tardis.transport.montecarlo.modes.nonhomologous.packet_propagation module¶

Nonhomologous mode packet transport - line-only without continuum processes.

tardis.transport.montecarlo.modes.nonhomologous.packet_propagation.packet_propagation(r_packet: RPacket, numba_radial_1d_geometry: NumbaNonhomologousRadial1DGeometry, opacity_state: OpacityStateNumba, estimators_bulk: EstimatorsBulk, estimators_line: EstimatorsLine, vpacket_collection: VPacketCollection, rpacket_tracker, montecarlo_configuration: MonteCarloConfiguration) → None[source]¶

Execute Monte Carlo transport for a single radiative packet in nonhomologous mode.

Non-homologous mode performs line-only transport without continuum processes. Only electron scattering and line interactions are handled.

Parameters:

r_packetRPacket: The radiative packet to transport through the ejecta.
numba_radial_1d_geometryNumbaNonhomologousRadial1DGeometry: The spherically symmetric geometry of the supernova ejecta.
opacity_stateOpacityStateNumba: Current opacity state containing line opacities.
estimators_bulkEstimatorsBulk: Monte Carlo estimators for cell-level bulk radiation field quantities.
estimators_lineEstimatorsLine: Monte Carlo estimators for line-level radiation field quantities.
vpacket_collectionVPacketCollection: Collection for storing virtual packets when enabled.
rpacket_tracker: Tracker for recording packet interactions and trajectories.
montecarlo_configurationMonteCarloConfiguration: Configuration parameters for the Monte Carlo simulation.

Returns:

None: This function modifies the r_packet object in-place and updates estimators and collections.

tardis.transport.montecarlo.modes.nonhomologous.packet_propagation.set_packet_props_full_relativity(r_packet: RPacket, time_explosion: float) → None[source]¶

tardis.transport.montecarlo.modes.nonhomologous.packet_propagation.set_packet_props_partial_relativity(r_packet: RPacket, geometry: NumbaNonhomologousRadial1DGeometry) → None[source]¶

Set packet properties using partial relativistic corrections.

This function applies inverse Doppler corrections to the packet frequency and energy based on partial relativistic treatment (first-order in v/c).

Parameters:

Returns: