searchindex.js

Search.setIndex({"docnames": ["atomic/atomic_data", "atomic/atomic_data_interface", "atomic/data_interpolators", "atomic/elements_and_isotopes", "atomic/emission_lines", "atomic/gaunt_factors", "atomic/openadas", "atomic/rate_coefficients", "atomic/repository", "available_modules", "demonstrations/active_spectroscopy/beam_bes", "demonstrations/active_spectroscopy/beam_cxs", "demonstrations/atomic_data/beam_plasma_interactions", "demonstrations/atomic_data/fractional_abundance", "demonstrations/atomic_data/photon_emissivity_coefficients", "demonstrations/atomic_data/radiated_powers", "demonstrations/bolometry/calculate_etendue", "demonstrations/bolometry/camera_from_mesh_and_coordinates", "demonstrations/bolometry/camera_from_primitives", "demonstrations/bolometry/geometry_matrix_from_voxels", "demonstrations/bolometry/geometry_matrix_with_raytransfer", "demonstrations/bolometry/inversion_with_raytransfer", "demonstrations/bolometry/inversion_with_voxels", "demonstrations/bolometry/observing_radiation_function", "demonstrations/demonstrations", "demonstrations/jet_cxrs/jet_demo_76666", "demonstrations/jet_cxrs/quickstart", "demonstrations/line_emission/balmer_series_spectra", "demonstrations/line_emission/custom_emitter", "demonstrations/line_emission/mastu_forward_cameras", "demonstrations/passive_spectroscopy/balmer_series", "demonstrations/passive_spectroscopy/multiplet", "demonstrations/passive_spectroscopy/stark_broadening", "demonstrations/passive_spectroscopy/stark_zeeman", "demonstrations/passive_spectroscopy/zeeman_spectroscopy", "demonstrations/plasmas/analytic_function_plasma", "demonstrations/plasmas/beams_into_plasmas", "demonstrations/plasmas/equilibrium", "demonstrations/plasmas/mesh2d_plasma", "demonstrations/plasmas/slab_plasma", "demonstrations/radiation_loads/radiation_function", "demonstrations/radiation_loads/surface_radiation_loads", "demonstrations/radiation_loads/symmetric_power_load", "demonstrations/radiation_loads/wall_from_polygon", "demonstrations/ray_transfer/ray_transfer_box", "demonstrations/ray_transfer/ray_transfer_cylinder", "demonstrations/ray_transfer/ray_transfer_map", "demonstrations/ray_transfer/ray_transfer_mask", "demonstrations/solps/solps_plasma", "governance", "index", "installation_and_structure", "licence", "math/caching", "math/clamp", "math/function", "math/interpolators", "math/mappers", "math/mask", "math/math", "math/samplers", "math/slice", "math/transform", "models/basic_line/basic_line_emission", "models/beam/beam_attenuation_calculation", "models/beam/beam_attenuator", "models/bes/bes_model", "models/brem/bremsstrahlung", "models/custom_models", "models/cxs/atomic_data_calculation", "models/cxs/charge_exchange_calculation", "models/cxs/cxs_model", "models/emission_models", "models/laser/laser", "models/line_shapes/spectral_line_shapes", "models/radiated_power/radiated_power", "plasmas/core_plasma_classes", "plasmas/equilibrium", "plasmas/laser", "plasmas/particle_beams", "plasmas/plasma_sources", "plasmas/plasmas", "tools/materials", "tools/observers", "tools/plasmas", "tools/primitives", "tools/spectroscopy", "tools/tomography", "tools/tools", "tools/utility", "welcome"], "filenames": ["atomic/atomic_data.rst", "atomic/atomic_data_interface.rst", "atomic/data_interpolators.rst", "atomic/elements_and_isotopes.rst", "atomic/emission_lines.rst", "atomic/gaunt_factors.rst", "atomic/openadas.rst", "atomic/rate_coefficients.rst", "atomic/repository.rst", "available_modules.rst", "demonstrations/active_spectroscopy/beam_bes.rst", "demonstrations/active_spectroscopy/beam_cxs.rst", "demonstrations/atomic_data/beam_plasma_interactions.rst", "demonstrations/atomic_data/fractional_abundance.rst", "demonstrations/atomic_data/photon_emissivity_coefficients.rst", "demonstrations/atomic_data/radiated_powers.rst", "demonstrations/bolometry/calculate_etendue.rst", "demonstrations/bolometry/camera_from_mesh_and_coordinates.rst", "demonstrations/bolometry/camera_from_primitives.rst", "demonstrations/bolometry/geometry_matrix_from_voxels.rst", "demonstrations/bolometry/geometry_matrix_with_raytransfer.rst", "demonstrations/bolometry/inversion_with_raytransfer.rst", "demonstrations/bolometry/inversion_with_voxels.rst", "demonstrations/bolometry/observing_radiation_function.rst", "demonstrations/demonstrations.rst", "demonstrations/jet_cxrs/jet_demo_76666.rst", "demonstrations/jet_cxrs/quickstart.rst", "demonstrations/line_emission/balmer_series_spectra.rst", "demonstrations/line_emission/custom_emitter.rst", "demonstrations/line_emission/mastu_forward_cameras.rst", "demonstrations/passive_spectroscopy/balmer_series.rst", "demonstrations/passive_spectroscopy/multiplet.rst", "demonstrations/passive_spectroscopy/stark_broadening.rst", "demonstrations/passive_spectroscopy/stark_zeeman.rst", "demonstrations/passive_spectroscopy/zeeman_spectroscopy.rst", "demonstrations/plasmas/analytic_function_plasma.rst", "demonstrations/plasmas/beams_into_plasmas.rst", "demonstrations/plasmas/equilibrium.rst", "demonstrations/plasmas/mesh2d_plasma.rst", "demonstrations/plasmas/slab_plasma.rst", "demonstrations/radiation_loads/radiation_function.rst", "demonstrations/radiation_loads/surface_radiation_loads.rst", "demonstrations/radiation_loads/symmetric_power_load.rst", "demonstrations/radiation_loads/wall_from_polygon.rst", "demonstrations/ray_transfer/ray_transfer_box.rst", "demonstrations/ray_transfer/ray_transfer_cylinder.rst", "demonstrations/ray_transfer/ray_transfer_map.rst", "demonstrations/ray_transfer/ray_transfer_mask.rst", "demonstrations/solps/solps_plasma.rst", "governance.rst", "index.rst", "installation_and_structure.rst", "licence.rst", "math/caching.rst", "math/clamp.rst", "math/function.rst", "math/interpolators.rst", "math/mappers.rst", "math/mask.rst", "math/math.rst", "math/samplers.rst", "math/slice.rst", "math/transform.rst", "models/basic_line/basic_line_emission.rst", "models/beam/beam_attenuation_calculation.rst", "models/beam/beam_attenuator.rst", "models/bes/bes_model.rst", "models/brem/bremsstrahlung.rst", "models/custom_models.rst", "models/cxs/atomic_data_calculation.rst", "models/cxs/charge_exchange_calculation.rst", "models/cxs/cxs_model.rst", "models/emission_models.rst", "models/laser/laser.rst", "models/line_shapes/spectral_line_shapes.rst", "models/radiated_power/radiated_power.rst", "plasmas/core_plasma_classes.rst", "plasmas/equilibrium.rst", "plasmas/laser.rst", "plasmas/particle_beams.rst", "plasmas/plasma_sources.rst", "plasmas/plasmas.rst", "tools/materials.rst", "tools/observers.rst", "tools/plasmas.rst", "tools/primitives.rst", "tools/spectroscopy.rst", "tools/tomography.rst", "tools/tools.rst", "tools/utility.rst", "welcome.rst"], "titles": ["<span class=\"section-number\">6. </span>Atomic Data", "<span class=\"section-number\">6.5. </span>Atomic Data Interface", "<span class=\"section-number\">6.6. </span>Atomic data interpolators", "<span class=\"section-number\">6.1. </span>Elements and Isotopes", "<span class=\"section-number\">6.2. </span>Spectroscopic Emission Lines", "<span class=\"section-number\">6.4. </span>Gaunt factors", "<span class=\"section-number\">6.8. </span>Open-ADAS", "<span class=\"section-number\">6.3. </span>Rate Coefficients", "<span class=\"section-number\">6.7. </span>Atomic data repository", "<span class=\"section-number\">5. </span>Available Packages", "Beam Emission Spectroscopy", "Charge Exchange Spectroscopy", "Beam-Plasma Interaction Rates", "Fractional Abundances", "Photon Emissivity Coefficients", "Radiated Powers", "Calculating the Etendue of Bolometer Foils", "Building a Bolometer Camera Using a Mesh and Corner Coordinates", "Building a Bolometer Camera Using Geometric Primitives", "Calculating a Geometry Matrix using the Voxel Framework", "Calculating a Geometry Matrix using Ray Transfer Objects", "Performing Inversions of Bolometer Measurements Using Ray Transfer Objects", "Performing Inversions of Bolometer Measurements Using the Voxel Framework", "Observing a 3D Radiation Function with a Bolometer", "Atomic Data", "76666 sample analysis", "Quickstart Example", "Measuring line of sight spectra", "Custom emission model", "MAST-U filtered cameras", "Impact Excitation and Recombination", "Multiplet Line Ratios", "Stark Broadening", "Stark-Zeeman line shape", "Zeeman Spectroscopy", "Analytic Function Plasma", "Beams into plasmas", "Flux Function Plasmas", "2D Mesh Plasmas", "Slab Plasma", "Defining A Radiation Function", "Calculating wall surface radiation loads", "Symmetric Power Load Calculation", "Defining A Wall From A 2D Polygon", "Rectangular regular grid", "Cylindrical regular grid", "Axisymmetrical (toroidal) regular grid with custom mapping of light sources", "Axisymmetrical (toroidal) regular grid", "Loading a MAST-U plasma from SOLPS", "<span class=\"section-number\">3. </span>Project Governance", "Cherab\u2019s documentation", "<span class=\"section-number\">4. </span>Installation and Project Structure", "<span class=\"section-number\">2. </span>Licence", "<span class=\"section-number\">9.1. </span>Caching", "<span class=\"section-number\">9.2. </span>Clamps", "<span class=\"section-number\">9.3. </span>Functions", "<span class=\"section-number\">9.4. </span>Interpolators", "<span class=\"section-number\">9.5. </span>Mappers", "<span class=\"section-number\">9.7. </span>Masks", "<span class=\"section-number\">9. </span>Function Framework", "<span class=\"section-number\">9.8. </span>Samplers", "<span class=\"section-number\">9.9. </span>Slicing", "<span class=\"section-number\">9.6. </span>Transformations", "<span class=\"section-number\">8.8. </span>Basic Line Emission", "Beam attenuation calcualtion", "<span