Index _ | A | B | C | D | E | F | G | H | I | K | L | M | N | O | P | Q | R | S | T | U | V | W | X | Y | Z _ __call__() (wradlib.adjust.AdjustAdd method) (wradlib.adjust.AdjustBase method) (wradlib.adjust.AdjustMFB method) (wradlib.adjust.AdjustMixed method) (wradlib.adjust.AdjustMultiply method) (wradlib.adjust.AdjustNone method) (wradlib.adjust.GageOnly method) (wradlib.adjust.RawAtObs method) (wradlib.ipol.ExternalDriftKriging method) (wradlib.ipol.Idw method) (wradlib.ipol.IpolBase method) (wradlib.ipol.Linear method) (wradlib.ipol.Nearest method) (wradlib.ipol.OrdinaryKriging method) (wradlib.ipol.QuadriArea method) (wradlib.ipol.RectBin method) (wradlib.ipol.RectGrid method) (wradlib.vpr.CAPPI method) (wradlib.vpr.CartesianVolume method) (wradlib.vpr.PseudoCAPPI method) A add_lines() (in module wradlib.vis), [1] add_patches() (in module wradlib.vis), [1] AdjustAdd (class in wradlib.adjust), [1] AdjustBase (class in wradlib.adjust), [1] AdjustMFB (class in wradlib.adjust), [1] AdjustMixed (class in wradlib.adjust), [1] AdjustMultiply (class in wradlib.adjust), [1] AdjustNone (class in wradlib.adjust), [1] all() (wradlib.verify.ErrorMetrics method), [1], [2] array_from_record() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) as_xarray_dataarray() (in module wradlib.georef) (in module wradlib.georef.xarray), [1] atten (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] AttenMethods (class in wradlib.atten), [1] AttenuationOverflowError, [1] attributes (wradlib.io.WradlibVariable property) (wradlib.io.xarray.WradlibVariable property), [1], [2] B beam_block_frac() (in module wradlib.qual), [1] bin_altitude() (in module wradlib.georef) (in module wradlib.georef.misc), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefMiscMethods method) (wradlib.georef.misc.GeorefMiscMethods method), [1], [2] bin_distance() (in module wradlib.georef) (in module wradlib.georef.misc), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefMiscMethods method) (wradlib.georef.misc.GeorefMiscMethods method), [1], [2] binned_stats (wradlib.ipol.RectBin property), [1], [2] blindspots() (in module wradlib.vpr), [1] bytes_from_record() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) C calculate_polynomial() (in module wradlib.util), [1] CAPPI (class in wradlib.vpr), [1] cart_to_irregular_interp() (in module wradlib.ipol), [1] cart_to_irregular_spline() (in module wradlib.ipol), [1] CartesianVolume (class in wradlib.vpr), [1] centroid_to_polyvert() (in module wradlib.georef) (in module wradlib.georef.polar), [1] check_empty() (wradlib.zonalstats.ZonalStatsBase method), [1], [2] (wradlib.zonalstats.ZonalStatsPoint method) (wradlib.zonalstats.ZonalStatsPoly method) check_identifier() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) check_product_identifier() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) classify (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] classify() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] classify_echo_fuzzy() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] ClassifyMethods (class in wradlib.classify), [1] close() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) (wradlib.io.VectorSource method) comp (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] CompMethods (class in wradlib.comp), [1] compose_ko() (in module wradlib.comp), [1] compose_weighted() (in module wradlib.comp), [1] (wradlib.comp.CompMethods method), [1], [2] constraint_dbz() (in module wradlib.atten), [1] constraint_pia() (in module wradlib.atten), [1] contour() (wradlib.vis.VisMethods method), [1], [2] contourf() (wradlib.vis.VisMethods method), [1], [2] corr() (wradlib.verify.ErrorMetrics method), [1], [2] correct_attenuation_constrained() (in module wradlib.atten), [1] (wradlib.atten.AttenMethods method), [1], [2] correct_attenuation_hb() (in module wradlib.atten), [1] correct_parallax() (in module wradlib.georef) (in module wradlib.georef.satellite), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefSatelliteMethods method) (wradlib.georef.satellite.GeorefSatelliteMethods method), [1], [2] correct_radome_attenuation_empirical() (in module wradlib.atten), [1] count_intersections (wradlib.zonalstats.ZonalDataBase