6Ŧ40.o.=. .Ŝ'b&)& q ŁŹ6PWX
0'ZŋŞŻ"ň_ŀšńXŭlţHŇōB@@!Ŝ='ŹwſĨͣōן>ߝ̛+ ŧ&ŌřCq`zōzzKx`vslrŖljHhŌb__w_[PXKXŝWU'UOULSQxQoP'MKŘI HsG%DC1CAŭ>:Ű6ŷ4R4Ũ321V1ő/)&.$A#" ŒňŔŜD YŎ ň}oXżŘŏsŷŻŮ\ yŹ=5ŻŌ ŋYsś@Gŋ ŷ 4&Ҡڒ '=dt< YNwŠtšt'lšhAdŪb
[VżUŷT&SŐRŅLKaH_EEŎAR> >ŵ<L2@1.)f(Ň ]Ŧ$ŷU
B 3 YMʼn(5<K<Ňž8Ŏ
ŊNûQŷŪεʴA5ŢŽž{Ųx*/7<#0Ž~.v
vRqpžmŭk8e`f`__[YYUŀU0SRCNŨHŌG?? =<Ū97D77F5w5q30&ž&ž%d$i!Œ \ ŧ lńłe$ wV7}őCŕsşc^[ŲIřŜűB/ż Śťy{ʼnZ%km WObŰJճrܧžț֔T' ݍVyœEŮş~yxvFro@n~ihh
fje`_`ž__[Š[ZżXUkRQ OŗMŜCjB?ŷ?Ű853r1g.-ő-)Ž'š&$ſ#! Ř $ 2Š ſJ !]Űń_O ŠŤŅŖQ[MŗŶxajŪŭԸ&#ukeŖ ũזՕ ŜX(šŕ Ŋ~Ŭ|Ŧ{Źzwts7pnfm6lfjŀiŏib3cűb/b`^]=[lZWŽStQŧPyPŶOOŋOOŇFŏDC B=BŅ>;7M3%1`.,t*(Y'ű&S&&$ ů FŞ[ň 4
źň- -W@~Ū0ŵŧ, ZŤ9ś=ſu+-Ź$0C}M1S]S" ŰèşŚŲg\*]Ŋ4"%ŬŏťůŴ+8Fź6yyWxwpnmHn\l:juhřfʼn_ _ű^J\ų["[ŦZ6YXQŠPŌPrPŞJ$?=;3ŕ3.š+g)(#&œ$4$ő B Ś|LiYŁŵ V Š
b]Ņ:_pP, \am6 Š1c ůBŦŎŔ/ťŮŴ+Ÿ
ŵťŚNYtśihŐٰ>ŀ#HUSłݠz5Ňūpŵ̔,ӏŕŘ H}ׄCR}}{?zw|xww wpUpŢoakzexedŔ`Ũ^\X\ł[ŜYXŖTNMLŪK
EC@ſ=Ÿ;ż:ŕ:C7ű4Ŭ4ń47343ſ2ņ/Ů,$\$Ų#"ŷ""W!W !~ń
D
R
"wŚ C ' ( > ņ Ŷ ő Ō g Ň ř ( O < c O Ŏ ' ` = V } q
Ń ÿ Ŭ û ع ɵ U Ż Ŧ [ ĭ k z s š ŝ G
. T , } ܍ g } ,x x "x /w w v r yr Mq 3p q ům k l Žj ze cd Ūa Řa d^ Ņ] gY V AT N N ŀL L ŷD =D \C C B /@ ; : 8 ż8 ş3 ^3 "1 F+ Z' '& # Ű Ŧ 4 Y
Ņ Y
Ř % t5ħ
!Iī
ĺĸ*tęĥ8ըQC)đQ˒iğyFuķl2l[kTēRPeP NĿGeGĈE/Aij>S>H6 0,Ă.M*#%! ă 6včĨĖ
Z: ħ ĸ \u5ĜįĞAĝĨU/ĈIJ~4$ĸts^ʕd̓"p|oľn,gdkc_ĈVRLOľMęN#HĭC@,;#!A ě
0ĊBİĜběD\Pğk?Ĩٺ r1ġ&߅DO 4}Ĉwmuot t$^_ĉ^ā[ąPĝQĴNċEe@>;ĩ7[181ě0f-W+Ċ%${#Ĉ! ļ
EĘ@
- Ć ĶĄhĒUĊCM; ġ}FğĈV2ŞĹĶ`ļՌjUzyĞyqĭnĈmkęmjixedHdĠ_!MKKLĘ>5E1U0/+Ġ)'$ę" o Ăijĕ Ćijkĕ_fsmUmOċĨ{5Ľݿ
#ęhکIJǤ*ĢxŔ|р>zzwķvĵsānhĸgcZĂR=PEKďF;8;9Į7H30F/u # dĴSĜ2W%Ehħo
[^ĶAąĂϮ\ijjjMIJĦ_Ă~{utďpĹpmt[O N,IEC[A(AA_;23Ę.Ď-*|&#I#T I 8Ăēa/ 2P&_ĉļ\:$Ċ6>:dĎĠJĥUĤ'ӧĴ
Ķܚ(Ļ E Q~~!~IJyMwĕpĐa^^l^ļ[VS{SNuMĮKBa< <į9F:"5"2Ė1:2-/-+Y(Ĺ ē ă h bĒ ~ć_ĈOćĤĘQIb)]}^9w^ĭެ7ĕOOć*S~t6rl lbağb3bĢ`Y^XsVzTEB(76655+Ĥ,)x(&į#s!o Ģ y YĜsRĎ
