Index

A

add_active_line() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1] add_chromosphere() (hazel.model.Model method), [1] add_mask_file() (hazel.spectrum.Spectrum method) add_name() (hazel.spectrum.Spectrum method) add_observed_file() (hazel.spectrum.Spectrum method) add_parametric() (hazel.model.Model method), [1]

add_photosphere() (hazel.model.Model method), [1] add_spectral() (hazel.model.Model method), [1] add_spectrum() (hazel.spectrum.Spectrum method) add_stokes_weights() (hazel.spectrum.Spectrum method) add_straylight() (hazel.model.Model method), [1] add_topology() (hazel.model.Model method), [1] add_weights() (hazel.spectrum.Spectrum method) allocate_info_cycles() (hazel.atmosphere.General_atmosphere method) (hazel.spectrum.Spectrum method)

B

backtracking_brent() (hazel.model.Model method), [1]

backtracking_parabolic() (hazel.model.Model method), [1]

C

cleanup() (hazel.multiprocess.Iterator method), [1] close_observation() (hazel.spectrum.Spectrum method) close_output() (hazel.model.Model method), [1]

compute_chi2() (hazel.model.Model method), [1] compute_uncertainty() (hazel.model.Model method), [1] Configuration (class in hazel.configuration)

D

Dataset (class in hazel.forward_nn) decode() (hazel.graphnet.EncodeProcessDecode method)

DONE (hazel.multiprocess.tags attribute), [1] DONOTHING (hazel.multiprocess.tags attribute), [1]

E

encode() (hazel.graphnet.EncodeProcessDecode method) EncodeProcessDecode (class in hazel.graphnet)

Error EXIT (hazel.multiprocess.tags attribute), [1] exit_hazel() (hazel.model.Model method), [1]

F

File_chromosphere (class in hazel.tools), [1] File_observation (class in hazel.tools), [1] File_photosphere (class in hazel.tools), [1] find_active_parameters() (hazel.model.Model method), [1]

flatten_parameters_to_reference() (hazel.model.Model method), [1] Forward (class in hazel.forward_nn) forward() (hazel.graphnet.EncodeProcessDecode method) fvoigt() (in module hazel.util)

G

General_atmosphere (class in hazel.atmosphere)

get_parameters() (hazel.photosphere.SIR_atmosphere method), [1] get_rank() (hazel.multiprocess.Iterator method), [1]

H

hazel module hazel.atmosphere module hazel.chromosphere module, [1] hazel.codes module hazel.configuration module hazel.exceptions module hazel.forward_nn module hazel.graphnet module hazel.hsra module hazel.model module, [1]

hazel.multiprocess module, [1] hazel.parametric module, [1] hazel.photosphere module, [1] hazel.sir module hazel.spectrum module hazel.stray module, [1] hazel.tools module, [1] hazel.transforms module hazel.util module Hazel_atmosphere (class in hazel.chromosphere), [1] hsra_continuum() (in module hazel.hsra)

I

i0_allen() (in module hazel.util) init_reference() (hazel.atmosphere.General_atmosphere method) init_sir() (hazel.model.Model method), [1] init_sir_external() (hazel.model.Model method), [1] interpolate_nodes() (hazel.photosphere.SIR_atmosphere method), [1]

interpolate_nodes_rf() (hazel.photosphere.SIR_atmosphere method), [1] invert() (hazel.model.Model method), [1] invert_external() (hazel.model.Model method), [1] isint() (in module hazel.util) Iterator (class in hazel.multiprocess), [1]

L

list_lines() (hazel.photosphere.SIR_atmosphere method), [1] list_models() (hazel.tools.File_photosphere method), [1] load_nlte_model() (hazel.photosphere.SIR_atmosphere method), [1] load_reference_model() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1]

lower_dict_keys() (in module hazel.util)

