Derived Datatypes¶
Profiles and Histograms¶
These types are used to sum data up and either return that sum or return an average. Typically they are more easily used through the yt.raven.plot_collection interface.
| BinnedProfile1D(data_source, n_bins, ...[, ...]) | A ‘Profile’ produces either a weighted (or unweighted) average or a |
| BinnedProfile2D(data_source, x_n_bins, ...) | A ‘Profile’ produces either a weighted (or unweighted) average |
| BinnedProfile3D(data_source, x_n_bins, ...) | A ‘Profile’ produces either a weighted (or unweighted) average |
Halo Finding and Particle Functions¶
Halo finding can be executed using these types.
| FOFHaloFinder(pf[, link, dm_only, padding]) | Friends-of-friends halo finder. |
| HOPHaloFinder(pf[, threshold, dm_only, padding]) | HOP halo finder. |
| Halo(halo_list, id[, indices, size, CoM, ...]) | A data source that returns particle information about the members of a |
| HaloFinder | HOP halo finder. |
| HaloList(data_source[, dm_only]) | Run hop on data_source with a given density threshold. |
Two Point Functions¶
These functions are designed to create correlations or other results of operations acting on two spatially-distinct points in a data source. See also Two Point Functions.
| TwoPointFunctions(pf, fields[, left_edge, ...]) | Initialize a two point functions object. |
| FcnSet(tpf, function, min_edge, out_labels, ...) |
