rhs in subdomain 0 Sum after subtraction 7.112366252e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.00030215489 MLMG: Initial residual (resid0) = 0.00030215489 MLMG: Final Iter. 5 resid, resid/bnorm = 3.023024699e-11, 1.000488425e-07 MLMG: Timers: Solve = 0.003536001 Iter = 0.003199361 Bottom = 0.001789435 Time in solve 0.003970395 Max/L2 norm of divergence after solve at level 1 : 1.144421536e-05 0.000897037251 and volume-weighted sum -70313.07344 Time integration of scalars at level 1 from 872 to 874 with dt = 2 using RHS created at 874 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 437] Advanced 6144 cells Coarse STEP 437 ends. TIME = 874 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037135951 seconds. Coarse STEP 438 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.34931459 (terrain aware) 1.34931459 (terrain unaware) Anelastic dt at level 0 would be: 5.840443475 (terrain aware) 5.840443475 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381774117 (terrain aware) 0.1381774117 (terrain unaware) Anelastic dt at level 1 would be: 2.692423808 (terrain aware) 2.692423808 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 438] ADVANCE from elapsed time = 874 to 876 with dt = 2 Making slow rhs at time 874 for fast variables advancing from 874 to 874.6666666667 Fast time integration at level 0 from 874 to 874.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 874 to 874.6666666667 with dt = 0.6666666666666 using RHS created at 874 Making slow rhs at time 874.6666666667 for fast variables advancing from 874 to 875 Fast time integration at level 0 from 874 to 874.5 with dt = 0.5 Fast time integration at level 0 from 874.5 to 875 with dt = 0.5 Time integration of scalars at level 0 from 874 to 875 with dt = 1 using RHS created at 874.6666666667 Making slow rhs at time 875 for fast variables advancing from 874 to 876 Fast time integration at level 0 from 874 to 874.5 with dt = 0.5 Fast time integration at level 0 from 874.5 to 875 with dt = 0.5 Fast time integration at level 0 from 875 to 875.5 with dt = 0.5 Fast time integration at level 0 from 875.5 to 876 with dt = 0.5 Time integration of scalars at level 0 from 874 to 876 with dt = 2 using RHS created at 875 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 438] Advanced 4096 cells [Level 1 step 438] ADVANCE from elapsed time = 874 to 876 with dt = 2 Making slow rhs at time 874 for fast variables advancing from 874 to 876 No-substepping time integration at level 1 to 876 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003366164541 0.002096314107 and volume-weighted sum -58644.13609 Subtracting -9.544944024e-06 from rhs in subdomain 0 Sum after subtraction -5.095750211e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003461613981 MLMG: Initial residual (resid0) = 0.0003461613981 MLMG: Final Iter. 7 resid, resid/bnorm = 1.945331184e-11, 5.619723039e-08 MLMG: Timers: Solve = 0.004770648 Iter = 0.004445824 Bottom = 0.002499891 Time in solve 0.005193708 Max/L2 norm of divergence after solve at level 1 : 9.544963094e-06 0.0007481677595 and volume-weighted sum -58644.13609 Time integration of scalars at level 1 from 874 to 876 with dt = 2 using RHS created at 874 Making slow rhs at time 876 for fast variables advancing from 874 to 876 No-substepping time integration at level 1 to 876 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003482610685 0.002008568201 and volume-weighted sum -58644.13609 Subtracting -9.544944024e-06 from rhs in subdomain 0 Sum after subtraction -3.946495908e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003578060125 MLMG: Initial residual (resid0) = 0.0003578060125 MLMG: Final Iter. 5 resid, resid/bnorm = 3.374956231e-11, 9.432363105e-08 MLMG: Timers: Solve = 0.003539395 Iter = 0.003204034 Bottom = 0.001786344 Time in solve 0.003956692 Max/L2 norm of divergence after solve at level 1 : 9.544977676e-06 0.0007481677595 and volume-weighted sum -58644.13609 Time integration of scalars at level 1 from 874 to 876 with dt = 2 using RHS created at 876 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 438] Advanced 6144 cells Coarse STEP 438 ends. TIME = 876 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.037686489 seconds. Coarse STEP 439 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349165053 (terrain aware) 1.349165053 (terrain unaware) Anelastic dt at level 0 would be: 5.849513127 (terrain aware) 5.849513127 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381734411 (terrain aware) 0.1381734411 (terrain unaware) Anelastic dt at level 1 would be: 2.694757975 (terrain aware) 2.694757975 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 439] ADVANCE from elapsed time = 876 to 878 with dt = 2 Making slow rhs at time 876 for fast variables advancing from 876 to 876.6666666667 Fast time integration at level 0 from 876 to 876.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 876 to 876.6666666667 with dt = 0.6666666666666 using RHS created at 876 Making slow rhs at time 876.6666666667 for fast variables advancing from 876 to 877 Fast time integration at level 0 from 876 to 876.5 with dt = 0.5 Fast time integration at level 0 from 876.5 to 877 with dt = 0.5 Time integration of scalars at level 0 from 876 to 877 with dt = 1 using RHS created at 876.6666666667 Making slow rhs at time 877 for fast variables advancing from 876 to 878 Fast time integration at level 0 from 876 to 876.5 with dt = 0.5 Fast time integration at level 0 from 876.5 to 877 with dt = 0.5 Fast time integration at level 0 from 877 to 877.5 with dt = 0.5 Fast time integration at level 0 from 877.5 to 878 with dt = 0.5 Time integration of scalars at level 0 from 876 to 878 with dt = 2 using RHS created at 877 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 439] Advanced 4096 cells [Level 1 step 439] ADVANCE from elapsed time = 876 to 878 with dt = 2 Making slow rhs at time 876 for fast variables advancing from 876 to 878 No-substepping