tardis.model package

Subpackages

• tardis.model.geometry package
  • Submodules
    • tardis.model.geometry.radial1d module
      • HomologousRadial1DGeometry
      • NumbaRadial1DGeometry
  • Module contents
• tardis.model.matter package
  • Submodules
    • tardis.model.matter.composition module
      • Composition
      • compile_rd_isotope_masses()
    • tardis.model.matter.decay module
      • IsotopicMassFraction
  • Module contents

Submodules

• tardis.model.base module
  • SimulationState
    • SimulationState.abundance
    • SimulationState.blackbody_packet_source
    • SimulationState.density
    • SimulationState.dilution_factor
    • SimulationState.from_config()
    • SimulationState.from_csvy()
    • SimulationState.hdf_name
    • SimulationState.hdf_properties
    • SimulationState.no_of_raw_shells
    • SimulationState.no_of_shells
    • SimulationState.r_inner
    • SimulationState.r_middle
    • SimulationState.r_outer
    • SimulationState.radius
    • SimulationState.t_inner
    • SimulationState.t_radiative
    • SimulationState.v_boundary_inner
    • SimulationState.v_boundary_outer
    • SimulationState.v_inner
    • SimulationState.v_middle
    • SimulationState.v_outer
    • SimulationState.velocity
    • SimulationState.volume
• tardis.model.parse_input module
  • calculate_geometric_dilution_factor()
  • calculate_t_radiative_from_t_inner()
  • convert_to_nuclide_mass_fraction()
  • initialize_packet_source()
  • parse_abundance_config()
  • parse_abundance_csvy()
  • parse_csvy_composition()
  • parse_csvy_geometry()
  • parse_csvy_radiation_field_state()
  • parse_density_csvy()
  • parse_packet_source()
  • parse_radiation_field_state()
  • parse_structure_config()
• tardis.model.radiation_field_state module
  • DiluteBlackBodyRadiationFieldState
    • DiluteBlackBodyRadiationFieldState.calculate_mean_intensity()

Module contents

Holding information about the TARDIS model.

This includes information about the shell structure, density, abundance, temperatures and dilution factor of the model used in the simulation.