property), [1], [2] (wradlib.zonalstats.ZonalDataPoint property) (wradlib.zonalstats.ZonalDataPoly property) create_cg() (in module wradlib.vis), [1] create_osr() (in module wradlib.georef) (in module wradlib.georef.projection), [1] create_raster_dataset() (in module wradlib.georef) (in module wradlib.georef.raster), [1] create_xarray_dataarray() (in module wradlib.georef) (in module wradlib.georef.xarray), [1] cross_section_ppi() (in module wradlib.util), [1] crs (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.VectorSource property) (wradlib.zonalstats.ZonalDataBase property), [1], [2] (wradlib.zonalstats.ZonalDataPoint property) (wradlib.zonalstats.ZonalDataPoly property) cum_beam_block_frac() (in module wradlib.qual), [1] D data (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.iris.IrisCartesianProductFile property), [1], [2] (wradlib.io.iris.IrisProductFile property), [1], [2] (wradlib.io.IrisCartesianProductFile property) (wradlib.io.IrisProductFile property) (wradlib.io.VectorSource property) (wradlib.io.WradlibVariable property) (wradlib.io.xarray.WradlibVariable property), [1], [2] data_type (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) debug (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) decibel() (in module wradlib.trafo), [1] (wradlib.trafo.TrafoMethods method), [1], [2] decode_data() (wradlib.io.iris.IrisCartesianProductFile method), [1], [2] (wradlib.io.IrisCartesianProductFile method) decode_radolan_runlength_array() (in module wradlib.io) (in module wradlib.io.radolan), [1] depolarization() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] derivate() (in module wradlib.util), [1] (wradlib.util.UtilMethods method), [1], [2] description (wradlib.io.backends.RadolanBackendEntrypoint attribute), [1], [2] (wradlib.io.RadolanBackendEntrypoint attribute) despeckle() (in module wradlib.util), [1] (wradlib.util.UtilMethods method), [1], [2] dim0() (wradlib.util.UtilMethods method), [1], [2] dimensions (wradlib.io.WradlibVariable property) (wradlib.io.xarray.WradlibVariable property), [1], [2] dist_from_orbit() (in module wradlib.georef) (in module wradlib.georef.satellite), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefSatelliteMethods method) (wradlib.georef.satellite.GeorefSatelliteMethods method), [1], [2] download_srtm() (in module wradlib.io) (in module wradlib.io.dem), [1] dp (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] DpMethods (class in wradlib.dp), [1] ds (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.VectorSource property) dump_raster() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) dump_vector() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) (wradlib.zonalstats.ZonalDataBase method), [1], [2] (wradlib.zonalstats.ZonalDataPoint method) (wradlib.zonalstats.ZonalDataPoly method) E epsg_to_osr() (in module wradlib.georef) (in module wradlib.georef.projection), [1] ErrorMetrics (class in wradlib.verify), [1] extent (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.VectorSource property) ExternalDriftKriging (class in wradlib.ipol), [1] extract() (wradlib.verify.PolarNeighbours method), [1], [2] extract_circle() (in module wradlib.comp), [1] extract_raster_dataset() (in module wradlib.georef) (in module wradlib.georef.raster), [1] F fh (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) filename (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) filepos (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) filter_cloudtype() (in module wradlib.classify), [1] filter_gabella() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] filter_gabella_a() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] filter_gabella_b() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] filter_window_cartesian() (in module wradlib.util), [1] filter_window_distance() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] filter_window_polar() (in module wradlib.util), [1] find_bbox_indices() (in module wradlib.util), [1] fix_ext_header() (wradlib.io.iris.IrisCartesianProductFile method), [1], [2] (wradlib.io.IrisCartesianProductFile method) from_hdf5() (in module wradlib.io) (in module wradlib.io.hdf), [1] from_pickle() (in module wradlib.io) (in module wradlib.io.misc), [1] from_to() (in module