raddb

• raddb package
  • Subpackages
    • raddb.viz package
      • Submodules
      • raddb.viz.interactive module
      • raddb.viz.plot module
      • raddb.viz.profiling module
      • raddb.viz.report_hc_reference_figure module
      • raddb.viz.report_raddb_figures module
      • Module contents
  • Submodules
  • raddb.aoi module
    • raddb/aoi.py
  • raddb.discovery module
    • raddb/discovery.py
    • find_datatree_files()
  • raddb.hc_mapping module
    • raddb/hc_mapping.py
  • raddb.helper module
    • raddb/helper.py
    • StageTimer
      • StageTimer.print_summary()
      • StageTimer.record()
      • StageTimer.summary()
      • StageTimer.time_stage()
      • StageTimer.to_dataframe()
    • check_dataframe()
    • ensure_utc()
    • filter_df()
    • filter_dt()
    • list_sweep_names()
    • normalize_radar_name()
    • read_parquet_files()
    • resolve_filter_logic()
  • raddb.io_core module
    • raddb/io_core.py
    • add_feature_to_df()
    • add_feature_to_dt()
    • archive_multiple_volumes()
    • archive_volume()
    • archive_volumes_multi_radar()
    • dataframe_to_datatree()
    • datatree_to_dataframe()
    • datatree_to_dataset()
    • datatree_to_parquet()
    • join_labels_with_lut()
    • labels_to_dataframe()
    • open_any_datatree()
    • parquet_to_dataframe()
    • parquet_to_datatree()
    • reconstruct_datatree()
    • reconstruct_sweep_dataset()
    • scan_polar_parquet()
  • raddb.lut module
    • raddb/lut.py
    • add_lut_projection()
    • antenna_vectors_to_cartesian()
    • cartesian_to_geographic()
    • compute_corners_from_lut()
    • compute_gate_xyz()
    • compute_sweep_corners()
    • decode_gate_ids()
    • encode_gate_ids()
    • gate_polygons_geoarrow()
    • generate_gate_id()
    • generate_lut_from_datatree()
    • geoarrow_field()
    • get_full_sweep_index()
    • load_radar_info()
    • load_radar_lut()
    • load_sweep_corners()
    • save_sweep_corners()
  • raddb.main module
    • raddb/main.py
    • RadDB
      • RadDB.add_feature()
      • RadDB.add_lut_projection()
      • RadDB.archive()
      • RadDB.columns()
      • RadDB.crop_around_point()
      • RadDB.crop_by_bbox()
      • RadDB.crop_by_polygone()
      • RadDB.crs()
      • RadDB.data
      • RadDB.end_time()
      • RadDB.extent()
      • RadDB.extract_cross_section()
      • RadDB.filter()
      • RadDB.geographic_crs()
      • RadDB.geographic_extent()
      • RadDB.get_lut()
      • RadDB.get_radar_info()
      • RadDB.head()
      • RadDB.interactive_crop()
      • RadDB.inventory()
      • RadDB.list_radars()
      • RadDB.open()
      • RadDB.plot_cross_section()
      • RadDB.plot_ppi()
      • RadDB.plot_rhi()
      • RadDB.radars()
      • RadDB.start_time()
      • RadDB.tail()
      • RadDB.to_datatree()
      • RadDB.to_geoarrow()
      • RadDB.to_geopandas()
      • RadDB.to_pandas()
  • Module contents
    • RadDB
      • RadDB.add_feature()
      • RadDB.add_lut_projection()
      • RadDB.archive()
      • RadDB.columns()
      • RadDB.crop_around_point()
      • RadDB.crop_by_bbox()
      • RadDB.crop_by_polygone()
      • RadDB.crs()
      • RadDB.data
      • RadDB.end_time()
      • RadDB.extent()
      • RadDB.extract_cross_section()
      • RadDB.filter()
      • RadDB.geographic_crs()
      • RadDB.geographic_extent()
      • RadDB.get_lut()
      • RadDB.get_radar_info()
      • RadDB.head()
      • RadDB.interactive_crop()
      • RadDB.inventory()
      • RadDB.list_radars()
      • RadDB.open()
      • RadDB.plot_cross_section()
      • RadDB.plot_ppi()
      • RadDB.plot_rhi()
      • RadDB.radars()
      • RadDB.start_time()
      • RadDB.tail()
      • RadDB.to_datatree()
      • RadDB.to_geoarrow()
      • RadDB.to_geopandas()
      • RadDB.to_pandas()
    • StageTimer
      • StageTimer.print_summary()
      • StageTimer.record()
      • StageTimer.summary()
      • StageTimer.time_stage()
      • StageTimer.to_dataframe()
    • add_feature_to_df()
    • add_feature_to_dt()
    • add_lut_projection()
    • antenna_vectors_to_cartesian()
    • archive_multiple_volumes()
    • archive_volume()
    • archive_volumes_multi_radar()
    • cartesian_to_geographic()
    • check_dataframe()
    • compute_gate_xyz()
    • dataframe_to_datatree()
    • datatree_to_dataframe()
    • datatree_to_dataset()
    • datatree_to_parquet()
    • filter_df()
    • filter_dt()
    • find_datatree_files()
    • generate_gate_id()
    • generate_lut_from_datatree()
    • get_full_sweep_index()
    • join_labels_with_lut()
    • labels_to_dataframe()
    • list_sweep_names()
    • load_radar_info()
    • load_radar_lut()
    • normalize_radar_name()
    • open_any_datatree()
    • parquet_to_dataframe()
    • parquet_to_datatree()
    • plot_latent_scatter()
    • plot_ppi()
    • plot_profiling_dashboard()
    • plot_rhi()
    • plot_stage_totals()
    • plot_sweep_timing()
    • plot_volume_timing()
    • read_parquet_files()
    • reconstruct_datatree()
    • reconstruct_sweep_dataset()
    • scan_polar_parquet()