(0 "fluent16.2.0  build-id: 10212")

(0 "Machine Config:")
(4 (60 0 0 1 2 4 4 4 8 8 8 4))

(0 "Dimensions:")
(2 2)

(0 "Variables:")
(37 (
(sizing-function/max-resolution 60)
(sizing-function/resolution 3)
(dynamesh/collapse/skew-max 0.7)
(smooth-mesh/min-skew 0.4)
(adapt/coarsen/marker/visible? #f)
(adapt/coarsen/cell/visible? #t)
(adapt/coarsen/cell/filled? #t)
(adapt/refine/marker/visible? #f)
(adapt/refine/cell/visible? #t)
(adapt/refine/cell/filled? #t)
(persistent-user-rpvars ())
(reference-frame/ghost-zone-interface-active? #t)
(reference-frame/relative/origin-absolute? #f)
(wall-film/allow-both-models 0)
(wall-film/model-parameters ())
(strategy/solution-strategy/modifications/status ())
(strategy/solution-strategy/original-settings/status ((executed? . #f) (converged? . #f) (start-iteration . 0)))
(strategy/solution-strategy/before-init-modification/status ((executed? . #f) (converged? . #f) (start-iteration . 0)))
(strategy/use-strategy? #f)
(strategy/solution-strategy/modifications ((type . list-class) (min-length . 0) (max-length . #f) (curr-length . 0) (member-vars)))
(strategy/solution-strategy/original-settings ((type . struct-class) (members-state (active? (value . #t) (type . boolean-class)) (name (value . "Original Settings") (type . string-class)) (command (value . "") (type . string-class)) (count (type . integer-class) (value . 1) (min . 0) (max . #f)))))
(strategy/solution-strategy/before-init-modification ((type . struct-class) (members-state (active? (value . #f) (type . boolean-class)) (name (value . "Pre-Initialization") (type . string-class)) (command (value . "") (type . string-class)) (count (type . integer-class) (value . 0) (min . 0) (max . #f)))))
(strategy/initialization-strategy ((selection . init-from-case) (type . union-class) (members-state (init-from-case . #f) (init-from-data-file (type . file-class) (value . "") (remote-file? . #t) (file-pattern . "*.dat*")) (init-from-solution (selection . init-from-case) (type . union-class) (members-state (init-from-case . #f) (init-from-data-file (type . file-class) (value . "") (remote-file? . #t) (file-pattern . "*.dat*")))))))
(input-parameters/used-in-udf ())
(parameters/parametrized-flvars ())
(parameters/enable-in-tui? #f)
(parameters/output-parameters ())
(parameters/input-parameters ())
(histogram/scaling-method "")
(histogram/use-scaling? #f)
(higherorder-solidconvection? #t)
(transient-post/monitors ())
(postdomain/index 1)
(postdomain? #f)
(user-wet-steam? #f)
(udws/libname "")
(wetsteam/b_max 0.1)
(wsr/patch 0.)
(wsb/patch 0.)
(wsn/patch 0.)
(wsf/default 0.)
(wsr/default 0.)
(wsb/default 0.)
(wsn/default 0.)
(wetsteam/amg-stabilization 0)
(wetsteam/scheme 0)
(wetsteam/amg-method 0)
(wetsteam/cycle-type 0)
(wetsteam/amg-beta 0.7)
(wetsteam/amg-alpha 0.1)
(wetsteam/relax 0.1)
(wetsteam/solve? #t)
(mixing-plane/rgrad-copy-method 0)
(mixing-plane/gradient-copy-method 0)
(mixing-plane/show-averaging-method? #f)
(mixing-plane/reduce-backflow? #f)
(mixing-plane/ave-method 0)
(mixing-plane/verbos-t-enthalpy? #f)
(mixing-plane/conserve-t-enthalpy? #f)
(mixing-plane/verbos-swirl? #f)
(mixing-plane/conserve-swirl? #f)
(mixing-plane/fix-pressure-level? #f)
(mixing-plane/omega 1.)
(mixing-planes ())
(wall/finite-slip-condition? #f)
(mfinlet/forced-supersonic-treatment? #f)
(mfinlet/mfout-mach 0.98)
(mfinlet/mfout-urf 1.)
(mfinlet/non-constant-flux? #t)
(mfinlet/allow-reverse-flow? #t)
(pinlet/press-v13-init? #t)
(pinlet/use-extrapolated-pressure? #f)
(pinlet/enhanced-backflow? #f)
(non-reflecting/verbosity 1)
(non-reflecting/recon? #t)
(non-reflecting/omega 0.75)
(non-reflecting-bcs? #f)
(target-mfr-mach 0.98)
(target-mfr-pmin 1)
(target-mfr-pmax 5000000.)
(target-mfr-urf 0.05)
(target-mfr-method 2)
(target-mfr-verbos? #f)
(target-mfr? #t)
(poutlet/press-profile-blend 0.)
(poutlet/pavg-nbins 65)
(poutlet/p-split-back? #t)
(poutlet/fifth-ord-poly? #f)
(poutlet/p-ave-strong? #f)
(poutlet/p-split-ausm? #f)
(poutlet/ignore-back-swirl? #t)
(inert/enth-dt 10.)
(inert/enth-tmax 5000.)
(inert/enth-dt-urf 0.2)
(inert/min-sto-xi 0.01)
(inert/egr-reset-match-temp? #t)
(inert/species-lumping? #f)
(inert/max-h-iterations 50)
(inert/user-specified? #f)
(inert/assumed? #t)
(inert/mixture-name "inert-mixture")
(inert/nspecies 3)
(inert/composition (0.19110313 0.088028589 0.72086828))
(inert/species ("co2" "h2o" "n2"))
(inert/assumed-species ("co2" "h2o" "n2"))
(inert/assumed-comp (0.19110313 0.088028589 0.72086828))
(inert/user-species ("co2" "h2o" "n2"))
(inert/user-comp (0.19110313 0.088028589 0.72086828))
(inert/h-c-ratio 2.25)
(inert/amg-stabilization 0)
(inert/default 0)
(inert/patch 0)
(inert/amg-method 0)
(inert/cycle-type 0)
(inert/amg-beta 0.7)
(inert/amg-alpha 0.1)
(inert/scheme 1)
(inert/relax 1)
(inert/solve? #t)
(inert/off? #t)
(premix/les-peters-sct-factor 0.7)
(premix/ewald-exponent-q 0.66)
(premix/peters-coeff-cs 2.)
(premix/peters-coeff-b3 1.)
(premix/peters-coeff-b1 2.)
(premix/blint-coeff-bl2 0.7)
(premix/blint-coeff-bl1 2.)
(premix/blint-modifier? #f)
(premix-c-eqn/ewald-peters-corrector? #t)
(premix-c-eqn/turb-flame-speed-model "zimont")
(premix-g-eqn/turb-flame-speed-model "peters")
(premix-g-var/max-iter 5)
(premix-g-var/residual-tolerance 0.0001)
(premix-g-var/iter-tolerance 0.05)
(premix-g-var/amg-stabilization 0)
(premix-g-var/amg-method 0)
(premix-g-var/cycle-type 0)
(premix-g-var/amg-beta 0.7)
(premix-g-var/amg-alpha 0.1)
(premix-g-var/scheme 1)
(premix-g-var/gvar-limit 2)
(premix-g-var/aniso-diff? #f)
(premix-g-var/default 0.)
(premix-g-var/patch 0.)
(premix-g-var/relax 0.8)
(premix-g-var/solve? #t)
(premix-g-eqn/re-init-urf 0.1)
(premix-g-eqn/num-les-smooths 2)
(premix-g-eqn/cusp-g-gmag-limit 0.5)
(premix-g-eqn/g-var-type "solve")
(premix-g-eqn/max-iter 5)
(premix-g-eqn/residual-tolerance 0.0001)
(premix-g-eqn/iter-tolerance 0.05)
(premix-g-eqn/amg-stabilization 0)
(premix-g-eqn/amg-method 0)
(premix-g-eqn/cycle-type 0)
(premix-g-eqn/amg-beta 0.7)
(premix-g-eqn/amg-alpha 0.1)
(premix-g-eqn/scheme 1)
(premix-g-eqn/verbosity 0)
(premix-g-eqn/curvature-dfac 2.)
(premix-g-eqn/curvature-source? #f)
(premix-g-eqn/default 0.)
(premix-g-eqn/patch 0.)
(premix-g-eqn/relax 0.5)
(premix-g-eqn/solve? #t)
(par-premix/local-unburnt-props? #t)
(ecfm-sigma/verbosity 0)
(ecfm-sigma/kinetic-theory-ktc? #t)
(ecfm-sigma/p-restrict? #t)
(ecfm-sigma/p3-rho-ratio? #f)
(ecfm-sigma/ecfm-type "veynante")
(ecfm-sigma/delta-type "sutherland")
(ecfm-sigma/itnfs-type "poinsot")
(ecfm-sigma/beta2-les 1.33333333)
(ecfm-sigma/beta1-les 0.4)
(ecfm-sigma/alpha1-les 0.5)
(ecfm-sigma/nres-les 5.)
(ecfm-sigma/spark-const (50.))
(ecfm-sigma/ecfm-spark-type ("zimont"))
(ecfm-sigma/min-itnfs 0.)
(ecfm-sigma/itnfs-fixed-val 50.)
(ecfm-sigma/delta-l 0.001)
(ecfm-sigma/ucfm/beta2 0.1)
(ecfm-sigma/ucfm/beta1 1.)
(ecfm-sigma/ucfm/alpha3 1.4)
(ecfm-sigma/ucfm/alpha2 8.5)
(ecfm-sigma/ucfm/alpha1 0.012)
(ecfm-sigma/ucfm/alpha0 1.)
(ecfm-sigma/std3/beta1 0.4)
(ecfm-sigma/std3/alpha4 1.)
(ecfm-sigma/std3/alpha3 0.5)
(ecfm-sigma/std3/alpha2 1.)
(ecfm-sigma/std3/alpha1 1.6)
(ecfm-sigma/std3/alpha0 1.)
(ecfm-sigma/std2/beta1 1.)
(ecfm-sigma/std2/alpha3 1.)
(ecfm-sigma/std2/alpha2 1.)
(ecfm-sigma/std2/alpha1 1.6)
(ecfm-sigma/std2/alpha0 1.)
(ecfm-sigma/std1/beta1 1.)
(ecfm-sigma/std1/alpha3 1.)
(ecfm-sigma/std1/alpha2 1.)
(ecfm-sigma/std1/alpha1 1.6)
(ecfm-sigma/std1/alpha0 1.)
(ecfm-sigma/min-dl 1e-06)
(ecfm-sigma/wall-flux-const 0.5)
(ecfm-sigma/max-destruction-c 0.999999)
(ecfm-sigma/min-p3-c 0.001)
(ecfm-sigma/min-destruction-sl 0.001)
(ecfm-sigma/min-production-sl 0.001)
(ecfm-sigma/amg-stabilization 0)
(ecfm-sigma/default 1)
(ecfm-sigma/patch 0)
(ecfm-sigma/amg-method 0)
(ecfm-sigma/cycle-type 0)
(ecfm-sigma/amg-beta 0.7)
(ecfm-sigma/amg-alpha 0.1)
(ecfm-sigma/scheme 1)
(ecfm-sigma/relax 0.9)
(ecfm-sigma/solve? #t)
(ecfm-sigma/off? #t)
(ignition/octane-exp-gen 1.)
(ignition/equiv-exp-gen 1.)
(ignition/rpm-exp-gen 1.)
(ignition/temp-exp-gen 1.)
(ignition/press-exp-gen 1.)
(ignition/activate-gen 20080)
(ignition/octane-gen 90)
(ignition/pre-exp-gen 0.0405)
(ignition/press-exp-de -1.7)
(ignition/activate-de 3800)
(ignition/octane-exp-de 3.402)
(ignition/octane-de 90)
(ignition/pre-exp-de 0.01768)
(ignition/press-exp-hh 0.63)
(ignition/activate-hh 618840)
(ignition/cetane-hh 25)
(ignition/pre-exp-hh 0.36)
(ignition/dt-multiplier 3.)
(ignition/knock-act-temp -1507.8)
(ignition/knock-pre-exp 860000000000.)
(ignition/ignite-sp-cut 0.5)
(ignition/prod-fuel-cut 0.99)
(ignition/burning-cutoff 1.)
(ignition/ignite-sp-max 5.)
(ignition/stoich-a-f-ratio 14.7)
(ignition/fuel-species "")
(ignition/amg-stabilization 0)
(ignition/default 0)
(ignition/patch 0)
(ignition/amg-method 0)
(ignition/cycle-type 0)
(ignition/amg-beta 0.7)
(ignition/amg-alpha 0.1)
(ignition/scheme 1)
(ignition/relax 0.7)
(ignition/general? #f)
(ignition/douaud? #f)
(ignition/hardenburg? #f)
(ignition/delay? #f)
(ignition/knock? #f)
(ignition/solve? #t)
(ignition/off? #t)
(spark/verbosity? #f)
(spark/r150-energy (0.))
(spark/fix-rtrans? #f)
(spark/rtrans-max-cells 10.)
(spark/rtrans-min-cells 3.)
(spark/r145? #f)
(spark/flame-speed-model 1)
(spark/burn-old-time-levels? #f)
(spark/burn-init-fuel? #f)
(spark/diffusion-num-smooths 1)
(spark/diffusion-factor 1.5)
(spark/diffusion-dist 0.02)
(spark/diffusion-time (1e-05))
(spark/max-temp (2500))
(spark/energy (0.1))
(spark/duration (0.001))
(spark/start-ca (0))
(spark/start-time (0))
(spark/time-exponent (0.333333))
(spark/user-geom? (#f))
(spark/time-dep-geom? (#t))
(spark/fixed-geom? (#f))
(spark/fixed-box? (#f))
(spark/fixed-cylinder? (#f))
(spark/fixed-sphere? (#t))
(spark/shape ("hexahedron"))
(spark/z-height (0.002))
(spark/y-height (0.002))
(spark/x-height (0.002))
(spark/rtrans (0.))
(spark/rk (0.002))
(spark/radius-final (0.005))
(spark/radius (0.002))
(spark/z-loc (0))
(spark/y-loc (0))
(spark/x-loc (0))
(spark/off? (#t))
(spark/name ("spark-1"))
(spark/num 1)
(crevice/threads ())
(crevice/unit-roundoff 1e-06)
(crevice/relax 0.8)
(crevice/exit-pressure 101325.)
(crevice/mid-gap-cd 0.7)
(crevice/pressures (101325. 101325. 101325. 101325. 101325.))
(crevice/bot-ring-gap (1e-05 1e-05 1e-05))
(crevice/mid-ring-gap (4e-06 4e-06 4e-06))
(crevice/top-ring-gap (1e-05 1e-05 1e-05))
(crevice/land-length (0.00391 0.00391 0.00391))
(crevice/ring-spacing (0.00391 0.00391 0.00391))
(crevice/ring-mass (0.00375 0.00375 0.00375))
(crevice/ring-thickness (0.002 0.002 0.002))
(crevice/ring-width (0.00375 0.00375 0.00375))
(crevice/piston-bore-clearance 5.08e-05)
(crevice/sector-angle 360.)
(crevice/piston-temperature 400.)
(crevice/output-file "crev.out")
(crevice/bore 0.1016)
(crevice/n-rings 3)
(crevice/ring-dynamics? #f)
(crevice/write? #f)
(crevice/solve? #f)
(crevice/enabled? #f)
(acoustics/time-stepn "")
(acoustics/q-mesh-filename "")
(acoustics/mesh-filename "")
(acoustics/write-cgns? #f)
(acoustics/cylindrical-export? #f)
(acoustics/auto-prune? #t)
(acoustics/interior-list ())
(acoustics/write-only? #f)
(acoustics/write? #f)
(acoustics/source-files ())
(acoustics/thread-types ())
(acoustics/required-filenames ())
(acoustics/writable-threads ())
(acoustics/required-threads ())
(acoustics/receivers ())
(acoustics/file-lines 500)
(acoustics/read-and-compute? #f)
(acoustics/on-the-fly? #f)
(acoustics/index-filename "")
(acoustics/source-filename "")
(acoustics/base-filename "")
(acoustics/frequency 1)
(models/timer-cutoff 0.1)
(show-beta-features? #f)
(charge-density/enabled? #f)
(magnetic-permeability/enabled? #f)
(electric-conductivity/only-const-enabled? #f)
(electric-conductivity/enabled? #f)
(em/model-enabled? #f)
(save-cell-residuals? #f)
(domains (((1 geom-domain mixture) (children) (material . air))))
(md/verbosity 0)
(target/sv-list ())
(target/domain-list ())
(target/thread-list ())
(turbo-vector? #f)
(turbo-projection/method (0))
(turbo-search/method (1))
(turbo-grid/method (0))
(turbo/current-topology -1)
(turbo/topology-count 0)
(turbo/machine-type 0)
(turbo/zones/blade ())
(turbo/zones/outlet ())
(turbo/zones/inlet ())
(turbo/zones/theta-periodic ())
(turbo/zones/theta-max ())
(turbo/zones/theta-min ())
(turbo/zones/shroud ())
(turbo/zones/hub ())
(turbo/topology-list ())
(turbo? #f)
(network/history-file "")
(save-network-history? #f)
(sc/use-tref-in-htc-calculation? #f)
(sc/htc-epsilon 1e-06)
(sc/enable-thermal-stabilization? #f)
(sc/enable-htc-dt-in-solid-cell? #f)
(sc/default-htc-method? #t)
(sc/steady/default-iteration-method? #t)
(sc/miniter-per-coupling-iter 5)
(sc/verbosity 0)
(oned/library-case "")
(oned/library-name "none")
(glass-model? #f)
(shell/allow-partitioning? #f)
(shell/connectivity-after-slitting? #f)
(mesh/new-encap-from-tui? (#f #f))
(shell/skip-creation? #f)
(shell/verbosity? #f)
(shell/restore-inner-temp? #f)
(shell/new-encapsulation? #t)
(shell/encap-only-coupled-walls? #f)
(shell/create-edge-children? #f)
(shell/multi/data ())
(shell/multi/cond-rule 1)
(shell/new-method-from-tui? (#f #f))
(shell/new-method? #t)
(shell/max-migration-iteration 1)
(disabled-planar-walls ())
(shell/ignore-partition-check? #f)
(shell/check-orientation? #f)
(in-plane/zero-dir (0 1 0))
(cht/solid-time-step-size 10)
(cht/enable-solid-time-step? #f)
(cht/auto-tolerance/scaling-factor 1.25)
(cht/auto-tolerance? #t)
(cht/interpolation-method 3)
(cht/mapping-method 0)
(cht/urf 1)
(cht/qdot-tolerance 0.0001)
(cht/force-conservation? #t)
(cht/verbosity -1)
(cht/htc-wall-function-based? #f)
(cht/mapping-frequency 1)
(cht/mapped-interfaces ())
(dual-cell/centroid-tolerance 1e-06)
(dual-cell/nbr-tolerance 1e-07)
(dual-cell/store-nbr-data? #f)
(dual-cell/conservative-heat-transfer? #f)
(dual-cell-heatxc/verbosity? #f)
(dc/extrapolation-method "default")
(dual-cell/alternate-formulation? #f)
(dual-cell-heatxc/data ())
(dual-cell-heatxc/on? #f)
(heatxc/update-ntu-for-varying-cp? #f)
(heatxc/initialize-metrics? #t)
(heatxc/inlet-temp/urf 0.8)
(heatxc/cross-flow? #t)
(heatxc/groups ())
(heatxc/geom ())
(heatxc/ntu-approach? ())
(heatxc/sv-ratio 1.)
(heatxc/verbosity 0)
(heatxc/models ())
(heatxc/on? #f)
(case-file-units "si")
(airpak-specific? #f)
(temperature/split-source-by-ratio? #f)
(atm-ht-v5? #f)
(planar-conduction? #f)
(init-fans? #f)
(icepak? #f)
(ffc? #f)
(monitor/commands ())
(monitor/convergence-running-averages 1)
(monitor/convergence-def-list (((check-nth 1) (logic #f))))
(monitor/volume ())
(monitor/surfaces ())
(monitor/compute-node-values? #t)
(graphics/vectors ())
(graphics/contours ())
(report/cell-value? #f)
(report/forces/print-vec? #t)
(mesh_user_defined_cells_freed? #f)
(statistics/x-axis "Iteration")
(statistics/file-basename "statistics-.out")
(statistics/write? #f)
(statistics/window -1)
(statistics/plot? #f)
(statistics/print? #f)
(statistics/monitors ())
(monitor/include-zero-time-values? #f)
(fmon/unscaled? #f)
(monitor/window 0)
(monitor/moment ())
(monitor/lift ())
(monitor/drag ())
(fmon/old-method? #f)
(file-write/frequency 1)
(mmp/autosave/file-decimal-digits 6)
(mmp/autosave/file-suffix-type "time-step")
(mmp/autosave/overwrite? #f)
(mmp/autosave/filename "")
(mmp/autosave/numfiles 0)
(mmp/autosave/frequency/data 1)
(mmp/autosave/frequency/case 1)
(wb/container/flags ())
(wb/original-mesh? #t)
(wb/original-case? #t)
(autosave/run-number 0)
(export/cdat-history ())
(autosave/solution-points ())
(autosave/save-case-preference 0)
(autosave/file-decimal-digits 6)
(autosave/save-frequency-type "Time Steps")
(autosave/frequency/crank-angle 0)
(autosave/file-suffix-type "time-step")
(autosave/overwrite? #f)
(autosave/filename "")
(autosave/numfiles 0)
(autosave/frequency/data 0)
(autosave/frequency/case 0)
(hg/wilcox_r14_r (44000000. 0. 81670.))
(hg/wilcox_r14_f (7190000000. -2. 0.))
(hg/wilcox_r13_r (100000000000. 0. 47490.))
(hg/wilcox_r13_f (85900000. 0. 1170.))
(hg/wilcox_r12_r (1450000. 1.44 2460.))
(hg/wilcox_r12_f (1470000. 1.63 3160.))
(hg/wilcox_r11_r (223. 0. -1800.))
(hg/wilcox_r11_f (8510000000. 0. 55840.))
(hg/wilcox_r10_f (319000. 0. 87000.))
(hg/wilcox_r9_f (18270. 0. 500.))
(hg/wilcox_r8_r (687000. 0. 6200.))
(hg/wilcox_r8_f (30600000. 0. 36600.))
(hg/wilcox_r7_f (3090. 0. 8800.))
(hg/wilcox_r6_f (18115. 0. 0.))
(hg/wilcox_r5_f (135. 0. 76080.))
(hg/wilcox_r4_r (7230000. 0. 11800.))
(hg/wilcox_r4_f (61500000. 0. 43300.))
(hg/wilcox_r3_r (2550000. 0. 13800.))
(hg/wilcox_r3_f (19300000. 0. 93300.))
(hg/wilcox_r2_f (45000000. 0. 30270.))
(hg/wilcox_r1_f (42500000. 0. 16130.))
(hg/hg-hgo-rate (3090. 0. 8800.))
(hg/hg-hcl-rate (12044.09 0. 18000.))
(hg/h2-h-ratio 1.)
(hg/h-o-ratio 0.5)
(hg/oh-mode 1)
(hg/o-mode 0)
(hg/eval-hg-balance? #f)
(hg/rate-limit 1e+30)
(hg/model 0)
(hg/fuel-data-list2 ("" "" "" "" ""))
(hg/fuel-data-list1 (-1 0 2 0 0. 0 0. 1. 0. 0. 0 0. 1. 0.))
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(soot/soot-mean-dens 2000.)
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(soot/user-source-only? #f)
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(soot/oxidation-user? #f)
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(soot/oxidation-fjo? #t)
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(soot/moss-brookes-hall? #f)
(soot/moss-brookes? #f)
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(soot/one-step? #f)
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(sox/user-sox? #f)
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(nox/reburn-modhcn-rate 0.0004)
(nox/reburn-modno-rate 0.0004)
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(nox/set-user-mw? #f)
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(sox/beta-models? #f)
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(soot-mom/sgs-user-mech? #f)
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(soot-mom/allow-max-moments? #f)
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(pressure/pseudo-cpl-expl-omega-p 0.5)
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(pollutant/pseudo-cycle-type (3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3 3))
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(pb-smm/pseudo-time-scale-factor (1.))
(pb-qmom/pseudo-time-scale-factor (1.))
(pollutant/pseudo-time-scale-factor (1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1. 1.))
(ufla-y/pseudo-time-scale-factor 1.)
(inert/pseudo-time-scale-factor 1.)
(premix-g-var/pseudo-time-scale-factor 1.)
(ecfm-sigma/pseudo-time-scale-factor 1.)
(granular-temperature/pseudo-time-scale-factor 1.)
(pull/pseudo-time-scale-factor 1.)
(premixc/pseudo-time-scale-factor 1.)
(fvar2/pseudo-time-scale-factor 1.)
(fvar/pseudo-time-scale-factor 1.)
(fmean2/pseudo-time-scale-factor 1.)
(fmean/pseudo-time-scale-factor 1.)
(drsm/pseudo-time-scale-factor 1.)
(retheta/pseudo-time-scale-factor 1.)
(intermit/pseudo-time-scale-factor 1.)
(omega/pseudo-time-scale-factor 1.)
(kl/pseudo-time-scale-factor 1.)
(f/pseudo-time-scale-factor 1.)
(v2/pseudo-time-scale-factor 1.)
(epsilon/pseudo-time-scale-factor 1.)
(k/pseudo-time-scale-factor 1.)
(nut/pseudo-time-scale-factor 1.)
(w-swirl/pseudo-time-scale-factor 1.)
(mp/pseudo-time-scale-factor 1.)
(dqmom-iem/pseudo-time-scale-factor 1.)
(species/pseudo-time-scale-factor (1.))
(enthalpy/pseudo-time-scale-factor 1.)
(tvar/pseudo-time-scale-factor 1.)
(temperature/pseudo-time-scale-factor 1.)
(dynamesh/smooth/laplace/pseudo-time-step 1.)
(wd-phi/pseudo-time-scale-factor 1.)
(soot-mom/pseudo-implicit-relax 0.9)
(wetsteam/pseudo-implicit-relax 0.1)
(iac/pseudo-implicit-relax 0.3)
(pb-disc/pseudo-implicit-relax (0.5))
(pb-dqmom/pseudo-implicit-relax (0.5))
(pb-smm/pseudo-implicit-relax (0.5))
(pb-qmom/pseudo-implicit-relax (0.5))
(pollutant/pseudo-implicit-relax (0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9 0.9))
(inert/pseudo-implicit-relax 1.)
(premix-g-var/pseudo-implicit-relax 0.8)
(ecfm-sigma/pseudo-implicit-relax 0.9)
(granular-temperature/pseudo-implicit-relax 0.2)
(premixc/pseudo-implicit-relax 0.9)
(fvar2/pseudo-implicit-relax 0.9)
(fvar/pseudo-implicit-relax 0.9)
(fmean2/pseudo-implicit-relax 1.)
(fmean/pseudo-implicit-relax 1.)
