GeodeZYX’s complete reference package

Subpackages

• geodezyx.athmo package
  • Submodules
  • geodezyx.athmo.athmo module
    • PWV_conversion()
    • Tm_bevis()
    • calc_stand_ties()
    • calc_stand_ties_gpt3()
    • gpt2_5()
    • gpt3()
    • read_grid_gpt()
    • trop_saast()
    • vmf1()
• geodezyx.conv package
  • Submodules
  • geodezyx.conv.conv_angle module
    • angle2equivalent_earth_parallel()
    • angle2equivalent_earth_radius()
    • angle_from_3_pts()
    • angle_interpolation_quick()
    • anglesfromvects()
    • arcsec2deg()
    • cartesian2polar()
    • deg2arcsec()
    • deg_dec2dms()
    • degdec2dms()
    • dms2dec()
    • dms2dec_num()
    • dms2degdec_num()
    • dms2degdec_str()
    • polar2cartesian()
  • geodezyx.conv.conv_coords module
    • ECEF2ECI()
    • ECI2ECEF()
    • ECI2RTN()
    • ECI2RTN_or_RPY()
    • ENU2XYZ()
    • ENU2XYZ_legacy()
    • ENU2XYZ_vector()
    • GEO2XYZ()
    • GEO2XYZ_vector()
    • XYZ2ENU()
    • XYZ2ENU_2()
    • XYZ2ENU_around_fix_pos()
    • XYZ2ENU_vector()
    • XYZ2GEO()
    • XYZ2GEO_vector()
    • normal_vector()
    • sENU2sFLH()
    • sFLH2sENU()
    • sFLH2sXYZ()
    • sXYZ2sENU()
    • vector_separator()
    • wnorm()
  • geodezyx.conv.conv_geometric module
    • barycenter()
    • dist()
    • dist_diff()
    • equilateral_triangle()
    • line_maker()
    • orthogonal_projection()
    • pythagore()
    • relative_orientation()
    • vincenty_full()
  • geodezyx.conv.conv_interpolators module
    • Slerp_time
    • interp1d_time
      • interp1d_time.dtype
  • geodezyx.conv.conv_proj_lambert module
    • lambert_projection()
    • lambert_projection_CC_frontend()
    • lambert_secante_parameter()
    • latitude_isometric()
  • geodezyx.conv.conv_proj_utm module
    • utm_coef()
    • utm_geo2xy()
  • geodezyx.conv.conv_rinex module
    • interval_from_rinex_name()
    • period_from_rinex_name()
    • rinex_regex()
    • rinex_regex_long_name()
    • rinex_regex_long_name_brdc()
    • rinex_regex_long_name_gfz_godc()
    • rinex_regex_search_tester()
    • rinex_regex_tester()
  • geodezyx.conv.conv_rotation_matrices module
    • C_2D()
    • C_cep2itrs()
    • C_ecef2enu()
    • C_ecef2ned()
    • C_eci2rtn()
    • C_enu2ecef()
    • C_enu2ned()
    • C_euler()
    • C_ned2ecef()
    • C_ned2enu()
    • C_rpy2enu()
    • C_rpy2enu2()
    • C_rtn2rpy()
    • C_x()
    • C_y()
    • C_z()
    • add_offset()
    • rot_quelconq()
    • vector_RPY()
  • geodezyx.conv.conv_time module
    • MJD2dt()
    • convert_partial_year()
    • date2dt()
    • date_string_2_dt()
    • date_to_jd()
    • datestr_gins_filename_2_dt()
    • datestr_sinex_2_dt()
    • datetime64_numpy2dt()
    • datetime_improved()
    • doy2dt()
    • dt2MJD()
    • dt2date()
    • dt2doy()
    • dt2doy_year()
    • dt2epoch_rnx3()
    • dt2fracday()
    • dt2gpstime()
    • dt2gpsweek_decimal()
    • dt2jjulCNES()
    • dt2list()
    • dt2posix()
    • dt2secinday()
    • dt2sp3_timestamp()
    • dt2str()
    • dt2tuple()
    • dt2year_decimal()
    • dt2ymdhms()
    • dt_2_sinex_datestr()
    • dt_2_sp3_datestr()
    • dt_ceil()
    • dt_gpstime2dt_tai()
    • dt_gpstime2dt_utc()
    • dt_improved()
    • dt_in_local_timezone2posix()
    • dt_range()
    • dt_round()
    • dt_tai2dt_tt()
    • dt_tai2dt_utc()
    • dt_utc2dt_tai()
    • dt_utc2dt_ut1()
    • dt_utc2dt_ut1_smart()
    • epo_epos_converter()
    • find_leapsecond()
    • get_leapsecond_frontend()
    • gpstime2dt()
    • gpstime2utc_bad()
    • gpsweek_decimal2dt()
