tardis.iip_plasma.continuum.base module¶

class tardis.iip_plasma.continuum.base.BoundFreeEnergyMixIn[source]¶

Bases: object

property level_lower_energy¶

property level_upper_energy¶

class tardis.iip_plasma.continuum.base.ContinuumProcess(input_data)[source]¶

Bases: object

Base class for all continuum calculations. Defines a common interface for accessing the input data (~ tardis.iip_plasma.continuum.input_data.ContinuumInputData-object) and provides some common utility functions.

Attributes:

input: `tardis.iip_plasma.continuum.input_data.ContinuumInputData`-object

property electron_densities¶

property estimators¶

property has_estimators¶

property ion_number_density¶

property macro_atom_data¶

property no_of_shells¶

property nu_0¶

property nu_i¶

property nu_i_series¶

static ones(dataframe, dtype=<class 'numpy.int64'>)[source]¶

property photo_ion_estimator¶

property photoionization_data¶

property replace_values_with_low_statistics¶

property stim_recomb_estimator¶

property t_electrons¶

property t_rads¶

property transition_deactivation_filter¶

property transition_down_filter¶

property transition_up_filter¶

property ws¶

class tardis.iip_plasma.continuum.base.InverseProcess(input_data, rate_coefficient, inverse_process)[source]¶

Bases: ContinuumProcess, TransitionProbabilitiesMixin

Parent class for inverse continuum processes (such as collisional recombination or deexcitation).

Inverse processes are instantiated from an instance of a subclass of PhysicalContinuumProcess. The rate coefficient is obtained by detailed balancing.

Attributes:

input: `tardis.iip_plasma.continuum.input_data.ContinuumInputData`-object
rate_coefficient: pd.DataFrame: Multiplying the rate coefficient with the number densities of the interacting particles gives the rate per unit volume of the transition.
cooling_rate: pd.DataFrame, optional: The rate per unit volume at which the process converts either thermal, excitation or ionization energy into radiant energy.

cooling = False¶

classmethod from_inverse_process(inverse_process)[source]¶

property level_lower_energy¶

property level_upper_energy¶

macro_atom_transitions = None¶

name = None¶

name_of_inverse_process = None¶

class tardis.iip_plasma.continuum.base.PhysicalContinuumProcess(input_data, **kwargs)[source]¶

Bases: ContinuumProcess, TransitionProbabilitiesMixin

Parent class for individual physical continuum processes (such as collisional ionization or excitation).

Attributes:

input: `tardis.iip_plasma.continuum.input_data.ContinuumInputData`-object
rate_coefficient: pd.DataFrame: Multiplying the rate coefficient with the number densities of the interacting particles gives the rate per unit volume of the transition.
cooling_rate: pd.DataFrame, optional: The rate per unit volume at which the process converts thermal energy into excitation, ionizaton or radiant energy.

cooling = True¶

macro_atom_transitions = None¶

name = None¶

class tardis.iip_plasma.continuum.base.TransitionProbabilitiesMixin[source]¶

Bases: object

property deactivation_probabilities¶

property internal_jump_probabilities¶

tardis.iip_plasma.continuum.base.data_type_selection(data_getter)[source]¶