Initializing AMReX (26.11-3-g75c804923cd5)... MPI initialized with 1 MPI processes MPI initialized with thread support level 0 OMP initialized with 1 OMP threads AMReX (26.11-3-g75c804923cd5) initialized MFIX git describe: 26.11-10-ge24e853095d0 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 0.001042222 **************************************** 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)) = 0.4156228335 0.07122538598 0.07024108247 max(abs(gpx/gpy/gpz)) = 0 0 0 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4532272636 0.08951089757 0.08437768167 In initial_iterations: iter = 1 Before projection: max(abs(u/v/w)) = 0.4501962258 0.08731607236 0.08252052656 max(abs(gpx/gpy/gpz)) = 267.537223 18.65564623 15.82759625 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4536530801 0.09233966274 0.08709467184 In initial_iterations: iter = 2 Before projection: max(abs(u/v/w)) = 0.4533058943 0.09180359097 0.08660786053 max(abs(gpx/gpy/gpz)) = 267.9366789 23.21216635 19.9764435 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4532797987 0.09333904021 0.0881043532 Enclosed domain volume is 1.45827937e-05 Time spent in init 0.315367382 Unused ParmParse Variables: [TOP]::amr.par_ascii_file(nvals = 1) :: [vis] [TOP]::amr.par_ascii_int(nvals = 1) :: [-1] Writing plotfile BENCH08-PIC-Patil_plt00000 at time 0 ============ NEW TIME STEP ============ Step 1: from old_time 0 to new time 0.000921221505 with dt = 0.000921221505 Before projection: max(abs(u/v/w)) = 0.4165799009 0.07151728985 0.07059116868 max(abs(gpx/gpy/gpz)) = 268.0121528 24.6048566 21.33379423 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.4560377986 0.1014725694 0.09644377872 Before projection: max(abs(u/v/w)) = 0.4156030414 0.06941088174 0.06843580751 max(abs(gpx/gpy/gpz)) = 292.7414309 31.77654975 28.55978007 Min and Max of epf 0.9180598038 1 After projection: max(abs(u/v/w)) = 0.460931947 0.1039846655 0.0987573617 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)) = 0.082236565 max(eps(1) - eps(0)) = 0.0003373 max(eps(2)) = 0.082236456 max(eps(2) - eps(1)) = 1.931e-07 max(eps(3)) = 0.082236456 max(eps(3) - eps(2)) = 2.865e-08 Time per fluid step 0.188750723 Time per parcel step 0.008938571 Coupling time per step 0.015259635 Time per step 0.213764635 ============ NEW TIME STEP ============ Step 2: from old_time 0.000921221505 to new time 0.001848168312 with dt = 0.0009269468071 Before projection: max(abs(u/v/w)) = 0.4223271273 0.07647872097 0.07481084993 max(abs(gpx/gpy/gpz)) = 263.2084184 34.34989609 30.70663167 Min and Max of epf 0.9177635439 1 After projection: max(abs(u/v/w)) = 0.4620599774 0.09551127196 0.08890851729 Before projection: max(abs(u/v/w)) = 0.4206616762 0.07716483603 0.07544403215 max(abs(gpx/gpy/gpz)) = 62.97124776 29.68326974 26.12982482 Min and Max of epf 0.9177635439 1 After projection: max(abs(u/v/w)) = 0.4664233255 0.09804934571 0.09135564266 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)) = 0.082236456 max(eps(1)) = 0.082916713 max(eps(1) - eps(0)) = 0.0006803 max(eps(2)) = 0.082916488 max(eps(2) - eps(1)) = 2.242e-07 max(eps(3)) = 0.082916489 max(eps(3) - eps(2)) = 2.894e-08 Time per fluid step 0.187726185 Time per parcel step 0.008891855 Coupling time per step 0.015159559 Time per step 0.212530203 ============ NEW TIME STEP ============ Step 3: from old_time 0.001848168312 to new time 0.002848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.425568466 0.07490162226 0.072714656 max(abs(gpx/gpy/gpz)) = 68.53054062 30.91935571 27.07204031 Min