tardis.plasma.properties.base module

class tardis.plasma.properties.base.ArrayInput

Bases: Input

class tardis.plasma.properties.base.BaseAtomicDataProperty(plasma_parent)

Bases: ProcessingPlasmaProperty

Used for atomic data properties. Main feature is the ability to filter atomic data by the elements required for the simulation.

calculate(atomic_data, selected_atoms)

inputs = ['atomic_data', 'selected_atoms']

class tardis.plasma.properties.base.BasePlasmaProperty

Bases: object

Attributes:

outputsTuple (strings)

List of output parameter names for particular property.

nameString

Class name

latex_nameString

Used to label nodes when plotting graphs

get_latex_label()

property name

abstract property outputs

class tardis.plasma.properties.base.DataFrameInput

Bases: Input

class tardis.plasma.properties.base.HiddenPlasmaProperty(plasma_parent)

Bases: ProcessingPlasmaProperty

Used for plasma properties that should not be displayed in the final graph (e.g. lines_lower_level_index). The code will automatically remove these property names from the graph and instead connect their inputs directly to their outputs.

class tardis.plasma.properties.base.Input

Bases: BasePlasmaProperty

The plasma property class for properties that are input directly from model and not calculated within the plasma module, e.g. t_rad.

set_value(value)

class tardis.plasma.properties.base.PreviousIterationProperty

Bases: BasePlasmaProperty

This class is used for properties where, to prevent a property calculation loop, the property values from the previous iteration (which are static) are used in the current calculation. Usually only required for NLTE calculations. Given a sufficient number of iterations, the values should converge successfully on the correct solution.

set_value(value)

class tardis.plasma.properties.base.ProcessingPlasmaProperty(plasma_parent)

Bases: BasePlasmaProperty

Attributes:

inputsTuple (strings)

List of input parameters required to create the property

abstract calculate(*args, **kwargs)

update()

Updates the processing Plasma by calling the calculate-method with the required inputs

Returns: