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Getting Started

  • Getting Started with qumas
    • QuMAS: Quasar Microlensing AnalysiS
    • Features
    • Installation
    • References
    • License
    • License

Examples

  • Welcome to qumas examples!
    • Notebook 1 – Automatic modeling

API Reference

  • qumas package
    • qumas.LensmodelWrapper package
      • qumas.LensmodelWrapper.models package
      • qumas.LensmodelWrapper.automatic_modeling module
        • set_up_dir()
        • automatic_modeling()
      • qumas.LensmodelWrapper.automatic_modeling_time_delay module
        • set_up_dir()
        • automatic_modeling()
      • qumas.LensmodelWrapper.lensmodel_handler module
        • lensmodel_handler
      • qumas.LensmodelWrapper.lensmodel_reader module
        • make_dictionary()
        • get_numeric_values()
        • get_images_result()
        • get_kappa_gamma()
        • get_result_lensmodel()
        • get_critical_caustic()
        • get_grid()
        • get_RE()
        • run_lensmodel()
        • full_modeling_result()
        • save_dict_to_hdf5()
        • read_hdf5()
        • compare_dicts()
      • qumas.LensmodelWrapper.lensmodel_result_handler module
        • Result_Handler
      • qumas.LensmodelWrapper.lensmodel_wrapper module
        • run_lensmodel()
      • qumas.LensmodelWrapper.mass_models module
        • mass_models()
      • qumas.LensmodelWrapper.mcmc_lensmodel module
        • make_pandas_from_mcmc()
        • modify_alpha_row()
        • make_mcmc_lensmodel()
      • qumas.LensmodelWrapper.utils module
        • write_list_to_file()
        • clean_number()
        • bands_that_can_be_modeled()
        • can_be_modeled()
        • columns_to_float()
        • is_know_redshift()
        • model_available()
        • image_whit_photometry()
        • pandas_to_model()
        • get_paths_before()
        • make_dictionary()
        • get_numeric_values()
        • get_images_result()
        • get_kappa_gamma()
        • get_result_lensmodel()
        • get_critical_caustic()
        • get_grid()
        • get_RE()
        • full_modeling_result()
        • compare_dicts()
        • read_pickle()
        • write_pickle()
        • ModelNotFoundError
    • qumas.MicrolensingAnalysis package
      • qumas.MicrolensingAnalysis.Utils package
        • qumas.MicrolensingAnalysis.Utils.continuum module
        • qumas.MicrolensingAnalysis.Utils.emission_line module
        • qumas.MicrolensingAnalysis.Utils.extras module
      • qumas.MicrolensingAnalysis.Update module
      • qumas.MicrolensingAnalysis.WindowAnalysis module
      • qumas.MicrolensingAnalysis.functions module
        • linear_func()
        • linear_model()
        • bootstrap_single_iteration()
        • bootstrap_Area()
      • qumas.MicrolensingAnalysis.microlensing_mag_plot module
        • fit_linear_with_errors()
        • fit_median()
        • microlensing()
      • qumas.MicrolensingAnalysis.ratio_cont_core module
        • ratio_cont_core()
      • qumas.MicrolensingAnalysis.utils module
        • format_scientific()
      • qumas.MicrolensingAnalysis.windows module
    • qumas.MicrolensingMaps package
      • qumas.MicrolensingMaps.maps_utils module
        • renormalize_mean()
        • pmf_stats()
        • map2d_to_stats()
      • qumas.MicrolensingMaps.micro_maps_func module
        • maps_to_stats()
      • qumas.MicrolensingMaps.micro_maps_tracks_func module
        • bresenham_line()
        • generate_random_tracks()
      • qumas.MicrolensingMaps.plots module
