tardis.energy_input package

Submodules

• tardis.energy_input.GXPacket module
  • GXPacket
    • GXPacket.class_type
  • GXPacketCollection
  • GXPacketStatus
    • GXPacketStatus.BETA_DECAY
    • GXPacketStatus.COMPTON_SCATTER
    • GXPacketStatus.END
    • GXPacketStatus.ESCAPED
    • GXPacketStatus.IN_PROCESS
    • GXPacketStatus.PAIR_CREATION
    • GXPacketStatus.PHOTOABSORPTION
  • initialize_packet_properties()
• tardis.energy_input.energy_source module
  • get_all_isotopes()
  • get_isotope_string()
  • get_nuclear_lines_database()
  • get_tau()
  • intensity_ratio()
  • positronium_continuum()
  • read_artis_lines()
  • setup_input_energy()
• tardis.energy_input.gamma_packet_loop module
  • gamma_packet_loop()
  • process_packet_path()
• tardis.energy_input.gamma_ray_channel module
  • calculate_total_decays()
  • create_inventories_dict()
  • create_isotope_decay_df()
  • create_isotope_dicts()
  • time_evolve_cumulative_decay()
  • time_evolve_mass_fraction()
• tardis.energy_input.gamma_ray_estimators module
  • compton_emissivity_estimator()
  • deposition_estimator_kasen()
  • get_average_compton_fraction()
  • pair_creation_estimator()
• tardis.energy_input.gamma_ray_grid module
  • calculate_distance_radial()
  • distance_trace()
  • move_packet()
• tardis.energy_input.gamma_ray_interactions module
  • compton_scatter()
  • get_compton_angle()
  • get_compton_fraction()
  • get_compton_fraction_artis()
  • get_compton_fraction_urilight()
  • pair_creation_packet()
  • scatter_type()
• tardis.energy_input.gamma_ray_packet_source module
  • GammaRayPacketSource
    • GammaRayPacketSource.calculate_positron_fraction()
    • GammaRayPacketSource.create_packet_directions()
    • GammaRayPacketSource.create_packet_energies()
    • GammaRayPacketSource.create_packet_mus()
    • GammaRayPacketSource.create_packet_nus()
    • GammaRayPacketSource.create_packet_radii()
    • GammaRayPacketSource.create_packet_times_uniform_energy()
    • GammaRayPacketSource.create_packet_times_uniform_time()
    • GammaRayPacketSource.create_packets()
  • RadioactivePacketSource
    • RadioactivePacketSource.calculate_energy_factors()
    • RadioactivePacketSource.calculate_positron_fraction()
    • RadioactivePacketSource.create_packet_directions()
    • RadioactivePacketSource.create_packet_energies()
    • RadioactivePacketSource.create_packet_mus()
    • RadioactivePacketSource.create_packet_nus()
    • RadioactivePacketSource.create_packet_radii()
    • RadioactivePacketSource.create_packet_times_uniform_energy()
    • RadioactivePacketSource.create_packet_times_uniform_time()
    • RadioactivePacketSource.create_packets()
• tardis.energy_input.gamma_ray_transport module
  • calculate_average_energies()
  • calculate_average_power_per_mass()
  • calculate_ejecta_velocity_volume()
  • calculate_energy_per_mass()
  • calculate_total_decays_old()
  • create_inventories_dict_old()
  • create_isotope_dicts_old()
  • decay_chain_energies()
  • distribute_packets()
  • fractional_decay_energy()
  • get_chain_decay_power_per_ejectamass()
  • get_nuclide_atomic_number()
  • get_taus()
  • iron_group_fraction_per_shell()
  • packets_per_isotope()
• tardis.energy_input.main_gamma_ray_loop module
  • get_effective_time_array()
  • get_packet_properties()
  • run_gamma_ray_loop()
• tardis.energy_input.nuclear_energy_source module
• tardis.energy_input.samplers module
  • PositroniumSampler
    • PositroniumSampler.pdf()
    • PositroniumSampler.sample_energy()
  • create_energy_cdf()
  • sample_decay_time()
  • sample_energy()
  • sample_energy_distribution()
  • sample_mass()
• tardis.energy_input.util module
  • angle_aberration_gamma()
  • compton_theta_distribution()
  • convert_half_life_to_astropy_units()
  • doppler_factor_3D_all_packets()
  • doppler_factor_3d()
  • euler_rodrigues()
  • get_index()
  • get_perpendicular_vector()
  • get_random_phi_photon()
  • get_random_theta_photon()
  • get_random_unit_vector()
  • klein_nishina()
  • make_isotope_string_tardis_like()
  • normalize_vector()
  • solve_quadratic_equation()
  • solve_quadratic_equation_expanding()
  • spherical_to_cartesian()

Module contents

Contains classes and functions to handle energy deposition and transport.