API

• pyglimer.waveform
  • pyglimer.waveform.download
    • create_bulk_list()
    • download_small_db()
    • downloadwav()
    • filter_overlapping_times()
    • get_mseed_storage()
    • inv2uniqlists()
    • wav_in_db()
    • wav_in_hdf5()
    • wav_in_hdf5_no_global()
  • pyglimer.waveform.errorhandler
    • NoMatchingResponseHandler()
    • redownload()
    • redownload_statxml()
  • pyglimer.waveform.filesystem
    • import_database()
  • pyglimer.waveform.preprocess
    • SNRError
    • StreamLengthError
    • preprocess()
    • write_info()
  • pyglimer.waveform.preprocessh5
    • SNRError
    • StreamLengthError
    • compute_toa()
    • preprocessh5()
  • pyglimer.waveform.qc
    • qcp()
    • qcs()
  • pyglimer.waveform.request
    • Request
      • Request.download_eventcat()
      • Request.download_waveforms()
      • Request.download_waveforms_small_db()
      • Request.import_database()
      • Request.preprocess()
  • pyglimer.waveform.rotate
    • rotate_LQT_min()
    • rotate_PSV()
• pyglimer.rf
  • pyglimer.rf.create
    • RFStream
      • RFStream.bootstrap()
      • RFStream.dirty_ccp_stack()
      • RFStream.method
      • RFStream.moveout()
      • RFStream.plot()
      • RFStream.plot_distribution()
      • RFStream.ppoint()
      • RFStream.slice2()
      • RFStream.station_stack()
      • RFStream.trim2()
      • RFStream.type
      • RFStream.write()
    • RFTrace
      • RFTrace.moveout()
      • RFTrace.plot()
      • RFTrace.ppoint()
      • RFTrace.write()
    • createRF()
    • obj2stats()
    • read_by_station()
    • read_rf()
    • rfstats()
  • pyglimer.rf.deconvolve
    • it()
    • multitaper()
    • spectraldivision()
  • pyglimer.rf.moveout
    • SimpleModel
    • dt_table()
    • dt_table_3D()
    • earth_flattening()
    • load_model()
    • moveout()
    • ppoint()
• pyglimer.database
  • pyglimer.database.stations
    • redownload_missing_statxmls()
  • pyglimer.database.raw
    • DBHandler
      • DBHandler.add_response()
      • DBHandler.add_waveform()
      • DBHandler.content_dict()
      • DBHandler.get_data()
      • DBHandler.get_response()
      • DBHandler.print_tree()
      • DBHandler.walk()
    • RawDatabase
    • all_traces_recursive()
    • convert_header_to_hdf5()
    • h5_dict()
    • h5_tree()
    • mseed_to_hdf5()
    • read_hdf5_header()
    • save_raw_DB_single_station()
    • statxml_to_hdf5()
    • write_st()
    • write_st_to_ds()
  • pyglimer.database.rfh5
    • DBHandler
      • DBHandler.add_rf()
      • DBHandler.get_coords()
      • DBHandler.get_data()
      • DBHandler.walk()
    • RFDataBase
    • all_traces_recursive()
    • convert_header_to_hdf5()
    • read_hdf5_header()
• pyglimer.utils
  • pyglimer.utils.create_geom
    • create_geom()
  • pyglimer.utils.createvmodel
    • load_avvmodel()
    • load_gyps()
  • pyglimer.utils.even2Dpoints
    • distance()
    • even2Dpoints()
  • pyglimer.utils.geo_utils
    • cart2geo()
    • epi2euc()
    • euc2epi()
    • gctrack()
    • geo2cart()
    • geodiff()
    • geodist()
    • reckon()
  • pyglimer.utils.log
    • create_mpi_logger()
    • start_logger_if_necessary()
  • pyglimer.utils.nextpowof2
    • nextPowerOf2()
  • pyglimer.utils.Ra2b
    • Ra2b()
  • pyglimer.utils.roundhalf
    • roundhalf()
  • pyglimer.utils.signalproc
    • convf()
    • corrf()
    • filter()
    • gaussian()
    • noise()
    • resample_or_decimate()
    • ricker()
    • sshift()
  • pyglimer.utils.SphericalNN
    • SphericalNN
      • SphericalNN.data
      • SphericalNN.kd_tree
      • SphericalNN.query()
      • SphericalNN.query_pairs()
      • SphericalNN.interp()
      • SphericalNN.interpolator()
      • SphericalNN.query()
      • SphericalNN.query_pairs()
      • SphericalNN.sparse_distance_matrix()
      • SphericalNN.spherical2cartesian()
  • pyglimer.utils.statistics
    • stack_case_resampling()
  • pyglimer.utils.utils
    • check_UTC_overlap()
    • chunkdict()
    • chunks()
    • cos_taper()
    • cos_taper_st()
    • create_bulk_str()
    • download_full_inventory()
    • dt_string()
    • get_multiple_fdsn_clients()
    • save_raw()
    • save_raw_mseed()
    • save_stream()
• pyglimer.ccp
  • pyglimer.ccp.ccp
    • CCPStack
      • CCPStack.compute_kdtree_volume()
      • CCPStack.compute_stack()
      • CCPStack.conclude_ccp()
      • CCPStack.create_vtk_mesh()
      • CCPStack.explore()
      • CCPStack.map_plot()
      • CCPStack.multicore_stack()
      • CCPStack.pick_phase()
      • CCPStack.plot_bins()
      • CCPStack.plot_cross_section()
      • CCPStack.plot_volume_sections()
      • CCPStack.query_bin_tree()
      • CCPStack.write()
    • PhasePick
      • PhasePick.plot()
    • init_ccp()
    • read_ccp()
  • pyglimer.ccp.io
    • load_rawrf()
    • load_tracefile()
    • load_velocity_model()
  • pyglimer.ccp.compute.bin
    • BinGrid
      • BinGrid.compute_bins()
      • BinGrid.query_bin_tree()
      • BinGrid.query_station_tree()
      • BinGrid.station_tree()
    • fibonacci_sphere()
  • pyglimer.ccp.plot_utils.plot_cross_section
    • get_ax_coor()
    • plot_cross_section()
  • pyglimer.ccp.plot_utils.plot_line_buffer
    • plot_line_buffer()
  • pyglimer.ccp.plot_utils.line_buffer
    • line_buffer()
• pyglimer.plot
  • pyglimer.plot.plot_map
    • plot_bins()
    • plot_map()
    • plot_map_ccp()
    • plot_stations()
    • plot_vel_grad()
  • pyglimer.plot.plot_utils
    • baz_hist()
    • plot_catalog()
    • plot_section()
    • plot_single_rf()
    • rayp_hist()
    • remove_all()
    • remove_topright()
    • stream_dist()
  • pyglimer.plot.plot_volume
  • pyglimer.plot.ui_utils
    • set_sliderval_no_callback()