Range:
{{filter.render(filter.aggs.min)}}
{{filter.render(filter.aggs.max)}}
Example python code to apply the above filters and retrieve data. To use, download and install this module.
| Field | Variable | Type | Units | Description |
|---|---|---|---|---|
| simulation | simulation | byte | ||
| snapshot | snapshot | short | Snapshot number containing that halo. | |
| Redshift | Redshift | float | Redshift at which these properties are computed. | |
| type | type | boolean | ||
| GroupID | GroupID | long | Unique identifier of this FoF group. This connects with the associated GroupID from the SubHalo table allowing a link between a galaxy’s SubHalo table and FOF table properties. | |
| FoF | float | FoF halos | ||
| CenterOfPotential | float | ckpc/h | Co-moving position of the minumum of the gravitational potential of the halo. | |
| x | FoF_GroupCentreOfPotential_x | float | ckpc/h | x component |
| y | FoF_GroupCentreOfPotential_y | float | ckpc/h | y component |
| z | FoF_GroupCentreOfPotential_z | float | ckpc/h | z component |
| GroupMass | FoF_GroupMass | float | 10^10 Msun/h | Total Friends-of-Friends mass of this halo. |
| Group_M | float | 10^10 Msun/h | Total mass within radius ... | |
| Crit200 | FoF_Group_M_Crit200 | float | 10^10 Msun/h | Total mass within radius Group_R_Crit200. |
| Crit2500 | FoF_Group_M_Crit2500 | float | 10^10 Msun/h | Total mass within radius Group_R_Crit2500. |
| Crit500 | FoF_Group_M_Crit500 | float | 10^10 Msun/h | Total mass within radius Group_R_Crit500. |
| Mean200 | FoF_Group_M_Mean200 | float | 10^10 Msun/h | Total mass within radius Group_R_Mean200. |
| Mean2500 | FoF_Group_M_Mean2500 | float | 10^10 Msun/h | Total mass within radius Group_R_Mean2500. |
| Mean500 | FoF_Group_M_Mean500 | float | 10^10 Msun/h | Total mass within radius Group_R_Mean500. |
| TopHat200 | FoF_Group_M_TopHat200 | float | 10^10 Msun/h | Total mass within radius Group_R_Tophat200. |
| Group_R | float | ckpc/h | Physical radius within which density is ... | |
| Crit200 | FoF_Group_R_Crit200 | float | ckpc/h | Physical radius within which density is 200 times the critical density of the Universe. |
| Crit2500 | FoF_Group_R_Crit2500 | float | ckpc/h | Physical radius within which density is 2500 times the critical density of the Universe. |
| Crit500 | FoF_Group_R_Crit500 | float | ckpc/h | Physical radius within which density is 500 times the critical density of the Universe. |
| Mean200 | FoF_Group_R_Mean200 | float | ckpc/h | Physical radius within which density is 200 times the mean density of the Universe. |
| Mean2500 | FoF_Group_R_Mean2500 | float | ckpc/h | Physical radius within which density is 2500 times the mean density of the Universe. |
| Mean500 | FoF_Group_R_Mean500 | float | ckpc/h | Physical radius within which density is 500 times the mean density of the Universe. |
| TopHat200 | FoF_Group_R_TopHat200 | float | ckpc/h | Physical radius within which density is 18π2+82(Ωm(z)-1)-39(Ωm(z)-1)2 |
| NumOfSubhalos | FoF_NumOfSubhalos | integer | Number of subhaloes (galaxies) identified as belonging to this halo. | |
| RandomNumber | FoF_RandomNumber | float | Random number uniform in the range [0, 1). | |
| Subhalo | float | |||
| CentreOfMass | float | ckpc/h | Co-moving position of the centre of mass. | |
| x | Subhalo_CentreOfMass_x | float | ckpc/h | x component |
| y | Subhalo_CentreOfMass_y | float | ckpc/h | y component |
| z | Subhalo_CentreOfMass_z | float | ckpc/h | z component |
| CentreOfPotential | float | ckpc/h | Co-moving position of the minimum of the gravitational potential defined by the position of the most bound particle. | |
| x | Subhalo_CentreOfPotential_x | float | ckpc/h | x component |
| y | Subhalo_CentreOfPotential_y | float | ckpc/h | y component |
| z | Subhalo_CentreOfPotential_z | float | ckpc/h | z component |
| DescendantID | Subhalo_DescendantID | integer | GalaxyID of the descendant of this galaxy. | |
| FileNum | Subhalo_FileNum | short | Index of the subfind output file this group is in | |
| GalaxyID | Subhalo_GalaxyID | integer | Unique identifier of each galaxy. This index is used to connect the SubHalo table to the Aperture, Magnitudes and Sizes tables. | |
| GroupID | Subhalo_GroupID | long | Unique identifier of the FoF halo containing this galaxy. This index is used to connect the SubHalo to the parent FoF group | |
| GroupNumber | Subhalo_GroupNumber | integer | Integer number to identify FoF halo. Note that this number is only unique to a given snapshot and should not be used to identify the same halo across multiple outputs. | |
| HalfMassProjRad_DM | Subhalo_HalfMassProjRad_DM | float | pkpc | Projected physical radius enclosing half of the dark matter mass (averaged over three orthogonal projections). |
| HalfMassRad_DM | Subhalo_HalfMassRad_DM | float | ckpc/h | Physical radius enclosing half of the dark matter mass. |
| Image_ID | Subhalo_Image_ID | integer | Index of the image of this object | |
| KineticEnergy | Subhalo_KineticEnergy | float | Msun (km/s)2 | Total kinetic energy calculated. |
| LastProgID | Subhalo_LastProgID | integer | GalaxyID of the last progenitor of this galaxy. Used for merger tree traversal. | |
| Mass | Subhalo_Mass | float | 10^10 Msun/h | Total current mass of all particles. |
| MassType_DM | Subhalo_MassType_DM | float | 10^10 Msun/h | Total dark matter mass. |
| MechanicalEnergy | Subhalo_MechanicalEnergy | float | Msun (km/s)2 | Total mechanical energy calculated. |
| PosInFile | Subhalo_PosInFile | short | Index of this subfind group in the output file | |
| RandomNumber | Subhalo_RandomNumber | float | Random number uniform in the range [0, 1). | |
| SubGroupNumber | Subhalo_SubGroupNumber | integer | Integer number of this galaxy within its FoF halo. Note that this number is only unique to a given snapshot and should not be used to identify the same galaxy across multiple outputs. The condition “SubGroupNumber = 0” can be used to select central galaxies only. | |
| TopLeafID | Subhalo_TopLeafID | integer | GalaxyID of the last progenitor in the main progenitor branch. Used for merger tree traversal. | |
| TotalEnergy | Subhalo_TotalEnergy | float | Msun (km/s)2 | Total energy of the galaxy. |
| Velocity | float | km/s | Peculiar velocity. | |
| x | Subhalo_Velocity_x | float | km/s | x component |
| y | Subhalo_Velocity_y | float | km/s | y component |
| z | Subhalo_Velocity_z | float | km/s | z component |
| Vmax | Subhalo_Vmax | float | km/s | Maximum of the circular velocity rotation curve. |
| VmaxRadius | Subhalo_VmaxRadius | float | ckpc/h | Physical distance relative to the CentreOfPotential at which the circular velocity equals Vmax. |
| nodeIndex | Subhalo_nodeIndex | long | DHalo merger tree identifier for this object | |
| BlackHoleMass | Subhalo_BlackHoleMass | float | 10^10 Msun/h | Total black hole (subgrid) mass. As black holes are seeded in a subgrid fashion they contain both a subgrid and a particle mass, full details of this process can be found in Schaye et al. 2015. |
| BlackHoleMassAccretionRate | Subhalo_BlackHoleMassAccretionRate | float | 10^10 Msun/h/(0.978Gyr/h) | Total instantanious accretion rate of all black holes. |
| GasSpin | float | pkpc km s-1 | Total angular momentum per unit mass of all gas relative to the CentreOfMass. | |
| x | Subhalo_GasSpin_x | float | pkpc km s-1 | x component |
| y | Subhalo_GasSpin_y | float | pkpc km s-1 | y component |
| z | Subhalo_GasSpin_z | float | pkpc km s-1 | z component |
| HalfMassProjRad | float | pkpc | Projected physical radius enclosing half of the ... (averaged over three orthogonal projections) | |
| BH | Subhalo_HalfMassProjRad_BH | float | pkpc | Projected physical radius enclosing half of the black hole mass (averaged over three orthogonal projections). This is constructed from the particle masses and not from the subgrid masses. |
| Gas | Subhalo_HalfMassProjRad_Gas | float | pkpc | Projected physical radius enclosing half of the gas mass (averaged over three orthogonal projections). |
| Star | Subhalo_HalfMassProjRad_Star | float | pkpc | Projected physical radius enclosing half of the stellar mass (averaged over three orthogonal projections). |
| HalfMassRad | float | ckpc/h | Physical radius enclosing half of the ... | |
| BH | Subhalo_HalfMassRad_BH | float | ckpc/h | Physical radius enclosing half of the black hole mass. This is constructed from the particle masses and not from the subgrid masses. |