    • hr_to_Day()
    • jd_to_date()
    • jd_to_mjd()
    • jjulCNES2dt()
    • matlab_time2dt()
    • mjd_to_jd()
    • numpy_datetime2dt()
    • numpy_dt2dt()
    • pandas_timestamp2dt()
    • posix2dt()
    • posix2dt_in_local_timezone()
    • rinexname2dt()
    • roundTime()
    • round_dt()
    • sp3name2dt()
    • sp3name_leg_2dt()
    • sp3name_v3_2dt()
    • statname_dt2rinexname()
    • statname_dt2rinexname_long()
    • str_date2dt()
    • strdate2dt()
    • string_date2dt()
    • tgipsy2dt()
    • toYearFraction()
    • trimble_file2dt()
    • tup_or_lis2dt()
    • utc2gpstime()
    • utc2gpstime_bad()
    • year_decimal2dt()
    • ymdhms2dt()
    • ymdhms_vectors2dt()
• geodezyx.externlib package
  • Submodules
  • geodezyx.externlib.externlib module
• geodezyx.files_rw package
  • Submodules
  • geodezyx.files_rw.geo_files_converter_lib module
    • Tropsinex_DataFrame()
    • convert_statinfo2eqfile()
    • header_from_ellipsoid()
    • list_stat_in_statinfo()
    • plot_nmea()
    • read_OTPS_tide_file()
    • read_eqfile_as_dico()
    • read_eqfile_time_solo()
    • read_globk_vel_file()
    • read_lfile_solo()
    • read_nmea()
    • read_pbo_vel_file_solo()
    • read_rinex_2_dataobjts()
    • read_rinex_nav()
    • read_sinex()
    • read_sinex_bench_antenna()
    • read_sinex_discontinuity_solo()
    • read_sinex_legacy()
    • read_sinex_versatile()
    • read_snx_trop()
    • read_station_info_solo()
    • read_station_info_solo_date()
    • read_station_info_time_solo()
    • receptor_gins_corrector()
    • sinex_DataFrame()
    • smart_elt_list()
    • stat_file_GINS_new_fmt()
    • stat_list_in_station_info()
    • statinfo_2_cats()
    • station_info_2_gins()
    • statname_of_catsfile()
    • unzip_gz_Z()
    • write_eqfile_from_dico()
    • write_latlontime_file_4_OTPS_tide()
    • write_lfile_from_datalists()
    • write_station_file_gins_from_datalists()
    • write_station_file_gins_from_rinex()
    • write_station_info_from_datalists()
  • geodezyx.files_rw.read_athmo module
    • Tropsinex_DataFrame()
    • read_bernese_trp()
    • read_gfz_trop()
    • read_rinex_met()
    • read_rinex_met_2()
    • read_snx_trop()
  • geodezyx.files_rw.read_coords_misc module
    • sinex_bench_antenna_DF_2_disconts()
    • stations_in_EPOS_sta_coords_file_mono()
    • stations_in_coords_file_multi()
    • stations_in_sinex_mono()
    • stations_in_sinex_multi()
  • geodezyx.files_rw.read_coords_time_series module
    • MZB_GINS_2_ATM_GAMIT()
    • convert_sp3_clk_2_GINS_clk()
    • gins_readTROPOZ()
    • gins_read_MZB()
    • gins_read_time()
    • interp_sndy_SYS_UTC()
    • read_IGS_coords()
    • read_all_obs()
    • read_all_points()
    • read_calais()
    • read_epos_slv_times()
    • read_epos_sta_coords_mono()
    • read_epos_sta_coords_multi()
    • read_epos_sta_coords_multi_legacy()
    • read_epos_sta_kinematics()
    • read_epos_tim()
    • read_gins()
    • read_gins_double_diff()
    • read_gins_double_diff_multi()
    • read_gins_multi_extracted()
    • read_gins_multi_raw_listings()
    • read_gins_solution()
    • read_gins_solution_multi()
    • read_gins_wrapper()
    • read_gipsy_apps()
    • read_gipsy_bosser()
    • read_gipsy_gdcov()
    • read_gipsy_gdcov_list()
    • read_gipsy_tdp()
    • read_gipsy_tdp_list()
    • read_gipsyx_tdp()
    • read_gipsyx_tdp_list()
    • read_gipsyx_xfile()
    • read_gipsyx_xfile_list()
    • read_groops_position()
    • read_hector_neu()
    • read_jpl_timeseries_solo()