time integration at level 1 to 878 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003552549612 0.002016786302 and volume-weighted sum -39896.78059 Subtracting -6.493616633e-06 from rhs in subdomain 0 Sum after subtraction 7.274996577e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003617485779 MLMG: Initial residual (resid0) = 0.0003617485779 MLMG: Final Iter. 7 resid, resid/bnorm = 2.891460224e-11, 7.993010618e-08 MLMG: Timers: Solve = 0.004867356 Iter = 0.004533033 Bottom = 0.002519793 Time in solve 0.00528243 Max/L2 norm of divergence after solve at level 1 : 6.493644979e-06 0.0005089935148 and volume-weighted sum -39896.78059 Time integration of scalars at level 1 from 876 to 878 with dt = 2 using RHS created at 876 Making slow rhs at time 878 for fast variables advancing from 876 to 878 No-substepping time integration at level 1 to 878 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003519835235 0.001929445643 and volume-weighted sum -39896.78059 Subtracting -6.493616633e-06 from rhs in subdomain 0 Sum after subtraction 1.344410694e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003584771401 MLMG: Initial residual (resid0) = 0.0003584771401 MLMG: Final Iter. 5 resid, resid/bnorm = 3.775232741e-11, 1.053130679e-07 MLMG: Timers: Solve = 0.003544887 Iter = 0.003217799 Bottom = 0.001808008 Time in solve 0.003966 Max/L2 norm of divergence after solve at level 1 : 6.49365424e-06 0.0005089935148 and volume-weighted sum -39896.78059 Time integration of scalars at level 1 from 876 to 878 with dt = 2 using RHS created at 878 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 439] Advanced 6144 cells Coarse STEP 439 ends. TIME = 878 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03820403 seconds. Coarse STEP 440 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349138576 (terrain aware) 1.349138576 (terrain unaware) Anelastic dt at level 0 would be: 5.861260298 (terrain aware) 5.861260298 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381722926 (terrain aware) 0.1381722926 (terrain unaware) Anelastic dt at level 1 would be: 2.69654341 (terrain aware) 2.69654341 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 440] ADVANCE from elapsed time = 878 to 880 with dt = 2 Making slow rhs at time 878 for fast variables advancing from 878 to 878.6666666667 Fast time integration at level 0 from 878 to 878.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 878 to 878.6666666667 with dt = 0.6666666666666 using RHS created at 878 Making slow rhs at time 878.6666666667 for fast variables advancing from 878 to 879 Fast time integration at level 0 from 878 to 878.5 with dt = 0.5 Fast time integration at level 0 from 878.5 to 879 with dt = 0.5 Time integration of scalars at level 0 from 878 to 879 with dt = 1 using RHS created at 878.6666666667 Making slow rhs at time 879 for fast variables advancing from 878 to 880 Fast time integration at level 0 from 878 to 878.5 with dt = 0.5 Fast time integration at level 0 from 878.5 to 879 with dt = 0.5 Fast time integration at level 0 from 879 to 879.5 with dt = 0.5 Fast time integration at level 0 from 879.5 to 880 with dt = 0.5 Time integration of scalars at level 0 from 878 to 880 with dt = 2 using RHS created at 879 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 440] Advanced 4096 cells [Level 1 step 440] ADVANCE from elapsed time = 878 to 880 with dt = 2 Making slow rhs at time 878 for fast variables advancing from 878 to 880 No-substepping time integration at level 1 to 880 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003178253992 0.001941704678 and volume-weighted sum -15719.97895 Subtracting -2.558590323e-06 from rhs in subdomain 0 Sum after subtraction 1.073360151e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003203839895 MLMG: Initial residual (resid0) = 0.0003203839895 MLMG: Final Iter. 7 resid, resid/bnorm = 3.493282533e-11, 1.090342416e-07 MLMG: Timers: Solve = 0.004792359 Iter = 0.004466666 Bottom = 0.002532115 Time in solve 0.005219994 Max/L2 norm of divergence after solve at level 1 : 2.558624569e-06 0.0002005517041 and volume-weighted sum -15719.97895 Time integration of scalars at level 1 from 878 to 880 with dt = 2 using RHS created at 878 Making slow rhs at time 880 for fast variables advancing from 878 to 880 No-substepping time integration at level 1 to 880 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003021431775 0.001868933942 and volume-weighted sum -15719.97895 Subtracting -2.558590323e-06 from rhs in subdomain 0 Sum after subtraction 7.285838599e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003047017678 MLMG: Initial residual (resid0) = 0.0003047017678 MLMG: Final Iter. 5 resid, resid/bnorm = 4.373244644e-11, 1.43525411e-07 MLMG: Timers: Solve = 0.003605545 Iter = 0.003277829 Bottom = 0.001813228 Time in solve 0.004018335 Max/L2 norm of divergence after solve at level 1 : 2.558633836e-06 0.0002005517041 and volume-weighted sum -15719.97895 Time integration of scalars at level 1 from 878 to 880 with dt = 2 using RHS created at 880 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 440] Advanced 6144 cells Coarse STEP 440 ends. TIME = 880 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.03767184 seconds. Coarse STEP 441 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349229109 (terrain aware) 1.349229109 (terrain unaware) Anelastic dt at level 0 would be: 5.867142557 (terrain aware) 5.867142557 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381742337 (terrain aware) 0.1381742337 (terrain unaware) Anelastic dt at level 1 would be: 2.69713994 (terrain aware) 2.69713994 (terrain unaware) Fixed dt at level 1 is: 2 Creating new distribution map on level: 1 REMAKING WITH NEW BA AT LEVEL 1 (BoxArray maxbox(6) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,15) (0,0,0)) ((48,0,0) (79,0,47) (0,0,0)) ((80,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ((144,0,0) (175,0,47) (0,0,0)) ) OLD BA AT LEVEL 1 (BoxArray maxbox(6) m_ref->m_hash_sig(0) ((0,0,0) (31,0,15) (0,0,0)) ((32,0,0) (47,0,15) (0,0,0)) ((48,0,0) (79,0,47) (0,0,0)) ((80,0,0) (111,0,47) (0,0,0)) ((112,0,0) (143,0,47) (0,0,0)) ((144,0,0) (159,0,47) (0,0,0)) ) Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002887577022 0.001446388197 and volume-weighted sum -8612.030024 Subtracting -1.245953418e-06 from rhs in subdomain 0 Sum after subtraction -3.426078865e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002900036556 MLMG: Initial residual (resid0) = 0.0002900036556 MLMG: Final Iter. 7 resid, resid/bnorm = 1.469478396e-11, 5.067103008e-08 MLMG: Timers: Solve = 0.005199729 Iter = 0.004867399 Bottom = 0.002722674 Time in solve 0.005632343 Max/L2 norm of divergence after solve at level 1 : 1.245968113e-06 0.0001035866219 and volume-weighted sum -8612.030024 [Level 0 step 441] ADVANCE from elapsed time = 880 to 882 with dt = 2 Making slow rhs at time 880 for fast variables advancing from 880 to 880.6666666667 Fast time integration at level 0 from 880 to 880.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 880 to 880.6666666667 with dt = 0.6666666666666 using RHS created at 880 Making slow rhs at time 880.6666666667 for fast variables advancing from 880 to 881 Fast time integration at level 0 from 880 to 880.5 with dt = 0.5 Fast time integration at level 0 from 880.5 to 881 with dt = 0.5 Time integration of scalars at level 0 from 880 to 881 with dt = 1 using RHS created at 880.6666666667 Making slow rhs at time 881 for fast variables advancing from 880 to 882 Fast time integration at level 0 from 880 to 880.5 with dt = 0.5 Fast time integration at level 0 from 880.5 to 881 with dt = 0.5 Fast time integration at level 0 from 881 to 881.5 with dt = 0.5 Fast time integration at level 0 from 881.5 to 882 with dt = 0.5 Time integration of scalars at level 0 from 880 to 882 with dt = 2 using RHS created at 881 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 441] Advanced 4096 cells [Level 1 step 441] ADVANCE from elapsed time = 880 to 882 with dt = 2 Making slow rhs at time 880 for fast variables advancing from 880 to 882 No-substepping time integration at level 1 to 882 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.007603901483 0.07222707957 and volume-weighted sum 21242.41885 Subtracting 3.073266616e-06 from rhs in subdomain 0 Sum after subtraction -3.330669074e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.007606974749 MLMG: Initial residual (resid0) = 0.007606974749 MLMG: Final Iter. 8 resid, resid/bnorm = 2.003700422e-11, 2.634030595e-09 MLMG: Timers: Solve = 0.005900997 Iter = 0.005551739 Bottom = 0.003084364 Time in solve 0.006324625 Max/L2 norm of divergence after solve at level 1 : 3.073286275e-06 0.0002555065884 and volume-weighted sum 21242.41885 Time integration of scalars at level 1 from 880 to 882 with dt = 2 using RHS created at 880 Making slow rhs at time 882 for fast variables advancing from 880 to 882 No-substepping time integration at level 1 to 882 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000345786985 0.001873875775 and volume-weighted sum 21242.41885 Subtracting 3.073266616e-06 from rhs in subdomain 0 Sum after subtraction 1.029992064e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003427137184 MLMG: Initial residual (resid0) = 0.0003427137184 MLMG: Final Iter. 5 resid, resid/bnorm = 3.989126292e-11, 1.163982087e-07 MLMG: Timers: Solve = 0.003773282 Iter = 0.003442244 Bottom = 0.001863418 Time in solve 0.004197392 Max/L2 norm of divergence after solve at level 1 : 3.073306508e-06 0.0002555065884 and volume-weighted sum 21242.41885 Time integration of scalars at level 1 from 880 to 882 with dt = 2 using RHS created at 882 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 441] Advanced 6912 cells Coarse STEP 441 ends. TIME = 882 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.060185667 seconds. Coarse STEP 442 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349432634 (terrain aware) 1.349432634 (terrain unaware) Anelastic dt at level 0 would be: 5.861049448 (terrain aware) 5.861049448 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381711698 (terrain aware) 0.1381711698 (terrain unaware) Anelastic dt at level 1 would be: 2.698796832 (terrain aware) 2.698796832 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 442] ADVANCE from elapsed time = 882 to 884 with dt = 2 Making slow rhs at time 882 for fast variables advancing from 882 to 882.6666666667 Fast time integration at level 0 from 882 to 882.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 882 to 882.6666666667 with dt = 0.6666666666666 using RHS created at 882 Making slow rhs at time 882.6666666667 for fast variables advancing from 882 to 883 Fast time integration at level 0 from 882 to 882.5 with dt = 0.5 Fast time integration at level 0 from 882.5 to 883 with dt = 0.5 Time integration of scalars at level 0 from 882 to 883 with dt = 1 using RHS created at 882.6666666667 Making slow rhs at time 883 for fast variables advancing from 882 to 884 Fast time integration at level 0 from 882 to 882.5 with dt = 0.5 Fast time integration at level 0 from 882.5 to 883 with dt = 0.5 Fast time integration at level 0 from 883 to 883.5 with dt = 0.5 Fast time integration at level 0 from 883.5 to 884 with dt = 0.5 Time integration of scalars at level 0 from 882 to 884 with dt = 2 using RHS created at 883 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 442] Advanced 4096 cells [Level 1 step 442] ADVANCE from elapsed time = 882 to 884 with dt = 2 Making slow rhs at time 882 for fast variables advancing from 882 to 884 No-substepping time integration at level 1 to 884 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003684497615 0.002016038567 and volume-weighted sum 49485.44499 Subtracting 7.159352574e-06 from rhs in subdomain 0 Sum after subtraction -9.9312919e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003612904089 MLMG: Initial residual (resid0) = 0.0003612904089 MLMG: Final Iter. 7 resid, resid/bnorm = 3.243878167e-11, 8.978589209e-08 MLMG: Timers: Solve = 0.005135722 Iter = 0.004804922 Bottom = 0.002636221 Time in solve 0.00556532 Max/L2 norm of divergence after solve at level 1 : 7.159385013e-06 0.0005952173955 and volume-weighted sum 49485.44499 Time integration of scalars at level 1 from 882 to 884 with dt = 2 using RHS created at 882 Making slow rhs at time 884 for fast variables advancing from 882 to 884 No-substepping time integration at level 1 to 884 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003682899244 0.001946228967 and volume-weighted sum 49485.44499 Subtracting 7.159352574e-06 from rhs in subdomain 0 Sum after subtraction -8.261620554e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003611305719 MLMG: Initial residual (resid0) = 0.0003611305719 MLMG: Final Iter. 5 resid, resid/bnorm = 4.911928345e-11, 1.360153011e-07 MLMG: Timers: Solve = 0.004013237 Iter = 0.003559529 Bottom = 0.001940838 Time in solve 0.00444985 Max/L2 norm of divergence after solve at level 1 : 7.159401693e-06 0.0005952173955 and volume-weighted sum 49485.44499 Time integration of scalars at level 1 from 882 to 884 with dt = 2 using RHS created at 884 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 442] Advanced 6912 cells Coarse STEP 442 ends. TIME = 884 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041428776 seconds. Coarse STEP 443 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.349662264 (terrain aware) 1.349662264 (terrain unaware) Anelastic dt at level 0 would be: 5.857196622 (terrain aware) 5.857196622 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381710165 (terrain aware) 0.1381710165 (terrain unaware) Anelastic dt at level 1 would be: 2.702351079 (terrain aware) 2.702351079 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 443] ADVANCE from elapsed time = 884 to 886 with dt = 2 Making slow rhs at time 884 for fast variables advancing from 884 to 884.6666666667 Fast time integration at level 0 from 884 to 884.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 884 to 884.6666666667 with dt = 0.6666666666666 using RHS created at 884 Making slow rhs at time 884.6666666667 for fast variables advancing from 884 to 885 Fast time integration at level 0 from 884 to 884.5 with dt = 0.5 Fast time integration at level 0 from 884.5 to 885 with dt = 0.5 Time integration of scalars at level 0 from 884 to 885 with dt = 1 using RHS created at 884.6666666667 Making slow rhs at time 885 for fast variables advancing from 884 to 886 Fast time integration at level 0 from 884 to 884.5 with dt = 0.5 Fast time integration at level 0 from 884.5 to 885 with dt = 0.5 Fast time integration at level 0 from 885 to 885.5 with dt = 0.5 Fast time integration at level 0 from 885.5 to 886 with dt = 0.5 Time integration of scalars at level 0 from 884 to 886 with dt = 2 using RHS created at 885 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 443] Advanced 4096 cells [Level 1 step 443] ADVANCE from elapsed time = 884 to 886 with dt = 2 Making slow rhs at time 884 for fast variables advancing from 884 to 886 No-substepping time integration at level 1 to 886 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003483077638 0.002143805462 and volume-weighted sum 72382.0599 Subtracting 1.047194154e-05 from rhs in subdomain 0 Sum after subtraction -3.122502257e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003378358223 MLMG: Initial residual (resid0) = 0.0003378358223 MLMG: Final Iter. 7 resid, resid/bnorm = 2.202903763e-11, 6.520634042e-08 MLMG: Timers: Solve = 0.005238434 Iter = 0.004905341 Bottom = 0.002715009 Time in solve 0.00567818 Max/L2 norm of divergence after solve at level 1 : 1.047196357e-05 0.0008706208701 and volume-weighted sum 72382.0599 Time integration of scalars at level 1 from 884 to 886 with dt = 2 using RHS created at 884 Making slow rhs at time 886 for fast variables advancing from 884 to 886 No-substepping time integration at level 1 to 886 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000334189503 0.002043634453 and volume-weighted sum 72382.0599 Subtracting 1.047194154e-05 from rhs in subdomain 0 Sum after subtraction -6.960577947e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003237175614 MLMG: Initial residual (resid0) = 0.0003237175614 MLMG: Final Iter. 5 resid, resid/bnorm = 5.330774209e-11, 1.646736181e-07 MLMG: Timers: Solve = 0.003857169 Iter = 0.003523366 Bottom = 0.001948226 Time in solve 0.004292566 Max/L2 norm of divergence after solve at level 1 : 1.047199484e-05 0.0008706208701 and volume-weighted sum 72382.0599 Time integration of scalars at level 1 from 884 to 886 with dt = 2 using RHS created at 886 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 443] Advanced 6912 cells Coarse STEP 443 ends. TIME = 886 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041347911 seconds. Coarse STEP 444 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.348962465 (terrain aware) 1.348962465 (terrain unaware) Anelastic dt at level 0 would be: 5.855565486 (terrain aware) 5.855565486 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381738009 (terrain aware) 0.1381738009 (terrain unaware) Anelastic dt at level 1 would be: 2.707261956 (terrain aware) 2.707261956 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 444] ADVANCE from elapsed time = 886 to 888 with dt = 2 Making slow rhs at time 886 for fast variables advancing from 886 to 886.6666666667 Fast time integration at level 0 from 886 to 886.