Catalogs

The creation of “catalogs” of values for halos and subhalos (i.e. galaxies) is common analysis approach. These auxiliary, or post-processed, catalogs can then be combined with other previously computed values to understand correlations and relationships between galaxy and halo properties in general.

Defining New Catalogs

In order to create a new catalog, you simply need to give it a name, and attach to that name the exact definition of the value to compute. This definition is the function which generates the values, together with any required arguments for that function. For example:

'Subhalo_Mass_30pkpc_Stars' :
  partial(subhaloRadialReduction,ptType='stars',ptProperty='Masses',op='sum',rad=30.0),

is the definition of the Subhalo_Mass_30pkpc_Stars catalog, a commonly used measurement for the stellar mass of a galaxy. To create this catalog, the subhaloRadialReduction() function is called. This is a versatile analysis function which applies a particular ‘reduction operation’ (i.e. mathematical/statistical method) to a particular field of the particles/cells which belong to a subhalo. Its behavior is controlled by setting the following options:

• ptType = 'stars' specifies that we will process stellar particles.

• ptProperty = 'Masses' specifies that we will operate on the Masses snapshot field. Any known physical quantity of a particle/cell can be used.

• op = 'sum' specifies that we will take the sum (total) of this field.

• rad = 30.0 requests an aperture restriction, such that only particles within a 3D radial distance of 30 pkpc are included.

Let’s take a second, more complex, example:

'Subhalo_CoolingTime_OVI_HaloGas' :
  partial(subhaloRadialReduction,ptType='gas',ptProperty='tcool',op='mean',weighting='O VI mass',
          rad='r015_1rvir_halo',ptRestrictions={'StarFormationRate':['eq',0.0]}),

Here we use the same function to compute the mean cooling time for every gas cell, weighted by the mass of the OVI ion in that cell, restricted to a radial shell of \(0.15 < r/r_{\rm vir} < 1.0\) (representing the “halo”, i.e. excluding the central galaxy), and further restricted to cells with absolutely zero StarFormationRate.

Let’s look at a third, final example, based on a different generating function:

'Subhalo_RadProfile2Dedgeon_FoF_Gas_LOSVel_sfrWt' :
  partial(subhaloRadialProfile,ptType='gas',ptProperty='losvel_abs',op='mean',weighting='sfr',
          scope='fof',proj2D=['edge-on',None]),

In this case we compute, for every subhalo, a radial profile of the mean line-of-sight velocity (absolute value) of gas, weighted by the cell SFR. In this calculation all cells inside the parent FoF halo are included. Further, it is carried out in 2D projection, with the specific viewing direction defined by rotating the galaxy into its edge-on orientation.

Note

These three examples are all entries in a python dict. The catalog name, as a string, is the dictionary key, and a partial(func, args) is the value.

To add a definition for a new catalog, you only need to add an entry to the load.auxcat.fieldComputeFunctionMapping dictionary (by editing the source file).

The easiest way is to follow existing examples.

If you aren’t familiar with functools.partial(), this creates a new function which “wraps” the original func with one or more arguments specified.

Generating and Loading Catalogs

Once you have added a new entry to the auxCat dictionary, you can request this catalog for a given run:

sim = simParams(run='tng100-2', redshift=0.0)
data, meta = sim.auxCat('MyCatalogName')

All methods to generate catalogs should support pSplit-based Parallelism. So you can launch a distributed job, for example with eight independent jobs, each executing:

sim = simParams(run='tng100-2', redshift=0.0)
x = sim.auxCat('MyCatalogName', pSplit=[i,8])

After the final job completes, the eight intermediate output files can be combined into the final catalog:

data, meta = sim.auxCat('MyCatalogName', pSplit=[0,8])

In some cases you may wish to compute a catalog across several chunks in this way, for example in order to reduce the peak memory usage by avoiding to load an entire snapshot at once, but still want to run these chunks one after another on a single machine. In this case the following shorthand can be used:

sim = simParams(run='tng100-2', redshift=0.0)
data, meta = sim.auxCatSplit('MyCatalogName')

Warning

In general, a catalog value of np.nan is specifically used to indicate that no value was computed for a given subhalo.

Using Catalog Values in General Plots

After generating a catalog, you can directly load these values and use them for analysis, as above. On the other hand, you can also integrate them in the generalized plotting framework, to more easily explore correlations with other existing quantities.

To do so, you should add your auxCat as a new entry into the Adding New Custom Snapshot Quantities, by editing plot.quantities.simSubhaloQuantity(), following existing examples. Here you must provide a description which is used in plots, including unit metadata, and default plotting bounds.

You can also add the name to plot.quantities.quantList() (optional), which returns a list of all the properties we know for subhalos.

Note

The return of this function with alwaysAvail == True defines the list of properties available for interactive exploration on the IllustrisTNG Data Release Group Catalog Plot Utility.

Note

As mentioned in simSubhaloQuantity() there is currently a partial duplication with load.groupcat.groupCat(). In the future these two methods for loading custom subhalo fields can be unified for simplicity.

After you have made this addition, you can then load the corresponding data as:

x = sim.simSubhaloQuantity('my_new_field')

And request it on any of the general plot routines, for instance:

plot.cosmoGeneral.quantMedianVsSecondQuant(sim, 'my_new_field', 'mstar_30pkpc')

Analysis Capabilities

The following functions currently exist to compute catalogs of these types. First, to compute one or more values per halo or subhalo, based on the particles/cells which belong to each halo or subhalo:

• fofRadialSumType() - sum a property of a given particle type, within a particular aperture, for all FoF halos.

• subhaloRadialReduction() - compute an arbitrary summary statistic on any particle/cell quantity, for all subhalos.

• subhaloStellarPhot() - compute photometry, half-light radii, and similar properties based on stellar light mocks, for all subhalos.

• subhaloRadialProfile() - compute radial profiles, for any particle/cell quantity, for all subhalos.

To compute a value per subhalo, based on past history:

• mergerTreeQuant() - compute a property for each subhalo based on its merger tree, for instance halo formation time, number of mergers, and so on.

• tracerTracksQuant() - compute a property for each subhalo based on the Lagrangian histories of its member tracer particles, for instance the average entropy of smoothly accreted gas at the time of its accretion.

To compute a value per subhalo, based on other group catalog objects:

• subhaloCatNeighborQuant() - compute a property for each subhalo, based on the other subhalos in the catalog, for instance the number of neighbors, and other environmental densities.

To compute a statistic or value for an entire simulation as a whole:

• wholeBoxCDDF() - compute the column density distribution function for a given gas species (e.g. HI, H2, OVI, and so on) by projecting the entire simulation onto a very large uniform 2D grid.

Finally, these are slightly more customized functions which compute values per subhalo, i.e. they were made for specific projects, and could be generalized more in the future:

• instantaneousMassFluxes() - compute the radial mass, energy, or momentum flux rates (outflowing/inflowing), as well as high dimensional histograms of these fluxes as a function of (rad, vrad, dens, temp, metallicity), together with marginalized 1D and 2D histograms over these properties.

• massLoadingsSN() - compute the mass loading factor, energy loading factor, or momentum loading factors.

• outflowVelocities() - compute an ‘outflow velocity’, which is a summary statistic derived from the outwards radial mass fluxes.

• healpixThresholdedRadius() - compute characteristic radii based on spherical healpix sampling of particles/cells around halos, for instance the virial shock radius or splashback radius.

Common Options

Many of these have a number of common options which are useful to describe in some detail, in case they are relevant for a specific catalog:

ptType:

the particle type, should be one of gas, bh, stars, or bhs.

ptProperty:

the particle quantity/field, can be any known physical property.

op:

a mathematical operation, typically can be one of e.g. min, max, sum, mean, median, and so on. Often can be any python function, e.g. numpy.std() or even a function you define yourself. Can also frequently be a “custom user-defined function” defined by a string. These are mostly handled inside cosmo.auxcatalog._process_custom_func(), some examples being Krot (the \(\kappa_{\rm \star,rot}\) measurement of stellar rotational support) or halfrad (the radius enclosing half of the total of the given quantity). Additional custom operations can be added to this function.

rad:

a radial restriction. If not specified, all particles/cells in the given scope are included. If a number, should be input in pkpc. Otherwise can be a string understood by cosmo.auxcatalog._radialRestriction(), for instance r015_1rvir_halo, rvir, 2rhalfstars, sdss_fiber, legac_slit, and so on. Additional specialized radial restrictions can be added to this function.

ptRestrictions:

one or more particle quantity restrictions to apply. If specified, should be a dictionary, where each key is a quantity name, and each value is a 2-tuple specifying an [inequality,value] pair to apply. The inequality is a string, one of 'gt','lt','eq', and the value is the numeric bound. For example, {'StarFormationRate':['gt':0.0]} includes only gas cells with positive star formation rates.

weighting:

any particle quantity/field, by which to weight the particles/cells, for the given operation.

scope:

defines which particles/cells should be included. The typical options are subhalo (default, include all gravitationally bound members of the subhalo, e.g. in the case of centrals this excludes both satellites and inner FoF fuzz), fof (instead include all members of the parent fof halo, e.g. this means that centrals and satellites of the same halo compute over the same particles, modulo any radial restriction), or global (include all particles/cells in the entire snapshot, important e.g. for radial profiles extending to large distance). Note that the last option may come with significant performance penalties.

