Index

A

a (optmat.gas.linewidths.ExponentialGapLaw attribute) a_prior (optmat.gas.nonlinear.NonlinearConfig attribute) abscissa (optmat.datasets.Dataset attribute) (optmat.gas.mixture_validation.Comparison attribute) abscissa_unit (optmat.datasets.Dataset attribute) abscissa_values() (optmat.datasets.Dataset method) ABSCISSAE (in module optmat.vocabulary) abscissae (optmat.datasets.Dataset attribute) (optmat.vocabulary.Quantity attribute) absolute (optmat.datasets.Uncertainty attribute) absorbing (optmat.gas.models.base.Model property) (optmat.gas.models.oscillator.OscillatorModel property) absorbing_regions() (in module optmat.gas.models.compact) absorption (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) ABSORPTION_DIRECTORY (in module optmat.gas.absorption) ABSORPTION_THRESHOLD_M (in module optmat.gas.air) absorption_warning_threshold (optmat.gas.models.base.Model attribute) AbsorptionEvidence (class in optmat.gas.nonlinear) added_attributes (optmat.solid.fitting.FitConfig attribute) added_values (optmat.solid.fitting.FitConfig attribute) adiabatic_ionization_energy (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) adk_coefficient_squared() (in module optmat.gas.ionisation) against (optmat.gas.ionisation_validation.YieldRatio attribute) against_value (optmat.gas.ionisation_validation.YieldRatio attribute) air (optmat.solid.models.formulas.FormulaModel attribute) AIR_COMPOSITIONS (in module optmat.gas.air) air_equation_of_state() (in module optmat.gas.eos) air_model() (in module optmat.gas.air) air_refractivity() (in module optmat.conditions) AirModel (class in optmat.gas.air) aliases (optmat.materials.Material attribute) alpha (optmat.gas.fitting.Observation attribute) (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.molecular_ionisation_validation.FittedConstants attribute) ALPHA_FRACTION (in module optmat.gas.air) AMAGAT (in module optmat.gas.linewidths) amplitude (optmat.gas.raman.RamanLines attribute) (optmat.gas.raman_response.GasRamanResponse property) amplitude() (in module optmat.gas.ionisation_validation)

ANGLE_RESOLVED (in module optmat.gas.molecular_ionisation_validation) angles (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) angular_frequency() (optmat.datasets.Dataset method) angular_frequency_au() (in module optmat.gas.models.oscillator) anisotropic (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.raman_response.RamanGroup attribute) anisotropy (optmat.gas.molecular_ionisation_validation.OrientationAverage property) (optmat.gas.raman.RotationalBand attribute) AnisotropyTable (class in optmat.gas.raman) Ar (optmat.gas.gases.Gas attribute) ArgumentError as_gas() (in module optmat.gas.gases) as_material() (in module optmat.materials) assemble() (in module optmat.gas.absorption) assessment (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) assessment_reason (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) at() (optmat.gas.linewidths.Broadening method) (optmat.gas.linewidths.LineTable method) at_temperature() (optmat.solid.models.formulas.FormulaModel method) at_wavelength() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) atom (optmat.gas.ionisation_validation.AtomRatio attribute) (optmat.gas.ionisation_validation.SurvivalRatio attribute) (optmat.gas.ionisation_validation.WeakFieldFactor attribute) atom_density (optmat.solid.models.tabulated.Segment attribute) atomic (optmat.gas.gases.GasInfo attribute) ATOMIC_MASS (in module optmat.constants) AtomRatio (class in optmat.gas.ionisation_validation) attributes (optmat.solid.fitting.FitResult attribute) (optmat.solid.models.fitted.FittedModel attribute) AU_ANGULAR_FREQUENCY (in module optmat.constants) AU_ENERGY (in module optmat.constants) AU_FIELD (in module optmat.constants) AU_HYPERPOLARIZABILITY (in module optmat.gas.nonlinear) AU_POLARIZABILITY (in module optmat.constants) available() (optmat.gas.two_photon.TwoPhotonIonisationModel method) Averaging (in module optmat.gas.ionisation_rates) averaging (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) axes (optmat.materials.Material attribute) axis (optmat.solid.models.base.Model attribute)

B

b (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.mixture.PairTerm attribute) B (optmat.gas.models.compact.CompactCoefficients attribute) b (optmat.gas.raman.RotationalConstants attribute) (optmat.gas.virial.LikeTerm attribute) b_prime_prior (optmat.gas.nonlinear.NonlinearConfig attribute) b_prior (optmat.gas.nonlinear.NonlinearConfig attribute) backend (optmat.gas.eos.EquationOfState attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) band (optmat.gas.raman.BandLines attribute) (optmat.gas.raman_response.GasRamanResponse attribute) band_edge() (optmat.gas.nonlinear.HyperpolarizabilitySupport method) band_lines() (in module optmat.gas.raman) band_nodes (optmat.gas.fitting.FitConfig attribute) band_origin (optmat.gas.raman.VibrationalBand attribute) band_systems() (in module optmat.gas.infrared) BandLines (class in optmat.gas.raman) bands (optmat.gas.infrared.BandSystem attribute) BandSystem (class in optmat.gas.infrared)

BAR (in module optmat.constants) barrier_suppression_alpha (optmat.gas.ionisation.IonisationParameters attribute) barrier_suppression_field (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) barrier_suppression_source (optmat.gas.ionisation.IonisationParameters attribute) barrier_suppression_zhang (optmat.gas.ionisation.IonisationParameters attribute) barrier_suppression_zhang_source (optmat.gas.ionisation.IonisationParameters attribute) base (optmat.identity.Identified attribute) (optmat.identity.ModelIdentity attribute) beta (optmat.gas.linewidths.ExponentialGapLaw attribute) BOHR_RADIUS (in module optmat.constants) bound_cells() (in module optmat.gas.infrared) BOUND_DERIVATION_VERSION (in module optmat.gas.two_photon_bound) BoundLevel (class in optmat.gas.two_photon_bound) BoundPhotoionisation (class in optmat.gas.two_photon_bound) BoundStrength (class in optmat.gas.two_photon_bound) branch (optmat.gas.raman.RamanLines attribute) (optmat.gas.raman_response.GasRamanResponse attribute) Broadening (class in optmat.gas.linewidths) broadening (optmat.gas.linewidths.LinewidthLaw attribute)

C

C (in module optmat.constants) (optmat.gas.models.compact.CompactCoefficients attribute) calibration (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) candidates (optmat.gas.nonlinear.SupportLimit attribute) canonical() (in module optmat.identity) canonical_json() (in module optmat.identity) CatalogueIndexWarning cauchy_moment() (optmat.gas.models.oscillator.OscillatorModel method) CH4 (optmat.gas.gases.Gas attribute) Channel (class in optmat.gas.ionisation_rates) channel_factor() (in module optmat.gas.ionisation_rates) channel_function() (in module optmat.gas.ionisation_rates) channel_rates() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) channel_sum (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) channels (optmat.gas.ionisation_rates.IonisationRateModel attribute) ChannelSum (in module optmat.gas.ionisation_rates) charge (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) check_densities() (optmat.gas.raman_response.GasRamanResponse method) check_factor (optmat.gas.models.compact.CompactConfig attribute) chi0 (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.compact.CompactCoefficients attribute) chi0_au (optmat.gas.euv.ComplexModel attribute) chi2 (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.kerr.KerrResult attribute) chi_square (optmat.gas.ionisation_validation.PointsTest attribute) chi_square_unscaled (optmat.gas.ionisation_validation.PointsTest attribute) circular_enhancement() (in module optmat.gas.ionisation_rates) circular_rate() (optmat.gas.ionisation_rates.IonisationRateModel method) circular_saddle_point() (in module optmat.gas.ionisation_rates) circular_yield() (in module optmat.gas.ionisation_validation) citation (optmat.datasets.Source attribute) (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.models.base.Model attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute) cited (optmat.solid.models.tabulated.Segment property) CLASSICAL_ELECTRON_RADIUS (in module optmat.constants) CO (optmat.gas.gases.Gas attribute) CO2 (optmat.gas.gases.Gas attribute) coefficient (optmat.gas.linewidths.Broadening attribute) (optmat.gas.linewidths.LineTable attribute) coefficient_per_k (optmat.gas.models.fitted.TemperatureCoefficient attribute) coefficient_squared (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) coefficients (optmat.gas.comparison.DatabaseModel attribute) (optmat.gas.ionisation.StructureCoefficients attribute) coefficients() (in module optmat.gas.models.compact) column (optmat.datasets.Erratum attribute) (optmat.datasets.Uncertainty attribute) column_units (optmat.datasets.Dataset attribute) column_values() (optmat.datasets.Dataset method) columns (optmat.datasets.Dataset attribute) (optmat.vocabulary.Quantity attribute) combined_structure_coefficients() (in module optmat.gas.ionisation) COMMIT (in module optmat.gas.comparison) COMPACT_CONFIG_DIRECTORY (in module optmat.gas.models.compact) compact_intervals() (in module optmat.gas.models.compact) COMPACT_MODEL_DIRECTORY (in module optmat.gas.models.compact) compact_models() (in module optmat.gas.models.compact) compact_record() (in module optmat.gas.models.compact) CompactCoefficients (class in optmat.gas.models.compact)

CompactConfig (class in optmat.gas.models.compact) CompactModel (class in optmat.gas.models.compact) Comparison (class in optmat.gas.crosschecks) (class in optmat.gas.mixture_validation) comparisons() (in module optmat.gas.mixture_validation) complex_derivative_au() (optmat.gas.absorption.MeasuredAbsorption method) complex_index() (in module optmat.solid.models.base) complex_polarizability() (optmat.gas.air.AirModel method) (optmat.gas.models.base.Model method) complex_polarizability_au() (optmat.gas.absorption.MeasuredAbsorption method) (optmat.gas.euv.OscillatorDistribution method) ComplexModel (class in optmat.gas.euv) Component (in module optmat.gas.raman_response) (in module optmat.solid.raman_response) component_amplitudes() (optmat.gas.raman_response.GasRamanResponse method) composition (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.raman_response.GasRamanResponse attribute) composition() (in module optmat.gas.composition) compressibility() (in module optmat.gas.eos) (optmat.gas.eos.EquationOfState method) (optmat.gas.mixture_eos.MixtureEquationOfState method) config (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.kerr.KerrResult attribute) configuration (optmat.gas.two_photon_bound.BoundLevel attribute) constant (optmat.gas.linewidths.LinewidthLaw attribute) (optmat.gas.models.compact.CompactCoefficients attribute) constants (optmat.gas.raman.RotationalBand attribute) Constituent (class in optmat.gas.composition) constituents (optmat.gas.air.AirModel attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) constrained() (in module optmat.gas.euv) continuum_density (optmat.gas.euv.OscillatorDistribution attribute) continuum_energies (optmat.gas.euv.OscillatorDistribution attribute) contribution (optmat.gas.mixture.PairTerm attribute) (optmat.gas.virial.LikeTerm attribute) convention (optmat.gas.two_photon_bound.BoundStrength attribute) CONVENTIONS (in module optmat.vocabulary) corrected (optmat.datasets.Erratum attribute) correction_au (optmat.gas.fitting.DatasetOptions attribute) correction_range (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) coulomb (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) coulomb_factor() (in module optmat.gas.ionisation_rates) CoulombFactor (in module optmat.gas.ionisation_rates) counted (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.mixture_validation.PairResult attribute) covariance (optmat.gas.fitting.FitResult attribute) (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.fitted.FittedModel attribute) covariance_parameters (optmat.gas.models.compact.CompactCoefficients attribute) critical_temperature (optmat.gas.eos.EquationOfState attribute) cross_section() (optmat.gas.two_photon.TwoPhotonIonisationModel method) cross_virial (optmat.gas.mixture_eos.PairDensity attribute) curated (optmat.gas.mixture_eos.PairDensity attribute) cycle_average() (in module optmat.gas.ionisation_rates) cycle_average_factor() (in module optmat.gas.ionisation_rates) cycle_averaged_rate() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) cycle_pulse() (in module optmat.gas.ionisation_validation)

