HDF5 file, superblock version 0
group /
group /Constants
	attribute AVOGADRO = 6.0222e+23
	attribute BOLTZMANN = 1.38066e-16
	attribute C = 29979000000.0
	attribute CM_PER_MPC = 3.085678e+24
	attribute ELECTRONCHARGE = 4.8032e-10
	attribute ELECTRONMASS = 9.10953e-28
	attribute EV_TO_ERG = 1.60217646e-12
	attribute GAMMA = 1.6666666666666667
	attribute GAS_CONST = 83142500.0
	attribute GRAVITY = 6.672e-08
	attribute HUBBLE = 3.2407789e-18
	attribute PI = 3.1415927
	attribute PLANCK = 6.6262e-27
	attribute PROTONMASS = 1.6726e-24
	attribute RAD_CONST = 7.565e-15
	attribute SEC_PER_MEGAYEAR = 31550000000000.0
	attribute SEC_PER_YEAR = 31550000.0
	attribute SOLAR_LUM = 3.826e+33
	attribute SOLAR_MASS = 1.989e+33
	attribute STEFAN = 7.5657e-15
	attribute THOMPSON = 6.65245e-25
	attribute T_CMB0 = 2.728
	attribute Z_Solar = 0.012663729
group /FOF
	attribute NTask = 512
	attribute Ngroups = 311
	attribute TotNgroups = 159587
dataset /FOF/ContaminationCount: uint32, shape (311)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Number of contaminating particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /FOF/ContaminationMass: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Contaminating mass. Physical M = Mass U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/FirstSubhaloID: uint32, shape (311)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Index of first sub halo in SubHalo list (starts at 0)"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /FOF/GroupCentreOfPotential: float32, shape (311, 3)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = " Co-moving position of COM. Physical position = position h^-1 a U_L[cm]"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/GroupLength: uint32, shape (311)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Number of particles in this group"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /FOF/GroupMass: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = " Total mass of FoF group. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/GroupOffset: uint32, shape (311)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Offset of IDs of this group, starts at 0"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /FOF/Group_M_Crit200: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = " Mass within Rcrit200. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_Crit2500: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "M_Crit2500"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_Crit500: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "M_Crit500"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_Mean200: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass within RMean200. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_Mean2500: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "M_Mean2500"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_Mean500: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "M_Mean500"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_M_TopHat200: float32, shape (311)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass within RTophat200. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Crit200: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "Co-moving radius within which density is 200 times critical density. Physical radius = radius h^-1 a U_L[cm]"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Crit2500: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "R_Crit2500"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Crit500: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "R_Crit500"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Mean200: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = " Co-moving radius within which density is 200 times mean density. Physical radius = radius h^-1 a U_L[cm]"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Mean2500: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "R_Mean2500"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_Mean500: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "R_Mean500"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/Group_R_TopHat200: float32, shape (311)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = " Co-moving radius within which density is 200 times (18 * pi^2 + 82 * (Omega_m(z)-1) - 39 * (Omega_m(z)-1)^2); Physical radius = radius h^-1 a U_L[cm]"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /FOF/NumOfSubhalos: uint32, shape (311)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Number of subhaloes in this FoF group"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
group /Header
	attribute BoxSize = 2168.64
	attribute E(z) = 5.375793268211088
	attribute ExpansionFactor = 0.2216144994661985
	attribute Flag_Cooling = 0
	attribute Flag_DoublePrecision = 0
	attribute Flag_Feedback = 0
	attribute Flag_IC_Info = 0
	attribute Flag_Metals = 0
	attribute Flag_Sfr = 0
	attribute Flag_StellarAge = 0
	attribute H(z) = 1.1806724986171688e-17
	attribute HubbleParam = 0.6777
	attribute MassTable = 0.0, 0.0, 0.0, 0.0, 0.0, 0.0
	attribute NTask = 512
	attribute Ngroups = 311
	attribute Nids = 120144
	attribute Nsubgroups = 306
	attribute NumFilesPerSnapshot = 512
	attribute NumPart_ThisFile = 342, 306, 120144, 0, 0, 0
	attribute NumPart_Total = 159587, 176741, 59245920, 0, 0, 0
	attribute NumPart_Total_HighWord = 0, 0, 0, 0, 0, 0
	attribute Omega0 = 0.307
	attribute OmegaBaryon = 0.0482519
	attribute OmegaLambda = 0.693
	attribute Redshift = 3.5123401330178936
	attribute RunLabel = "\"HaloF8_N256_ODIN_ID208\""
	attribute SendOffSetTask = 53587934
	attribute Time = 0.2216144994661985
	attribute TotNgroups = 159587
	attribute TotNids = 59245920
	attribute TotNsubgroups = 176741
group /IDs
	attribute Nids = 120144
	attribute TotNids = 59245920