The following options restrict the computation to a subset of all objects. For instance, if you only care about central galaxies, you can skip satellites, or if you only care about relatively massive halos, you can skip low-mass halos. The main purpose here is to save (a significant amount of) computation time when creating the catalog.

minStellarMass:

minimum stellar mass of the galaxy [\(\log M_{\rm sun}\)]. A nonzero value therefore excludes all dark subhalos by definition.

minHaloMass:

minimum stellar mass of the parent halo [\(\log M_{\rm sun}\)]. This compares against the mhalo_200_log quantity for subhalos, which is only defined for centrals. A nonzero value therefore excludes all satellites by definition.

cenSatSelect:

one of cen, sat, or all.

Current Catalog Definitions

The code base currently has the following catalog definitions, as listed in the fieldComputeFunctionMapping dictionary of cosmo.auxcatalog.

Catalog Name	Generator Function	Arguments
Group_Mass_Crit500_Type	fofRadialSumType()	ptProperty = Masses, ptType = all, rad = Group_R_Crit500
Group_XrayBolLum_Crit500	fofRadialSumType()	ptProperty = xray_lum, ptType = gas, rad = Group_R_Crit500
Group_XrayLum_05-2kev_Crit500	fofRadialSumType()	ptProperty = xray_lum_05-2kev, ptType = gas, rad = Group_R_Crit500
Group_XrayLum_0.5-2.0kev_Crit500	fofRadialSumType()	ptProperty = xray_lum_0.5-2.0kev, ptType = gas, rad = Group_R_Crit500
Group_XrayLum_0.1-2.4kev_Crit500	fofRadialSumType()	ptProperty = xray_lum_0.1-2.4kev, ptType = gas, rad = Group_R_Crit500
Subhalo_Mass_5pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 5.0
Subhalo_Mass_5pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = 5.0
Subhalo_Mass_5pkpc_DM	subhaloRadialReduction()	ptType = dm, ptProperty = Masses, op = sum, rad = 5.0
Subhalo_Mass_5pkpc_BH	subhaloRadialReduction()	ptType = bhs, ptProperty = Masses, op = sum, rad = 5.0
Subhalo_Mass_25pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 25.0
Subhalo_Mass_30pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 30.0
Subhalo_Mass_2rhalf_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 2rhalfstars
Subhalo_Mass_100pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 100.0, minStellarMass = 10.0
Subhalo_Mass_min_30pkpc_2rhalf_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 30h
Subhalo_Mass_puchwein10_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = p10
Subhalo_Mass_SFingGas	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Mass_30pkpc_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = 30.0
Subhalo_Mass_100pkpc_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = 100.0
Subhalo_Mass_2rstars_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = 2rhalfstars
Subhalo_Mass_FoF_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = None, scope = fof, cenSatSelect = cen
Subhalo_Mass_FoF_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = None, scope = fof, cenSatSelect = cen
Subhalo_Mass_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = None
Subhalo_Mass_2rstars_MHI_GK	subhaloRadialReduction()	ptType = gas, ptProperty = MHI_GK, op = sum, rad = 2rhalfstars
Subhalo_Mass_70pkpc_MHI_GK	subhaloRadialReduction()	ptType = gas, ptProperty = MHI_GK, op = sum, rad = 70.0
Subhalo_Mass_FoF_MHI_GK	subhaloRadialReduction()	ptType = gas, ptProperty = MHI_GK, op = sum, rad = None, scope = fof, cenSatSelect = cen
Subhalo_Mass_10pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 10.0
Subhalo_Mass_10pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = 10.0
Subhalo_Mass_10pkpc_DM	subhaloRadialReduction()	ptType = dm, ptProperty = Masses, op = sum, rad = 10.0
Subhalo_EscapeVel_10pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = vesc, op = mean, rad = 10pkpc_shell
Subhalo_EscapeVel_rvir_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = vesc, op = mean, rad = rvir_shell
Subhalo_Potential_10pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Potential, op = mean, rad = 10pkpc_shell
Subhalo_Potential_rvir_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Potential, op = mean, rad = rvir_shell
Subhalo_Mass_HI_GK	subhaloRadialReduction()	ptType = gas, ptProperty = MHI_GK, op = sum, rad = None
Subhalo_Mass_MgII	subhaloRadialReduction()	ptType = gas, ptProperty = Mg II mass, op = sum, rad = None
Subhalo_Mass_OV	subhaloRadialReduction()	ptType = gas, ptProperty = O V mass, op = sum, rad = None
Subhalo_Mass_OVI	subhaloRadialReduction()	ptType = gas, ptProperty = O VI mass, op = sum, rad = None
Subhalo_Mass_OVII	subhaloRadialReduction()	ptType = gas, ptProperty = O VII mass, op = sum, rad = None
Subhalo_Mass_OVIII	subhaloRadialReduction()	ptType = gas, ptProperty = O VIII mass, op = sum, rad = None
Subhalo_Mass_AllGas_Mg	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_Mg, op = sum, rad = None
Subhalo_Mass_AllGas_Oxygen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_O, op = sum, rad = None
Subhalo_Mass_AllGas_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = None
Subhalo_Mass_AllGas	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = None
Subhalo_Mass_SF0Gas_Oxygen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_O, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_Mass_SF0Gas_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_Mass_SF0Gas	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_Mass_SFGas_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Mass_SFGas_Hydrogen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_H, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Mass_SFGas_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = None, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Mass_nHgt05_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.05]}
Subhalo_Mass_nHgt05_Hydrogen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_H, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.05]}
Subhalo_Mass_nHgt05_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.05]}
Subhalo_Mass_nHgt025_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.025]}
Subhalo_Mass_nHgt025_Hydrogen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_H, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.025]}
Subhalo_Mass_nHgt025_HI	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = sum, rad = None, ptRestrictions = {‘nh’: [‘gt’, 0.025]}
Subhalo_Mass_HaloGas_Oxygen	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass_O, op = sum, rad = r015_1rvir_halo
Subhalo_Mass_HaloGas_Metal	subhaloRadialReduction()	ptType = gas, ptProperty = metalmass, op = sum, rad = r015_1rvir_halo
Subhalo_Mass_HaloGas	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = r015_1rvir_halo
Subhalo_Mass_HaloGas_Cold	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = r015_1rvir_halo, ptRestrictions = {‘temp_log’: [‘lt’, 4.5]}
Subhalo_Mass_HaloGas_SFCold	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, rad = r015_1rvir_halo, ptRestrictions = {‘temp_sfcold_log’: [‘lt’, 4.5]}
Subhalo_Mass_HaloStars_Metal	subhaloRadialReduction()	ptType = stars, ptProperty = metalmass, op = sum, rad = r015_1rvir_halo
Subhalo_Mass_HaloStars	subhaloRadialReduction()	ptType = stars, ptProperty = mass, op = sum, rad = r015_1rvir_halo
Subhalo_Mass_HaloGasFoF	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, scope = fof, cenSatSelect = cen, rad = r015_1rvir_halo
Subhalo_Mass_HaloGasFoF_SFCold	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = sum, scope = fof, cenSatSelect = cen, rad = r015_1rvir_halo, ptRestrictions = {‘temp_sfcold_log’: [‘lt’, 4.5]}
Subhalo_Mass_50pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = 50.0
Subhalo_Mass_50pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 50.0
Subhalo_Mass_250pkpc_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = 250.0
Subhalo_Mass_250pkpc_Gas_Global	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = 250.0, scope = global
Subhalo_Mass_250pkpc_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 250.0
Subhalo_Mass_250pkpc_Stars_Global	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 250.0, scope = global
Subhalo_Mass_r200_Gas	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = r200crit
Subhalo_Mass_r200_Gas_Global	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = r200crit, scope = global, minStellarMass = 9.0
Subhalo_Mass_r500_Gas_FoF	subhaloRadialReduction()	ptType = gas, ptProperty = Masses, op = sum, rad = r500crit, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Mass_r500_Stars_FoF	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = r500crit, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Mass_r500_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = r500crit, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Mass_1pkpc_2D_Stars	subhaloRadialReduction()	ptType = stars, ptProperty = Masses, op = sum, rad = 1pkpc_2d
