Initializing AMReX (26.10-131-g5a9a0cc7f8d8)... MPI initialized with 1 MPI processes MPI initialized with thread support level 0 OMP initialized with 1 OMP threads AMReX (26.10-131-g5a9a0cc7f8d8) initialized MFIX git describe: 26.10-44-gd5d5db38d15a AMReX-Hydro git hash: 154572aa6cf22c35a69729c74a0276909b96d5e3 Number of levels: 1 RunType is Standard Auto-generating level-set parameters: eb_refinement = 1 levelset_pad = 2 eb_pad = 2 ================================================================================ Warning: Overwriting amr.check_file with value from mfix.check_file ================================================================================ ================================================================================ Warning: Overwriting amr.plt_regtest with value from mfix.plt_regtest ================================================================================ ================================================================================ Warning: Overwriting amr.plot_int with value from output.plot.int ================================================================================ ================================================================================ Warning: Overwriting amr.plot_file with value from output.plot.file ================================================================================ Simulation is transient -------------------------------------------------------------------------------- Info: Max effective viscosity factor not specified. Using default 1e+06 -------------------------------------------------------------------------------- EB with constant temperature: bc.wall-temp Temperature of wall .................... 293.15 Load balance setup: Type: SingleGrid Strategy: KnapSack Weighting: ParticleRunTime Drag model: Gidaspow Building box geometry. Now making the ebfactories ... Done making the eb levels ... On level 0 updated BC areas: BC: 0 area: 0 BC: 1 area: 0 BC: 2 area: 0 BC: 3 area: 0.003711795218 Auto generating particles ... Total number of generated particles: 5,632 Time spent in initializing particles 0.001144973 **************************************** Coverage report: Grids Cells regular: 0 1152 covered: 0 0 cut: 4 896 **************************************** Bounding box for levelset imposed walls (EB box geometry): Lo: 0 1e-06 0.0005 Hi: 1 0.015999 0.0155 Clean up auto-generated particles. IC Region Generated Removed Remaining **************** **************** **************** **************** full-domain 0 0 0 init-bed 5,632 852 4,780 ---------------- ---------------- ---------------- ---------------- Total 5,632 852 4,780 **************** **************** **************** **************** Setting original sum_vol to 1.45827937e-05 Initial projection: Before projection: max(abs(u/v/w)) = 0 0 0 max(abs(gpx/gpy/gpz)) = 0 0 0 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4563783839 0.1065738073 0.1035114164 Doing initial pressure iterations with dt = 0.001 In initial_iterations: iter = 0 Before projection: max(abs(u/v/w)) = 0.4152174842 0.07141297723 0.06964645432 max(abs(gpx/gpy/gpz)) = 0 0 0 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4544792505 0.09145152742 0.08630527943 In initial_iterations: iter = 1 Before projection: max(abs(u/v/w)) = 0.4496339761 0.08647208344 0.08202774618 max(abs(gpx/gpy/gpz)) = 262.1484631 18.15503704 15.35760528 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4559826604 0.09303006957 0.08799082452 In initial_iterations: iter = 2 Before projection: max(abs(u/v/w)) = 0.4552348838 0.09139703028 0.08649544579 max(abs(gpx/gpy/gpz)) = 264.5512973 24.09666045 20.76017273 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4555910918 0.09383426796 0.08883784009 Enclosed domain volume is 1.45827937e-05 