J
Ħ /;ķ<Đıf:Lěĩĭ;ĦĨ%Čq2Jdcڞ5ʑĘğĴij&|w7wmtĠsħlĆltk2f`eeĴcd4[ĥVĢVfVTeRĺPMĽKcJ/KGĎGA=:Ģ8'3,B*İ)P*' %R!+ J5č!Ĕ #ĠP{{ľđ| Ĕu-EĞa5ͼĠĀĊ٬ĴĠĉ%˗FҖ>ʎӅw=|ā}4xĞuOwĵsĭqqNq>rn'mĭiĤgdd ]ZLVTKTRC>>ą7D3Ē/.,-&$t <]| d HzČĔĒso~uCVĴĀąXgx9ČTqġĭ}ZttrĞoĈnĆj
d1^E]ċYVĢUăT.SĭSQmMsLlLGĖB>Ğ>;W5k4c2-1,%T&%$"!4! ęČg
ěĿĎ]^bĿĶıēĂ<İzĺč&İĶ ջWĎ^ ę Ȝ IJġĵ(ÌdĐh~u-vļnm
lh=UUVoTRĹRZOKhJ7KIxHUGD5CB@8ĉ7)}!ĉ,6
4WāĘģG={CS Ľз~WvTĢƏď8ğa =Īx8p.njijh[efcKby`)[ZIJZ;XUUeUĖHA;M92[-'..j$%!e ĵ JļIėĬ3 N ıZ5xē/'C4w
[\ĔĒĸ3
߶q/[[ڣĘĀVjdQľĜ}~}z>wugpącĪ^ČVEWĜU/P OĸLA8K432-+&"9"Ĺ"Ą!r! s =
XĸxĮ3=ďoĩģĎċĉĝijĆQnfĚϽĽr0ķcĜ-ĩĥxےĮČ|ĦHĔ~ {myĠxėx
qKqovp_H/^}5|;w*uĬrpWq\qćldb`ē_ZoZV+TĥIGĐG.GEıEDA?BĶAh?^>ē;86s&Ķ%{# Ć ę xR5Ķěĸp]2đEĬp =(H`41Ćn\ăİUJfĪāӰ`ĩnv CH{|ҁĊ~ĨxxĘxw&wrKmm'hXfdX`^ħ\Ľ[
VVPP=PFNĥLMoJJEIĝFX?=Ĩ=490[-y'j#F#9!Ĕ R [ đ9 fĘF ą/v/ēğjm[k1IijČĩĉ:e2ďĄ4İĝė4Ē*ۛLąDn66)YĽFڀ|Ă{Zyr`q'o:n?nčiĕiĸhăfeaR]VP9OJINHTG
BA?9l5y4.)3Kme
&)oo1Ļăĩ7U0lĖĆ;ąĖĘSG
&Sb uēmĈoc$(đĽI}ssĻp/oĠmbgģdf_*^BYĞSĺS6QlQNĤFEĿA\>W:9\8X5Ę10Ģ/-,-+)+* (ď&ċ#Č - ,ē,İ İKHcĬjAđij}}_>CmSĸ}
ă"{ĵļ0VĶKĜK >İĉ,ćT݊ĂĞowz{ |Ħzwĩu4ućs0qioĞnmRljĻjYigcE_ĒZhVXPMMčJĐHGEE/>19a350ē000-Đ. "Ē 6 ğS
ı y<ļIJFWJ(RVJhĭį39[zę3 ќqَġĪHņĚđ~>~ zĦtLs2rIJn
nijiij-jrjĽgjdĭ`ķ_'YuWĝWďTOOlNNęLĞHFI}FĈFF@=4a0-{+k+D++*p))B"ć ċ(F?ē
~ :Ĉ*ĊĻ}īį<ġo87ĪpďĴK;ĘĭfĎǚc ĸC|ļyğqğqn8nĤlĞk}bGbğ^YijWvTERĝRO.ObN-MķLĿJĝI9BĒ?Ļ=)=Ć95q2.n-E+'&ĥ%b"# C ć ąWul~Į
ĝ Ļ 6D\Ġ{T.d .ğFİĉA=ĝĔR7Yďķ kkҪ۩ăos\o< F<čĕRĞĿ ~~|wPwhvķu{qlykĹhQghhhĒggfĤdĆcĥbě^\[kYXĥXWĥQ,NĵKdJķHDĞC@ĦĻ=#4t3(.f)(
'Ĥ&$^#" Đ NđĶ2IB Zbċ@< v ĂĐ0ăcXıĔćĦĩY ıċޮ$")Ĕą؝ć Ľqěľ͒ăĪİē|Č{zyĀtStplmie._`U\r\ZZđZĽTP?NpJķHCHEFįBĩ???920
-į'"#ĕ!" ~ `Ď86į
ijbXRĔĔ SHRvāRĬ_e,UOČĕ{.h ģĕrD{ď{2Ĵ˳ļխʩďĠ̚k^˖ŒȒZvĹ~~Ŀ}!|wĝtrr^ħ"
ċ B1ĀRĀ
ā(PRĖuădK~Ċ@qĎ9Q
