from tardis.plasma.properties import *
[docs]class PlasmaPropertyCollection(list):
pass
basic_inputs = PlasmaPropertyCollection(
[
TRadiative,
Abundance,
Density,
TimeExplosion,
AtomicData,
DilutionFactor,
LinkTRadTElectron,
HeliumTreatment,
ContinuumInteractionSpecies,
NLTEIonizationSpecies,
NLTEExcitationSpecies,
]
)
basic_properties = PlasmaPropertyCollection(
[
BetaRadiation,
Levels,
Lines,
AtomicMass,
PartitionFunction,
GElectron,
IonizationData,
NumberDensity,
LinesLowerLevelIndex,
LinesUpperLevelIndex,
TauSobolev,
StimulatedEmissionFactor,
SelectedAtoms,
ElectronTemperature,
]
)
lte_ionization_properties = PlasmaPropertyCollection([PhiSahaLTE])
lte_excitation_properties = PlasmaPropertyCollection([LevelBoltzmannFactorLTE])
macro_atom_properties = PlasmaPropertyCollection(
[BetaSobolev, TransitionProbabilities, MacroAtomData]
)
nebular_ionization_properties = PlasmaPropertyCollection(
[PhiSahaNebular, ZetaData, BetaElectron, RadiationFieldCorrection]
)
dilute_lte_excitation_properties = PlasmaPropertyCollection(
[LevelBoltzmannFactorDiluteLTE]
)
non_nlte_properties = PlasmaPropertyCollection([LevelBoltzmannFactorNoNLTE])
nlte_properties = PlasmaPropertyCollection(
[
LevelBoltzmannFactorNLTE,
NLTEData,
PreviousElectronDensities,
PreviousBetaSobolev,
BetaSobolev,
]
)
nlte_root_solver_properties = PlasmaPropertyCollection(
[NLTEIndexHelper, NLTEPopulationSolverRoot]
)
nlte_lu_solver_properties = PlasmaPropertyCollection(
[NLTEIndexHelper, NLTEPopulationSolverLU]
)
helium_nlte_properties = PlasmaPropertyCollection(
[
HeliumNLTE,
RadiationFieldCorrection,
ZetaData,
BetaElectron,
LevelNumberDensityHeNLTE,
IonNumberDensityHeNLTE,
]
)
helium_lte_properties = PlasmaPropertyCollection(
[LevelNumberDensity, IonNumberDensity]
)
helium_numerical_nlte_properties = PlasmaPropertyCollection(
[HeliumNumericalNLTE]
)
detailed_j_blues_inputs = PlasmaPropertyCollection(
[JBluesEstimator, RInner, TInner, Volume]
)
detailed_j_blues_properties = PlasmaPropertyCollection(
[JBluesDetailed, JBluesNormFactor, LuminosityInner, TimeSimulation]
)
continuum_interaction_inputs = PlasmaPropertyCollection(
[
StimRecombRateCoeffEstimator,
PhotoIonRateCoeffEstimator,
RInner,
TInner,
Volume,
BfHeatingRateCoeffEstimator,
StimRecombCoolingRateCoeffEstimator,
YgData,
]
)
continuum_interaction_properties = PlasmaPropertyCollection(
[
PhotoIonizationData,
SpontRecombRateCoeff,
PhotoIonRateCoeff,
ThermalLevelBoltzmannFactorLTE,
ThermalLTEPartitionFunction,
BetaElectron,
ThermalGElectron,
ThermalPhiSahaLTE,
SahaFactor,
TimeSimulation,
PhotoIonEstimatorsNormFactor,
LuminosityInner,
StimRecombRateCoeff,
CorrPhotoIonRateCoeff,
SpontRecombCoolingRateCoeff,
RawRecombTransProbs,
RawPhotoIonTransProbs,
RawRadBoundBoundTransProbs,
MarkovChainTransProbs,
NonContinuumTransProbsMask,
YgInterpolator,
CollExcRateCoeff,
CollDeexcRateCoeff,
RawCollisionTransProbs,
MarkovChainIndex,
MarkovChainTransProbsCollector,
NonMarkovChainTransitionProbabilities,
MonteCarloTransProbs,
FreeFreeCoolingRate,
FreeBoundCoolingRate,
BoundFreeOpacity,
LevelNumberDensityLTE,
PhotoIonBoltzmannFactor,
FreeBoundEmissionCDF,
LevelIdxs2LineIdx,
LevelIdxs2TransitionIdx,
CollIonRateCoeffSeaton,
CollRecombRateCoeff,
RawCollIonTransProbs,
ContinuumInteractionHandler,
BetaSobolev,
]
)
adiabatic_cooling_properties = PlasmaPropertyCollection([AdiabaticCoolingRate])
two_photon_properties = PlasmaPropertyCollection(
[
RawTwoPhotonTransProbs,
TwoPhotonData,
TwoPhotonEmissionCDF,
TwoPhotonFrequencySampler,
]
)
isotope_properties = PlasmaPropertyCollection(
[IsotopeAbundance, IsotopeMass, IsotopeNumberDensity]
)