    • read_jump_file()
    • read_nav_step1_geodesea()
    • read_nevada()
    • read_nrcan_csv()
    • read_nrcan_pos()
    • read_pbo_pos()
    • read_pride_pppar_kin()
    • read_pride_pppar_pos()
    • read_pride_pppar_pos_mono()
    • read_qinsy()
    • read_renag_synthetic()
    • read_rtklib()
    • read_sndy_mat_att()
    • read_sndy_mat_nav()
    • read_sonardyne_attitude()
    • read_sonardyne_posi()
    • read_track()
    • read_track_2()
    • read_webobs()
    • sorting_a_calais_file()
    • write_ATM_GAMIT()
  • geodezyx.files_rw.read_eop module
    • read_IERS()
    • read_IERS_info()
    • read_bull_B()
    • read_eop_C04()
    • read_eop_finals()
    • read_erp()
    • read_erp_multi()
    • read_erp_snx()
  • geodezyx.files_rw.read_geo_files_misc module
    • AC_equiv_vals()
    • list_files()
    • read_clk_old()
    • read_erp_bad()
  • geodezyx.files_rw.read_gnss_prods module
    • clk_decimate()
    • clk_diff()
    • read_clk()
    • read_clk_from_sp3()
    • read_sp3()
    • read_sp3_header()
    • sp3_DataFrame_zero_epoch_filter()
    • sp3_decimate()
  • geodezyx.files_rw.read_gnss_qc module
    • read_anubis_xtr_sum()
    • read_ringo_qc()
    • read_ringo_systems()
  • geodezyx.files_rw.read_igs_combi module
    • prn_int_2_prn_str()
    • read_combi_REPORT()
    • read_combi_clk_rms()
    • read_combi_clk_rms_full_table()
    • read_combi_sum_exclu()
    • read_combi_sum_full()
  • geodezyx.files_rw.read_logsheets module
    • Antenna
      • Antenna.ARPSmart()
      • Antenna.AntTypSmart()
      • Antenna.Antenna_Radome_Type
    • Event
      • Event.Date_Installed
      • Event.Date_Removed
    • Location
      • Location.export_as_string()
    • Receiver
      • Receiver.FirmwareSmart()
    • Site
      • Site.IERS_DOMES_Number
    • mono_logsheet_read()
    • multi_logsheet_read()
    • read_blocks_logsheet()
  • geodezyx.files_rw.read_rinex module
    • DFrnx_clean_LLI_SSI()
    • dict_sys_obs_clean_LLI_SSI()
    • observables_dict_per_sys()
    • read_rinex2_obs()
    • read_rinex3_obs()
  • geodezyx.files_rw.read_slr module
    • read_pdm_res_slr_mono()
    • read_pdm_res_slr_multi()
  • geodezyx.files_rw.write_geo_files module
    • ine_block_mono()
    • sp3_overlap_creator()
    • write_clk()
    • write_epos_sta_coords()
    • write_ine_dummy_file()
    • write_sndy_light_dat()
    • write_sp3()
  • geodezyx.files_rw.write_rinex module
    • header_rinex3_generic()
    • write_epoch_rinex3()
    • write_rinex3()
    • write_rinex3_body()
• geodezyx.geodyn package
  • Submodules
  • geodezyx.geodyn.emsgfz_load_interp module
    • ESMGFZ_DataFrame_reader()
    • ESMGFZ_downloader()
    • ESMGFZ_extrapolator()
  • geodezyx.geodyn.euler_pole_calc module
    • covarvec2wtmat()
    • euler_pole_calc()
    • euler_pole_quality()
    • euler_pole_vector_from_latlongrate()
    • euler_pole_vector_to_latlongrate()
    • euler_vels_relative_to_ref()
    • topo2dm()
  • geodezyx.geodyn.velo_field_map_plt module
    • LevelColormap()
    • area()
    • draw_map()
    • landmask()
    • split_grid()
  • geodezyx.geodyn.volcano_mogi module
    • benchmark()
    • cart2pol()
    • dP2dV()
    • dV2dP()
    • forward()
    • forward_dp()
    • get_cart2los()
    • invert()
    • mogi_frontend()
    • pol2cart()
• geodezyx.logconfig package
  • Submodules
  • geodezyx.logconfig.loggzyx module
• geodezyx.marine package
  • Submodules
  • geodezyx.marine.marine module
    • gebco_bathy_grid_extractor()
  • geodezyx.marine.obp module