ěDп NļDěv>ĪAȕww(~ĶɊĎđē7D} }Ī|ďz v"uxur}plĽmkč_C[ıSSGSRĩPONİIīI6JIġEĒEE2CěB:Ē7
8352;2A.I,z!o !ĸę u 34Ĩ"uĬZ ğĮ&t## :ĕęoķhH $ĉIJD¶Ă|ðWĠP
ăחgxuġˌ_ދĞ8É!}%wu
tq^qaomkĥb`5^Ľ]CY1VR\QİPVLvJ[HBFB@#?>P>x;53U0..đ-+(()*('& Ħ!V" L člwĮĺ Ĩ
xi 3ĹJĪEĥzĜJ ĄĐeĶĥčĞĠĊijĤ{@ٻĦĄĸăįբܞ ĵ }z{+wĩwu|urěpppĊmĽiĜfd2eF];ZwWWķPjN MEJĉH!EĞDCdBĔAĹ;ğ86#/&/-,-Ĭ-+)ĕ*($#ĥ UėwĝĢ @ ģħijSđĶLz9 Ĕ 7O+Ķ\wD>YaďĻPCĹ ċĸĻĴҸ'/KsĎ`ħtď^K,}Y} s(sr!n_j ibf gke`8^d\ĝUjTĈSğQ RĉPĭOIJOĝLKBKēFbEĒDoDJBABăA@=<95 5ĝ3Ŀ-+s,*Ĵ&'# F Ġ\S ě
x *` ihĎĹSĢĹHMčmnHļ 7Xĺm 4ǽīaAċzėNĘҥĖۡĕľbĖoĚĀǒN%pki'Άī~ĥ|SustrĽr n kAjēiĮigweăeNf_^\ĖU=SPO'NħL8Eh=;]331|3+m+(Ĩ$0$+%?#{! ı ħ 4ođrx ! ċĂĊĴĪBFaĚmĽVĦĢĠ8ģĄ=Ġv sĦ6ąi{ēČSĿĀĕеđѲĹѯIګTĒĂėāӒħĚXKZ@fĎĢoӄĀ1XE~ĉyzzAroĭhbHa\`6[ĦZČWĊWĥV
VĈSeShRIJO0HİC@;:į;B:7ħ21D1U.)%*c'p%Ĺ#$F Me
+ ij>K \ ĝLB ĉĕābĔX`ļğčĐļ]"VLįiĿILďh1tUĻDZ|A ԩWV֟)ġٜdZZ XĄf1lQħ]}Ā{x-pnħjĀgYb`n`]Z<[`YTāSSĺM_JđG*ECCėA>::Ġ5Đ3N33Į.+7)$%!w!č!1 ī k
0' ē
Ĥ 6 ěċ'āīMĹĴ ĻZ| ĽĚX ĖnuP5iħ1\Z īYĶurăkSē ďĎ Đ+īAĶij WnˀċwĊvğr/r?pĤnVoĂjhg`ļ\Z ZTZbU
SNĒMĻLULJIG2EĹC B@z>;ļ:Č8g6653ė+ć'-%# #Ē#w f&ĽĻ
1 ġĔ#~ >6T L$ĬĜ ăĝċMٲ\Ğćă1ąĠiČĭfčĠ`Ġ+-~xtMpmĄkkWiaw_$`Ą]MZU VnTĨO;PNKĎC DB(A>1@ĩW3=ĤkįĬ SA3"ļ3ԡ^m;ϜWĪ5ė>ϕ*C/CMjĒči+Ą~||ě{zīzq{Ayxux_vĴrnliKjąfgĖf]d5d0cćcU^įMM MPKėHH:BAA=Ġ:{7 5Ğ51.Č,)(-'ī#"ĝ"ĸ y
ķĆ
Ĝ q ă ė
čij - zSmIJĚ
+-3OħħĐġ]ıġļm Ci DfijAXĘdĝkXI; >ıėŝĥķnĎ+s~~~}"yĥyqo=oj%ifeďacb`]4]\yWU-SRURONČKiJDCB0A>]?=;9Ĝ9:6F7Ľ5ē1/G/2/-
+Ċ*W)ĝ('Đ'|'H%Ĝ#Ă ~9
Ĥ @ Gğkđđĕ F I rQIK;ąxyC)į]ĉvwİH~SĴėĔģF^ħĊĝĥ^ĂįC) Bĝ}L||ĵzĖzCyroGo]oml.khjeg(fđe#c\ [UıS`R[R3J9IG FĻE]FcF%DB>B6A?ě@Ğ>%:99377ĩ75ė0Ĵ-+b++)G' &h$ĩ"Ŀ Ĩ(ĦĜr 7Ğ3Ĵĥ#ĪĬĴēFO Ķ/āI&sĈo1Ăiģfăģe ē˸Ĭϵ=ĨoXĔ}yħr?&ĘA:&Ąĺ\ĢĻ}ĕv.sfsmEl#jēieeebb_=]\ZW)WiVVĶUFSĆR~P)N_LKġHoC@Đ>Ĝ;Ă9ĥ9&661/@//. -*'E&%%J"! Ę D ĝC( FHDB
io G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 _B FHDB
ߡ%
U_M exponent
U_L exponent @
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent " Expression for physical CGS units a^-1 U_L^2 U_t^-2 [ cm^2 s^-2 ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 _B Description ) Gravitational potentials of the particles FHDB J
ZH Description @ Co-moving Plummer-equivalent softening lengths of the particles. FHDB J
)
U_M exponent
U_L exponent ?
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent ? " Expression for physical CGS units
a U_L [ cm ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 vL dD G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 vL dD FHDB &
[aZ Description Unique ID of the particles FHDB &
QxY
U_M exponent
U_L exponent
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent " Expression for physical CGS units [ - ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 ? G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 ? FHDB 1( Description Masses of the particles FHDB K
U_M exponent ?
U_L exponent
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent " Expression for physical CGS units
U_M [ g ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 ZF G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 ZF FHDB Z} Description k Peculiar velocities of the particles. This is a * dx/dt where x is the co-moving position of the particles. FHDB
U_M exponent
U_L exponent ?
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent " Expression for physical CGS units U_L U_t^-1 [ cm s^-1 ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 j@ G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 j@ FHDB Ԣ} Description # Co-moving position of the particles FHDB 8Tn
U_M exponent
U_L exponent ?