class=\"section-number\">8.2. </span>Beam Attenuation", "<span class=\"section-number\">8.5. </span>BES - Beam Emission Spectroscopy", "<span class=\"section-number\">8.7. </span>Bremsstrahlung", "<span class=\"section-number\">8.1. </span>Custom emission models", "Atomic data calculation", "<span class=\"section-number\">8.4. </span>Calculation of predicted charge-exchange spectra seen by a line-of-sight", "<span class=\"section-number\">8.3. </span>CXS models", "<span class=\"section-number\">8. </span>Emission Models", "<span class=\"section-number\">8.10. </span>Laser", "<span class=\"section-number\">8.9. </span>Spectral Line Shapes", "<span class=\"section-number\">8.6. </span>Total Radiated Power", "<span class=\"section-number\">7.1. </span>Core Plasma Classes", "<span class=\"section-number\">7.2. </span>Plasma equilibrium", "<span class=\"section-number\">7.4. </span>Laser", "<span class=\"section-number\">7.3. </span>Mono-energetic Particle Beams", "Plasma sources", "<span class=\"section-number\">7. </span>Plasmas", "<span class=\"section-number\">10.2. </span>Materials", "<span class=\"section-number\">10.4. </span>Observers", "<span class=\"section-number\">10.1. </span>Plasmas", "<span class=\"section-number\">10.3. </span>Primitives", "<span class=\"section-number\">10.5. </span>Spectroscopy", "<span class=\"section-number\">10.6. </span>Tomography", "<span class=\"section-number\">10. </span>Tools", "<span class=\"section-number\">10.7. </span>Utilities", "<span class=\"section-number\">1. </span>Welcome"], "terms": {"element": [0, 1, 2, 4, 6, 7, 8, 10, 11, 13, 20, 25, 26, 27, 28, 29, 30, 31, 32, 33, 34, 36, 41, 42, 43, 44, 48, 50, 68, 75, 76, 79, 85, 87, 89], "isotop": [0, 1, 4, 6, 8, 48, 50, 75], "lookup_el": [0, 3], "lookup_isotop": [0, 3], "spectroscop": [0, 27, 28, 31, 50, 51, 63, 68, 72, 84, 88, 90], "emiss": [0, 1, 5, 6, 11, 12, 19, 20, 21, 22, 23, 24, 26, 27, 30, 31, 35, 36, 38, 39, 40, 41, 42, 43, 44, 45, 46, 47, 50, 51, 64, 67, 70, 71, 74, 75, 76, 79, 83, 87, 90], "line": [0, 1, 2, 6, 7, 8, 10, 11, 15, 17, 18, 19, 20, 23, 24, 25, 26, 28, 30, 32, 34, 35, 36, 38, 50, 51, 52, 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"building-a-bolometer-camera-using-a-mesh-and-corner-coordinates"]], "Building a Bolometer Camera Using Geometric Primitives": [[18, "building-a-bolometer-camera-using-geometric-primitives"]], "Calculating a Geometry Matrix using the Voxel Framework": [[19, "calculating-a-geometry-matrix-using-the-voxel-framework"]], "Calculating a Geometry Matrix using Ray Transfer Objects": [[20, "calculating-a-geometry-matrix-using-ray-transfer-objects"]], "Performing Inversions of Bolometer Measurements Using Ray Transfer Objects": [[21, "performing-inversions-of-bolometer-measurements-using-ray-transfer-objects"]], "Performing Inversions of Bolometer Measurements Using the Voxel Framework": [[22, "performing-inversions-of-bolometer-measurements-using-the-voxel-framework"]], "Observing a 3D Radiation Function with a Bolometer": [[23, "observing-a-3d-radiation-function-with-a-bolometer"]], "Creating Plasmas": [[24, "creating-plasmas"]], "Surface Radiation Loads": [[24, "surface-radiation-loads"]], "Active Spectroscopy": [[24, "active-spectroscopy"]], "Passive Spectroscopy": [[24, "passive-spectroscopy"]], "Bolometry": [[24, "bolometry"]], "Geometry Matrices": [[24, "geometry-matrices"]], "Code examples gallery": [[24, "code-examples-gallery"]], "76666 sample analysis": [[25, "sample-analysis"]], "Quickstart Example": [[26, "quickstart-example"]], "Preamble": [[26, "preamble"]], "Scenegraph Creation": [[26, "scenegraph-creation"]], "Plasma Configuration": [[26, "plasma-configuration"]], "PINI Configuration": [[26, "pini-configuration"]], "Observation": [[26, "observation"]], "Measuring line of sight spectra": [[27, "measuring-line-of-sight-spectra"]], "Loading Plasma and machine geometry": [[27, "loading-plasma-and-machine-geometry"], [28, "loading-plasma-and-machine-geometry"], [41, "loading-plasma-and-machine-geometry"]], "Optical Fibre setup": [[27, "optical-fibre-setup"]], "Sampling plasma parameters along ray trajectory": [[27, "sampling-plasma-parameters-along-ray-trajectory"]], "Example plots": [[27, "example-plots"]], "Custom emission model": [[28, "custom-emission-model"], [28, "id1"]], "Camera setup": [[28, "camera-setup"]], "Example output images": [[28, "example-output-images"], [29, "example-output-images"]], "MAST-U filtered cameras": [[29, "mast-u-filtered-cameras"]], "Loading machine geometry": [[29, "loading-machine-geometry"]], "Loading plasma from SOLPS simulation": [[29, "loading-plasma-from-solps-simulation"]], "Setting up emission lines": [[29, "setting-up-emission-lines"]], "Filtered camera setup": [[29, "filtered-camera-setup"]], "Impact Excitation and Recombination": [[30, "impact-excitation-and-recombination"]], "Multiplet