dataset /IDs/ParticleID: uint64, shape (120144)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "PID"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /IDs/Particle_Binding_Energy: float32, shape (120144)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Binding energy of particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
group /Parameters
group /Parameters/ChemicalElements
	attribute BG_NELEMENTS = 9
	attribute CalciumOverSilicon = 0.0941736
	attribute ElementNames = "Hydrogen", "Helium", "Carbon", "Nitrogen", "Oxygen", "Neon", "Magnesium", "Silicon", "Iron"
	attribute InitAbundance_Carbon = 0.0
	attribute InitAbundance_Helium = 0.248
	attribute InitAbundance_Hydrogen = 0.752
	attribute InitAbundance_Iron = 0.0
	attribute InitAbundance_Magnesium = 0.0
	attribute InitAbundance_Neon = 0.0
	attribute InitAbundance_Nitrogen = 0.0
	attribute InitAbundance_Oxygen = 0.0
	attribute InitAbundance_Silicon = 0.0
	attribute SolarAbundance = 0.01294681429862976
	attribute SolarAbundance_Calcium = 6.435500108636916e-05
	attribute SolarAbundance_Carbon = 0.002066543558612466
	attribute SolarAbundance_Helium = 0.2805553376674652
	attribute SolarAbundance_Hydrogen = 0.706497848033905
	attribute SolarAbundance_Iron = 0.0011032151523977518
	attribute SolarAbundance_Magnesium = 0.0005907064187340438
	attribute SolarAbundance_Neon = 0.0014144604792818427
	attribute SolarAbundance_Nitrogen = 0.0008356256294064224
	attribute SolarAbundance_Oxygen = 0.00549262436106801
	attribute SolarAbundance_Silicon = 0.0006825873861089349
	attribute SolarAbundance_Sulphur = 0.00040898521547205746
	attribute SulphurOverSilicon = 0.605416
group /Subhalo
	attribute NTask = 512
	attribute Ngroups = 306
	attribute TotNgroups = 176741
group /Subhalo/ApertureMeasurements
group /Subhalo/ApertureMeasurements/Mass
dataset /Subhalo/ApertureMeasurements/Mass/001kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/003kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/005kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/010kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/020kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/030kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/040kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/050kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/070kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/ApertureMeasurements/Mass/100kpc: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Masses within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
group /Subhalo/ApertureMeasurements/SFR
dataset /Subhalo/ApertureMeasurements/SFR/001kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/003kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/005kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/010kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/020kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/030kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/040kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/050kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/070kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/SFR/100kpc: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Star formation rate within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
group /Subhalo/ApertureMeasurements/VelDisp
dataset /Subhalo/ApertureMeasurements/VelDisp/001kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/003kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/005kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/010kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/020kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/030kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/040kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/050kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/070kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ApertureMeasurements/VelDisp/100kpc: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within apertures from 1 to 100 kpc (physical) of the centre of potential of the subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/BlackHoleMass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "BH mass. Physical m = Mass h^-1 U_M [g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/BlackHoleMassAccretionRate: float32, shape (306)
	attribute CGSConversionFactor = 6.445909132449984e+23
	attribute VarDescription = "BH accretion rate. Physical mdot = BH_Mdot h^-1 U_M /U_T [g/s]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/CentreOfMass: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "Co-moving position of COM. Physical position = position h^-1 a U_L[cm]"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/CentreOfPotential: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "Pos"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/GasSpin: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+29
	attribute VarDescription = "Angular momentum per unit mass of gas particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/GroupNumber: uint32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "FOF Group Number subhalo belongs to"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/HalfMassProjRad: float32, shape (306, 6)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "Projected (av. over 3 axes) radius enclosing half of the subhalo mass comprised by each particle type"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/HalfMassRad: float32, shape (306, 6)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "Radius enclosing half of the subhalo mass comprised by each particle type"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/IDMostBound: uint64, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Particle ID of lowest *total* energy particle"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/InertiaTensor: float32, shape (306, 9)
	attribute CGSConversionFactor = 1.8938081943451476e+92
	attribute VarDescription = "Matrix for the second moment of matter distribution."