U_t exponent
U_I exponent
U_T exponent h-scale exponent a-scale exponent ? " Expression for physical CGS units
a U_L [ cm ] Lossy compression filter None Value stored as physical & Property can be converted to comoving B Conversion factor to CGS (not including cosmological corrections) ? @ 4 4 vL dD G Conversion factor to physical CGS (including cosmological corrections) ? @ 4 4 vL dD FHIB -T -P oFHDB ? 6{ Header Code+ Policy PhysicalConstants
SubgridSchemen" Cosmology&
Parameters"0 UnusedParameters0 RecordingTriggers1 UnitsB InternalCodeUnitsD CellsF PartType1 DMParticles
/PartType1 FHDB 2 jVj Snapshots:output_list_on 0 Statistics:output_list_on 0 Restarts:enable 1 Restarts:save 1 Restarts:onexit 0 Restarts:lustre_OST_checks 0 Restarts:lustre_OST_free 0 Restarts:lustre_OST_test 0 Restarts:delta_hours 5 Scheduler:tasks_per_cell 0 Scheduler:links_per_tasks 25 Scheduler:mpi_message_limit 4 FHDB 2 bh & Scheduler:free_foreign_during_restart 0 & Scheduler:free_foreign_during_rebuild 0 $ TimeIntegration:max_nr_rt_subcycles 0 " TimeIntegration:max_dt_RMS_factor 0.25 $ TimeIntegration:dt_RMS_use_gas_only 0 Statistics:scale_factor_first 0.1 Statistics:time_first 0 MetaData:run_name Untitled SWIFT simulation Restarts:stop_steps 100 Restarts:max_run_time 3.40282e+38 Restarts:resubmit_on_exit 0 Scheduler:nr_queues 1 % Scheduler:dependency_graph_frequency 0 Scheduler:dependency_graph_cell 0 & Scheduler:task_level_output_frequency 0 " Scheduler:deadlock_waiting_time_s -1 Statistics:energy_file_name
statistics Statistics:timestep_file_name timesteps FHDB 2 * / InitialConditions:black_holes_smoothing_length -1 Snapshots:scale_factor_first 0.1 Snapshots:subsample [0, 0, 0, 0, 0, 0, 0] Snapshots:subsample_fraction [0, 0, 0, 0, 0, 0, 0] Snapshots:run_on_dump 0 Snapshots:compression 0 Snapshots:distributed 0 Snapshots:lustre_OST_checks 0 Snapshots:lustre_OST_free 0 Snapshots:lustre_OST_test 0 Snapshots:invoke_fof 0 Snapshots:invoke_ps 0 Snapshots:use_delta_from_edge 0 FOF:dump_catalogue_when_seeding 0 Snapshots:UnitMass_in_cgs 1.98848e+33 Snapshots:UnitLength_in_cgs 3.08568e+21 Snapshots:UnitVelocity_in_cgs 100000 Snapshots:UnitCurrent_in_cgs 1 Snapshots:UnitTemp_in_cgs 1 FHDB 2 T.8 - Scheduler:cell_recurse_size_self_black_holes 100 - Scheduler:cell_recurse_size_pair_black_holes 100 ' Scheduler:cell_recurse_size_self_sinks 100 ' Scheduler:cell_recurse_size_pair_sinks 100 Scheduler:cell_extra_parts 0 Scheduler:cell_extra_sparts 200 Scheduler:cell_extra_gparts 200 Scheduler:cell_extra_bparts 0 Scheduler:cell_extra_sinks 0 % Scheduler:engine_max_parts_per_ghost 1000 & Scheduler:engine_max_sparts_per_ghost 1000 ' Scheduler:engine_max_parts_per_cooling 10000 % Scheduler:engine_redist_alloc_margin 1.2 & Scheduler:engine_foreign_alloc_margin 1.05 + InitialConditions:smoothing_length_scaling 1 ) InitialConditions:stars_smoothing_length -1 Snapshots:invoke_stf 0FHDB 2 Ar Neutrino:neutrino_seed 0 Neutrino:use_linear_response 0 Scheduler:max_top_level_cells 12 Scheduler:cell_max_size 8000000 # Scheduler:cell_sub_size_pair_hydro 256000000 # Scheduler:cell_sub_size_self_hydro 32000 # Scheduler:cell_sub_size_pair_stars 256000000 # Scheduler:cell_sub_size_self_stars 32000 " Scheduler:cell_sub_size_pair_grav 256000000 " Scheduler:cell_sub_size_self_grav 32000 Scheduler:cell_split_size 400 Scheduler:grid_split_threshold 400 " Scheduler:cell_subdepth_diff_grav 4 ' Scheduler:cell_recurse_size_self_hydro 100 ' Scheduler:cell_recurse_size_pair_hydro 100 ' Scheduler:cell_recurse_size_self_stars 100 ' Scheduler:cell_recurse_size_pair_stars 100 FHDB 2 Z PointMassPotential:mass 1e10 ! PointMassPotential:timestep_mult 0.03 Snapshots:select_output_on 0 Restarts:subdir restart Restarts:basename swift PhysicalConstants:G 4.30107e-06 PhysicalConstants:mu_0 1.95002e-23 InitialConditions:replicate 1 , InitialConditions:cleanup_smoothing_lengths 0 $ InitialConditions:cleanup_h_factors 0 + InitialConditions:cleanup_velocity_factors 0 & InitialConditions:generate_gas_in_ics 0 InitialConditions:remap_ids 0 & InitialConditions:metadata_group_name ICs_parameters Neutrino:use_delta_f 0 Neutrino:use_delta_f_mesh_only 0 Neutrino:use_model_none 0 Neutrino:generate_ics 0 Snapshots:subdir . FHDB 2 &).2 # InternalUnitSystem:UnitMass_in_cgs
1.98848e33 % InternalUnitSystem:UnitLength_in_cgs
3.08567758e21 ' InternalUnitSystem:UnitVelocity_in_cgs 1e5 & InternalUnitSystem:UnitCurrent_in_cgs 1 # InternalUnitSystem:UnitTemp_in_cgs 1 TimeIntegration:time_begin 0. TimeIntegration:time_end 8. TimeIntegration:dt_min 1e-6 TimeIntegration:dt_max 1e-3 Snapshots:basename pointMass Snapshots:time_first 0. Snapshots:delta_time 0.02 Statistics:delta_time 1e-2 InitialConditions:file_name PointMass.hdf5 InitialConditions:periodic 0 InitialConditions:shift
[50.,50.,50.] PointMassPotential:position
[50.,50.,50.] PointMassPotential:useabspos 1 FHIB 2 cr cn cj cf cb c^ cZ w\FHDB >) ( T_CMB_0 [internal units] ? @ 4 4 w_0 ? @ 4 4 w_a ? @ 4 4 w ? @ 4 4 Redshift ? @ 4 4
Scale-factor ? @ 4 4 ? " Critical density [internal units] ? @ 4 4 3 Critical density at redshift zero [internal units] ? @ 4 4 % Mean matter density [internal units] ? @ 4 4 ' Mean baryonic density [internal units] ? @ 4 4 Virial overdensity (BN98) ? @ 4 4 FHDB >) Omega_b ? @ 4 4 Omega_k ? @ 4 4
Omega_lambda ? @ 4 4 Omega_nu ? @ 4 4 Omega_nu_0 ? @ 4 4 Omega_ur ? @ 4 4
Omega_cdm ? @ 4 4 Omega_g ? @ 4 4 T_nu_0 [internal units] ? @ 4 4 T_nu_0 [eV] ? @ 4 4 N_eff ? @ 4 4 N_ur ? @ 4 4 N_nu deg_nu_tot ? @ 4 4 T_CMB_0 [K] ? @ 4 4 FHDB >) s\DJ Cosmological run a_beg ? @ 4 4 ? a_end ? @ 4 4 ? time_beg [internal units] ? @ 4 4 time_end [internal units] ? @ 4 4 Universe age [internal units] ? @ 4 4 Lookback time [internal units] ? @ 4 4 h ? @ 4 4 ? H0 [internal units] ? @ 4 4 H [internal units] ? @ 4 4 Hubble time [internal units] ? @ 4 4 Omega_m ? @ 4 4 Omega_r ? @ 4 4 FHIB >) ~ z v N FHDB z# astronomical_unit ? @ 4 4 W24> parsec ? @ 4 4 MbP? light_year ? @ 4 4 ͛4?
solar_radius ? @ 4 4 !)ʸ=
earth_radius ? @ 4 4 ƟS(M= solar_mass ? @ 4 4 j,? earth_mass ? @ 4 4 Y1> solar_luminosity ? @ 4 4 VA T_CMB_0 ? @ 4 4 @ primordial_He_fraction ? @ 4 4 X9v? reduced_hubble ? @ 4 4 ցd?
caseb_recomb ? @ 4 4 [kG`\3 FHDB z# ?b newton_G ? @ 4 4 n<
> speed_light_c ? @ 4 4 ALA planck_h ? @ 4 4 { 7{. planck_hbar ? @ 4 4 N-Z- boltzmann_k ? @ 4 4 t/ P3 avogadro_number ? @ 4 4 WʅD thomson_cross_section ? @ 4 4 ) m#1 stefan_boltzmann ? @ 4 4 rC bhB electron_charge ? @ 4 4 +d8 electron_volt ? @ 4 4 /@Y;4 electron_mass ? @ 4 4 g3 vacuum_permeability ? @ 4 4 m7; proton_mass ? @ 4 4 ; 4 year ? @ 4 4 a֑> FHIB z# ÐFHDB d .G astronomical_unit ? @ 4 4 `16B parsec ? @ 4 4 CiC light_year ? @ 4 4 Gt.BC
solar_radius ? @ 4 4 20B
earth_radius ? @ 4 4 A solar_mass ? @ 4 4 ƞsPF earth_mass ? @ 4 4 1l0LE solar_luminosity ? @ 4 4 KㄗF T_CMB_0 ? @ 4 4 @ primordial_He_fraction ? @ 4 4 X9v? reduced_hubble ? @ 4 4 w M<
caseb_recomb ? @ 4 4 nb]KR= FHDB d ˜ newton_G ? @ 4 4 Eq> speed_light_c ? @ 4 4 B planck_h ? @ 4 4 lQYg: planck_hbar ? @ 4 4 7{PT: boltzmann_k ? @ 4 4 O < avogadro_number ? @ 4 4 WʅD thomson_cross_section ? @ 4 4 3F: stefan_boltzmann ? @ 4 4 GLХ
? electron_charge ? @ 4 4 S )ڤ< electron_volt ? @ 4 4 @/|= electron_mass ? @ 4 4 o R: vacuum_permeability ? @ 4 4 s<? proton_mass ? @ 4 4 "6- ; year ? @ 4 4 S~A FHIB d % % j2FHDB @ \¯ feedback black holes fof search time-step limiter time-step sync csds line of sight sink rt power spectra moving mesh moving mesh hydro no_io FHDB @ ǡ steal keep block
cpu tight mpi numa affinity hydro
self gravity external gravity cosmological integration drift everything reconstruct multi-poles temperature cooling stars structure finding star formation FHIB @ [ [ :FHDB A> MPI library Non-MPI version of SWIFT RandomSeed FHDB Code SWIFT
Code Version 2025.10 Compiler Name
LLVM/Clang Compiler Version 19.0.0 Git Branch (HEAD detached at ad825021f)
Git Revision v2025.10-67-gad825021 Git Date 2026-01-29 16:59:12 +0100 Configuration options h '--with-parmetis --enable-debugging-checks --disable-vec --enable-debug --with-ext-potential=point-mass' CFLAGS '-g -O0 -debug inline-debug-info -O3 -ansi-alias -fma -ftz -fomit-frame-pointer -march=core-avx2 -mavx2 -no-vec -Qunused-arguments -pthread -Wall -Wextra -Wno-unused-parameter -Wshadow -Werror -Wstrict-prototypes' HDF5 library version 1.14.4 Thread barriers pthread Allocators ! Compiler version (probably glibc) FFTW library version 3.x (details not available) GSL library version 2.8 FHIB FHDB N NumPart_Total_HighWord TotalNumberOfParticles @ '
MassTable ? @ 4 4 InitialMassTable ? @ 4 4 ? Flag_Entropy_ICs NumFilesPerSnapshot ThisFile
SelectOutput Default Virtual
CanHaveTypes OutputType
FullVolume FHDB l[ BoxSize ? @ 4 4 Y@ Y@ Y@ Time ? @ 4 4 ? @
Dimension Redshift ? @ 4 4
Scale-factor ? @ 4 4 ? Code SWIFT RunName Untitled SWIFT simulation System ga003.pri.cosma.local Shift ? @ 4 4 I@ I@ I@
NumPartTypes TimeBase_dloga ? @ 4 4 TimeBase_dt ? @ 4 4 <
SnapshotDate 18:04:07 2026-01-29 GMT NumPart_ThisFile @ ' NumPart_Total ' FHIB ǧ ǣ
]