and Max of epf 0.9170835114 1 After projection: max(abs(u/v/w)) = 0.4767328662 0.09025590981 0.08318589777 Before projection: max(abs(u/v/w)) = 0.4234629961 0.07516121351 0.0729722181 max(abs(gpx/gpy/gpz)) = 67.97517616 29.62929683 25.79242642 Min and Max of epf 0.9170835114 1 After projection: max(abs(u/v/w)) = 0.4829843534 0.09226635861 0.08457634145 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)) = 0.082916489 max(eps(1)) = 0.084046381 max(eps(1) - eps(0)) = 0.00113 max(eps(2)) = 0.084045942 max(eps(2) - eps(1)) = 4.48e-07 max(eps(3)) = 0.084045942 max(eps(3) - eps(2)) = 2.914e-08 Time per fluid step 0.188040916 Time per parcel step 0.009141707 Coupling time per step 0.015133223 Time per step 0.213078414 ============ NEW TIME STEP ============ Step 4: from old_time 0.002848168312 to new time 0.003848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4298452217 0.07216024537 0.06964641318 max(abs(gpx/gpy/gpz)) = 72.20579277 30.60911396 26.65644172 Min and Max of epf 0.9159540581 1 After projection: max(abs(u/v/w)) = 0.4923331458 0.08651346163 0.08012096188 Before projection: max(abs(u/v/w)) = 0.4285254601 0.07226883732 0.06980463105 max(abs(gpx/gpy/gpz)) = 72.81384175 30.55707639 26.72978942 Min and Max of epf 0.9159540581 1 After projection: max(abs(u/v/w)) = 0.4974271732 0.08796858209 0.08083828616 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)) = 0.084045942 max(eps(1)) = 0.085571116 max(eps(1) - eps(0)) = 0.001525 max(eps(2)) = 0.085570512 max(eps(2) - eps(1)) = 6.312e-07 max(eps(3)) = 0.085570513 max(eps(3) - eps(2)) = 2.178e-08 Time per fluid step 0.188272337 Time per parcel step 0.009150001 Coupling time per step 0.014897555 Time per step 0.213073325 ============ NEW TIME STEP ============ Step 5: from old_time 0.003848168312 to new time 0.004848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4409588292 0.06936495251 0.06674157712 max(abs(gpx/gpy/gpz)) = 75.65891216 31.34512052 27.3362077 Min and Max of epf 0.9144294874 1 After projection: max(abs(u/v/w)) = 0.5055313328 0.08385880087 0.07749898256 Before projection: max(abs(u/v/w)) = 0.4394783976 0.0694243936 0.06682932806 max(abs(gpx/gpy/gpz)) = 77.64476365 31.51667297 27.48262277 Min and Max of epf 0.9144294874 1 After projection: max(abs(u/v/w)) = 0.5098083092 0.08492828252 0.07798857594 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)) = 0.085570513 max(eps(1)) = 0.087490164 max(eps(1) - eps(0)) = 0.00192 max(eps(2)) = 0.087489386 max(eps(2) - eps(1)) = 8.632e-07 max(eps(3)) = 0.087489387 max(eps(3) - eps(2)) = 2.201e-08 Time per fluid step 0.188290969 Time per parcel step 0.009187007 Coupling time per step 0.015319324 Time per step 0.213560951 ============ NEW TIME STEP ============ Step 6: from old_time 0.004848168312 to new time 0.005848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.450136202 0.06703928336 0.06430436258 max(abs(gpx/gpy/gpz)) = 79.77840151 32.14185203 27.94261708 Min and Max of epf 0.9125106134 1 After projection: max(abs(u/v/w)) = 0.5167217381 0.08210105895 0.07551322853 Before projection: max(abs(u/v/w)) = 0.4487875313 0.06705016027 0.06433521779 max(abs(gpx/gpy/gpz)) = 82.46433633 32.43008444 28.12614027 Min and Max of epf 0.9125106134 1 After projection: max(abs(u/v/w)) = 0.5198351201 0.08273383433 0.07577002137 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)) = 0.087489387 max(eps(1)) = 0.089802624 max(eps(1) - eps(0)) = 0.002313 max(eps(2)) = 0.089801662 max(eps(2) - eps(1)) = 1.049e-06 max(eps(3)) = 0.089801663 max(eps(3) - eps(2)) = 