Line Ratios": [[31, "multiplet-line-ratios"]], "Stark Broadening": [[32, "stark-broadening"]], "Stark-Zeeman line shape": [[33, "stark-zeeman-line-shape"]], "Zeeman Spectroscopy": [[34, "zeeman-spectroscopy"]], "Analytic Function Plasma": [[35, 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null]], "Features implemented in Cherab": [[64, "features-implemented-in-cherab"]], "Litterature on which this note is based": [[64, "litterature-on-which-this-note-is-based"]], "Beam Attenuation": [[65, "beam-attenuation"]], "Single Ray Attenuator": [[65, "single-ray-attenuator"]], "BES - Beam Emission Spectroscopy": [[66, "bes-beam-emission-spectroscopy"]], "Bremsstrahlung": [[67, "bremsstrahlung"]], "Custom emission models": [[68, "custom-emission-models"]], "Atomic data calculation": [[69, "atomic-data-calculation"]], "Important quantities": [[69, "id1"]], "Effective emission charge-exchange coefficient q^{eff}_{n\\rightarrow n'}": [[69, "effective-emission-charge-exchange-coefficient-q-eff-n-rightarrow-n"]], "ADAS inputs for effective emission charge-exchange coefficient": [[69, "id2"]], "> Best method to calculate q^{eff}_{n\\rightarrow n'} from adf12 files?": [[69, "best-method-to-calculate-q-eff-n-rightarrow-n-from-adf12-files"]], "> Best method to calculate simulated spectral line with Maxwellian distribution of velocity for target ion Z^{(\\alpha+1)+} but taking into account the cross-section effet": [[69, "best-method-to-calculate-simulated-spectral-line-with-maxwellian-distribution-of-velocity-for-target-ion-z-alpha-1-but-taking-into-account-the-cross-section-effet"]], "Effective beam population coefficient": [[69, "effective-beam-population-coefficient"]], "ADAS inputs for effective beam population coefficient": [[69, "id3"]], "Effective beam stopping coefficient S_{CR}^{Z}": [[69, "effective-beam-stopping-coefficient-s-cr-z"]], "ADAS inputs for effective beam stopping coefficient": [[69, "id4"]], "List of ADAS file used at present in CHEAP": [[69, "list-of-adas-file-used-at-present-in-cheap"]], "List of CX lines, transition and accurate wavelength": [[69, "list-of-cx-lines-transition-and-accurate-wavelength"]], "Calculation of predicted charge-exchange spectra seen by a line-of-sight": [[70, 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"cherab.core.atomic.interface.AtomicData.zeeman_triplet_parameters"]], "beamcxpec (class in cherab.openadas.rates.cx)": [[2, "cherab.openadas.rates.cx.BeamCXPEC"]], "beamemissionpec (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.BeamEmissionPEC"]], "beampopulationrate (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.BeamPopulationRate"]], "beamstoppingrate (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.BeamStoppingRate"]], "cxradiationpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.CXRadiationPower"]], "continuumpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.ContinuumPower"]], "impactexcitationpec (class in cherab.openadas.rates.pec)": [[2, "cherab.openadas.rates.pec.ImpactExcitationPEC"]], "ionisationrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.IonisationRate"]], "lineradiationpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.LineRadiationPower"]], "nullbeamcxpec (class in cherab.openadas.rates.cx)": [[2, "cherab.openadas.rates.cx.NullBeamCXPEC"]], "nullbeamemissionpec (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.NullBeamEmissionPEC"]], "nullbeampopulationrate (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.NullBeamPopulationRate"]], "nullbeamstoppingrate (class in cherab.openadas.rates.beam)": [[2, "cherab.openadas.rates.beam.NullBeamStoppingRate"]], "nullcxradiationpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.NullCXRadiationPower"]], "nullcontinuumpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.NullContinuumPower"]], "nullimpactexcitationpec (class in cherab.openadas.rates.pec)": [[2, "cherab.openadas.rates.pec.NullImpactExcitationPEC"]], "nullionisationrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.NullIonisationRate"]], "nulllineradiationpower (class in cherab.openadas.rates.radiated_power)": [[2, "cherab.openadas.rates.radiated_power.NullLineRadiationPower"]], "nullrecombinationpec (class in cherab.openadas.rates.pec)": [[2, "cherab.openadas.rates.pec.NullRecombinationPEC"]], "nullrecombinationrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.NullRecombinationRate"]], "nullthermalcxrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.NullThermalCXRate"]], "recombinationpec (class in cherab.openadas.rates.pec)": [[2, "cherab.openadas.rates.pec.RecombinationPEC"]], "recombinationrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.RecombinationRate"]], "thermalcxrate (class in cherab.openadas.rates.atomic)": [[2, "cherab.openadas.rates.atomic.ThermalCXRate"]], "evaluate() (cherab.openadas.rates.atomic.ionisationrate