D

d (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.raman.RotationalConstants attribute) D2 (optmat.gas.gases.Gas attribute) damping_group (optmat.gas.raman_response.GasRamanResponse attribute) DATA_DIRECTORY (in module optmat.datasets) data_file() (in module optmat.datasets) database_models() (in module optmat.gas.comparison) DatabaseModel (class in optmat.gas.comparison) DataError Dataset (class in optmat.datasets) dataset (optmat.datasets.Erratum attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.models.fitted.TemperatureCoefficient attribute) (optmat.gas.nonlinear.SupportPoint attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) dataset() (in module optmat.gas.raman_response_validation) (optmat.datasets.Source method) dataset_chi2 (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.kerr.KerrResult attribute) DatasetOptions (class in optmat.gas.fitting) (class in optmat.solid.fitting) datasets (optmat.datasets.Source property) (optmat.gas.nonlinear.SupportCandidate attribute) (optmat.gas.nonlinear.SupportLimit attribute) (optmat.gas.two_photon.TwoPhotonReference attribute) (optmat.gas.two_photon.TwoPhotonSpread attribute) (optmat.gas.two_photon.TwoPhotonThreshold attribute) datasets() (in module optmat.datasets) decay_rate() (optmat.gas.raman_response.RamanGroup method) decay_rates() (optmat.gas.raman_response.GasRamanResponse method) DEFAULT_AIR (in module optmat.gas.air) default_j_max() (in module optmat.gas.raman) default_model() (in module optmat.gas.models.registry) (in module optmat.solid.models.registry) default_reason() (in module optmat.solid.models.registry) default_structure (optmat.gas.ionisation.IonisationParameters attribute) delta (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) density (optmat.datasets.Dataset attribute) density_at_state() (in module optmat.gas.reduction) density_bound() (optmat.gas.mixture.MixtureOptics method) density_range (optmat.gas.raman_response.GasRamanResponse attribute) depolarization (optmat.gas.raman.VibrationalBand attribute) derivation (optmat.gas.nonlinear.SupportLimit attribute) DERIVATION_VERSION (in module optmat.gas.two_photon) derivation_version (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) derive() (in module optmat.gas.models.compact) DERIVED (optmat.gas.models.base.Model attribute) (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.raman_response.GasRamanResponse attribute) derived (optmat.gas.two_photon_bound.BoundStrength attribute) DERIVED (optmat.identity.Identified attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.models.fitted.FittedModel attribute) (optmat.solid.models.tabulated.TabulatedModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute)

derived_digest() (in module optmat.gas.infrared) derived_provenance() (in module optmat.gas.infrared) derived_sha256 (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.fitted.FittedModel property) DERIVED_TABLES (in module optmat.gas.infrared) describe() (in module optmat.identity) description (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.compact.CompactConfig attribute) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) details (optmat.gas.infrared.WindowRecord attribute) detected (optmat.gas.nonlinear.AbsorptionEvidence attribute) deviation (optmat.gas.crosschecks.Comparison property) (optmat.solid.bundle.GainCheck property) dicke (optmat.gas.linewidths.LineTableLaw attribute) (optmat.gas.linewidths.LinewidthLaw attribute) dicke_exponent (optmat.gas.linewidths.LinewidthLaw attribute) dicke_temperature (optmat.gas.linewidths.LinewidthLaw attribute) digest (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.compact.CompactConfig attribute) (optmat.gas.nonlinear.HyperpolarizabilitySupport property) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel property) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels property) (optmat.identity.ModelIdentity attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) digitised (optmat.datasets.Dataset attribute) digitising (optmat.gas.two_photon.TwoPhotonUncertainty attribute) digitising_provenance (optmat.gas.two_photon.TwoPhotonUncertainty attribute) dindex_domega() (optmat.solid.models.base.Model method) dispersion_au() (optmat.gas.models.oscillator.OscillatorModel method) dispersion_factor (optmat.gas.raman.BandLines attribute) dispersion_factor() (optmat.gas.raman.VibrationalBand method) dispersion_sigma_au() (optmat.gas.models.fitted.FittedModel method) dispersion_sigma_relative() (optmat.gas.models.fitted.FittedModel method) distribution (optmat.gas.euv.ComplexModel attribute) dof (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.kerr.KerrResult attribute) doi (optmat.datasets.Source attribute) doppler_width (optmat.gas.raman_response.GasRamanResponse attribute) dpermittivity_denergy() (optmat.solid.udm.UniversalDispersionModel method) dpermittivity_domega() (optmat.solid.models.base.Model method) dpolarizability_domega() (optmat.gas.air.AirModel method) (optmat.gas.models.base.Model method) dpolarizability_domega_au() (optmat.gas.models.oscillator.OscillatorModel method) dpolarizability_dsusceptibility() (in module optmat.gas.lorentz_lorenz) dsusceptibility_ddensity() (optmat.gas.mixture.MixtureOptics method) dsusceptibility_domega() (optmat.gas.mixture.MixtureOptics method) dumps() (in module optmat.gas.fitting) (in module optmat.gas.nonlinear) (in module optmat.solid.fitting) (in module optmat.solid.kerr)

E

e1 (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) e2 (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) e2_any (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) E_CHARGE (in module optmat.constants) effective (optmat.gas.fitting.FitConfig attribute) effective_charge (optmat.gas.ionisation.IonisationParameters attribute) effective_charge_source (optmat.gas.ionisation.IonisationParameters attribute) effective_cross_virial() (in module optmat.gas.mixture_validation) effective_min_energy (optmat.gas.fitting.FitConfig attribute) electric (optmat.gas.fitting.DatasetOptions attribute) electronic_static_polarizability() (in module optmat.gas.ionisation) electronic_susceptibility() (optmat.solid.raman_response.SilicaRamanResponse method) electrons (optmat.gas.gases.GasInfo attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) energies (optmat.gas.models.compact.Reduction attribute) (optmat.gas.models.compact.Region attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) energies_au (optmat.gas.infrared.BandSystem attribute) energy (optmat.gas.fitting.Line property) (optmat.gas.two_photon.TwoPhotonThreshold attribute) (optmat.gas.two_photon_bound.BoundLevel attribute) energy() (optmat.gas.raman.RotationalConstants method) energy_au (optmat.gas.infrared.InfraredBand property) energy_kind (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) energy_loss_rate() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) energy_per_event() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) energy_scale (optmat.gas.models.formulas.FormulaModel attribute) entries (optmat.datasets.Source attribute) envelope (optmat.gas.two_photon.TwoPhotonUncertainty property) EPS0 (in module optmat.constants) equation_of_state (optmat.gas.air.AirModel attribute) (optmat.gas.transport.TransportModel attribute) equation_of_state() (in module optmat.gas.eos) EquationOfState (class in optmat.gas.eos) errata (optmat.datasets.Source attribute) Erratum (class in optmat.datasets) ESU_PER_SI (in module optmat.gas.nonlinear) eta (optmat.solid.kerr.Points attribute) euv_model() (in module optmat.gas.euv) EV_PER_HARTREE (in module optmat.gas.euv) EVALUATES_THROUGH (optmat.gas.air.AirModel attribute) (optmat.gas.eos.EquationOfState attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.transport.TransportModel attribute) (optmat.identity.Identified attribute) (optmat.solid.bundle.SilicaNonlinearBundle attribute) (optmat.solid.models.formulas.FormulaModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute)

EVALUATION_VERSION (in module optmat.conditions) (in module optmat.gas.eos) (in module optmat.gas.ionisation_rates) (in module optmat.gas.lorentz_lorenz) (in module optmat.gas.molecular_ionisation_rates) (in module optmat.gas.nonlinear) (in module optmat.gas.raman_response) (in module optmat.gas.transport) (in module optmat.gas.two_photon) (in module optmat.solid.bundle) (in module optmat.solid.raman_response) (optmat.gas.absorption.MeasuredAbsorption attribute) (optmat.gas.air.AirModel attribute) (optmat.gas.comparison.DatabaseModel attribute) (optmat.gas.eos.EquationOfState attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.models.compact.CompactModel attribute) (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.models.formulas.FormulaModel attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.transport.TransportModel attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) (optmat.solid.bundle.SilicaNonlinearBundle attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.models.fitted.FittedModel attribute) (optmat.solid.models.formulas.FormulaModel attribute) (optmat.solid.models.formulas.UdmModel attribute) (optmat.solid.models.tabulated.TabulatedModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) (optmat.solid.udm.UniversalDispersionModel attribute) even (optmat.gas.raman.SpinStatistics attribute) evidence (optmat.datasets.Erratum attribute) (optmat.gas.nonlinear.SupportLimit attribute) excluded_rows (optmat.datasets.Dataset attribute) expected (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.molecular_ionisation_validation.VibrationalFactors attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) exponent (optmat.gas.ionisation_validation.SaturationTest attribute) (optmat.gas.linewidths.Broadening attribute) (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.linewidths.LineTable attribute) ExponentialGapLaw (class in optmat.gas.linewidths) extra (optmat.solid.fitting.DatasetOptions attribute) (optmat.solid.kerr.KerrOptions attribute) extra_relative (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.nonlinear.NonlinearOptions attribute)

