geodezyx.files_rw package

Subpackages

• geodezyx.files_rw.read package
  • Submodules
  • geodezyx.files_rw.read.read_antex module
    • l_atx_cal()
    • l_atx_std()
    • read_antex()
    • write_antex()
  • geodezyx.files_rw.read.read_atmo module
    • read_bernese_trp()
    • read_gfz_trop()
    • read_rinex_met()
    • read_rinex_met_2()
    • read_snx_trop()
    • read_spotgins_tropo()
    • troposinex2df()
  • geodezyx.files_rw.read.read_coords_epos_gfz module
    • 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()
    • stations_in_epos_sta_coords_file_mono()
  • geodezyx.files_rw.read.read_coords_gins_cnes module
    • MZB_GINS_2_ATM_GAMIT()
    • convert_sp3_clk_2_GINS_clk()
    • diff_spotgins_quick()
    • gins_readTROPOZ()
    • gins_read_MZB()
    • gins_read_time()
    • 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_spotgins()
    • read_spotgins_quick()
    • write_ATM_GAMIT()
  • geodezyx.files_rw.read.read_coords_gipsyx_jpl module
    • 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_jpl_timeseries_solo()
  • geodezyx.files_rw.read.read_coords_misc module
    • read_IGS_coords()
    • read_all_obs()
    • read_all_points()
    • read_calais()
    • read_groops_position()
    • read_hector_neu()
    • 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_renag_synthetic()
    • read_spotgins_masterfile()
    • read_track()
    • read_track_2()
    • read_webobs()
    • sorting_a_calais_file()
  • geodezyx.files_rw.read.read_coords_rtklib module
    • read_rtklib()
  • geodezyx.files_rw.read.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.read_gnss_prods module
    • clk_decimate()
    • clk_diff()
    • load_sp3()
    • read_clk()
    • read_clk_from_sp3()
    • read_sp3()
    • read_sp3_header()
    • sp3_data_frame_zero_epoch_filter()
    • sp3_decimate()
  • geodezyx.files_rw.read.read_gnss_qc module
    • read_anubis_xtr_sum()
    • read_ringo_qc()
    • read_ringo_systems()
  • geodezyx.files_rw.read.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.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.read_rinex module
    • df_rnx_clean_lli_ssi()
    • dict_sys_obs_clean_lli_ssi()
    • observables_dict_per_sys()
    • open_rinex()
    • read_rinex2_obs()
    • read_rinex3_obs()
    • read_rinex3_obs_legacy()
    • read_rinex_obs()
  • geodezyx.files_rw.read.read_rinex_nav module
    • read_rinex_nav()
    • read_rinex_nav_v3_header()
  • geodezyx.files_rw.read.read_sinex module
    • read_sinex()
    • read_sinex_bench_antenna()
    • read_sinex_legacy()
    • read_sinex_versatile()
    • sinex_bench_antenna_df_2_disconts()
    • sinex_data_frame()
    • stations_in_coords_file_multi()
    • stations_in_sinex_mono()
    • stations_in_sinex_multi()
  • geodezyx.files_rw.read.read_slr module
    • read_pdm_res_slr_mono()
    • read_pdm_res_slr_multi()
  • geodezyx.files_rw.read.read_stats_rtklib module
    • Record types
    • read_rtklib_stat()
• geodezyx.files_rw.write package
  • Submodules
  • geodezyx.files_rw.write.write_geo_files module
    • ine_block_mono()
    • sp3_overlap_creator()
    • write_clk()
    • write_epos_sta_coords()
    • write_ine_dummy_file()
    • write_sp3()
  • geodezyx.files_rw.write.write_rinex module
    • header_rinex3_generic()
    • write_epoch_rinex3()
    • write_rinex3()
    • write_rinex3_body()
  • geodezyx.files_rw.write.write_tropo_spotgins module
    • extract_data_from_gz()
    • generate_header()
    • main()
    • parse_args()
    • read_master_file()

Submodules

geodezyx.files_rw.geo_files_converter_lib module

@author: psakic

This sub-module of geodezyx.files_rw deals with file format conversion between different file standards .

it can be imported directly with: from geodezyx import files_rw

The geodezyx toolbox is a software for simple but useful functions for Geodesy and Geophysics under the GNU LGPL v3 License

Copyright (C) 2019 Pierre Sakic et al. (IPGP, sakic@ipgp.fr) GitHub repository : https://github.com/IPGP/geodezyx

geodezyx.files_rw.geo_files_converter_lib.convert_statinfo2eqfile(statinfoin, eqfileout)

geodezyx.files_rw.geo_files_converter_lib.header_from_ellipsoid(ellipsoid)

geodezyx.files_rw.geo_files_converter_lib.list_stat_in_statinfo(statinfoin)

geodezyx.files_rw.geo_files_converter_lib.plot_nmea(T, E, N, U, Q)

a quick and dirty fct to plot the NMEA

geodezyx.files_rw.geo_files_converter_lib.read_OTPS_tide_file(pathin, print_line=False, return_array=True)

Return :

latlis , lonlis , datlis , hlis

geodezyx.files_rw.geo_files_converter_lib.read_eqfile_as_dico(filein, delGPSfield=False)

for an eqfile return a dico dic[STAT] = [disc1 , disc2 …] where disc are the discont of the FIRST column

delGPSfield manage the elimination of the line of type _GPS which are not regular EDIT : 150817 WHY ???

geodezyx.files_rw.geo_files_converter_lib.read_eqfile_time_solo(filein, stat)

BROUILLON pour une station, donne les startdate et enddate d’une periode SORTIE : 2 x liste de dt

geodezyx.files_rw.geo_files_converter_lib.read_globk_vel_file(velfile_in)

geodezyx.files_rw.geo_files_converter_lib.read_lfile_solo(filein, stat)

WEAK : should be improved with discontinuites management

geodezyx.files_rw.geo_files_converter_lib.read_nmea(file_path, outtype='FLH', df_out=True, use_altitude=False, startdate=datetime.datetime(1980, 1, 1, 0, 0), enddate=datetime.datetime(2099, 1, 1, 0, 0), export_path='')

if export_path != ‘’, export a Matlab readable file to this path WARNING !!! la coord de ref est codée en dur, à coriger !!!!

geodezyx.files_rw.geo_files_converter_lib.read_pbo_vel_file_solo(velfilein, stat)

return a LIST of panda dataframe (corrsponding to different discontinuites), where the keywords of the pbo .vel can be used directly

exemple : ftp://data-out.unavco.org/pub/products/velocity/pbo.final_nam08.vel

geodezyx.files_rw.geo_files_converter_lib.read_rinex_2_dataobjts(rinex_path)

geodezyx.files_rw.geo_files_converter_lib.read_sinex_discontinuity_solo(snxfile, stat, PorV='p')

geodezyx.files_rw.geo_files_converter_lib.read_station_info_solo(filein, stat, column_type='ulr')

column_typestr

“ulr” or “sopac”

geodezyx.files_rw.geo_files_converter_lib.read_station_info_solo_date(filein, stat, date, column_type='ulr')

geodezyx.files_rw.geo_files_converter_lib.read_station_info_time_solo(filein, stat)

BROUILLON pour une station, donne les startdate et enddate d’une periode SORTIE : 2 x liste de dt

geodezyx.files_rw.geo_files_converter_lib.receptor_gins_corrector(inRec)

geodezyx.files_rw.geo_files_converter_lib.smart_elt_list(list_raw, n_elt, replacement='')

geodezyx.files_rw.geo_files_converter_lib.stat_file_gins_new_fmt(file_out_path, STAT='STAT', xyz=[0.0, 0.0, 0.0], ecc_une=[0.0, 0.0, 0.0], rec='NONE', ant='NONE', radom='NONE', ant_id='0000')

geodezyx.files_rw.geo_files_converter_lib.stat_list_in_station_info(filein)

geodezyx.files_rw.geo_files_converter_lib.statinfo_2_cats(statinfo_path, catsneu_path)

geodezyx.files_rw.geo_files_converter_lib.station_info_2_gins(statinfoin, coordfilein, outfile, coordfile_type='pbovelfile', specific_stats_lis=[], ellipsoid='GRS80', station_info_columns_type='sopac')

Convert a GAMIT station.info to a GINS stations files

Parameters:

• statinfoin (str) – path of input station.info.

• coordfilein (str) – path of input coordinates files.

• outfile (str) – path of output GINS station file.

• coordfile_type (str, optional) – GAMIT coordinates files type : ‘lfile’ or ‘pbovelfile’. The default is ‘pbovelfile’.

• specific_stats_lis (list, optional) – list of specific stations. The default is [].

• ellipsoid (str, optional) – ellipsoid. The default is ‘GRS80’.

• station_info_columns_type (TYPE, optional) – it exists different subtypes of station.info … handles “sopac” or “ulr” yet. The default is “sopac”.

Returns:

outfile – path of GINS outfile.