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 886 to 886.6666666667 with dt = 0.6666666666666 using RHS created at 886 Making slow rhs at time 886.6666666667 for fast variables advancing from 886 to 887 Fast time integration at level 0 from 886 to 886.5 with dt = 0.5 Fast time integration at level 0 from 886.5 to 887 with dt = 0.5 Time integration of scalars at level 0 from 886 to 887 with dt = 1 using RHS created at 886.6666666667 Making slow rhs at time 887 for fast variables advancing from 886 to 888 Fast time integration at level 0 from 886 to 886.5 with dt = 0.5 Fast time integration at level 0 from 886.5 to 887 with dt = 0.5 Fast time integration at level 0 from 887 to 887.5 with dt = 0.5 Fast time integration at level 0 from 887.5 to 888 with dt = 0.5 Time integration of scalars at level 0 from 886 to 888 with dt = 2 using RHS created at 887 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 444] Advanced 4096 cells [Level 1 step 444] ADVANCE from elapsed time = 886 to 888 with dt = 2 Making slow rhs at time 886 for fast variables advancing from 886 to 888 No-substepping time integration at level 1 to 888 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003177946068 0.002251106646 and volume-weighted sum 86929.66244 Subtracting 1.25766294e-05 from rhs in subdomain 0 Sum after subtraction -5.746271514e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003052179774 MLMG: Initial residual (resid0) = 0.0003052179774 MLMG: Final Iter. 6 resid, resid/bnorm = 6.232539566e-11, 2.041996222e-07 MLMG: Timers: Solve = 0.004482398 Iter = 0.004149065 Bottom = 0.002278202 Time in solve 0.004908497 Max/L2 norm of divergence after solve at level 1 : 1.257669051e-05 0.001045601334 and volume-weighted sum 86929.66244 Time integration of scalars at level 1 from 886 to 888 with dt = 2 using RHS created at 886 Making slow rhs at time 888 for fast variables advancing from 886 to 888 No-substepping time integration at level 1 to 888 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003348672209 0.00212045887 and volume-weighted sum 86929.66244 Subtracting 1.25766294e-05 from rhs in subdomain 0 Sum after subtraction -1.216474838e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003222905915 MLMG: Initial residual (resid0) = 0.0003222905915 MLMG: Final Iter. 5 resid, resid/bnorm = 5.610703127e-11, 1.740883313e-07 MLMG: Timers: Solve = 0.003984405 Iter = 0.003596726 Bottom = 0.001893106 Time in solve 0.00441591 Max/L2 norm of divergence after solve at level 1 : 1.257668551e-05 0.001045601334 and volume-weighted sum 86929.66244 Time integration of scalars at level 1 from 886 to 888 with dt = 2 using RHS created at 888 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 444] Advanced 6912 cells Coarse STEP 444 ends. TIME = 888 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.04059344 seconds. Coarse STEP 445 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.34837391 (terrain aware) 1.34837391 (terrain unaware) Anelastic dt at level 0 would be: 5.853626755 (terrain aware) 5.853626755 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381790514 (terrain aware) 0.1381790514 (terrain unaware) Anelastic dt at level 1 would be: 2.710732006 (terrain aware) 2.710732006 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 445] ADVANCE from elapsed time = 888 to 890 with dt = 2 Making slow rhs at time 888 for fast variables advancing from 888 to 888.6666666667 Fast time integration at level 0 from 888 to 888.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 888 to 888.6666666667 with dt = 0.6666666666666 using RHS created at 888 Making slow rhs at time 888.6666666667 for fast variables advancing from 888 to 889 Fast time integration at level 0 from 888 to 888.5 with dt = 0.5 Fast time integration at level 0 from 888.5 to 889 with dt = 0.5 Time integration of scalars at level 0 from 888 to 889 with dt = 1 using RHS created at 888.6666666667 Making slow rhs at time 889 for fast variables advancing from 888 to 890 Fast time integration at level 0 from 888 to 888.5 with dt = 0.5 Fast time integration at level 0 from 888.5 to 889 with dt = 0.5 Fast time integration at level 0 from 889 to 889.5 with dt = 0.5 Fast time integration at level 0 from 889.5 to 890 with dt = 0.5 Time integration of scalars at level 0 from 888 to 890 with dt = 2 using RHS created at 889 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 445] Advanced 4096 cells [Level 1 step 445] ADVANCE from elapsed time = 888 to 890 with dt = 2 Making slow rhs at time 888 for fast variables advancing from 888 to 890 No-substepping time integration at level 1 to 890 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000367467998 0.002288241374 and volume-weighted sum 91361.40848 Subtracting 1.321779637e-05 from rhs in subdomain 0 Sum after subtraction 5.160802341e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003542502017 MLMG: Initial residual (resid0) = 0.0003542502017 MLMG: Final Iter. 6 resid, resid/bnorm = 9.793181662e-11, 2.764481605e-07 MLMG: Timers: Solve = 0.004572138 Iter = 0.004242674 Bottom = 0.002346722 Time in solve 0.004991177 Max/L2 norm of divergence after solve at level 1 : 1.32178943e-05 0.001098906954 and volume-weighted sum 91361.40848 Time integration of scalars at level 1 from 888 to 890 with dt = 2 using RHS created at 888 Making slow rhs at time 890 for fast variables advancing from 888 to 890 No-substepping time integration at level 1 to 890 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003706237504 0.002143409528 and volume-weighted sum 91361.40848 Subtracting 1.321779637e-05 from rhs in subdomain 0 Sum after subtraction 1.153591112e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000357405954 MLMG: Initial residual (resid0) = 0.000357405954 MLMG: Final Iter. 5 resid, resid/bnorm = 5.689178311e-11, 1.591797296e-07 MLMG: Timers: Solve = 0.003764836 Iter = 0.003429845 Bottom = 0.001851102 Time in solve 0.004186327 Max/L2 norm of divergence after solve at level 1 : 1.321785326e-05 0.001098906954 and volume-weighted sum 91361.40848 Time integration of scalars at level 1 from 888 to 890 with dt = 2 using RHS created at 890 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 445] Advanced 6912 cells Coarse STEP 445 ends. TIME = 890 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.040911658 seconds. Coarse STEP 446 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347900974 (terrain aware) 1.347900974 (terrain unaware) Anelastic dt at level 0 would be: 5.844905922 (terrain aware) 5.844905922 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381848336 (terrain aware) 0.1381848336 (terrain unaware) Anelastic dt at level 1 would be: 2.71344566 (terrain aware) 2.71344566 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 446] ADVANCE from elapsed time = 890 to 892 with dt = 2 Making slow rhs at time 890 for fast variables advancing from 890 to 890.6666666667 Fast time integration at level 0 from 890 to 890.