F

f_prior (optmat.gas.fitting.Line attribute) f_sigma (optmat.gas.fitting.Line attribute) factor (optmat.gas.euv.ComplexModel attribute) (optmat.gas.ionisation_validation.WeakFieldFactor property) (optmat.gas.nonlinear.NonlinearOptions attribute) factor() (optmat.solid.kerr.GainPoints method) fallback_comparisons() (in module optmat.gas.mixture_validation) fallback_qualified (optmat.gas.mixture_eos.PairDensity attribute) fallback_reason (optmat.gas.mixture_eos.PairDensity attribute) fallback_results() (in module optmat.gas.mixture_validation) FAMILIES (in module optmat.vocabulary) family (optmat.vocabulary.Quantity attribute) field (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.molecular_ionisation_validation.VibrationalFactors attribute) fit() (in module optmat.gas.fitting) (in module optmat.solid.fitting) (in module optmat.solid.kerr) FIT_DIRECTORY (in module optmat.gas.fitting) (in module optmat.solid.fitting) fit_hyperpolarizability() (in module optmat.gas.nonlinear) FitConfig (class in optmat.gas.fitting) (class in optmat.solid.fitting) FitResult (class in optmat.gas.fitting) (class in optmat.solid.fitting) fitted (optmat.gas.fitting.FitConfig attribute) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) fitted_constants() (in module optmat.gas.molecular_ionisation_validation) fitted_model() (in module optmat.gas.models.fitted) fitted_models() (in module optmat.gas.models.fitted) (in module optmat.solid.models.fitted) fitted_points (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) FITTED_REFERENCES (in module optmat.gas.molecular_ionisation_validation) FittedConstants (class in optmat.gas.molecular_ionisation_validation) FittedModel (class in optmat.gas.models.fitted) (class in optmat.solid.models.fitted) fixed (optmat.gas.fitting.FitConfig attribute) fixed_terms (optmat.gas.fitting.FitConfig property) fluid (optmat.gas.eos.EquationOfState attribute) (optmat.gas.gases.GasInfo attribute) focal_average() (in module optmat.gas.ionisation_validation) fold_poles() (in module optmat.gas.infrared) foreign_as_self (optmat.gas.linewidths.ExponentialGapLaw attribute)

Form (in module optmat.solid.raman_response) form (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.formulas.FormulaModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.two_photon.TwoPhotonSpread attribute) (optmat.solid.models.formulas.FormulaModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) format_coefficients() (in module optmat.gas.models.compact) FORMS (in module optmat.gas.models.formulas) (in module optmat.solid.models.formulas) formula (optmat.materials.Material attribute) formula_type (optmat.gas.comparison.DatabaseModel attribute) FormulaModel (class in optmat.gas.models.formulas) (class in optmat.solid.models.formulas) formulas (optmat.datasets.Source attribute) free (optmat.solid.fitting.FitConfig attribute) (optmat.solid.models.fitted.FittedModel attribute) free_alpha (optmat.gas.molecular_ionisation_validation.FittedConstants attribute) free_electrons (optmat.gas.molecular_ionisation_validation.FittedConstants attribute) free_scale (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.nonlinear.NonlinearOptions attribute) frequencies() (optmat.gas.raman_response.GasRamanResponse method) frequency (optmat.gas.mixture.PairTerm attribute) (optmat.gas.raman.RamanLines attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.raman_response.RamanGroup attribute) (optmat.gas.virial.LikeTerm attribute) frequency_sums() (in module optmat.gas.nonlinear) from_arrays() (optmat.solid.models.tabulated.TabulatedModel class method) from_file() (in module optmat.solid.udm) from_lines() (optmat.gas.raman_response.GasRamanResponse class method) from_nm (optmat.gas.absorption.Piece attribute) from_parameters() (in module optmat.solid.udm) (optmat.gas.ionisation_rates.IonisationRateModel class method) (optmat.gas.models.oscillator.OscillatorModel class method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel class method) frozen() (in module optmat.identity) FrozenMapping (class in optmat.identity) fwhm (optmat.gas.raman.RamanLines attribute) fwhm() (optmat.gas.linewidths.ExponentialGapLaw method) (optmat.gas.linewidths.LineTableLaw method) (optmat.gas.linewidths.LinewidthLaw method) (optmat.gas.raman_response.GasRamanResponse method) fwhm_cm (optmat.gas.absorption.MeasuredAbsorption attribute)

G

gain() (optmat.solid.raman_response.SilicaRamanResponse method) gain_check (optmat.solid.bundle.SilicaNonlinearBundle property) GAIN_MEASUREMENTS (in module optmat.gas.raman_response_validation) gain_points() (in module optmat.solid.kerr) GainCheck (class in optmat.solid.bundle) GainOptions (class in optmat.solid.kerr) GainPoints (class in optmat.solid.kerr) gamma (optmat.gas.nonlinear.NonlinearObservation attribute) gamma3() (optmat.gas.nonlinear.HyperpolarizabilityModel method) gamma_au() (optmat.gas.nonlinear.HyperpolarizabilityModel method) gamma_broadening (optmat.gas.raman_response.RamanGroup attribute) gamma_constant (optmat.gas.raman_response.RamanGroup attribute) gamma_dicke (optmat.gas.raman_response.RamanGroup attribute) gamma_doppler (optmat.gas.raman_response.RamanGroup attribute) gamma_observation() (in module optmat.gas.nonlinear) gamma_si() (optmat.gas.nonlinear.HyperpolarizabilityModel method) gamma_sigma_au() (optmat.gas.nonlinear.HyperpolarizabilityModel method) gap_cells() (in module optmat.gas.infrared) GAP_COLUMNS (in module optmat.gas.infrared) gap_digest() (in module optmat.gas.infrared) gap_reasons (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.fitted.FittedModel property) Gas (class in optmat.gas.gases) gas (optmat.gas.absorption.MeasuredAbsorption attribute) (optmat.gas.comparison.TabulatedEntry attribute) (optmat.gas.euv.ComplexModel attribute) (optmat.gas.euv.OscillatorDistribution attribute) (optmat.gas.fitting.FitConfig attribute) (optmat.gas.gases.GasInfo attribute) (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.ionisation_validation.SaturationTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) (optmat.gas.ionisation_validation.WeakFieldFactor attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.models.compact.CompactConfig attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.gas.raman.RamanParameters attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) (optmat.gas.virial.LikeTerm attribute) (optmat.gas.virial.ThirdTerm attribute)

gas_constant (optmat.gas.eos.EquationOfState attribute) GAS_DATA_DIRECTORY (in module optmat.gas) gas_gains() (in module optmat.gas.raman_response_validation) GasInfo (class in optmat.gas.gases) GasRamanResponse (class in optmat.gas.raman_response) gauge (optmat.gas.two_photon.TwoPhotonReference attribute) gauss_rule() (in module optmat.gas.infrared) gaussian_pulse() (in module optmat.gas.ionisation_validation) grid_points (optmat.gas.models.compact.CompactConfig attribute) group (optmat.solid.kerr.KerrOptions attribute) (optmat.solid.kerr.Points attribute) group_delay_dispersions() (in module optmat.gas.crosschecks) group_index() (optmat.solid.models.base.Model method) groups() (optmat.gas.raman_response.GasRamanResponse method) gvd() (optmat.solid.models.base.Model method) GVD_FRACTION (in module optmat.gas.air)

H

h (optmat.gas.raman.RotationalConstants attribute) H2 (optmat.gas.gases.Gas attribute) h_r() (optmat.solid.bundle.SilicaNonlinearBundle method) hacc_ratios() (in module optmat.gas.ionisation_validation) HACC_REFERENCES (in module optmat.gas.ionisation_validation) HACC_YIELDS (in module optmat.gas.ionisation_validation) harmonic (optmat.gas.fitting.Observation attribute) hartree_coefficient_squared (optmat.gas.ionisation.IonisationParameters property) hartree_coefficient_squared() (in module optmat.gas.ionisation) HARTREE_NM (in module optmat.gas.fitting) has_tensor (optmat.solid.raman_response.SilicaRamanResponse property) HBAR (in module optmat.constants) He (optmat.gas.gases.Gas attribute) heat_capacity() (in module optmat.gas.transport) (optmat.gas.transport.TransportModel method) heat_capacity_range (optmat.gas.transport.TransportModel attribute) heat_capacity_source (optmat.gas.transport.TransportModel attribute)

helium_laser_rates() (in module optmat.gas.ionisation_validation) HELIUM_MATCHED (in module optmat.gas.ionisation_validation) helium_matched_ratios() (in module optmat.gas.ionisation_validation) HELIUM_TWO_ELECTRON (in module optmat.gas.ionisation_validation) helium_two_electron_ratios() (in module optmat.gas.ionisation_validation) henke (optmat.solid.models.tabulated.Segment attribute) HENKE_DIRECTORY (in module optmat.solid.models.tabulated) high (optmat.gas.models.compact.Region attribute) high_cm (optmat.gas.infrared.WindowRecord attribute) HYDROGEN_ALPHA (in module optmat.gas.ionisation_validation) hydrogen_model() (in module optmat.gas.ionisation_validation) HYDROGEN_SPECTRA (in module optmat.gas.ionisation_validation) hydrogen_spectra() (in module optmat.gas.ionisation_validation) HYDROGEN_YIELDS (in module optmat.gas.ionisation_validation) hydrogen_yields() (in module optmat.gas.ionisation_validation) hyperpolarizability_models() (in module optmat.gas.nonlinear) HyperpolarizabilityModel (class in optmat.gas.nonlinear) HyperpolarizabilitySupport (class in optmat.gas.nonlinear)

I

id (optmat.datasets.Dataset attribute) (optmat.datasets.Source attribute) (optmat.materials.Material attribute) ideal (optmat.gas.models.formulas.FormulaModel attribute) ideal_number_density() (in module optmat.gas.eos) Identified (class in optmat.identity) identity (optmat.datasets.Source attribute) (optmat.identity.Identified property) IDENTITY_KIND (optmat.gas.absorption.MeasuredAbsorption attribute) (optmat.gas.air.AirModel attribute) (optmat.gas.eos.EquationOfState attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.transport.TransportModel attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) (optmat.identity.Identified attribute) (optmat.solid.bundle.SilicaNonlinearBundle attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) identity_record() (optmat.identity.Identified method) imaginary (optmat.solid.models.tabulated.Segment attribute) index (optmat.gas.raman_response.RamanGroup attribute) (optmat.solid.models.tabulated.TabulatedModel attribute) index_model (optmat.solid.raman_response.SilicaRamanResponse property) index_sigma() (optmat.solid.models.fitted.FittedModel method) info() (in module optmat.gas.gases) infrared (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.fitting.FitConfig attribute) infrared_bands() (in module optmat.gas.infrared) infrared_max_wavenumber (optmat.gas.fitting.FitConfig attribute) infrared_polarizability_au() (in module optmat.gas.infrared) infrared_temperature (optmat.gas.models.fitted.FittedModel property) (optmat.identity.ModelIdentity attribute) infrared_windows() (in module optmat.gas.infrared) InfraredBand (class in optmat.gas.infrared) input_digests (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) INPUTS (optmat.gas.comparison.DatabaseModel attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.models.formulas.FormulaModel attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.identity.Identified attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.models.fitted.FittedModel attribute) (optmat.solid.models.formulas.FormulaModel attribute) (optmat.solid.models.tabulated.TabulatedModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute)

instantaneous_rate() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) intensity (optmat.gas.ionisation_validation.AtomRatio attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) (optmat.gas.ionisation_validation.SurvivalRatio attribute) (optmat.gas.ionisation_validation.YieldRatio attribute) intensity_scale_test() (in module optmat.gas.ionisation_validation) intensity_w_cm2 (optmat.gas.two_photon.TwoPhotonReference attribute) intervals (optmat.gas.air.AirModel attribute) (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.solid.models.base.Model attribute) intervals_nm (optmat.gas.fitting.FitConfig attribute) ion_polarizability (optmat.gas.ionisation.IonisationParameters attribute) ion_polarizability_source (optmat.gas.ionisation.IonisationParameters attribute) ionisation (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) IONISATION_FILE (in module optmat.gas.ionisation) ionisation_parameters() (in module optmat.gas.ionisation) ionisation_rate_coverage() (in module optmat.gas.ionisation_rates) ionisation_rate_model() (in module optmat.gas.ionisation_rates) ionisation_rate_models() (in module optmat.gas.ionisation_rates) IONISATION_RATES_FILE (in module optmat.gas.ionisation_rates) IonisationParameters (class in optmat.gas.ionisation) IonisationRateModel (class in optmat.gas.ionisation_rates) ionised_fraction() (in module optmat.gas.ionisation_validation) ionization_energy (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation_rates.Channel attribute) (optmat.gas.ionisation_validation.AtomRatio attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) ionization_energy_au (optmat.gas.ionisation.IonisationParameters property) (optmat.gas.ionisation_rates.Channel property) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) ionization_energy_kind (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) ionization_energy_sigma (optmat.gas.ionisation.IonisationParameters attribute) ionization_energy_source (optmat.gas.ionisation.IonisationParameters attribute) IP_MATCHED_YIELDS (in module optmat.gas.ionisation_validation) is_solid (optmat.materials.Material property) isotropic (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.raman_response.RamanGroup attribute) isotropic_structure_factors() (in module optmat.gas.molecular_ionisation_rates)

J

j (optmat.gas.linewidths.LineTable attribute) (optmat.gas.raman.AnisotropyTable attribute) (optmat.gas.raman.RamanLines attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.two_photon_bound.BoundLevel attribute)

j_max (optmat.gas.linewidths.ExponentialGapLaw attribute) JAGAU_2018 (in module optmat.gas.molecular_ionisation_validation)

K

K_B (in module optmat.constants) kappa (optmat.gas.ionisation.IonisationParameters property) (optmat.gas.ionisation_validation.WeakFieldFactor attribute) keldysh (optmat.gas.ionisation_validation.SaturationTest attribute) keldysh() (optmat.gas.ionisation_rates.IonisationRateModel method) (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) keldysh_parameter() (in module optmat.gas.ionisation_rates) kept (optmat.gas.models.compact.Reduction attribute) kerr (optmat.solid.bundle.SilicaNonlinearBundle attribute) KERR_DIRECTORY (in module optmat.solid.kerr) kerr_model (optmat.solid.raman_response.SilicaRamanResponse property) kerr_models() (in module optmat.solid.kerr) KerrConfig (class in optmat.solid.kerr) KerrModel (class in optmat.solid.kerr) KerrOptions (class in optmat.solid.kerr) KerrResult (class in optmat.solid.kerr) key (optmat.datasets.Dataset property) (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.fitting.Observation attribute) (optmat.gas.nonlinear.NonlinearObservation attribute) (optmat.gas.nonlinear.NonlinearOptions attribute) (optmat.gas.raman.VibrationalBand attribute) (optmat.gas.two_photon_bound.BoundLevel property) (optmat.solid.fitting.DatasetOptions attribute) (optmat.solid.kerr.GainOptions attribute) (optmat.solid.kerr.GainPoints attribute) (optmat.solid.kerr.KerrOptions attribute) (optmat.solid.kerr.Points attribute)

kind (optmat.datasets.Source attribute) (optmat.gas.infrared.WindowRecord attribute) (optmat.gas.mixture_eos.PairDensity attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.nonlinear.SupportLimit attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) (optmat.identity.ModelIdentity attribute) (optmat.materials.Material attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.udm.Term attribute) KINDS (in module optmat.materials) kinds (optmat.gas.models.compact.CompactCoefficients attribute) knots (optmat.solid.models.tabulated.TabulatedModel attribute) Kr (optmat.gas.gases.Gas attribute)

L

l_star (optmat.gas.ionisation.IonisationParameters property) label (optmat.gas.fitting.Line attribute) (optmat.gas.infrared.BandSystem attribute) (optmat.gas.infrared.InfraredBand attribute) (optmat.gas.ionisation_rates.Channel attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.gas.two_photon.TwoPhotonRegion attribute) (optmat.gas.two_photon.TwoPhotonSpread attribute) (optmat.solid.models.tabulated.Segment property) labels (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) leg_max (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) leg_max_in_w2 (optmat.gas.nonlinear.HyperpolarizabilitySupport property) legs (optmat.gas.nonlinear.SupportPoint attribute) level (optmat.datasets.Uncertainty attribute) (optmat.gas.nonlinear.SupportUncertainty attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) level() (optmat.gas.two_photon_bound.TwoPhotonBoundLevels method) levels (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) library (optmat.datasets.Source attribute) like_term() (in module optmat.gas.virial) LikeTerm (class in optmat.gas.virial) Line (class in optmat.gas.fitting) line_energies (optmat.gas.euv.OscillatorDistribution attribute) line_id (optmat.gas.raman_response.GasRamanResponse property)

line_ids (optmat.gas.raman_response.RamanGroup attribute) line_strengths (optmat.gas.euv.OscillatorDistribution attribute) linear (optmat.gas.linewidths.Broadening attribute) lines (optmat.gas.fitting.FitConfig attribute) (optmat.gas.raman.BandLines attribute) (optmat.gas.raman_response.RamanGroup attribute) lines() (optmat.gas.raman_response.GasRamanResponse method) LineTable (class in optmat.gas.linewidths) LineTableLaw (class in optmat.gas.linewidths) LinewidthLaw (class in optmat.gas.linewidths) load_compact_config() (in module optmat.gas.models.compact) load_config() (in module optmat.gas.fitting) (in module optmat.solid.fitting) (in module optmat.solid.kerr) load_nonlinear_config() (in module optmat.gas.nonlinear) load_source() (in module optmat.datasets) load_table() (in module optmat.solid.models.tabulated) location (optmat.gas.nonlinear.SupportLimit attribute) LONG_PULSE_YIELD (in module optmat.gas.ionisation_validation) long_pulse_yield() (in module optmat.gas.ionisation_validation) longest_nm (optmat.gas.models.compact.CompactConfig attribute) loss_coefficient() (optmat.gas.two_photon.TwoPhotonIonisationModel method) low (optmat.gas.models.compact.Region attribute) low_cm (optmat.gas.infrared.WindowRecord attribute) lower (optmat.gas.raman.VibrationalBand attribute) (optmat.gas.two_photon.TwoPhotonRegion attribute) (optmat.gas.two_photon.TwoPhotonSpread attribute) lower_ratio (optmat.gas.two_photon.TwoPhotonSpread attribute) lowest (optmat.solid.udm.Term attribute)

M

m (optmat.gas.ionisation.StructureCoefficients attribute) m0 (optmat.gas.infrared.BandSystem attribute) (optmat.gas.ionisation_validation.SurvivalRatio attribute) m1 (optmat.gas.ionisation_validation.SurvivalRatio attribute) M_E (in module optmat.constants) m_minus2_au (optmat.gas.infrared.BandSystem attribute) Material (class in optmat.materials) material (optmat.datasets.Dataset attribute) (optmat.gas.composition.Constituent attribute) (optmat.gas.eos.EquationOfState attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.gas.transport.TransportModel attribute) (optmat.identity.ModelIdentity attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute) material() (in module optmat.materials) materials() (in module optmat.materials) MATERIALS_FILE (in module optmat.materials) max_absorption_m (optmat.gas.infrared.WindowRecord attribute) max_w2 (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) max_w2_witnesses (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) max_wavenumber_cm (optmat.gas.absorption.MeasuredAbsorption property) maximum_field (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) maximum_pressure (optmat.gas.eos.EquationOfState attribute) MB_PER_INVERSE_EV (in module optmat.gas.euv) meaning (optmat.vocabulary.Quantity attribute) measured (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.SaturationTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.solid.bundle.GainCheck attribute) measured_absorption() (in module optmat.gas.absorption) measured_points_test() (in module optmat.gas.ionisation_validation) measured_yields() (in module optmat.gas.ionisation_validation) MeasuredAbsorption (class in optmat.gas.absorption) method (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.two_photon.TwoPhotonReference attribute) METHODS (in module optmat.gas.mixture_eos) MIN_WIDTH_CM (in module optmat.gas.air) missing (optmat.gas.raman.RamanParameters attribute) missing_reasons (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) mixture_equation_of_state() (in module optmat.gas.mixture_eos) mixture_optics() (in module optmat.gas.mixture) mixture_viscosity() (in module optmat.gas.transport) MixtureEquationOfState (class in optmat.gas.mixture_eos) MixtureOptics (class in optmat.gas.mixture) MIXTURES (in module optmat.gas.composition) moadk_rate_au() (in module optmat.gas.molecular_ionisation_rates) mode (optmat.gas.raman.VibrationalBand attribute) Model (class in optmat.gas.models.base) (class in optmat.solid.models.base) model (optmat.gas.fitting.FitResult attribute) (optmat.gas.ionisation.StructureCoefficients attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.ionisation_validation.SaturationTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) (optmat.gas.mixture_eos.PairDensity attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.solid.fitting.FitResult property) (optmat.solid.kerr.KerrResult attribute) model() (in module optmat.gas.models.registry) (in module optmat.solid.models.registry) MODEL_DENSITY_UNCERTAINTY (in module optmat.gas.mixture_validation) model_digest (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) model_in_numerator (optmat.gas.fitting.Observation attribute)

