Index _ | A | B | C | D | E | F | G | I | L | M | N | P | R | S | T | U | V | W | X _ _find_files() (pyathena.util.SB99 method) _read_params() (pyathena.util.SB99 method) A AbundanceSolar (class in pyathena.microphysics.abundance_solar) athena_variant (pyathena.LoadSim attribute) AthenaDataSet (class in pyathena) B basedir (pyathena.LoadSim attribute) (pyathena.util.SB99 attribute) basedirs (pyathena.LoadSimAll attribute) basename (pyathena.LoadSim attribute) C calc_xH2eq() (in module pyathena.microphysics.h2) cmap (pyathena.fields.fields.DerivedFields attribute) cmap_apply_alpha() (in module pyathena.plt_tools.cmap) cmap_shift() (in module pyathena.plt_tools.cmap_shift) colorbar_sp() (in module pyathena.plt_tools.plt_starpar) config_time (pyathena.LoadSim attribute) cont_SF (pyathena.util.SB99 attribute) cool_grackle() (in module pyathena.microphysics.cool_grackle) CoolGnat12 (class in pyathena.microphysics.cool_gnat12) CoolRosen95 (class in pyathena.microphysics.cool_rosen95) CoolWiersma09 (class in pyathena.microphysics.cool_wiersma09) create_tar() (pyathena.LoadSim method) create_tar_all() (pyathena.LoadSim method) cut_z() (pyathena.RestartHandler method) D degrade() (pyathena.RestartHandler method) DerivedFields (class in pyathena.fields.fields) dfi (pyathena.fields.fields.DerivedFields attribute) (pyathena.LoadSim attribute) display_movie() (in module pyathena.plt_tools.make_movie) domain (pyathena.LoadSim attribute) download_data() (pyathena.microphysics.cool_gnat12.CoolGnat12 method) ds (pyathena.LoadSim attribute) DustDraine (class in pyathena.microphysics.dust_draine) E euler_rotation() (in module pyathena.util.transform) F field_dep (pyathena.fields.fields.DerivedFields attribute) files (pyathena.LoadSim attribute) (pyathena.util.SB99 attribute) find_files() (pyathena.LoadSim method) find_files_vtk2d() (pyathena.LoadSim method) func (pyathena.fields.fields.DerivedFields attribute) G get_cc_ijk() (pyathena.AthenaDataSet method) get_cc_pos() (pyathena.AthenaDataSet method) get_cool_cie() (pyathena.microphysics.cool_gnat12.CoolGnat12 method) get_dr_rate() (pyathena.microphysics.rec_rate.RecRate method) get_Eth() (pyathena.microphysics.photx.PhotX method) get_field() (pyathena.AthenaDataSet method) get_ISRF_SB99_plane_parallel() (in module pyathena.util.sb99) get_rec_rate() (pyathena.microphysics.rec_rate.RecRate method) get_rec_rate_grain() (pyathena.microphysics.rec_rate.RecRate static method) get_rec_rate_H_caseA_Dr11() (pyathena.microphysics.rec_rate.RecRate static method) get_rec_rate_H_caseB() (pyathena.microphysics.rec_rate.RecRate static method) get_rec_rate_H_caseB_Dr11() (pyathena.microphysics.rec_rate.RecRate static method) get_rotation() (pyathena.plt_tools.line_annotation.LineAnnotation method) get_rr_rate() (pyathena.microphysics.rec_rate.RecRate method) get_sigma() (pyathena.microphysics.photx.PhotX method) get_slice() (pyathena.AthenaDataSet method) get_xray_emissivity() (in module pyathena.fields.xray_emissivity) get_XYZ_muH_mu() (pyathena.microphysics.abundance_solar.AbundanceSolar method) groupby_bins() (in module pyathena.util.transform) I imshow_args (pyathena.fields.fields.DerivedFields attribute) integrate() (pyathena.util.PiecewisePowerlaw method) L label (pyathena.fields.fields.DerivedFields attribute) LambdaRosen95() (pyathena.microphysics.cool_rosen95.CoolRosen95 static method) LambdaRosen95_extrapolate() (pyathena.microphysics.cool_rosen95.CoolRosen95 static method) legend_sp() (in module pyathena.plt_tools.plt_starpar) LineAnnotation (class in pyathena.plt_tools.line_annotation) load_hdf5() (pyathena.LoadSim method) load_loop_time() (pyathena.TimingReader method) load_method (pyathena.LoadSim attribute) load_parbin() (pyathena.LoadSim method) load_parhst() (pyathena.LoadSim method) load_partab() (pyathena.LoadSim method) load_pvtk() (pyathena.LoadSim method) load_rst() (pyathena.LoadSim method) load_starpar_vtk() (pyathena.LoadSim method) load_task_time() (pyathena.TimingReader method) load_vtk() (pyathena.LoadSim method) LoadSim (class in pyathena) LoadSim.Decorators (class in pyathena) LoadSimAll (class in pyathena) logM (pyathena.util.SB99 attribute) M make_movie() (in module pyathena.plt_tools.make_movie) (pyathena.LoadSim method) make_patch_spines_invisible() (in module pyathena.plt_tools.make_spines_invisible) mass_to_lum (class in pyathena.util) model (pyathena.LoadSimAll attribute) models (pyathena.LoadSimAll attribute) module pyathena.util.transform move_to_tardir() (pyathena.LoadSim method) N norm (pyathena.fields.fields.DerivedFields attribute) num_to_roman() (pyathena.microphysics.cool_gnat12.CoolGnat12 static method) nums (pyathena.LoadSim attribute) P par (pyathena.LoadSim attribute) PhotX (class in pyathena.microphysics.photx) PiecewisePowerlaw (class in pyathena.util) plt_Edot_pdot_evol_cumul() (pyathena.util.SB99 static method) plt_joint_pdf() (in module pyathena.plt_tools.plt_joint_pdf) plt_lum_cumul() (pyathena.util.SB99 static method) plt_lum_evol() (pyathena.util.SB99 static method) plt_pdot_cumul() (pyathena.util.SB99 static method) plt_pdot_evol() (pyathena.util.SB99 static method) plt_spec_sigmad() (pyathena.util.SB99 static method) pop_scalar() (pyathena.RestartHandler method) prefix (pyathena.util.SB99 attribute) print_all_properties() (pyathena.LoadSim method) problem_id (pyathena.LoadSim attribute) pyathena.util.transform module R read() (pyathena.RestartHandler method) read_athinput() (in module pyathena) read_hdf5() (in module pyathena) read_hst() (in module pyathena) read_parhst() (in module pyathena) read_partab() (in module pyathena) read_quanta() (pyathena.util.SB99 method) read_rad() (pyathena.util.SB99 method) read_rst() (in module pyathena) read_sn() (pyathena.util.SB99 method) read_sphst() (in module pyathena) read_starpar_vtk() (in module pyathena) read_timeit() (in module pyathena) read_vtk() (in module pyathena) read_wind() (pyathena.util.SB99 method) read_yield() (pyathena.util.SB99 method) read_zprof() (in module pyathena) read_zprof_all() (in module pyathena) rebin_xy() (in module pyathena) rebin_xyz() (in module pyathena) RecRate (class in pyathena.microphysics.rec_rate) refine() (pyathena.RestartHandler method) remove_all_targets() (pyathena.RestartHandler method) reset_grids() (pyathena.RestartHandler method) reset_par() (pyathena.RestartHandler method) RestartHandler (class in pyathena) S savdir (pyathena.LoadSim attribute) SB99 (class in pyathena.util) scatter_sp() (in module pyathena.plt_tools.plt_starpar) set() (pyathena.plt_tools.line_annotation.LineAnnotation method) set_derived_fields_cooling() (in module pyathena.fields.fields) set_derived_fields_cosmic_ray() (in module pyathena.fields.fields) set_derived_fields_def() (in module pyathena.fields.fields) set_derived_fields_feedback_scalars() (in module pyathena.fields.fields) set_derived_fields_mag() (in module pyathena.fields.fields) set_derived_fields_newcool() (in module pyathena.fields.fields) set_derived_fields_rad() (in module pyathena.fields.fields) set_derived_fields_sixray() (in module pyathena.fields.fields) set_derived_fields_xray() (in module pyathena.fields.fields) set_model() (pyathena.LoadSimAll method) set_plt_default() (in module pyathena.plt_tools.set_plt) set_plt_fancy() (in module pyathena.plt_tools.set_plt) set_region() (pyathena.AthenaDataSet method) SFR (pyathena.util.SB99 attribute) sim (pyathena.LoadSimAll attribute) simdict (pyathena.LoadSimAll attribute) T take_log (pyathena.fields.fields.DerivedFields attribute) texteffect() (in module pyathena.plt_tools.utils) TimingReader (class in pyathena) tmax_Myr (pyathena.util.SB99 attribute) to_cylindrical() (in module pyathena.util.transform) to_spherical() (in module pyathena.util.transform) toggle_xticks() (in module pyathena.plt_tools.set_plt) toggle_yticks() (in module pyathena.plt_tools.set_plt) U u (pyathena.LoadSim attribute) Units (class in pyathena) update_positions() (pyathena.plt_tools.line_annotation.LineAnnotation method) V verbose (pyathena.LoadSim attribute) vminmax (pyathena.fields.fields.DerivedFields attribute) W write() (pyathena.RestartHandler method) X XrayEmissivityIntegrator (class in pyathena.fields.xray_emissivity)