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 890 to 890.6666666667 with dt = 0.6666666666666 using RHS created at 890 Making slow rhs at time 890.6666666667 for fast variables advancing from 890 to 891 Fast time integration at level 0 from 890 to 890.5 with dt = 0.5 Fast time integration at level 0 from 890.5 to 891 with dt = 0.5 Time integration of scalars at level 0 from 890 to 891 with dt = 1 using RHS created at 890.6666666667 Making slow rhs at time 891 for fast variables advancing from 890 to 892 Fast time integration at level 0 from 890 to 890.5 with dt = 0.5 Fast time integration at level 0 from 890.5 to 891 with dt = 0.5 Fast time integration at level 0 from 891 to 891.5 with dt = 0.5 Fast time integration at level 0 from 891.5 to 892 with dt = 0.5 Time integration of scalars at level 0 from 890 to 892 with dt = 2 using RHS created at 891 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 446] Advanced 4096 cells [Level 1 step 446] ADVANCE from elapsed time = 890 to 892 with dt = 2 Making slow rhs at time 890 for fast variables advancing from 890 to 892 No-substepping time integration at level 1 to 892 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000360544154 0.002242028717 and volume-weighted sum 85396.74383 Subtracting 1.235485298e-05 from rhs in subdomain 0 Sum after subtraction 3.477578468e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000348189301 MLMG: Initial residual (resid0) = 0.000348189301 MLMG: Final Iter. 7 resid, resid/bnorm = 2.75709103e-11, 7.918368031e-08 MLMG: Timers: Solve = 0.00523537 Iter = 0.004895954 Bottom = 0.002723979 Time in solve 0.005657804 Max/L2 norm of divergence after solve at level 1 : 1.235488001e-05 0.001027163188 and volume-weighted sum 85396.74383 Time integration of scalars at level 1 from 890 to 892 with dt = 2 using RHS created at 890 Making slow rhs at time 892 for fast variables advancing from 890 to 892 No-substepping time integration at level 1 to 892 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000349590419 0.002103385716 and volume-weighted sum 85396.74383 Subtracting 1.235485298e-05 from rhs in subdomain 0 Sum after subtraction 1.084202172e-10 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000337235566 MLMG: Initial residual (resid0) = 0.000337235566 MLMG: Final Iter. 5 resid, resid/bnorm = 5.532832621e-11, 1.640643271e-07 MLMG: Timers: Solve = 0.003695215 Iter = 0.003361375 Bottom = 0.001777831 Time in solve 0.004114945 Max/L2 norm of divergence after solve at level 1 : 1.235490831e-05 0.001027163188 and volume-weighted sum 85396.74383 Time integration of scalars at level 1 from 890 to 892 with dt = 2 using RHS created at 892 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 446] Advanced 6912 cells Coarse STEP 446 ends. TIME = 892 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041133307 seconds. Coarse STEP 447 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347547342 (terrain aware) 1.347547342 (terrain unaware) Anelastic dt at level 0 would be: 5.838501009 (terrain aware) 5.838501009 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381843784 (terrain aware) 0.1381843784 (terrain unaware) Anelastic dt at level 1 would be: 2.717037521 (terrain aware) 2.717037521 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 447] ADVANCE from elapsed time = 892 to 894 with dt = 2 Making slow rhs at time 892 for fast variables advancing from 892 to 892.6666666667 Fast time integration at level 0 from 892 to 892.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 892 to 892.6666666667 with dt = 0.6666666666666 using RHS created at 892 Making slow rhs at time 892.6666666667 for fast variables advancing from 892 to 893 Fast time integration at level 0 from 892 to 892.5 with dt = 0.5 Fast time integration at level 0 from 892.5 to 893 with dt = 0.5 Time integration of scalars at level 0 from 892 to 893 with dt = 1 using RHS created at 892.6666666667 Making slow rhs at time 893 for fast variables advancing from 892 to 894 Fast time integration at level 0 from 892 to 892.5 with dt = 0.5 Fast time integration at level 0 from 892.5 to 893 with dt = 0.5 Fast time integration at level 0 from 893 to 893.5 with dt = 0.5 Fast time integration at level 0 from 893.5 to 894 with dt = 0.5 Time integration of scalars at level 0 from 892 to 894 with dt = 2 using RHS created at 893 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 447] Advanced 4096 cells [Level 1 step 447] ADVANCE from elapsed time = 892 to 894 with dt = 2 Making slow rhs at time 892 for fast variables advancing from 892 to 894 No-substepping time integration at level 1 to 894 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002987276127 0.002136266043 and volume-weighted sum 70221.73641 Subtracting 1.015939474e-05 from rhs in subdomain 0 Sum after subtraction 8.92298388e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000288568218 MLMG: Initial residual (resid0) = 0.000288568218 MLMG: Final Iter. 7 resid, resid/bnorm = 4.025774618e-11, 1.395085934e-07 MLMG: Timers: Solve = 0.005331806 Iter = 0.004915005 Bottom = 0.002733587 Time in solve 0.005752065 Max/L2 norm of divergence after solve at level 1 : 1.01594342e-05 0.0008446362171 and volume-weighted sum 70221.73641 Time integration of scalars at level 1 from 892 to 894 with dt = 2 using RHS created at 892 Making slow rhs at time 894 for fast variables advancing from 892 to 894 