        • map_plot()
        • map_pmf_plot()
        • compare_maps_plot()
        • map_plot_with_zoom()
        • compare_maps_pmf()
        • CompareMapsPMF
        • map_plot_with_profiles()
        • map_plot_with_profiles_pixels()
    • qumas.MicrolensingTimescale package
      • qumas.MicrolensingTimescale.Microtimescales module
      • qumas.MicrolensingTimescale.v_cmb module
        • ra_dec_to_unit_vector()
        • calculate_projections()
    • qumas.Tools package
      • qumas.Tools.linear_fit module
        • linear_func()
        • evaluate_with_uncertainties()
        • make_linear_fit()
      • qumas.Tools.linear_fit_tools module
        • linear_func()
        • evaluate_with_uncertainties()
        • make_linear_fit()
      • qumas.Tools.paperthings module
        • array_to_latex_table()
      • qumas.Tools.postanalysis_utils module
        • montecarlo_errors()
        • lday_to_cm()
        • cm_to_lday()
        • RxtoR2500()
        • log10_to_number()
        • r_x_to_r_y()
        • to_return()
      • qumas.Tools.utils module
        • clean_name()
    • qumas.census module
      • LensedQsoCensus
        • LensedQsoCensus.look_for_a_system()
        • LensedQsoCensus.unique_systems_count()
        • LensedQsoCensus.hierarchical_selection()
        • LensedQsoCensus.pandas_for_model()
    • qumas.cli module
      • version_msg()
  • Tables
    • Filterinfo
      • Filterinfo
      • Filter Unique
    • Jjv Params.Csv
      • Jjv Params
    • Photometry
      • photometry
      • Agnello 2015Mnras.454.1260A
      • Agnello 2018Mnras.474.3391A
      • Agnello 2018Mnras.479.4345A
      • Anguita 2009A&A…507…35A
      • Anguita 2018Mnras.480.5017A
      • Blackburne 2008Aj….135..374B
      • Castander 2006Apj…652..955C
      • Chantry 2010A&A…522A..95C
      • Connor 2022Apj…927…45C
      • Glikman 2023Apj…943…25G
      • Inada 2006Aj….131.1934I
      • Inada 2007Aj….133..206I
      • Inada 2009Aj….137.4118I
      • Inada 2014Aj….147..153I
      • Jackson 2008Mnras.387..741J
      • Kayo 2010Aj….139.1614K
      • Kostrzewa-Rutkowska 2018Mnras.476..663K
      • Lagattuta 2010Apj…716L.185L
      • Lemon 2018Mnras.479.5060L
      • Lemon 2019Mnras.483.4242L
      • Lemon 2020Mnras.494.3491L
      • Lemon 2022A&A…657A.113L
      • Mckean 2007Mnras.378..109M
      • More 2016Mnras.456.1595M
      • Oguri 2004Pasj…56..399O
      • Oguri 2008Aj….135..520O
      • Oguri 2008Apj…676L…1O
      • Ostrovski 2017Mnras.465.4325O
      • Pindor 2006Aj….131…41P
      • Rusu 2013Apj…765..139R
      • Rusu 2016Mnras.458….2R
      • Schechter 2017Aj….153..219S
      • Schmidt 2023Mnras.518.1260S
      • Shajib 2019Mnras.483.5649S
      • Shajib 2021Mnras.503.1557S
      • Spiniello 2019Mnras.483.3888S
      • Spiniello 2019Mnras.485.5086S
      • Stern 2021Apj…921…42S
      • Williams 2018Mnras.477L..70W
      • Castles
      • Castles Non Castles
      • Others With Out Photometry
qumas
  • qumas.MicrolensingMaps package
  • View page source

qumas.MicrolensingMaps package

Submodules

  • qumas.MicrolensingMaps.maps_utils module
    • renormalize_mean()
    • pmf_stats()
    • map2d_to_stats()
  • qumas.MicrolensingMaps.micro_maps_func module
    • maps_to_stats()
  • qumas.MicrolensingMaps.plots module
    • map_plot()
    • map_pmf_plot()
    • compare_maps_plot()
    • map_plot_with_zoom()
    • compare_maps_pmf()
    • CompareMapsPMF
      • CompareMapsPMF.plot()
    • map_plot_with_profiles()
    • map_plot_with_profiles_pixels()

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