Subhalo_CoolingTime_HaloGas	subhaloRadialReduction()	ptType = gas, ptProperty = tcool, op = mean, rad = r015_1rvir_halo, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_CoolingTime_OVI_HaloGas	subhaloRadialReduction()	ptType = gas, ptProperty = tcool, op = mean, weighting = O VI mass, rad = r015_1rvir_halo, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_StellarMassFormed_10myr	subhaloRadialReduction()	ptType = stars, ptProperty = initialmass, op = sum, rad = None, ptRestrictions = {‘stellar_age’: [‘lt’, 0.01]}
Subhalo_StellarMassFormed_10myr_30pkpc	subhaloRadialReduction()	ptType = stars, ptProperty = initialmass, op = sum, rad = 30.0, ptRestrictions = {‘stellar_age’: [‘lt’, 0.01]}
Subhalo_StellarMassFormed_50myr_30pkpc	subhaloRadialReduction()	ptType = stars, ptProperty = initialmass, op = sum, rad = 30.0, ptRestrictions = {‘stellar_age’: [‘lt’, 0.05]}
Subhalo_StellarMassFormed_100myr_30pkpc	subhaloRadialReduction()	ptType = stars, ptProperty = initialmass, op = sum, rad = 30.0, ptRestrictions = {‘stellar_age’: [‘lt’, 0.1]}
Subhalo_GasSFR_30pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = sfr, op = sum, rad = 30.0
Subhalo_Gas_SFR_HalfRad	subhaloRadialReduction()	ptType = gas, ptProperty = sfr, op = halfrad, rad = None
Subhalo_Gas_Halpha_HalfRad	subhaloRadialReduction()	ptType = gas, ptProperty = halpha_lum, op = halfrad, rad = None
Subhalo_Gas_HI_HalfRad	subhaloRadialReduction()	ptType = gas, ptProperty = HI mass, op = halfrad, rad = None
Subhalo_Gas_Dist256	subhaloRadialReduction()	ptType = gas, ptProperty = mass, op = dist256, scope = fof, cenSatSelect = cen, minStellarMass = 9.0, rad = None
Subhalo_Stars_R50	subhaloRadialReduction()	ptType = stars, ptProperty = mass, op = halfrad, rad = None
Subhalo_Stars_R80	subhaloRadialReduction()	ptType = stars, ptProperty = mass, op = rad80, rad = None
Subhalo_XrayBolLum	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum, op = sum, rad = None
Subhalo_XrayLum_05-2kev	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum_05-2kev, op = sum, rad = None
Subhalo_XrayLum_0.5-2.0kev	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum_0.5-2.0kev, op = sum, rad = None
Subhalo_XrayLum_0.5-2.0kev_halo	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum_0.5-2.0kev, op = sum, scope = fof, cenSatSelect = cen, rad = r015_1rvir_halo
Subhalo_XrayBolLum_2rhalfstars	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum, op = sum, rad = 2rhalfstars
Subhalo_XrayLum_05-2kev_2rhalfstars	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum_05-2kev, op = sum, rad = 2rhalfstars
Subhalo_LX_05-2keV_R500c_3D	subhaloRadialReduction()	ptType = gas, ptProperty = xray_lum_0.5-2.0kev, op = sum, rad = r500crit, scope = fof, cenSatSelect = cen, minHaloMass = 12.0
Subhalo_XrayLum_0.5-2.0kev_R500c_2D_d=r200	summarize_projection_2d()	quantity = xray_lum_0.5-2.0kev, projConf = 2r200_d=r200, aperture = r500
Subhalo_XrayOffset_2D	summarize_projection_2d()	quantity = xray_lum_0.5-2.0kev, projConf = 0.5r500_d=3r200, op = peak_offset
Subhalo_SZOffset_2D	summarize_projection_2d()	quantity = sz_yparam, projConf = 0.5r500_d=3r200, op = peak_offset
Subhalo_OVIIr_GalaxyLum_1rstars	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 1rhalfstars, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_OVIIr_DiffuseLum_1rstars	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 1rhalfstars, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_OVIIr_GalaxyLum_10pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 10.0, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_OVIIr_DiffuseLum_10pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 10.0, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_OVIIr_GalaxyLum_30pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 30.0, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_OVIIr_DiffuseLum_30pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = O 7 21.6020A lum2phase, op = sum, rad = 30.0, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_MgII_Lum_DustDepleted	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = sum, rad = None
Subhalo_MgII_LumSize_DustDepleted	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = halfrad, rad = None
Subhalo_MgII_LumConcentration_DustDepleted	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = concentration, rad = None
Subhalo_CIV1551_Lum_InnerCGM	subhaloRadialReduction()	ptType = gas, ptProperty = C 4 1550.78A lum2phase, op = sum, rad = 20pkpc_halfrvir, cenSatSelect = cen, scope = fof
Subhalo_CIV1551_Lum_OuterCGM	subhaloRadialReduction()	ptType = gas, ptProperty = C 4 1550.78A lum2phase, op = sum, rad = halfrvir_rvir, cenSatSelect = cen, scope = fof
Subhalo_HeII1640_Lum_InnerCGM	subhaloRadialReduction()	ptType = gas, ptProperty = He 2 1640.43A lum2phase, op = sum, rad = 20pkpc_halfrvir, cenSatSelect = cen, scope = fof
Subhalo_HeII1640_Lum_OuterCGM	subhaloRadialReduction()	ptType = gas, ptProperty = He 2 1640.43A lum2phase, op = sum, rad = halfrvir_rvir, cenSatSelect = cen, scope = fof
Subhalo_S850um	subhaloRadialReduction()	ptType = gas, ptProperty = s850um_flux, op = sum, rad = None
Subhalo_S850um_25pkpc	subhaloRadialReduction()	ptType = gas, ptProperty = s850um_flux, op = sum, rad = 25.0
Subhalo_SynchrotronPower_SKA	subhaloRadialReduction()	ptType = gas, ptProperty = p_sync_ska, op = sum, rad = None
Subhalo_SynchrotronPower_SKA_eta43	subhaloRadialReduction()	ptType = gas, ptProperty = p_sync_ska_eta43, op = sum, rad = None
Subhalo_SynchrotronPower_SKA_alpha15	subhaloRadialReduction()	ptType = gas, ptProperty = p_sync_ska_alpha15, op = sum, rad = None
Subhalo_SynchrotronPower_VLA	subhaloRadialReduction()	ptType = gas, ptProperty = p_sync_vla, op = sum, rad = None
Subhalo_BH_Mass_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_Mass, op = max, rad = None
Subhalo_BH_Mdot_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_Mdot, op = max, rad = None
Subhalo_BH_MdotEdd_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_MdotEddington, op = max, rad = None
Subhalo_BH_BolLum_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_BolLum, op = max, rad = None
Subhalo_BH_BolLum_basic_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_BolLum_basic, op = max, rad = None
Subhalo_BH_EddRatio_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_EddRatio, op = max, rad = None
Subhalo_BH_dEdt_largest	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_dEdt, op = max, rad = None
Subhalo_BH_mode	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_mode, op = mean, rad = None
Subhalo_Gas_Wind_vel	subhaloRadialReduction()	ptType = gas, ptProperty = wind_vel, op = mean, rad = 2rhalfstars
Subhalo_Gas_Wind_dEdt	subhaloRadialReduction()	ptType = gas, ptProperty = wind_dEdt, op = sum, rad = 2rhalfstars
Subhalo_Gas_Wind_dPdt	subhaloRadialReduction()	ptType = gas, ptProperty = wind_dPdt, op = sum, rad = 2rhalfstars
Subhalo_Gas_Wind_etaM	subhaloRadialReduction()	ptType = gas, ptProperty = wind_etaM, op = mean, rad = 2rhalfstars
Subhalo_StellarRotation	subhaloRadialReduction()	ptType = stars, ptProperty = Krot, op = ufunc, rad = None
Subhalo_StellarRotation_2rhalfstars	subhaloRadialReduction()	ptType = stars, ptProperty = Krot, op = ufunc, rad = 2rhalfstars
Subhalo_StellarRotation_1rhalfstars	subhaloRadialReduction()	ptType = stars, ptProperty = Krot, op = ufunc, rad = 1rhalfstars
Subhalo_GasRotation	subhaloRadialReduction()	ptType = gas, ptProperty = Krot, op = ufunc, rad = None
Subhalo_GasRotation_2rhalfstars	subhaloRadialReduction()	ptType = gas, ptProperty = Krot, op = ufunc, rad = 2rhalfstars
Subhalo_EllipsoidShape_Stars_1rhalfstars_shell	subhaloRadialReduction()	ptType = stars, ptProperty = shape_ellipsoid_1r, op = ufunc, weighting = mass, rad = None
Subhalo_EllipsoidShape_Gas_SFRgt0_1rhalfstars_shell	subhaloRadialReduction()	ptType = gas, ptProperty = shape_ellipsoid_1r, op = ufunc, weighting = mass, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}, rad = None
Subhalo_EllipsoidShape_Stars_2rhalfstars_shell	subhaloRadialReduction()	ptType = stars, ptProperty = shape_ellipsoid, op = ufunc, weighting = mass, rad = None
Subhalo_EllipsoidShape_Gas_SFRgt0_2rhalfstars_shell	subhaloRadialReduction()	ptType = gas, ptProperty = shape_ellipsoid, op = ufunc, weighting = mass, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}, rad = None
Subhalo_VelDisp3D_Stars_1rhalfstars	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp3d, op = ufunc, weighting = mass, rad = 1rhalfstars
Subhalo_VelDisp1D_Stars_1rhalfstars	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp1d, op = ufunc, weighting = mass, rad = 1rhalfstars
Subhalo_VelDisp1D_Stars_05rhalfstars	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp1d, op = ufunc, weighting = mass, rad = 0.5rhalfstars
Subhalo_VelDisp1D_Stars_10pkpc	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp1d, op = ufunc, weighting = mass, rad = 10pkpc
Subhalo_VelDisp1Dz_Stars_10pkpc	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp_z, op = ufunc, weighting = mass, rad = 10pkpc