No-substepping time integration at level 1 to 894 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003071680507 0.002016284588 and volume-weighted sum 70221.73641 Subtracting 1.015939474e-05 from rhs in subdomain 0 Sum after subtraction 3.621235256e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.000297008656 MLMG: Initial residual (resid0) = 0.000297008656 MLMG: Final Iter. 5 resid, resid/bnorm = 4.933954654e-11, 1.661215778e-07 MLMG: Timers: Solve = 0.003691386 Iter = 0.003352515 Bottom = 0.00177233 Time in solve 0.004125975 Max/L2 norm of divergence after solve at level 1 : 1.015944408e-05 0.0008446362171 and volume-weighted sum 70221.73641 Time integration of scalars at level 1 from 892 to 894 with dt = 2 using RHS created at 894 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 447] Advanced 6912 cells Coarse STEP 447 ends. TIME = 894 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041201171 seconds. Coarse STEP 448 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347315878 (terrain aware) 1.347315878 (terrain unaware) Anelastic dt at level 0 would be: 5.834467934 (terrain aware) 5.834467934 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381844375 (terrain aware) 0.1381844375 (terrain unaware) Anelastic dt at level 1 would be: 2.721338642 (terrain aware) 2.721338642 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 448] ADVANCE from elapsed time = 894 to 896 with dt = 2 Making slow rhs at time 894 for fast variables advancing from 894 to 894.6666666667 Fast time integration at level 0 from 894 to 894.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 894 to 894.6666666667 with dt = 0.6666666666666 using RHS created at 894 Making slow rhs at time 894.6666666667 for fast variables advancing from 894 to 895 Fast time integration at level 0 from 894 to 894.5 with dt = 0.5 Fast time integration at level 0 from 894.5 to 895 with dt = 0.5 Time integration of scalars at level 0 from 894 to 895 with dt = 1 using RHS created at 894.6666666667 Making slow rhs at time 895 for fast variables advancing from 894 to 896 Fast time integration at level 0 from 894 to 894.5 with dt = 0.5 Fast time integration at level 0 from 894.5 to 895 with dt = 0.5 Fast time integration at level 0 from 895 to 895.5 with dt = 0.5 Fast time integration at level 0 from 895.5 to 896 with dt = 0.5 Time integration of scalars at level 0 from 894 to 896 with dt = 2 using RHS created at 895 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 448] Advanced 4096 cells [Level 1 step 448] ADVANCE from elapsed time = 894 to 896 with dt = 2 Making slow rhs at time 894 for fast variables advancing from 894 to 896 No-substepping time integration at level 1 to 896 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.000346798614 0.002016088854 and volume-weighted sum 48199.00356 Subtracting 6.973235469e-06 from rhs in subdomain 0 Sum after subtraction 7.372574773e-12 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003398253785 MLMG: Initial residual (resid0) = 0.0003398253785 MLMG: Final Iter. 7 resid, resid/bnorm = 4.582917276e-11, 1.348609482e-07 MLMG: Timers: Solve = 0.005275855 Iter = 0.004929074 Bottom = 0.00273986 Time in solve 0.005693719 Max/L2 norm of divergence after solve at level 1 : 6.973280398e-06 0.00057974391 and volume-weighted sum 48199.00356 Time integration of scalars at level 1 from 894 to 896 with dt = 2 using RHS created at 894 Making slow rhs at time 896 for fast variables advancing from 894 to 896 No-substepping time integration at level 1 to 896 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003547798413 0.001916060944 and volume-weighted sum 48199.00356 Subtracting 6.973235469e-06 from rhs in subdomain 0 Sum after subtraction -3.838075691e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003478066058 MLMG: Initial residual (resid0) = 0.0003478066058 MLMG: Final Iter. 5 resid, resid/bnorm = 4.148593032e-11, 1.192787303e-07 MLMG: Timers: Solve = 0.003800777 Iter = 0.003468976 Bottom = 0.001882626 Time in solve 0.004220338 Max/L2 norm of divergence after solve at level 1 : 6.973276955e-06 0.00057974391 and volume-weighted sum 48199.00356 Time integration of scalars at level 1 from 894 to 896 with dt = 2 using RHS created at 896 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 448] Advanced 6912 cells Coarse STEP 448 ends. TIME = 896 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041337023 seconds. Coarse STEP 449 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347209644 (terrain aware) 1.347209644 (terrain unaware) Anelastic dt at level 0 would be: 5.832872964 (terrain aware) 5.832872964 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381845669 (terrain aware) 0.1381845669 (terrain unaware) Anelastic dt at level 1 would be: 2.726238299 (terrain aware) 2.726238299 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 449] ADVANCE from elapsed time = 896 to 898 with dt = 2 Making slow rhs at time 896 for fast variables advancing from 896 to 896.6666666667 Fast time integration at level 0 from 896 to 896.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 896 to 896.6666666667 with dt = 0.6666666666666 using RHS created at 896 Making slow rhs at time 896.6666666667 for fast variables advancing from 896 to 897 Fast time integration at level 0 from 896 to 896.5 with dt = 0.5 Fast time integration at level 0 from 896.5 to 897 with dt = 0.5 Time integration of scalars at level 0 from 896 to 897 with dt = 1 using RHS created at 896.6666666667 Making slow rhs at time 897 for fast variables advancing from 896 to 898 Fast time integration at level 0 from 896 to 896.5 with dt = 0.5 Fast time integration at level 0 from 896.5 to 897 with dt = 0.5 Fast time integration at level 0 from 897 to 897.5 with dt = 0.5 Fast time integration at level 0 from 897.5 to 898 with dt = 0.5 Time integration of scalars at level 0 from 896 to 898 with dt = 2 using RHS created at 897 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 