| Gas | Subhalo_HalfMassRad_Gas | float | ckpc/h | Physical radius enclosing half of the gas mass. |
| Star | Subhalo_HalfMassRad_Star | float | ckpc/h | Physical radius enclosing half of the stellar mass. |
| InitialMassWeightedBirthZ | Subhalo_InitialMassWeightedBirthZ | float | z | Mean redshift of formation of stars, weighted by birth mass. |
| InitialMassWeightedStellarAge | Subhalo_InitialMassWeightedStellarAge | float | Gyr | Mean age of stars, weighted by birth mass. |
| MassType | float | 10^10 Msun/h | Total mass of type... | |
| BH | Subhalo_MassType_BH | float | 10^10 Msun/h | Total black hole mass. Note that this is the sum of the particle masses, not of the subgrid black hole masses. |
| Gas | Subhalo_MassType_Gas | float | 10^10 Msun/h | Total gas mass. |
| Star | Subhalo_MassType_Star | float | 10^10 Msun/h | Total stellar mass. |
| NSF | float | |||
| Carbon | Subhalo_NSF_Carbon | float | ||
| Helium | Subhalo_NSF_Helium | float | ||
| Hydrogen | Subhalo_NSF_Hydrogen | float | ||
| Iron | Subhalo_NSF_Iron | float | Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | |
| IronFromSNIa | Subhalo_NSF_IronFromSNIa | float | Fraction of the total mass in Iron coming from SNIa ejecta. | |
| KineticEnergy | Subhalo_NSF_KineticEnergy | float | Msun (km/s)2 | Total kinetic energy. |
| Magnesium | Subhalo_NSF_Magnesium | float | ||
| Mass | Subhalo_NSF_Mass | float | Msun | Total mass. |
| MassFromAGB | Subhalo_NSF_MassFromAGB | float | Msun | Total mass from AGB ejecta. |
| MassFromSNII | Subhalo_NSF_MassFromSNII | float | Msun | Total mass from massive star and type II SN ejecta. |
| MassFromSNIa | Subhalo_NSF_MassFromSNIa | float | Msun | Total mass from type Ia SN ejecta. |
| MassWeightedEntropy | Subhalo_NSF_MassWeightedEntropy | float | Mass weighted pseudo entropy. | |
| MassWeightedTemperature | Subhalo_NSF_MassWeightedTemperature | float | K | Mass weighted temperature. |
| Metallicity | Subhalo_NSF_Metallicity | float | Metal mass fraction. | |
| MetalsFromAGB | Subhalo_NSF_MetalsFromAGB | float | Msun | Total metal mass originating from AGB ejecta. |
| MetalsFromSNII | Subhalo_NSF_MetalsFromSNII | float | Msun | Total metal mass originating from massive stars and SN Type II ejecta. |
| MetalsFromSNIa | Subhalo_NSF_MetalsFromSNIa | float | Msun | Total metal mass originating from SN Type I ejecta. |
| Neon | Subhalo_NSF_Neon | float | ||
| Nitrogen | Subhalo_NSF_Nitrogen | float | ||
| Oxygen | Subhalo_NSF_Oxygen | float | ||
| Silicon | Subhalo_NSF_Silicon | float | ||
| Spin | float | pkpc km s-1 | Total angular momentum per unit mass relative to the CentreOfMass. | |
| x | Subhalo_NSF_Spin_x | float | pkpc km s-1 | x component |
| y | Subhalo_NSF_Spin_y | float | pkpc km s-1 | y component |
| z | Subhalo_NSF_Spin_z | float | pkpc km s-1 | z component |
| ThermalEnergy | Subhalo_NSF_ThermalEnergy | float | Msun (km/s)2 | Total thermal energy. This does not exist for Stars. |
| TotalEnergy | Subhalo_NSF_TotalEnergy | float | Msun (km/s)2 | Total energy. |
| SF | float | |||
| Carbon | Subhalo_SF_Carbon | float | ||
| Helium | Subhalo_SF_Helium | float | ||
| Hydrogen | Subhalo_SF_Hydrogen | float | ||
| Iron | Subhalo_SF_Iron | float | Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | |
| IronFromSNIa | Subhalo_SF_IronFromSNIa | float | Fraction of the total mass in Iron coming from SNIa ejecta. | |
| KineticEnergy | Subhalo_SF_KineticEnergy | float | Msun (km/s)2 | Total kinetic energy. |
| Magnesium | Subhalo_SF_Magnesium | float | ||
| Mass | Subhalo_SF_Mass | float | Msun | Total mass. |
| MassFromAGB | Subhalo_SF_MassFromAGB | float | Msun | Total mass from AGB ejecta. |
| MassFromSNII | Subhalo_SF_MassFromSNII | float | Msun | Total mass from massive star and type II SN ejecta. |
| MassFromSNIa | Subhalo_SF_MassFromSNIa | float | Msun | Total mass from type Ia SN ejecta. |
| MassWeightedEntropy | Subhalo_SF_MassWeightedEntropy | float | Mass weighted pseudo entropy. | |
| MassWeightedTemperature | Subhalo_SF_MassWeightedTemperature | float | K | Mass weighted temperature. |
| Metallicity | Subhalo_SF_Metallicity | float | Metal mass fraction. | |
| MetalsFromAGB | Subhalo_SF_MetalsFromAGB | float | Msun | Total metal mass originating from AGB ejecta. |
| MetalsFromSNII | Subhalo_SF_MetalsFromSNII | float | Msun | Total metal mass originating from massive stars and SN Type II ejecta. |
| MetalsFromSNIa | Subhalo_SF_MetalsFromSNIa | float | Msun | Total metal mass originating from SN Type I ejecta. |
| Neon | Subhalo_SF_Neon | float | ||
| Nitrogen | Subhalo_SF_Nitrogen | float | ||
| Oxygen | Subhalo_SF_Oxygen | float | ||
| Silicon | Subhalo_SF_Silicon | float | ||
| Spin | float | pkpc km s-1 | Total angular momentum per unit mass relative to the CentreOfMass. | |
| x | Subhalo_SF_Spin_x | float | pkpc km s-1 | x component |
| y | Subhalo_SF_Spin_y | float | pkpc km s-1 | y component |
| z | Subhalo_SF_Spin_z | float | pkpc km s-1 | z component |
| ThermalEnergy | Subhalo_SF_ThermalEnergy | float | Msun (km/s)2 | Total thermal energy. This does not exist for Stars. |
| TotalEnergy | Subhalo_SF_TotalEnergy | float | Msun (km/s)2 | Total energy. |
| Spurious | Subhalo_Spurious | boolean | Value is 1 if the galaxy is an artefact of the subfind algorithm and 0 if the galaxy is a genuine object. | |
| StarFormationRate | Subhalo_StarFormationRate | float | Msun/yr | Total star formation rate. This is the mass of stars formed per unit time before any mass loss due to winds and supernovae. |
| Stars | float | |||
| Carbon | Subhalo_Stars_Carbon | float | ||
| Helium | Subhalo_Stars_Helium | float | ||
| Hydrogen | Subhalo_Stars_Hydrogen | float | ||
| Iron | Subhalo_Stars_Iron | float | Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | |
| IronFromSNIa | Subhalo_Stars_IronFromSNIa | float | Fraction of the total mass in Iron coming from SNIa ejecta. | |
| KineticEnergy | Subhalo_Stars_KineticEnergy | float | Msun (km/s)2 | Total kinetic energy. |
| Magnesium | Subhalo_Stars_Magnesium | float | ||
| Mass | Subhalo_Stars_Mass | float | 10^10 Msun/h | Total mass. |
| MassFromAGB | Subhalo_Stars_MassFromAGB | float | Msun | Total mass from AGB ejecta. |
| MassFromSNII | Subhalo_Stars_MassFromSNII | float | Msun | Total mass from massive star and type II SN ejecta. |
| MassFromSNIa | Subhalo_Stars_MassFromSNIa | float | Msun | Total mass from type Ia SN ejecta. |
| Metallicity | Subhalo_Stars_Metallicity | float | Metal mass fraction. | |
| MetalsFromAGB | Subhalo_Stars_MetalsFromAGB | float | Msun | Total metal mass originating from AGB ejecta. |
| MetalsFromSNII | Subhalo_Stars_MetalsFromSNII | float | Msun | Total metal mass originating from massive stars and SN Type II ejecta. |
| MetalsFromSNIa | Subhalo_Stars_MetalsFromSNIa | float | Msun | Total metal mass originating from SN Type I ejecta. |
| Neon | Subhalo_Stars_Neon | float | ||
| Nitrogen | Subhalo_Stars_Nitrogen | float | ||
| Oxygen | Subhalo_Stars_Oxygen | float | ||
| Silicon | Subhalo_Stars_Silicon | float | ||
| Spin | float | pkpc km s-1 | Total angular momentum per unit mass relative to the CentreOfMass. | |
| x | Subhalo_Stars_Spin_x | float | pkpc km s-1 | x component |
| y | Subhalo_Stars_Spin_y | float | pkpc km s-1 | y component |
| z | Subhalo_Stars_Spin_z | float | pkpc km s-1 | z component |
| TotalEnergy | Subhalo_Stars_TotalEnergy | float | Msun (km/s)2 | Total energy. |
| StellarInitialMass | Subhalo_StellarInitialMass | float | Msun | Sum of birth masses of all stars. |
| StellarVelDisp | Subhalo_StellarVelDisp | float | km s-1 | Average one dimensional velocity dispersion of stars. |
| ThermalEnergy | Subhalo_ThermalEnergy | float | Msun (km/s)2 | Total thermal energy of the gas particles. |
| Aperture | float | Measurements with a certain radius of the aperture from the center of potential, available aperture sizes are: 1, 3, 5, 10, 20, 30, 40, 50, 70 and 100 pkpc. | ||
| Mass_BH | float | Msun | Total (particle) mass of all black holes within the aperture. | |
| 1 | Subhalo_Aperture_Mass_BH_1 | float | Msun | |
| 3 | Subhalo_Aperture_Mass_BH_3 | float | Msun | |
| 5 | Subhalo_Aperture_Mass_BH_5 | float | Msun | |
| 10 | Subhalo_Aperture_Mass_BH_10 | float | Msun | |
| 20 | Subhalo_Aperture_Mass_BH_20 | float | Msun | |
| 30 | Subhalo_Aperture_Mass_BH_30 | float | Msun | |
| 40 | Subhalo_Aperture_Mass_BH_40 | float | Msun | |
| 50 | Subhalo_Aperture_Mass_BH_50 | float | Msun | |
| 70 | Subhalo_Aperture_Mass_BH_70 | float | Msun | |
| 100 | Subhalo_Aperture_Mass_BH_100 | float | Msun | |
| Mass_DM | float | Msun | Total dark matter mass within the aperture. | |
| 1 | Subhalo_Aperture_Mass_DM_1 | float | Msun | |
| 3 | Subhalo_Aperture_Mass_DM_3 | float | Msun | |
| 5 | Subhalo_Aperture_Mass_DM_5 | float | Msun | |
| 10 | Subhalo_Aperture_Mass_DM_10 | float | Msun | |
| 20 | Subhalo_Aperture_Mass_DM_20 | float | Msun | |
| 30 | Subhalo_Aperture_Mass_DM_30 | float | Msun | |
| 40 | Subhalo_Aperture_Mass_DM_40 | float | Msun | |
| 50 | Subhalo_Aperture_Mass_DM_50 | float | Msun | |
| 70 | Subhalo_Aperture_Mass_DM_70 | float | Msun | |
| 100 | Subhalo_Aperture_Mass_DM_100 | float | Msun | |
| Mass_Gas | float | Msun | Total gas mass within the aperture. | |
| 1 | Subhalo_Aperture_Mass_Gas_1 | float | Msun | |
| 3 | Subhalo_Aperture_Mass_Gas_3 | float | Msun | |
| 5 | Subhalo_Aperture_Mass_Gas_5 | float | Msun | |
| 10 | Subhalo_Aperture_Mass_Gas_10 | float | Msun | |
| 20 | Subhalo_Aperture_Mass_Gas_20 | float | Msun | |
| 30 | Subhalo_Aperture_Mass_Gas_30 | float | Msun | |
| 40 | Subhalo_Aperture_Mass_Gas_40 | float | Msun | |
| 50 | Subhalo_Aperture_Mass_Gas_50 | float | Msun | |
| 70 | Subhalo_Aperture_Mass_Gas_70 | float | Msun | |
| 100 | Subhalo_Aperture_Mass_Gas_100 | float | Msun | |
| Mass_Star | float | Msun | Total stellar mass within the aperture. | |
| 1 | Subhalo_Aperture_Mass_Star_1 | float | Msun | |
| 3 | Subhalo_Aperture_Mass_Star_3 | float | Msun | |
| 5 | Subhalo_Aperture_Mass_Star_5 | float | Msun | |
| 10 | Subhalo_Aperture_Mass_Star_10 | float | Msun | |
| 20 | Subhalo_Aperture_Mass_Star_20 | float | Msun | |
| 30 | Subhalo_Aperture_Mass_Star_30 | float | Msun | |
| 40 | Subhalo_Aperture_Mass_Star_40 | float | Msun | |
| 50 | Subhalo_Aperture_Mass_Star_50 | float | Msun | |
| 70 | Subhalo_Aperture_Mass_Star_70 | float | Msun | |
| 100 | Subhalo_Aperture_Mass_Star_100 | float | Msun | |
| SFR | float | Msun yr-1 | Star formation rate within the aperture. | |
| 1 | Subhalo_Aperture_SFR_1 | float | Msun yr-1 | |
| 3 | Subhalo_Aperture_SFR_3 | float | Msun yr-1 | |
| 5 | Subhalo_Aperture_SFR_5 | float | Msun yr-1 | |
| 10 | Subhalo_Aperture_SFR_10 | float | Msun yr-1 | |
| 20 | Subhalo_Aperture_SFR_20 | float | Msun yr-1 | |
| 30 | Subhalo_Aperture_SFR_30 | float | Msun yr-1 | |
| 40 | Subhalo_Aperture_SFR_40 | float | Msun yr-1 | |
| 50 | Subhalo_Aperture_SFR_50 | float | Msun yr-1 | |
| 70 | Subhalo_Aperture_SFR_70 | float | Msun yr-1 | |
| 100 | Subhalo_Aperture_SFR_100 | float | Msun yr-1 | |
| VelDisp | float | km s-1 | Stellar velocity dispersion within the aperture, with respect to the centre of mass of the galaxy. | |
| 1 | Subhalo_Aperture_VelDisp_1 | float | km s-1 | |
| 3 | Subhalo_Aperture_VelDisp_3 | float | km s-1 | |
| 5 | Subhalo_Aperture_VelDisp_5 | float | km s-1 | |
| 10 | Subhalo_Aperture_VelDisp_10 | float | km s-1 | |
| 20 | Subhalo_Aperture_VelDisp_20 | float | km s-1 | |
| 30 | Subhalo_Aperture_VelDisp_30 | float | km s-1 | |
| 40 | Subhalo_Aperture_VelDisp_40 | float | km s-1 | |
| 50 | Subhalo_Aperture_VelDisp_50 | float | km s-1 | |
| 70 | Subhalo_Aperture_VelDisp_70 | float | km s-1 | |
| 100 | Subhalo_Aperture_VelDisp_100 | float | km s-1 | |
| DustFit | float | |||
| Mass_Dust | Subhalo_DustFit_Mass_Dust | float | M☉ | Estimated dust mass Mdust. |
| Temp_Dust | Subhalo_DustFit_Temp_Dust | float | K | Estimated representative dust temperature Tdust. |
| DustyFluxes | float | |||
| ALMA_10 | Subhalo_DustyFluxes_ALMA_10 | float | Jy | ALMA_10 band flux |
| ALMA_6 | Subhalo_DustyFluxes_ALMA_6 | float | Jy | ALMA_6 band flux |
| ALMA_7 | Subhalo_DustyFluxes_ALMA_7 | float | Jy | ALMA_7 band flux |
| ALMA_8 | Subhalo_DustyFluxes_ALMA_8 | float | Jy | ALMA_8 band flux |
| ALMA_9 | Subhalo_DustyFluxes_ALMA_9 | float | Jy | ALMA_9 band flux |
| GALEX_FUV | Subhalo_DustyFluxes_GALEX_FUV | float | Jy | GALEX_FUV band flux |
| GALEX_FUV_e | Subhalo_DustyFluxes_GALEX_FUV_e | float | Jy | GALEX_FUV band edge-on flux |
| GALEX_FUV_f | Subhalo_DustyFluxes_GALEX_FUV_f | float | Jy | GALEX_FUV band face-on flux |
| GALEX_NUV | Subhalo_DustyFluxes_GALEX_NUV | float | Jy | GALEX_NUV band flux |
| GALEX_NUV_e | Subhalo_DustyFluxes_GALEX_NUV_e | float | Jy | GALEX_NUV band edge-on flux |
| GALEX_NUV_f | Subhalo_DustyFluxes_GALEX_NUV_f | float | Jy | GALEX_NUV band face-on flux |
| IRAC_I1 | Subhalo_DustyFluxes_IRAC_I1 | float | Jy | IRAC_I1 band flux |
| IRAC_I2 | Subhalo_DustyFluxes_IRAC_I2 | float | Jy | IRAC_I2 band flux |
| IRAC_I3 | Subhalo_DustyFluxes_IRAC_I3 | float | Jy | IRAC_I3 band flux |
| IRAC_I4 | Subhalo_DustyFluxes_IRAC_I4 | float | Jy | IRAC_I4 band flux |
| IRAS_100 | Subhalo_DustyFluxes_IRAS_100 | float | Jy | IRAS_100 band flux |
| IRAS_12 | Subhalo_DustyFluxes_IRAS_12 | float | Jy | IRAS_12 band flux |
| IRAS_25 | Subhalo_DustyFluxes_IRAS_25 | float | Jy | IRAS_25 band flux |
| IRAS_60 | Subhalo_DustyFluxes_IRAS_60 | float | Jy | IRAS_60 band flux |
| Johnson_B | Subhalo_DustyFluxes_Johnson_B | float | Jy | Johnson_B band flux |
| Johnson_B_e | Subhalo_DustyFluxes_Johnson_B_e | float | Jy | Johnson_B band edge-on flux |
| Johnson_B_f | Subhalo_DustyFluxes_Johnson_B_f | float | Jy | Johnson_B band face-on flux |
| Johnson_I | Subhalo_DustyFluxes_Johnson_I | float | Jy | Johnson_I band flux |
| Johnson_I_e | Subhalo_DustyFluxes_Johnson_I_e | float | Jy | Johnson_I band edge-on flux |
| Johnson_I_f | Subhalo_DustyFluxes_Johnson_I_f | float | Jy | Johnson_I band face-on flux |
| Johnson_J | Subhalo_DustyFluxes_Johnson_J | float | Jy | Johnson_J band flux |
| Johnson_J_e | Subhalo_DustyFluxes_Johnson_J_e | float | Jy | Johnson_J band edge-on flux |
| Johnson_J_f | Subhalo_DustyFluxes_Johnson_J_f | float | Jy | Johnson_J band face-on flux |
| Johnson_M | Subhalo_DustyFluxes_Johnson_M | float | Jy | Johnson_M band flux |
| Johnson_R | Subhalo_DustyFluxes_Johnson_R | float | Jy | Johnson_R band flux |
| Johnson_R_e | Subhalo_DustyFluxes_Johnson_R_e | float | Jy | Johnson_R band edge-on flux |
| Johnson_R_f | Subhalo_DustyFluxes_Johnson_R_f | float | Jy | Johnson_R band face-on flux |
| Johnson_U | Subhalo_DustyFluxes_Johnson_U | float | Jy | Johnson_U band flux |
| Johnson_U_e | Subhalo_DustyFluxes_Johnson_U_e | float | Jy | Johnson_U band edge-on flux |
| Johnson_U_f | Subhalo_DustyFluxes_Johnson_U_f | float | Jy | Johnson_U band face-on flux |
| Johnson_V | Subhalo_DustyFluxes_Johnson_V | float | Jy | Johnson_V band flux |
| Johnson_V_e | Subhalo_DustyFluxes_Johnson_V_e | float | Jy | Johnson_V band edge-on flux |
| Johnson_V_f | Subhalo_DustyFluxes_Johnson_V_f | float | Jy | Johnson_V band face-on flux |
| MIPS_160 | Subhalo_DustyFluxes_MIPS_160 | float | Jy | MIPS_160 band flux |
| MIPS_24 | Subhalo_DustyFluxes_MIPS_24 | float | Jy | MIPS_24 band flux |
| MIPS_70 | Subhalo_DustyFluxes_MIPS_70 | float | Jy | MIPS_70 band flux |
| PACS_100 | Subhalo_DustyFluxes_PACS_100 | float | Jy | PACS_100 band flux |
| PACS_160 | Subhalo_DustyFluxes_PACS_160 | float | Jy | PACS_160 band flux |
| PACS_70 | Subhalo_DustyFluxes_PACS_70 | float | Jy | PACS_70 band flux |
| SCUBA2_450 | Subhalo_DustyFluxes_SCUBA2_450 | float | Jy | SCUBA2_450 band flux |
| SCUBA2_850 | Subhalo_DustyFluxes_SCUBA2_850 | float | Jy | SCUBA2_850 band flux |
| SDSS_g | Subhalo_DustyFluxes_SDSS_g | float | Jy | SDSS_g band flux |
| SDSS_g_e | Subhalo_DustyFluxes_SDSS_g_e | float | Jy | SDSS_g band edge-on flux |
| SDSS_g_f | Subhalo_DustyFluxes_SDSS_g_f | float | Jy | SDSS_g band face-on flux |
| SDSS_i | Subhalo_DustyFluxes_SDSS_i | float | Jy | SDSS_i band flux |
| SDSS_i_e | Subhalo_DustyFluxes_SDSS_i_e | float | Jy | SDSS_i band edge-on flux |
| SDSS_i_f | Subhalo_DustyFluxes_SDSS_i_f | float | Jy | SDSS_i band face-on flux |
| SDSS_r | Subhalo_DustyFluxes_SDSS_r | float | Jy | SDSS_r band flux |
| SDSS_r_e | Subhalo_DustyFluxes_SDSS_r_e | float | Jy | SDSS_r band edge-on flux |
| SDSS_r_f | Subhalo_DustyFluxes_SDSS_r_f | float | Jy | SDSS_r band face-on flux |
| SDSS_u | Subhalo_DustyFluxes_SDSS_u | float | Jy | SDSS_u band flux |
| SDSS_u_e | Subhalo_DustyFluxes_SDSS_u_e | float | Jy | SDSS_u band edge-on flux |
| SDSS_u_f | Subhalo_DustyFluxes_SDSS_u_f | float | Jy | SDSS_u band face-on flux |
| SDSS_z | Subhalo_DustyFluxes_SDSS_z | float | Jy | SDSS_z band flux |