Subhalo_VelDisp1Dz_Stars_4pkpc2D	subhaloRadialReduction()	ptType = stars, ptProperty = veldisp_z, op = ufunc, weighting = mass, rad = sdss_fiber_4pkpc
Subhalo_VelDisp1Dz_XrayWt_010r500c	subhaloRadialReduction()	ptType = gas, ptProperty = veldisp_z, op = ufunc, weighting = xray_lum_0.5-2.0kev, rad = 0.1r500crit, cenSatSelect = cen
Subhalo_StellarAge_NoRadCut_MassWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = None, weighting = mass
Subhalo_StellarAge_NoRadCut_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = None, weighting = bandLum-sdss_r
Subhalo_StellarAge_4pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = 4.0, weighting = bandLum-sdss_r
Subhalo_StellarAge_SDSSFiber_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = sdss_fiber, weighting = bandLum-sdss_r
Subhalo_StellarAge_SDSSFiber4pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = sdss_fiber_4pkpc, weighting = bandLum-sdss_r
Subhalo_StellarAge_2rhalf_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = 2rhalfstars, weighting = bandLum-sdss_r
Subhalo_StellarAge_30pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = 30.0, weighting = bandLum-sdss_r
Subhalo_StellarAge_2rhalf_MassWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = 2rhalfstars, weighting = mass
Subhalo_StellarAge_30pkpc_MassWt	subhaloRadialReduction()	ptType = stars, ptProperty = stellar_age, op = mean, rad = 30.0, weighting = mass
Subhalo_StellarZ_NoRadCut_MassWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = None, weighting = mass
Subhalo_StellarZ_4pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = 4.0, weighting = bandLum-sdss_r
Subhalo_StellarZ_SDSSFiber_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = sdss_fiber, weighting = bandLum-sdss_r
Subhalo_StellarZ_SDSSFiber4pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = sdss_fiber_4pkpc, weighting = bandLum-sdss_r
Subhalo_StellarZ_2rhalf_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = 2rhalfstars, weighting = bandLum-sdss_r
Subhalo_StellarZ_30pkpc_rBandLumWt	subhaloRadialReduction()	ptType = stars, ptProperty = metal, op = mean, rad = 30.0, weighting = bandLum-sdss_r
Subhalo_StellarZform_VIMOS_Slit	subhaloRadialReduction()	ptType = stars, ptProperty = z_form, op = mean, rad = legac_slit, weighting = mass
Subhalo_StellarMeanVel	subhaloRadialReduction()	ptType = stars, ptProperty = vel, op = mean, rad = None, weighting = mass
Subhalo_GasZ_30pkpc_SfrWt	subhaloRadialReduction()	ptType = gas, ptProperty = metal, op = mean, rad = 30.0, weighting = sfr
Subhalo_GasZ_NoRadCut_SfrWt	subhaloRadialReduction()	ptType = gas, ptProperty = metal, op = mean, rad = None, weighting = sfr
Subhalo_Bmag_SFingGas_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = None, weighting = mass, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Bmag_SFingGas_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = None, weighting = volume, ptRestrictions = {‘StarFormationRate’: [‘gt’, 0.0]}
Subhalo_Bmag_2rhalfstars_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = 2rhalfstars, weighting = mass
Subhalo_Bmag_2rhalfstars_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = 2rhalfstars, weighting = volume
Subhalo_Bmag_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = r015_1rvir_halo, weighting = mass
Subhalo_Bmag_halo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = r015_1rvir_halo, weighting = volume
Subhalo_Bmag_subhalo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = None, weighting = mass
Subhalo_Bmag_subhalo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = None, weighting = volume
Subhalo_Bmag_fof_r500_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = r500crit, weighting = mass, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Bmag_fof_r500_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = r500crit, weighting = volume, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Bmag_fof_halfr500_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = 0.5r500crit, weighting = mass, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_Bmag_fof_halfr500_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag, op = mean, rad = 0.5r500crit, weighting = volume, scope = fof, cenSatSelect = cen, minHaloMass = 10000dm
Subhalo_B2_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = b2, op = mean, rad = None, weighting = volume
Subhalo_B2_2rhalfstars_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = b2, op = mean, rad = 2rhalfstars, weighting = volume
Subhalo_Bmag_uG_10kpc_hot_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = bmag_ug, op = mean, rad = 10.0, weighting = mass, cenSatSelect = cen, ptRestrictions = {‘temp_sfcold_log’: [‘gt’, 5.5]}
Subhalo_ne_10kpc_hot_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = ne, op = mean, rad = 10.0, weighting = mass, cenSatSelect = cen, ptRestrictions = {‘temp_sfcold_log’: [‘gt’, 5.5]}
Subhalo_temp_10kpc_hot_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = temp, op = mean, rad = 10.0, weighting = mass, cenSatSelect = cen, ptRestrictions = {‘temp_sfcold_log’: [‘gt’, 5.5]}
Subhalo_Temp_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = temp, op = mean, rad = r015_1rvir_halo, weighting = mass
Subhalo_Temp_halo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = temp, op = mean, rad = r015_1rvir_halo, weighting = volume
Subhalo_nH_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = nh, op = mean, rad = r015_1rvir_halo, weighting = mass
Subhalo_nH_halo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = nh, op = mean, rad = r015_1rvir_halo, weighting = volume
Subhalo_nH_2rhalfstars_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = nh, op = mean, rad = 2rhalfstars, weighting = mass
Subhalo_Gas_RadialVel_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = radvel, op = ufunc, rad = r015_1rvir_halo, weighting = mass
Subhalo_Gas_RadialVel_2rhalfstars_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = radvel, op = ufunc, rad = 2rhalfstars, weighting = mass
Subhalo_Pratio_2rhalfstars_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = pres_ratio, op = mean, rad = 2rhalfstars, weighting = mass
Subhalo_Pratio_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = pres_ratio, op = mean, rad = r015_1rvir_halo, weighting = mass
Subhalo_Pratio_halo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = pres_ratio, op = mean, rad = r015_1rvir_halo, weighting = volume
Subhalo_uB_uKE_ratio_2rhalfstars_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = B_KE_edens_ratio, op = mean, rad = 2rhalfstars, weighting = mass
Subhalo_uB_uKE_ratio_halo_massWt	subhaloRadialReduction()	ptType = gas, ptProperty = B_KE_edens_ratio, op = mean, rad = r015_1rvir_halo, weighting = mass
Subhalo_uB_uKE_ratio_halo_volWt	subhaloRadialReduction()	ptType = gas, ptProperty = B_KE_edens_ratio, op = mean, rad = r015_1rvir_halo, weighting = volume
Subhalo_Ptot_gas_halo	subhaloRadialReduction()	ptType = gas, ptProperty = p_gas, op = sum, rad = r015_1rvir_halo
Subhalo_Ptot_B_halo	subhaloRadialReduction()	ptType = gas, ptProperty = p_b, op = sum, rad = r015_1rvir_halo
Subhalo_SZY_R500c_3D	subhaloRadialReduction()	ptType = gas, ptProperty = sz_yparam, op = sum, rad = r500crit, scope = fof, cenSatSelect = cen, minHaloMass = 12.0
Subhalo_SZY_R500c_2D_d=r200	summarize_projection_2d()	quantity = sz_yparam, projConf = 2r200_d=r200, aperture = r500
Subhalo_SZY_R500c_2D_d=3r200	summarize_projection_2d()	quantity = sz_yparam, projConf = 2r200_d=3r200, aperture = r500
Subhalo_SZY_R500c_2D	summarize_projection_2d()	quantity = sz_yparam, projConf = r500_d=r500, aperture = r500
Subhalo_SZY_R200c_2D	summarize_projection_2d()	quantity = sz_yparam, projConf = 2r200_d=r200, aperture = r200
Subhalo_StellarPhot_p07c_nodust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none
Subhalo_StellarPhot_p07c_cf00dust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00
Subhalo_StellarPhot_p07c_cf00dust_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, rad = 30.0
Subhalo_StellarPhot_p07c_cf00dust_allbands	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, bands = all, minStellarMass = 9.0
Subhalo_StellarPhot_p07k_nodust	subhaloStellarPhot()	iso = padova07, imf = kroupa, dust = none
Subhalo_StellarPhot_p07k_cf00dust	subhaloStellarPhot()	iso = padova07, imf = kroupa, dust = cf00
Subhalo_StellarPhot_p07s_nodust	subhaloStellarPhot()	iso = padova07, imf = salpeter, dust = none
Subhalo_StellarPhot_p07s_cf00dust	subhaloStellarPhot()	iso = padova07, imf = salpeter, dust = cf00
Subhalo_StellarPhot_p07c_cf00dust_res_eff_ns1	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_eff, Nside = 1
Subhalo_StellarPhot_p07c_cf00dust_res_conv_ns1	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 1
Subhalo_StellarPhot_p07c_cf00dust_res_conv_ns1_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 1, rad = 30.0