wradlib.util), [1] fuzzyfi() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] G GageOnly (class in wradlib.adjust), [1] gdal_create_dataset() (in module wradlib.io) (in module wradlib.io.gdal), [1] geo (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.VectorSource property) georef (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] georeference() (in module wradlib.georef) (in module wradlib.georef.polar), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefPolarMethods method) (wradlib.georef.polar.GeorefPolarMethods method), [1], [2] GeorefMethods (class in wradlib.georef), [1] GeorefMiscMethods (class in wradlib.georef) (class in wradlib.georef.misc), [1] GeorefPolarMethods (class in wradlib.georef) (class in wradlib.georef.polar), [1] GeorefProjectionMethods (class in wradlib.georef) (class in wradlib.georef.projection), [1] GeorefRectMethods (class in wradlib.georef) (class in wradlib.georef.rect), [1] GeorefSatelliteMethods (class in wradlib.georef) (class in wradlib.georef.satellite), [1] get_attributes() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_attrs_and_props() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_bb_ratio() (in module wradlib.qual), [1] (wradlib.qual.QualMethods method), [1], [2] get_bbox() (in module wradlib.zonalstats), [1] get_bincoords() (wradlib.verify.PolarNeighbours method), [1], [2] get_bincoords_at_points() (wradlib.verify.PolarNeighbours method), [1], [2] get_centroid() (in module wradlib.georef) (in module wradlib.georef.vector), [1] get_clip_mask() (in module wradlib.zonalstats), [1] get_data() (wradlib.io.iris.IrisCartesianProductFile method), [1], [2] (wradlib.io.iris.IrisProductFile method), [1], [2] (wradlib.io.IrisCartesianProductFile method) (wradlib.io.IrisProductFile method) get_data_by_att() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_data_by_geom() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_data_by_idx() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_default_projection() (in module wradlib.georef) (in module wradlib.georef.projection), [1] get_earth_projection() (in module wradlib.georef) (in module wradlib.georef.projection), [1] get_earth_radius() (in module wradlib.georef) (in module wradlib.georef.projection), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefProjectionMethods method) (wradlib.georef.projection.GeorefProjectionMethods method), [1], [2] get_extended_header() (wradlib.io.iris.IrisCartesianProductFile method), [1], [2] (wradlib.io.IrisCartesianProductFile method) get_extent() (in module wradlib.georef) (in module wradlib.georef.projection), [1] get_geom_properties() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) get_header() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) get_image() (wradlib.io.iris.IrisCartesianProductFile method), [1], [2] (wradlib.io.IrisCartesianProductFile method) get_isec() (wradlib.zonalstats.ZonalDataBase method), [1], [2] (wradlib.zonalstats.ZonalDataPoint method) (wradlib.zonalstats.ZonalDataPoly method) get_membership_functions() (in module wradlib.io) (in module wradlib.io.misc), [1] get_product_specific_info() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) get_product_type_code() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) get_protect_setup() (wradlib.io.iris.IrisProductFile method), [1], [2] (wradlib.io.IrisProductFile method) get_radar_projection() (in module wradlib.georef) (in module wradlib.georef.projection), [1] get_radiosonde() (in module wradlib.io) (in module wradlib.io.misc), [1] get_radolan_coordinates() (in module wradlib.georef) (in module wradlib.georef.rect), [1] get_radolan_coords() (in module wradlib.georef) (in module wradlib.georef.rect), [1] get_radolan_filehandle() (in module wradlib.io) (in module wradlib.io.radolan), [1] get_radolan_grid() (in module wradlib.georef) (in module wradlib.georef.rect), [1] get_raster_elevation() (in module wradlib.georef) (in module wradlib.georef.raster), [1] get_raster_extent() (in module wradlib.georef) (in module wradlib.georef.raster), [1] get_raster_origin() (in module wradlib.util), [1] get_results() (wradlib.io.iris.IrisProductFile method), [1], [2] (wradlib.io.IrisProductFile method) get_source_index() (wradlib.zonalstats.ZonalDataBase