    • butter_bandpass()
    • butter_bandpass_filtfilt()
    • butter_highpass()
    • butter_highpass_filtfilt()
    • butter_lowpass()
    • butter_lowpass_filtfilt()
    • butterworth()
    • compute_dens_profile()
    • compute_phibot()
    • compute_spectrogram()
    • compute_steric()
    • exp()
    • exp_linear()
    • extract_profile()
    • fit_model()
    • get_bottom_depth()
    • interp_time()
    • interp_xy()
    • interp_z()
    • linear()
    • log()
    • log_linear()
    • read_duacs()
    • read_ecco2()
    • read_glorys()
    • read_hycom()
  • geodezyx.marine.obscom module
    • counter2freq()
    • freq2U()
    • freq2counter()
    • freq2pres()
    • freq2pres_old()
    • freq2temp()
    • get_coeffs()
    • import_presure_df()
    • pres2freq()
    • pres_resolution()
    • resolution_grid_compute()
    • resolution_plot_as_gradient_grid()
    • temp2freq()
    • temp2freq_legacy()
    • temp2freq_old()
    • unitary_tests()
• geodezyx.megalib package
  • Submodules
  • geodezyx.megalib.genefun module
  • geodezyx.megalib.geo_files_converter_lib module
  • geodezyx.megalib.geoclass module
  • geodezyx.megalib.geodetik module
  • geodezyx.megalib.megalib module
  • geodezyx.megalib.softs_runner module
• geodezyx.operational package
  • Submodules
  • geodezyx.operational.anubis_frontend module
    • anubis_runner()
  • geodezyx.operational.cluster_gfz module
    • cluster_GFZ_run()
    • number_job_user()
    • sleep_job_user()
  • geodezyx.operational.download_cddis module
    • download_rp3_cddis()
    • list_daily_files_ftp()
    • list_file_in_ftp()
  • geodezyx.operational.download_dropbox module
    • dropbox_connect()
    • dropbox_list_files()
    • dropbox_wget_cmds()
  • geodezyx.operational.download_find_files module
    • find_IGS_products_files()
    • multi_finder_rinex()
    • read_rinex_list_table()
    • rinex_finder()
  • geodezyx.operational.download_prods module
    • download_gnss_products()
    • multi_downloader_orbs_clks()
    • multi_downloader_orbs_clks_2()
    • orbclk_long2short_name()
  • geodezyx.operational.download_rinex module
    • download_gnss_rinex()
    • effective_save_dir()
    • ens_fr()
    • ftp_download_frontend()
    • ftp_files_crawler()
    • geoaus_server()
    • igs_cddis_nav_server()
    • igs_cddis_server()
    • igs_ign_ensg_server()
    • igs_ign_server()
    • igs_sopac_server()
    • nav_bkg_server()
    • nav_rob_server()
    • orpheon_server()
    • ovsg_server()
    • renag_server()
    • rgp_ign_mlv_server()
    • rgp_ign_smn_1_hz_server()
    • rgp_ign_smn_server()
    • sonel_server()
    • unavco_server()
    • uwiseismic_server()
  • geodezyx.operational.download_rinex_legacy module
    • download_gnss_rinex_legacy()
    • effective_save_dir()
    • ens_fr_legacy()
    • geoaus_server_legacy()
    • igs_cddis_nav_server_legacy()
    • igs_cddis_server_legacy()
    • igs_sopac_server_legacy()
    • multi_archiver_rinex()
    • multi_downloader_rinex()
    • nav_bkg_server()
    • nav_rob_server_legacy()
    • orpheon_server_legacy()
    • ovsg_server_legacy()
    • renag_server()
    • rgp_ign_mlv_server()
    • rgp_ign_smn_1_hz_server_legacy()
    • rgp_ign_smn_server_legacy()
    • rnx_long2short_name()
    • sonel_server_legacy()
    • unavco_server_legacy()
    • uwiseismic_server()
  • geodezyx.operational.download_utils module
    • MyFTP_TLS
      • MyFTP_TLS.ntransfercmd()
    • downloader()
    • downloader_wrap()
    • effective_save_dir_orbit()
    • ftp_downloader()