| SDSS_z_e | Subhalo_DustyFluxes_SDSS_z_e | float | Jy | SDSS_z band edge-on flux |
| SDSS_z_f | Subhalo_DustyFluxes_SDSS_z_f | float | Jy | SDSS_z band face-on flux |
| SPIRE_250 | Subhalo_DustyFluxes_SPIRE_250 | float | Jy | SPIRE_250 band flux |
| SPIRE_350 | Subhalo_DustyFluxes_SPIRE_350 | float | Jy | SPIRE_350 band flux |
| SPIRE_500 | Subhalo_DustyFluxes_SPIRE_500 | float | Jy | SPIRE_500 band flux |
| TwoMASS_H | Subhalo_DustyFluxes_TwoMASS_H | float | Jy | TwoMASS_H band flux |
| TwoMASS_H_e | Subhalo_DustyFluxes_TwoMASS_H_e | float | Jy | TwoMASS_H band edge-on flux |
| TwoMASS_H_f | Subhalo_DustyFluxes_TwoMASS_H_f | float | Jy | TwoMASS_H band face-on flux |
| TwoMASS_J | Subhalo_DustyFluxes_TwoMASS_J | float | Jy | TwoMASS_J band flux |
| TwoMASS_J_e | Subhalo_DustyFluxes_TwoMASS_J_e | float | Jy | TwoMASS_J band edge-on flux |
| TwoMASS_J_f | Subhalo_DustyFluxes_TwoMASS_J_f | float | Jy | TwoMASS_J band face-on flux |
| TwoMASS_Ks | Subhalo_DustyFluxes_TwoMASS_Ks | float | Jy | TwoMASS_Ks band flux |
| TwoMASS_Ks_e | Subhalo_DustyFluxes_TwoMASS_Ks_e | float | Jy | TwoMASS_Ks band edge-on flux |
| TwoMASS_Ks_f | Subhalo_DustyFluxes_TwoMASS_Ks_f | float | Jy | TwoMASS_Ks band face-on flux |
| UKIDSS_H | Subhalo_DustyFluxes_UKIDSS_H | float | Jy | UKIDSS_H band flux |
| UKIDSS_H_e | Subhalo_DustyFluxes_UKIDSS_H_e | float | Jy | UKIDSS_H band edge-on flux |
| UKIDSS_H_f | Subhalo_DustyFluxes_UKIDSS_H_f | float | Jy | UKIDSS_H band face-on flux |
| UKIDSS_J | Subhalo_DustyFluxes_UKIDSS_J | float | Jy | UKIDSS_J band flux |
| UKIDSS_J_e | Subhalo_DustyFluxes_UKIDSS_J_e | float | Jy | UKIDSS_J band edge-on flux |
| UKIDSS_J_f | Subhalo_DustyFluxes_UKIDSS_J_f | float | Jy | UKIDSS_J band face-on flux |
| UKIDSS_K | Subhalo_DustyFluxes_UKIDSS_K | float | Jy | UKIDSS_K band flux |
| UKIDSS_K_e | Subhalo_DustyFluxes_UKIDSS_K_e | float | Jy | UKIDSS_K band edge-on flux |
| UKIDSS_K_f | Subhalo_DustyFluxes_UKIDSS_K_f | float | Jy | UKIDSS_K band face-on flux |
| UKIDSS_Y | Subhalo_DustyFluxes_UKIDSS_Y | float | Jy | UKIDSS_Y band flux |
| UKIDSS_Y_e | Subhalo_DustyFluxes_UKIDSS_Y_e | float | Jy | UKIDSS_Y band edge-on flux |
| UKIDSS_Y_f | Subhalo_DustyFluxes_UKIDSS_Y_f | float | Jy | UKIDSS_Y band face-on flux |
| UKIDSS_Z | Subhalo_DustyFluxes_UKIDSS_Z | float | Jy | UKIDSS_Z band flux |
| UKIDSS_Z_e | Subhalo_DustyFluxes_UKIDSS_Z_e | float | Jy | UKIDSS_Z band edge-on flux |
| UKIDSS_Z_f | Subhalo_DustyFluxes_UKIDSS_Z_f | float | Jy | UKIDSS_Z band face-on flux |
| WISE_W1 | Subhalo_DustyFluxes_WISE_W1 | float | Jy | WISE_W1 band flux |
| WISE_W2 | Subhalo_DustyFluxes_WISE_W2 | float | Jy | WISE_W2 band flux |
| WISE_W3 | Subhalo_DustyFluxes_WISE_W3 | float | Jy | WISE_W3 band flux |
| WISE_W4 | Subhalo_DustyFluxes_WISE_W4 | float | Jy | WISE_W4 band flux |
| DustyMagnitudes | float | |||
| ALMA_10 | Subhalo_DustyMagnitudes_ALMA_10 | float | Jy | ALMA_10 band absolute rest frame AB magnitude |
| ALMA_6 | Subhalo_DustyMagnitudes_ALMA_6 | float | Jy | ALMA_6 band absolute rest frame AB magnitude |
| ALMA_7 | Subhalo_DustyMagnitudes_ALMA_7 | float | Jy | ALMA_7 band absolute rest frame AB magnitude |
| ALMA_8 | Subhalo_DustyMagnitudes_ALMA_8 | float | Jy | ALMA_8 band absolute rest frame AB magnitude |
| ALMA_9 | Subhalo_DustyMagnitudes_ALMA_9 | float | Jy | ALMA_9 band absolute rest frame AB magnitude |
| GALEX_FUV | Subhalo_DustyMagnitudes_GALEX_FUV | float | Jy | GALEX_FUV band absolute rest frame AB magnitude |
| GALEX_FUV_e | Subhalo_DustyMagnitudes_GALEX_FUV_e | float | Jy | GALEX_FUV band edge-on absolute rest frame AB magnitude |
| GALEX_FUV_f | Subhalo_DustyMagnitudes_GALEX_FUV_f | float | Jy | GALEX_FUV band face-on absolute rest frame AB magnitude |
| GALEX_NUV | Subhalo_DustyMagnitudes_GALEX_NUV | float | Jy | GALEX_NUV band absolute rest frame AB magnitude |
| GALEX_NUV_e | Subhalo_DustyMagnitudes_GALEX_NUV_e | float | Jy | GALEX_NUV band edge-on absolute rest frame AB magnitude |
| GALEX_NUV_f | Subhalo_DustyMagnitudes_GALEX_NUV_f | float | Jy | GALEX_NUV band face-on absolute rest frame AB magnitude |
| IRAC_I1 | Subhalo_DustyMagnitudes_IRAC_I1 | float | Jy | IRAC_I1 band absolute rest frame AB magnitude |
| IRAC_I2 | Subhalo_DustyMagnitudes_IRAC_I2 | float | Jy | IRAC_I2 band absolute rest frame AB magnitude |
| IRAC_I3 | Subhalo_DustyMagnitudes_IRAC_I3 | float | Jy | IRAC_I3 band absolute rest frame AB magnitude |
| IRAC_I4 | Subhalo_DustyMagnitudes_IRAC_I4 | float | Jy | IRAC_I4 band absolute rest frame AB magnitude |
| IRAS_100 | Subhalo_DustyMagnitudes_IRAS_100 | float | Jy | IRAS_100 band absolute rest frame AB magnitude |
| IRAS_12 | Subhalo_DustyMagnitudes_IRAS_12 | float | Jy | IRAS_12 band absolute rest frame AB magnitude |
| IRAS_25 | Subhalo_DustyMagnitudes_IRAS_25 | float | Jy | IRAS_25 band absolute rest frame AB magnitude |
| IRAS_60 | Subhalo_DustyMagnitudes_IRAS_60 | float | Jy | IRAS_60 band absolute rest frame AB magnitude |
| Johnson_B | Subhalo_DustyMagnitudes_Johnson_B | float | Jy | Johnson_B band absolute rest frame AB magnitude |
| Johnson_B_e | Subhalo_DustyMagnitudes_Johnson_B_e | float | Jy | Johnson_B band edge-on absolute rest frame AB magnitude |
| Johnson_B_f | Subhalo_DustyMagnitudes_Johnson_B_f | float | Jy | Johnson_B band face-on absolute rest frame AB magnitude |
| Johnson_I | Subhalo_DustyMagnitudes_Johnson_I | float | Jy | Johnson_I band absolute rest frame AB magnitude |
| Johnson_I_e | Subhalo_DustyMagnitudes_Johnson_I_e | float | Jy | Johnson_I band edge-on absolute rest frame AB magnitude |
| Johnson_I_f | Subhalo_DustyMagnitudes_Johnson_I_f | float | Jy | Johnson_I band face-on absolute rest frame AB magnitude |
| Johnson_J | Subhalo_DustyMagnitudes_Johnson_J | float | Jy | Johnson_J band absolute rest frame AB magnitude |
| Johnson_J_e | Subhalo_DustyMagnitudes_Johnson_J_e | float | Jy | Johnson_J band edge-on absolute rest frame AB magnitude |
| Johnson_J_f | Subhalo_DustyMagnitudes_Johnson_J_f | float | Jy | Johnson_J band face-on absolute rest frame AB magnitude |
| Johnson_M | Subhalo_DustyMagnitudes_Johnson_M | float | Jy | Johnson_M band absolute rest frame AB magnitude |
| Johnson_R | Subhalo_DustyMagnitudes_Johnson_R | float | Jy | Johnson_R band absolute rest frame AB magnitude |
| Johnson_R_e | Subhalo_DustyMagnitudes_Johnson_R_e | float | Jy | Johnson_R band edge-on absolute rest frame AB magnitude |
| Johnson_R_f | Subhalo_DustyMagnitudes_Johnson_R_f | float | Jy | Johnson_R band face-on absolute rest frame AB magnitude |
| Johnson_U | Subhalo_DustyMagnitudes_Johnson_U | float | Jy | Johnson_U band absolute rest frame AB magnitude |
| Johnson_U_e | Subhalo_DustyMagnitudes_Johnson_U_e | float | Jy | Johnson_U band edge-on absolute rest frame AB magnitude |
| Johnson_U_f | Subhalo_DustyMagnitudes_Johnson_U_f | float | Jy | Johnson_U band face-on absolute rest frame AB magnitude |
| Johnson_V | Subhalo_DustyMagnitudes_Johnson_V | float | Jy | Johnson_V band absolute rest frame AB magnitude |
| Johnson_V_e | Subhalo_DustyMagnitudes_Johnson_V_e | float | Jy | Johnson_V band edge-on absolute rest frame AB magnitude |
| Johnson_V_f | Subhalo_DustyMagnitudes_Johnson_V_f | float | Jy | Johnson_V band face-on absolute rest frame AB magnitude |
| MIPS_160 | Subhalo_DustyMagnitudes_MIPS_160 | float | Jy | MIPS_160 band absolute rest frame AB magnitude |
| MIPS_24 | Subhalo_DustyMagnitudes_MIPS_24 | float | Jy | MIPS_24 band absolute rest frame AB magnitude |
| MIPS_70 | Subhalo_DustyMagnitudes_MIPS_70 | float | Jy | MIPS_70 band absolute rest frame AB magnitude |
| PACS_100 | Subhalo_DustyMagnitudes_PACS_100 | float | Jy | PACS_100 band absolute rest frame AB magnitude |
| PACS_160 | Subhalo_DustyMagnitudes_PACS_160 | float | Jy | PACS_160 band absolute rest frame AB magnitude |
| PACS_70 | Subhalo_DustyMagnitudes_PACS_70 | float | Jy | PACS_70 band absolute rest frame AB magnitude |
| SCUBA2_450 | Subhalo_DustyMagnitudes_SCUBA2_450 | float | Jy | SCUBA2_450 band absolute rest frame AB magnitude |
| SCUBA2_850 | Subhalo_DustyMagnitudes_SCUBA2_850 | float | Jy | SCUBA2_850 band absolute rest frame AB magnitude |
| SDSS_g | Subhalo_DustyMagnitudes_SDSS_g | float | Jy | SDSS_g band absolute rest frame AB magnitude |
| SDSS_g_e | Subhalo_DustyMagnitudes_SDSS_g_e | float | Jy | SDSS_g band edge-on absolute rest frame AB magnitude |
| SDSS_g_f | Subhalo_DustyMagnitudes_SDSS_g_f | float | Jy | SDSS_g band face-on absolute rest frame AB magnitude |