Time spent in init 0.398034126 Unused ParmParse Variables: [TOP]::amr.par_ascii_file(nvals = 1) :: [vis] [TOP]::amr.par_ascii_int(nvals = 1) :: [-1] Writing plotfile BENCH08-PIC-Patil-Godunov_plt00000 at time 0 ============ NEW TIME STEP ============ Step 1: from old_time 0 to new time 0.0009600406398 with dt = 0.0009600406398 Before projection: max(abs(u/v/w)) = 0.4133838344 0.07106858356 0.07006001003 max(abs(gpx/gpy/gpz)) = 264.6678957 26.30481948 22.88237865 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4556360634 0.101113786 0.09628774862 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.081940196 max(eps(1)) = 0.082265538 max(eps(1) - eps(0)) = 0.0003663 max(eps(2)) = 0.082265409 max(eps(2) - eps(1)) = 2.007e-07 max(eps(3)) = 0.082265409 max(eps(3) - eps(2)) = 2.997e-08 Time per fluid step 0.111631924 Time per parcel step 0.009388035 Coupling time per step 0.009665391 Time per step 0.131605635 ============ NEW TIME STEP ============ Step 2: from old_time 0.0009600406398 to new time 0.0019098344 with dt = 0.00094979376 Before projection: max(abs(u/v/w)) = 0.4190038183 0.07552484932 0.07390934006 max(abs(gpx/gpy/gpz)) = 276.3637155 33.19861665 29.86938302 Min and Max of epf 0.9177345908 1 After projection: max(abs(u/v/w)) = 0.4634655367 0.09377698048 0.08721982744 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.082265409 max(eps(1)) = 0.082985715 max(eps(1) - eps(0)) = 0.0007203 max(eps(2)) = 0.082985465 max(eps(2) - eps(1)) = 2.494e-07 max(eps(3)) = 0.082985465 max(eps(3) - eps(2)) = 2.555e-08 Time per fluid step 0.111637084 Time per parcel step 0.009261233 Coupling time per step 0.009249135 Time per step 0.130944683 ============ NEW TIME STEP ============ Step 3: from old_time 0.0019098344 to new time 0.0029098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4239952419 0.0738508655 0.07169129452 max(abs(gpx/gpy/gpz)) = 72.11523102 32.55901991 28.45930286 Min and Max of epf 0.9170145346 1 After projection: max(abs(u/v/w)) = 0.4798085764 0.08760409617 0.0834916865 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.082985465 max(eps(1)) = 0.084139934 max(eps(1) - eps(0)) = 0.001154 max(eps(2)) = 0.084139484 max(eps(2) - eps(1)) = 4.651e-07 max(eps(3)) = 0.084139485 max(eps(3) - eps(2)) = 1.863e-08 Time per fluid step 0.111081556 Time per parcel step 0.00935234 Coupling time per step 0.009233312 Time per step 0.130448925 ============ NEW TIME STEP ============ Step 4: from old_time 0.0029098344 to new time 0.0039098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4287851651 0.07125575523 0.06894884478 max(abs(gpx/gpy/gpz)) = 77.77028586 32.96099548 28.56603482 Min and Max of epf 0.9158605151 1 After projection: max(abs(u/v/w)) = 0.4955759266 0.0834403317 0.08015197826 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.084139485 max(eps(1)) = 0.085689291 max(eps(1) - eps(0)) = 0.00155 max(eps(2)) = 0.085688677 max(eps(2) - eps(1)) = 6.384e-07 max(eps(3)) = 0.085688678 max(eps(3) - eps(2)) = 1.552e-08 Time per fluid step 0.11076137 Time per parcel step 0.009154732 Coupling time per step 0.009544794 Time per step 0.130270611 ============ NEW TIME STEP ============ Step 5: from old_time 0.0039098344 to new time 0.0049098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4378538295 0.06859057843 0.06621150552 max(abs(gpx/gpy/gpz)) = 82.64231346 34.15338125 29.70514779 Min and Max of epf 0.9143113225 1 After projection: max(abs(u/v/w)) = 0.5085954662 0.08062284734 0.0774065798 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.085688678 max(eps(1)) = 0.087633016 max(eps(1) - eps(0)) = 0.001944 max(eps(2)) = 0.087632227 max(eps(2) - eps(1)) = 8.797e-07 max(eps(3)) = 0.087632228 max(eps(3) - eps(2)) = 2.066e-08 Time per fluid step 0.11215395 Time per parcel step 0.008897013 Coupling