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -3.0
dataset /Subhalo/InitialMassWeightedBirthZ: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Initial mass weighted metallicity of stars"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/InitialMassWeightedStellarAge: float32, shape (306)
	attribute CGSConversionFactor = 3.155e+16
	attribute VarDescription = "Initial mass weighted age of stars in Gyr"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/KineticEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total kinetic energy of particles bound to this halo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Mass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Total mass of this group. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/MassTwiceHalfMassRad: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass contained within twice the half mass radius for each particle type"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/MassType: float32, shape (306, 6)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Total mass of this group for each particle type. Physical M = Mass h^-1 U_M[g]"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
group /Subhalo/NSF
group /Subhalo/NSF/ElementAbundance
dataset /Subhalo/NSF/ElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/ElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/IronFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/IronFromSNIaSmoothed: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/KineticEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Kinetic energy of NSF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/Mass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MassFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MassFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MassFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MassWeightedEntropy: float32, shape (306)
	attribute CGSConversionFactor = 1.2970140665184745e+30
	attribute VarDescription = "Mass weighted mean entropy of NSF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.33333337
dataset /Subhalo/NSF/MassWeightedPotential: float32, shape (306)
	attribute CGSConversionFactor = 10000000000.0
	attribute VarDescription = "Mass weighted potential"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/MassWeightedTemperature: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Mass weighted mean temperature of NSF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/Metallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Metallicity weighted by mass of non star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/MetalsFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MetalsFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/MetalsFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
group /Subhalo/NSF/SmoothedElementAbundance
dataset /Subhalo/NSF/SmoothedElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/SmoothedMetallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed metallicity weighted by mass of non star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/NSF/Spin: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+29
	attribute VarDescription = "Angular momentum per unit mass of non-star-forming gas particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/ThermalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Thermal energy of NSF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/NSF/TotalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total energy of NSF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Parent: uint32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Parent subhalo of this subhalo. This is the offset relative to the first subhalo in the corresponding fof group"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
group /Subhalo/SF
group /Subhalo/SF/ElementAbundance
dataset /Subhalo/SF/ElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/ElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/IronFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/IronFromSNIaSmoothed: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/KineticEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Kinetic energy of SF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/Mass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MassFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MassFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MassFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MassWeightedEntropy: float32, shape (306)
	attribute CGSConversionFactor = 1.2970140665184745e+30
	attribute VarDescription = "Mass weighted mean entropy of SF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.33333337
dataset /Subhalo/SF/MassWeightedPotential: float32, shape (306)
	attribute CGSConversionFactor = 10000000000.0
	attribute VarDescription = "Mass weighted potential"
	attribute aexp-scale-exponent = -1.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/MassWeightedTemperature: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Mass weighted mean temperature of SF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/Metallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Metallicity weighted by mass of star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/MetalsFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MetalsFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/MetalsFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/SFWeightedMetallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Metallicity weighted by star formation rate of star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
group /Subhalo/SF/SmoothedElementAbundance
dataset /Subhalo/SF/SmoothedElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedMetallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed metallicity weighted by mass of star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/SmoothedSFWeightedMetallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed metallicity weighted by star formation rate of star forming gas in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SF/Spin: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+29
