pomme

Submodules

• pomme.forward
  • image_along_last_axis()
• pomme.haar
  • Haar
    • Haar.get_number_matrices()
    • Haar.integrate_data()
    • Haar.interpolate()
    • Haar.map_data()
• pomme.lines
  • Line
    • Line.LTE_emissivity_and_opacity()
    • Line.LTE_image_along_last_axis()
    • Line.LTE_pops()
    • Line.emissivity_and_opacity_ij()
    • Line.freq_to_velo()
    • Line.gaussian_profile()
    • Line.gaussian_width()
    • Line.image_along_last_axis()
    • Line.optical_depth_along_last_axis()
    • Line.source_ij()
  • LineData
• pomme.loss
  • Loss
    • Loss.plot()
    • Loss.renormalise()
    • Loss.renormalise_all()
    • Loss.reset()
    • Loss.tot()
  • SphericalLoss
    • SphericalLoss.eval()
  • diff_loss()
  • fourier_loss_1D()
  • haar_loss_1D()
• pomme.model
  • GeneralModel
    • GeneralModel.get_abundance()
    • GeneralModel.get_boundary_condition()
    • GeneralModel.get_temperature()
    • GeneralModel.get_turbulence()
    • GeneralModel.get_velocity()
    • GeneralModel.image()
  • SphericalModel
    • SphericalModel.diff_r()
    • SphericalModel.get_abundance()
    • SphericalModel.get_boundary_condition()
    • SphericalModel.get_temperature()
    • SphericalModel.get_turbulence()
    • SphericalModel.get_velocity()
    • SphericalModel.image()
    • SphericalModel.image_ray_tracer()
    • SphericalModel.plot()
  • TensorModel
    • TensorModel.apply()
    • TensorModel.apply_to_fields()
    • TensorModel.deepcopy()
    • TensorModel.diff()
    • TensorModel.diff_x()
    • TensorModel.diff_y()
    • TensorModel.diff_z()
    • TensorModel.dim()
    • TensorModel.dx()
    • TensorModel.fix()
    • TensorModel.fix_all()
    • TensorModel.free()
    • TensorModel.free_all()
    • TensorModel.free_parameters()
    • TensorModel.get_coords()
    • TensorModel.get_detached_clone()
    • TensorModel.get_radial_direction()
    • TensorModel.get_radius()
    • TensorModel.info()
    • TensorModel.integrate()
    • TensorModel.integrate_out()
    • TensorModel.interpolate_from_model()
    • TensorModel.is_field()
    • TensorModel.keys()
    • TensorModel.load()
    • TensorModel.origin_as_index_array()
    • TensorModel.parameters()
    • TensorModel.print_diff()
    • TensorModel.save()
    • TensorModel.reserved_keys
  • make_object_with_len()
• pomme.object
  • AstroObject
  • SimbadGetter
    • SimbadGetter.get_distance()
    • SimbadGetter.get_radial_velocity()
• pomme.observation
  • Beam
    • Beam.apply()
    • Beam.get_torch_kernel()
    • Beam.torch_apply()
  • DataCube
    • DataCube.plot_channel_maps()
    • DataCube.plot_spectrum()
    • DataCube.plot_xf_maps()
    • DataCube.plot_xy_maps()
    • DataCube.plot_yf_maps()
    • DataCube.read_fits_file()
• pomme.plot
  • plot_cube_2D()
  • plot_spectrum()
• pomme.reconstruction
• pomme.utils module
  • convert_angular_to_spatial()
  • get_molar_mass()
  • interpolate()
  • planck()
  • print_var()