Subhalo_StellarPhot_p07c_cf00dust_res_conv_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, rad = 30.0
Subhalo_StellarPhot_p07c_cf00dust_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = z-axis, rad = 30.0, minHaloMass = 1000dm
Subhalo_StellarPhot_p07c_cf00dust_z_2rhalf	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = z-axis, rad = 2rhalfstars, minHaloMass = 1000dm
Subhalo_StellarPhot_p07c_cf00b_dust_res_conv_ns1_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00b_res_conv, Nside = 1, rad = 30.0
Subhalo_StellarPhot_p07c_cf00dust_res3_conv_ns1_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res3_conv, Nside = 1, rad = 30.0
Subhalo_StellarPhot_p07c_ns8_demo	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 8
Subhalo_StellarPhot_p07c_ns4_demo	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 4
Subhalo_StellarPhot_p07c_ns8_demo_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 8, rad = 30.0
Subhalo_StellarPhot_p07c_ns4_demo_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = 4, rad = 30.0
Subhalo_HalfLightRad_p07c_nodust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, Nside = None, sizes = True
Subhalo_HalfLightRad_p07c_nodust_z	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, Nside = z-axis, sizes = True
Subhalo_HalfLightRad_p07c_nodust_efr2d	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, Nside = efr2d, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_efr2d	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = efr2d, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_z	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = z-axis, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_efr2d_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = efr2d, rad = 30.0, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_z_rad100pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = z-axis, rad = 100.0, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, sizes = True, minHaloMass = 1000dm
Subhalo_HalfLightRad_p07c_cf00dust_res_conv_efr2d	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = efr2d, sizes = True
Subhalo_HalfLightRad_p07c_cf00dust_res_conv_efr2d_rad30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = efr2d, rad = 30.0, sizes = True
Particle_StellarPhot_p07c_nodust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, indivStarMags = True
Particle_StellarPhot_p07c_cf00dust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, indivStarMags = True
Particle_StellarPhot_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, indivStarMags = True, Nside = z-axis
Subhalo_SDSSFiberSpectra_NoVel_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = sdss_fiber, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis
Subhalo_SDSSFiberSpectra_Vel_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = sdss_fiber, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 2, Nside = z-axis
Subhalo_LEGA-C_SlitSpectra_NoVel_NoEm_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, redshifted = True, minStellarMass = 9.8
Subhalo_LEGA-C_SlitSpectra_NoVel_NoEm_p07c_cf00dust_res_conv_z_restframe	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, minStellarMass = 9.8
Subhalo_LEGA-C_SlitSpectra_NoVel_NoEm_Seeing_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, redshifted = True, seeing = 0.4, minStellarMass = 9.8
Subhalo_LEGA-C_SlitSpectra_NoVel_NoEm_Seeing_p07s_cf00dust_res_conv_z	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = salpeter, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, redshifted = True, seeing = 0.4, minStellarMass = 9.8
Subhalo_LEGA-C_SlitSpectra_NoVel_Em_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, redshifted = True, emlines = True, minStellarMass = 9.8
Subhalo_LEGA-C_SlitSpectra_NoVel_Em_Seeing_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	rad = legac_slit, iso = padova07, imf = chabrier, dust = cf00_res_conv, fullSubhaloSpectra = 1, Nside = z-axis, redshifted = True, emlines = True, seeing = 0.4, minStellarMass = 9.8
Subhalo_StellarPhot_UVJ_p07c_nodust	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, bands = [‘u’, ‘v’, ‘2mass_j’]
Subhalo_StellarPhot_UVJ_p07c_nodust_5pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 5.0
Subhalo_StellarPhot_UVJ_p07c_nodust_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 30.0
Subhalo_StellarPhot_UVJ_p07c_nodust_2rhalf	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 2rhalfstars
Subhalo_StellarPhot_UVJ_p07c_cf00dust_res_conv_z	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘u’, ‘v’, ‘2mass_j’]
Subhalo_StellarPhot_UVJ_p07c_cf00dust_res_conv_z_5pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 5.0
Subhalo_StellarPhot_UVJ_p07c_cf00dust_res_conv_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 30.0
Subhalo_StellarPhot_UVJ_p07c_cf00dust_res_conv_z_2rhalf	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘u’, ‘v’, ‘2mass_j’], rad = 2rhalfstars
Subhalo_StellarPhot_vistaK_p07c_cf00dust_res_conv_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘vista_k’], rad = 30.0
Subhalo_StellarPhot_ugr_p07c_cf00dust_res_conv_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘sdss_u’, ‘sdss_g’, ‘sdss_r’], rad = 30.0
Subhalo_StellarPhot_NUV_cfht-i_p07c_nodust_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, bands = [‘galex_nuv’, ‘cfht_i’], rad = 30.0
Subhalo_StellarPhot_NUV_cfht-i_p07c_cf00dust_res_conv_z_30pkpc	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, bands = [‘galex_nuv’, ‘cfht_i’], rad = 30.0
Subhalo_StellarPhot_p07c_nodust_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, redshifted = True
Subhalo_StellarPhot_p07c_cf00dust_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, redshifted = True
Subhalo_StellarPhot_p07c_cf00dust_res_conv_z_rad30pkpc_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, rad = 30.0, redshifted = True
Particle_StellarPhot_p07c_nodust_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, indivStarMags = True, redshifted = True
Particle_StellarPhot_p07c_cf00dust_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, indivStarMags = True, redshifted = True
Particle_StellarPhot_p07c_cf00dust_res_conv_z_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, indivStarMags = True, Nside = z-axis, redshifted = True
Subhalo_HalfLightRad_p07c_nodust_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = none, Nside = None, sizes = True, redshifted = True
Subhalo_HalfLightRad_p07c_cf00dust_z_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00, Nside = z-axis, sizes = True, redshifted = True
Subhalo_HalfLightRad_p07c_cf00dust_res_conv_z_red	subhaloStellarPhot()	iso = padova07, imf = chabrier, dust = cf00_res_conv, Nside = z-axis, sizes = True, redshifted = True
Box_Grid_nHI	wholeBoxColDensGrid()	species = HI
Box_Grid_nHI_noH2	wholeBoxColDensGrid()	species = HI_noH2
Box_Grid_Z	wholeBoxColDensGrid()	species = Z
Box_Grid_nOVI	wholeBoxColDensGrid()	species = O VI
Box_Grid_nOVI_10	wholeBoxColDensGrid()	species = O VI 10
Box_Grid_nOVI_25	wholeBoxColDensGrid()	species = O VI 25
Box_Grid_nOVI_solar	wholeBoxColDensGrid()	species = O VI solar
Box_Grid_nOVII	wholeBoxColDensGrid()	species = O VII
Box_Grid_nOVIII	wholeBoxColDensGrid()	species = O VIII
Box_Grid_nH2_BR_depth10	wholeBoxColDensGrid()	species = MH2_BR_depth10
Box_Grid_nH2_GK_depth10	wholeBoxColDensGrid()	species = MH2_GK_depth10
Box_Grid_nH2_KMT_depth10	wholeBoxColDensGrid()	species = MH2_KMT_depth10
Box_Grid_nHI_GK_depth10	wholeBoxColDensGrid()	species = MHI_GK_depth10
Box_Grid_nH2_GK	wholeBoxColDensGrid()	species = MH2_GK
Box_Grid_nH2_GK_depth20	wholeBoxColDensGrid()	species = MH2_GK_depth20
Box_Grid_nH2_GK_depth5	wholeBoxColDensGrid()	species = MH2_GK_depth5
Box_Grid_nH2_GK_depth1	wholeBoxColDensGrid()	species = MH2_GK_depth1
Box_CDDF_nHI	wholeBoxCDDF()	species = HI
Box_CDDF_nHI_noH2	wholeBoxCDDF()	species = HI_noH2
Box_CDDF_nOVI	wholeBoxCDDF()	species = OVI
Box_CDDF_nOVI_10	wholeBoxCDDF()	species = OVI_10
Box_CDDF_nOVI_25	wholeBoxCDDF()	species = OVI_25
Box_CDDF_nOVII	wholeBoxCDDF()	species = OVII
Box_CDDF_nOVIII	wholeBoxCDDF()	species = OVIII
Box_CDDF_nH2_BR_depth10	wholeBoxCDDF()	species = H2_BR_depth10
Box_CDDF_nH2_GK_depth10	wholeBoxCDDF()	species = H2_GK_depth10
Box_CDDF_nH2_KMT_depth10	wholeBoxCDDF()	species = H2_KMT_depth10
Box_CDDF_nHI_GK_depth10	wholeBoxCDDF()	species = HI_GK_depth10
Box_CDDF_nH2_GK	wholeBoxCDDF()	species = H2_GK
Box_CDDF_nH2_GK_depth20	wholeBoxCDDF()	species = H2_GK_depth20
Box_CDDF_nH2_GK_depth5	wholeBoxCDDF()	species = H2_GK_depth5
Box_CDDF_nH2_GK_depth1	wholeBoxCDDF()	species = H2_GK_depth1
Box_Grid_nH2_GD14_depth10	wholeBoxColDensGrid()	species = MH2_GD14_depth10
Box_Grid_nH2_GK11_depth10	wholeBoxColDensGrid()	species = MH2_GK11_depth10
Box_Grid_nH2_K13_depth10	wholeBoxColDensGrid()	species = MH2_K13_depth10
Box_Grid_nH2_S14_depth10	wholeBoxColDensGrid()	species = MH2_S14_depth10
Box_CDDF_nH2_GD14_depth10	wholeBoxCDDF()	species = H2_GD14_depth10
