Index

_

__author__ (in module hypso) __call__() (hypso.utils.MyProgressBar method) (hypso.utils.utils_file.MyProgressBar method) __credits__ (in module hypso) __iter__() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method) __len__() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method) __next__() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method)

__repr__() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor method) (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method) __version__ (in module hypso.classification.WaterDetection.waterdetect) _config_file (hypso.classification.WaterDetection.waterdetect.Common.DWConfig attribute) _defaults (hypso.classification.WaterDetection.waterdetect.Common.DWBaseConfig attribute) (hypso.classification.WaterDetection.waterdetect.Common.DWConfig attribute) _detect_water() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method) _units (hypso.classification.WaterDetection.waterdetect.Common.DWBaseConfig attribute)

A

add_grid() (in module hypso.georeference.georef_plots), [1] ALTERED_ROADMAP (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) apply_canny_treshold() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] apply_cluster() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] apply_clustering() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] apply_mask() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] apply_mlp() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering static method), [1] apply_naive_bayes() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering static method), [1] apply_otsu_treshold() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1]

apply_radiometric_calibration() (in module hypso.calibration.correction), [1] apply_svm() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering static method), [1] area_name (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver property), [1] array2multiband() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] array2raster() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] array2rgb_raster() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] AtmosphericCorrection() (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] auto_adjust_img() (in module hypso.plot.map), [1] average_results (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] axis_extent() (in module hypso.plot.map), [1]

B

b_band_index (in module hypso.georeference.reference) band_ids (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader attribute), [1] bands_path (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] bands_to_columns() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] BasicParameters() (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] BDIFF() (in module hypso.experimental.chlorophyll.indices), [1] BDIFF_LOG() (in module hypso.experimental.chlorophyll.indices), [1]

BDRATIO() (in module hypso.experimental.chlorophyll.indices), [1] bitwise_and() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] bitwise_or() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] blended_chl() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] BR() (in module hypso.experimental.chlorophyll.indices), [1] BR_DIFF() (in module hypso.experimental.chlorophyll.indices), [1] BR_DIFF_LOG() (in module hypso.experimental.chlorophyll.indices), [1] BR_LOG() (in module hypso.experimental.chlorophyll.indices), [1]

C

calc_awei() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] calc_clusters_params() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] calc_glint (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] calc_indexes() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] calc_m_nd_index() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] calc_mbwi() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] calc_nd_index() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] calc_normalized_difference() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] calculate_chl_ci() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] calculate_chl_ocx() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] calibrate_cube() (in module hypso.calibration) (in module hypso.calibration.correction), [1] check_necessary_bands() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] check_path() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] check_projection_geotiff() (in module hypso.plot.map), [1] classifier (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] clip_band (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] clip_bands() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1] clip_inf_value (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] clip_srf() (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] clip_sup_value (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] closest_index() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] cluster_matrix (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect property), [1] clustering_bands (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] clustering_method (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] compare_netcdf_files() (in module hypso.utils) (in module hypso.utils.utils_file), [1] compute_elevation_angle() (in module hypso.georeference.georef_plots), [1] compute_local_angles() (in module hypso.georeference.georef_plots), [1] compute_local_angles_2() (in module hypso.georeference.georef_plots), [1]

compute_off_nadir_angle() (in module hypso.georeference.georef_plots), [1] convolve2d() (in module hypso.experimental.chlorophyll.utilities_chl), [1] coordinate_correction() (in module hypso.georeference.coordinate_correction), [1] coordinate_correction_matrix() (in module hypso.georeference.coordinate_correction), [1] create() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor class method), [1] create_adcs_timestamps_files() (in module hypso.georeference) (in module hypso.georeference.create_adcs_files), [1] create_annotated_heatmap() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor static method), [1] create_bands_dict() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] create_base_name() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver static method), [1] create_colorbar_pdf() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] create_composite (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] create_composite() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] create_geotiff() (hypso.device.Hypso method), [1] (hypso.Hypso method) create_glint_array() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor static method), [1] create_glint_heatmap() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor static method), [1] create_glint_pdf() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] create_l1b_nc_file() (hypso.device.Hypso method), [1] (hypso.Hypso method) create_matrice_cluster() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] create_multiplication_coefs() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor method), [1] create_output_folder() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver static method), [1] create_product_name() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] create_rgb_burn_in_pdf() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] create_water_mask() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] crop_and_bin_matrix() (in module hypso.calibration) (in module hypso.calibration.correction), [1] current_image_folder (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] current_image_name (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1]