method), [1], [2] (wradlib.zonalstats.ZonalDataPoint method) (wradlib.zonalstats.ZonalDataPoly method) get_srtm() (in module wradlib.io) (in module wradlib.io.dem), [1] get_srtm_tile_names() (in module wradlib.io) (in module wradlib.io.dem), [1] get_vector_coordinates() (in module wradlib.georef) (in module wradlib.georef.vector), [1] get_vector_points() (in module wradlib.georef) (in module wradlib.georef.vector), [1] grid (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) grid_centers_to_vertices() (in module wradlib.zonalstats), [1] grid_to_polyvert() (in module wradlib.georef) (in module wradlib.georef.rect), [1] guess_can_open() (wradlib.io.backends.RadolanBackendEntrypoint method) H hail (wradlib.trafo.KuBandToS attribute), [1], [2] (wradlib.trafo.KuBandToX attribute), [1], [2] histo_cut() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] I idecibel() (in module wradlib.trafo), [1] (wradlib.trafo.TrafoMethods method), [1], [2] identifier (wradlib.io.iris.IrisCartesianProductFile attribute) (wradlib.io.iris.IrisProductFile attribute) Idw (class in wradlib.ipol), [1] image (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) import_optional() (in module wradlib.util), [1] init_header() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) init_next_record() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) init_record() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) interpolate() (in module wradlib.ipol), [1] interpolate_polar() (in module wradlib.ipol), [1] (wradlib.ipol.IpolMethods method), [1], [2] ipol (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] ipol_grid (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) ipol_points (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) IpolBase (class in wradlib.ipol), [1] IpolMethods (class in wradlib.ipol), [1] IrisCartesianProductFile (class in wradlib.io) (class in wradlib.io.iris), [1] IrisProductFile (class in wradlib.io) (class in wradlib.io.iris), [1] is_grid (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) isecs (wradlib.zonalstats.ZonalDataBase property), [1], [2] (wradlib.zonalstats.ZonalDataPoint property) (wradlib.zonalstats.ZonalDataPoly property) ix (wradlib.zonalstats.ZonalStatsBase property), [1], [2] (wradlib.zonalstats.ZonalStatsPoint property) (wradlib.zonalstats.ZonalStatsPoly property) K kdp_from_phidp() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] kdp_to_r() (in module wradlib.trafo), [1] kmh_to_si() (in module wradlib.trafo), [1] kts_to_si() (in module wradlib.trafo), [1] KuBandToS (class in wradlib.trafo), [1] KuBandToX (class in wradlib.trafo), [1] L len (wradlib.io.iris.IrisCartesianProductFile attribute) (wradlib.io.iris.IrisProductFile attribute) Linear (class in wradlib.ipol), [1] load_vector() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) (wradlib.zonalstats.ZonalDataBase method), [1], [2] (wradlib.zonalstats.ZonalDataPoint method) (wradlib.zonalstats.ZonalDataPoly method) loaddata (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) M make_3d_grid() (in module wradlib.vpr), [1] mas() (wradlib.verify.ErrorMetrics method), [1], [2] mask_from_bbox() (in module wradlib.zonalstats), [1] maximum_intensity_projection() (in module wradlib.georef) (in module wradlib.georef.polar), [1] mean() (wradlib.zonalstats.ZonalStatsBase method), [1], [2] (wradlib.zonalstats.ZonalStatsPoint method) (wradlib.zonalstats.ZonalStatsPoly method) meanerr() (wradlib.verify.ErrorMetrics method), [1], [2] merge_raster_datasets() (in module wradlib.georef) (in module wradlib.georef.raster), [1] mode (wradlib.io.gdal.VectorSource property), [1], [2] (wradlib.io.VectorSource property) module wradlib.adjust wradlib.atten wradlib.classify wradlib.comp wradlib.dp wradlib.georef wradlib.georef.misc wradlib.georef.polar wradlib.georef.projection wradlib.georef.raster wradlib.georef.rect wradlib.georef.satellite wradlib.georef.vector wradlib.georef.xarray wradlib.io wradlib.io.backends wradlib.io.dem wradlib.io.gdal wradlib.io.hdf wradlib.io.iris wradlib.io.misc wradlib.io.netcdf wradlib.io.radolan wradlib.io.rainbow wradlib.io.xarray wradlib.ipol wradlib.qual wradlib.trafo wradlib.util wradlib.verify wradlib.vis wradlib.vpr wradlib.xarray wradlib.zonalstats wradlib.zr