ELF>@@ UH1EUEUH H ]UHH}]UHH}uE}}Q}tw}A}t }t10HEf@(HEf@,HEf@0HE@(HEf@,HEf@0HE@fZU Y\ZHE@(HE@fZU Y\ZHE@,HE@ fZU Y\ZHE@0EHE@ZHE@(HE@Z WHE@,HEf@0]UHH H}uEfEHEE}tE}"}t }tHEYZHEfZU Y\ZEHEHfZU Y\ZEHEHfZU Y\ZEMEYUEYXUEYXEfZ]fH~fHn XZfUHH0H}uEMHEHHUEfn‰Hf~EMYE^HE@HUHSHhH}HuEUMME HEHEHcHHHHHEHcHHHHHHHHEHHHHEHEHcHHHHHEHcHHHHHHHHEHA@HEHEHcHHHHHEHcHHHHHHHHEHA@HEHEHcHHHHHEHcHHHHHHHHEHA @HEHEHcHHHHHEHcHHHHHHHHEHA(@ HEHEHcHHHHHEHcHHHHHHHHEHA,@$HEHEHcHHHHHEHcHHHHHHHHEHA0@(HEHEHcHHHHHEHcHHHHHHHHEHAD@8EHcHHHHHHHHEHE@{>@B>{>=,?{>@B>{>@B>{>=,?{>=,?    TotalMass?SmoothedGasMass?UnsmoothedGasMass?DarkMatterMass?StellarMass?BlackHoleMass?StarFormationRate-???test125cells.c%s %s:%s():%i: Couldn't allocate the cell %s %s:%s():%i: couldn't allocate particles, no. of particles: %d %s %s:%s():%i: couldn't allocate particles, no. of x-particles: %d wpos_zpos_ypos_xID# %4s %8s %8s %8s %8s %8s %8s %8s %8s %8s %8s %8s %8s %8s %13s %13s %13s %13s %13s %8s %8s du/dtdS/dtv_sigh_dta_za_ya_xcPuSdiv_vrhohv_zv_yv_x# Main cell -------------------------------------------- %6llu %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %13e %13e %13e %13e %13e %8.5f %8.5f # Solution --------------------------------------------- %6llu %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %8.5f %13f %13f %13f %13f %13f %8.5f %8.5f %lf%zu%d%s %s:%s():%i: Unknown option. m:s:h:n:r:t:d:f:v:p: Usage: %s -n PARTICLES_PER_AXIS -r NUMBER_OF_RUNS [OPTIONS...] Generates 125 cells, filled with particles on a Cartesian grid. These are then interacted using runner_dopair1_density() and runner_doself1_density() followed by runner_dopair2_force() and runner_doself2_force() Options: -h DISTANCE=1.2348 - Smoothing length in units of -m rho - Physical density in the cell -s size - Physical size of the cell -d pert - Perturbation to apply to the particles [0,1[ -v type (0,1,2,3) - Velocity field: (zero, constant, divergent, rotating) -p type (0,1,2) - Pressure field: (constant, gradient divergent) -f fileName - Part of the file name used to save the dumps runner_doself2_density%s %s: DOSELF2 function called: %s runner_dopair2_force%s %s: DOPAIR2 function called: %s %s %s: Adiabatic index: ga = %f SPHENIX (Borrow+ 2020)%s %s: Hydro implementation: %s %s %s: Smoothing length: h = %f Cubic spline (M4)%s %s: Kernel: %s %s %s: Neighbour target: N = %f %s %s: Density target: rho = %f %s %s: div_v target: div = %f %s %s: curl_v target: curl = [0., 0., %f] %s %s: P field constant %s %s: P field gradient %s %s: P field divergent %s %s: Extra hydro loop detected, running gradient loop in test125cells. swift_dopair_125_%.150s.dat%s %s: Corner calculations took: %.3f %s. %s %s: Edge calculations took: %.3f %s. %s %s: Face calculations took: %.3f %s. %s %s: Self calculations took: %.3f %s. %s %s: SWIFT calculation took: %.3f %s. %s %s: Brute force calculation took : %.3f %s. brute_force_125_%.150s.datmake_cellmain?@??*?UU?@@?8<$]?s???A@@=?GCC: (GNU) 14.1.0zRx AC V < AC F \xAC s |dAC _ bAC ]  O AC EE OAC J  5 AC H( $TAC O Df AC a 4dO#E LvDvp vxHvh*# G 0'@84l@lK4U b  0    5V~(P&xdbdO  O5 *18RYafm|7Tf %O# Z#4Nfm!7So test125cells.cgettickskernel_coeffsrunner_shiftrunner_flipsortlistIDsid_scalesub_sid_flagadaptive_softening_init_partextra_lightcone_map_types__FUNCTION__.2__FUNCTION__.1partId.0lightcone_map_total_mass_get_valuelightcone_map_total_mass_type_contributeslightcone_map_total_mass_baseline_valuelightcone_map_gas_mass_get_valuelightcone_map_gas_mass_type_contributeslightcone_map_dark_matter_mass_get_valuelightcone_map_dark_matter_mass_type_contributeslightcone_map_stellar_mass_get_valuelightcone_map_stellar_mass_type_contributeslightcone_map_black_hole_mass_get_valuelightcone_map_black_hole_mass_type_contributeslightcone_map_sfr_get_valuelightcone_map_sfr_type_contributesset_velocityget_pressuresqrtset_energy_stateget_solutioncbrtfreset_particlesmake_cellposix_memalignstdoutfflushclocks_get_timesincestartstderrfprintfexitmemsetrandom_uniformfmaxclean_upfreedump_particle_fieldsfopenfwritesqrtffclosemainengine_pinclocks_set_cpufreqfeenableexceptsrandoptarg__isoc99_sscanfstrcpygetoptputcharhydro_space_inithydro_props_init_no_hydrocosmology_init_no_cosmomallocrunner_do_drift_partrunner_do_hydro_sortrunner_dopair1_branch_densityrunner_doself1_branch_densityrunner_do_ghostrunner_dopair1_branch_gradientrunner_doself1_branch_gradientrunner_do_extra_ghostrunner_dopair2_branch_forcerunner_doself2_branch_forcerunner_do_end_hydro_forcesprintfclocks_getunitclocks_from_tickspairs_all_densityself_all_densitypairs_all_gradientself_all_gradientpairs_all_forceself_all_force  ;},4*X%43$G<$<( @U%Dj D , ;   %1   7 #9&+,-./  P `0/-1v+,-./  P 0/-1+,$-/.9/J O PT a0l/t-~122yLLT3iL}LT3YLmLtT34#M&aLm\\R6e6x66 8                    $$ *) 0. 8;0X ]9@<:<&<E(P   0  9% %0%;&=:&lJ&tZ&=(>G(?Q(@r( @{(A( R(B(A( R(B(A( V(B(A( V)B)A) R()B4)A@) RM)BY)Ak)Cw)A) Z)B)A) Z)B),)-).)/)  ) P) `)0)/*-*1 * **Dy* *E*1*.* b*  * *E*.* *  * *E*.*|*  * *E*.+   +  +  +E9+.C+  K+ HU+EZ+._+ id+  l+ v+E++.+  + +E+.+  + ,E,,d#,.-,  5, ?,EQ,Z,d_,.i,  q,  {,E,.,  , K,E,.,  , d,E,.,  , },E,F--$-I-GQ-ta-tx-H- ---.`.I/ /*0J0'[1K<3Lj5M5N?6OT6.Y6  a6 k6E8Pn9Q9R|:S;TX;U; ;V;7>W>X>.>  > >E?W%?X/?.08dGKd\PdW@ e  nf