method)": [[2, "cherab.openadas.rates.atomic.IonisationRate.evaluate"]], "evaluate() (cherab.openadas.rates.atomic.nullionisationrate method)": [[2, "cherab.openadas.rates.atomic.NullIonisationRate.evaluate"]], "evaluate() (cherab.openadas.rates.atomic.nullrecombinationrate method)": [[2, "cherab.openadas.rates.atomic.NullRecombinationRate.evaluate"]], "evaluate() (cherab.openadas.rates.atomic.nullthermalcxrate method)": [[2, "cherab.openadas.rates.atomic.NullThermalCXRate.evaluate"]], "evaluate() (cherab.openadas.rates.atomic.recombinationrate method)": [[2, "cherab.openadas.rates.atomic.RecombinationRate.evaluate"]], "evaluate() (cherab.openadas.rates.atomic.thermalcxrate method)": [[2, "cherab.openadas.rates.atomic.ThermalCXRate.evaluate"]], "evaluate() (cherab.openadas.rates.beam.beamemissionpec method)": [[2, "cherab.openadas.rates.beam.BeamEmissionPEC.evaluate"]], "evaluate() (cherab.openadas.rates.beam.beampopulationrate method)": [[2, "cherab.openadas.rates.beam.BeamPopulationRate.evaluate"]], "evaluate() (cherab.openadas.rates.beam.beamstoppingrate method)": [[2, "cherab.openadas.rates.beam.BeamStoppingRate.evaluate"]], "evaluate() (cherab.openadas.rates.beam.nullbeamemissionpec method)": [[2, "cherab.openadas.rates.beam.NullBeamEmissionPEC.evaluate"]], "evaluate() (cherab.openadas.rates.beam.nullbeampopulationrate method)": [[2, "cherab.openadas.rates.beam.NullBeamPopulationRate.evaluate"]], "evaluate() (cherab.openadas.rates.beam.nullbeamstoppingrate method)": [[2, "cherab.openadas.rates.beam.NullBeamStoppingRate.evaluate"]], "evaluate() (cherab.openadas.rates.cx.beamcxpec method)": [[2, "cherab.openadas.rates.cx.BeamCXPEC.evaluate"]], "evaluate() (cherab.openadas.rates.cx.nullbeamcxpec method)": [[2, "cherab.openadas.rates.cx.NullBeamCXPEC.evaluate"]], "evaluate() (cherab.openadas.rates.pec.impactexcitationpec method)": [[2, "cherab.openadas.rates.pec.ImpactExcitationPEC.evaluate"]], "evaluate() (cherab.openadas.rates.pec.nullimpactexcitationpec method)": [[2, "cherab.openadas.rates.pec.NullImpactExcitationPEC.evaluate"]], "evaluate() (cherab.openadas.rates.pec.nullrecombinationpec method)": [[2, "cherab.openadas.rates.pec.NullRecombinationPEC.evaluate"]], "evaluate() (cherab.openadas.rates.pec.recombinationpec method)": [[2, "cherab.openadas.rates.pec.RecombinationPEC.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.cxradiationpower method)": [[2, "cherab.openadas.rates.radiated_power.CXRadiationPower.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.continuumpower method)": [[2, "cherab.openadas.rates.radiated_power.ContinuumPower.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.lineradiationpower method)": [[2, "cherab.openadas.rates.radiated_power.LineRadiationPower.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.nullcxradiationpower method)": [[2, "cherab.openadas.rates.radiated_power.NullCXRadiationPower.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.nullcontinuumpower method)": [[2, "cherab.openadas.rates.radiated_power.NullContinuumPower.evaluate"]], "evaluate() (cherab.openadas.rates.radiated_power.nulllineradiationpower method)": [[2, "cherab.openadas.rates.radiated_power.NullLineRadiationPower.evaluate"]], "element (class in cherab.core.atomic.elements)": [[3, "cherab.core.atomic.elements.Element"]], "isotope (class in cherab.core.atomic.elements)": [[3, "cherab.core.atomic.elements.Isotope"]], "lookup_element() (in module cherab.core.atomic.elements)": [[3, "cherab.core.atomic.elements.lookup_element"]], "lookup_isotope() (in module cherab.core.atomic.elements)": [[3, "cherab.core.atomic.elements.lookup_isotope"]], "line (class in cherab.core.atomic.line)": [[4, "cherab.core.atomic.line.Line"]], "zeemanstructure (class in cherab.core.atomic.zeeman)": [[4, "cherab.core.atomic.zeeman.ZeemanStructure"]], "freefreegauntfactor (class in cherab.core.atomic.gaunt)": [[5, "cherab.core.atomic.gaunt.FreeFreeGauntFactor"]], "interpolatedfreefreegauntfactor (class in cherab.core.atomic.gaunt)": [[5, "cherab.core.atomic.gaunt.InterpolatedFreeFreeGauntFactor"]], "maxwellianfreefreegauntfactor (class in cherab.core.atomic.gaunt)": [[5, "cherab.core.atomic.gaunt.MaxwellianFreeFreeGauntFactor"]], "__call__() (cherab.core.atomic.gaunt.freefreegauntfactor method)": [[5, "cherab.core.atomic.gaunt.FreeFreeGauntFactor.