2.609e-08 Time per fluid step 0.188303098 Time per parcel step 0.0089329 Coupling time per step 0.015138103 Time per step 0.213135196 ============ NEW TIME STEP ============ Step 7: from old_time 0.005848168312 to new time 0.006848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4595948982 0.0651533567 0.06231770564 max(abs(gpx/gpy/gpz)) = 83.92426628 32.77942453 28.35899163 Min and Max of epf 0.9101983368 1 After projection: max(abs(u/v/w)) = 0.5284314447 0.08080021487 0.07405188204 Before projection: max(abs(u/v/w)) = 0.458991239 0.0651192278 0.0622973157 max(abs(gpx/gpy/gpz)) = 88.05175293 33.17507871 28.73731842 Min and Max of epf 0.9101983368 1 After projection: max(abs(u/v/w)) = 0.5332108282 0.08113872705 0.07412972919 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)) = 0.089801663 max(eps(1)) = 0.092507501 max(eps(1) - eps(0)) = 0.002706 max(eps(2)) = 0.092506342 max(eps(2) - eps(1)) = 1.233e-06 max(eps(3)) = 0.092506343 max(eps(3) - eps(2)) = 2.927e-08 Time per fluid step 0.188303978 Time per parcel step 0.008957017 Coupling time per step 0.015155469 Time per step 0.213198079 ============ NEW TIME STEP ============ Step 8: from old_time 0.006848168312 to new time 0.007848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4707992578 0.06362935776 0.06072208079 max(abs(gpx/gpy/gpz)) = 89.26541541 33.3461435 28.85182117 Min and Max of epf 0.9074936566 1 After projection: max(abs(u/v/w)) = 0.5421957223 0.07987098967 0.07299909692 Before projection: max(abs(u/v/w)) = 0.4699206816 0.06355909037 0.06066683409 max(abs(gpx/gpy/gpz)) = 93.94809938 33.90395775 29.30087308 Min and Max of epf 0.9074936566 1 After projection: max(abs(u/v/w)) = 0.5460328916 0.08001858231 0.07296708938 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)) = 0.092506343 max(eps(1)) = 0.09560369 max(eps(1) - eps(0)) = 0.003097 max(eps(2)) = 0.095602322 max(eps(2) - eps(1)) = 1.419e-06 max(eps(3)) = 0.095602324 max(eps(3) - eps(2)) = 3.354e-08 Time per fluid step 0.18880223 Time per parcel step 0.009208236 Coupling time per step 0.015154532 Time per step 0.213999213 ============ NEW TIME STEP ============ Step 9: from old_time 0.007848168312 to new time 0.008848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4804529433 0.06239151142 0.05943429821 max(abs(gpx/gpy/gpz)) = 95.03583993 33.97910573 29.36311394 Min and Max of epf 0.9043976764 1 After projection: max(abs(u/v/w)) = 0.5541112422 0.079235512 0.07227859679 Before projection: max(abs(u/v/w)) = 0.4795470296 0.06229153586 0.05935155326 max(abs(gpx/gpy/gpz)) = 100.3256735 34.66721251 29.85915264 Min and Max of epf 0.9043976764 1 After projection: max(abs(u/v/w)) = 0.5571198705 0.0792654741 0.07218336713 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)) = 0.095602324 max(eps(1)) = 0.099089978 max(eps(1) - eps(0)) = 0.003488 max(eps(2)) = 0.09908839 max(eps(2) - eps(1)) = 1.606e-06 max(eps(3)) = 0.099088392 max(eps(3) - eps(2)) = 3.739e-08 Time per fluid step 0.188883484 Time per parcel step 0.009210472 Coupling time per step 0.015143447 Time per step 0.214021185 ============ NEW TIME STEP ============ Step 10: from old_time 0.008848168312 to new time 0.009848168312 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4886082118 0.06136277434 0.05836406239 max(abs(gpx/gpy/gpz)) = 101.349988 34.69606425 29.85949204 Min and Max of epf 0.9009116084 1 After projection: max(abs(u/v/w)) = 0.5642152343 0.07883117968 0.07181644385 Before projection: max(abs(u/v/w)) = 0.4877549978 0.0612421683 0.0582609811 max(abs(gpx/gpy/gpz)) = 