| SDSS_i | Subhalo_DustyMagnitudes_SDSS_i | float | Jy | SDSS_i band absolute rest frame AB magnitude |
| SDSS_i_e | Subhalo_DustyMagnitudes_SDSS_i_e | float | Jy | SDSS_i band edge-on absolute rest frame AB magnitude |
| SDSS_i_f | Subhalo_DustyMagnitudes_SDSS_i_f | float | Jy | SDSS_i band face-on absolute rest frame AB magnitude |
| SDSS_r | Subhalo_DustyMagnitudes_SDSS_r | float | Jy | SDSS_r band absolute rest frame AB magnitude |
| SDSS_r_e | Subhalo_DustyMagnitudes_SDSS_r_e | float | Jy | SDSS_r band edge-on absolute rest frame AB magnitude |
| SDSS_r_f | Subhalo_DustyMagnitudes_SDSS_r_f | float | Jy | SDSS_r band face-on absolute rest frame AB magnitude |
| SDSS_u | Subhalo_DustyMagnitudes_SDSS_u | float | Jy | SDSS_u band absolute rest frame AB magnitude |
| SDSS_u_e | Subhalo_DustyMagnitudes_SDSS_u_e | float | Jy | SDSS_u band edge-on absolute rest frame AB magnitude |
| SDSS_u_f | Subhalo_DustyMagnitudes_SDSS_u_f | float | Jy | SDSS_u band face-on absolute rest frame AB magnitude |
| SDSS_z | Subhalo_DustyMagnitudes_SDSS_z | float | Jy | SDSS_z band absolute rest frame AB magnitude |
| SDSS_z_e | Subhalo_DustyMagnitudes_SDSS_z_e | float | Jy | SDSS_z band edge-on absolute rest frame AB magnitude |
| SDSS_z_f | Subhalo_DustyMagnitudes_SDSS_z_f | float | Jy | SDSS_z band face-on absolute rest frame AB magnitude |
| SPIRE_250 | Subhalo_DustyMagnitudes_SPIRE_250 | float | Jy | SPIRE_250 band absolute rest frame AB magnitude |
| SPIRE_350 | Subhalo_DustyMagnitudes_SPIRE_350 | float | Jy | SPIRE_350 band absolute rest frame AB magnitude |
| SPIRE_500 | Subhalo_DustyMagnitudes_SPIRE_500 | float | Jy | SPIRE_500 band absolute rest frame AB magnitude |
| TwoMASS_H | Subhalo_DustyMagnitudes_TwoMASS_H | float | Jy | TwoMASS_H band absolute rest frame AB magnitude |
| TwoMASS_H_e | Subhalo_DustyMagnitudes_TwoMASS_H_e | float | Jy | TwoMASS_H band edge-on absolute rest frame AB magnitude |
| TwoMASS_H_f | Subhalo_DustyMagnitudes_TwoMASS_H_f | float | Jy | TwoMASS_H band face-on absolute rest frame AB magnitude |
| TwoMASS_J | Subhalo_DustyMagnitudes_TwoMASS_J | float | Jy | TwoMASS_J band absolute rest frame AB magnitude |
| TwoMASS_J_e | Subhalo_DustyMagnitudes_TwoMASS_J_e | float | Jy | TwoMASS_J band edge-on absolute rest frame AB magnitude |
| TwoMASS_J_f | Subhalo_DustyMagnitudes_TwoMASS_J_f | float | Jy | TwoMASS_J band face-on absolute rest frame AB magnitude |
| TwoMASS_Ks | Subhalo_DustyMagnitudes_TwoMASS_Ks | float | Jy | TwoMASS_Ks band absolute rest frame AB magnitude |
| TwoMASS_Ks_e | Subhalo_DustyMagnitudes_TwoMASS_Ks_e | float | Jy | TwoMASS_Ks band edge-on absolute rest frame AB magnitude |
| TwoMASS_Ks_f | Subhalo_DustyMagnitudes_TwoMASS_Ks_f | float | Jy | TwoMASS_Ks band face-on absolute rest frame AB magnitude |
| UKIDSS_H | Subhalo_DustyMagnitudes_UKIDSS_H | float | Jy | UKIDSS_H band absolute rest frame AB magnitude |
| UKIDSS_H_e | Subhalo_DustyMagnitudes_UKIDSS_H_e | float | Jy | UKIDSS_H band edge-on absolute rest frame AB magnitude |
| UKIDSS_H_f | Subhalo_DustyMagnitudes_UKIDSS_H_f | float | Jy | UKIDSS_H band face-on absolute rest frame AB magnitude |
| UKIDSS_J | Subhalo_DustyMagnitudes_UKIDSS_J | float | Jy | UKIDSS_J band absolute rest frame AB magnitude |
| UKIDSS_J_e | Subhalo_DustyMagnitudes_UKIDSS_J_e | float | Jy | UKIDSS_J band edge-on absolute rest frame AB magnitude |
| UKIDSS_J_f | Subhalo_DustyMagnitudes_UKIDSS_J_f | float | Jy | UKIDSS_J band face-on absolute rest frame AB magnitude |
| UKIDSS_K | Subhalo_DustyMagnitudes_UKIDSS_K | float | Jy | UKIDSS_K band absolute rest frame AB magnitude |
| UKIDSS_K_e | Subhalo_DustyMagnitudes_UKIDSS_K_e | float | Jy | UKIDSS_K band edge-on absolute rest frame AB magnitude |
| UKIDSS_K_f | Subhalo_DustyMagnitudes_UKIDSS_K_f | float | Jy | UKIDSS_K band face-on absolute rest frame AB magnitude |
| UKIDSS_Y | Subhalo_DustyMagnitudes_UKIDSS_Y | float | Jy | UKIDSS_Y band absolute rest frame AB magnitude |
| UKIDSS_Y_e | Subhalo_DustyMagnitudes_UKIDSS_Y_e | float | Jy | UKIDSS_Y band edge-on absolute rest frame AB magnitude |
| UKIDSS_Y_f | Subhalo_DustyMagnitudes_UKIDSS_Y_f | float | Jy | UKIDSS_Y band face-on absolute rest frame AB magnitude |
| UKIDSS_Z | Subhalo_DustyMagnitudes_UKIDSS_Z | float | Jy | UKIDSS_Z band absolute rest frame AB magnitude |
| UKIDSS_Z_e | Subhalo_DustyMagnitudes_UKIDSS_Z_e | float | Jy | UKIDSS_Z band edge-on absolute rest frame AB magnitude |
| UKIDSS_Z_f | Subhalo_DustyMagnitudes_UKIDSS_Z_f | float | Jy | UKIDSS_Z band face-on absolute rest frame AB magnitude |
| WISE_W1 | Subhalo_DustyMagnitudes_WISE_W1 | float | Jy | WISE_W1 band absolute rest frame AB magnitude |
| WISE_W2 | Subhalo_DustyMagnitudes_WISE_W2 | float | Jy | WISE_W2 band absolute rest frame AB magnitude |
| WISE_W3 | Subhalo_DustyMagnitudes_WISE_W3 | float | Jy | WISE_W3 band absolute rest frame AB magnitude |
| WISE_W4 | Subhalo_DustyMagnitudes_WISE_W4 | float | Jy | WISE_W4 band absolute rest frame AB magnitude |
| Magnitudes | float | |||
| H_nodust | Subhalo_Magnitudes_H_nodust | float | mag | Rest-frame absolute magnitude (AB) in the H band without dust attenuation. |
| J_nodust | Subhalo_Magnitudes_J_nodust | float | mag | Rest-frame absolute magnitude (AB) in the J band without dust attenuation. |
| K_nodust | Subhalo_Magnitudes_K_nodust | float | mag | Rest-frame absolute magnitude (AB) in the K band without dust attenuation. |
| Y_nodust | Subhalo_Magnitudes_Y_nodust | float | mag | Rest-frame absolute magnitude (AB) in the Y band without dust attenuation. |
| g_nodust | Subhalo_Magnitudes_g_nodust | float | mag | Rest-frame absolute magnitude (AB) in the g band without dust attenuation. |
| i_nodust | Subhalo_Magnitudes_i_nodust | float | mag | Rest-frame absolute magnitude (AB) in the i band without dust attenuation. |
| r_nodust | Subhalo_Magnitudes_r_nodust | float | mag | Rest-frame absolute magnitude (AB) in the r band without dust attenuation. |
| u_nodust | Subhalo_Magnitudes_u_nodust | float | mag | Rest-frame absolute magnitude (AB) in the u band without dust attenuation. |
| z_nodust | Subhalo_Magnitudes_z_nodust | float | mag | Rest-frame absolute magnitude (AB) in the z band without dust attenuation. |
| MorphoKinem | float | |||
| DMEllipticity | Subhalo_MorphoKinem_DMEllipticity | float | Dark matter ellipticity from the iterative reduced inertia tensor. | |
| DiscToTotal | Subhalo_MorphoKinem_DiscToTotal | float | Stellar disc-to-total ratio from counter-rotation. | |
| DispAnisotropy | Subhalo_MorphoKinem_DispAnisotropy | float | Stellar velocity dispersion anisotropy. | |
| Ellipticity | Subhalo_MorphoKinem_Ellipticity | float | Stellar ellipticity from the iterative reduced inertia tensor. | |
| KappaCoRot | Subhalo_MorphoKinem_KappaCoRot | float | Stellar counter-rotating kinetic energy fraction. | |
| MedOrbitCircu | Subhalo_MorphoKinem_MedOrbitCircu | float | Stellar median orbital circularity. | |
| RotToDispRatio | Subhalo_MorphoKinem_RotToDispRatio | float | Stellar velocity rotation-to-dispersion ratio. | |
| Triaxiality | Subhalo_MorphoKinem_Triaxiality | float | Stellar triaxiality from the iterative reduced inertia tensor. | |
| ParticleCounts | float | |||
| Count_Dust | Subhalo_ParticleCounts_Count_Dust | integer | Number of (sub-)particles Ndust representing the galaxy's body of dust | |
| Count_Star | Subhalo_ParticleCounts_Count_Star | integer | Number of (sub-)particles Nstar representing the galaxy's stellar sources | |
| Sizes | float | |||
| R_halfmass100 | Subhalo_Sizes_R_halfmass100 | float | pkpc | Half mass radius computed for mass within a spherical 100 pkpc aperture. |
| R_halfmass100_projected | Subhalo_Sizes_R_halfmass100_projected | float | pkpc | Projected half mass radius computed for mass within a 100 pkpc aperture (averaged over three orthogonal projections). |
| R_halfmass30 | Subhalo_Sizes_R_halfmass30 | float | pkpc | Half mass radius computed for mass within a spherical 30 pkpc aperture. |
| R_halfmass30_projected | Subhalo_Sizes_R_halfmass30_projected | float | pkpc | Projected half mass radius computed for mass within a 30 pkpc aperture (averaged over three orthogonal projections). |
The EAGLE simulations of galaxy formation combined FoF Halo and Subfind Subhalo (Galaxies) catalogs. Extensive details about these simulations and the data available here are available at eagle.strw.leidenuniv.nl.
