tardis.transport.montecarlo.modes.nonhomologous package

Submodules

• tardis.transport.montecarlo.modes.nonhomologous.interaction_event_callers module
  • continuum_event()
  • determine_continuum_macro_activation_idx()
  • line_scatter_event()
  • macro_atom_event()
• tardis.transport.montecarlo.modes.nonhomologous.interaction_events module
  • LineInteractionType
    • LineInteractionType.DOWNBRANCH
    • LineInteractionType.MACROATOM
    • LineInteractionType.SCATTER
  • adiabatic_cooling()
  • bf_cooling()
  • bound_free_emission()
  • determine_bf_macro_activation_idx()
  • free_free_emission()
  • get_current_line_id()
  • line_emission()
  • sample_nu_free_bound()
  • sample_nu_free_free()
  • thomson_scatter()
• tardis.transport.montecarlo.modes.nonhomologous.mc_rad_field_solver module
  • MCRadiationFieldPropertiesSolver
    • MCRadiationFieldPropertiesSolver.estimate_dilute_planck_radiation_field()
    • MCRadiationFieldPropertiesSolver.estimate_jblues()
    • MCRadiationFieldPropertiesSolver.solve()
    • MCRadiationFieldPropertiesSolver.w_epsilon
• tardis.transport.montecarlo.modes.nonhomologous.montecarlo_transport module
  • montecarlo_transport()
• tardis.transport.montecarlo.modes.nonhomologous.montecarlo_transport_state module
  • MonteCarloTransportStateNonhomologous
    • MonteCarloTransportStateNonhomologous.emitted_packet_luminosity
    • MonteCarloTransportStateNonhomologous.emitted_packet_mask
    • MonteCarloTransportStateNonhomologous.emitted_packet_nu
    • MonteCarloTransportStateNonhomologous.hdf_name
    • MonteCarloTransportStateNonhomologous.hdf_properties
    • MonteCarloTransportStateNonhomologous.j_blue_estimator
    • MonteCarloTransportStateNonhomologous.j_estimator
    • MonteCarloTransportStateNonhomologous.last_interaction_in_nu
    • MonteCarloTransportStateNonhomologous.last_interaction_in_r
    • MonteCarloTransportStateNonhomologous.last_interaction_type
    • MonteCarloTransportStateNonhomologous.last_line_interaction_in_id
    • MonteCarloTransportStateNonhomologous.last_line_interaction_out_id
    • MonteCarloTransportStateNonhomologous.last_line_interaction_shell_id
    • MonteCarloTransportStateNonhomologous.nu_bar_estimator
    • MonteCarloTransportStateNonhomologous.output_energy
    • MonteCarloTransportStateNonhomologous.output_nu
    • MonteCarloTransportStateNonhomologous.packet_luminosity
    • MonteCarloTransportStateNonhomologous.reabsorbed_packet_luminosity
    • MonteCarloTransportStateNonhomologous.reabsorbed_packet_nu
    • MonteCarloTransportStateNonhomologous.time_of_simulation
    • MonteCarloTransportStateNonhomologous.virt_logging
    • MonteCarloTransportStateNonhomologous.virt_packet_energies
    • MonteCarloTransportStateNonhomologous.virt_packet_initial_mus
    • MonteCarloTransportStateNonhomologous.virt_packet_initial_rs
    • MonteCarloTransportStateNonhomologous.virt_packet_last_interaction_in_nu
    • MonteCarloTransportStateNonhomologous.virt_packet_last_interaction_in_r
    • MonteCarloTransportStateNonhomologous.virt_packet_last_interaction_type
    • MonteCarloTransportStateNonhomologous.virt_packet_last_line_interaction_in_id
    • MonteCarloTransportStateNonhomologous.virt_packet_last_line_interaction_out_id
    • MonteCarloTransportStateNonhomologous.virt_packet_last_line_interaction_shell_id
    • MonteCarloTransportStateNonhomologous.virt_packet_nus
    • MonteCarloTransportStateNonhomologous.virtual_packet_luminosity
    • MonteCarloTransportStateNonhomologous.vpacket_hdf_properties
• tardis.transport.montecarlo.modes.nonhomologous.opacity_solver module
  • OpacitySolver
    • OpacitySolver.disable_line_scattering
    • OpacitySolver.legacy_solve()
    • OpacitySolver.line_interaction_type
    • OpacitySolver.solve()
    • OpacitySolver.velocity_gradient
• tardis.transport.montecarlo.modes.nonhomologous.packet_propagation module
  • packet_propagation()
  • set_packet_props_full_relativity()
  • set_packet_props_partial_relativity()
• tardis.transport.montecarlo.modes.nonhomologous.plasma_assembly_base module
  • PlasmaSolverFactory
    • PlasmaSolverFactory.assemble()
• tardis.transport.montecarlo.modes.nonhomologous.rad_packet_transport module
  • move_packet_across_shell_boundary()
  • move_r_packet()
  • trace_packet()
• tardis.transport.montecarlo.modes.nonhomologous.solver module
  • MCTransportSolverNonhomologous
    • MCTransportSolverNonhomologous.from_config()
    • MCTransportSolverNonhomologous.hdf_name
    • MCTransportSolverNonhomologous.hdf_properties
    • MCTransportSolverNonhomologous.initialize_transport_state()
    • MCTransportSolverNonhomologous.run()
    • MCTransportSolverNonhomologous.run_nonhomologous()
• tardis.transport.montecarlo.modes.nonhomologous.tau_sobolev module
  • BetaSobolev
    • BetaSobolev.calculate()
    • BetaSobolev.latex_name
    • BetaSobolev.outputs
  • TauSobolev
    • TauSobolev.calculate()
    • TauSobolev.latex_formula
    • TauSobolev.latex_name
    • TauSobolev.outputs
  • calculate_beta_sobolev()
  • calculate_sobolev_line_opacity()
  • numba_calculate_beta_sobolev()
• tardis.transport.montecarlo.modes.nonhomologous.virtual_packet module
  • VPacket
    • VPacket.class_type
  • trace_vpacket()
  • trace_vpacket_volley()
  • trace_vpacket_within_shell()

