Index

A

active (pyFLD.grid.Grid attribute) add_ghost_cells() (in module pyFLD.grid)

advance() (pyFLD.FLD.RadiativeEnvironment method) assign_dictionary() (in module pyFLD.tools) atleast_nd() (in module pyFLD.tools)

B

B (pyFLD.FLD.RadiativeEnvironment attribute)

BBflux() (in module pyFLD.tools)

C

check_grids() (pyFLD.FLD.RadiativeEnvironment method) check_source_terms() (pyFLD.FLD.RadiativeEnvironment method) check_stars() (pyFLD.FLD.RadiativeEnvironment method) check_temperatures() (pyFLD.FLD.RadiativeEnvironment method) compute_hydrostatic_equilibrium() (pyFLD.fluids.Dust method) (pyFLD.fluids.Gas method) compute_irradiation_geometry() (pyFLD.FLD.RadiativeEnvironment method)

compute_mean_opacities() (in module pyFLD.tools) compute_Qirr() (pyFLD.FLD.RadiativeEnvironment method) compute_Qvisc() (pyFLD.FLD.RadiativeEnvironment method) configure_solver() (pyFLD.FLD.RadiativeEnvironment method) create_from_snapshot() (in module pyFLD.FLD) (in module pyFLD.fluids) (in module pyFLD.grid) (in module pyFLD.star)

D

declare_boundaries() (pyFLD.FLD.RadiativeEnvironment method) depth() (in module pyFLD.debug_state) dirc (pyFLD.radmc_helper.Grid attribute) (pyFLD.radmc_helper.Star attribute)

Dust (class in pyFLD.fluids) dV (pyFLD.grid.Grid attribute)

E

E0 (pyFLD.FLD.RadiativeEnvironment attribute), [1] enforce_hydrostatic_equilibrium() (pyFLD.FLD.RadiativeEnvironment method) enforce_matrix_boundaries() (pyFLD.FLD.RadiativeEnvironment method)

Er_to_T() (in module pyFLD.tools) extract_and_store_params() (in module pyFLD.tools) extract_dictionary() (in module pyFLD.tools)

F

flnm (pyFLD.radmc_helper.Grid attribute) (pyFLD.radmc_helper.Star attribute)

flux_limiter_kley() (in module pyFLD.tools) format_debug() (in module pyFLD.debug_state) format_warning() (in module pyFLD.debug_state)

G

Gas (class in pyFLD.fluids) get_alpha_Cecil_Flock_2024() (in module pyFLD.tools) get_and_set_spectral_L() (pyFLD.star.Star method) get_capped() (in module pyFLD.tools) get_col0_Flock_2019() (in module pyFLD.tools) get_domain_with_ghosts() (in module pyFLD.grid) get_flux_limiter() (pyFLD.FLD.RadiativeEnvironment method) get_fraction_Isella_Natta_2005() (in module pyFLD.tools) get_gas_Planck_opacity_Freedman_2008() (in module pyFLD.tools) get_gas_Rosseland_opacity_Freedman_2008() (in module pyFLD.tools) get_one() (in module pyFLD.tools) get_parameters() (in module pyFLD.tools) get_spectral_L() (pyFLD.star.Star method)

get_surface_density() (in module pyFLD.tools) (pyFLD.FLD.RadiativeEnvironment method) get_tau0_Flock_2019() (in module pyFLD.tools) get_wavelength_array() (in module pyFLD.radmc_helper) get_wavelength_spacing() (pyFLD.star.Star method) get_Wien_temperature() (in module pyFLD.tools) get_Wien_wavelength() (in module pyFLD.tools) get_zero() (in module pyFLD.tools) GM (pyFLD.star.Star attribute) grain_rho (pyFLD.fluids.Dust attribute) grain_size (pyFLD.fluids.Dust attribute) Grid (class in pyFLD.grid) (class in pyFLD.radmc_helper)

H

have_same_class_contents() (in module pyFLD.tools)

I

irradiation (pyFLD.FLD.RadiativeEnvironment attribute), [1] is_halfdisk() (in module pyFLD.tools) isDust (pyFLD.fluids.Dust attribute) (pyFLD.fluids.Gas attribute)

isGas (pyFLD.fluids.Dust attribute) (pyFLD.fluids.Gas attribute) isQuantity() (in module pyFLD.tools) iters (pyFLD.FLD.RadiativeEnvironment attribute)

L

L (pyFLD.star.Star attribute)

L_wl (pyFLD.star.Star attribute), [1]

M

M (pyFLD.FLD.RadiativeEnvironment attribute) (pyFLD.star.Star attribute) mkdir() (in module pyFLD.tools) module pyFLD.debug_state pyFLD.FLD pyFLD.fluids pyFLD.grid pyFLD.radmc_helper pyFLD.star pyFLD.tools

N

nbins (pyFLD.star.Star attribute), [1]

P

p (pyFLD.radmc_helper.Star attribute) parse_optool_file() (in module pyFLD.tools) pop() (in module pyFLD.debug_state) prepare_grid() (pyFLD.FLD.RadiativeEnvironment method) push() (in module pyFLD.debug_state) pyFLD.debug_state module pyFLD.FLD module

pyFLD.fluids module pyFLD.grid module pyFLD.radmc_helper module pyFLD.star module pyFLD.tools module

Q

Qirr (pyFLD.FLD.RadiativeEnvironment attribute), [1]

Qvisc (pyFLD.FLD.RadiativeEnvironment attribute), [1]

R

R (pyFLD.star.Star attribute) RadiativeEnvironment (class in pyFLD.FLD) read_and_assign_params() (in module pyFLD.tools) read_and_format_radmc_data() (in module pyFLD.radmc_helper)

read_dictionary() (in module pyFLD.tools) read_from_file() (pyFLD.radmc_helper.Grid method) (pyFLD.radmc_helper.Star method) read_wavelength_array() (in module pyFLD.radmc_helper) refresh_fluids() (pyFLD.FLD.RadiativeEnvironment method)

S

setup() (pyFLD.FLD.RadiativeEnvironment method) setup_from() (pyFLD.radmc_helper.Grid method) (pyFLD.radmc_helper.Star method)

Star (class in pyFLD.radmc_helper) (class in pyFLD.star)

T

T (pyFLD.star.Star attribute) T_to_Er() (in module pyFLD.tools) toArray() (in module pyFLD.tools)

toQuantity() (in module pyFLD.tools) try_reading() (in module pyFLD.tools) try_writing() (in module pyFLD.tools)

U

update_fluids() (pyFLD.FLD.RadiativeEnvironment method) update_pressure_energy() (pyFLD.FLD.RadiativeEnvironment method)

update_temperature() (pyFLD.FLD.RadiativeEnvironment method) update_wavelengths() (pyFLD.radmc_helper.Star method)

V

viscosity (pyFLD.FLD.RadiativeEnvironment attribute), [1]

W

wl (pyFLD.star.Star attribute), [1] write() (pyFLD.radmc_helper.Grid method) (pyFLD.radmc_helper.Star method) write_control_file() (in module pyFLD.radmc_helper) write_density_array() (in module pyFLD.radmc_helper) write_dictionary() (in module pyFLD.tools)

write_flat_opacities() (in module pyFLD.radmc_helper) write_opacity_handle() (in module pyFLD.radmc_helper) write_snapshot() (pyFLD.FLD.RadiativeEnvironment method) (pyFLD.grid.Grid method) (pyFLD.star.Star method) write_temperature_array() (in module pyFLD.radmc_helper) write_wavelength_array() (in module pyFLD.radmc_helper)