| simulation | snapshot Snapshot number containing that halo. | Redshift Redshift at which these properties are computed. | type | GroupID Unique identifier of this FoF group. This connects with the associated GroupID from the SubHalo table allowing a link between a galaxy’s SubHalo table and FOF table properties. | FoF FoF halos | Subhalo | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
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| CenterOfPotential ckpc/h Co-moving position of the minumum of the gravitational potential of the halo. |
GroupMass
10^10 Msun/h Total Friends-of-Friends mass of this halo. |
Group_M 10^10 Msun/h Total mass within radius ... | Group_R ckpc/h Physical radius within which density is ... | NumOfSubhalos Number of subhaloes (galaxies) identified as belonging to this halo. | RandomNumber Random number uniform in the range [0, 1). | CentreOfMass ckpc/h Co-moving position of the centre of mass. | CentreOfPotential ckpc/h Co-moving position of the minimum of the gravitational potential defined by the position of the most bound particle. | DescendantID GalaxyID of the descendant of this galaxy. | FileNum Index of the subfind output file this group is in | GalaxyID Unique identifier of each galaxy. This index is used to connect the SubHalo table to the Aperture, Magnitudes and Sizes tables. | GroupID Unique identifier of the FoF halo containing this galaxy. This index is used to connect the SubHalo to the parent FoF group | GroupNumber Integer number to identify FoF halo. Note that this number is only unique to a given snapshot and should not be used to identify the same halo across multiple outputs. |
HalfMassProjRad_DM
pkpc Projected physical radius enclosing half of the dark matter mass (averaged over three orthogonal projections). |
HalfMassRad_DM
ckpc/h Physical radius enclosing half of the dark matter mass. |
Image_ID Index of the image of this object |
KineticEnergy
Msun (km/s)2 Total kinetic energy calculated. |
LastProgID GalaxyID of the last progenitor of this galaxy. Used for merger tree traversal. |
Mass
10^10 Msun/h Total current mass of all particles. |
MassType_DM
10^10 Msun/h Total dark matter mass. |
MechanicalEnergy
Msun (km/s)2 Total mechanical energy calculated. |
PosInFile Index of this subfind group in the output file | RandomNumber Random number uniform in the range [0, 1). | SubGroupNumber Integer number of this galaxy within its FoF halo. Note that this number is only unique to a given snapshot and should not be used to identify the same galaxy across multiple outputs. The condition “SubGroupNumber = 0” can be used to select central galaxies only. | TopLeafID GalaxyID of the last progenitor in the main progenitor branch. Used for merger tree traversal. |
TotalEnergy
Msun (km/s)2 Total energy of the galaxy. |
Velocity km/s Peculiar velocity. |
Vmax
km/s Maximum of the circular velocity rotation curve. |
VmaxRadius
ckpc/h Physical distance relative to the CentreOfPotential at which the circular velocity equals Vmax. |
nodeIndex DHalo merger tree identifier for this object |
BlackHoleMass
10^10 Msun/h Total black hole (subgrid) mass. As black holes are seeded in a subgrid fashion they contain both a subgrid and a particle mass, full details of this process can be found in Schaye et al. 2015. |
BlackHoleMassAccretionRate
10^10 Msun/h/(0.978Gyr/h) Total instantanious accretion rate of all black holes. |
GasSpin pkpc km s-1 Total angular momentum per unit mass of all gas relative to the CentreOfMass. | HalfMassProjRad pkpc Projected physical radius enclosing half of the ... (averaged over three orthogonal projections) | HalfMassRad ckpc/h Physical radius enclosing half of the ... |
InitialMassWeightedBirthZ
z Mean redshift of formation of stars, weighted by birth mass. |
InitialMassWeightedStellarAge
Gyr Mean age of stars, weighted by birth mass. |
MassType 10^10 Msun/h Total mass of type... | NSF | SF | Spurious Value is 1 if the galaxy is an artefact of the subfind algorithm and 0 if the galaxy is a genuine object. |
StarFormationRate
Msun/yr Total star formation rate. This is the mass of stars formed per unit time before any mass loss due to winds and supernovae. |
Stars |
StellarInitialMass
Msun Sum of birth masses of all stars. |
StellarVelDisp
km s-1 Average one dimensional velocity dispersion of stars. |
ThermalEnergy
Msun (km/s)2 Total thermal energy of the gas particles. |
Aperture Measurements with a certain radius of the aperture from the center of potential, available aperture sizes are: 1, 3, 5, 10, 20, 30, 40, 50, 70 and 100 pkpc. | DustFit | DustyFluxes | DustyMagnitudes | Magnitudes | MorphoKinem | ParticleCounts | Sizes | ||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||
|
x
ckpc/h x component |
y
ckpc/h y component |
z
ckpc/h z component |
Crit200
10^10 Msun/h Total mass within radius Group_R_Crit200. |
Crit2500
10^10 Msun/h Total mass within radius Group_R_Crit2500. |
Crit500
10^10 Msun/h Total mass within radius Group_R_Crit500. |
Mean200
10^10 Msun/h Total mass within radius Group_R_Mean200. |
Mean2500
10^10 Msun/h Total mass within radius Group_R_Mean2500. |
Mean500
10^10 Msun/h Total mass within radius Group_R_Mean500. |
TopHat200
10^10 Msun/h Total mass within radius Group_R_Tophat200. |
Crit200
ckpc/h Physical radius within which density is 200 times the critical density of the Universe. |
Crit2500
ckpc/h Physical radius within which density is 2500 times the critical density of the Universe. |
Crit500
ckpc/h Physical radius within which density is 500 times the critical density of the Universe. |
Mean200
ckpc/h Physical radius within which density is 200 times the mean density of the Universe. |
Mean2500
ckpc/h Physical radius within which density is 2500 times the mean density of the Universe. |
Mean500
ckpc/h Physical radius within which density is 500 times the mean density of the Universe. |
TopHat200
ckpc/h Physical radius within which density is 18π2+82(Ωm(z)-1)-39(Ωm(z)-1)2 |
x
ckpc/h x component |
y
ckpc/h y component |
z
ckpc/h z component |
x
ckpc/h x component |
y
ckpc/h y component |
z
ckpc/h z component |
x
km/s x component |
y
km/s y component |
z
km/s z component |
x
pkpc km s-1 x component |
y
pkpc km s-1 y component |
z
pkpc km s-1 z component |
BH
pkpc Projected physical radius enclosing half of the black hole mass (averaged over three orthogonal projections). This is constructed from the particle masses and not from the subgrid masses. |
Gas
pkpc Projected physical radius enclosing half of the gas mass (averaged over three orthogonal projections). |
Star
pkpc Projected physical radius enclosing half of the stellar mass (averaged over three orthogonal projections). |
BH
ckpc/h Physical radius enclosing half of the black hole mass. This is constructed from the particle masses and not from the subgrid masses. |
Gas
ckpc/h Physical radius enclosing half of the gas mass. |
Star
ckpc/h Physical radius enclosing half of the stellar mass. |
BH
10^10 Msun/h Total black hole mass. Note that this is the sum of the particle masses, not of the subgrid black hole masses. |
Gas
10^10 Msun/h Total gas mass. |
Star
10^10 Msun/h Total stellar mass. |
Carbon | Helium | Hydrogen | Iron Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | IronFromSNIa Fraction of the total mass in Iron coming from SNIa ejecta. |
KineticEnergy
Msun (km/s)2 Total kinetic energy. |
Magnesium |
Mass
Msun Total mass. |
MassFromAGB
Msun Total mass from AGB ejecta. |
MassFromSNII
Msun Total mass from massive star and type II SN ejecta. |
MassFromSNIa
Msun Total mass from type Ia SN ejecta. |
MassWeightedEntropy Mass weighted pseudo entropy. |
MassWeightedTemperature
K Mass weighted temperature. |
Metallicity Metal mass fraction. |
