GaiaXPy API

Subpackages

• Calibrator
  • calibrator.py
  • calibrate()
  • external_instrument_model.py
  • ExternalInstrumentModel
    • ExternalInstrumentModel.from_config_csv()
    • ExternalInstrumentModel.get_response()
    • ExternalInstrumentModel.wl_to_pwl()
• Cholesky
  • cholesky.py
  • get_chi2()
  • get_inverse_covariance_matrix()
  • get_inverse_square_root_covariance_matrix()
• Converter
  • config.py
  • extract_matrix()
  • extract_range()
  • extract_value()
  • get_config()
  • load_config()
  • parse_configuration_file()
  • converter.py
  • convert()
  • get_design_matrices()
  • get_unique_basis_ids()
• Core
  • config.py
  • get_file()
  • get_file_path()
  • get_filter_version_from_config()
  • load_xpmerge_from_xml()
  • load_xpsampling_from_xml()
  • replace_file_name()
  • generic_functions.py
  • array_to_symmetric_matrix()
  • cast_output()
  • correlation_from_covariance()
  • correlation_to_covariance()
  • get_matrix_size_from_lower_triangle()
  • get_spectra_type()
  • parse_band()
  • standardise_extension()
  • str_to_array()
  • str_to_matrix()
  • validate_arguments()
  • validate_pwl_sampling()
  • validate_wl_sampling()
  • nature.py
  • satellite.py
  • Bands
    • Bands.bp
    • Bands.rp
  • WLRange
    • WLRange.high
    • WLRange.low
• Error correction
  • error_correction.py
  • apply_error_correction()
• Generator
  • generate()
  • internal_photometric_system.py
  • InternalPhotometricSystem
    • InternalPhotometricSystem.get_bands()
    • InternalPhotometricSystem.get_offsets()
    • InternalPhotometricSystem.get_system_label()
    • InternalPhotometricSystem.get_zero_points()
    • InternalPhotometricSystem.load_xpmerge_from_xml()
    • InternalPhotometricSystem.load_xpsampling_from_xml()
    • InternalPhotometricSystem.set_bands()
    • InternalPhotometricSystem.set_offsets()
    • InternalPhotometricSystem.set_zero_points()
  • MultiSyntheticPhotometryGenerator
    • MultiSyntheticPhotometryGenerator.generate()
  • photometric_system.py
  • AutoName
    • AutoName.get_bands()
    • AutoName.get_offsets()
    • AutoName.get_system_label()
    • AutoName.get_system_name()
    • AutoName.get_version()
    • AutoName.get_zero_points()
  • PhotometricSystem
    • PhotometricSystem.DECam
    • PhotometricSystem.Els_Custom_W09_S2
    • PhotometricSystem.Euclid_VIS
    • PhotometricSystem.Gaia_2
    • PhotometricSystem.Gaia_DR3_Vega
    • PhotometricSystem.HST_ACSWFC
    • PhotometricSystem.HST_HUGS_Std
    • PhotometricSystem.HST_WFC3UVIS
    • PhotometricSystem.HST_WFPC2
    • PhotometricSystem.H_Custom
    • PhotometricSystem.Halpha_Custom_AB
    • PhotometricSystem.Hipparcos_Tycho
    • PhotometricSystem.IPHAS
    • PhotometricSystem.JKC
    • PhotometricSystem.JKC_Std
    • PhotometricSystem.JPAS
    • PhotometricSystem.JPLUS
    • PhotometricSystem.JWST_NIRCAM
    • PhotometricSystem.LSST
    • PhotometricSystem.PanSTARRS1
    • PhotometricSystem.PanSTARRS1_Std
    • PhotometricSystem.Pristine
    • PhotometricSystem.SDSS
    • PhotometricSystem.SDSS_Std
    • PhotometricSystem.Sky_Mapper
    • PhotometricSystem.Stromgren
    • PhotometricSystem.Stromgren_Std
    • PhotometricSystem.WFIRST
    • PhotometricSystem.get_available_systems()
  • create_system()
  • get_available_systems()
  • get_current_filters_path()
  • load_additional_systems()
  • remove_additional_systems()
  • regular_photometric_system.py
  • RegularPhotometricSystem
  • standardised_photometric_system.py
  • StandardisedPhotometricSystem
  • synthetic_photometry_generator.py
  • SyntheticPhotometryGenerator
    • SyntheticPhotometryGenerator.generate()
• Plotter
  • multi_absolute.py
  • MultiAbsolutePlotter
    • MultiAbsolutePlotter.plot_fig()
  • multi_xp.py
  • MultiXpPlotter
    • MultiXpPlotter.plot_fig()
  • plot_spectra.py
  • plot_spectra()
  • plotter.py
  • Plotter
    • Plotter.plot_fig()
  • single.py
  • SinglePlotter
    • SinglePlotter.plot_fig()
• Spectrum
  • absolute_sampled_spectrum.py
  • AbsoluteSampledSpectrum
    • AbsoluteSampledSpectrum.get_flux_label()
    • AbsoluteSampledSpectrum.get_position_label()
    • AbsoluteSampledSpectrum.get_positions()
    • AbsoluteSampledSpectrum.get_units()
    • AbsoluteSampledSpectrum.spectrum_to_dict()
  • generic_spectrum.py
  • Spectrum
    • Spectrum.get_source_id()
  • multi_synthetic_photometry.py
  • MultiSyntheticPhotometry
  • sampled_basis_functions.py
  • SampledBasisFunctions
    • SampledBasisFunctions.from_config()
    • SampledBasisFunctions.from_design_matrix()
    • SampledBasisFunctions.from_external_instrument_model()
    • SampledBasisFunctions.get_design_matrix()
    • SampledBasisFunctions.get_sampling_grid()
  • populate_design_matrix()
  • sampled_spectrum.py
  • SampledSpectrum
    • SampledSpectrum.get_flux_label()
    • SampledSpectrum.get_position_label()
    • SampledSpectrum.get_positions()
  • single_synthetic_photometry.py
  • SingleSyntheticPhotometry
  • flux_to_mag()
  • spectral_energy_distribution.py
  • SpectralEnergyDistribution
  • utils.py
  • get_covariance_matrix()
  • xp_continuous_spectrum.py
  • XpContinuousSpectrum
    • XpContinuousSpectrum.from_data_frame()
    • XpContinuousSpectrum.get_coefficients()
    • XpContinuousSpectrum.get_covariance()
    • XpContinuousSpectrum.get_standard_deviation()
    • XpContinuousSpectrum.get_units()
    • XpContinuousSpectrum.spectrum_to_dict()
  • xp_sampled_spectrum.py
  • XpSampledSpectrum
    • XpSampledSpectrum.from_continuous()
    • XpSampledSpectrum.from_data_frame()
    • XpSampledSpectrum.from_sampled()
    • XpSampledSpectrum.get_flux_label()
    • XpSampledSpectrum.get_position_label()
    • XpSampledSpectrum.get_positions()
    • XpSampledSpectrum.get_units()
    • XpSampledSpectrum.spectrum_to_dict()
  • xp_spectrum.py
  • XpSpectrum
    • XpSpectrum.get_xp()