    • ftp_downloader_core()
    • ftp_downloader_wo_objects()
    • ftp_downloader_wrap()
    • ftp_files_crawler_legacy()
    • ftp_objt_create()
    • start_end_date_easy()
  • geodezyx.operational.gins_runner module
    • bad_sat_finder()
    • check_good_exec_of_GINS()
    • check_if_DOMES_in_oceanloadfile()
    • check_if_file_in_gin_folder()
    • check_if_stat_in_stationfile()
    • clk_2_gins()
    • copy_file_in_gin_folder()
    • dirs_copy_generik_2_working()
    • double90_runner()
    • double_diff_binom()
    • double_diff_multi()
    • download_convert_2_gins_orb_clk()
    • export_results_gins_listing()
    • find_DOMESstat_in_stationfile()
    • gen_dirs_from_double_diff()
    • gen_dirs_from_rnxs()
    • get_director_list()
    • get_gins_path()
    • get_rinex_list()
    • get_temp_data_gins_path()
    • make_path_ginsstyle()
    • merge_yaml()
    • orbit_cleaner()
    • prairie_manual()
    • run_director_list_wrap()
    • run_director_wrap()
    • run_directors()
    • run_dirs_multislots()
    • smart_directors_to_run()
    • smart_listing_archive()
    • sort_by_stations()
    • sort_orbit_gins()
    • sp3_2_gins()
    • write_oceanload_file()
  • geodezyx.operational.groops_frontend module
    • groops_basic_runner()
    • groops_ppp_full_runner()
    • log_subprocess()
    • subprocess_frontend2()
    • vmf_tropo_downloader()
  • geodezyx.operational.hector_frontend module
    • MJD2dt()
    • get_FLH_from_NEUfile()
    • keeping_specific_stats()
    • momfile_trend_processing()
    • multi_momfile_trend_processing()
    • multi_neufile_outlier_removing()
    • multi_sumfiles_trend_extract()
    • neufile_outlier_removing()
    • sumfiles_to_statdico()
    • sumfiles_trend_extract()
    • velfile_from_a_list_of_statVsV_tuple()
  • geodezyx.operational.midas_frontend module
    • midas_plot()
    • midas_run()
    • midas_vel_files_2_pandas_DF()
  • geodezyx.operational.pride_pppar_frontend module
    • dl_brdc_pride_pppar()
    • dl_prods_pride_pppar()
    • pride_pppar_mp_wrap()
    • pride_pppar_runner()
    • pride_pppar_runner_mono()
    • run_command()
  • geodezyx.operational.rinex_lister_plotter module
    • listing_gins_timeline()
    • rinex_check_epochs_availability()
    • rinex_lister()
    • rinex_timeline()
    • rinex_timeline_datadico()
    • rinex_timeline_datadico_merge()
    • rinex_timeline_datadico_merge_not_very_smart()
    • timeline_plotter()
  • geodezyx.operational.rinex_utils module
    • check_if_compressed_rinex()
    • crz2rnx()
    • crz2rnx_bad()
    • read_rnx_epoch_line()
    • rinex_read_epoch()
    • rinex_renamer()
    • rinex_sats_checker()
    • rinex_session_id()
    • rinex_spliter()
    • rinex_spliter_gfzrnx()
    • rinex_start_end()
    • rinexs_table_from_list()
    • rnx2crz()
    • same_day_rinex_check()
    • teqc_qc()
  • geodezyx.operational.rtklib_frontend module
    • read_conf_file()
    • rtklib_run_from_rinex()
  • geodezyx.operational.track_frontend module
    • run_track()
    • track_runner()
• geodezyx.reffram package
  • Submodules
  • geodezyx.reffram.geometry module
    • BL_from_points()
    • R2_calc()
    • R2_from_a_line_regress()
    • calc_pos_speed_itrf()
    • circle_draw()
    • estimated_autocorrelation()
    • group_consecutives()
    • guess_seq_len()
    • helmert_trans_apply()
    • helmert_trans_estim()
    • helmert_trans_estim_minimisation()
    • helmert_trans_estim_minimisation_scalar()
    • helmert_trans_legacy()
    • interp1d_ang
    • itrf_helmert_get_parameters()
    • itrf_helmert_trans()
    • itrf_psd_fundamuntal_formula()
    • itrf_speed_calc()
    • mat_poids()
    • points_circle_border()
    • project_point_on_plan()
    • randn_bool()
    • random_walk_in_a_circle()
    • randomwalk_normal()
    • randomwalk_uniform()
    • rotate_points()
    • rotmat2()
    • rotmat3()
    • savage_buford_formula()
    • semi_major_axis_from_mean_motion()
    • unwrap180()
    • wrap360()
    • wrapTo180()
    • wrapTo2Pi()
    • wrapTo360()
    • wrapToPi()
  • geodezyx.reffram.gnss_products module
    • ClkDF_common_epoch_finder()
    • ClkDF_common_epoch_finder_multi()
    • ClkDF_filter()
    • ClkDF_filter2()
    • ClkDF_reg_2_multidx()
    • DFOrb_velocity_calc()
    • OrbDF_common_epoch_finder()
    • OrbDF_const_sv_columns_maker()
    • OrbDF_crf2trf()
    • OrbDF_lagrange_interpolate()
    • OrbDF_multidx_2_reg()
    • OrbDF_reg_2_multidx()
    • beta_angle_calc()
    • beta_sun_eclip_long()
    • beta_sun_ra_dec()
    • compar_clk_plot()
    • compar_clock()
    • compar_clock_table()
    • compar_orbit()
    • compar_orbit_frontend()
    • compar_orbit_plot()
    • compar_orbit_table()
    • compar_sinex()
    • eop_interpotate()
    • get_block_svn()
    • stats_slr()
    • svn_prn_equiv()
    • svn_prn_equiv_DF()
  • geodezyx.reffram.kepler_gzyx module
    • ECI_2_kepler_elts()
    • ECI_2_kepler_elts_mono()
    • extrapolate_orbit_kepler()
    • extrapolate_sp3_DataFrame()
  • geodezyx.reffram.quaternions module
    • interp_quat()
    • interp_quat_multi()
    • quatern_multi()
    • quaternion()
    • rotate_quat()
    • rotate_quat2()
    • rotate_quat3()
    • rotate_quat_multi()
  • geodezyx.reffram.sofa18 module
• geodezyx.stats package
  • Submodules
  • geodezyx.stats.least_squares module
    • bins_middle()
    • chi2_test_frontend()
    • chi2_test_lsq()
    • clean_nan()
    • constraint_improve_N()
    • ellipse_angle_of_rotation()
    • ellipse_axis_length()
    • ellipse_center()
    • ellipse_fit()
    • ellipse_get_coords()
    • error_ellipse()
    • error_ellipse_parameters()
    • error_ellipse_parameters_2()
    • fitEllipse_core()
    • fuv_calc()
    • fuv_calc_OLD()
    • fuv_calc_OLD2()
    • get_accur_coeff()
    • jacobian()
    • jacobian_line()
    • kwargs_for_jacobian()
    • nan_cleaner()
    • partial_derive()
    • partial_derive_old()
    • sigmas_formal_calc()
    • smart_i_giver()
    • triangle_arr2vect()
    • weight_mat()
    • weight_mat_simple()
  • geodezyx.stats.stats module
    • RMSmean()
    • butter_lowpass()
    • butter_lowpass_filter()
    • color_of_season()
    • confid_interval_slope()
    • dates_middle()
    • detrend_timeseries()
    • find_intersection()
    • gaussian_filter_GFZ_style_smoother()
    • gaussian_filter_GFZ_style_smoother_improved()
    • get_season()
    • harmonic_mean()
    • lagrange1()
    • lagrange2()
    • lagrange_interpolate()
    • linear_coef_a_b()
    • linear_reg_getvalue()
    • linear_regression()
    • mad()
    • movingaverage()
    • movingaverage_bis()
    • movingaverage_ter()
    • outlier_above_below()
    • outlier_above_below_binom()
    • outlier_above_below_simple()
    • outlier_mad()
    • outlier_mad_binom()
    • outlier_mad_binom_legacy()
    • outlier_overmean()
    • outlier_sigma()
    • plot_vertical_bar()
    • plot_vertical_bar_ax()
    • rms_mean()
    • rms_mean_alternativ()
    • rms_mean_kouba()
    • runningMean()
    • running_mean()
    • running_mean_core()
    • running_mean_help()
    • sinusoide()