449] Advanced 4096 cells [Level 1 step 449] ADVANCE from elapsed time = 896 to 898 with dt = 2 Making slow rhs at time 896 for fast variables advancing from 896 to 898 No-substepping time integration at level 1 to 898 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003545162919 0.001927919823 and volume-weighted sum 22329.75494 Subtracting 3.230577972e-06 from rhs in subdomain 0 Sum after subtraction 3.946495908e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003512857139 MLMG: Initial residual (resid0) = 0.0003512857139 MLMG: Final Iter. 7 resid, resid/bnorm = 4.342858378e-11, 1.236275261e-07 MLMG: Timers: Solve = 0.005260493 Iter = 0.004928535 Bottom = 0.002738351 Time in solve 0.005671628 Max/L2 norm of divergence after solve at level 1 : 3.230620549e-06 0.0002685852089 and volume-weighted sum 22329.75494 Time integration of scalars at level 1 from 896 to 898 with dt = 2 using RHS created at 896 Making slow rhs at time 898 for fast variables advancing from 896 to 898 No-substepping time integration at level 1 to 898 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003487020023 0.00184193894 and volume-weighted sum 22329.75494 Subtracting 3.230577972e-06 from rhs in subdomain 0 Sum after subtraction -3.263448539e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003454714244 MLMG: Initial residual (resid0) = 0.0003454714244 MLMG: Final Iter. 5 resid, resid/bnorm = 3.399675041e-11, 9.840683777e-08 MLMG: Timers: Solve = 0.003849824 Iter = 0.003509762 Bottom = 0.001944984 Time in solve 0.004278881 Max/L2 norm of divergence after solve at level 1 : 3.230611968e-06 0.0002685852089 and volume-weighted sum 22329.75494 Time integration of scalars at level 1 from 896 to 898 with dt = 2 using RHS created at 898 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 449] Advanced 6912 cells Coarse STEP 449 ends. TIME = 898 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041284125 seconds. Coarse STEP 450 starts ... Based on cfl of one Compressible dt at level 0 would be: 1.347232363 (terrain aware) 1.347232363 (terrain unaware) Anelastic dt at level 0 would be: 5.83379766 (terrain aware) 5.83379766 (terrain unaware) Fixed dt at level 0 is: 2 Fixed fast dt at level 0 is: 0.5 smallest even ratio is: 4 Based on cfl of one Compressible dt at level 1 would be: 0.1381845729 (terrain aware) 0.1381845729 (terrain unaware) Anelastic dt at level 1 would be: 2.727906017 (terrain aware) 2.727906017 (terrain unaware) Fixed dt at level 1 is: 2 [Level 0 step 450] ADVANCE from elapsed time = 898 to 900 with dt = 2 Making slow rhs at time 898 for fast variables advancing from 898 to 898.6666666667 Fast time integration at level 0 from 898 to 898.6666666667 with dt = 0.6666666666667 Time integration of scalars at level 0 from 898 to 898.6666666667 with dt = 0.6666666666666 using RHS created at 898 Making slow rhs at time 898.6666666667 for fast variables advancing from 898 to 899 Fast time integration at level 0 from 898 to 898.5 with dt = 0.5 Fast time integration at level 0 from 898.5 to 899 with dt = 0.5 Time integration of scalars at level 0 from 898 to 899 with dt = 1 using RHS created at 898.6666666667 Making slow rhs at time 899 for fast variables advancing from 898 to 900 Fast time integration at level 0 from 898 to 898.5 with dt = 0.5 Fast time integration at level 0 from 898.5 to 899 with dt = 0.5 Fast time integration at level 0 from 899 to 899.5 with dt = 0.5 Fast time integration at level 0 from 899.5 to 900 with dt = 0.5 Time integration of scalars at level 0 from 898 to 900 with dt = 2 using RHS created at 899 Done with advance_dycore at level 0 Testing new state for NaNs after advance_microphysics [Level 0 step 450] Advanced 4096 cells [Level 1 step 450] ADVANCE from elapsed time = 898 to 900 with dt = 2 Making slow rhs at time 898 for fast variables advancing from 898 to 900 No-substepping time integration at level 1 to 900 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0003074592726 0.001898048474 and volume-weighted sum -4355.89206 Subtracting -6.30192717e-07 from rhs in subdomain 0 Sum after subtraction -1.994931997e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0003080894653 MLMG: Initial residual (resid0) = 0.0003080894653 MLMG: Final Iter. 7 resid, resid/bnorm = 3.507420426e-11, 1.13844218e-07 MLMG: Timers: Solve = 0.005452066 Iter = 0.004950911 Bottom = 0.002760484 Time in solve 0.005881693 Max/L2 norm of divergence after solve at level 1 : 6.302277912e-07 5.239323861e-05 and volume-weighted sum -4355.89206 Time integration of scalars at level 1 from 898 to 900 with dt = 2 using RHS created at 898 Making slow rhs at time 900 for fast variables advancing from 898 to 900 No-substepping time integration at level 1 to 900 with dt = 2 Max/L2 norm of divergence before solve in subdomain 0 at level 1 : 0.0002920385855 0.001819803042 and volume-weighted sum -4355.89206 Subtracting -6.30192717e-07 from rhs in subdomain 0 Sum after subtraction -2.580401171e-11 in subdomain 0 Solving in subdomain 0 of 1 bins at level 1 MLMG: Initial rhs = 0.0002926687782 MLMG: Initial residual (resid0) = 0.0002926687782 MLMG: Final Iter. 5 resid, resid/bnorm = 3.142348831e-11, 1.073687754e-07 MLMG: Timers: Solve = 0.003952325 Iter = 0.003607507 Bottom = 0.001978328 Time in solve 0.004388775 Max/L2 norm of divergence after solve at level 1 : 6.302241405e-07 5.239323861e-05 and volume-weighted sum -4355.89206 Time integration of scalars at level 1 from 898 to 900 with dt = 2 using RHS created at 900 Done with advance_dycore at level 1 Testing new state for NaNs after advance_microphysics [Level 1 step 450] Advanced 6912 cells Coarse STEP 450 ends. TIME = 900 DT = 2 Testing new state and vels for NaNs at end of timestep Timestep time = 0.041567959 seconds. 3DPlotfile write time = 0.007962829 seconds. Total Time: 13.6444604 Unused ParmParse Variables: [TOP]::amr.checkpoint_files_output(nvals = 1) :: [0] AMReX (26.10-92-gec6902bd5e2b) finalized