Welcome to the PyIRI documentation
This documentation describes the PyIRI module, which contains routines to run the International Reference Ionosphere (IRI) in pure Python code.
- Overview
- Installation
- Citation Guidelines
- Examples
- Guide for Developers
- Change Log
- Application Programming Interface
- References
EDP_builder()F107_2_IG12()F107_2_R12()IG12_2_F107()IG12_2_R12()IRI_density_1day()IRI_monthly_mean_par()Probability_F1()R12_2_F107()R12_2_IG12()adjust_longitude()create_reg_grid()day_of_the_month_corr()decimal_year()diurnal_functions()drop_function()epstein()epstein_function_array()epstein_function_top_array()fexp()find_B_F1_bot()foE()fractional_correction_of_dictionary()freq2den()freq_to_Nm()gamma()gammaE()highest_power_of_extension()hmF1_from_F2()hm_IRI()juldat()quadratic()read_ccir_ursi_coeff()reconstruct_density_from_parameters()reconstruct_density_from_parameters_1level()run_iri_reg_grid()run_seas_iri_reg_grid()set_alt_grid()set_diurnal_functions()set_geo_grid()set_gl_G()set_global_functions()set_temporal_array()solar_interpolate()solar_interpolation_of_dictionary()solar_zenith()solzen_effective()solzen_timearray_grid()subsolar_point()thickness()- References
geo_to_gg()gg_to_geo()inc2magnetic_dip_latitude()inc2modip()inclination()legendre_poly()synth_values()xyz2dhif()PyIRI_EDP_sample()PyIRI_EDP_sample_1day()PyIRI_plot_1location_diurnal_density()PyIRI_plot_1location_diurnal_par()PyIRI_plot_B_F1_bot()PyIRI_plot_B_F1_bot_min_max()PyIRI_plot_B_F2_bot()PyIRI_plot_B_F2_bot_min_max()PyIRI_plot_B_F2_top()PyIRI_plot_B_F2_top_min_max()PyIRI_plot_M3000()PyIRI_plot_M3000_min_max()PyIRI_plot_NmF1()PyIRI_plot_NmF1_min_max()PyIRI_plot_NmF2()PyIRI_plot_NmF2_min_max()PyIRI_plot_foE()PyIRI_plot_foE_min_max()PyIRI_plot_foEs()PyIRI_plot_foEs_min_max()PyIRI_plot_foF1()PyIRI_plot_foF1_min_max()PyIRI_plot_foF2()PyIRI_plot_foF2_min_max()PyIRI_plot_hmF1()PyIRI_plot_hmF1_min_max()PyIRI_plot_hmF2()PyIRI_plot_hmF2_min_max()PyIRI_plot_inc()PyIRI_plot_mag_dip_lat()PyIRI_plot_modip()