    • smooth()
    • time_win_basic()
    • time_win_multi()
    • time_win_multi_start_end()
    • wrapTo180()
    • wrapTo360()
• geodezyx.time_series package
  • Submodules
  • geodezyx.time_series.ts_class module
    • Attitude
      • Attitude.Qcalc()
      • Attitude.RPYget()
      • Attitude.RPYset()
      • Attitude.Tset()
    • Point
      • Point.ENUcalc_pt()
      • Point.ENUset()
      • Point.FLHset()
      • Point.NEDset()
      • Point.Tset()
      • Point.UTMcalc_pt()
      • Point.UTMset()
      • Point.XYZset()
      • Point.add_offset()
      • Point.helmert_trans()
      • Point.keysanex()
      • Point.velocity_trans()
    • TimeSerieObs
      • TimeSerieObs.add_obs()
      • TimeSerieObs.aleaobs()
      • TimeSerieObs.del_data()
      • TimeSerieObs.enddate()
      • TimeSerieObs.interp_get()
      • TimeSerieObs.interp_set()
      • TimeSerieObs.interval_nominal()
      • TimeSerieObs.meta_set()
      • TimeSerieObs.plot()
      • TimeSerieObs.readfile()
      • TimeSerieObs.startdate()
      • TimeSerieObs.timewin()
      • TimeSerieObs.to_list()
    • TimeSeriePoint
      • TimeSeriePoint.ENUcalc()
      • TimeSeriePoint.ENUcalc_from_first_posi()
      • TimeSeriePoint.ENUcalc_from_mean_posi()
      • TimeSeriePoint.UTMcalc()
      • TimeSeriePoint.add_offset()
      • TimeSeriePoint.add_point()
      • TimeSeriePoint.aleapt()
      • TimeSeriePoint.decimate()
      • TimeSeriePoint.del_data()
      • TimeSeriePoint.discont_manu_click()
      • TimeSeriePoint.enddate()
      • TimeSeriePoint.find_point()
      • TimeSeriePoint.from_list()
      • TimeSeriePoint.from_uniq_point()
      • TimeSeriePoint.initype()
      • TimeSeriePoint.interp_get()
      • TimeSeriePoint.interp_set()
      • TimeSeriePoint.interval_nominal()
      • TimeSeriePoint.len_period()
      • TimeSeriePoint.mean_posi()
      • TimeSeriePoint.meta_set()
      • TimeSeriePoint.nbpts
      • TimeSeriePoint.plot()
      • TimeSeriePoint.plot_discont()
      • TimeSeriePoint.readfile()
      • TimeSeriePoint.remove_duplicate_pts()
      • TimeSeriePoint.set_discont()
      • TimeSeriePoint.sort()
      • TimeSeriePoint.startdate()
      • TimeSeriePoint.time_win()
      • TimeSeriePoint.to_dataframe()
      • TimeSeriePoint.to_list()
    • point_n_click_plot
  • geodezyx.time_series.ts_export module
    • export_ts()
    • export_ts_as_hector_enu()
    • export_ts_as_midas_tenu()
    • export_ts_as_neu()
    • export_ts_as_pbo_pos()
    • export_ts_figure_pdf()
    • export_ts_plot()
  • geodezyx.time_series.ts_fcts module
    • add_offset_point()
    • add_offset_smart_for_GINS_kine()
    • add_offset_ts()
    • baselines_calc()
    • bool_cleaner()
    • compar()
    • compar2()
    • compar_elts_in_ts()
    • compar_plot()
    • decimate_cleaner()
    • decimate_cleaner_2()
    • detrend_ts()
    • dist_btwn_2pts()
    • dist_diff_btwn_2pts()
    • find_pts_from_ts_with_time()
    • helmert_trans()
    • interpolator_light()
    • interpolator_with_extrapolated()
    • linear_regress_find_coeff()
    • linear_regress_ts()
    • linear_regress_ts_discont()
    • mad_cleaner()
    • mean_list_of_pts()
    • mean_posi_multi()
    • merge()
    • merge_ts()
    • print4compar()
    • print4compar_tabular()
    • refENU_for_tslist()
    • retrend_ts()
    • rotate_points_class()
    • rotate_pt_cls_solo()
    • round_time()
    • sigma_cleaner()
    • std_dev_cleaner()
    • time_gap()
    • time_win()
    • time_win_T()
    • time_win_multi()
    • ts_from_list()