107.3526913 35.49394892 30.49367054 Min and Max of epf 0.9009116084 1 After projection: max(abs(u/v/w)) = 0.5663590948 0.07874130085 0.07167367342 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)) = 0.099088392 max(eps(1)) = 0.10294746 max(eps(1) - eps(0)) = 0.003868 max(eps(2)) = 0.10294648 max(eps(2) - eps(1)) = 1.255e-06 max(eps(3)) = 0.10294648 max(eps(3) - eps(2)) = 2.648e-07 Time per fluid step 0.188658824 Time per parcel step 0.009293295 Coupling time per step 0.015140502 Time per step 0.213876797 ============ NEW TIME STEP ============ Step 11: from old_time 0.009848168312 to new time 0.01084816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.4962779213 0.0604484417 0.0574174695 max(abs(gpx/gpy/gpz)) = 108.3956718 35.45369655 30.44616673 Min and Max of epf 0.8970535165 1 After projection: max(abs(u/v/w)) = 0.573695864 0.07866293701 0.07158384016 Before projection: max(abs(u/v/w)) = 0.4949864064 0.06030622966 0.05729128013 max(abs(gpx/gpy/gpz)) = 115.1483764 36.49583592 31.23946082 Min and Max of epf 0.8970535165 1 After projection: max(abs(u/v/w)) = 0.576334175 0.07851870426 0.07143663594 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)) = 0.10294648 max(eps(1)) = 0.10659294 max(eps(1) - eps(0)) = 0.004248 max(eps(2)) = 0.10659104 max(eps(2) - eps(1)) = 1.899e-06 max(eps(3)) = 0.10659105 max(eps(3) - eps(2)) = 4.404e-08 Time per fluid step 0.188217874 Time per parcel step 0.008994552 Coupling time per step 0.015160195 Time per step 0.213190003 ============ NEW TIME STEP ============ Step 12: from old_time 0.01084816831 to new time 0.01184816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5052643165 0.06023958907 0.05714910453 max(abs(gpx/gpy/gpz)) = 116.2776274 36.4808109 31.23945871 Min and Max of epf 0.8934089534 1 After projection: max(abs(u/v/w)) = 0.583899667 0.07886739262 0.07155343515 Before projection: max(abs(u/v/w)) = 0.5041675865 0.06016739264 0.05708679727 max(abs(gpx/gpy/gpz)) = 111.7856328 37.14724084 31.55864566 Min and Max of epf 0.8934089534 1 After projection: max(abs(u/v/w)) = 0.5858214956 0.07868941655 0.07144026851 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)) = 0.10659105 max(eps(1)) = 0.11058258 max(eps(1) - eps(0)) = 0.004579 max(eps(2)) = 0.11058042 max(eps(2) - eps(1)) = 2.153e-06 max(eps(3)) = 0.11058043 max(eps(3) - eps(2)) = 4.385e-08 Time per fluid step 0.188120475 Time per parcel step 0.009022321 Coupling time per step 0.014907206 Time per step 0.212854868 ============ NEW TIME STEP ============ Step 13: from old_time 0.01184816831 to new time 0.01284816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5123878208 0.05972458059 0.05656062394 max(abs(gpx/gpy/gpz)) = 111.4388764 37.10305087 31.56095341 Min and Max of epf 0.8894195737 1 After projection: max(abs(u/v/w)) = 0.593518001 0.07877990518 0.07160253375 Before projection: max(abs(u/v/w)) = 0.5110713427 0.05959677261 0.05643968241 max(abs(gpx/gpy/gpz)) = 117.1177515 37.76496971 32.23509049 Min and Max of epf 0.8894195737 1 After projection: max(abs(u/v/w)) = 0.5949323089 0.07868122628 0.07152118352 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)) = 0.11058043 max(eps(1)) = 0.1151503 max(eps(1) - eps(0)) = 0.004957 max(eps(2)) = 0.1151476 max(eps(2) - eps(1)) = 2.705e-06 max(eps(3)) = 0.1151476 max(eps(3) - eps(2)) = 4.239e-08 Time per fluid step 0.187770624 Time per parcel step 0.009121983 Coupling time per step 0.0154323 Time per step 0.21307375 ============ NEW TIME STEP ============ Step 14: from old_time 0.01284816831 to new