__call__"]], "evaluate() (cherab.core.atomic.gaunt.freefreegauntfactor method)": [[5, "cherab.core.atomic.gaunt.FreeFreeGauntFactor.evaluate"]], "evaluate() (cherab.core.atomic.gaunt.interpolatedfreefreegauntfactor method)": [[5, "cherab.core.atomic.gaunt.InterpolatedFreeFreeGauntFactor.evaluate"]], "cherab.openadas.install": [[6, "module-cherab.openadas.install"]], "install_adf11acd() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11acd"]], "install_adf11ccd() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11ccd"]], "install_adf11plt() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11plt"]], "install_adf11prb() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11prb"]], "install_adf11prc() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11prc"]], "install_adf11scd() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf11scd"]], "install_adf12() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf12"]], "install_adf15() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf15"]], "install_adf21() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf21"]], "install_adf22bme() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf22bme"]], "install_adf22bmp() (in module cherab.openadas.install)": [[6, "cherab.openadas.install.install_adf22bmp"]], "module": [[6, "module-cherab.openadas.install"], [8, "module-cherab.openadas.repository.beam.cx"], [8, "module-cherab.openadas.repository.beam.emission"], [8, "module-cherab.openadas.repository.beam.population"], [8, "module-cherab.openadas.repository.beam.stopping"], [8, "module-cherab.openadas.repository.pec"], [8, "module-cherab.openadas.repository.radiated_power"], [8, "module-cherab.openadas.repository.wavelength"], [53, "module-cherab.core.math.caching.caching1d"], [53, "module-cherab.core.math.caching.caching2d"], [53, "module-cherab.core.math.caching.caching3d"], [54, "module-cherab.core.math.clamp"], [57, "module-cherab.core.math.mappers"], [58, "module-cherab.core.math.mask"], [61, "module-cherab.core.math.slice"], [62, "module-cherab.core.math.transform.cylindrical"], [62, "module-cherab.core.math.transform.periodic"], [89, "module-cherab.core.utility.conversion"], [89, "module-cherab.core.utility.notify"], [89, "module-cherab.core.utility.recursivedict"]], "parse_adf11() (in module cherab.openadas.parse.adf11)": [[6, "cherab.openadas.parse.adf11.parse_adf11"]], "parse_adf12() (in module cherab.openadas.parse.adf12)": [[6, "cherab.openadas.parse.adf12.parse_adf12"]], "parse_adf15() (in module cherab.openadas.parse.adf15)": [[6, "cherab.openadas.parse.adf15.parse_adf15"]], "parse_adf21() (in module cherab.openadas.parse.adf21)": [[6, "cherab.openadas.parse.adf21.parse_adf21"]], "parse_adf22bme() (in module cherab.openadas.parse.adf22)": [[6, "cherab.openadas.parse.adf22.parse_adf22bme"]], "parse_adf22bmp() (in module cherab.openadas.parse.adf22)": [[6, "cherab.openadas.parse.adf22.parse_adf22bmp"]], "beamcxpec (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.BeamCXPEC"]], "beamemissionpec (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.BeamEmissionPEC"]], "beampopulationrate (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.BeamPopulationRate"]], "beamstoppingrate (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.BeamStoppingRate"]], "impactexcitationpec (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.ImpactExcitationPEC"]], "ionisationrate (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.IonisationRate"]], "recombinationpec (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.RecombinationPEC"]], "recombinationrate (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.RecombinationRate"]], "thermalcxpec (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.ThermalCXPEC"]], "thermalcxrate (class in cherab.core.atomic.rates)": [[7, "cherab.core.atomic.rates.ThermalCXRate"]], "__call__()": [[7, "call__"], [7, "id0"], [7, "id3"]], "__call__() (cherab.core.atomic.rates.beamcxpec method)": [[7, "cherab.core.atomic.rates.BeamCXPEC.__call__"]], "built-in function": [[7, "call__"], [7, "cherab.core.atomic.rates.FractionalAbundance.__call__"], [7, "cherab.core.atomic.rates.RadiatedPower.__call__"], [7, "cherab.core.atomic.rates.StageResolvedLineRadiation.__call__"], [7, "evaluate"], [7, "id0"], [7, "id1"], [7, "id3"], [7, "id4"]], "cherab.core.atomic.rates.fractionalabundance (built-in class)": [[7, "cherab.core.atomic.rates.FractionalAbundance"]], "cherab.core.atomic.rates.fractionalabundance.__call__()": [[7, "cherab.core.atomic.rates.FractionalAbundance.__call__"]], "cherab.core.atomic.rates.radiatedpower (built-in class)": [[7, "cherab.core.atomic.rates.RadiatedPower"]], "cherab.core.atomic.rates.radiatedpower.__call__()": [[7, "cherab.core.atomic.rates.RadiatedPower.__call__"]], "cherab.core.atomic.rates.stageresolvedlineradiation (built-in class)": [[7, "cherab.core.atomic.rates.StageResolvedLineRadiation"]], "cherab.core.atomic.rates.stageresolvedlineradiation.__call__()": [[7, "cherab.core.atomic.rates.StageResolvedLineRadiation.