ModelAbsorptionWarning ModelIdentity (class in optmat.identity) ModelRangeWarning models (optmat.gas.air.AirModel attribute) (optmat.gas.mixture.MixtureOptics attribute) models() (in module optmat.gas.models.registry) (in module optmat.solid.models.registry) modified (optmat.identity.Identified attribute) (optmat.identity.ModelIdentity attribute) module optmat.conditions optmat.constants optmat.datasets optmat.exceptions optmat.gas optmat.gas.absorption optmat.gas.air optmat.gas.comparison optmat.gas.composition optmat.gas.crosschecks optmat.gas.eos optmat.gas.euv optmat.gas.fitting optmat.gas.gases optmat.gas.infrared optmat.gas.ionisation optmat.gas.ionisation_rates optmat.gas.ionisation_validation optmat.gas.linewidths optmat.gas.lorentz_lorenz optmat.gas.mixture optmat.gas.mixture_eos optmat.gas.mixture_validation optmat.gas.models optmat.gas.models.base optmat.gas.models.compact optmat.gas.models.fitted optmat.gas.models.formulas optmat.gas.models.oscillator optmat.gas.models.registry optmat.gas.molecular_ionisation_rates optmat.gas.molecular_ionisation_validation optmat.gas.nonlinear optmat.gas.raman optmat.gas.raman_response optmat.gas.raman_response_validation optmat.gas.reduction optmat.gas.transport optmat.gas.two_photon optmat.gas.two_photon_bound optmat.gas.virial optmat.identity optmat.materials optmat.solid optmat.solid.bundle optmat.solid.fitting optmat.solid.kerr optmat.solid.models optmat.solid.models.base optmat.solid.models.fitted optmat.solid.models.formulas optmat.solid.models.registry optmat.solid.models.tabulated optmat.solid.raman_response optmat.solid.raman_response_validation optmat.solid.udm optmat.vocabulary molar_mass (optmat.gas.eos.EquationOfState property) (optmat.gas.mixture_eos.MixtureEquationOfState property) (optmat.gas.transport.TransportModel attribute) molar_mass() (in module optmat.gas.transport) molar_refractivity() (in module optmat.gas.lorentz_lorenz) mole_fraction (optmat.gas.composition.Constituent attribute) molecular_rate_coverage() (in module optmat.gas.molecular_ionisation_rates) molecular_rate_model() (in module optmat.gas.molecular_ionisation_rates) molecular_rate_models() (in module optmat.gas.molecular_ionisation_rates) MOLECULAR_RATES_FILE (in module optmat.gas.molecular_ionisation_rates) MolecularCorrection (in module optmat.gas.molecular_ionisation_rates) MolecularForm (in module optmat.gas.molecular_ionisation_rates) MolecularRateModel (class in optmat.gas.molecular_ionisation_rates) moment_errors (optmat.gas.models.compact.Reduction attribute)

N

N2 (optmat.gas.gases.Gas attribute) n2() (optmat.gas.nonlinear.HyperpolarizabilityModel method) (optmat.solid.bundle.SilicaNonlinearBundle method) (optmat.solid.kerr.KerrModel method) n2_effective() (optmat.solid.kerr.KerrModel method) n2_electronic() (optmat.solid.bundle.SilicaNonlinearBundle method) (optmat.solid.kerr.KerrModel method) n2_raman() (optmat.solid.bundle.SilicaNonlinearBundle method) n2_sigma() (optmat.solid.kerr.KerrModel method) N2O (optmat.gas.gases.Gas attribute) N_A (in module optmat.constants) n_fixed (optmat.gas.models.fitted.FittedModel attribute) n_lines (optmat.gas.infrared.BandSystem attribute) (optmat.gas.models.fitted.FittedModel attribute) n_rotational (optmat.gas.models.fitted.FittedModel property) n_star (optmat.gas.ionisation.IonisationParameters property) name (optmat.gas.air.AirModel attribute) (optmat.gas.comparison.TabulatedEntry attribute) (optmat.gas.euv.ComplexModel attribute) (optmat.gas.euv.OscillatorDistribution attribute) (optmat.gas.fitting.FitConfig attribute) (optmat.gas.models.base.Model attribute) (optmat.gas.two_photon.TwoPhotonThreshold attribute) (optmat.identity.ModelIdentity attribute) (optmat.materials.Material attribute) (optmat.solid.bundle.SilicaNonlinearBundle attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute)

Ne (optmat.gas.gases.Gas attribute) needs_state (optmat.vocabulary.Quantity attribute) nist_resonance_lines() (in module optmat.gas.euv) NONLINEAR_DIRECTORY (in module optmat.gas.nonlinear) NonlinearConfig (class in optmat.gas.nonlinear) NonlinearFit (class in optmat.gas.nonlinear) NonlinearObservation (class in optmat.gas.nonlinear) NonlinearOptions (class in optmat.gas.nonlinear) normalisation (optmat.gas.ionisation.StructureCoefficients attribute) NOT_STATED (in module optmat.datasets) note (optmat.gas.absorption.Piece attribute) notes (optmat.datasets.Dataset attribute) (optmat.datasets.Source attribute) number_density (optmat.gas.models.compact.CompactCoefficients attribute) number_density() (in module optmat.gas.eos) (optmat.gas.eos.EquationOfState method) (optmat.gas.mixture_eos.MixtureEquationOfState method)

O

O2 (optmat.gas.gases.Gas attribute) O3 (optmat.gas.gases.Gas attribute) Observation (class in optmat.gas.fitting) observations() (in module optmat.gas.fitting) odd (optmat.gas.raman.SpinStatistics attribute) offset_au (optmat.gas.models.oscillator.OscillatorModel attribute) offset_group (optmat.solid.fitting.DatasetOptions attribute) offset_sigma (optmat.solid.fitting.DatasetOptions attribute) offsets (optmat.solid.fitting.FitResult attribute) omega (optmat.gas.fitting.Observation attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon.TwoPhotonThreshold attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) omega_au (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.molecular_ionisation_rates.MolecularRateModel property) ONE_ATM_0C (in module optmat.conditions) ONE_ATM_15C (in module optmat.conditions) ONE_ATM_20C (in module optmat.conditions) ONE_BAR_0C (in module optmat.conditions) one_electron (optmat.gas.ionisation_validation.AtomRatio attribute) (optmat.gas.ionisation_validation.WeakFieldFactor attribute) optics (optmat.materials.Material attribute) options (optmat.gas.fitting.Observation attribute) (optmat.gas.nonlinear.NonlinearObservation attribute) optmat.conditions module optmat.constants module optmat.datasets module optmat.exceptions module optmat.gas module optmat.gas.absorption module optmat.gas.air module optmat.gas.comparison module optmat.gas.composition module optmat.gas.crosschecks module optmat.gas.eos module optmat.gas.euv module optmat.gas.fitting module optmat.gas.gases module optmat.gas.infrared module optmat.gas.ionisation module optmat.gas.ionisation_rates module optmat.gas.ionisation_validation module optmat.gas.linewidths module optmat.gas.lorentz_lorenz module optmat.gas.mixture module optmat.gas.mixture_eos module optmat.gas.mixture_validation module optmat.gas.models module optmat.gas.models.base module optmat.gas.models.compact module

optmat.gas.models.fitted module optmat.gas.models.formulas module optmat.gas.models.oscillator module optmat.gas.models.registry module optmat.gas.molecular_ionisation_rates module optmat.gas.molecular_ionisation_validation module optmat.gas.nonlinear module optmat.gas.raman module optmat.gas.raman_response module optmat.gas.raman_response_validation module optmat.gas.reduction module optmat.gas.transport module optmat.gas.two_photon module optmat.gas.two_photon_bound module optmat.gas.virial module optmat.identity module optmat.materials module optmat.solid module optmat.solid.bundle module optmat.solid.fitting module optmat.solid.kerr module optmat.solid.models module optmat.solid.models.base module optmat.solid.models.fitted module optmat.solid.models.formulas module optmat.solid.models.registry module optmat.solid.models.tabulated module optmat.solid.raman_response module optmat.solid.raman_response_validation module optmat.solid.udm module optmat.vocabulary module optmat_version (optmat.identity.ModelIdentity attribute) OptmatError orbital (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation.StructureCoefficients attribute) orbital_l (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) orbital_m (optmat.gas.ionisation.IonisationParameters attribute) orders (optmat.gas.fitting.Observation attribute) orientation_average() (in module optmat.gas.molecular_ionisation_validation) orientation_averaged_rates() (in module optmat.gas.molecular_ionisation_validation) OrientationAverage (class in optmat.gas.molecular_ionisation_validation) oscillator_strength (optmat.gas.infrared.InfraredBand property) OscillatorDistribution (class in optmat.gas.euv) OscillatorModel (class in optmat.gas.models.oscillator) out_of_range (optmat.solid.models.tabulated.TabulatedModel attribute)

P

pair (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.mixture_validation.PairResult attribute) pair_cross_section() (optmat.gas.two_photon.TwoPhotonIonisationModel method) pair_max (optmat.gas.nonlinear.HyperpolarizabilitySupport attribute) pair_results() (in module optmat.gas.mixture_validation) pair_rules() (in module optmat.gas.virial) PairDensity (class in optmat.gas.mixture_eos) paired (optmat.solid.bundle.SilicaNonlinearBundle property) (optmat.solid.raman_response.SilicaRamanResponse attribute) PairResult (class in optmat.gas.mixture_validation) pairs (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) PAIRS_FILE (in module optmat.gas.mixture_eos) PairTerm (class in optmat.gas.mixture) parameters (optmat.datasets.Dataset attribute) (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) parent (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.compact.CompactConfig attribute) (optmat.gas.models.compact.CompactModel property) parent_digest (optmat.gas.models.compact.CompactCoefficients attribute) parent_digest() (in module optmat.gas.models.compact) parker_pulse_yield() (in module optmat.gas.ionisation_validation) parker_rate_au() (in module optmat.gas.ionisation_validation) parse_attributes() (in module optmat.solid.udm) parse_parameters() (in module optmat.solid.udm) parse_state() (in module optmat.datasets) parse_status() (in module optmat.identity) partial_densities() (optmat.gas.mixture_eos.MixtureEquationOfState method) partial_wave_squares (optmat.gas.ionisation.StructureCoefficients property) partner (optmat.gas.mixture.PairTerm attribute) (optmat.gas.mixture_eos.PairDensity attribute) partner_delta (optmat.gas.fitting.Observation attribute) PARTS (in module optmat.vocabulary) passed (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.mixture_validation.PairResult attribute) (optmat.gas.models.compact.Reduction attribute) per_m0 (optmat.gas.ionisation_validation.SurvivalRatio property) per_shell (optmat.gas.ionisation_validation.SurvivalRatio property) permittivity() (optmat.solid.models.base.Model method) (optmat.solid.udm.UniversalDispersionModel method) phase_domain() (optmat.gas.eos.EquationOfState method) phase_match_ratios() (in module optmat.gas.crosschecks) phase_shift_test() (in module optmat.gas.ionisation_validation) PhaseShiftTest (class in optmat.gas.ionisation_validation) photoionisation (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) photoionisation_of() (optmat.gas.two_photon_bound.TwoPhotonBoundLevels method) photons (optmat.gas.two_photon.TwoPhotonThreshold attribute) Piece (class in optmat.gas.absorption) pieces (optmat.gas.absorption.MeasuredAbsorption attribute) placzek_teller_q() (in module optmat.gas.raman_response) plasma_phase_shift() (in module optmat.gas.ionisation_validation) Points (class in optmat.solid.kerr) points (optmat.gas.two_photon.TwoPhotonSpread attribute) points() (in module optmat.solid.kerr)