mph_to_si() (in module wradlib.trafo), [1] mse() (wradlib.verify.ErrorMetrics method), [1], [2] msf_index_indep() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] N name (wradlib.io.iris.IrisCartesianProductFile attribute) (wradlib.io.iris.IrisProductFile attribute) nash() (wradlib.verify.ErrorMetrics method), [1], [2] nbins (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) Nearest (class in wradlib.ipol), [1] norm_vpr_stats() (in module wradlib.vpr), [1] numpy_to_ogr() (in module wradlib.georef) (in module wradlib.georef.vector), [1] O ogr_add_feature() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_add_geometry() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_copy_layer() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_copy_layer_by_name() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_create_layer() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_geocol_to_numpy() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_reproject_layer() (in module wradlib.georef) (in module wradlib.georef.vector), [1] ogr_to_numpy() (in module wradlib.georef) (in module wradlib.georef.vector), [1] open_dataset() (wradlib.io.backends.RadolanBackendEntrypoint method), [1], [2] (wradlib.io.RadolanBackendEntrypoint method) open_dataset_parameters (wradlib.io.backends.RadolanBackendEntrypoint attribute) open_gpm_dataset() (in module wradlib.io) (in module wradlib.io.hdf), [1] open_radolan_dataset() (in module wradlib.io) (in module wradlib.io.radolan), [1] open_radolan_mfdataset() (in module wradlib.io) (in module wradlib.io.radolan), [1] open_raster() (in module wradlib.io) (in module wradlib.io.gdal), [1] open_vector() (in module wradlib.io) (in module wradlib.io.gdal), [1] OrdinaryKriging (class in wradlib.ipol), [1] out_of_range() (in module wradlib.vpr), [1] P parse_dwd_composite_header() (in module wradlib.io) (in module wradlib.io.radolan), [1] pbias() (wradlib.verify.ErrorMetrics method), [1], [2] pcolormesh() (wradlib.vis.VisMethods method), [1], [2] phidp_kdp_vulpiani() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] pia_from_kdp() (in module wradlib.atten), [1] plot() (in module wradlib.vis), [1] (wradlib.vis.VisMethods method), [1], [2] plot_max_plan_and_vert() (in module wradlib.vis), [1] plot_plan_and_vert() (in module wradlib.vis), [1] plot_ppi_crosshair() (in module wradlib.vis), [1] plot_scan_strategy() (in module wradlib.vis), [1] points (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) PolarNeighbours (class in wradlib.verify), [1] pprint() (wradlib.verify.ErrorMetrics method), [1], [2] probability() (in module wradlib.classify), [1] (wradlib.classify.ClassifyMethods method), [1], [2] product_hdr (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) product_identifier (wradlib.io.iris.IrisCartesianProductFile attribute), [1], [2] (wradlib.io.iris.IrisProductFile attribute), [1], [2] (wradlib.io.IrisCartesianProductFile attribute) (wradlib.io.IrisProductFile attribute) product_type (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) product_type_code (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) product_type_dict (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) projstr_to_osr() (in module wradlib.georef) (in module wradlib.georef.projection), [1] protect_setup (wradlib.io.iris.IrisProductFile property), [1], [2] (wradlib.io.IrisProductFile property) PseudoCAPPI (class in wradlib.vpr), [1] pulse_volume() (in module wradlib.qual), [1] (wradlib.qual.QualMethods method), [1], [2] Q QuadriArea (class in wradlib.ipol), [1] qual (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] QualMethods (class in wradlib.qual), [1] R r2() (wradlib.verify.ErrorMetrics method), [1], [2] r_to_depth() (in module wradlib.trafo), [1] (wradlib.trafo.TrafoMethods method), [1], [2] r_to_z() (in module wradlib.zr), [1] (wradlib.zr.ZRMethods method), [1], [2] RadolanBackendEntrypoint (class in wradlib.io) (class in wradlib.io.backends), [1] rain (wradlib.trafo.SBandToKu attribute), [1], [2] raster_to_polyvert() (in module wradlib.georef) (in module wradlib.georef.raster), [1] ratio() (wradlib.verify.ErrorMetrics method), [1], [2] RawAtObs (class in wradlib.adjust), [1] rawdata (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) read_dx() (in