Box_CDDF_nH2_GK11_depth10	wholeBoxCDDF()	species = H2_GK11_depth10
Box_CDDF_nH2_K13_depth10	wholeBoxCDDF()	species = H2_K13_depth10
Box_CDDF_nH2_S14_depth10	wholeBoxCDDF()	species = H2_S14_depth10
Box_Grid_nH2_GK_depth10_onlySFRgt0	wholeBoxColDensGrid()	species = MH2_GK_depth10, onlySFR = True
Box_Grid_nH2_GK_depth10_allSFRgt0	wholeBoxColDensGrid()	species = MH2_GK_depth10, allSFR = True
Box_CDDF_nH2_GK_depth10_onlySFRgt0	wholeBoxCDDF()	species = H2_GK_depth10_onlySFRgt0
Box_CDDF_nH2_GK_depth10_allSFRgt0	wholeBoxCDDF()	species = H2_GK_depth10_allSFRgt0
Box_Grid_nH2_GK_depth10_gridSize=3.0	wholeBoxColDensGrid()	species = MH2_GK_depth10, gridSize = 3.0
Box_Grid_nH2_GK_depth10_gridSize=1.0	wholeBoxColDensGrid()	species = MH2_GK_depth10, gridSize = 1.0
Box_Grid_nH2_GK_depth10_gridSize=0.5	wholeBoxColDensGrid()	species = MH2_GK_depth10, gridSize = 0.5
Box_CDDF_nH2_GK_depth10_cell3	wholeBoxCDDF()	species = H2_GK_depth10, gridSize = 3.0
Box_CDDF_nH2_GK_depth10_cell1	wholeBoxCDDF()	species = H2_GK_depth10, gridSize = 1.0
Box_CDDF_nH2_GK_depth10_cell05	wholeBoxCDDF()	species = H2_GK_depth10, gridSize = 0.5
Box_Grid_nOVI_depth10	wholeBoxColDensGrid()	species = O VI_depth10
Box_Grid_nOVI_10_depth10	wholeBoxColDensGrid()	species = O VI 10_depth10
Box_Grid_nOVI_25_depth10	wholeBoxColDensGrid()	species = O VI 25_depth10
Box_Grid_nOVII_depth10	wholeBoxColDensGrid()	species = O VII_depth10
Box_Grid_nOVIII_depth10	wholeBoxColDensGrid()	species = O VIII_depth10
Box_CDDF_nOVI_depth10	wholeBoxCDDF()	species = OVI_depth10
Box_CDDF_nOVI_10_depth10	wholeBoxCDDF()	species = OVI_10_depth10
Box_CDDF_nOVI_25_depth10	wholeBoxCDDF()	species = OVI_25_depth10
Box_CDDF_nOVII_depth10	wholeBoxCDDF()	species = OVII_depth10
Box_CDDF_nOVIII_depth10	wholeBoxCDDF()	species = OVIII_depth10
Box_Grid_nOVI_solar_depth10	wholeBoxColDensGrid()	species = O VI solar_depth10
Box_CDDF_nOVI_solar_depth10	wholeBoxCDDF()	species = OVI_solar_depth10
Box_Grid_nOVII_solarz_depth10	wholeBoxColDensGrid()	species = O VII solarz_depth10
Box_CDDF_nOVII_solarz_depth10	wholeBoxCDDF()	species = OVII_solarz_depth10
Box_Grid_nOVIII_solarz_depth10	wholeBoxColDensGrid()	species = O VIII solarz_depth10
Box_CDDF_nOVIII_solarz_depth10	wholeBoxCDDF()	species = OVIII_solarz_depth10
Box_Grid_nOVII_solarz_depth125	wholeBoxColDensGrid()	species = O VII solarz_depth125
Box_CDDF_nOVII_solarz_depth125	wholeBoxCDDF()	species = OVII_solarz_depth125
Box_Grid_nOVII_10_solarz_depth125	wholeBoxColDensGrid()	species = O VII 10 solarz_depth125
Box_CDDF_nOVII_10_solarz_depth125	wholeBoxCDDF()	species = OVII_10_solarz_depth125
Box_Omega_HI	wholeBoxCDDF()	species = H I, omega = True
Box_Omega_H2	wholeBoxCDDF()	species = H 2, omega = True
Box_Omega_OVI	wholeBoxCDDF()	species = O VI, omega = True
Box_Omega_OVII	wholeBoxCDDF()	species = O VII, omega = True
Box_Omega_OVIII	wholeBoxCDDF()	species = O VIII, omega = True
Subhalo_SubLink_zForm_mm5	mergerTreeQuant()	treeName = SubLink, quant = zForm, smoothing = [‘mm’, 5, ‘snap’]
Subhalo_SubLink_zForm_ma5	mergerTreeQuant()	treeName = SubLink, quant = zForm, smoothing = [‘ma’, 5, ‘snap’]
Subhalo_SubLink_zForm_poly7	mergerTreeQuant()	treeName = SubLink, quant = zForm, smoothing = [‘poly’, 7, ‘snap’]
Subhalo_SubLinkGal_isSat_atForm	mergerTreeQuant()	treeName = SubLink_gal, quant = isSat_atForm
Subhalo_SubLinkGal_dmFrac_atForm	mergerTreeQuant()	treeName = SubLink_gal, quant = dmFrac_atForm
Subhalo_SubLinkGal_rad_rvir_atForm	mergerTreeQuant()	treeName = SubLink_gal, quant = rad_rvir_atForm
Subhalo_Tracers_zAcc_mean	tracerTracksQuant()	quant = acc_time_1rvir, op = mean, time = None
Subhalo_Tracers_dtHalo_mean	tracerTracksQuant()	quant = dt_halo, op = mean, time = None
Subhalo_Tracers_angmom_tAcc	tracerTracksQuant()	quant = angmom, op = mean, time = acc_time_1rvir
Subhalo_Tracers_entr_tAcc	tracerTracksQuant()	quant = entr, op = mean, time = acc_time_1rvir
Subhalo_Tracers_temp_tAcc	tracerTracksQuant()	quant = temp, op = mean, time = acc_time_1rvir
Subhalo_Tracers_tempTviracc_tAcc	tracerTracksQuant()	quant = temp, op = mean, time = acc_time_1rvir, norm = tvir_tacc
Subhalo_Tracers_tempTvircur_tAcc	tracerTracksQuant()	quant = temp, op = mean, time = acc_time_1rvir, norm = tvir_cur
Subhalo_BH_CumEgyInjection_Low	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_CumEgyInjection_RM, op = sum, rad = None
Subhalo_BH_CumEgyInjection_High	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_CumEgyInjection_QM, op = sum, rad = None
Subhalo_BH_CumMassGrowth_Low	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_CumMassGrowth_RM, op = sum, rad = None
Subhalo_BH_CumMassGrowth_High	subhaloRadialReduction()	ptType = bhs, ptProperty = BH_CumMassGrowth_QM, op = sum, rad = None
Subhalo_Env_StellarMass_Max_1Mpc	subhaloCatNeighborQuant()	quant = mstar_30pkpc_log, op = max, rad = 1000.0, subRestrictions = None, cenSatSelect = cen
Subhalo_Env_sSFR_Median_1Mpc_Mstar_9-10	subhaloCatNeighborQuant()	quant = ssfr, op = median, rad = 1000.0, subRestrictions = [[‘mstar_30pkpc_log’, 9.0, 10.0]], cenSatSelect = cen
Subhalo_Env_Closest_Distance_Mstar_Gt8	subhaloCatNeighborQuant()	quant = None, op = closest_rad, subRestrictions = [[‘mstar_30pkpc_log’, 8.0, inf]], cenSatSelect = cen
Subhalo_Env_d5_Mstar_Gt10	subhaloCatNeighborQuant()	quant = None, op = d5_rad, subRestrictions = [[‘mstar_30pkpc_log’, 10.0, inf]]
Subhalo_Env_d5_Mstar_Gt8	subhaloCatNeighborQuant()	quant = None, op = d5_rad, subRestrictions = [[‘mstar_30pkpc_log’, 8.0, inf]], cenSatSelect = cen
Subhalo_Env_d5_Mstar_Gt7	subhaloCatNeighborQuant()	quant = None, op = d5_rad, subRestrictions = [[‘mstar_30pkpc_log’, 7.0, inf]], cenSatSelect = cen
Subhalo_Env_Closest_Distance_MstarRel_GtHalf	subhaloCatNeighborQuant()	quant = None, op = closest_rad, subRestrictionsRel = [[‘mstar_30pkpc’, 0.5, inf]], cenSatSelect = cen
Subhalo_Env_d5_MstarRel_GtHalf	subhaloCatNeighborQuant()	quant = None, op = d5_rad, subRestrictionsRel = [[‘mstar_30pkpc’, 0.5, inf]], cenSatSelect = cen
Subhalo_Env_Closest_SubhaloID_MstarRel_GtHalf	subhaloCatNeighborQuant()	quant = id, op = closest_quant, subRestrictionsRel = [[‘mstar_30pkpc’, 0.5, inf]], cenSatSelect = cen
Subhalo_Env_Count_Mstar_Gt8_2rvir	subhaloCatNeighborQuant()	quant = None, op = count, rad = 2rvir, subRestrictions = [[‘mstar_30pkpc_log’, 8.0, inf]], cenSatSelect = cen
Subhalo_Env_Count_Mstar_Gt7_2rvir	subhaloCatNeighborQuant()	quant = None, op = count, rad = 2rvir, subRestrictions = [[‘mstar_30pkpc_log’, 7.0, inf]], cenSatSelect = cen
Subhalo_Env_Count_MstarRel_GtHalf_2rvir	subhaloCatNeighborQuant()	quant = None, op = count, rad = 2rvir, subRestrictionsRel = [[‘mstar_30pkpc’, 0.5, inf]], cenSatSelect = cen
Subhalo_Env_Count_MstarRel_GtTenth_2rvir	subhaloCatNeighborQuant()	quant = None, op = count, rad = 2rvir, subRestrictionsRel = [[‘mstar_30pkpc’, 0.1, inf]], cenSatSelect = cen
Subhalo_CountProfile_Mstar_Gt10	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mstar_30pkpc_log’, 10.0, inf]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], cenSatSelect = cen
Subhalo_CountProfile_Mstar_Gt9_2D	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mstar_30pkpc_log’, 9.0, inf]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mstar_Gt10_2D	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mstar_30pkpc_log’, 10.0, inf]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mstar_Gt105_2D	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mstar_30pkpc_log’, 10.5, inf]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mstar_Gt115_2D	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mstar_30pkpc_log’, 11.5, inf]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2D	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_C-30kpc-z_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2Dx	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_C-30kpc-z_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [0, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2Dy	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_C-30kpc-z_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [1, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2D_nodust	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_A_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2Dx_nodust	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_A_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [0, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2Dy_nodust	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_A_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [1, 10000], cenSatSelect = cen
Subhalo_CountProfile_Mr_lt205_2D_snap	subhaloCatNeighborQuant()	quant = None, op = count, rad = [1.0, 4.0, 20, True, False], subRestrictions = [[‘mag_snap_r’, -inf, -20.5]], subRestrictionsRel = [[‘SubhaloOrigHaloID’, 1, 1]], proj2D = [2, 10000], cenSatSelect = cen
Subhalo_RadProfile3D_Global_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = global