PointsTest (class in optmat.gas.ionisation_validation) polarizability (optmat.gas.ionisation.IonisationParameters attribute) polarizability() (in module optmat.gas.reduction) (optmat.gas.air.AirModel method) (optmat.gas.models.base.Model method) polarizability_au() (optmat.gas.euv.ComplexModel method) (optmat.gas.models.oscillator.OscillatorModel method) POLARIZABILITY_CORRECTIONS (in module optmat.vocabulary) polarizability_difference (optmat.gas.ionisation.IonisationParameters property) polarizability_from_refractivity() (in module optmat.gas.lorentz_lorenz) polarizability_from_susceptibility() (in module optmat.gas.lorentz_lorenz) POLARIZABILITY_QUANTITIES (in module optmat.vocabulary) polarizability_sigma (optmat.gas.ionisation.IonisationParameters attribute) polarizability_sigma_au() (optmat.gas.fitting.FitResult method) (optmat.gas.models.fitted.FittedModel method) polarizability_source (optmat.gas.ionisation.IonisationParameters attribute) polarizability_uncertainty() (in module optmat.gas.reduction) POLARIZABILITY_UNITS (in module optmat.gas.reduction) polarization (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) pole_dispersion_au() (in module optmat.gas.models.compact) poles (optmat.gas.models.compact.CompactConfig attribute) population_floor (optmat.gas.raman_response.GasRamanResponse attribute) power_law_average() (in module optmat.gas.ionisation_rates) ppt_exponent_function() (in module optmat.gas.ionisation_rates) predicted (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) (optmat.gas.molecular_ionisation_validation.VibrationalFactors attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.solid.bundle.GainCheck attribute) prefer_multi_fluid (optmat.gas.mixture_eos.PairDensity attribute) pressure (optmat.conditions.State attribute) (optmat.gas.models.compact.CompactCoefficients attribute) pressure() (in module optmat.gas.eos) (optmat.gas.eos.EquationOfState method) (optmat.gas.mixture_eos.MixtureEquationOfState method) primary (optmat.gas.composition.Constituent attribute) printed (optmat.datasets.Erratum attribute) (optmat.gas.two_photon_bound.BoundLevel attribute) priors (optmat.solid.fitting.FitConfig attribute) process (optmat.gas.nonlinear.NonlinearObservation attribute) (optmat.gas.nonlinear.SupportPoint attribute) PROCESSES (in module optmat.vocabulary) projections (optmat.gas.ionisation.StructureCoefficients attribute) provenance (optmat.gas.nonlinear.SupportUncertainty attribute) published_atom_ratios() (in module optmat.gas.ionisation_validation) PUBLISHED_ATOMS (in module optmat.gas.ionisation_validation) published_model() (in module optmat.gas.models.formulas) (in module optmat.solid.models.formulas) published_models() (in module optmat.gas.models.formulas) (in module optmat.solid.models.formulas) pulse_fs (optmat.solid.kerr.KerrOptions attribute) pulse_yield() (in module optmat.gas.ionisation_validation) pump_wavelength (optmat.solid.bundle.GainCheck attribute)

Q

quadratic (optmat.gas.linewidths.Broadening attribute) qualification (optmat.gas.nonlinear.AbsorptionEvidence attribute) qualifications (optmat.gas.nonlinear.SupportLimit attribute) qualified (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.mixture_eos.PairDensity attribute) (optmat.gas.mixture_validation.PairResult attribute) qualified_windows() (in module optmat.gas.infrared)

QUANTITIES (in module optmat.gas.transport) (in module optmat.vocabulary) Quantity (class in optmat.vocabulary) quantity (optmat.datasets.Dataset attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) quartic (optmat.solid.kerr.KerrConfig attribute) quiet() (in module optmat.gas.raman_response_validation)

R

raman (optmat.solid.kerr.KerrOptions attribute) raman_coefficient() (optmat.solid.raman_response.SilicaRamanResponse method) RAMAN_DIRECTORY (in module optmat.solid.raman_response) RAMAN_FILE (in module optmat.gas.raman) raman_fraction (optmat.solid.bundle.SilicaNonlinearBundle property) (optmat.solid.kerr.KerrConfig attribute) (optmat.solid.kerr.KerrModel property) (optmat.solid.raman_response.SilicaRamanResponse attribute) raman_gains (optmat.solid.kerr.KerrConfig attribute) raman_lines() (in module optmat.gas.raman) raman_parameters() (in module optmat.gas.raman) raman_response() (in module optmat.gas.raman_response) (in module optmat.solid.kerr) RAMAN_RESPONSE_FILE (in module optmat.gas.raman_response) raman_response_status() (in module optmat.gas.raman_response) raman_weight() (in module optmat.solid.kerr) RamanGroup (class in optmat.gas.raman_response) RamanLines (class in optmat.gas.raman) RamanParameters (class in optmat.gas.raman) random_starts (optmat.gas.models.compact.CompactConfig attribute) range_nm (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.fitting.FitConfig attribute) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.gas.nonlinear.NonlinearOptions attribute) (optmat.solid.fitting.DatasetOptions attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) (optmat.solid.kerr.KerrOptions attribute) (optmat.solid.models.tabulated.Segment attribute) rate() (optmat.gas.two_photon.TwoPhotonIonisationModel method) rate_ratio (optmat.gas.ionisation_validation.YieldRatio property) RateComparison (class in optmat.gas.ionisation_validation) ratio (optmat.gas.ionisation_validation.AtomRatio property) (optmat.gas.ionisation_validation.PhaseShiftTest property) (optmat.gas.ionisation_validation.RateComparison property) (optmat.gas.ionisation_validation.YieldRatio property) (optmat.gas.molecular_ionisation_validation.OrientationAverage property) (optmat.gas.molecular_ionisation_validation.VibrationalFactors property) (optmat.gas.raman_response_validation.ResponseComparison property) (optmat.gas.virial.ThirdTerm attribute) reach (optmat.gas.two_photon_bound.BoundLevel attribute) read_parameter_file() (in module optmat.solid.udm) real (optmat.solid.models.tabulated.Segment attribute) real_au (optmat.gas.absorption.MeasuredAbsorption attribute) real_derivative_au() (optmat.gas.absorption.MeasuredAbsorption method) reason (optmat.datasets.Erratum attribute) (optmat.gas.infrared.WindowRecord attribute) (optmat.gas.mixture.PairTerm attribute) (optmat.gas.mixture_eos.PairDensity attribute) (optmat.gas.models.fitted.TemperatureCoefficient attribute) (optmat.gas.raman.SpinStatistics attribute) (optmat.gas.two_photon.TwoPhotonReference attribute) (optmat.gas.two_photon.TwoPhotonRegion attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) (optmat.solid.models.tabulated.Segment attribute) reasons (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.raman.RamanParameters attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute) record (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) REDUCED (in module optmat.gas.composition) reduced_chi2 (optmat.gas.fitting.FitResult property) (optmat.gas.models.fitted.FittedModel attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.solid.models.fitted.FittedModel attribute) Reduction (class in optmat.gas.models.compact) reference (optmat.gas.eos.EquationOfState attribute) (optmat.gas.ionisation_validation.AtomRatio attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.ionisation_validation.SurvivalRatio attribute) (optmat.gas.ionisation_validation.YieldRatio attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.solid.bundle.GainCheck attribute) (optmat.solid.fitting.DatasetOptions attribute)

reference_density (optmat.gas.comparison.DatabaseModel property) (optmat.gas.models.formulas.FormulaModel property) reference_gas (optmat.solid.models.formulas.FormulaModel attribute) reference_model (optmat.solid.models.formulas.FormulaModel property) reference_temperature (optmat.gas.fitting.FitConfig attribute) (optmat.gas.linewidths.Broadening attribute) (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.linewidths.LineTable attribute) (optmat.gas.models.fitted.FittedModel property) (optmat.identity.ModelIdentity attribute) reference_wavenumber (optmat.gas.raman.VibrationalBand attribute) references (optmat.gas.comparison.TabulatedEntry attribute) (optmat.gas.raman_response.GasRamanResponse property) refractive_index (optmat.gas.comparison.TabulatedEntry attribute) refractive_index() (in module optmat.gas.lorentz_lorenz) (in module optmat.gas.models.registry) (optmat.gas.air.AirModel method) (optmat.gas.euv.ComplexModel method) (optmat.gas.models.base.Model method) (optmat.solid.models.base.Model method) refractivity() (in module optmat.gas.lorentz_lorenz) (in module optmat.gas.models.registry) (optmat.gas.air.AirModel method) (optmat.gas.mixture.MixtureOptics method) (optmat.gas.models.base.Model method) refractivity_at() (in module optmat.gas.reduction) refractivity_uncertainty() (optmat.gas.mixture.MixtureOptics method) refractivity_virial (optmat.gas.models.base.Model property) Region (class in optmat.gas.models.compact) region (optmat.gas.models.compact.Reduction attribute) region() (optmat.gas.two_photon.TwoPhotonIonisationModel method) REGION_LABELS (in module optmat.gas.two_photon) regions (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) registers (optmat.gas.nonlinear.SupportLimit attribute) (optmat.gas.two_photon.TwoPhotonReference attribute) relative (optmat.datasets.Uncertainty attribute) relative_rows (optmat.datasets.Uncertainty attribute) representation_bound_au() (optmat.gas.models.fitted.FittedModel method) reproduced_from (optmat.datasets.Dataset attribute) reproduction() (in module optmat.gas.models.compact) required (optmat.vocabulary.Quantity attribute) rescaled (optmat.gas.ionisation_validation.PhaseShiftTest attribute) residual (optmat.gas.ionisation_validation.ScaleTest attribute) residuals_sigma (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.compact.CompactModel property) residuals_sigma() (in module optmat.gas.models.compact) resolved (optmat.gas.molecular_ionisation_validation.OrientationAverage attribute) resonance (optmat.gas.raman.VibrationalBand attribute) response (optmat.solid.bundle.SilicaNonlinearBundle attribute) (optmat.solid.kerr.GainPoints attribute) response() (optmat.gas.raman_response.GasRamanResponse method) (optmat.gas.raman_response.RamanGroup method) (optmat.solid.raman_response.SilicaRamanResponse method) ResponseComparison (class in optmat.gas.raman_response_validation) result_record() (in module optmat.gas.fitting) retardation (optmat.gas.fitting.FitConfig attribute) retardation_au (optmat.gas.models.oscillator.OscillatorModel attribute) RMATRIX_RATES (in module optmat.gas.ionisation_validation) rmatrix_rates() (in module optmat.gas.ionisation_validation) role (optmat.gas.two_photon.TwoPhotonSpread attribute) rotational (optmat.gas.fitting.FitConfig attribute) (optmat.gas.raman.RamanParameters attribute) rotational_dephasing() (in module optmat.gas.raman_response_validation) rotational_lines() (in module optmat.gas.raman) rotational_nonlinear_index() (in module optmat.gas.raman) (optmat.gas.raman_response.GasRamanResponse method) rotational_populations() (in module optmat.gas.raman) RotationalBand (class in optmat.gas.raman) RotationalConstants (class in optmat.gas.raman) ROUND_TRIP_TOLERANCE (in module optmat.gas.eos) row (optmat.datasets.Erratum attribute) (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.nonlinear.SupportPoint attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) rows (optmat.datasets.Dataset attribute) (optmat.gas.nonlinear.NonlinearOptions attribute)