(drsm/pseudo-implicit-relax 0.8)
(retheta/pseudo-implicit-relax 0.8)
(intermit/pseudo-implicit-relax 0.8)
(omega/pseudo-implicit-relax 0.8)
(kl/pseudo-implicit-relax 0.8)
(f/pseudo-implicit-relax 0.8)
(v2/pseudo-implicit-relax 0.8)
(epsilon/pseudo-implicit-relax 0.8)
(k/pseudo-implicit-relax 0.8)
(nut/pseudo-implicit-relax 0.8)
(w-swirl/pseudo-implicit-relax 0.9)
(mp/pseudo-implicit-relax 0.5)
(dqmom-iem/pseudo-implicit-relax 1.)
(species/pseudo-implicit-relax (1.))
(enthalpy/pseudo-implicit-relax 1.)
(tvar/pseudo-implicit-relax 0.9)
(temperature/pseudo-implicit-relax 1.)
(soot-mom/pseudo-specific? #f)
(wetsteam/pseudo-specific? #t)
(iac/pseudo-specific? #t)
(pb-disc/pseudo-specific? (#t))
(pb-dqmom/pseudo-specific? (#t))
(pb-smm/pseudo-specific? (#t))
(pb-qmom/pseudo-specific? (#t))
(pollutant/pseudo-specific? (#f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f))
(inert/pseudo-specific? #f)
(premix-g-var/pseudo-specific? #f)
(ecfm-sigma/pseudo-specific? #f)
(granular-temperature/pseudo-specific? #t)
(premixc/pseudo-specific? #f)
(fvar2/pseudo-specific? #f)
(fvar/pseudo-specific? #f)
(fmean2/pseudo-specific? #f)
(fmean/pseudo-specific? #f)
(drsm/pseudo-specific? #t)
(retheta/pseudo-specific? #t)
(intermit/pseudo-specific? #t)
(omega/pseudo-specific? #t)
(kl/pseudo-specific? #t)
(f/pseudo-specific? #t)
(v2/pseudo-specific? #t)
(epsilon/pseudo-specific? #t)
(k/pseudo-specific? #t)
(nut/pseudo-specific? #t)
(w-swirl/pseudo-specific? #t)
(mp/pseudo-specific? #t)
(dqmom-iem/pseudo-specific? #f)
(species/pseudo-specific? (#f))
(enthalpy/pseudo-specific? #f)
(tvar/pseudo-specific? #f)
(temperature/pseudo-specific? #t)
(soot-mom/pseudo-relax 0.75)
(p1/pseudo-relax 1.)
(dpm/pseudo-relax 0.5)
(turb-viscosity/pseudo-relax 1.)
(body-force/pseudo-relax 1.)
(density/pseudo-relax 1.)
(wetsteam/pseudo-relax 0.75)
(iac/pseudo-relax 0.75)
(pb-disc/pseudo-relax (0.75))
(pb-dqmom/pseudo-relax (0.75))
(pb-smm/pseudo-relax (0.75))
(pb-qmom/pseudo-relax (0.75))
(pollutant/pseudo-relax (0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75 0.75))
(inert/pseudo-relax 0.75)
(premix-g-var/pseudo-relax 0.75)
(ecfm-sigma/pseudo-relax 0.75)
(granular-temperature/pseudo-relax 0.75)
(pull/pseudo-relax 0.75)
(premixc/pseudo-relax 0.75)
(fvar2/pseudo-relax 0.75)
(fvar/pseudo-relax 0.75)
(fmean2/pseudo-relax 0.75)
(fmean/pseudo-relax 0.75)
(drsm/pseudo-relax 0.75)
(retheta/pseudo-relax 0.75)
(intermit/pseudo-relax 0.75)
(omega/pseudo-relax 0.75)
(kl/pseudo-relax 0.75)
(f/pseudo-relax 0.75)
(v2/pseudo-relax 0.75)
(epsilon/pseudo-relax 0.75)
(k/pseudo-relax 0.75)
(nut/pseudo-relax 0.75)
(w-swirl/pseudo-relax 0.75)
(mp/pseudo-relax 0.5)
(dqmom-iem/pseudo-relax 0.75)
(species/pseudo-relax (0.75))
(enthalpy/pseudo-relax 0.75)
(tvar/pseudo-relax 0.75)
(temperature/pseudo-relax 0.75)
(pressure/pseudo-relax 0.5)
(mom/pseudo-relax 0.5)
(dynamesh/smooth/laplace/pseudo-relax 0.75)
(wd-phi/pseudo-relax 0.75)
(cvt/pseudo-relax 1.)
(disco/pseudo-relax 1.)
(delh/pseudo-relax 0.9)
(drift/pseudo-relax 0.1)
(pseudo/energy-solid-dt-in-melt-porous-zone? #t)
(pseudo/autotime-lscale-userspec 1.)
(pseudo/autotime-lscale-option 1)
(pseudo-auto-time-verbosity 0)
(pseudo-auto-time-step-scale-factor 1.)
(pseudo-solid-dt 1000.)
(pseudo-auto-time-solid-scale-factor 1.)
(pseudo-auto-time-solid? #t)
(pseudo-auto-time-step 1.)
(pseudo-auto-time-step? #t)
(pseudo/pv-coupling-all? #f)
(pseudo-transient-formulation? #f)
(pseudo-time-step 1.)
(dpm/visualize-rotation? #f)
(dpm/compute-rotation? #t)
(dpm/volume-injection/use-cartesian-mesh? #f)
(dpm/volume-injection/show-bound-geom? #f)
(dpm/cell-functions/level 0)
(dpm/io/cfd-post/export-residence-time? #t)
(dpm/io/cfd-post/export-step? #f)
(dpm/io/cfd-post/export-int64? #f)
(dpm/io/cfd-post/export-float64? #f)
(dpm/io/cfd-post/export-float-binary? #t)
(dpm/io/cfd-post/export-int-binary? #f)
(dpm/io/xml-encoding "iso-8859-1")
(dpm/io/buffer-size 10000)
(dpm/allow-nita? #f)
(dpm/verbosity 1)
(dpm/transient/export-name "particle-data-1")
(dpm/dpm-vof/euler/allow-parallel-hybrid? #f)
(dpm/dpm-vof/euler/check-neighbour-vof? #t)
(dpm/n-dpm-domains 0)
(dpm/dpm-vof-gran-temp-lower-limit 1e-05)
(dpm/dpm-vof-velocity-correction? #f)
(dpm/dpm-vof-scheme-type 0)
(dpm/dpm-vof-show-internal-variables? #f)
(dpm/dpm_vof? #f)
(dpm/check-dpm-iteration-limit 0.)
(dpm/check-dpm-iteration? #t)
(dpm/check-node-coords? #f)
(dpm/latent-heat-at-boiling? #t)
(dpm/absolute-pressure? #t)
(dpm/raoult? #f)
(dpm/multicomponent-tolerance 1e-05)
(dpm/fill-sources-per-material? #f)
(dpm/density-multispecies? #f)
(dpm/multicomponent-boiling? #t)
(dpm/cp-correction? #t)
(dpm/fractional-change-limit-heat 0.1)
(dpm/fractional-change-limit-mass 0.3)
(dpm/rkmulticomponent? #f)
(dpm/serial-particle-ids? #t)
(dpm/breakup/new-partid? #t)
(dpm/random/seed-timestep? #t)
(dpm/random/seed-iteration? #t)
(dpm/random/use-particle-seeds? #t)
(dpm/random/seed-restore? #t)
(dpm/gauss-random 0.5)
(dpm/random-gauss? #t)
(dpm/uniform-random 0.5)
(dpm/random-uniform? #t)
(dpm/tracking-order-randomizations 0)
(dpm/allow-condensation? #f)
(dpm/latent-heat-temperature-depend? #f)
(dpm/boiling-pressure-depend? #f)
(dpm/rkvaporization? #f)
(dpm/limiting-time-algorithm? #t)
(dpm/minimum-vapor-fraction-new 1e-05)
(dpm/minimum-vapor-fraction 0.01)
(dpm/virtual-mass-factor 0.5)
(dpm/virtual-mass? #f)
(dpm/pressure-force? #f)
(dpm/pressure-force-explicit? #f)
(dpm/flush-sources-at-timestep? #t)
(dpm/fluid-flow-time-stepping? #t)
(dpm/create-particles-with-particle-time-step? #f)
(dpm/last-time-step 0.)
(dpm/n-time-steps 1)
(dpm/time-step 0)
(dpm/injection-time-scale-factor 1.)
(dpm/physical-time-step 0.001)
(dpm/flow-time 0.)
(dpm/short-wave-airblast? #f)
(dpm/atomizer-uniform-mass-distribution? #f)
(dpm/solid-cone-uniform-mass-distribution? #f)
(dpm/stagger-factor 1.)
(dpm/stagger_radius_standard_inj 0.)
(dpm/stagger-temporally? #f)
(dpm/stagger_atomizer_inj? #t)
(dpm/stagger_standard_inj? #f)
(dpm/wall-film-expert? #f)
(dpm/film-splash-angle-slope 0.266)
(dpm/film-splash-angle 65.40000000000001)
(dpm/film-min-dsplash-param 0.02)
(dpm/film-max-face-dist 1e-05)
(dpm/film-m-imp-interaction 0.)
(dpm/film-p-imp-interaction 0.)
(dpm/film-mean-interaction 0.)
(dpm/film-gas-interaction #t)
(dpm/film-visc-interaction #t)
(dpm/film-separation-height 1e-05)
(dpm/film-separation-angle 90)
(dpm/film-node-values? #t)
(dpm/pathlines-single-id -1)
(dpm/pathline-scheme 1)
(dpm/pathlines-low-order? #f)
(dpm/pathlines-relative? #t)
(dpm/pathline-face-intersection-algorithm 0)
(dpm/particle-relocation 2)
(dpm/particle-synchronization 1)
(dpm/particle-recreate 1)
(dpm/particle-reset 2)
(dpm/particle-repartition-algorithm 3)
(dpm/locate/method 0)
(dpm/face-intersection-algorithm 5)
(dpm/display-steps 1)
(dpm/lowest-mass 5.236e-25)
(dpm/leidenfrost-dt 50)
(dpm/lowest-film-diameter 1e-07)
(dpm/lowest-diameter 1e-08)
(dpm/number-of-cells-to-cross 1.)
(dpm/acceleration-to-faces-for-rk? #t)
(dpm/auto-max-step-size-refinements 20)
(dpm/auto-max-error 1e-05)
(dpm/auto-tracking-scheme-selection? #t)
(dpm/limit-min-time-step? #t)
(dpm/tracking-scheme-film 0)
(dpm/tracking-scheme 1)
(dpm/tracking-scheme-high 1)
(dpm/tracking-scheme-low 0)
(dpm/auto-step-size-control? #t)
(dpm/max-find-cell-depth 2000)
(dpm/debug-output-level 0)
(dpm/average/each-step? #f)
(dpm/average/ddpm-vars? #t)
(dpm/average/source-terms? #t)
(dpm/average/kernel-gaussian 1.)
(dpm/average/kernel 2)
(dpm/average/nodes? #f)
(temperature/interpolate #t)
(z-velocity/interpolate #t)
(y-velocity/interpolate #t)
(x-velocity/interpolate #t)
(dpm/variable-interpolation/kernel-gaussian 1.)
(dpm/variable-interpolation/stencil 1)
(dpm/variable-interpolation/kernel 2)
(dpm/variable-interpolation/nodes? #f)
(dpm/variable-interpolation/in-time? #f)
(dpm/variable-interpolation/velocity-wall-interpolation? #f)
(dpm/temperature-interpolation? #f)
(dpm/variable-interpolation? #t)
(dpm/search-before-iteration? #f)
(dpm/closest-face-search? #t)
(dpm/pre-write-particle-project-dem? #f)
(dpm/pre-write-particle-project? #t)
(dpm/pre-write-particle-check? #f)
(dpm/use-face-v-with-b-injection? #t)
(dpm/relocate-init-particles? #f)
(dpm/disallow-aborted-particles? #t)
(dpm/closest-cell-search? #t)
(dpm/full-pointwise-search? #f)
(dpm/nd-point-search/polyhedron-tet-division-level 0)
(dpm/nd-point-search? #t)
(dpm/sample-file/sort? #f)
(dpm/sample-pre "")
(dpm/collect-sample? #f)
(dpm/relocate-unsteady-particles-for-mdm? #t)
(dpm/consider-transient-mesh-movement? #t)
(dpm/consider-discrete-phase-volume-fraction? #t)
(dpm/source-terms-linearized? #f)
(dpm/eulerian_source_term_coupling? #f)
(dpm/sources-max-part-ap 0.1)
(dpm/sources-as-in-v61? #f)
(dpm/sources-delta-implicit? #t)
(dpm/sources-implicit? #t)
(dpm/sources-every-flow-iteration? #f)
(dpm/implicit-momentum-coupling? #t)
(dpm/levich-breakup-constant 14.9)
(dpm/levich-breakup-type 0)
(dpm/spray-suite-consts (8. 5. 0.5 0.333333333 3.33333333 1. 0.188 10. 0.61 0. 5.7 0.5 1.))
(dpm/wave-mass-cutoff 0.05)
(dpm/atomizer-spread-param 3.5)
(dpm/tab-spread-parameter 3.5)
(dpm/lower-tab-diameter-ratio 0.)
(dpm/number-tab-diameters 2)
(dpm/random-tab-diam? #f)
(dpm/all-particles-in-liquid-core? #t)
(dpm/spray-suite/ssd-nu-t 1.)
(dpm/spray-suite/ssd-x-si -0.1)
(dpm/spray-suite/ssd-x-ratio 1.2)
(dpm/spray-suite/ssd-min-diam 1e-06)
(dpm/spray-suite/ssd-np-target 1000.)
(dpm/spray-suite/ssd-core-bu 1.73)
(dpm/spray-suite/ssd-we-cr 6.)
(dpm/spray-suite-ssd? #f)
(dpm/spray-suite-khrt? #f)
(dpm/spray-suite-wave-rayleigh-growth? #t)
(dpm/wave-mass-cutoff-adjust? #t)
(dpm/spray-suite-wave-collide? #t)
(dpm/spray-suite-wave? #f)
(dpm/spray-suite-tab-evaluate-double-ddrag? #f)
(dpm/spray-suite-tab? #t)
(dpm/spray-suite-break-up? #f)
(dpm/spray-suite-coalescence? #t)
(dpm/spray-suite-beta-models? #f)
(dpm/this-inject-break-up? #t)
(dpm/collision/dem/force-range-factor 0.)
(dpm/collision/dem/have-rolling-friction-cundall-strack? #f)
(dpm/collision/dem/have-rolling-friction? #f)
(dpm/collision/dem/have-friction-cundall-strack? #f)