    • velocity_trans()
• geodezyx.toolbox_meta package
• geodezyx.utils package
  • Submodules
  • geodezyx.utils.dict_utils module
    • dic_key_for_vals_list_finder()
    • dicts_merge()
    • dicts_of_list_merge()
    • dicts_of_list_merge_mono()
  • geodezyx.utils.list_utils module
    • chunkIt()
    • consecutive_groupIt()
    • decimateIt()
    • df_sel_val_in_col()
    • dicofdic()
    • duplicates_finder()
    • find_common_elts()
    • find_index_multi_occurences()
    • find_interval_bound()
    • find_nearest()
    • find_regex_in_list()
    • find_surrounding()
    • get_interval()
    • groups_near_central_values()
    • identical_consecutive_eltsIt()
    • identical_groupIt()
    • is_listoflist()
    • median_improved()
    • middle()
    • minmax()
    • most_common()
    • occurence()
    • second_smallest()
    • shrink_listoflist()
    • sliceIt()
    • sort_binom_list()
    • sort_multinom_list()
    • sort_table()
    • sublistsIt()
    • trio_lists_2_tab()
    • uniq_and_sort()
    • uniq_set_list()
    • uniqify_list()
    • uniqify_list_of_lists()
    • uniquetol()
    • uniquetol2()
  • geodezyx.utils.pandas_utils module
    • diff_pandas()
    • pandas_DF_2_tuple_serie()
    • pandas_DF_print()
    • pandas_column_rename_dic()
    • renamedic_fast_4_pandas()
    • weighted_average()
  • geodezyx.utils.plot_utils module
    • axis_data_coords_sys_transform()
    • color_list()
    • colors_from_colormap_getter()
    • figure_saver()
    • gaussian_for_plot()
    • get_figure()
    • id2val()
    • set_size_for_pub()
    • symbols_list()
    • ylim_easy()
  • geodezyx.utils.shell_like module
    • cat()
    • cat_print()
    • cat_remove_header()
    • check_regex()
    • create_dir()
    • egrep_big_string()
    • empty_file_check()
    • fileprint()
    • find_recursive()
    • glob_smart()
    • grep()
    • grep_boolean()
    • head()
    • insert_lines_in_file()
    • insert_str_in_file_if_line_contains()
    • is_exe()
    • regex2filelist()
    • regex_OR_from_list()
    • remove_dir()
    • replace()
    • subprocess_frontend()
    • tail()
    • uncompress()
    • walk_dir()
    • write_in_file()
  • geodezyx.utils.utils_core module
    • Aformat()
    • Tee
      • Tee.flush()
      • Tee.pause()
      • Tee.restart()
      • Tee.stop()
      • Tee.write()
    • Tee_frontend()
    • alphabet()
    • alphabet_reverse()
    • array_from_lists()
    • boolean_dict()
    • clear_all()
    • dday()
    • diagonalize()
    • docstring_generic()
    • eval_a_dict()
    • extract_text_between_elements()
    • extract_text_between_elements_2()
    • get_computer_name()
    • get_function_name()
    • get_specific_locals()
    • get_timestamp()
    • get_type_smart()
    • get_username()
    • globals_filtered()
    • greek_alphabet()
    • indice_printer()
    • is_iterable()
    • is_lambda()
    • is_not_iterable()
    • join_improved()
    • line_count()
    • line_in_file_checker()
    • mdot()
    • mdotr()
    • memmap_from_array()
    • mmpa()
    • multidot()
    • open_readlines_smart()
    • patterns_in_string_checker()
    • pickle_loader()
    • pickle_saver()
    • read_comments()
    • read_mat_file()
    • replace_in_file()
    • save_array_fast()
    • save_obj_as_file()
    • split_improved()
    • spyder_run_check()
    • str2float_smart()
    • str2int_float_autodetect()
    • str2int_smart()
    • str_2_float_line()
    • stringizer()
    • timeout()
    • transpose_vector_array()
    • trunc()
    • vectorialize()