S

sampled (optmat.gas.nonlinear.AbsorptionEvidence attribute) saturation (optmat.gas.ionisation_validation.SaturationTest attribute) SATURATION_INTENSITIES (in module optmat.gas.ionisation_validation) SATURATION_MARGIN (in module optmat.gas.eos) saturation_pressure() (optmat.gas.eos.EquationOfState method) saturation_test() (in module optmat.gas.ionisation_validation) SaturationTest (class in optmat.gas.ionisation_validation) scale (optmat.datasets.Dataset attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.SaturationTest property) (optmat.gas.ionisation_validation.ScaleTest attribute) scale_group (optmat.gas.nonlinear.NonlinearOptions attribute) scale_sigma (optmat.solid.kerr.KerrOptions attribute) scaled_values() (optmat.datasets.Dataset method) scales (optmat.gas.fitting.FitResult attribute) (optmat.gas.nonlinear.NonlinearFit attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.fitted.FittedModel attribute) ScaleTest (class in optmat.gas.ionisation_validation) second_virial() (optmat.gas.mixture_eos.MixtureEquationOfState method) second_wavelength (optmat.gas.nonlinear.SupportPoint attribute) seed (optmat.gas.models.compact.CompactConfig attribute) Segment (class in optmat.solid.models.tabulated) segments (optmat.solid.models.tabulated.TabulatedModel attribute) sellmeier() (optmat.solid.models.formulas.FormulaModel class method) SF6 (optmat.gas.gases.Gas attribute) sha256_digest() (in module optmat.identity) shape (optmat.solid.udm.Term attribute) shape_relative (optmat.gas.fitting.DatasetOptions attribute) shift (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.raman_response.RamanGroup attribute) (optmat.solid.bundle.GainCheck attribute) (optmat.solid.kerr.GainPoints attribute) shifted (optmat.gas.raman_response.RamanGroup property) short_range_rate_au() (in module optmat.gas.ionisation_rates) sigma (optmat.gas.composition.Constituent attribute) (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.fitting.Observation attribute) (optmat.gas.ionisation_validation.PhaseShiftTest attribute) (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.SaturationTest attribute) (optmat.gas.mixture.PairTerm attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.nonlinear.NonlinearObservation attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) (optmat.gas.virial.LikeTerm attribute) (optmat.solid.bundle.GainCheck attribute) (optmat.solid.fitting.DatasetOptions attribute) (optmat.solid.kerr.GainOptions attribute) (optmat.solid.kerr.GainPoints attribute) (optmat.solid.kerr.KerrOptions attribute) (optmat.solid.kerr.Points attribute) sigma0 (optmat.gas.two_photon_bound.BoundStrength attribute) sigma0_from_delta() (in module optmat.gas.two_photon_bound) SIGMA0_PER_DELTA (in module optmat.gas.two_photon_bound) sigma_m2 (optmat.gas.absorption.MeasuredAbsorption attribute) sigma_per_k (optmat.gas.models.fitted.TemperatureCoefficient attribute) sigmas (optmat.datasets.Dataset attribute) silica_bundle() (in module optmat.solid.bundle) silica_bundles() (in module optmat.solid.bundle) silica_gains() (in module optmat.solid.raman_response_validation) silica_low_frequency_gain() (in module optmat.solid.raman_response_validation) silica_raman_fractions() (in module optmat.solid.raman_response_validation) silica_raman_response() (in module optmat.solid.raman_response) silica_raman_responses() (in module optmat.solid.raman_response) SilicaNonlinearBundle (class in optmat.solid.bundle) SilicaRamanResponse (class in optmat.solid.raman_response) SOLID_DATA_DIRECTORY (in module optmat.solid) Source (class in optmat.datasets) source (optmat.datasets.Dataset attribute) (optmat.gas.absorption.Piece attribute) (optmat.gas.composition.Constituent attribute) (optmat.gas.ionisation.StructureCoefficients attribute) (optmat.gas.ionisation_rates.Channel attribute) (optmat.gas.mixture.PairTerm attribute) (optmat.gas.two_photon.TwoPhotonUncertainty attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) (optmat.gas.virial.LikeTerm attribute) (optmat.gas.virial.ThirdTerm attribute) source_ids() (in module optmat.identity) source_level (optmat.gas.two_photon.TwoPhotonUncertainty attribute) source_provenance (optmat.gas.two_photon.TwoPhotonUncertainty attribute) sources (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.linewidths.ExponentialGapLaw attribute) (optmat.gas.linewidths.LineTableLaw attribute) (optmat.gas.linewidths.LinewidthLaw attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.raman.RotationalBand attribute) (optmat.gas.raman.VibrationalBand attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.identity.ModelIdentity attribute) (optmat.solid.raman_response.SilicaRamanResponse attribute)

sources() (in module optmat.datasets) span_cm (optmat.gas.infrared.BandSystem attribute) species (optmat.gas.mixture.MixtureOptics attribute) (optmat.gas.mixture.PairTerm attribute) (optmat.gas.mixture_eos.MixtureEquationOfState property) (optmat.gas.mixture_eos.PairDensity attribute) (optmat.gas.raman_response.GasRamanResponse attribute) spectrum() (optmat.gas.raman_response.GasRamanResponse method) (optmat.solid.raman_response.SilicaRamanResponse method) speed_of_sound() (optmat.gas.eos.EquationOfState method) spin (optmat.gas.raman.RotationalBand attribute) spin_statistics() (in module optmat.gas.raman) SpinStatistics (class in optmat.gas.raman) spread (optmat.gas.ionisation_validation.PointsTest attribute) spreads (optmat.gas.two_photon.TwoPhotonUncertainty attribute) standard_air_refractivity() (in module optmat.conditions) standard_uncertainty() (optmat.datasets.Dataset method) start (optmat.gas.models.compact.Reduction attribute) (optmat.solid.fitting.FitConfig attribute) starts (optmat.gas.fitting.FitConfig attribute) State (class in optmat.conditions) state (optmat.datasets.Dataset attribute) (optmat.gas.comparison.DatabaseModel attribute) (optmat.gas.comparison.TabulatedEntry attribute) (optmat.gas.models.formulas.FormulaModel attribute) stated (optmat.datasets.Uncertainty property) (optmat.gas.nonlinear.SupportUncertainty attribute) stated_error (optmat.gas.models.compact.CompactCoefficients attribute) StateError static_constants (optmat.gas.ionisation_rates.IonisationRateModel attribute) static_correction (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) static_infrared_polarizability_au() (in module optmat.gas.infrared) static_rates() (in module optmat.gas.ionisation_validation) STATIC_REFERENCES (in module optmat.gas.ionisation_validation) StaticCorrection (in module optmat.gas.ionisation_rates) statistical_sigma_au() (in module optmat.gas.models.compact) Status (in module optmat.identity) status (optmat.gas.mixture.PairTerm attribute) (optmat.gas.virial.LikeTerm attribute) (optmat.gas.virial.ThirdTerm attribute) (optmat.identity.Identified attribute) (optmat.identity.ModelIdentity attribute) status_reason (optmat.identity.Identified attribute) (optmat.identity.ModelIdentity attribute) STD_ATMOSPHERE (in module optmat.constants) step_cm (optmat.gas.absorption.MeasuredAbsorption attribute) stokes_gain() (in module optmat.gas.raman) (optmat.gas.raman_response.GasRamanResponse method) strength (optmat.gas.infrared.InfraredBand attribute) (optmat.solid.udm.Term attribute) strength() (optmat.gas.absorption.MeasuredAbsorption method) strength_over_nu2 (optmat.gas.infrared.InfraredBand attribute) strengths (optmat.gas.infrared.BandSystem attribute) (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.models.compact.Reduction attribute) (optmat.gas.models.compact.Region attribute) (optmat.gas.models.oscillator.OscillatorModel attribute) (optmat.gas.two_photon_bound.TwoPhotonBoundLevels attribute) strengths_of() (optmat.gas.two_photon_bound.TwoPhotonBoundLevels method) Structure (in module optmat.gas.ionisation_rates) structure (optmat.gas.ionisation.IonisationParameters attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) structure_coefficient (optmat.gas.ionisation_rates.IonisationRateModel attribute) structure_coefficients() (in module optmat.gas.ionisation) structure_factors (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) StructureCoefficients (class in optmat.gas.ionisation) substitutes (optmat.gas.linewidths.LineTableLaw attribute) (optmat.gas.linewidths.LinewidthLaw attribute) subtract_dataset (optmat.gas.nonlinear.NonlinearOptions attribute) subtract_formula (optmat.gas.nonlinear.NonlinearOptions attribute) sum_priors (optmat.gas.fitting.FitConfig attribute) sum_rule() (optmat.gas.absorption.MeasuredAbsorption method) (optmat.gas.euv.OscillatorDistribution method) support (optmat.gas.nonlinear.HyperpolarizabilityModel property) SUPPORT_DERIVATION_VERSION (in module optmat.gas.nonlinear) SUPPORT_LIMIT_KINDS (in module optmat.gas.nonlinear) SupportCandidate (class in optmat.gas.nonlinear) SupportLimit (class in optmat.gas.nonlinear) SupportPoint (class in optmat.gas.nonlinear) SupportUncertainty (class in optmat.gas.nonlinear) SurvivalRatio (class in optmat.gas.ionisation_validation) susceptibility() (in module optmat.gas.lorentz_lorenz) (optmat.gas.mixture.MixtureOptics method) susceptibility_dilute() (in module optmat.gas.lorentz_lorenz) system (optmat.gas.infrared.BandSystem attribute) systematic (optmat.gas.fitting.Observation attribute) (optmat.gas.nonlinear.NonlinearOptions attribute) systematic_relative (optmat.datasets.Uncertainty attribute)