time 0.01384816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5188457891 0.05902434638 0.05585301275 max(abs(gpx/gpy/gpz)) = 118.1794831 37.78177507 32.29413654 Min and Max of epf 0.8848524005 1 After projection: max(abs(u/v/w)) = 0.602598698 0.07905173366 0.07182767396 Before projection: max(abs(u/v/w)) = 0.5175492679 0.05885072454 0.05569494908 max(abs(gpx/gpy/gpz)) = 126.5129159 39.03561518 33.19415394 Min and Max of epf 0.8848524005 1 After projection: max(abs(u/v/w)) = 0.6043854219 0.07895817672 0.07176782088 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)) = 0.1151476 max(eps(1)) = 0.12029342 max(eps(1) - eps(0)) = 0.005333 max(eps(2)) = 0.12029013 max(eps(2) - eps(1)) = 3.29e-06 max(eps(3)) = 0.12029013 max(eps(3) - eps(2)) = 4.12e-08 Time per fluid step 0.187932623 Time per parcel step 0.009246196 Coupling time per step 0.015323511 Time per step 0.213285796 ============ NEW TIME STEP ============ Step 15: from old_time 0.01384816831 to new time 0.01484816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5263247384 0.05830594775 0.05511205625 max(abs(gpx/gpy/gpz)) = 127.9994709 39.18855644 33.32843237 Min and Max of epf 0.8797098697 1 After projection: max(abs(u/v/w)) = 0.6125314038 0.07949415395 0.07224948467 Before projection: max(abs(u/v/w)) = 0.5252332217 0.05810193269 0.05491816606 max(abs(gpx/gpy/gpz)) = 137.5735956 40.54192468 34.40772269 Min and Max of epf 0.8797098697 1 After projection: max(abs(u/v/w)) = 0.6138880054 0.07945354848 0.07223104404 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)) = 0.12029013 max(eps(1)) = 0.12600911 max(eps(1) - eps(0)) = 0.005766 max(eps(2)) = 0.12600521 max(eps(2) - eps(1)) = 3.902e-06 max(eps(3)) = 0.12600521 max(eps(3) - eps(2)) = 4.096e-08 Time per fluid step 0.188033065 Time per parcel step 0.009319865 Coupling time per step 0.01522809 Time per step 0.213336492 ============ NEW TIME STEP ============ Step 16: from old_time 0.01484816831 to new time 0.01584816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5334577768 0.05756570803 0.05436001737 max(abs(gpx/gpy/gpz)) = 139.3648847 40.80187816 34.65000176 Min and Max of epf 0.8739947903 1 After projection: max(abs(u/v/w)) = 0.6216099357 0.08010906596 0.07286494804 Before projection: max(abs(u/v/w)) = 0.5322339777 0.05734150327 0.05413514504 max(abs(gpx/gpy/gpz)) = 150.4284665 42.28353563 35.836772 Min and Max of epf 0.8739947903 1 After projection: max(abs(u/v/w)) = 0.6223788468 0.08011396766 0.07287377531 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)) = 0.12600521 max(eps(1)) = 0.1322849 max(eps(1) - eps(0)) = 0.006321 max(eps(2)) = 0.13227871 max(eps(2) - eps(1)) = 6.195e-06 max(eps(3)) = 0.13227872 max(eps(3) - eps(2)) = 4.207e-08 Time per fluid step 0.187361124 Time per parcel step 0.008963902 Coupling time per step 0.015169688 Time per step 0.212287608 ============ NEW TIME STEP ============ Step 17: from old_time 0.01584816831 to new time 0.01684816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5394712497 0.05720411486 0.05355611671 max(abs(gpx/gpy/gpz)) = 152.6409466 42.64888786 36.15854649 Min and Max of epf 0.8677212843 1 After projection: max(abs(u/v/w)) = 0.6300758021 0.08089476027 0.07364593818 Before projection: max(abs(u/v/w)) = 0.5382032527 0.05733097676 0.05329651471 max(abs(gpx/gpy/gpz)) = 165.2456219 44.33683341 37.49995212 Min and Max of epf 0.8677212843 1 After projection: max(abs(u/v/w)) = 0.6311192255 0.08092350151 0.07368251387 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)) = 0.13227872 