Module contents

Non-homologous Monte Carlo transport mode.

Non-homologous mode is based on classic mode, which implements line-only radiation transport without continuum processes. Non-homologous mode includes more generalized geometry and transport to handle the case where the velocity profile of the ejecta is a non-monotonic function of radius.

tardis.transport.montecarlo.modes.nonhomologous.montecarlo_transport(packet_collection: PacketCollection, geometry_state_numba: NumbaNonhomologousRadial1DGeometry, opacity_state_numba: OpacityStateNumba, montecarlo_configuration: MonteCarloConfiguration, spectrum_frequency_grid: ndarray, trackers: List, number_of_vpackets: int, show_progress_bars: bool) → tuple[ndarray, VPacketCollection, type, type]

Main loop of the Monte Carlo radiative transfer routine for nonhomologous mode.

Nonhomologous mode implements line-only transport without continuum processes.

Parameters:

packet_collectionPacketCollection

Collection containing initial packet properties (positions, directions, frequencies, energies, and seeds)

geometry_state_numbaNumbaNonhomologousRadial1DGeometry

Numba-compiled simulation geometry containing shell boundaries and velocity information

opacity_state_numbaOpacityStateNumba

Numba-compiled opacity state containing line opacities and atomic data required for interactions

montecarlo_configurationMonteCarloConfiguration

Configuration object containing Monte Carlo simulation parameters and flags for various physics modules

spectrum_frequency_gridnp.ndarray

Frequency grid array for virtual packet spectrum calculation

trackersList

List of packet trackers for detailed packet interaction logging

number_of_vpacketsint

Number of virtual packets to spawn per real packet interaction

show_progress_barsbool

Flag to enable/disable progress bar updates during simulation

Returns:

tuple[np.ndarray, VPacketCollection, type, type]

A tuple containing: - v_packets_energy_hist : Energy histogram of virtual packets binned by frequency - vpacket_tracker : Consolidated virtual packet collection - estimators_bulk : Updated bulk radiation field estimator object - estimators_line : Updated line radiation field estimator object