(dpm/collision/dem/have-friction-beta? #f)
(dpm/collision/dem/energy-conservation-report #f)
(dpm/collision/dem/inhibit-particle-tracking #f)
(dpm/collision/dem/auto-create-collision-partners? #t)
(dpm/collision/dem/collision-laws ())
(dpm/collision/dem/collision-partners-w ())
(dpm/collision/dem/collision-partners-p ())
(dpm/collision/dem/friction-force-equiv-min-acceleration 1e-06)
(dpm/collision/dem/static-edge-length 0.001)
(dpm/collision/dem/edge-length-factor 1.5)
(dpm/collision/dem/adaptive-edge-length? #t)
(dpm/collision/dem/max-particle-velocity 100)
(dpm/collision/dem/time-integration-scheme 0)
(dpm/collision/dem/number-of-substeps-in-time 1)
(dpm/collision/dem/expert-user? #f)
(dpm/collision/dem? #f)
(dpm/collision/hybpar/numoflocks 48)
(dpm/collision/hybpar/everyield? #f)
(dpm/collision/unidirectional? #f)
(dpm/collision/hybridparallel? #f)
(dpm/collision/coeff-restitution (1. 1.))
(dpm/collision/n-coeffs-restitution 2)
(dpm/collision/min-time-step 5e-07)
(dpm/collision/event-type 0)
(dpm/collision/model-type 0)
(dpm/collision/stencil-size 0)
(dpm/collision/stencil-size-use-ccm-default? #t)
(dpm/collision/stencil-size-use-cfdcm-default? #t)
(dpm/collision/collision-mesh-type 0)
(dpm/collision/mode 1)
(dpm/collision? #f)
(dpm/pdf-tran-unsteady-rho-limit 0.1)
(dpm/pdf-tran-inc-time-avg 0)
(dpm/pdf-tran-num-time-avg 50)
(dpm/pdf-tran-num-fv-steps 1)
(dpm/pdf-tran-num-pdf-steps 1)
(dpm/pdf-tran-time-step 1.)
(dpm/pdf-tran-freq-num 0.5)
(dpm/pdf-tran-fourier-num 0.5)
(dpm/pdf-tran-cfl-num 0.5)
(dpm/pdf-tran-local-time-step? #t)
(dpm/pdf-tran-ppc-d 0.1)
(dpm/pdf-tran-ppc-c 0.1)
(dpm/pdf-tran-ppc-b 0.1)
(dpm/pdf-tran-ppc-a 0.1)
(dpm/pdf-tran-position-correct? #f)
(dpm/pdf-tran-number-control? #t)
(dpm/pdf-tran-cphi 2.)
(dpm/pdf-tran-mixing-model 2)
(dpm/pdf-tran-ta-counter 0)
(dpm/pdf-tran-num-part-per-cell 20.)
(pdf-transport-expert? #f)
(pdf-transport/solve? #t)
(dpm/max-species-sources 50)
(dpm/surface-injection-delta 1e-05)
(dpm/higher-order? #t)
(dpm/limit-splash-film-height? #f)
(dpm/ft-limiter 0.01)
(dpm/contact-time-factor 0.4)
(dpm/wall-heat-exchange #t)
(dpm/e-2-crit-1 3329.)
(dpm/e-2-crit-0 16.)
(dpm/use-previous-film-height? #f)
(dpm/film-formulation-r15? #f)
(dpm/film-boiling-rate? #t)
(dpm/limiting-film-height 5e-06)
(dpm/wall-film-heat-transfer? #f)
(dpm/critical-transition-factor 1.)
(dpm/coupled-update-combusting? #f)
(dpm/coupled-update-droplet? #f)
(dpm/coupled-update? #f)
(dpm/current-report-variables ("Particle X Position" "Particle Y Position" "Particle Z Position" "Particle X Velocity" "Particle Y Velocity" "Particle Z Velocity" "Particle Diameter" "Particle Temperature" "Particle Density" "Particle Mass" "Particle Number in Parcel" "Color by"))
(dpm/export-sig-fig 7)
(dpm/report-sig-fig 5)
(dpm/track-in-absolute-frame? #f)
(dpm/write-particle-history? #f)
(dpm/per-inj-thread-summaries? #f)
(dpm/summaries-per-injection ())
(dpm/summary ())
(dpm/eddy-cross-time-factor 1.)
(dpm/mu-turb-to-mu-lam 1.)
(dpm/turb-coupling? #f)
(dpm/saffman-lift? #f)
(dpm/cunningham-correction 1.)
(dpm/brownian-motion? #f)
(dpm/drag/allow-zero-drag? #f)
(dpm/drag-law "spherical")
(dpm/shape-factor 1.)
(dpm/minimum-parcel-number 0.001)
(dpm/minimum-parcel-mass 1e-15)
(dpm/wall-jet-interact? #f)
(dpm/particle-temperature-limiter? #f)
(dpm/accumulate-rates? #f)
(dpm/erosion-accretion? #f)
(dpm/sort-file-append? #f)
(dpm/reallocate-unsteady-coupled? #t)
(dpm/unsteady-stop 0.)
(dpm/unsteady-start 0.)
(dpm/unsteady-tracking? #f)
(dpm/thermophoretic? #f)
(dpm/radiation-p #f)
(dpm/ensemble-average? #t)
(dpm/correlation-func 1)
(dpm/max-steps 500)
(dpm/length-scale 0.01)
(dpm/step-length-factor 5)
(dpm/use-length-scale? #f)
(dpm/injections-list ())
(dpm/relax 0.5)
(dpm/niter 10)
(dpm/is-dpm-on #f)
(dpm/particle-cache-size 0)
(dpm/source-cache-size 0)
(dpm/random-pool-size 0)
(dpm/cache-size 1)
(dpm/write-particle-data-method 1)
(dpm/track-spawned-particles? #f)
(dpm/dpm-domain/force-init-weight? #f)
(dpm/dpm-domain/balance/interval 10)
(dpm/dpm-domain/balance/auto? #f)
(dpm/dpm-domain/balance/threshold 40)
(dpm/dpm-domain/load-method 0)
(dpm/dpm-domain/extra-layer 2)
(dpm/dpm-domain/rank-per-machine 1)
(dpm/dpm-domain/verbosity 0)
(dpm/dpm-domain/use? #f)
(dpm/parallel/sort-migrant-particles? #t)
(dpm/parallel/lb-method 1)
(dpm/parallel/group-size-minimum 50)
(dpm/parallel/imbalance-tolerant 0.5)
(dpm/parallel/dem-part-method 0)
(dpm/parallel/dem-hybrid? #f)
(dpm/parallel/hybrid? #t)
(dpm/parallel/loop-factor 10)
(dpm/parallel/use-recursion? #f)
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(checkpoint/restart-filename "")
(checkpoint/filename "")
(case-config ((rp-seg? . #f) (rp-acoustics? . #f) (rp-atm? . #f) (rp-axi? . #f) (rp-des? . #f) (rp-dpm-cache? . #f) (rp-dpm-cache-serial? . #f) (rp-unsteady? . #f) (rp-dual-time? . #f) (rp-amg? . #t) (rf-energy? . #t) (rp-hvac? . #f) (rp-inviscid? . #f) (rp-ke? . #f) (rp-kklw? . #f) (rp-kw? . #f) (rp-lam? . #f) (rp-les? . #f) (rp-lsf? . #f) (rp-net? . #f) (rp-react? . #f) (rp-sa? . 1) (rp-sas? . #f) (rp-sge? . #f) (rp-spe? . #f) (rp-spe-part? . #f) (rp-electro-chem? . #f) (rp-spe-site? . #f) (rp-spe-surf? . #f) (rp-trans-one-eqn? . #f) (rp-trans-sst? . #f) (rp-trb-scl? . #f) (rp-turb? . #t) (rp-absorbing-media? . #f) (rp-visc? . #t) (rp-v2f? . #f) (sg-cylindrical? . #f) (sg-disco? . #f) (sg-bee-gees? . #f) (sg-crev? . #f) (sg-dpm? . #f) (sg-dqmom-iem? . #f) (sg-dtrm? . #f) (sg-dynmesh? . #f) (sg-overset? . #f) (sg-ecfm? . #f) (sg-geqn? . #f) (sg-hg? . #f) (sg-inert? . #f) (sg-ignite? . #f) (sg-network? . #f) (sg-node-udm? . #f) (sg-noniterative? . #f) (sg-nox? . #f) (sg-melt? . #f) (sg-micro-mix? . #f) (sg-mphase? . #f) (sg-p1? . #f) (sg-par-premix? . #f) (sg-pb? . #f) (sg-pdf? . #f) (sg-pdf-transport? . #f) (sg-premixed? . #f) (sg-pull? . #f) (sg-rosseland? . #f) (sg-rsm? . #f) (sg-s2s? . #f) (sg-soot? . #f) (sg-sox? . #f) (sg-spark? . #f) (sg-swirl? . #f) (sg-udm? . #f) (sg-uds? . #f) (sg-vfr? . #f) (sg-solar? . #f) (sg-wetsteam? . #f) (sg-moistair? . #f) (sg-wallfilm? . #f) (hyb-init? . #f) (rp-spe-surf-rc? . #f) (rp-3d? . #f) (rp-double? . #t) (rp-graphics? . #t) (rp-host? . #f) (rp-thread? . #f) (dpm-cache? . #t) (rp-wallfilm? . #f)))
(sampling-chunk 1)
(iteration-chunk 1)
(reference-tol 1e-06)
(reference-thread 9)
(reference-gamma 1.4)
(reference-viscosity 1.7894e-05)
(reference-velocity 1)
(reference-temperature 288.16)
(use-inlet-density -1)
(use-inlet-density? #f)
(reference-pressure 0)
(reference-length 1)
(reference-enthalpy 0)
(reference-density 1.225)
(reference-depth 1)
(reference-area 1)
(reorder/across-zone? #f)
(reorder/boundary-thread-ids ())
(reorder-expert? #f)
(reorder/method "reverse-cuthill-mckee")
(reorder/reordered 1)
(pressure-reference/changed? #t)
(pressure-reference/z 0)
(pressure-reference/y 0)
(pressure-reference/x 0)
(gravity/z 0)
(gravity/y 0)
(gravity/x 0)
(gravity? #f)
(operating-pressure 0.)
(initial-operating-pressure 101325)
(floating-operating-pressure? #f)
(positivity-limit 0.2)
(boundary-values? #t)
(separate-thread-id-list ())
(deactivated-original-state ())
(deactivated-dynamic-zones ())
(append-rp-list ())
(scanned-thread-list ())
(geom-thread-id/name ())
(reading-surface-mesh? #f)
(grid/msn? #t)
(grid/partitions? #f)
(grid/level 0)
(streamf/nit 8)
(allow-all-pr-dis-schemes? #f)
(allow-expert-dis-schemes? #f)
(flowf-expert? #f)
(node/level 0)
(refine/cell-distance 1.)
(refine/split-ratio 0.5)
(refine/maxv 1)
(adapt/reconstruct-geometry? #f)
(adapt/yp/min 50)
(adapt/yp/max 500)
(adapt/yp/type 0)
(adapt/max-passes 10)
(adapt/region/shape "hexahedron")
(adapt/region/inside? #t)
(adapt/region/radius 0.)
(adapt/region/zmax 0.)
(adapt/region/zmin 0.)
(adapt/region/ymax 0.)
(adapt/region/ymin 0.)
(adapt/region/xmax 0.)
(adapt/region/xmin 0.)
(adapt/boundary/volume-decay 1.)
(adapt/boundary/volume-target 1.)
(adapt/boundary/distance-threshold 0.)
(adapt/boundary/number-of-cells 1.)
(adapt/coarsen/marker/color "cyan")
(adapt/coarsen/marker/size 0.1)
(adapt/coarsen/marker/symbol "@")
(adapt/coarsen/bit 1)
(adapt/coarsen? #t)
(adapt/refine/marker/color "red")
(adapt/refine/marker/size 0.1)
(adapt/refine/marker/symbol "@")
(adapt/refine/bit 0)
(adapt/refine? #t)
(adapt/dynamic/print-memory-usage? #f)
(adapt/dynamic/security-layer-thickness 1)
(adapt/dynamic/interval 20)
(adapt/dynamic/list-functions ("Pressure..." "Static Pressure"))
(adapt/dynamic/function "pressure")
(adapt/dynamic? #f)
(adapt/gradient/volume-weight 1.)
(adapt/gradient/normalize-per-zone? #f)
(adapt/gradient/normalization 0)
(adapt/gradient/method "curvature")
(adapt/max-refine-level 2)
(adapt/maxc 0)
(adapt/minc 0)
(adapt/minv 0)
(adapt/threshold/volume-change 2.5)
(adapt/threshold/coarsen 0)
(adapt/threshold/refine 10000000000.)
(adapt/threads ())
(interp-method-list ())
(interp-method 0)
(distance/crit 1.5)
(prmx-adiabatic? #t)
(prmxmu 0.26)
(prmxa 0.52)
(prmxcd 0.37)
(hvac-species/sct 1.)
(hvac-keprt 0.9)
(hvac-const 0.039)
(drsm-kw-zeta-star 0.5)
(drsm-kw-r-w 6.2)
(drsm-kw-r-k 12.)
(drsm-kw-r-beta 12.)
(drsm-kw-alpha-0 0.105)
(drsm-c2-omega 0.52)
(drsm-c1-omega 1.8)
(drsm-c5-ssg 0.4)
(drsm-c4-ssg 1.25)
(drsm-c3s-ssg 1.3)
(drsm-c3-ssg 0.8)
(drsm-c2-ssg 4.2)
(drsm-c1s-ssg 1.8)
(drsm-c1-ssg 3.4)
(drsm-c2-wall 0.3)
(drsm-c1-wall 0.5)
(drsm-c2 0.6)
(drsm-c1 1.8)
(drsm-omega-wilcox? #t)
(drsm-omega-based? #f)
(drsm-ssg-ps? #f)
(drsm-linear-ps? #t)
(drsm-wall-factor-clip? #t)
(drsm-ps-wall? #t)
(drsm-lowre-epsilon? #f)
(drsm-tke-solve? #t)
(sst-limit-cross-diff-to-n-times-w-destruct 1000000.)
(sst-linearize-neg-cross-diff? #t)
(trans-one-eqn-crossflow-crsf 1.)
(trans-one-eqn-crossflow? #f)
(trans-one-eqn-dudn-method 1)
(trans-one-eqn-tke-term-coef 1.)
(trans-one-eqn-csep 1.)
(trans-one-eqn-lim-cpg2 3.)
(trans-one-eqn-lim-cpg1 1.5)
(trans-one-eqn-cpg3 0.)
(trans-one-eqn-cpg2 -0.5)
(trans-one-eqn-cpg1 1.)
(trans-one-eqn-ctu3 1.)
(trans-one-eqn-ctu2 1000.)
(trans-one-eqn-ctu1 100.)
(trans-intermit-smoothing? #f)
(trans-sst-geomrgh-const 0.)
(trans-sst-rghcor? #f)
(trans-sst-pk-factor 10.)
(trans-sst-production-limiter? #t)
(trans-sst-kato-launder? #t)
(trans-sst-s1 2.)
(trans-sst-cthetat 0.03)
(trans-sst-ce2 50.)
(trans-sst-ce1 1.)
(trans-sst-ca2 0.06)
(trans-sst-ca1 2.)
(retheta-inlet-duds? #f)
(retheta-sig 2.)
(intermit-sig 1.)
(kw-not-trans-sst-production-limiter? #t)
(kw-not-trans-sst-kato-launder? #f)
(kw-sst-min-visc/apply-below-f2-value 0.)
(kw-sst-min-visc-ratio 0.)
(sst-pk-lam-factor 0.)
(sst-po-lam-factor 0.)
(sst-pk-factor 10.)
(sst-v61? #f)
(sst-kappa 0.41)
(sst-beta-i2 0.0828)
(sst-beta-i1 0.075)
(sst-a1 0.31)
(sst-sig-w2 1.168)
(sst-sig-w1 2.)
(sst-sig-k2 1.)
(sst-sig-k1 1.176)
(bsl-beta-i2 0.0828)
(bsl-beta-i1 0.075)
(bsl-sig-w2 1.168)
(bsl-sig-w1 2.)
(bsl-sig-k2 1.)
(bsl-sig-k1 2.)
(kw-sig-w 2.)
(kw-sig-k 2.)
(kw-beta-i 0.072)
(kw-mt0 0.25)
(kw-zeta-star 1.5)
(kw-r-w 2.95)
(kw-r-k 6.)
(kw-r-beta 8.)
(kw-beta-star-inf 0.09)
(kw-alpha-0 0.11111)
(kw-alpha-inf 0.52)
(kw-alpha-star-inf 1.)
(kw-wall-omega-treatment-r13? #t)
(kw-vorticity-pk? #f)
(kw-set-wall-w? #f)
(kw-shear-mod? #t)
(kw-low-re-mod? #f)
(kw-sst-strain? #f)
(wj-bsl-earsm/cdiff 0.)
(wj-bsl-earsm/neq 4.05)
(wj-bsl-earsm/c1prime 1.8)
(wj-bsl-earsm/cmu 0.09)
(wj-bsl-earsm/a4 2.25)
(wj-bsl-earsm/a3 1.8)
(wj-bsl-earsm/a1 1.245)
(kw-wj-bsl-earsm-on? #f)
(kw-easm-beta 0.83)
(kw-easm-gama 0.53)
(kw-easm-sig-k 1.)
(kw-easm-cmu 0.0895)
(kw-easm-on? #f)
(kw-sst-on? #f)
(kw-bsl-on? #f)
(kw-std-on? #t)
(kw-any/sas-term-on? #f)
(turb-any/des-mode-on? #f)
(des-omega/min-limit 1e-12)
(des-epsilon/min-limit 1e-07)
(des-k/min-limit 1e-07)
(des-limiter-option 4)
(des-rke-limiter-option 2)
(des-sa-limiter-option 2)
(des-iddes-r13-r15? #f)
(des-sst-on? #f)
(des-rke-on? #f)
(des-sa-on? #f)
(sbes-sgs-model-option 3)
(sbes-blending-function-option 2)
(turb-any/sbes-mode-on? #f)
(p-func-jaya-on? #t)
(trans-kw-ctaul 4360.)
(trans-kw-calpha-teta 0.035)
(trans-kw-cw3 0.3)
(trans-kw-cw1 0.44)
(trans-kw-cint 0.75)
(trans-kw-anu 6.75)
(trans-kw-sig-w 1.17)
(trans-kw-sig-k 1.)
(trans-kw-crnat-new 0.02)
(trans-kw-ctscrit 1000.)
(trans-kw-cnatcrit-new 1250.)
(trans-kw-ats 200.)
(trans-kw-anat-new 200.)
(trans-kw-cr-new 0.12)
(trans-kw-clam 2.495)
(v2f-alpha 0.6)
(v2f-cl 0.23)
(v2f-ceta 70.)
(v2f-c2 0.3)
(v2f-c1 1.4)
(v2f-enn 6.)
(v2f-kec2 1.9)
(v2f-kec1 1.4)
(v2f-kecmu 0.22)
(coeff-kw-mu-dok 0.001)
(coeff-ke-mu-prod 1.)
(coeff-ke-mu-dok 1.)
(turb-wf-thermal-han-and-reitz-beta 2.5)
(turb-wf-thermal-han-and-reitz-on? #f)
(turb-wf-ustar-limiter-coef 0.1)
(turb-wf-ustar-limiter? #t)
(turb-pk-compress? #f)
(turb-non-newton-lb? #f)
(turb-non-newton? #f)
(wall-distance/quad-correction-aspect-ratio 100)
(wall-distance/quad-correction? #f)
(wall-distance-legacy? #f)
(wall-distance/multi-threaded 1)
(wall-distance/method 2)
(ke-yplus-udf 11.224708)
(ke-elog-udf 9.792999999999999)
(ke-rotation-model? #f)
(ke-time-scale-clip-const? 0.6)
(ke-time-scale-clip? #f)
(ke-pk-factor 10.)
(ke-production-limiter? #f)
(ke-kato-launder? #f)
(rng-swirl-const 0.07000000000000001)
(rng-swirl-on? #f)
(rng-kec2 1.68)
(rng-kec1 1.42)
(rng-kecmu 0.08450000000000001)
(rng-visc-mod-on? #f)
(rng-ke-on? #f)
(ke-time-marching? #t)
(ke-uncoupled? #t)
(ke-prod-mod #f)
(ke-source-mod #t)
(realizable-epsilon? #f)
(ke-easm-on? #f)
(ke-realizability-on? #f)
(ke-compress-const 1.)
(rsm-ssg-kec2 1.83)
(rke-cmu-rotation? #f)
(rke-kesige 1.2)
(rke-kec2 1.9)
(wallprt 0.85)
(keprt 0.85)
(kesige 1.3)
(kesigk 1.)
(ke-easm-c4 0.4)
(ke-easm-c3 1.25)
(ke-easm-c2 0.36)
(ke-easm-c1-1 1.8)
(ke-easm-c1-0 3.4)
(ke-easm-cmu 0.0885)
(kec2-nonlin 1.83)
(kec2 1.92)
(kec1 1.44)
(kecmu 0.09)
(ke-two-layer-c-l-mu 0.33)
(ke-two-layer-a-mu-norris 50.5)
(ke-two-layer-a-mu 70.)
(ke-two-layer-option 1)
(ke-two-layer-delta 40.)
(ke-two-layer-rey-c 200.)
(ke-rough-wall-treatment-r14? #t)
(ke-udf-wall? #f)
(ke-use-k-from-prev-it-in-dok? #f)
(ke-nwt-ml? #f)
(ke-scalable-wall? #f)
(ke-enh-wall? #f)
(ke-non-eqm #f)
(ke-std-wall? #t)
(sas-const 0.11)
(sa-des-inlet-turb-i 0.)
(sa-des-all-lengths-modified? #t)
(des-maxedge? #t)
(rke-des-cdes 0.61)
(sst-des-iddes-simplify_omit_fe? #t)
(sa-des-ddes-cd1 8.)
(rke-des-ddes-cd1 20.)
(sst-des-ddes-cd1 20.)
(sst-des-cdes-i2 0.61)
(sst-des-cdes-i1 0.78)
(sa-des-cdes 0.65)
(nut-ke1e-aplus 13.5)
(nut-ke1e-c3 7.)
(nut-ke1e-c2 1.86)
(nut-ke1e-c1 0.144)
(nut-cmu 0.09)
(nut-imp-diff? #t)
(nut-prod-const 2.)
(nut-prod-modify? #f)
(nut-kappa 0.41)
(nut-cw3 2.)
(nut-cw2 0.3)
(nut-prt 0.667)
(nut-cv1 7.1)
(nut-cb2 0.622)
(nut-cb1 0.1355)
(eles-rli-move-srcs-by-n-cell-layers 0)
(eles-rli-suppress-src-terms-in-rans-layer? #f)
(eles-rli-suppress-sas-term-in-rans-layer? #t)
(vm-sinusoidal-switching? #f)
(vm-strmws-mean-flow-velo-lat-grad-method 2)
(vm-eles-rli-axial-fluct-use-grad? #f)
(vm-max-strmws-fluct-fract 0.8)
(vm-eddy-vel 1.)
(vm-eddy-size-const 0.5)
(vm-grid-scale 1.5)
(vm-ls-constant? #f)
(vm-n-travel 50.)
(synthetic-turb/sas-des/adjust-mu_t/sgs-model 3)
(synthetic-turb-sas_des-adjust-modeled-turb? #t)
(synthetic-turb-tke-scale-coeff 1.)
(synthetic-turb-eddy-length-scale-coeff 1.)
(synthetic-turb-convective-time-scale-coeff 1.)
(synthetic-turb-eddy-time-scale-coeff 1.)
(delta-time-sampled-dpm 0.)
(unstat-cffname-index ())
(save-time-statistics-dpm? #f)
(cff-unsteady-statistics-freq 0)
(cff-unsteady-statistics ())
(save-cff-unsteady-statistics? #f)
(delta-time-sampled-cff 0.)
(delta-time-sampled-species ())
(delta-time-sampled-premix 0)
(delta-time-sampled-non-premix 0)
(delta-time-sampled-wall 0.)
(delta-time-sampled-heat-flux 0.)
(delta-time-sampled-shear 0.)
(delta-time-sampled 0.)
(number-of-samples 0)
(save-time-statistics-premix? #t)
(save-time-statistics-non-premix? #t)
(save-time-statistics-species ())
(save-time-statistics-wall? #t)
(save-time-statistics-heat-flux? #t)
(save-time-statistics-shear? #t)
(save-time-statistics? #f)
(les-inlet-random? #f)
(les-utau-newton-iter? #t)
(les-enh-wall-fn? #t)
(les-ww-wall? #f)
(les-mixed-sgs-on? #f)
(les-dynamic-compressible-r16? #t)
(les-dynamic-const-max 0.23)
(les-dynamic-pr-num-smooths 1)
(les-dynamic-pr-min 0.01)
(les-dynamic-pr-max 10.)
(les-dynamic-const-clip? #t)
(les-dynamic-species-on? #f)
(les-dynamic-energy-on? #f)
(les-dynamic-smag-on? #f)
(les-dynamic-sgske-on? #f)
(les-sgske-on? #f)
(les-wmles-smnsomg/version-r145? #f)
(les-wmles-smnsomg/c2 2.)
(les-wmles-smnsomg/c1 3.)
(les-wmles-smnsomg/cw 0.15)
(les-wmles-smnsomg/csmag 0.31)
(les-wmles/l-ratio-limit 100.)
(les-wmles/cw 0.15)
(les-wmles/csmag 0.2)
(les-wmles-s_minus_omega-on? #f)
(les-wmles-sgs-on? #f)
(les-wale-sgs-mut-near-wall-lim? #t)
(les-wale-sgs-on-r16? #t)
(les-rng-sgs-on? #f)
(les-fvar-const 0.5)
(les-sgske-ceps 1.)
(les-sgske-prt 1.)
(les-sgske-visc-const 0.05)
(les-wale-const 0.325)
(les-rng-const 0.157)
(les-smag-wmles/relax 0.5)
(use-smag-wmles? #f)
(les-smag-const 0.1)
(les-2d? #f)
(les-cpld-diss-coeff 0.2)
(test-low-diffusion-inviscid-flux? #f)
(omega/nk 1)
(omega/nj 0)
(omega/ni 0)
(omega 0)
(residual-smoothing/iterations 0)
(residual-smoothing/factor 0.5)
(precon/n-update-uref2 10)
(mg/relax-spe 1)
(solid/relax 1.)
(recon/bc-minmax-id-new 3)
(cpld/sol-steering/cfl-cutoff-limit-activate? #t)
(cpld/sol-steering/resd-drop 0.0005)
(cpld/sol-steering/verbosity? #f)
(cpld/sol-steering/cfl-outerloop-redux 0.75)
(first-to-second-order-blending-pbns 1.)
(cpld/sol-steering/max-fas-iterations-on-level (1 100 200 400 500 1000 1000 1000 1000 1000 1000 1000))
(cpld/sol-steering/default? #f)
(cpld/sol-steering/use-fmg? #t)
(cpld/sol-steering/cfl-max 200.)
(cpld/sol-steering/cfl-start 5.)
(cpld/sol-steering/upd-iters 20)
(cpld/sol-steering/pre-iters 100)
(cpld/sol-steering/init-phase 100)
(cpld/sol-steering/flow-type "subsonic")
(cpld/sol-steering? #f)
(first-to-second-order-blending 1.)
(cpld/solution-bounding/verbose? #f)
(cpld/solution-bounding/eps 1e-06)
(cpld/solution-bounding/min-urf 0.01)
(cpld/solution-bounding? #t)
(cpld/consistent-viscous-linearization? #t)
(cpld/rdq-ar 0.5)
(cpld/rdq 0.75)
(enable-beta-dbns-features? #f)
(cpld/smooth-cfl-recovery-sol-steering? #f)
(cpld/smooth-cfl-recovery-local-cfl-saved 5.)
(cpld/smooth-cfl-recovery-prev-cfl-redux 1.)
(cpld/smooth-cfl-recovery-min-cfl-redux 1.)
(cpld/smooth-cfl-recovery-iter-counter-saved 0)
(cpld/smooth-cfl-recovery-iter-counter 198)
(cpld/smooth-cfl-recovery-verbose 0)
(cpld/smooth-cfl-recovery-max-percentage-increase 25)
(cpld/smooth-cfl-recovery-niter 10)
(cpld/enable-smooth-cfl-recovery? #t)
(cpld/aratio-cutoff 20.)
(cpld/cell-ar/cflvnn 1.)
(cpld/cell-ar/cflmult 100.)
(cpld/cell-ar/debug? #f)
(cpld/enable-newtimestep? #f)
(cpld/reporting-add-wall-dissipation-flux? #t)
(cpld/inlet-diffusion? #t)
(mp-rg/relax-unsteady 0.75)
(epsilon-rg/relax-unsteady 0.75)
(omega-rg/relax-unsteady 0.75)
(k-rg/relax-unsteady 0.75)
(nut-rg/relax-unsteady 0.75)
(density-rg/relax-unsteady 0.75)
(enthalpy-rg/relax-unsteady 0.75)
(pressure-rg/relax-unsteady 0.75)
(z-velocity-rg/relax-unsteady 0.75)
(y-velocity-rg/relax-unsteady 0.75)
(x-velocity-rg/relax-unsteady 0.75)
(mp-rg/relax 0.25)
(epsilon-rg/relax 0.25)
(omega-rg/relax 0.25)
(k-rg/relax 0.25)
(nut-rg/relax 0.25)
(density-rg/relax 0.25)
(enthalpy-rg/relax 0.25)
(pressure-rg/relax 0.25)
(z-velocity-rg/relax 0.25)
(y-velocity-rg/relax 0.25)
(x-velocity-rg/relax 0.25)
(recon/periodic/use-cell-values? #t)
(recon/relax/verbosity 0)
(recon/relax/unlimited? #t)
(recon/relax/reset-at-timestep? #f)
(recon/relax/unsteady-urf 0.75)
(recon/relax/steady-urf 0.25)
(recon/relax/all? #f)
(recon/relax/relax? #f)
(recon/lim/filter/svars ((sv_u . 2) (sv_v . 2) (sv_w . 2) (sv_p . 2) (sv_p_wn . 2) (sv_t . 2) (sv_h . 2) (sv_density . 2) (sv_nut . 1) (sv_k . 1) (sv_kl . 1) (sv_kt . 1) (sv_d . 1) (sv_o . 1) (sv_v2 . 1) (sv_fel . 1) (sv_intermit . 1) (sv_retheta . 1) (sv_sqrt_kt . 1) (sv_sqrt_kl . 1)))
(recon/lim/filter/dump-f? #f)
(recon/lim/filter/1st-ord-blend-k 0.03)
(recon/lim/filter/2nd-ord-blend-k 0.5)
(recon/lim/filter/avg-method 0)
(recon/lim/filter/function 3)
(recon/lim/filter/verbose? #f)
(recon/lim/filter/debug? #f)