	attribute VarDescription = "Angular momentum per unit mass of star-forming gas particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/ThermalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Thermal energy of SF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/SF/TotalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total energy of SF gas"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/StarFormationRate: float32, shape (306)
	attribute CGSConversionFactor = 6.304278922345484e+25
	attribute VarDescription = "Total gas star formation rate"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
group /Subhalo/Stars
group /Subhalo/Stars/ElementAbundance
dataset /Subhalo/Stars/ElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/ElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "ElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/IronFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/IronFromSNIaSmoothed: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed iron from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/KineticEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Kinetic energy of stars"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/Mass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in stars"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MassFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MassFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MassFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MassWeightedPotential: float32, shape (306)
	attribute CGSConversionFactor = 10000000000.0
	attribute VarDescription = "Mass weighted potential"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/Metallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Metallicity weighted by mass of stars in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/MetalsFromAGB: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from AGB"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MetalsFromSNII: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNII"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/MetalsFromSNIa: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Mass in metals from SNIa"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
group /Subhalo/Stars/SmoothedElementAbundance
dataset /Subhalo/Stars/SmoothedElementAbundance/Carbon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Helium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Hydrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Iron: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Magnesium: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Neon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Nitrogen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Oxygen: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedElementAbundance/Silicon: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SmoothedElementAbundances"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/SmoothedMetallicity: float32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Smoothed metallicity weighted by mass of stars in subhalos"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Stars/Spin: float32, shape (306, 3)
	attribute CGSConversionFactor = 3.085678e+29
	attribute VarDescription = "Angular momentum per unit mass of star particles"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Stars/TotalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total energy of stars"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/StellarInitialMass: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+43
	attribute VarDescription = "Stellar initial mass"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/StellarVelDisp: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/StellarVelDisp_HalfMassProjRad: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Stellar velocity dispersion within half mass radius"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SubGroupNumber: uint32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "SubGroup Number of subhalo, begins at 0 for most massive subhalo within a group"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SubLength: uint32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Number of particles in this subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SubLengthType: uint32, shape (306, 6)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Number of particles of each type in this subhalo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/SubOffset: uint32, shape (306)
	attribute CGSConversionFactor = 1.0
	attribute VarDescription = "Offset of IDs in this subhalo.  Starts at 0"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/ThermalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total thermal energy of particles bound to this halo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/TotalEnergy: float32, shape (306)
	attribute CGSConversionFactor = 1.989e+53
	attribute VarDescription = "Total energy of particles bound to this halo"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = -1.0
dataset /Subhalo/Velocity: float32, shape (306, 3)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Vel"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/Vmax: float32, shape (306)
	attribute CGSConversionFactor = 100000.0
	attribute VarDescription = "Co-moving maximum circular velocity. Physical velocity = ???"
	attribute aexp-scale-exponent = 0.0
	attribute h-scale-exponent = 0.0
dataset /Subhalo/VmaxRadius: float32, shape (306)
	attribute CGSConversionFactor = 3.085678e+24
	attribute VarDescription = "VmaxRad"
	attribute aexp-scale-exponent = 1.0
	attribute h-scale-exponent = -1.0
group /Units
	attribute UnitDensity_in_cgs = 6.769911178294543e-31
	attribute UnitEnergy_in_cgs = 1.989e+53
	attribute UnitLength_in_cm = 3.085678e+24
	attribute UnitMass_in_g = 1.989e+43
	attribute UnitPressure_in_cgs = 6.769911178294542e-21
	attribute UnitTime_in_s = 3.085678e+19
	attribute UnitVelocity_in_cm_per_s = 100000.0