max(eps(1)) = 0.13911229 max(eps(1) - eps(0)) = 0.006956 max(eps(2)) = 0.1391052 max(eps(2) - eps(1)) = 7.088e-06 max(eps(3)) = 0.13910521 max(eps(3) - eps(2)) = 4.511e-08 Time per fluid step 0.187984364 Time per parcel step 0.009066734 Coupling time per step 0.01520524 Time per step 0.213028665 ============ NEW TIME STEP ============ Step 18: from old_time 0.01684816831 to new time 0.01784816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.545875028 0.0573178649 0.05265932531 max(abs(gpx/gpy/gpz)) = 167.9211161 44.79529046 37.8983962 Min and Max of epf 0.8608947906 1 After projection: max(abs(u/v/w)) = 0.6388619777 0.08181417894 0.07459799756 Before projection: max(abs(u/v/w)) = 0.5447433627 0.05746259017 0.05234553944 max(abs(gpx/gpy/gpz)) = 182.5786511 46.70547072 39.42502221 Min and Max of epf 0.8608947906 1 After projection: max(abs(u/v/w)) = 0.6394797434 0.08185759884 0.07464729328 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)) = 0.13910521 max(eps(1)) = 0.14679534 max(eps(1) - eps(0)) = 0.008018 max(eps(2)) = 0.14678955 max(eps(2) - eps(1)) = 5.891e-06 max(eps(3)) = 0.14678955 max(eps(3) - eps(2)) = 2.378e-07 Time per fluid step 0.188388875 Time per parcel step 0.009285208 Coupling time per step 0.015225717 Time per step 0.21384592 ============ NEW TIME STEP ============ Step 19: from old_time 0.01784816831 to new time 0.01884816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5547582182 0.05754096384 0.05160545923 max(abs(gpx/gpy/gpz)) = 185.8311535 47.25708337 39.90958972 Min and Max of epf 0.8532104485 1 After projection: max(abs(u/v/w)) = 0.6469104796 0.08295702355 0.07573214891 Before projection: max(abs(u/v/w)) = 0.5545458273 0.05772593173 0.05121206034 max(abs(gpx/gpy/gpz)) = 203.5630794 49.58077898 41.68686051 Min and Max of epf 0.8532104485 1 After projection: max(abs(u/v/w)) = 0.6470628945 0.08300860294 0.07578359796 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)) = 0.14678955 max(eps(1)) = 0.15476337 max(eps(1) - eps(0)) = 0.008472 max(eps(2)) = 0.15475098 max(eps(2) - eps(1)) = 1.239e-05 max(eps(3)) = 0.15475101 max(eps(3) - eps(2)) = 5.383e-08 Time per fluid step 0.187786637 Time per parcel step 0.00929954 Coupling time per step 0.015224774 Time per step 0.213093894 ============ NEW TIME STEP ============ Step 20: from old_time 0.01884816831 to new time 0.01984816831 with dt = 0.001 Before projection: max(abs(u/v/w)) = 0.5642975789 0.05776674837 0.0513681373 max(abs(gpx/gpy/gpz)) = 207.7141762 50.28525667 42.27935999 Min and Max of epf 0.8452489871 1 After projection: max(abs(u/v/w)) = 0.6529947305 0.08424146714 0.07704894595 Before projection: max(abs(u/v/w)) = 0.5638108159 0.05798862606 0.05110478115 max(abs(gpx/gpy/gpz)) = 203.0005747 51.76397715 43.46047253 Min and Max of epf 0.8452489871 1 After projection: max(abs(u/v/w)) = 0.6533360309 0.08430580593 0.07713662979 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)) = 0.15475101 max(eps(1)) = 0.16190473 max(eps(1) - eps(0)) = 0.007702 max(eps(2)) = 0.16189647 max(eps(2) - eps(1)) = 8.321e-06 max(eps(3)) = 0.16189648 max(eps(3) - eps(2)) = 5.886e-08 Time per fluid step 0.188412231 Time per parcel step 0.009367373 Coupling time per step 0.015204572 Time per step 0.213734972 Writing plotfile BENCH08-PIC-Patil_plt00020 at time 0.01984816831 Time spent in main (after init) 4.276258792 Time spent in main 4.591626174 Unused ParmParse Variables: [TOP]::amr.par_ascii_file(nvals = 1) :: [vis] [TOP]::amr.par_ascii_int(nvals = 1) :: [-1] AMReX (26.11-3-g75c804923cd5) finalized