module wradlib.io) (in module wradlib.io.radolan), [1] read_edge_netcdf() (in module wradlib.io) (in module wradlib.io.netcdf), [1] read_from_file() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) read_from_record() (wradlib.io.iris.IrisCartesianProductFile method) (wradlib.io.iris.IrisProductFile method) read_gamic_hdf5() (in module wradlib.io) (in module wradlib.io.hdf), [1] read_gdal_coordinates() (in module wradlib.georef) (in module wradlib.georef.raster), [1] read_gdal_projection() (in module wradlib.georef) (in module wradlib.georef.raster), [1] read_gdal_values() (in module wradlib.georef) (in module wradlib.georef.raster), [1] read_generic_hdf5() (in module wradlib.io) (in module wradlib.io.hdf), [1] read_generic_netcdf() (in module wradlib.io) (in module wradlib.io.netcdf), [1] read_gpm() (in module wradlib.io) (in module wradlib.io.hdf), [1] read_iris() (in module wradlib.io) (in module wradlib.io.iris), [1] read_opera_hdf5() (in module wradlib.io) (in module wradlib.io.hdf), [1] read_radolan_binary_array() (in module wradlib.io) (in module wradlib.io.radolan), [1] read_radolan_composite() (in module wradlib.io) (in module wradlib.io.radolan), [1] read_radolan_header() (in module wradlib.io) (in module wradlib.io.radolan), [1] read_rainbow() (in module wradlib.io) (in module wradlib.io.rainbow), [1] read_safnwc() (in module wradlib.io) (in module wradlib.io.gdal), [1] read_trmm() (in module wradlib.io) (in module wradlib.io.hdf), [1] record_number (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) RectBin (class in wradlib.ipol), [1] RectGrid (class in wradlib.ipol), [1] reproject() (in module wradlib.georef) (in module wradlib.georef.projection), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefProjectionMethods method) (wradlib.georef.projection.GeorefProjectionMethods method), [1], [2] reproject_raster_dataset() (in module wradlib.georef) (in module wradlib.georef.raster), [1] rh (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) rmse() (wradlib.verify.ErrorMetrics method), [1], [2] rvp_to_dbz() (in module wradlib.trafo), [1] S SBandToKu (class in wradlib.trafo), [1] set_attribute() (wradlib.io.gdal.VectorSource method), [1], [2] (wradlib.io.VectorSource method) set_coordinate_indexing() (in module wradlib.georef) (in module wradlib.georef.raster), [1] set_raster_indexing() (in module wradlib.georef) (in module wradlib.georef.raster), [1] set_raster_origin() (in module wradlib.georef) (in module wradlib.georef.raster), [1] si_to_kmh() (in module wradlib.trafo), [1] si_to_kts() (in module wradlib.trafo), [1] si_to_mph() (in module wradlib.trafo), [1] site_distance() (in module wradlib.georef) (in module wradlib.georef.misc), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefMiscMethods method) (wradlib.georef.misc.GeorefMiscMethods method), [1], [2] snow (wradlib.trafo.KuBandToS attribute), [1], [2] (wradlib.trafo.KuBandToX attribute), [1], [2] (wradlib.trafo.SBandToKu attribute), [1], [2] spearman() (wradlib.verify.ErrorMetrics method), [1], [2] spherical_to_centroids() (in module wradlib.georef) (in module wradlib.georef.polar), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefPolarMethods method) (wradlib.georef.polar.GeorefPolarMethods method), [1], [2] spherical_to_polyvert() (in module wradlib.georef) (in module wradlib.georef.polar), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefPolarMethods method) (wradlib.georef.polar.GeorefPolarMethods method), [1], [2] spherical_to_proj() (in module wradlib.georef) (in module wradlib.georef.polar), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefPolarMethods method) (wradlib.georef.polar.GeorefPolarMethods method), [1], [2] spherical_to_xyz() (in module wradlib.georef) (in module wradlib.georef.polar), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefPolarMethods method) (wradlib.georef.polar.GeorefPolarMethods method), [1], [2] sse() (wradlib.verify.ErrorMetrics method), [1], [2] structure (wradlib.io.iris.IrisCartesianProductFile attribute) (wradlib.io.iris.IrisProductFile attribute) structure_format (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) structure_identifier (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) structure_size (wradlib.io.iris.IrisCartesianProductFile property) (wradlib.io.iris.IrisProductFile property) sweep_centroids() (in module wradlib.georef) (in module wradlib.georef.polar), [1] T texture() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] to_hdf5() (in module wradlib.io) (in module wradlib.io.hdf), [1] to_pickle() (in module wradlib.io) (in module wradlib.io.misc), [1] togrid() (in module wradlib.comp), [1] (wradlib.comp.CompMethods method), [1], [2] trafo (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] TrafoMethods (class in wradlib.trafo), [1] transform_geometry() (in module wradlib.georef) (in module wradlib.georef.vector), [1] trapezoid() (in module wradlib.classify), [1] U unfold_phi() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] unfold_phi_vulpiani() (in module wradlib.dp), [1] (wradlib.dp.DpMethods method), [1], [2] upper (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) url (wradlib.io.backends.RadolanBackendEntrypoint attribute), [1], [2] (wradlib.io.RadolanBackendEntrypoint attribute) util (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] UtilMethods (class in wradlib.util), [1] V var() (wradlib.zonalstats.ZonalStatsBase method), [1], [2] (wradlib.zonalstats.ZonalStatsPoint method) (wradlib.zonalstats.ZonalStatsPoly method) VectorSource (class in wradlib.io) (class in wradlib.io.gdal), [1] vertical_interpolate_volume() (in module wradlib.util), [1] vis (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] VisMethods (class in wradlib.vis), [1] volcoords_from_polar() (in module wradlib.vpr), [1] W w (wradlib.zonalstats.ZonalStatsBase property), [1], [2] (wradlib.zonalstats.ZonalStatsPoint property) (wradlib.zonalstats.ZonalStatsPoly property) wkt_to_osr() (in module wradlib.georef) (in module wradlib.georef.projection), [1] wradlib.adjust module wradlib.atten module wradlib.classify module wradlib.comp module wradlib.dp module wradlib.georef module wradlib.georef.misc module wradlib.georef.polar module wradlib.georef.projection module wradlib.georef.raster module wradlib.georef.rect module wradlib.georef.satellite module wradlib.georef.vector module wradlib.georef.xarray module wradlib.io module wradlib.io.backends module wradlib.io.dem module wradlib.io.gdal module wradlib.io.hdf module wradlib.io.iris module wradlib.io.misc module wradlib.io.netcdf module wradlib.io.radolan module wradlib.io.rainbow module wradlib.io.xarray module wradlib.ipol module wradlib.qual module wradlib.trafo module wradlib.util module wradlib.verify module wradlib.vis module wradlib.vpr module wradlib.xarray module wradlib.zonalstats module wradlib.zr module WradlibVariable (class in wradlib.io) (class in wradlib.io.xarray), [1] WradlibXarrayAccessor (class in wradlib.xarray), [1] write_polygon_to_text() (in module wradlib.io) (in module wradlib.io.misc), [1] write_raster_dataset() (in module wradlib.io) (in module wradlib.io.gdal), [1] X xdim (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) xvalidate() (wradlib.adjust.AdjustAdd method) (wradlib.adjust.AdjustBase method), [1], [2] (wradlib.adjust.AdjustMFB method) (wradlib.adjust.AdjustMixed method) (wradlib.adjust.AdjustMultiply method) (wradlib.adjust.AdjustNone method) (wradlib.adjust.GageOnly method) xyz_to_spherical() (in module wradlib.georef) (in module wradlib.georef.rect), [1] (wradlib.georef.GeorefMethods method) (wradlib.georef.GeorefRectMethods method) (wradlib.georef.rect.GeorefRectMethods method), [1], [2] Y ydim (wradlib.ipol.RectBin property) (wradlib.ipol.RectGrid property) Z z_to_r() (in module wradlib.zr), [1] (wradlib.zr.ZRMethods method), [1], [2] z_to_r_enhanced() (in module wradlib.zr), [1] (wradlib.zr.ZRMethods method), [1], [2] zdata (wradlib.zonalstats.ZonalStatsBase property), [1], [2] (wradlib.zonalstats.ZonalStatsPoint property) (wradlib.zonalstats.ZonalStatsPoly property) ZonalDataBase (class in wradlib.zonalstats), [1] ZonalDataPoint (class in wradlib.zonalstats), [1] ZonalDataPoly (class in wradlib.zonalstats), [1] ZonalStatsBase (class in wradlib.zonalstats), [1] ZonalStatsPoint (class in wradlib.zonalstats), [1] ZonalStatsPoly (class in wradlib.zonalstats), [1] zr (wradlib.xarray.WradlibXarrayAccessor property), [1], [2] ZRMethods (class in wradlib.zr), [1]