Subhalo_RadProfile3D_GlobalFoF_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = global_fof
Subhalo_RadProfile3D_SubfindGlobal_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = subfind_global
Subhalo_RadProfile3D_Subfind_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = subfind
Subhalo_RadProfile3D_FoF_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = fof
Subhalo_RadProfile2Dz_2Mpc_Global_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = global, proj2D = [2, 2000]
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile2Dz_2Mpc_Subfind_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = subfind, proj2D = [2, 2000]
Subhalo_RadProfile2Dz_2Mpc_FoF_OVI_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VI mass, op = sum, scope = fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_Global_OVII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VII mass, op = sum, scope = global
Subhalo_RadProfile3D_GlobalFoF_OVII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VII mass, op = sum, scope = global_fof
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_OVII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VII mass, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_Global_OVIII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII mass, op = sum, scope = global
Subhalo_RadProfile3D_GlobalFoF_OVIII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII mass, op = sum, scope = global_fof
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_OVIII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII mass, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_FoF_OVII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VII mass, op = sum, scope = fof
Subhalo_RadProfile3D_FoF_OVII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VII flux, op = sum, scope = fof
Subhalo_RadProfile2Dz_2Mpc_FoF_OVII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VII flux, op = sum, scope = fof, proj2D = [2, 2000]
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_OVII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VII flux, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_FoF_OVIII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII mass, op = sum, scope = fof
Subhalo_RadProfile3D_FoF_OVIII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII flux, op = sum, scope = fof
Subhalo_RadProfile2Dz_2Mpc_FoF_OVIII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII flux, op = sum, scope = fof, proj2D = [2, 2000]
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_OVIII_Flux	subhaloRadialProfile()	ptType = gas, ptProperty = O VIII flux, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_Global_Gas_O_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = metalmass_O, op = sum, scope = global
Subhalo_RadProfile3D_Global_Gas_Metal_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = metalmass, op = sum, scope = global
Subhalo_RadProfile3D_Global_Gas_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = mass, op = sum, scope = global
Subhalo_RadProfile3D_GlobalFoF_MgII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = Mg II mass, op = sum, scope = global_fof
Subhalo_RadProfile2Dz_6Mpc_GlobalFoF_MgII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = Mg II mass, op = sum, scope = global_fof, proj2D = [2, 5700]
Subhalo_RadProfile2Dz_30Mpc_GlobalFoF_MgII_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = Mg II mass, op = sum, scope = global_fof, minHaloMass = 12.5, proj2D = [2, 30500]
Subhalo_RadProfile3D_GlobalFoF_HI_GK_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = MHI_GK, op = sum, scope = global_fof
Subhalo_RadProfile2Dz_2Mpc_GlobalFoF_HIGK_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = MHI_GK, op = sum, scope = global_fof, proj2D = [2, 2000]
Subhalo_RadProfile3D_Global_Stars_Mass	subhaloRadialProfile()	ptType = stars, ptProperty = mass, op = sum, scope = global
Subhalo_RadProfile2Dz_2Mpc_Global_Stars_Mass	subhaloRadialProfile()	ptType = stars, ptProperty = mass, op = sum, scope = global, proj2D = [2, 2000]
Subhalo_RadProfile3D_FoF_Stars_Mass	subhaloRadialProfile()	ptType = stars, ptProperty = mass, op = sum, scope = fof
Subhalo_RadProfile2Dz_FoF_Stars_Mass	subhaloRadialProfile()	ptType = stars, ptProperty = mass, op = sum, scope = fof, proj2D = [2, None]
Subhalo_RadProfile3D_FoF_DM_Mass	subhaloRadialProfile()	ptType = dm, ptProperty = mass, op = sum, scope = fof
Subhalo_RadProfile3D_Global_DM_Mass	subhaloRadialProfile()	ptType = dm, ptProperty = mass, op = sum, scope = global_spatial, minHaloMass = 1000dm
Subhalo_RadProfile3D_FoF_SFR	subhaloRadialProfile()	ptType = gas, ptProperty = sfr, op = sum, scope = fof
Subhalo_RadProfile2Dz_FoF_SFR	subhaloRadialProfile()	ptType = gas, ptProperty = sfr, op = sum, scope = fof, proj2D = [2, None]
Subhalo_RadProfile3D_FoF_Gas_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = mass, op = sum, scope = fof
Subhalo_RadProfile2Dz_FoF_Gas_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = mass, op = sum, scope = fof, proj2D = [2, None]
Subhalo_RadProfile3D_FoF_Gas_Metal_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = metalmass, op = sum, scope = fof
Subhalo_RadProfile2Dz_FoF_Gas_Metal_Mass	subhaloRadialProfile()	ptType = gas, ptProperty = metalmass, op = sum, scope = fof, proj2D = [2, None]
Subhalo_RadProfile3D_FoF_Gas_Bmag	subhaloRadialProfile()	ptType = gas, ptProperty = bmag, op = mean, scope = fof
Subhalo_RadProfile3D_FoF_Gas_Metallicity	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, scope = fof
Subhalo_RadProfile3D_FoF_Gas_Metallicity_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, weighting = sfr, scope = fof
Subhalo_RadProfile2Dz_FoF_Gas_Metallicity	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, scope = fof, proj2D = [2, None]
Subhalo_RadProfile2Dz_FoF_Gas_Metallicity_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, weighting = sfr, scope = fof, proj2D = [2, None]
Subhalo_RadProfile2Dz_FoF_Gas_LOSVel_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = losvel_abs, op = mean, weighting = sfr, scope = fof, proj2D = [2, None]
Subhalo_RadProfile2Dedgeon_FoF_Gas_LOSVel_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = losvel_abs, op = mean, weighting = sfr, scope = fof, proj2D = [‘edge-on’, None]
Subhalo_RadProfile2Dz_FoF_Gas_LOSVelSigma	subhaloRadialProfile()	ptType = gas, ptProperty = losvel, op = <function std at 0x15032fd5bc40>, scope = fof, proj2D = [2, None]
Subhalo_RadProfile2Dz_FoF_Gas_LOSVelSigma_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = losvel, op = <function std at 0x15032fd5bc40>, weighting = sfr, scope = fof, proj2D = [2, None]
Subhalo_RadProfile2Dedgeon_FoF_Gas_LOSVelSigma_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = losvel, op = <function std at 0x15032fd5bc40>, weighting = sfr, scope = fof, proj2D = [‘edge-on’, None]
Subhalo_RadProfile2Dfaceon_FoF_Gas_LOSVelSigma_sfrWt	subhaloRadialProfile()	ptType = gas, ptProperty = losvel, op = <function std at 0x15032fd5bc40>, weighting = sfr, scope = fof, proj2D = [‘face-on’, None]
Subhalo_RadProfile3D_FoF_Gas_SFR0_CellSizeKpc_Mean	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = mean, scope = fof, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_RadProfile3D_FoF_Gas_SFR0_CellSizeKpc_Median	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = median, scope = fof, ptRestrictions = {‘StarFormationRate’: [‘eq’, 0.0]}
Subhalo_RadProfile3D_FoF_Gas_CellSizeKpc_Mean	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = mean, scope = fof
Subhalo_RadProfile3D_FoF_Gas_CellSizeKpc_Median	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = median, scope = fof
Subhalo_RadProfile3D_FoF_Gas_CellSizeKpc_Min	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = min, scope = fof
Subhalo_RadProfile3D_FoF_Gas_CellSizeKpc_p10	subhaloRadialProfile()	ptType = gas, ptProperty = cellsize_kpc, op = <function <lambda> at 0x1502fccbe0c0>, scope = fof
Subhalo_CGM_Inflow_MeanX	subhaloRadialReduction()	ptType = gas, ptProperty = pos_x, op = mean, rad = r015_1rvir_halo, ptRestrictions = {‘vrad’: [‘lt’, 0.0]}, scope = fof, cenSatSelect = cen, minStellarMass = 1.0
Subhalo_CGM_Inflow_MeanY	subhaloRadialReduction()	ptType = gas, ptProperty = pos_y, op = mean, rad = r015_1rvir_halo, ptRestrictions = {‘vrad’: [‘lt’, 0.0]}, scope = fof, cenSatSelect = cen, minStellarMass = 1.0
Subhalo_CGM_Inflow_MeanZ	subhaloRadialReduction()	ptType = gas, ptProperty = pos_z, op = mean, rad = r015_1rvir_halo, ptRestrictions = {‘vrad’: [‘lt’, 0.0]}, scope = fof, cenSatSelect = cen, minStellarMass = 1.0
Subhalo_RadProfile3D_Global_Gas_Temp	subhaloRadialProfile()	ptType = gas, ptProperty = temp, op = mean, weighting = mass, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Tcool	subhaloRadialProfile()	ptType = gas, ptProperty = tcool, op = mean, weighting = mass, scope = global_spatial, radMin = 0.0, radMax = 2.0, radNumBins = 100, radRvirUnits = True, minHaloMass = 1000dm
