tardis.transport.montecarlo.modes.iip.solver module
- class tardis.transport.montecarlo.modes.iip.solver.MCTransportSolverIIP(*args: Any, **kwargs: Any)[source]
Bases:
HDFWriterMixinSolve Type IIP Monte Carlo radiative transfer.
Build and evolve the continuum-enabled transport state.
Create a new instance and initialize HDF properties.
- Parameters:
- *argsAny
Positional arguments passed to the parent class.
- **kwargsAny
Keyword arguments passed to the parent class.
- Returns:
- HDFWriterMixin
The new instance with initialized HDF properties.
- classmethod from_config(config, packet_source, enable_virtual_packet_logging=False)[source]
Create a new MontecarloTransport instance from a Configuration object.
- Parameters:
- configtardis.io.config_reader.Configuration
- virtual_packet_loggingbool
- Returns:
- MontecarloTransport
- hdf_name = 'transport'
- hdf_properties = ['transport_state']
- initialize_transport_state(simulation_state: object, opacity_state: object, macro_atom_state: object | None, no_of_packets: int, no_of_virtual_packets: int = 0, iteration: int = 0) MonteCarloTransportState[source]
Initialize transport state from explicit opacity inputs.
- run(transport_state, show_progress_bars=True)[source]
Run the Monte Carlo calculation using IIP mode (continuum always enabled).
- Parameters:
- transport_statetardis.transport.montecarlo.transport_state.TransportState
Transport state containing all the data needed for the Monte Carlo simulation
- show_progress_barsbool
Show progress bars
- Returns:
- v_packets_energy_histndarray
Histogram of energy from virtual packets