Return type:

str

geodezyx.files_rw.geo_files_converter_lib.statname_of_catsfile(catsneu_path)

geodezyx.files_rw.geo_files_converter_lib.unzip_gz(inp_gzip_file, out_gzip_dir=None, out_gzip_fname=None, remove_inp=False, force=False, verbose=True)

unzip a gzip file

Parameters:

• inp_gzip_file (str) – the path of the input gzip file.

• out_gzip_dir (str, optional) – output directory. If not precised, file will be extracted in the same folder as inp_gzip_file. The default is None.

• out_gzip_fname (str, optional) – output filename. If not precised, file will be extracted with the same name as inp_gzip_file without the .gz extension. The default is None.

• remove_inp (bool, optional) – remove the input file. The default is False.

• force (bool, optional) – force the decompression. The default is False.

geodezyx.files_rw.geo_files_converter_lib.unzip_gz_z(inp_gzip_file, out_gzip_file='', remove_inp=False, force=False, out_gzip_dir=None)

frontend function to unzip files (gzip and legacy Z compression)

This function is complex and should be used with care, especially for .Z files. Prefer using new function unzip_gz for .gz files and avoid .Z files if possible.

Parameters:

• inp_gzip_file (str) – the path of the input file.

• out_gzip_file (str, optional) – if out_gzip_file AND out_gzip_dir not precised file will be extracted in the same folder as inp_gzip_file. The default is ‘’.

• remove_inp (bool, optional) – remove the input file. The default is False.

• force (bool, optional) – force the decompression. The default is False.

• out_gzip_dir (str, optional) – output directory. will be used only if out_gzip_file == ‘’ unzipped file will keep the same

Returns:

path of the uncompressed file.

Return type:

out_gzip_file

Warning

.Z decompression is implemented, but is very unstable (avoid .Z, prefer .gz)

geodezyx.files_rw.geo_files_converter_lib.write_eqfile_from_dico(dicoin, outdir, outfilename)

geodezyx.files_rw.geo_files_converter_lib.write_latlontime_file_4_OTPS_tide(outfilepath, lat, lon, strt, end=None, sec_step=1, generate_inp_file=True, tide_model_path='./DATA/Model_atlas', set_relative_path_in_inp_file=True)

Parameters:

• outfilepath (TYPE) – DESCRIPTION.

• lat (TYPE) – DESCRIPTION.

• lon (TYPE) – DESCRIPTION.

• strt (datetime) – start as a datetime.

• end (TYPE, optional) – length of the period in sec (integer) OR if None, strt is a list. The default is None.

• sec_step (TYPE, optional) – DESCRIPTION. The default is 1.

• generate_inp_file (TYPE, optional) – DESCRIPTION. The default is True.

• tide_model_path (TYPE, optional) – DESCRIPTION. The default is ‘./DATA/Model_atlas’.

• set_relative_path_in_inp_file (TYPE, optional) – DESCRIPTION. The default is True.

Returns:

outdir – DESCRIPTION.

Return type:

TYPE

Note

lat>0 - degrees North, lon>0 - degrees East lat<0 - degrees South, lon<0 - degrees West

lat/lon can be a list, with the same size as dates_lis

geodezyx.files_rw.geo_files_converter_lib.write_lfile_from_datalists(site_lis, location_lis, lfile_out_path)

datalists (period_lis_lis , stat_lis , loc_lis ) are produced by : * mono_logsheet_read * multi_logsheet_read

geodezyx.files_rw.geo_files_converter_lib.write_station_file_gins_from_datalists(period_lis_lis, site_lis, location_lis, station_info_out_path, ellipsoid='GRS80')

datalists (period_lis_lis , stat_lis , loc_lis ) are produced by : * mono_logsheet_read * multi_logsheet_read

geodezyx.files_rw.geo_files_converter_lib.write_station_file_gins_from_rinex(rinex_path, station_file_out, stat_code_filename_prioritary=True)

geodezyx.files_rw.geo_files_converter_lib.write_station_info_from_datalists(period_lis_lis, site_lis, location_lis, station_info_out_path)

Write station information from data lists to station.info file.

Parameters:

• period_lis_lis (list of lists) – list of lists of periods.

• site_lis (list) – list of sites.

• location_lis (list) – list of locations.

• station_info_out_path (str) – the full path (directory+name) of the generated station.info.

Return type:

None

Notes

The different data lists (i.e. period_lis_lis , stat_lis , loc_lis) are produced by:

• mono_logsheet_read do not forget to activate return_lists = True

• multi_logsheet_read do not forget to activate return_dico = False