time per step 0.009649671 Time per step 0.131492588 ============ NEW TIME STEP ============ Step 6: from old_time 0.0049098344 to new time 0.0059098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4478684753 0.06630150808 0.06382194915 max(abs(gpx/gpy/gpz)) = 87.1396535 35.26400036 30.64205102 Min and Max of epf 0.9123677719 1 After projection: max(abs(u/v/w)) = 0.5194400411 0.07884460811 0.07537497553 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.087632228 max(eps(1)) = 0.089970197 max(eps(1) - eps(0)) = 0.002338 max(eps(2)) = 0.089969223 max(eps(2) - eps(1)) = 1.06e-06 max(eps(3)) = 0.089969224 max(eps(3) - eps(2)) = 2.522e-08 Time per fluid step 0.110794059 Time per parcel step 0.009155044 Coupling time per step 0.009383977 Time per step 0.130076595 ============ NEW TIME STEP ============ Step 7: from old_time 0.0059098344 to new time 0.0069098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4570152751 0.06460027728 0.06190101703 max(abs(gpx/gpy/gpz)) = 91.76457489 36.30209711 31.44502131 Min and Max of epf 0.9100307759 1 After projection: max(abs(u/v/w)) = 0.5312320157 0.07765745316 0.07394428008 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.089969224 max(eps(1)) = 0.092699818 max(eps(1) - eps(0)) = 0.002731 max(eps(2)) = 0.092698647 max(eps(2) - eps(1)) = 1.244e-06 max(eps(3)) = 0.092698648 max(eps(3) - eps(2)) = 2.905e-08 Time per fluid step 0.11015889 Time per parcel step 0.009170035 Coupling time per step 0.00921056 Time per step 0.129284594 ============ NEW TIME STEP ============ Step 8: from old_time 0.0069098344 to new time 0.0079098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4682760917 0.06413809492 0.06038403342 max(abs(gpx/gpy/gpz)) = 97.30586188 37.09935112 32.06521725 Min and Max of epf 0.9073013519 1 After projection: max(abs(u/v/w)) = 0.5445562538 0.07688037165 0.07297930775 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.092698648 max(eps(1)) = 0.095820754 max(eps(1) - eps(0)) = 0.003122 max(eps(2)) = 0.095819374 max(eps(2) - eps(1)) = 1.428e-06 max(eps(3)) = 0.095819375 max(eps(3) - eps(2)) = 3.393e-08 Time per fluid step 0.11046278 Time per parcel step 0.009016753 Coupling time per step 0.009273528 Time per step 0.129490327 ============ NEW TIME STEP ============ Step 9: from old_time 0.0079098344 to new time 0.0089098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4784520533 0.06367159676 0.05916753257 max(abs(gpx/gpy/gpz)) = 103.6344172 37.85043848 32.6275987 Min and Max of epf 0.9041806253 1 After projection: max(abs(u/v/w)) = 0.555997122 0.07638106579 0.07239383735 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.095819375 max(eps(1)) = 0.09933177 max(eps(1) - eps(0)) = 0.003512 max(eps(2)) = 0.099330168 max(eps(2) - eps(1)) = 1.616e-06 max(eps(3)) = 0.09933017 max(eps(3) - eps(2)) = 3.857e-08 Time per fluid step 0.111628494 Time per parcel step 0.00896872 Coupling time per step 0.009388774 Time per step 0.130730957 ============ NEW TIME STEP ============ Step 10: from old_time 0.0089098344 to new time 0.0099098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.486889922 0.06316361829 0.05817315928 max(abs(gpx/gpy/gpz)) = 110.626055 38.63881934 33.25856538 Min and Max of epf 0.9006698305 1 After projection: max(abs(u/v/w)) = 0.565600119 0.07611024547 0.07209947559 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.09933017 max(eps(1)) = 0.10321731 max(eps(1) - eps(0)) = 0.003895 max(eps(2)) = 0.10321632 max(eps(2) - eps(1)) = 1.147e-06 max(eps(3)) = 0.10321632 max(eps(3) - eps(2)) = 3.142e-07 Time per fluid step 0.109242035 Time per parcel step 0.009174611 Coupling time per step 0.009460014 Time per step 0.128635431 ============ NEW TIME STEP ============ Step 11: from old_time 0.0099098344 to new time 