(recon/lim/debug-unfiltered? #f)
(recon/lim/filter/on? #f)
(recon/lim/dx-to-face? #t)
(recon/lim/sigp 0.05)
(recon/lim/allneighbors? #f)
(recon/lim/method 6)
(recon/lim/newimpl? #f)
(recon/cell-lsq/skip-lsq-for-disco? #f)
(recon/enable-node-grad-on-poly? #t)
(cpld-lsq-ncycles 5)
(recon/smallest-aspect-ratio 1e-05)
(recon/cycle-vel-limit? #f)
(recon/lim/list-sort? #t)
(recon/lim/type 0)
(recon/enthalpy? #t)
(recon/density? #t)
(recon/cpld-use-lsq-derivatives? #f)
(recon/cpld-use-lsq-deriv? #f)
(recon/nb-nci-local-proj? #t)
(recon/nb-lim-cell-cell-boundary? #f)
(recon/nb-hyb-bdry-ncycles 1)
(recon/nb-hyb-bdry-vcorrection? #f)
(recon/nb-hyb-bdry-correction? #f)
(recon/nb-hyb-weight 0)
(recon/nb-hyb-solver 0)
(recon/nbg-vel-hyb-bdry? #t)
(recon/nbg-hyb-bdry? #t)
(recon/nb-nci-local-proj? #t)
(recon/node-based-old-nci? #f)
(recon/node-based-it-grad? #t)
(recon/node-grad-sas-dudx? #t)
(recon/node-grad-d2udx2? #f)
(recon/node-grad-diffusion? #f)
(recon/node-boundary-lsq? #t)
(recon/node-scale-id 2)
(recon/node-cell-weight? #t)
(clipped-node/inverse-dist? #f)
(recon/node-weight-clip? #t)
(recon/node-all-lsq? #f)
(recon/node-loop-old? #t)
(recon/node-gradient-lsq? #f)
(recon/density-node-lsq? #t)
(recon/pressure-node-based? #f)
(recon/pressure-node-lsq? #f)
(recon/cell-lsq/sv_d? #f)
(recon/cell-lsq/wf 2)
(recon/shell-lsq/ggcb-weight? #t)
(recon/cell-lsq/cortype 1)
(recon/cell-lsq? #t)
(recon/node-lsq? #f)
(recon/length-based? #f)
(recon/r15-sym-limit? #t)
(recon/limit/epsilon 0.01)
(recon/limit? #t)
(recon/k-exact? #f)
(recon/freeze? #f)
(recon/off? #f)
(export/tecplot-ascii? #f)
(export/radtherm-poly-surface? #f)
(export/cfdpost-case-write? #t)
(export/fvuns-fast-algo? #t)
(export/automatic/particle ())
(export/automatic ())
(export/icecore-hdf5/chunk-size 16328)
(export/icecore-hdf5/chunked-data? #t)
(export/icecore-hdf5/ziplevel -1)
(export/fieldview/filetype 3)
(export/abaqus/structural? #t)
(export/write-thermal-load? #f)
(export/vki-verbose? #f)
(export/write-structural-load? #t)
(export/ensight/functions ())
(export/ensight/filename "")
(export/ensight/phase 1)
(export/ensight/transient/separate-file? #t)
(export/ensight/last-iter-no 0)
(export/ensight/transient? #f)
(export/ensight/fl-start-num 1)
(export/ensight/frequency 1)
(export/ensight/particle-time-values ())
(export/ensight/time-values ())
(export/ensight/interior-zones ())
(export/show-element-sets? #f)
(export/cell-centered? #f)
(export/functions ())
(export/filetype "CGNS")
(export/fem-map? #f)
(export/write-surfaces-only? #t)
(export/merge-shadow-nodes? #t)
(export/fsi-force-conserve? #f)
(export/fsi-length-factor 1.)
(export/fsi-temperature-units 1)
(export/fsi-htc-type 1)
(export/fsi-elemset-namelist ())
(export/fsi-nodeset-namelist ())
(export/fsi-elemset-idlist ())
(export/fsi-nodeset-idlist ())
(export/binary? #t)
(import/show-fsi-feature? #f)
(maintain-emagnetic-loss-data? #t)
(import/maxwell-transient? #t)
(import/maxwell-data? #f)
(import/fsi-read-mesh? #t)
(import/fsi-volume-mesh? #f)
(import/process-node-sets? #f)
(import/cfx-by-ccl? #t)
(import/cfx-merge-tolerance 0.)
(visual-kinematics? #t)
(export/time-average-htc? #f)
(export/marked-cells? #f)
(export/cdat/case-file/write-option 1)
(export/cdat/case-file-name "")
(cfd-post-mesh-info ((0 0 (fluid) (up pressure-far-field fluid) (down wall fluid) (inlet pressure-far-field fluid) (outlet pressure-far-field fluid))))
(cell-function-list ((1 "heat-transfer-coef-wall" "Wall Func. Heat Tran. Coef." heat-transfer-coefficient (1. 0. -3. -1.))))
(cfd-post-data ())
(fem-map/thread-id-list ())
(cpld/reuse-linearization/ts-iteration 0)
(cpld/reuse-linearization/flow-time -1.)
(cpld/reuse-linearization/grid-id -1)
(cpld/reuse-linearization-niters-auto? #f)
(cpld/reuse-linearization-niters-unsteady 2)
(cpld/reuse-linearization-niters-steady 5)
(cpld/reuse-linearization-niters-start 5)
(cpld/reuse-linearization? #f)
(ms-levels/viscous-ta (#t #t #t #t))
(ms-levels/dissipation-ta (#t #t #t #t))
(ms-coefficients-ta (0.25 0.333333 0.5 1.))
(ms-levels/viscous (#t #t #t #t #t))
(ms-levels/dissipation (#t #t #t #t #t))
(ms-coefficients (0.2075 0.5915 1.))
(inviscid-flux-new? #f)
(dual-time/use-transient-scaling? #t)
(dual-time/use-prec? #t)
(residual-verbosity 0)
(flow-warnings? #t)
(limiter-warnings? #t)
(precondition? #t)
(time-step 0)
(max-courant-number/explicit 1.)
(time-step-specification? #t)
(restart-1st-order-in-time? #f)
(physical-time-step-m1 1.)
(physical-time-step 1.)
(courant-number/implicit 5.)
(courant-number/explicit 1.)
(matching-tolerance 0.05)
(resolved-fc-model-loaded? #f)
(user-defined-stop? #f)
(max-flow-time -1)
(flow-time 0)
(smooth-mesh/edge-nodes? #t)
(smooth-mesh/boundary-nodes? #f)
(smooth-mesh/method "quality based")
(smooth-mesh/only-marked-cells? #f)
(smooth-mesh/percent-worst-to-improve 0.1)
(smooth-mesh/cell-skew-max 0.9)
(smooth-mesh/face-skew-max 0.7)
(smooth-mesh/relax 0.1)
(smooth-mesh/niter 4)
(draw/domain/list ())
(context/full-ui/show-dump? #t)
(context/full-ui/visible? #f)
(context/ui/mode-selector-visible? #f)
(context/mode/conservative #f)
(context/mode/agressive #f)
(context/mode/afd #t)
(context/auto-detect? #f)
(context/current "default")
(context/map (("default" #f) ("pbns single-phase steady" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pseudo-transient-formulation? #t boolean #f #t ("Pseudo transient formulation:                             ~a" (("enabled" . #t) ("disabled" . #f)))) (compress/enhanced-numerics/on? #t boolean #f #t) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f)))) (density/relax 0.5 real #f 0.5 ("Under-Relaxation Factor for density                       ~a")) (density/pseudo-relax 0.5 real #f 0.5) (flow/scheme 24 integer #f 24 ("P-V coupling method changed:                              ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23)))) (pressure-coupled/cycle-type 3 integer #f 3 ("Multigrid cycle type for the pressure coupled:            ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle"))))) ("pbns single-phase steady buoyant" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pseudo-transient-formulation? #t boolean #f #t ("Pseudo transient formulation:                             ~a" (("enabled" . #t) ("disabled" . #f)))) (compress/enhanced-numerics/on? #t boolean #f #t) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f)))) (density/relax 0.5 real #f 0.5 ("Under-Relaxation Factor for density                       ~a")) (density/pseudo-relax 0.5 real #f 0.5) (flow/scheme 24 integer #f 24 ("P-V coupling method changed:                              ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23)))) (pressure/scheme 14 integer #f 14 ("Spatial discretization for pressure:                      ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29)))) (pressure-coupled/cycle-type 3 integer #f 3 ("Multigrid cycle type for the pressure coupled:            ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle"))))) ("pbns single-phase transient" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pseudo-transient-formulation? #f boolean #f #f ("Pseudo transient formulation:                             ~a" (("enabled" . #t) ("disabled" . #f)))) (compress/enhanced-numerics/on? #t boolean #f #t) (pressure/relax 0.8 real #f 0.8 ("Under-Relaxation Factor for pressure:                     ~a")) (mom/relax 0.7 real #f 0.7 ("Under-Relaxation Factor for momentum:                     ~a")) (simplec/skew-iter 1 integer #f 1 ("Skewness Correction for SIMPLEC                           ~a")) (density/relax 1 real #f 1 ("Under-Relaxation Factor for density                       ~a")) (density/pseudo-relax 1 real #f 1) (pressure-coupled/courant-number 10000000000. real #f 10000000000. ("CFL number for the coupled flow equation system:          ~a")) (flow/scheme 21 integer #f 21 ("P-V coupling method changed:                              ~a" (("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Coupled" . 24) ("Phase Coupled SIMPLE" . 23)))) (pressure-coupled/cycle-type 3 integer #f 3 ("Multigrid cycle type for the pressure coupled:            ~a" ((0 . "Flexible") (1 . "V-Cycle") (2 . "W-Cycle") (3 . "F-Cycle"))))) ("dbns compressible steady" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f))))) ("dbns incompressible steady" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f)))) (courant-number/implicit 1000 real #f 1000 ("CFL value for the implicit dbns coupled solver:           ~a"))) ("dbns compressible transient" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pseudo-transient-formulation? #f boolean #f #f) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f)))) (courant-number/implicit 50 real #f 50 ("CFL value for the implicit dbns coupled solver:           ~a"))) ("dbns incompressible transient" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pseudo-transient-formulation? #f boolean #f #f) (recon/relax/relax? #t boolean #f #t ("HOTR:                                                     ~a" (("enabled" . #t) ("disabled" . #f)))) (courant-number/implicit 1000 real #f 1000 ("CFL value for the implicit dbns coupled solver:           ~a"))) ("eulerian multiphase" (mom/update-derivatives-after-flow-solve? #t boolean #f #t)) ("mixture multiphase" (mom/update-derivatives-after-flow-solve? #t boolean #f #t) (pressure/scheme 14 integer #f 14 ("Spatial discretization for pressure:                      ~a" (("First Order Upwind" . 0) ("Second Order Upwind" . 1) ("Power Law" . 2) ("Central Differencing" . 3) ("QUICK" . 4) ("Modified HRIC" . 5) ("Third-Order MUSCL" . 6) ("Bounded Central Differencing" . 7) ("CICSAM" . 8) ("Low Diffusion Second Order" . 9) ("Standard" . 10) ("Linear" . 11) ("Second Order" . 12) ("Body Force Weighted" . 13) ("PRESTO!" . 14) ("Continuity Based" . 15) ("Geo-Reconstruct" . 16) ("Donor-Acceptor" . 17) ("SIMPLE" . 20) ("SIMPLEC" . 21) ("PISO" . 22) ("Phase Coupled SIMPLE" . 23) ("Coupled" . 24) ("Fractional Step" . 25) ("Compressive" . 28) ("BGM" . 29)))))))))