D

DEBUG (in module hypso.georeference.reference) debug() (in module hypso.classification.WaterDetection.runWaterDetect), [1] debug_path() (in module hypso.classification.WaterDetection.runWaterDetect), [1] delete_geotiff_dir() (hypso.device.Hypso method), [1] (hypso.Hypso method) destriping_correct_cube() (in module hypso.calibration) (in module hypso.calibration.correction), [1] detect_cluster() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] detect_water_cluster (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] download_nc_files() (in module hypso) (in module hypso.download), [1]

DWBaseConfig (class in hypso.classification.WaterDetection.waterdetect.Common), [1] DWConfig (class in hypso.classification.WaterDetection.waterdetect.Common), [1] DWGlintProcessor (class in hypso.classification.WaterDetection.waterdetect.Glint), [1] DWImageClustering (class in hypso.classification.WaterDetection.waterdetect.Image), [1] DWLandsatMaskProcessor (class in hypso.classification.WaterDetection.waterdetect.InputOutput), [1] DWLoader (class in hypso.classification.WaterDetection.waterdetect.InputOutput), [1] DWProducts (class in hypso.classification.WaterDetection.waterdetect.products), [1] DWS2CORMaskProcessor (class in hypso.classification.WaterDetection.waterdetect.InputOutput), [1] DWSaver (class in hypso.classification.WaterDetection.waterdetect.InputOutput), [1] DWTheiaMaskProcessor (class in hypso.classification.WaterDetection.waterdetect.InputOutput), [1] DWutils (class in hypso.classification.WaterDetection.waterdetect.Common), [1] DWWaterDetect (class in hypso.classification.WaterDetection.waterdetect.WaterDetect), [1]

E

e_2 (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric) (in module hypso.georeference.georef_plots) ecef_to_lat_lon_alt() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] eci_lon_to_ecef_lon() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] eci_to_lat_lon_alt() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] eci_to_lat_loneci_alt() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1]

ellipsoid_line_intersection() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] EVI() (in module hypso.experimental.chlorophyll.indices), [1] EXG() (in module hypso.experimental.chlorophyll.indices), [1] EXPERIMENTAL_FEATURES (in module hypso.device) (in module hypso.reading.load) export_single_band_geotiff() (in module hypso.georeference.reference), [1] EXPORT_SINGLE_BANDS (in module hypso.georeference.reference) external_mask (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] extract_angles_from_xml() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1]

F

f (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric) (in module hypso.georeference.georef_plots) FBM() (in module hypso.experimental.chlorophyll.indices), [1] find_all_files() (in module hypso.utils) (in module hypso.utils.utils_file), [1] find_best_k() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] find_closest_water_lat_lon_match() (in module hypso.utils) (in module hypso.utils.utils_file), [1] find_dir() (in module hypso.utils) (in module hypso.utils.utils_file), [1]

find_existing_l2_cube() (hypso.device.Hypso method), [1] (hypso.Hypso method) find_file() (in module hypso.utils) (in module hypso.utils.utils_file), [1] find_file_glob() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] find_geotiffs() (hypso.device.Hypso method), [1] (hypso.Hypso method) flatten() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] flatten_dict() (in module hypso.utils.utils_file), [1]

G

g_band_index (in module hypso.georeference.reference) gen_resample_grid() (in module hypso.georeference.georef) (in module hypso.georeference.georef.utils), [1] gen_resample_grid_bbox_min() (in module hypso.georeference.georef) (in module hypso.georeference.georef.utils), [1] generate_full_geotiff() (in module hypso.georeference) (in module hypso.georeference.reference), [1] generate_geotiff() (in module hypso.georeference.reference), [1] generate_rgb_geotiff() (in module hypso.georeference) (in module hypso.georeference.reference), [1] generateImage() (hypso.georeference.georef.gmaps.GoogleMapDownloader method), [1] (hypso.georeference.georef.GoogleMapDownloader method) geo_transform (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] geometry_computation() (in module hypso.georeference) (in module hypso.georeference.georef_plots), [1] get_acolite_repo() (in module hypso.atmospheric) (in module hypso.atmospheric.atmospheric_correction_acolite), [1] get_bands_files() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1] get_best_features() (in module hypso.experimental.chlorophyll.estimate_chlorophyll_ml), [1] get_calibrated_and_corrected_cube() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_calibration_coefficients_path() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_cartopy_axis() (in module hypso.plot.map), [1] get_cluster_param() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] get_coefficients_from_dict() (in module hypso.calibration) (in module hypso.calibration.correction), [1] get_coefficients_from_file() (in module hypso.calibration) (in module hypso.calibration.correction), [1] get_combined_masks() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLandsatMaskProcessor method), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWS2CORMaskProcessor method), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor method), [1] get_corrected_radiance() (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] get_directories() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] get_greenwich_mean_sidereal_time_seconds() (in module hypso.georeference.georef) (in module hypso.georeference.georef.time_process), [1] get_grid_values_from_xml() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor static method), [1]