__call__"]], "evaluate()": [[7, "evaluate"], [7, "id1"], [7, "id4"]], "evaluate() (cherab.core.atomic.rates.beamcxpec method)": [[7, "cherab.core.atomic.rates.BeamCXPEC.evaluate"]], "add_beam_cx_rate() (in module cherab.openadas.repository.beam.cx)": [[8, "cherab.openadas.repository.beam.cx.add_beam_cx_rate"]], "add_beam_emission_rate() (in module cherab.openadas.repository.beam.emission)": [[8, "cherab.openadas.repository.beam.emission.add_beam_emission_rate"]], "add_beam_population_rate() (in module cherab.openadas.repository.beam.population)": [[8, "cherab.openadas.repository.beam.population.add_beam_population_rate"]], "add_beam_stopping_rate() (in module cherab.openadas.repository.beam.stopping)": [[8, "cherab.openadas.repository.beam.stopping.add_beam_stopping_rate"]], "add_continuum_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.add_continuum_power_rate"]], "add_cx_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.add_cx_power_rate"]], "add_ionisation_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.add_ionisation_rate"]], "add_line_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.add_line_power_rate"]], "add_pec_excitation_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.add_pec_excitation_rate"]], "add_pec_recombination_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.add_pec_recombination_rate"]], "add_pec_thermal_cx_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.add_pec_thermal_cx_rate"]], "add_recombination_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.add_recombination_rate"]], "add_thermal_cx_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.add_thermal_cx_rate"]], "add_wavelength() (in module cherab.openadas.repository.wavelength)": [[8, "cherab.openadas.repository.wavelength.add_wavelength"]], "cherab.openadas.repository.beam.cx": [[8, "module-cherab.openadas.repository.beam.cx"]], "cherab.openadas.repository.beam.emission": [[8, "module-cherab.openadas.repository.beam.emission"]], "cherab.openadas.repository.beam.population": [[8, "module-cherab.openadas.repository.beam.population"]], "cherab.openadas.repository.beam.stopping": [[8, "module-cherab.openadas.repository.beam.stopping"]], "cherab.openadas.repository.pec": [[8, "module-cherab.openadas.repository.pec"]], "cherab.openadas.repository.radiated_power": [[8, "module-cherab.openadas.repository.radiated_power"]], "cherab.openadas.repository.wavelength": [[8, "module-cherab.openadas.repository.wavelength"]], "get_beam_cx_rates() (in module cherab.openadas.repository.beam.cx)": [[8, "cherab.openadas.repository.beam.cx.get_beam_cx_rates"]], "get_beam_emission_rate() (in module cherab.openadas.repository.beam.emission)": [[8, "cherab.openadas.repository.beam.emission.get_beam_emission_rate"]], "get_beam_population_rate() (in module cherab.openadas.repository.beam.population)": [[8, "cherab.openadas.repository.beam.population.get_beam_population_rate"]], "get_beam_stopping_rate() (in module cherab.openadas.repository.beam.stopping)": [[8, "cherab.openadas.repository.beam.stopping.get_beam_stopping_rate"]], "get_continuum_radiated_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.get_continuum_radiated_power_rate"]], "get_cx_radiated_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.get_cx_radiated_power_rate"]], "get_ionisation_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.get_ionisation_rate"]], "get_line_radiated_power_rate() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.get_line_radiated_power_rate"]], "get_pec_excitation_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.get_pec_excitation_rate"]], "get_pec_recombination_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.get_pec_recombination_rate"]], "get_pec_thermal_cx_rate() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.get_pec_thermal_cx_rate"]], "get_recombination_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.get_recombination_rate"]], "get_thermal_cx_rate() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.get_thermal_cx_rate"]], "get_wavelength() (in module cherab.openadas.repository.wavelength)": [[8, "cherab.openadas.repository.wavelength.get_wavelength"]], "populate() (in module cherab.openadas.repository.create)": [[8, "cherab.openadas.repository.create.populate"]], "update_beam_cx_rates() (in module cherab.openadas.repository.beam.cx)": [[8, "cherab.openadas.repository.beam.cx.update_beam_cx_rates"]], "update_beam_emission_rates() (in module cherab.openadas.repository.beam.emission)": [[8, "cherab.openadas.repository.beam.emission.update_beam_emission_rates"]], "update_beam_population_rates() (in module cherab.openadas.repository.beam.population)": [[8, "cherab.openadas.repository.beam.population.update_beam_population_rates"]], "update_beam_stopping_rates() (in module cherab.openadas.repository.beam.stopping)": [[8, "cherab.openadas.repository.beam.stopping.update_beam_stopping_rates"]], "update_continuum_power_rates() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.update_continuum_power_rates"]], "update_cx_power_rates() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.update_cx_power_rates"]], "update_ionisation_rates() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.update_ionisation_rates"]], "update_line_power_rates() (in