0.0109098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.493950156 0.06270664371 0.05732577472 max(abs(gpx/gpy/gpz)) = 118.2806421 39.54316096 33.97627487 Min and Max of epf 0.8967836758 1 After projection: max(abs(u/v/w)) = 0.5744642046 0.07604895888 0.07203704263 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.10321632 max(eps(1)) = 0.10701629 max(eps(1) - eps(0)) = 0.004286 max(eps(2)) = 0.10701424 max(eps(2) - eps(1)) = 2.058e-06 max(eps(3)) = 0.10701424 max(eps(3) - eps(2)) = 4.678e-08 Time per fluid step 0.11053317 Time per parcel step 0.009383942 Coupling time per step 0.009216135 Time per step 0.13008526 ============ NEW TIME STEP ============ Step 12: from old_time 0.0109098344 to new time 0.0119098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5025384802 0.06225545277 0.05712059412 max(abs(gpx/gpy/gpz)) = 126.8902647 40.62135609 34.81142388 Min and Max of epf 0.8929857625 1 After projection: max(abs(u/v/w)) = 0.5838685759 0.07630705103 0.07216645396 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.10701424 max(eps(1)) = 0.11102618 max(eps(1) - eps(0)) = 0.004606 max(eps(2)) = 0.11102401 max(eps(2) - eps(1)) = 2.178e-06 max(eps(3)) = 0.11102401 max(eps(3) - eps(2)) = 4.714e-08 Time per fluid step 0.115802611 Time per parcel step 0.009725164 Coupling time per step 0.00947444 Time per step 0.135775767 ============ NEW TIME STEP ============ Step 13: from old_time 0.0119098344 to new time 0.0129098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5096741684 0.06191079049 0.05658030084 max(abs(gpx/gpy/gpz)) = 124.8090851 41.39596635 35.26956146 Min and Max of epf 0.888975992 1 After projection: max(abs(u/v/w)) = 0.5928438885 0.07630634865 0.07236449177 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.11102401 max(eps(1)) = 0.1156141 max(eps(1) - eps(0)) = 0.004983 max(eps(2)) = 0.11561137 max(eps(2) - eps(1)) = 2.732e-06 max(eps(3)) = 0.11561138 max(eps(3) - eps(2)) = 7.12e-08 Time per fluid step 0.123326524 Time per parcel step 0.010819365 Coupling time per step 0.010006478 Time per step 0.144920958 ============ NEW TIME STEP ============ Step 14: from old_time 0.0129098344 to new time 0.0139098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5164591592 0.06159107349 0.05591742572 max(abs(gpx/gpy/gpz)) = 130.4039241 42.15398759 36.08044874 Min and Max of epf 0.8843886243 1 After projection: max(abs(u/v/w)) = 0.6006819245 0.07659019032 0.07270418705 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.11561138 max(eps(1)) = 0.12077718 max(eps(1) - eps(0)) = 0.00536 max(eps(2)) = 0.12077386 max(eps(2) - eps(1)) = 3.318e-06 max(eps(3)) = 0.12077387 max(eps(3) - eps(2)) = 4.477e-08 Time per fluid step 0.157722176 Time per parcel step 0.012552154 Coupling time per step 0.011739929 Time per step 0.182927203 ============ NEW TIME STEP ============ Step 15: from old_time 0.0139098344 to new time 0.0149098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5224038211 0.06145057313 0.05519304082 max(abs(gpx/gpy/gpz)) = 140.1300464 43.56571801 37.15836579 Min and Max of epf 0.879226133 1 After projection: max(abs(u/v/w)) = 0.6097178752 0.07699665185 0.07320613913 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.12077387 max(eps(1)) = 0.12651256 max(eps(1) - eps(0)) = 0.005792 max(eps(2)) = 0.12650863 max(eps(2) - eps(1)) = 3.929e-06 max(eps(3)) = 0.12650863 max(eps(3) - eps(2)) = 4.488e-08 Time per fluid step 0.177563936 Time per parcel step 0.012473298 Coupling time per step 0.013980473 Time per step 0.205359397 ============ NEW TIME STEP ============ Step 16: from old_time 0.0149098344 to new time 0.0159098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5295561111 0.06147852244 0.05441017933 max(abs(gpx/gpy/gpz)) = 152.0779668 45.23105792 38.47739474 Min and Max of epf 0.873491368 1 After projection: max(abs(u/v/w)) = 0.6185755929 0.07753580254 0.07386902129 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.12650863 max(eps(1)) = 0.13280758 max(eps(1) - eps(0)) = 0.006355 max(eps(2)) = 0.13280135 max(eps(2) - eps(1)) = 6.23e-06 max(eps(3)) = 0.13280136 max(eps(3) - eps(2)) = 4.637e-08 Time per fluid step 0.170215486 Time per parcel step 0.009795054 Coupling time per step 0.013476027 Time per step 0.194822178 ============ NEW TIME STEP ============ Step 17: from old_time 0.0159098344 to new time 0.0169098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5361939488 0.06169102431 0.05354421036 max(abs(gpx/gpy/gpz)) = 166.1257729 47.19486107 40.06469168 Min and Max of epf 0.8671986356 1 After projection: max(abs(u/v/w)) = 0.6264245151 0.0782396862 0.07468285241 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.13280136 max(eps(1)) = 0.13965368 max(eps(1) - eps(0)) = 0.007006 max(eps(2)) = 0.13964656 max(eps(2) - eps(1)) = 7.123e-06 max(eps(3)) = 0.13964657 max(eps(3) - eps(2)) = 5.012e-08 Time per fluid step 0.135634542 Time per parcel step 0.012525793 Coupling time per step 0.010885811 Time per step 0.159807813 ============ NEW TIME STEP ============ Step 18: from old_time 0.0169098344 to new time 0.0179098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5416604101 0.06210755703 0.05256540603 max(abs(gpx/gpy/gpz)) = 182.1979823 49.45682304 41.92556215 Min and Max of epf 0.8603534281 1 After projection: max(abs(u/v/w)) = 0.6349198365 0.0792263527 0.07563152933 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.13964657 max(eps(1)) = 0.14736947 max(eps(1) - eps(0)) = 0.008118 max(eps(2)) = 0.14736363 max(eps(2) - eps(1)) = 5.942e-06 max(eps(3)) = 0.14736364 max(eps(3) - eps(2)) = 5.468e-08 Time per fluid step 0.173625466 Time per parcel step 0.012907692 Coupling time per step 0.013613299 Time per step 0.201503837 ============ NEW TIME STEP ============ Step 19: from old_time 0.0179098344 to new time 0.0189098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5477755996 0.06269896624 0.05141382997 max(abs(gpx/gpy/gpz)) = 200.8217245 52.03245102 44.05260042 Min and Max of epf 0.8526363612 1 After projection: max(abs(u/v/w)) = 0.6427979287 0.08036620361 0.07672859339 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.14736364 max(eps(1)) = 0.15535743 max(eps(1) - eps(0)) = 0.008495 max(eps(2)) = 0.15534499 max(eps(2) - eps(1)) = 1.244e-05 max(eps(3)) = 0.15534502 max(eps(3) - eps(2)) = 5.101e-08 Time per fluid step 0.173718489 Time per parcel step 0.011753296 Coupling time per step 0.014070362 Time per step 0.200877789 ============ NEW TIME STEP ============ Step 20: from old_time 0.0189098344 to new time 0.0199098344 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5534470255 0.0633368123 0.0510583551 max(abs(gpx/gpy/gpz)) = 223.2214237 55.10777131 46.5150011 Min and Max of epf 0.8446549815 1 After projection: max(abs(u/v/w)) = 0.6485199397 0.08164648821 0.07800019868 Evolving PIC parcels. Mean free path limiting is enabled with Musser scaling. Bulk velocity frame of reference: 0.5 Predicting average mixture velocity at time level n+0.5 Initial PIC step using n^th step ep_s. max(eps(0)) = 0.15534502 max(eps(1)) = 0.16265839 max(eps(1) - eps(0)) = 0.007873 max(eps(2)) = 0.16264983 max(eps(2) - eps(1)) = 8.627e-06 max(eps(3)) = 0.16264985 max(eps(3) - eps(2)) = 6.988e-08 Time per fluid step 0.177989682 Time per parcel step 0.0121437 Coupling time per step 0.013243845 Time per step 0.204983957 Writing plotfile BENCH08-PIC-Patil-Godunov_plt00020 at time 0.0199098344 Time spent in main (after init) 3.075057165 Time spent in main 3.473091291 Unused ParmParse Variables: [TOP]::amr.par_ascii_file(nvals = 1) :: [vis] [TOP]::amr.par_ascii_int(nvals = 1) :: [-1] AMReX (26.10-131-g5a9a0cc7f8d8) finalized