tardis.spectrum.formal_integral.base module

exception tardis.spectrum.formal_integral.base.BoundsError

Bases: IndexError

exception tardis.spectrum.formal_integral.base.IntegrationError

Bases: Exception

tardis.spectrum.formal_integral.base.calculate_impact_parameters(radius_max, n_impact_parameters)

Calculate n_impact_parameters impact parameters between 0 and radius_max

Parameters:

radius_maxfloat64

maximum radius

n_impact_parametersint64

number of impact parameters

Returns:

float64

tardis.spectrum.formal_integral.base.check_formal_integral_requirements(simulation_state, opacity_state, transport, raises=True)

A method that determines if the formal integral can be performed with the current configuration settings

The function returns False if the configuration conflicts with the required settings. If raises evaluates to True, then a IntegrationError is raised instead

Parameters:

simulation_statetardis.model.SimulationState

State which holds information about each shell

transport_solvertardis.transport.montecarlo.MonteCarloTransportSolver

The transport solver

opacity_statetardis.opacities.opacity_state.OpacityState

Regular (non-numba) opacity state; will be converted to numba via setup

raisesbool, optional

flag to either raise an error or return False and issue a warning

Returns:

bool

True if the configuration is correct, False (or errors) otherwise

tardis.spectrum.formal_integral.base.intensity_black_body(frequency, temperature)

Calculate the blackbody intensity.

Parameters:

frequencyfloat64

temperaturefloat64

Returns:

float64