%---- Relevant files InitCondFile *** OutputDir output SnapshotFileBase snap OutputListFilename output/Outputlist.txt %---- File formats ICFormat 3 SnapFormat 3 %---- CPU-time limits TimeLimitCPU 180000 % in seconds CpuTimeBetRestartFile 7200 % in seconds %----- Memory alloction MaxMemSize 3400 %---- Caracteristics of run TimeBegin 0.0 TimeMax 32.0 %---- Basic code options that set the type of simulation ComovingIntegrationOn 0 %---- Cosmological parameters (from Planck paper XVI, table 2, Planck + lensing column) Omega0 0.0 OmegaLambda 0.0 OmegaBaryon 0.0 HubbleParam 1.0 BoxSize 1.0 %---- Output frequency and output paramaters OutputListOn 0 TimeBetSnapshot 1e-0 TimeOfFirstSnapshot 0.0 TimeBetStatistics 1e-0 NumFilesPerSnapshot 1 NumFilesWrittenInParallel 1 %---- Accuracy of time integration ErrTolIntAccuracy 0.012 CourantFac 0.15 MaxSizeTimestep *** MinSizeTimestep 1.0e-8 %---- Treatment of empty space and temperature limits InitGasTemp *** MinEgySpec 0.0 %---- Tree algorithm, force accuracy, domain update frequency TypeOfOpeningCriterion 0 ErrTolTheta 0 ErrTolForceAcc 0.0025 MultipleDomains 8 TopNodeFactor 5 ActivePartFracForNewDomainDecomp 0.01 %---- Initial density estimate DesNumNgb 32 MaxNumNgbDeviation 1 %---- System of units UnitLength_in_cm *** UnitMass_in_g *** UnitVelocity_in_cm_per_s *** GravityConstantInternal 0 %---- Gravitational softening lengths SofteningComovingType0 0.005 SofteningComovingType1 0.005 SofteningComovingType2 0.005 SofteningComovingType3 0.005 SofteningComovingType4 0.005 SofteningComovingType5 0.005 SofteningMaxPhysType0 0.005 SofteningMaxPhysType1 0.005 SofteningMaxPhysType2 0.005 SofteningMaxPhysType3 0.005 SofteningMaxPhysType4 0.005 SofteningMaxPhysType5 0.005 ResubmitCommand 0 ResubmitOn 0 CoolingOn 0 StarformationOn 0 TypeOfTimestepCriterion 0 MinGasTemp 0 MinimumDensityOnStartUp 0 %CellShapingFactor 1.0 CellShapingSpeed 1.0 SofteningTypeOfPartType0 0 SofteningTypeOfPartType1 1 SofteningTypeOfPartType2 2 SofteningTypeOfPartType3 3 SofteningTypeOfPartType4 4 SofteningTypeOfPartType5 5 PeriodicBoundariesOn 1 LimitUBelowThisDensity 0 LimitUBelowCertainDensityToThisValue 0 GasSoftFactor 1.0 CellMaxAngleFactor 1 ReferenceGasPartMass *** # mass above/below refinement in internal units (M_sol) TargetGasMassFactor 1 RefinementCriterion 11 # values are in src/criterion_derifinement.c DerefinementCriterion 11 # values are in src/criterion_derifinement.c %---- SimpleX settings UnitPhotons_per_s 1e48 % average photon emission per second MinNumPhotons 1e-5 % minimum number of photons that can be radiatively transfered TestSrcFile rad_sources.bin % radiation sources %---- SGChem settings % Chemistry Options SGChemInitH2Abund 2.0e-6 SGChemInitHPAbund 1.0e-5 % For networks 5 & 13 SGChemInitCPAbund 0.0 SGChemInitCOAbund 0.0 % For Nelson and Langer 99 SGChemInitCHxAbund 0. SGChemInitOHxAbund 0. SGChemInitHCOPAbund 0. SGChemInitHePAbund 0. SGChemInitMPAbund 0. SGChemInitDIIAbund 2.6e-9 SGChemInitHDAbund 0. %SGChemInitHeIIAbund 0. SGChemInitHeIIIAbund 0. H2OpacityOption 0 % Elemental abundances CarbAbund 0.0 %1.4e-4 OxyAbund 0.0 %3.2e-4 MAbund 0.0 %1.0e-7 ZAtom 0.0 AtomicCoolOption 2 DeutAbund 2.6e-5 % Dust properties InitDustTemp 0 UVFieldStrength 0.0 %strength of UV field in units of J21 at Lyman-limit % (present day!) UV field strength in units of Habing field DustToGasRatio 0.0 %1.0 %dust to gas ratio in units of local (i.e. Z = Z_sun) value CosmicRayIonRate 0.0 InitRedshift 0.0 ExternalDustExtinction 0.0 %Visual magnitudes of dust extinction contributed by gas outside of simulation volume: % Strength of H2 formation heating H2FormEx 0 %0.84 H2FormKin 0 %0.12 % Photochemistry PhotoApprox 6 % 0==optically thin, 6==Treecol ISRFOption 1 % 1 == Mathis et al (1983), 2 == Black (1994) SGChemConstInitAbundances 1 LWBGType 0 LWBGStartRedsh 0 %---- Slice Image PicXpixels 1000 PicYpixels 1000 PicXaxis 0 PicYaxis 1 PicZaxis 2 PicXmin 0 PicXmax 1 PicYmin 0 PicYmax 1 PicZmin 0.5 PicZmax 1 %---- Add Background Grid %GridSize 32