M

Model (class in hazel.model), [1] model_to_nodes() (hazel.photosphere.SIR_atmosphere method), [1] modified_svd_inverse() (hazel.model.Model method), [1] module hazel hazel.atmosphere hazel.chromosphere, [1] hazel.codes hazel.configuration hazel.exceptions hazel.forward_nn hazel.graphnet hazel.hsra hazel.model, [1] hazel.multiprocess, [1] hazel.parametric, [1] hazel.photosphere, [1] hazel.sir hazel.spectrum hazel.stray, [1] hazel.tools, [1] hazel.transforms hazel.util

mpi_parent_work() (hazel.multiprocess.Iterator method), [1] mpi_workers_work() (hazel.multiprocess.Iterator method), [1]

N

next_pixel() (hazel.spectrum.Spectrum method) nodes_to_model() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1]

nonmpi_work() (hazel.multiprocess.Iterator method), [1] normalize_ff() (hazel.model.Model method), [1] NumericalErrorHazel NumericalErrorSIR

O

open_observation() (hazel.spectrum.Spectrum method)

open_output() (hazel.model.Model method), [1]

P

Parametric_atmosphere (class in hazel.parametric), [1] physical_to_transformed() (in module hazel.transforms) predict() (hazel.forward_nn.Forward method) print_parameters() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1]

process() (hazel.graphnet.EncodeProcessDecode method) process_step() (hazel.graphnet.EncodeProcessDecode method)

R

randomize() (hazel.model.Model method), [1] read_mask() (hazel.spectrum.Spectrum method) read_observation() (hazel.model.Model method), [1] (hazel.spectrum.Spectrum method) read_straylight() (hazel.spectrum.Spectrum method)

READY (hazel.multiprocess.tags attribute), [1] remove_atmosphere() (hazel.model.Model method), [1] remove_unused_atmosphere() (hazel.model.Model method), [1] reset_reference() (hazel.atmosphere.General_atmosphere method) run_all_pixels() (hazel.multiprocess.Iterator method), [1]

S

save() (hazel.tools.File_chromosphere method), [1] (hazel.tools.File_observation method), [1] (hazel.tools.File_photosphere method), [1] select_coordinate_system() (hazel.chromosphere.Hazel_atmosphere method), [1] set_boundary() (hazel.spectrum.Spectrum method) set_default() (hazel.tools.File_chromosphere method), [1] (hazel.tools.File_photosphere method), [1] set_los() (hazel.spectrum.Spectrum method) set_new_model() (hazel.model.Model method), [1] set_nlte() (hazel.model.Model method), [1] set_normalization() (hazel.spectrum.Spectrum method) set_parameters() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1] set_reference() (hazel.atmosphere.General_atmosphere method) set_size() (hazel.tools.File_chromosphere method), [1] (hazel.tools.File_observation method), [1] (hazel.tools.File_photosphere method), [1]

set_straylight() (hazel.stray.Straylight_atmosphere method), [1] set_topologies() (hazel.model.Model method), [1] setup() (hazel.model.Model method), [1] show_tree() (in module hazel.util) Sir (class in hazel.sir) SIR_atmosphere (class in hazel.photosphere), [1] Spectrum (class in hazel.spectrum) START (hazel.multiprocess.tags attribute), [1] Straylight_atmosphere (class in hazel.stray), [1] synth() (hazel.sir.Sir method) synthesize() (hazel.chromosphere.Hazel_atmosphere method), [1] (hazel.model.Model method), [1] (hazel.parametric.Parametric_atmosphere method), [1] (hazel.photosphere.SIR_atmosphere method), [1] (hazel.stray.Straylight_atmosphere method), [1] synthesize_and_compute_rf() (hazel.model.Model method), [1] synthesize_spectral_region() (hazel.model.Model method), [1] synthRF() (hazel.sir.Sir method)

T

tags (class in hazel.multiprocess), [1] to_physical() (hazel.atmosphere.General_atmosphere method)

to_transformed() (hazel.atmosphere.General_atmosphere method) transformed_to_physical() (in module hazel.transforms)

U

use_configuration() (hazel.model.Model method), [1]

use_model() (hazel.multiprocess.Iterator method), [1]

W

weights_init() (hazel.graphnet.EncodeProcessDecode method)

write_output() (hazel.model.Model method), [1]