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Luminet 0.2.3 documentation
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  • black_hole
    • BlackHole
      • calc_isoredshifts
      • calc_isoradials
      • plot_isoradials
      • plot
      • plot_isoredshifts
      • plot_isofluxlines
      • sample_photons
    • sample_photon
  • black_hole_math
    • calc_q
    • calc_b_from_periastron
    • calc_k
    • calc_k_squared
    • calc_zeta_inf
    • calc_zeta_r
    • calc_cos_gamma
    • calc_sn
    • calc_radius
    • periastron_optimization_function
    • solve_for_periastron
    • solve_for_impact_parameter
    • ellipse
    • calc_Z1
    • calc_Z2
    • calc_innermost_stable_orbit
    • calc_x0
    • calc_f_kerr
    • calc_flux_intrinsic_kerr
    • calc_flux_intrinsic_swarzschild
    • calc_flux_observed
    • calc_redshift_factor
  • isoradial
    • Isoradial
      • calculate_coordinates
      • calc_redshift_factors
      • calculate
      • get_b_from_angle
      • solve_for_b_from_angle
      • plot
      • interpolate_redshift_locations
  • isoredshift
    • Isoredshift
      • set_angles
      • set_impact_parameters
      • plot
  • spatial
    • polar_to_cartesian
    • cartesian_to_polar
    • polar_cartesian_distance
  • viz
    • make_segments
    • colorline
  • solver
    • improve_solutions
    • root_2d
    • interpolator
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luminet¶

Calculate and plot Swarzschild black holes with a thin accretion disk

Submodules¶

  • black_hole
  • black_hole_math
  • isoradial
  • isoredshift
  • photon
  • solver
  • spatial
  • viz
Copyright © 2025, Bjorge Meulemeester
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