get_julian_day_number() (in module hypso.georeference.georef) (in module hypso.georeference.georef.time_process), [1] get_lat_lon_2d() (in module hypso.reading.load), [1] get_local_angles() (in module hypso.reading.load), [1] get_masks_list() (hypso.classification.WaterDetection.waterdetect.Common.DWConfig method), [1] get_metainfo_from_nc_file() (in module hypso.reading.load), [1] get_necessary_bands() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] get_offset() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1] get_option() (hypso.classification.WaterDetection.waterdetect.Common.DWBaseConfig method), [1] get_projection_metadata() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_raw_cube_from_nc_file() (in module hypso.reading.load), [1] get_rgb() (in module hypso.plot) (in module hypso.plot.map), [1] get_spectra() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_spectral_coefficients_path() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_srf() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_surface_reflectance() (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] get_toa_reflectance() (hypso.device.Hypso method), [1] (hypso.Hypso method) get_train_test_data() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] get_wkt() (in module hypso.georeference.georef_plots), [1] get_wkt_points() (in module hypso.georeference.georef_plots), [1] GLI() (in module hypso.experimental.chlorophyll.indices), [1] glint_adjusted_threshold() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor method), [1] glint_mode (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] glint_name (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] GoogleMapDownloader (class in hypso.georeference.georef) (class in hypso.georeference.georef.gmaps), [1] GoogleMapsLayers (class in hypso.georeference.georef) (class in hypso.georeference.georef.gmaps), [1] granule_metadata (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] graphs_bands (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] gray2color_ramp() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1]

H

haversine() (in module hypso.utils.utils_file), [1] HSI2RGB() (in module hypso.utils) (in module hypso.utils.utils_file), [1] HYBRID (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) hypso module, [1] Hypso (class in hypso) (class in hypso.device), [1] hypso.atmospheric module, [1] hypso.atmospheric.atmospheric_correction_6sv1 module, [1] hypso.atmospheric.atmospheric_correction_acolite module, [1] hypso.atmospheric.base module, [1] hypso.calibration module, [1] hypso.calibration.correction module, [1] hypso.classification module, [1] hypso.classification.water module, [1] hypso.classification.WaterDetection module, [1] hypso.classification.WaterDetection.runWaterDetect module, [1] hypso.classification.WaterDetection.waterdetect module, [1] hypso.classification.WaterDetection.waterdetect.Common module, [1] hypso.classification.WaterDetection.waterdetect.External_mask module, [1] hypso.classification.WaterDetection.waterdetect.Glint module, [1] hypso.classification.WaterDetection.waterdetect.Image module, [1] hypso.classification.WaterDetection.waterdetect.InputOutput module, [1] hypso.classification.WaterDetection.waterdetect.products module, [1] hypso.classification.WaterDetection.waterdetect.WaterDetect module, [1] hypso.device module, [1] hypso.download module, [1]

hypso.experimental module, [1] hypso.experimental.chlorophyll module, [1] hypso.experimental.chlorophyll.chl_algorithms module, [1] hypso.experimental.chlorophyll.estimate_chlorophyll_ml module, [1] hypso.experimental.chlorophyll.indices module, [1] hypso.experimental.chlorophyll.utilities_chl module, [1] hypso.georeference module, [1] hypso.georeference.coordinate_correction module, [1] hypso.georeference.create_adcs_files module, [1] hypso.georeference.georef module, [1] hypso.georeference.georef.geometric module, [1] hypso.georeference.georef.gmaps module, [1] hypso.georeference.georef.time_process module, [1] hypso.georeference.georef.utils module, [1] hypso.georeference.georef_plots module, [1] hypso.georeference.interpolate_frame module, [1] hypso.georeference.reference module, [1] hypso.plot module, [1] hypso.plot.map module, [1] hypso.reading module, [1] hypso.reading.load module, [1] hypso.utils module, [1] hypso.utils.utils_file module, [1] hypso_height_sensor (in module hypso.georeference.georef_plots)

I

identify_water_cluster() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] image_extent() (in module hypso.plot.map), [1] index_of_key() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] indices (hypso.classification.WaterDetection.waterdetect.Common.DWutils attribute), [1]

interpolate_at_frame() (in module hypso.georeference) (in module hypso.georeference.interpolate_frame), [1] interpolate_geotiff() (in module hypso.georeference.reference), [1] is_integer_num() (in module hypso.utils) (in module hypso.utils.utils_file), [1]

