amoeba package

Subpackages

• amoeba.Classes package
  • Submodules
  • amoeba.Classes.accretion_disk module
    • AccretionDisk
      • AccretionDisk.calculate_db_dt_array()
      • AccretionDisk.calculate_dt_dlx_array()
      • AccretionDisk.calculate_surface_intensity_map()
      • AccretionDisk.calculate_time_lag_array()
      • AccretionDisk.construct_accretion_disk_transfer_function()
      • AccretionDisk.generate_snapshots()
      • AccretionDisk.get_plotting_axes()
  • amoeba.Classes.agn module
    • Agn
      • Agn.add_blr()
      • Agn.add_default_accretion_disk()
      • Agn.add_diffuse_continuum()
      • Agn.add_generic_accretion_disk()
      • Agn.add_intrinsic_signal_parameters()
      • Agn.add_streamline_bounded_region_to_blr()
      • Agn.add_streamline_bounded_region_to_torus()
      • Agn.add_torus()
      • Agn.calculate_accretion_disk_transfer_function()
      • Agn.calculate_blr_transfer_function()
      • Agn.calculate_diffuse_continuum_mean_time_lag()
      • Agn.generate_intrinsic_signal()
      • Agn.generate_kwarg_dictionaries_for_individual_components()
      • Agn.get_blr_density_axes()
      • Agn.intrinsic_signal_propagation_pipeline()
      • Agn.set_blr_efficiency_array()
      • Agn.update_h0()
      • Agn.update_inclination()
      • Agn.update_line_strength()
      • Agn.update_omega_m()
      • Agn.update_redshift()
      • Agn.update_smbh_mass_exponent()
      • Agn.visualize_agn_pipeline()
      • Agn.visualize_static_accretion_disk()
      • Agn.visualize_static_blr()
      • Agn.visualize_static_diffuse_continuum()
      • Agn.visualize_torus_obscuration()
  • amoeba.Classes.blr module
    • BroadLineRegion
      • BroadLineRegion.add_streamline_bounded_region()
      • BroadLineRegion.calculate_blr_emission_line_transfer_function()
      • BroadLineRegion.calculate_blr_scattering_transfer_function()
      • BroadLineRegion.estimate_doppler_broadening()
      • BroadLineRegion.get_density_axis()
      • BroadLineRegion.project_blr_density_to_source_plane()
      • BroadLineRegion.project_blr_intensity_over_velocity_range()
      • BroadLineRegion.project_blr_total_intensity()
      • BroadLineRegion.set_emission_efficiency_array()
      • BroadLineRegion.update_line_strength()
  • amoeba.Classes.blr_streamline module
    • Streamline
  • amoeba.Classes.diffuse_continuum module
    • DiffuseContinuum
      • DiffuseContinuum.get_diffuse_continuum_emission()
      • DiffuseContinuum.get_diffuse_continuum_lag_contribution()
      • DiffuseContinuum.get_diffuse_continuum_mean_lag()
      • DiffuseContinuum.interpolate_spectrum_to_wavelength()
      • DiffuseContinuum.set_emissivity()
      • DiffuseContinuum.set_responsivity_constant()
  • amoeba.Classes.flux_projection module
    • FluxProjection
      • FluxProjection.add_flux_projection()
      • FluxProjection.get_plotting_axes()
  • amoeba.Classes.magnification_map module
    • ConvolvedMap
    • MagnificationMap
      • MagnificationMap.calculate_microlensed_transfer_function()
      • MagnificationMap.convolve_with_flux_projection()
      • MagnificationMap.pull_light_curve()
      • MagnificationMap.pull_value_from_grid()
  • amoeba.Classes.torus module
    • Torus
      • Torus.add_streamline_bounded_region()
      • Torus.define_extinction_coefficients()
      • Torus.interpolate_to_extinction_at_wavelength()
      • Torus.project_density_to_source_plane()
      • Torus.project_extinction_to_source_plane()
  • Module contents
• amoeba.Util package
  • Submodules
  • amoeba.Util.pipeline_util module
    • intrinsic_signal_propagation_pipeline_for_agn()
    • visualization_pipeline()
  • amoeba.Util.util module
    • accretion_disk_temperature()
    • calculate_angular_diameter_distance()
    • calculate_angular_diameter_distance_difference()
    • calculate_angular_einstein_radius()
    • calculate_blr_transfer_function()
    • calculate_dt_dlx()
    • calculate_einstein_radius_in_meters()
    • calculate_geometric_disk_factor()
    • calculate_gravitational_radius()
    • calculate_keplerian_velocity()
    • calculate_luminosity_distance()
    • calculate_microlensed_transfer_function()
    • calculate_time_lag_array()
    • construct_accretion_disk_transfer_function()
    • convert_1d_array_to_2d_array()
    • convert_cartesian_to_polar()
    • convert_eddington_ratio_to_accreted_mass()
    • convert_polar_to_cartesian()
    • convert_speclite_filter_to_wavelength_range()
    • convert_spin_to_isco_radius()
    • convolve_signal_with_transfer_function()
    • create_maps()
    • determine_emission_line_velocities()
    • extract_light_curve()
    • generate_drw_signal()
    • generate_signal_from_psd()
    • generate_snapshots_of_radiation_pattern()
    • perform_microlensing_convolution()
    • planck_law()
    • planck_law_derivative()
    • project_blr_to_source_plane()
    • pull_value_from_grid()
    • rand()
  • Module contents

Module contents

Top-level package for Amoeba.