(0 "Cortex variables:")
(38 ((
(gui-processing? #t)
(surfaces/groups ((int_fluid (4)) (up (3)) (down (2)) (inlet (1)) (outlet (0))))
(cx-virtual-id-list (4196 4197 4198 4199 4200))
(cx-surface-id-map ((4 4200) (3 4199) (2 4198) (1 4197) (0 4196)))
(cx-surface-type ((0 0) (1 0) (2 0) (3 0) (4 0)))
(cx-surface-def-list ((4200 () (zone-surface 4200 10) #f) (4199 () (zone-surface 4199 11) #f) (4198 () (zone-surface 4198 12) #f) (4197 () (zone-surface 4197 13) #f) (4196 () (zone-surface 4196 14) #f)))
(cx-surface-list #((0 ((zid 14) (type zone-surf) (name outlet) (status susp) (facet-info (0 0 0 0)))) (1 ((zid 13) (type zone-surf) (name inlet) (status susp) (facet-info (0 0 0 0)))) (2 ((zid 12) (type zone-surf) (name down) (status susp) (facet-info (0 0 0 0)))) (3 ((zid 11) (type zone-surf) (name up) (status susp) (facet-info (0 0 0 0)))) (4 ((zid 10) (type zone-surf) (name int_fluid) (status susp) (facet-info (0 0 0 0)))) #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f #f))
(view-list ((front ((5. 2.5 26.25) (5. 2.5 0.) (0. 1. 0.) 10.5 10.5 "perspective") #(1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1)) (back ((5. 2.5 -26.25) (5. 2.5 0.) (0. 1. 0.) 10.5 10.5 "perspective") #(1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1))))
(left-button-function mouse-dolly)
(lights/headlight/on? #f)
(contour/filled? #t)
(render/domain "mixture")
(render/var-name "Total Pressure")
(render/range? #f)
(filled-grid? #f)
(hidden-surfaces? #f)
(axes/visible? #f)
(cx-case-version (16 2 0)))))

(0 "Domain Variables:")
(64 ())

(0 "Grid:")

(12 (0 1 9 0))
(13 (0 1 18 0))
(10 (0 1 10 0 2))

(3012 (9 1 9 1 3)
End of Binary Section   3012)

(3013 (a 1 c 2 2)
(


		
				)
End of Binary Section   3013)

(3013 (c d f 3 2)
(



)
End of Binary Section   3013)

(3013 (b 10 12 9 2)
(	)
End of Binary Section   3013)

(3013 (d 13 15 9 2)
(

)
End of Binary Section   3013)

(3013 (e 16 18 9 2)
(

	)
End of Binary Section   3013)

(3010 (1 1 10 1 2)
(£6Ÿªªª
@£6Ÿªªª
@»’Áªªªú?»’Áªªªú?£6Ÿªªª
@£6Ÿªªª
@£6Ÿªªª
@¯d°ªªª@¯d°ªªª@»’Áªªªú?£6Ÿªªª
@@¯d°ªªª@£6Ÿªªª
@$@»’Áªªªú?¯d°ªªª@@$@£6Ÿªªª
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End of Binary Section   3010)

(0 "Node flags:")
(3041 (1 10)
(            )
End of Binary Section   3041)


(0 "Thread variables:")
(39 (9 fluid fluid 1)(
 (material . air)
 (sources? . #f)
 (source-terms)
 (fixed? . #f)
 (cylindrical-fixed-var? . #f)
 (fixes)
 (motion-spec . 0)
 (relative-to-thread . -1)
 (omega . 0)
 (grid-x-vel . 0)
 (grid-y-vel . 0)
 (grid-z-vel . 0)
 (x-origin . 0)
 (y-origin . 0)
 (z-origin . 0)
 (ai . 0)
 (aj . 0)
 (ak . 1)
 (udf-zmotion-name . "none")
 (mrf-motion? . #f)
 (mrf-relative-to-thread . -1)
 (mrf-omega (constant . 0) (profile "" ""))
 (mrf-grid-x-vel (constant . 0) (profile "" ""))
 (mrf-grid-y-vel (constant . 0) (profile "" ""))
 (mrf-grid-z-vel (constant . 0) (profile "" ""))
 (mrf-x-origin (constant . 0) (profile "" ""))
 (mrf-y-origin (constant . 0) (profile "" ""))
 (mrf-z-origin (constant . 0) (profile "" ""))
 (mrf-ai (constant . 0) (profile "" ""))
 (mrf-aj (constant . 0) (profile "" ""))
 (mrf-ak (constant . 1) (profile "" ""))
 (mrf-udf-zmotion-name . "none")
 (mgrid-enable-transient? . #f)
 (mgrid-motion? . #f)
 (mgrid-relative-to-thread . -1)
 (mgrid-omega (constant . 0) (profile "" ""))
 (mgrid-grid-x-vel (constant . 0) (profile "" ""))
 (mgrid-grid-y-vel (constant . 0) (profile "" ""))
 (mgrid-grid-z-vel (constant . 0) (profile "" ""))
 (mgrid-x-origin (constant . 0) (profile "" ""))
 (mgrid-y-origin (constant . 0) (profile "" ""))
 (mgrid-z-origin (constant . 0) (profile "" ""))
 (mgrid-ai (constant . 0) (profile "" ""))
 (mgrid-aj (constant . 0) (profile "" ""))
 (mgrid-ak (constant . 1) (profile "" ""))
 (mgrid-udf-zmotion-name . "none")
 (radiating? . #t)
 (deactivated? . #f)
 (les-embedded? . #f)
 (contact-property? . #f)
 (vapor-phase-realgas . -1)
 (laminar? . #f)
 (laminar-mut-zero? . #t)
 (les-embedded-spec . 1)
 (les-embedded-mom-scheme . 0)
 (les-embedded-c-wale . 0.325)
 (les-embedded-c-smag . 0.1)
 (glass? . #f)
 (porous? . #f)
 (conical? . #f)
 (direction-1/x (constant . 1) (profile "" ""))
 (direction-1/y (constant . 0) (profile "" ""))
 (direction-1/z (constant . 0) (profile "" ""))
 (direction-2/x (constant . 0) (profile "" ""))
 (direction-2/y (constant . 1) (profile "" ""))
 (direction-2/z (constant . 0) (profile "" ""))
 (cone-axis/x . 1)
 (cone-axis/y . 0)
 (cone-axis/z . 0)
 (cone-axis-pt/x . 1.)
 (cone-axis-pt/y . 0)
 (cone-axis-pt/z . 0)
 (cone-angle . 0)
 (rel-vel-resistance? . #t)
 (porous-r/1 (constant . 211100000.) (profile "" ""))
 (porous-r/2 (constant . 211100000.) (profile "" ""))
 (porous-r/3 (constant . 211100000.) (profile "" ""))
 (alt-inertial-form? . #f)
 (porous-c/1 (constant . 0) (profile "" ""))
 (porous-c/2 (constant . 0) (profile "" ""))
 (porous-c/3 (constant . 0) (profile "" ""))
 (c0 . 0)
 (c1 . 0)
 (porosity (constant . 1) (profile "" ""))
 (viscosity-ratio (constant . 1.))
 (capillary-pressure (none . #f))
 (none? . #t)
 (corey? . #f)
 (stone-1? . #f)
 (stone-2? . #f)
 (ref-perm-p1 . 0.4)
 (res-sat-p1 . 0.27)
 (exp-p1 . 3.)
 (ref-perm-p2 . 0.1)
 (res-sat-p2 . 0.16)
 (exp-p2 . 2.)
 (ref-perm-p3 . 1.)
 (res-sat-p3 . 0.05)
 (exp-p3 . 3.5)
 (equib-thermal? . #t)
 (non-equib-thermal? . #f)
 (solid-material . aluminum)
 (area-density (constant . 1) (profile "" ""))
 (heat-transfer-coeff (constant . 1) (profile "" ""))
 (fanzone? . #f)
 (fan-zone-list . 0)
 (fan-thickness . 0)
 (fan-hub-rad . 0)
 (fan-tip-rad . 0)
 (fan-x-origin . 0)
 (fan-y-origin . 0)
 (fan-z-origin . 0)
 (fan-rot-dir . 0)
 (fan-opert-angvel . 0)
 (fan-inflection-point . 0.83)
 (limit-flow-fan . #f)
 (max-flow-rate . 0)
 (min-flow-rate . 0)
 (tan-source-term . #f)
 (rad-source-term . #f)
 (axial-source-term . #f)
 (fan-axial-source-method . 0)
 (fan-pre-jump . 0)
 (fan-curve-fit . 0)
 (fan-poly-order . 0)
 (fan-ini-flow . 0)
 (fan-test-angvel . 0)
 (fan-test-temp . 0)
 (read-fan-curve . #f)
 (reaction-mechs . 0)
 (react? . #t)
 (surface-volume-ratio . 0)
 (electrolyte? . #f)
 (species-migration? . #f)
 (joule-heat? . #f)
 (mp-compressive-beta-max . 2)
 (numerical-beach? . #f)
 (beach-id . 1)
 (beach-damp-type . 0)
 (beach-inlet-bndr . 0)
 (beach-fs-level . 0)
 (beach-bottom-level . 0)
 (beach-dir-ni . 1)
 (beach-dir-nj . 0)
 (beach-dir-nk . 0)
 (beach-damp-len-spec . 0)
 (beach-wave-len . 0)
 (beach-len-factor . 2)
 (beach-start-point . 0)
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))
(39 (10 interior int_fluid 1)(
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))
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))
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))
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))
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))

(0 "Boundary profiles:")
(0 "User defined section:")