module cherab.openadas.repository.radiated_power)": [[8, "cherab.openadas.repository.radiated_power.update_line_power_rates"]], "update_pec_rates() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.update_pec_rates"]], "update_pec_thermal_cx_rates() (in module cherab.openadas.repository.pec)": [[8, "cherab.openadas.repository.pec.update_pec_thermal_cx_rates"]], "update_recombination_rates() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.update_recombination_rates"]], "update_thermal_cx_rates() (in module cherab.openadas.repository.atomic)": [[8, "cherab.openadas.repository.atomic.update_thermal_cx_rates"]], "update_wavelengths() (in module cherab.openadas.repository.wavelength)": [[8, "cherab.openadas.repository.wavelength.update_wavelengths"]], "caching1d (class in cherab.core.math.caching.caching1d)": [[53, "cherab.core.math.caching.caching1d.Caching1D"]], "caching2d (class in cherab.core.math.caching.caching2d)": [[53, "cherab.core.math.caching.caching2d.Caching2D"]], "caching3d (class in cherab.core.math.caching.caching3d)": [[53, "cherab.core.math.caching.caching3d.Caching3D"]], "cherab.core.math.caching.caching1d": [[53, "module-cherab.core.math.caching.caching1d"]], "cherab.core.math.caching.caching2d": [[53, "module-cherab.core.math.caching.caching2d"]], "cherab.core.math.caching.caching3d": [[53, "module-cherab.core.math.caching.caching3d"]], "clampinput1d (class in cherab.core.math.clamp)": [[54, "cherab.core.math.clamp.ClampInput1D"]], "clampinput2d (class in cherab.core.math.clamp)": [[54, "cherab.core.math.clamp.ClampInput2D"]], "clampinput3d (class in 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in cherab.core.math.mappers)": [[57, "cherab.core.math.mappers.IsoMapper2D"]], "isomapper3d (class in cherab.core.math.mappers)": [[57, "cherab.core.math.mappers.IsoMapper3D"]], "swizzle2d (class in cherab.core.math.mappers)": [[57, "cherab.core.math.mappers.Swizzle2D"]], "swizzle3d (class in cherab.core.math.mappers)": [[57, "cherab.core.math.mappers.Swizzle3D"]], "vectoraxisymmetricmapper (class in cherab.core.math.mappers)": [[57, "cherab.core.math.mappers.VectorAxisymmetricMapper"]], "cherab.core.math.mappers": [[57, "module-cherab.core.math.mappers"]], "polygonmask2d (class in cherab.core.math.mask)": [[58, "cherab.core.math.mask.PolygonMask2D"]], "cherab.core.math.mask": [[58, "module-cherab.core.math.mask"]], "sample1d() (in module cherab.core.math.samplers)": [[60, "cherab.core.math.samplers.sample1d"]], "sample1d_points() (in module cherab.core.math.samplers)": [[60, "cherab.core.math.samplers.sample1d_points"]], "sample2d() (in module cherab.core.math.samplers)": [[60, 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cherab.core.math.transform.periodic)": [[62, "cherab.core.math.transform.periodic.PeriodicTransform3D"]], "vectorcylindricaltransform (class in cherab.core.math.transform.cylindrical)": [[62, "cherab.core.math.transform.cylindrical.VectorCylindricalTransform"]], "vectorperiodictransform1d (class in cherab.core.math.transform.periodic)": [[62, "cherab.core.math.transform.periodic.VectorPeriodicTransform1D"]], "vectorperiodictransform2d (class in cherab.core.math.transform.periodic)": [[62, "cherab.core.math.transform.periodic.VectorPeriodicTransform2D"]], "vectorperiodictransform3d (class in cherab.core.math.transform.periodic)": [[62, "cherab.core.math.transform.periodic.VectorPeriodicTransform3D"]], "cherab.core.math.transform.cylindrical": [[62, "module-cherab.core.math.transform.cylindrical"]], "cherab.core.math.transform.periodic": [[62, "module-cherab.core.math.transform.periodic"]], "excitationline (class in cherab.core.model.plasma.impact_excitation)": [[63, 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cherab.core.model.lineshape.multiplet)": [[74, "cherab.core.model.lineshape.multiplet.MultipletLineShape"]], "parametrisedzeemantriplet (class in cherab.core.model.lineshape.zeeman)": [[74, "cherab.core.model.lineshape.zeeman.ParametrisedZeemanTriplet"]], "starkbroadenedline (class in cherab.core.model.lineshape.stark)": [[74, "cherab.core.model.lineshape.stark.StarkBroadenedLine"]], "zeemanlineshapemodel (class in cherab.core.model.lineshape.zeeman)": [[74, "cherab.core.model.lineshape.zeeman.ZeemanLineShapeModel"]], "zeemanmultiplet (class in cherab.core.model.lineshape.zeeman)": [[74, "cherab.core.model.lineshape.zeeman.ZeemanMultiplet"]], "zeemantriplet (class in cherab.core.model.lineshape.zeeman)": [[74, "cherab.core.model.lineshape.zeeman.ZeemanTriplet"]], "add_gaussian_line (class in cherab.core.model.lineshape.gaussian)": [[74, "cherab.core.model.lineshape.gaussian.add_gaussian_line"]], "add_lorentzian_line (class in cherab.core.model.lineshape.stark)": [[74, 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