MetalsFromAGB
Msun Total metal mass originating from AGB ejecta. |
MetalsFromSNII
Msun Total metal mass originating from massive stars and SN Type II ejecta. |
MetalsFromSNIa
Msun Total metal mass originating from SN Type I ejecta. |
Neon | Nitrogen | Oxygen | Silicon | Spin pkpc km s-1 Total angular momentum per unit mass relative to the CentreOfMass. |
ThermalEnergy
Msun (km/s)2 Total thermal energy. This does not exist for Stars. |
TotalEnergy
Msun (km/s)2 Total energy. |
Carbon | Helium | Hydrogen | Iron Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | IronFromSNIa Fraction of the total mass in Iron coming from SNIa ejecta. |
KineticEnergy
Msun (km/s)2 Total kinetic energy. |
Magnesium |
Mass
Msun Total mass. |
MassFromAGB
Msun Total mass from AGB ejecta. |
MassFromSNII
Msun Total mass from massive star and type II SN ejecta. |
MassFromSNIa
Msun Total mass from type Ia SN ejecta. |
MassWeightedEntropy Mass weighted pseudo entropy. |
MassWeightedTemperature
K Mass weighted temperature. |
Metallicity Metal mass fraction. |
MetalsFromAGB
Msun Total metal mass originating from AGB ejecta. |
MetalsFromSNII
Msun Total metal mass originating from massive stars and SN Type II ejecta. |
MetalsFromSNIa
Msun Total metal mass originating from SN Type I ejecta. |
Neon | Nitrogen | Oxygen | Silicon | Spin pkpc km s-1 Total angular momentum per unit mass relative to the CentreOfMass. |
ThermalEnergy
Msun (km/s)2 Total thermal energy. This does not exist for Stars. |
TotalEnergy
Msun (km/s)2 Total energy. |
Carbon | Helium | Hydrogen | Iron Mass fraction of this element. Note that these are absolute metallicites and do not depend on a solar calibration Z_sun. | IronFromSNIa Fraction of the total mass in Iron coming from SNIa ejecta. |
KineticEnergy
Msun (km/s)2 Total kinetic energy. |
Magnesium |
Mass
10^10 Msun/h Total mass. |
MassFromAGB
Msun Total mass from AGB ejecta. |
MassFromSNII
Msun Total mass from massive star and type II SN ejecta. |
MassFromSNIa
Msun Total mass from type Ia SN ejecta. |
Metallicity Metal mass fraction. |
MetalsFromAGB
Msun Total metal mass originating from AGB ejecta. |
MetalsFromSNII
Msun Total metal mass originating from massive stars and SN Type II ejecta. |
MetalsFromSNIa
Msun Total metal mass originating from SN Type I ejecta. |
Neon | Nitrogen | Oxygen | Silicon | Spin pkpc km s-1 Total angular momentum per unit mass relative to the CentreOfMass. |
TotalEnergy
Msun (km/s)2 Total energy. |
Mass_BH Msun Total (particle) mass of all black holes within the aperture. | Mass_DM Msun Total dark matter mass within the aperture. | Mass_Gas Msun Total gas mass within the aperture. | Mass_Star Msun Total stellar mass within the aperture. | SFR Msun yr-1 Star formation rate within the aperture. | VelDisp km s-1 Stellar velocity dispersion within the aperture, with respect to the centre of mass of the galaxy. |
Mass_Dust
M☉ Estimated dust mass Mdust. |
Temp_Dust
K Estimated representative dust temperature Tdust. |
ALMA_10
Jy ALMA_10 band flux |
ALMA_6
Jy ALMA_6 band flux |
ALMA_7
Jy ALMA_7 band flux |
ALMA_8
Jy ALMA_8 band flux |
ALMA_9
Jy ALMA_9 band flux |
GALEX_FUV
Jy GALEX_FUV band flux |
GALEX_FUV_e
Jy GALEX_FUV band edge-on flux |
GALEX_FUV_f
Jy GALEX_FUV band face-on flux |
GALEX_NUV
Jy GALEX_NUV band flux |
GALEX_NUV_e
Jy GALEX_NUV band edge-on flux |
GALEX_NUV_f
Jy GALEX_NUV band face-on flux |
IRAC_I1
Jy IRAC_I1 band flux |
IRAC_I2
Jy IRAC_I2 band flux |
IRAC_I3
Jy IRAC_I3 band flux |
IRAC_I4
Jy IRAC_I4 band flux |
IRAS_100
Jy IRAS_100 band flux |
IRAS_12
Jy IRAS_12 band flux |
IRAS_25
Jy IRAS_25 band flux |
IRAS_60
Jy IRAS_60 band flux |
Johnson_B
Jy Johnson_B band flux |
Johnson_B_e
Jy Johnson_B band edge-on flux |
Johnson_B_f
Jy Johnson_B band face-on flux |
Johnson_I
Jy Johnson_I band flux |
Johnson_I_e
Jy Johnson_I band edge-on flux |
Johnson_I_f
Jy Johnson_I band face-on flux |
Johnson_J
Jy Johnson_J band flux |
Johnson_J_e
Jy Johnson_J band edge-on flux |
Johnson_J_f
Jy Johnson_J band face-on flux |
Johnson_M
Jy Johnson_M band flux |
Johnson_R
Jy Johnson_R band flux |
Johnson_R_e
Jy Johnson_R band edge-on flux |
Johnson_R_f
Jy Johnson_R band face-on flux |
Johnson_U
Jy Johnson_U band flux |
Johnson_U_e
Jy Johnson_U band edge-on flux |
Johnson_U_f
Jy Johnson_U band face-on flux |
Johnson_V
Jy Johnson_V band flux |
Johnson_V_e
Jy Johnson_V band edge-on flux |
Johnson_V_f
Jy Johnson_V band face-on flux |
MIPS_160
Jy MIPS_160 band flux |
MIPS_24
Jy MIPS_24 band flux |
MIPS_70
Jy MIPS_70 band flux |
PACS_100
Jy PACS_100 band flux |
PACS_160
Jy PACS_160 band flux |
PACS_70
Jy PACS_70 band flux |
SCUBA2_450
Jy SCUBA2_450 band flux |
SCUBA2_850
Jy SCUBA2_850 band flux |
SDSS_g
Jy SDSS_g band flux |
SDSS_g_e
Jy SDSS_g band edge-on flux |
SDSS_g_f
Jy SDSS_g band face-on flux |
SDSS_i
Jy SDSS_i band flux |
SDSS_i_e
Jy SDSS_i band edge-on flux |
SDSS_i_f
Jy SDSS_i band face-on flux |
SDSS_r
Jy SDSS_r band flux |
SDSS_r_e
Jy SDSS_r band edge-on flux |
SDSS_r_f
Jy SDSS_r band face-on flux |
SDSS_u
Jy SDSS_u band flux |
SDSS_u_e
Jy SDSS_u band edge-on flux |
SDSS_u_f
Jy SDSS_u band face-on flux |
SDSS_z
Jy SDSS_z band flux |
SDSS_z_e
Jy SDSS_z band edge-on flux |
SDSS_z_f
Jy SDSS_z band face-on flux |
SPIRE_250
Jy SPIRE_250 band flux |
SPIRE_350
Jy SPIRE_350 band flux |
SPIRE_500
Jy SPIRE_500 band flux |
TwoMASS_H
Jy TwoMASS_H band flux |
TwoMASS_H_e
Jy TwoMASS_H band edge-on flux |
TwoMASS_H_f
Jy TwoMASS_H band face-on flux |
TwoMASS_J
Jy TwoMASS_J band flux |
TwoMASS_J_e
Jy TwoMASS_J band edge-on flux |
TwoMASS_J_f
Jy TwoMASS_J band face-on flux |
TwoMASS_Ks
Jy TwoMASS_Ks band flux |
TwoMASS_Ks_e
Jy TwoMASS_Ks band edge-on flux |
TwoMASS_Ks_f
Jy TwoMASS_Ks band face-on flux |
UKIDSS_H
Jy UKIDSS_H band flux |
UKIDSS_H_e
Jy UKIDSS_H band edge-on flux |
UKIDSS_H_f
Jy UKIDSS_H band face-on flux |
UKIDSS_J
Jy UKIDSS_J band flux |
UKIDSS_J_e
Jy UKIDSS_J band edge-on flux |
UKIDSS_J_f
Jy UKIDSS_J band face-on flux |
UKIDSS_K
Jy UKIDSS_K band flux |
UKIDSS_K_e
Jy UKIDSS_K band edge-on flux |
UKIDSS_K_f
Jy UKIDSS_K band face-on flux |
UKIDSS_Y
Jy UKIDSS_Y band flux |
UKIDSS_Y_e
Jy UKIDSS_Y band edge-on flux |
UKIDSS_Y_f
Jy UKIDSS_Y band face-on flux |
UKIDSS_Z
Jy UKIDSS_Z band flux |
UKIDSS_Z_e
Jy UKIDSS_Z band edge-on flux |
UKIDSS_Z_f
Jy UKIDSS_Z band face-on flux |
WISE_W1
Jy WISE_W1 band flux |
WISE_W2
Jy WISE_W2 band flux |
WISE_W3
Jy WISE_W3 band flux |
WISE_W4
Jy WISE_W4 band flux |
ALMA_10
Jy ALMA_10 band absolute rest frame AB magnitude |
ALMA_6
Jy ALMA_6 band absolute rest frame AB magnitude |
ALMA_7
Jy ALMA_7 band absolute rest frame AB magnitude |
ALMA_8
Jy ALMA_8 band absolute rest frame AB magnitude |
ALMA_9
Jy ALMA_9 band absolute rest frame AB magnitude |
GALEX_FUV
Jy GALEX_FUV band absolute rest frame AB magnitude |
GALEX_FUV_e
Jy GALEX_FUV band edge-on absolute rest frame AB magnitude |
GALEX_FUV_f
Jy GALEX_FUV band face-on absolute rest frame AB magnitude |
GALEX_NUV
Jy GALEX_NUV band absolute rest frame AB magnitude |
GALEX_NUV_e
Jy GALEX_NUV band edge-on absolute rest frame AB magnitude |
GALEX_NUV_f
Jy GALEX_NUV band face-on absolute rest frame AB magnitude |
IRAC_I1
Jy IRAC_I1 band absolute rest frame AB magnitude |
IRAC_I2
Jy IRAC_I2 band absolute rest frame AB magnitude |
IRAC_I3
Jy IRAC_I3 band absolute rest frame AB magnitude |
IRAC_I4
Jy IRAC_I4 band absolute rest frame AB magnitude |
IRAS_100
Jy IRAS_100 band absolute rest frame AB magnitude |
IRAS_12
Jy IRAS_12 band absolute rest frame AB magnitude |
IRAS_25
Jy IRAS_25 band absolute rest frame AB magnitude |
IRAS_60
Jy IRAS_60 band absolute rest frame AB magnitude |
Johnson_B
Jy Johnson_B band absolute rest frame AB magnitude |
Johnson_B_e
Jy Johnson_B band edge-on absolute rest frame AB magnitude |