Subhalo_RadProfile3D_Global_Gas_Metallicity	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, weighting = mass, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Metallicity_XrayWt	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, weighting = xray_lum_0.5-2.0kev, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Metallicity_XrayWt_2D	subhaloRadialProfile()	ptType = gas, ptProperty = z_solar, op = mean, weighting = xray_lum_0.5-2.0kev, proj2D = [2, 10000], radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Entropy	subhaloRadialProfile()	ptType = gas, ptProperty = entropy, op = mean, weighting = mass, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_ne	subhaloRadialProfile()	ptType = gas, ptProperty = ne, op = mean, weighting = mass, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Bmag	subhaloRadialProfile()	ptType = gas, ptProperty = bmag, op = mean, weighting = mass, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_Gas_Bmag_VolWt	subhaloRadialProfile()	ptType = gas, ptProperty = bmag, op = mean, weighting = volume, radMin = -2.0, radMax = 0.3, radNumBins = 50, radBinsLog = True, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_HighResDM_Count	subhaloRadialProfile()	ptType = dm, ptProperty = mass, op = count, radMin = 0.0, radMax = 10.0, radNumBins = 50, radBinsLog = False, radRvirUnits = True, scope = global_tngcluster
Subhalo_RadProfile3D_Global_LowResDM_Count	subhaloRadialProfile()	ptType = dmlowres, ptProperty = mass, op = count, radMin = 0.0, radMax = 10.0, radNumBins = 50, radBinsLog = False, radRvirUnits = True, scope = global_tngcluster
Subhalo_SphericalSamples_Global_Gas_Temp_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = temp, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_Entropy_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = entropy, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_ShocksMachNum_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = shocks_machnum, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_ShocksEnergyDiss_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = shocks_dedt, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_RadVel_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = radvel, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Stars_RadVel_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = stars, ptProperty = radvel, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_DM_RadVel_5rvir_400rad_16ns	subhaloRadialProfile()	ptType = dm, ptProperty = radvel, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 16, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_Temp_5rvir_400rad_8ns	subhaloRadialProfile()	ptType = gas, ptProperty = temp, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 5.0, radNumBins = 400, Nside = 8, Nngb = 20
Subhalo_SphericalSamples_Global_Gas_ShocksMachNum_10rvir_800rad_16ns	subhaloRadialProfile()	ptType = gas, ptProperty = shocks_machnum, minHaloMass = 10000dm, op = kernel_mean, scope = global_spatial, radMin = 0.0, radMax = 10.0, radNumBins = 800, Nside = 16, Nngb = 20
Subhalo_VirShockRad_Temp_400rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = Temp, radNumBins = 400, Nside = 16
Subhalo_VirShockRad_Temp_400rad_8ns	healpixThresholdedRadius()	ptType = Gas, quant = Temp, radNumBins = 400, Nside = 8
Subhalo_VirShockRad_Entropy_400rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = Entropy, radNumBins = 400, Nside = 16
Subhalo_VirShockRad_ShocksMachNum_400rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = ShocksMachNum, radNumBins = 400, Nside = 16
Subhalo_VirShockRad_ShocksMachNum_10rvir_800rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = ShocksMachNum, radNumBins = 800, radMax = 10, Nside = 16
Subhalo_VirShockRad_ShocksEnergyDiss_400rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = ShocksEnergyDiss, radNumBins = 400, Nside = 16
Subhalo_VirShockRad_RadVel_400rad_16ns	healpixThresholdedRadius()	ptType = Gas, quant = RadVel, radNumBins = 400, Nside = 16
Subhalo_SplashbackRad_DM_400rad_16ns	healpixThresholdedRadius()	ptType = DM, quant = RadVel, radNumBins = 400, Nside = 16
Subhalo_SplashbackRad_Stars_400rad_16ns	healpixThresholdedRadius()	ptType = Stars, quant = RadVel, radNumBins = 400, Nside = 16
Subhalo_RadialMassFlux_SubfindWithFuzz_Gas	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz
Subhalo_RadialMassFlux_SubfindWithFuzz_Wind	instantaneousMassFluxes()	ptType = wind, scope = subhalo_wfuzz
Subhalo_RadialMassFlux_Global_Gas	instantaneousMassFluxes()	ptType = gas, scope = global
Subhalo_RadialMassFlux_Global_Wind	instantaneousMassFluxes()	ptType = wind, scope = global
Subhalo_RadialMassFlux_SubfindWithFuzz_Gas_MgII	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, massField = Mg II mass
Subhalo_RadialMassFlux_SubfindWithFuzz_Gas_SiII	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, massField = Si II mass
Subhalo_RadialMassFlux_SubfindWithFuzz_Gas_NaI	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, massField = Na I mass
Subhalo_RadialMass2DProj_SubfindWithFuzz_Gas	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, rawMass = True, fluxMass = False, proj2D = True
Subhalo_RadialMass2DProj_SubfindWithFuzz_Wind	instantaneousMassFluxes()	ptType = wind, scope = subhalo_wfuzz, rawMass = True, fluxMass = False, proj2D = True
Subhalo_RadialMass2DProj_SubfindWithFuzz_Gas_SiII	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, rawMass = True, fluxMass = False, proj2D = True, massField = Si II mass
Subhalo_RadialMass_SubfindWithFuzz_Gas	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, rawMass = True, fluxMass = False
Subhalo_MassLoadingSN_SubfindWithFuzz_SFR-100myr	massLoadingsSN()	sfr_timescale = 100, outflowMethod = instantaneous
Subhalo_MassLoadingSN_SubfindWithFuzz_SFR-50myr	massLoadingsSN()	sfr_timescale = 50, outflowMethod = instantaneous
Subhalo_MassLoadingSN_SubfindWithFuzz_SFR-10myr	massLoadingsSN()	sfr_timescale = 10, outflowMethod = instantaneous
Subhalo_MassLoadingSN_MgII_SubfindWithFuzz_SFR-100myr	massLoadingsSN()	sfr_timescale = 100, outflowMethod = instantaneous, massField = MgII
Subhalo_MassLoadingSN_MgII_SubfindWithFuzz_SFR-50myr	massLoadingsSN()	sfr_timescale = 50, outflowMethod = instantaneous, massField = MgII
Subhalo_MassLoadingSN_MgII_SubfindWithFuzz_SFR-10myr	massLoadingsSN()	sfr_timescale = 10, outflowMethod = instantaneous, massField = MgII
Subhalo_RadialEnergyFlux_SubfindWithFuzz_Gas	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, fluxKE = True, fluxMass = False
Subhalo_RadialEnergyFlux_SubfindWithFuzz_Wind	instantaneousMassFluxes()	ptType = wind, scope = subhalo_wfuzz, fluxKE = True, fluxMass = False
Subhalo_RadialMomentumFlux_SubfindWithFuzz_Gas	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, fluxP = True, fluxMass = False
Subhalo_RadialMomentumFlux_SubfindWithFuzz_Wind	instantaneousMassFluxes()	ptType = wind, scope = subhalo_wfuzz, fluxP = True, fluxMass = False
Subhalo_EnergyLoadingSN_SubfindWithFuzz	massLoadingsSN()	outflowMethod = instantaneous, fluxKE = True
Subhalo_MomentumLoadingSN_SubfindWithFuzz	massLoadingsSN()	outflowMethod = instantaneous, fluxP = True
Subhalo_OutflowVelocity_SubfindWithFuzz	outflowVelocities()
Subhalo_OutflowVelocity_MgII_SubfindWithFuzz	outflowVelocities()	massField = MgII
Subhalo_OutflowVelocity_SiII_SubfindWithFuzz	outflowVelocities()	massField = SiII
Subhalo_OutflowVelocity_NaI_SubfindWithFuzz	outflowVelocities()	massField = NaI
Subhalo_OutflowVelocity2DProj_SubfindWithFuzz	outflowVelocities()	proj2D = True
Subhalo_OutflowVelocity2DProj_SiII_SubfindWithFuzz	outflowVelocities()	proj2D = True, massField = SiII
Subhalo_RadialMassFlux_SubfindWithFuzz_Gas_v200norm	instantaneousMassFluxes()	ptType = gas, scope = subhalo_wfuzz, v200norm = True
Subhalo_RadialMassFlux_SubfindWithFuzz_Wind_v200norm	instantaneousMassFluxes()	ptType = wind, scope = subhalo_wfuzz, v200norm = True
Subhalo_MassLoadingSN_SubfindWithFuzz_SFR-100myr_v200norm	massLoadingsSN()	sfr_timescale = 100, outflowMethod = instantaneous, v200norm = True
Subhalo_OutflowVelocity_SubfindWithFuzz_v200norm	outflowVelocities()	v200norm = True
Subhalo_MgII_Emission_Grid2D_Shape	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = grid2d_isophot_shape, rad = None, scope = fof, cenSatSelect = cen, minStellarMass = 7.0
Subhalo_MgII_Emission_Grid2D_Area	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = grid2d_isophot_area, rad = None, scope = fof, cenSatSelect = cen, minStellarMass = 7.0
Subhalo_MgII_Emission_Grid2D_Gini	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = grid2d_isophot_gini, rad = None, scope = fof, cenSatSelect = cen, minStellarMass = 7.0
Subhalo_MgII_Emission_Grid2D_M20	subhaloRadialReduction()	ptType = gas, ptProperty = MgII lum_dustdepleted, op = grid2d_m20, rad = None, scope = fof, cenSatSelect = cen, minStellarMass = 7.0