T

table (optmat.datasets.Dataset attribute) tables (optmat.gas.linewidths.LineTableLaw attribute) TABLES_DIRECTORY (in module optmat.solid.models.tabulated) tabulated_entries() (in module optmat.gas.comparison) tabulated_models() (in module optmat.solid.models.tabulated) TabulatedEntry (class in optmat.gas.comparison) TabulatedModel (class in optmat.solid.models.tabulated) tdse_intensity_scale_test() (in module optmat.gas.ionisation_validation) TDSE_YIELDS (in module optmat.gas.ionisation_validation) tdse_yields() (in module optmat.gas.ionisation_validation) technique (optmat.datasets.Source attribute) temperature (optmat.conditions.State attribute) (optmat.gas.fitting.DatasetOptions attribute) (optmat.gas.mixture.PairTerm attribute) (optmat.gas.mixture_validation.Comparison attribute) (optmat.gas.models.compact.CompactCoefficients attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.virial.LikeTerm attribute) (optmat.solid.models.formulas.FormulaModel attribute) temperature_coefficient (optmat.gas.models.fitted.FittedModel property) temperature_k (optmat.gas.absorption.MeasuredAbsorption attribute) (optmat.solid.fitting.DatasetOptions attribute) temperature_range (optmat.gas.eos.EquationOfState attribute) (optmat.gas.mixture_eos.MixtureEquationOfState attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.solid.models.formulas.FormulaModel attribute) temperature_range() (optmat.gas.transport.TransportModel method) TemperatureCoefficient (class in optmat.gas.models.fitted) TEMPERATURES (in module optmat.gas.mixture_validation) Term (class in optmat.solid.udm) term (optmat.gas.two_photon_bound.BoundLevel attribute) terms (optmat.gas.models.formulas.FormulaModel attribute) (optmat.solid.models.formulas.FormulaModel attribute) (optmat.solid.udm.UniversalDispersionModel attribute)

thermo_optic (optmat.solid.fitting.DatasetOptions attribute) third_term() (in module optmat.gas.virial) ThirdTerm (class in optmat.gas.virial) threshold (optmat.gas.euv.OscillatorDistribution property) thresholds (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) to_nm (optmat.gas.absorption.Piece attribute) to_standard (optmat.datasets.Uncertainty property) tolerance_sigma (optmat.gas.models.compact.CompactConfig attribute) tong_lin_alpha (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) tong_lin_factor() (in module optmat.gas.ionisation_rates) TORR (in module optmat.constants) transition_anisotropy (optmat.gas.raman.VibrationalBand attribute) transition_polarizability (optmat.gas.raman.VibrationalBand attribute) transition_strength() (optmat.solid.udm.UniversalDispersionModel method) TRANSPORT_GASES (in module optmat.gas.transport) transport_model() (in module optmat.gas.transport) TransportModel (class in optmat.gas.transport) treatment (optmat.gas.infrared.BandSystem attribute) TRUNCATION_BOUND (in module optmat.gas.mixture_eos) tunnelling_rate_au() (in module optmat.gas.ionisation_rates) two_photon_bound_levels() (in module optmat.gas.two_photon_bound) two_photon_ionisation_model() (in module optmat.gas.two_photon) two_photon_ionisation_models() (in module optmat.gas.two_photon) TwoPhotonBoundLevels (class in optmat.gas.two_photon_bound) TwoPhotonIonisationModel (class in optmat.gas.two_photon) TwoPhotonReference (class in optmat.gas.two_photon) TwoPhotonRegion (class in optmat.gas.two_photon) TwoPhotonSpread (class in optmat.gas.two_photon) TwoPhotonThreshold (class in optmat.gas.two_photon) TwoPhotonUncertainty (class in optmat.gas.two_photon)

U

udm (optmat.solid.models.formulas.UdmModel attribute) UDM_WAVENUMBER_TO_EV (in module optmat.solid.udm) UdmModel (class in optmat.solid.models.formulas) unassigned (optmat.gas.two_photon_bound.BoundPhotoionisation attribute) (optmat.gas.two_photon_bound.BoundStrength attribute) UnavailableModelError Uncertainty (class in optmat.datasets) uncertainty (optmat.datasets.Dataset attribute) (optmat.gas.nonlinear.SupportLimit attribute) (optmat.gas.two_photon.TwoPhotonIonisationModel attribute) uncertainty_factor (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute)

unit (optmat.datasets.Dataset attribute) (optmat.gas.raman_response_validation.ResponseComparison attribute) units (optmat.vocabulary.Quantity attribute) UniversalDispersionModel (class in optmat.solid.udm) unscaled (optmat.gas.ionisation_validation.PointsTest attribute) (optmat.gas.ionisation_validation.ScaleTest attribute) upper (optmat.gas.raman.VibrationalBand attribute) (optmat.gas.two_photon.TwoPhotonRegion attribute) (optmat.gas.two_photon.TwoPhotonSpread attribute) upper_ratio (optmat.gas.two_photon.TwoPhotonSpread attribute) use (optmat.datasets.Dataset attribute) (optmat.gas.two_photon_bound.BoundPhotoionisation attribute)

V

vacuum_wavelength() (optmat.datasets.Dataset method) vacuum_wavelength_from_standard_air() (in module optmat.conditions) validation (optmat.solid.kerr.KerrResult attribute) validation() (in module optmat.gas.fitting) (in module optmat.gas.nonlinear) (in module optmat.solid.fitting) validators (optmat.gas.fitting.FitConfig attribute) (optmat.gas.nonlinear.NonlinearConfig attribute) (optmat.solid.fitting.FitConfig attribute) (optmat.solid.kerr.KerrConfig attribute) value (optmat.gas.ionisation_validation.YieldRatio attribute) (optmat.gas.nonlinear.SupportUncertainty attribute) (optmat.gas.raman.AnisotropyTable attribute) (optmat.solid.kerr.GainPoints attribute) (optmat.solid.kerr.Points attribute) values (optmat.datasets.Dataset attribute) (optmat.solid.fitting.FitResult attribute) (optmat.solid.models.fitted.FittedModel attribute) VALUES_DIRECTORY (in module optmat.datasets)

vertical_ionization_energy (optmat.gas.ionisation.IonisationParameters attribute) vertical_ionization_energy_source (optmat.gas.ionisation.IonisationParameters attribute) vibrational (optmat.gas.raman.RamanParameters attribute) vibrational_constant (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.molecular_ionisation_validation.FittedConstants attribute) vibrational_factors() (in module optmat.gas.molecular_ionisation_validation) vibrational_lines() (in module optmat.gas.raman) vibrational_terms() (in module optmat.gas.models.compact) VibrationalBand (class in optmat.gas.raman) VibrationalFactors (class in optmat.gas.molecular_ionisation_validation) VIRIAL_FILE (in module optmat.gas.virial) virial_ratio() (in module optmat.gas.virial) virial_sources() (in module optmat.gas.virial) viscosity() (in module optmat.gas.transport) (optmat.gas.transport.TransportModel method) viscosity_form (optmat.gas.transport.TransportModel attribute) viscosity_parameters (optmat.gas.transport.TransportModel attribute) viscosity_range (optmat.gas.transport.TransportModel attribute) viscosity_source (optmat.gas.transport.TransportModel attribute) viscosity_uncertainty (optmat.gas.transport.TransportModel attribute)

W

w2 (optmat.gas.nonlinear.NonlinearObservation attribute) W2_MARGIN (in module optmat.gas.nonlinear) w4 (optmat.gas.nonlinear.NonlinearObservation attribute) WALLACE_TDSE (in module optmat.gas.ionisation_validation) wallace_yield() (in module optmat.gas.ionisation_validation) wavelength (optmat.gas.comparison.TabulatedEntry attribute) (optmat.gas.crosschecks.Comparison attribute) (optmat.gas.ionisation_rates.IonisationRateModel attribute) (optmat.gas.ionisation_validation.RateComparison attribute) (optmat.gas.models.fitted.TemperatureCoefficient attribute) (optmat.gas.molecular_ionisation_rates.MolecularRateModel attribute) (optmat.gas.nonlinear.SupportPoint attribute) (optmat.gas.raman_response.GasRamanResponse attribute) (optmat.gas.two_photon_bound.BoundLevel property) (optmat.solid.kerr.GainPoints attribute) (optmat.solid.kerr.Points attribute) wavelength_medium (optmat.datasets.Dataset attribute) (optmat.solid.models.formulas.FormulaModel attribute) wavelength_nm (optmat.gas.fitting.Line attribute) (optmat.gas.nonlinear.NonlinearObservation attribute) wavelength_range (optmat.gas.air.AirModel attribute) (optmat.gas.ionisation_rates.IonisationRateModel property) (optmat.gas.models.base.Model attribute) (optmat.gas.nonlinear.HyperpolarizabilityModel attribute) (optmat.solid.kerr.KerrModel attribute) (optmat.solid.models.base.Model attribute)

wavelengths (optmat.gas.models.compact.CompactCoefficients attribute) wavenumber (optmat.gas.infrared.InfraredBand property) (optmat.gas.nonlinear.SupportCandidate attribute) (optmat.gas.nonlinear.SupportLimit attribute) wavenumber_cm (optmat.gas.absorption.MeasuredAbsorption attribute) WAVENUMBER_TO_HZ (in module optmat.gas.linewidths) WEAK_FIELD_ATOMS (in module optmat.gas.ionisation_validation) weak_field_factors() (in module optmat.gas.ionisation_validation) WeakFieldFactor (class in optmat.gas.ionisation_validation) weight (optmat.gas.ionisation_rates.Channel attribute) weight() (optmat.gas.raman.SpinStatistics method) where (optmat.gas.infrared.BandSystem attribute) width_broadening (optmat.gas.raman_response.GasRamanResponse attribute) width_constant (optmat.gas.raman_response.GasRamanResponse attribute) width_dicke (optmat.gas.raman_response.GasRamanResponse attribute) widths (optmat.gas.raman.RotationalBand attribute) (optmat.gas.raman.VibrationalBand attribute) WindowRecord (class in optmat.gas.infrared) windows (optmat.gas.fitting.FitConfig attribute) with_ionization_energy() (optmat.gas.molecular_ionisation_rates.MolecularRateModel method) with_out_of_range() (optmat.solid.models.tabulated.TabulatedModel method) with_parameters() (optmat.identity.Identified method) witnesses (optmat.gas.nonlinear.SupportLimit attribute) worst (optmat.gas.models.compact.Reduction attribute)

X

x (optmat.gas.ionisation_validation.RateComparison attribute) Xe (optmat.gas.gases.Gas attribute) XENON_RMT (in module optmat.gas.ionisation_validation)

xenon_rmt_ratios() (in module optmat.gas.ionisation_validation) XENON_SURVIVAL (in module optmat.gas.ionisation_validation) xenon_survival() (in module optmat.gas.ionisation_validation)

Y

YieldRatio (class in optmat.gas.ionisation_validation)

Z

ZERO_CELSIUS (in module optmat.constants)

zhang_factor() (in module optmat.gas.ionisation_rates)