Johnson_B_f
Jy Johnson_B band face-on absolute rest frame AB magnitude |
Johnson_I
Jy Johnson_I band absolute rest frame AB magnitude |
Johnson_I_e
Jy Johnson_I band edge-on absolute rest frame AB magnitude |
Johnson_I_f
Jy Johnson_I band face-on absolute rest frame AB magnitude |
Johnson_J
Jy Johnson_J band absolute rest frame AB magnitude |
Johnson_J_e
Jy Johnson_J band edge-on absolute rest frame AB magnitude |
Johnson_J_f
Jy Johnson_J band face-on absolute rest frame AB magnitude |
Johnson_M
Jy Johnson_M band absolute rest frame AB magnitude |
Johnson_R
Jy Johnson_R band absolute rest frame AB magnitude |
Johnson_R_e
Jy Johnson_R band edge-on absolute rest frame AB magnitude |
Johnson_R_f
Jy Johnson_R band face-on absolute rest frame AB magnitude |
Johnson_U
Jy Johnson_U band absolute rest frame AB magnitude |
Johnson_U_e
Jy Johnson_U band edge-on absolute rest frame AB magnitude |
Johnson_U_f
Jy Johnson_U band face-on absolute rest frame AB magnitude |
Johnson_V
Jy Johnson_V band absolute rest frame AB magnitude |
Johnson_V_e
Jy Johnson_V band edge-on absolute rest frame AB magnitude |
Johnson_V_f
Jy Johnson_V band face-on absolute rest frame AB magnitude |
MIPS_160
Jy MIPS_160 band absolute rest frame AB magnitude |
MIPS_24
Jy MIPS_24 band absolute rest frame AB magnitude |
MIPS_70
Jy MIPS_70 band absolute rest frame AB magnitude |
PACS_100
Jy PACS_100 band absolute rest frame AB magnitude |
PACS_160
Jy PACS_160 band absolute rest frame AB magnitude |
PACS_70
Jy PACS_70 band absolute rest frame AB magnitude |
SCUBA2_450
Jy SCUBA2_450 band absolute rest frame AB magnitude |
SCUBA2_850
Jy SCUBA2_850 band absolute rest frame AB magnitude |
SDSS_g
Jy SDSS_g band absolute rest frame AB magnitude |
SDSS_g_e
Jy SDSS_g band edge-on absolute rest frame AB magnitude |
SDSS_g_f
Jy SDSS_g band face-on absolute rest frame AB magnitude |
SDSS_i
Jy SDSS_i band absolute rest frame AB magnitude |
SDSS_i_e
Jy SDSS_i band edge-on absolute rest frame AB magnitude |
SDSS_i_f
Jy SDSS_i band face-on absolute rest frame AB magnitude |
SDSS_r
Jy SDSS_r band absolute rest frame AB magnitude |
SDSS_r_e
Jy SDSS_r band edge-on absolute rest frame AB magnitude |
SDSS_r_f
Jy SDSS_r band face-on absolute rest frame AB magnitude |
SDSS_u
Jy SDSS_u band absolute rest frame AB magnitude |
SDSS_u_e
Jy SDSS_u band edge-on absolute rest frame AB magnitude |
SDSS_u_f
Jy SDSS_u band face-on absolute rest frame AB magnitude |
SDSS_z
Jy SDSS_z band absolute rest frame AB magnitude |
SDSS_z_e
Jy SDSS_z band edge-on absolute rest frame AB magnitude |
SDSS_z_f
Jy SDSS_z band face-on absolute rest frame AB magnitude |
SPIRE_250
Jy SPIRE_250 band absolute rest frame AB magnitude |
SPIRE_350
Jy SPIRE_350 band absolute rest frame AB magnitude |
SPIRE_500
Jy SPIRE_500 band absolute rest frame AB magnitude |
TwoMASS_H
Jy TwoMASS_H band absolute rest frame AB magnitude |
TwoMASS_H_e
Jy TwoMASS_H band edge-on absolute rest frame AB magnitude |
TwoMASS_H_f
Jy TwoMASS_H band face-on absolute rest frame AB magnitude |
TwoMASS_J
Jy TwoMASS_J band absolute rest frame AB magnitude |
TwoMASS_J_e
Jy TwoMASS_J band edge-on absolute rest frame AB magnitude |
TwoMASS_J_f
Jy TwoMASS_J band face-on absolute rest frame AB magnitude |
TwoMASS_Ks
Jy TwoMASS_Ks band absolute rest frame AB magnitude |
TwoMASS_Ks_e
Jy TwoMASS_Ks band edge-on absolute rest frame AB magnitude |
TwoMASS_Ks_f
Jy TwoMASS_Ks band face-on absolute rest frame AB magnitude |
UKIDSS_H
Jy UKIDSS_H band absolute rest frame AB magnitude |
UKIDSS_H_e
Jy UKIDSS_H band edge-on absolute rest frame AB magnitude |
UKIDSS_H_f
Jy UKIDSS_H band face-on absolute rest frame AB magnitude |
UKIDSS_J
Jy UKIDSS_J band absolute rest frame AB magnitude |
UKIDSS_J_e
Jy UKIDSS_J band edge-on absolute rest frame AB magnitude |
UKIDSS_J_f
Jy UKIDSS_J band face-on absolute rest frame AB magnitude |
UKIDSS_K
Jy UKIDSS_K band absolute rest frame AB magnitude |
UKIDSS_K_e
Jy UKIDSS_K band edge-on absolute rest frame AB magnitude |
UKIDSS_K_f
Jy UKIDSS_K band face-on absolute rest frame AB magnitude |
UKIDSS_Y
Jy UKIDSS_Y band absolute rest frame AB magnitude |
UKIDSS_Y_e
Jy UKIDSS_Y band edge-on absolute rest frame AB magnitude |
UKIDSS_Y_f
Jy UKIDSS_Y band face-on absolute rest frame AB magnitude |
UKIDSS_Z
Jy UKIDSS_Z band absolute rest frame AB magnitude |
UKIDSS_Z_e
Jy UKIDSS_Z band edge-on absolute rest frame AB magnitude |
UKIDSS_Z_f
Jy UKIDSS_Z band face-on absolute rest frame AB magnitude |
WISE_W1
Jy WISE_W1 band absolute rest frame AB magnitude |
WISE_W2
Jy WISE_W2 band absolute rest frame AB magnitude |
WISE_W3
Jy WISE_W3 band absolute rest frame AB magnitude |
WISE_W4
Jy WISE_W4 band absolute rest frame AB magnitude |
H_nodust
mag Rest-frame absolute magnitude (AB) in the H band without dust attenuation. |
J_nodust
mag Rest-frame absolute magnitude (AB) in the J band without dust attenuation. |
K_nodust
mag Rest-frame absolute magnitude (AB) in the K band without dust attenuation. |
Y_nodust
mag Rest-frame absolute magnitude (AB) in the Y band without dust attenuation. |
g_nodust
mag Rest-frame absolute magnitude (AB) in the g band without dust attenuation. |
i_nodust
mag Rest-frame absolute magnitude (AB) in the i band without dust attenuation. |
r_nodust
mag Rest-frame absolute magnitude (AB) in the r band without dust attenuation. |
u_nodust
mag Rest-frame absolute magnitude (AB) in the u band without dust attenuation. |
z_nodust
mag Rest-frame absolute magnitude (AB) in the z band without dust attenuation. |
DMEllipticity Dark matter ellipticity from the iterative reduced inertia tensor. | DiscToTotal Stellar disc-to-total ratio from counter-rotation. | DispAnisotropy Stellar velocity dispersion anisotropy. | Ellipticity Stellar ellipticity from the iterative reduced inertia tensor. | KappaCoRot Stellar counter-rotating kinetic energy fraction. | MedOrbitCircu Stellar median orbital circularity. | RotToDispRatio Stellar velocity rotation-to-dispersion ratio. | Triaxiality Stellar triaxiality from the iterative reduced inertia tensor. | Count_Dust Number of (sub-)particles Ndust representing the galaxy's body of dust | Count_Star Number of (sub-)particles Nstar representing the galaxy's stellar sources |
R_halfmass100
pkpc Half mass radius computed for mass within a spherical 100 pkpc aperture. |
R_halfmass100_projected
pkpc Projected half mass radius computed for mass within a 100 pkpc aperture (averaged over three orthogonal projections). |
R_halfmass30
pkpc Half mass radius computed for mass within a spherical 30 pkpc aperture. |
R_halfmass30_projected
pkpc Projected half mass radius computed for mass within a 30 pkpc aperture (averaged over three orthogonal projections). |
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| x pkpc km s-1 x component | y pkpc km s-1 y component | z pkpc km s-1 z component | x pkpc km s-1 x component | y pkpc km s-1 y component | z pkpc km s-1 z component | x pkpc km s-1 x component | y pkpc km s-1 y component | z pkpc km s-1 z component | 1 Msun | 3 Msun | 5 Msun | 10 Msun | 20 Msun | 30 Msun | 40 Msun | 50 Msun | 70 Msun | 100 Msun | 1 Msun | 3 Msun | 5 Msun | 10 Msun | 20 Msun | 30 Msun | 40 Msun | 50 Msun | 70 Msun | 100 Msun | 1 Msun | 3 Msun | 5 Msun | 10 Msun | 20 Msun | 30 Msun | 40 Msun | 50 Msun | 70 Msun | 100 Msun | 1 Msun | 3 Msun | 5 Msun | 10 Msun | 20 Msun | 30 Msun | 40 Msun | 50 Msun | 70 Msun | 100 Msun | 1 Msun yr-1 | 3 Msun yr-1 | 5 Msun yr-1 | 10 Msun yr-1 | 20 Msun yr-1 | 30 Msun yr-1 | 40 Msun yr-1 | 50 Msun yr-1 | 70 Msun yr-1 | 100 Msun yr-1 | 1 km s-1 | 3 km s-1 | 5 km s-1 | 10 km s-1 | 20 km s-1 | 30 km s-1 | 40 km s-1 | 50 km s-1 | 70 km s-1 | 100 km s-1 | |||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||||