L

Landsat8_USGS (hypso.classification.WaterDetection.waterdetect.products.DWProducts attribute), [1] LandsatMaskDict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLandsatMaskProcessor attribute), [1] lat_lon_alt_to_ecef() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] latlon_to_tileXY() (hypso.georeference.georef.gmaps.GoogleMapDownloader method), [1] (hypso.georeference.georef.GoogleMapDownloader method) linkage (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1]

list_array_1d_to_string() (in module hypso.utils.utils_file), [1] listify() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] load_config_file() (hypso.classification.WaterDetection.waterdetect.Common.DWBaseConfig method), [1] load_masks() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1] load_nc() (in module hypso.reading) (in module hypso.reading.load), [1] load_raster_bands() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1]

M

main() (in module hypso.classification.WaterDetection.runWaterDetect), [1] (in module hypso.georeference.georef) (in module hypso.georeference.georef.gmaps), [1] mask_invalid_value (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] mask_name (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] mask_valid_value (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] mat_from_quat() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] max_clusters (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] max_train_size (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] maximum_invalid (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] MeanDEM() (in module hypso.atmospheric.base), [1] metadata (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] min_clusters (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] min_glint_multiplier (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] min_positive_pixels (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] min_train_size (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] minimum_bounding_rectangle() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] modis_aqua_ocx() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] module hypso, [1] hypso.atmospheric, [1] hypso.atmospheric.atmospheric_correction_6sv1, [1] hypso.atmospheric.atmospheric_correction_acolite, [1] hypso.atmospheric.base, [1] hypso.calibration, [1] hypso.calibration.correction, [1] hypso.classification, [1] hypso.classification.water, [1] hypso.classification.WaterDetection, [1] hypso.classification.WaterDetection.runWaterDetect, [1] hypso.classification.WaterDetection.waterdetect, [1] hypso.classification.WaterDetection.waterdetect.Common, [1] hypso.classification.WaterDetection.waterdetect.External_mask, [1] hypso.classification.WaterDetection.waterdetect.Glint, [1] hypso.classification.WaterDetection.waterdetect.Image, [1] hypso.classification.WaterDetection.waterdetect.InputOutput, [1] hypso.classification.WaterDetection.waterdetect.products, [1] hypso.classification.WaterDetection.waterdetect.WaterDetect, [1] hypso.device, [1] hypso.download, [1] hypso.experimental, [1] hypso.experimental.chlorophyll, [1] hypso.experimental.chlorophyll.chl_algorithms, [1] hypso.experimental.chlorophyll.estimate_chlorophyll_ml, [1] hypso.experimental.chlorophyll.indices, [1] hypso.experimental.chlorophyll.utilities_chl, [1] hypso.georeference, [1] hypso.georeference.coordinate_correction, [1] hypso.georeference.create_adcs_files, [1] hypso.georeference.georef, [1] hypso.georeference.georef.geometric, [1] hypso.georeference.georef.gmaps, [1] hypso.georeference.georef.time_process, [1] hypso.georeference.georef.utils, [1] hypso.georeference.georef_plots, [1] hypso.georeference.interpolate_frame, [1] hypso.georeference.reference, [1] hypso.plot, [1] hypso.plot.map, [1] hypso.reading, [1] hypso.reading.load, [1] hypso.utils, [1] hypso.utils.utils_file, [1]

MyProgressBar (class in hypso.utils) (class in hypso.utils.utils_file), [1]

N

navigate_recursive_nc() (in module hypso.utils.utils_file), [1] ndwi_watermask() (in module hypso.classification) (in module hypso.classification.water), [1]

necessary_bands() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] nested_dict_to_df() (in module hypso.utils.utils_file), [1] nn_interpolate() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor static method), [1] numpy_norm() (in module hypso.georeference.georef_plots), [1]

O

OCVI() (in module hypso.experimental.chlorophyll.indices), [1] open_current_image() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1] open_gdal_image() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader static method), [1] open_gdal_masks() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLandsatMaskProcessor method), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWS2CORMaskProcessor method), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor method), [1]

open_mask() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLandsatMaskProcessor method), [1] (hypso.classification.WaterDetection.waterdetect.InputOutput.DWS2CORMaskProcessor method), [1] open_masks() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor method), [1]

P

parse_maja_name() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] parse_planetary_name() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] parse_s2cor_name() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] parse_sat_name() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] pdf_reports (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] pdf_resolution (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] pekel_accuracy (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] pekel_water (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] pixel_index_to_angle() (in module hypso.georeference.georef_plots), [1] pixel_to_latlon() (in module hypso.georeference.georef) (in module hypso.georeference.georef.gmaps), [1] plot_array_overlay() (in module hypso.plot) (in module hypso.plot.map), [1] plot_clustered_data() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] plot_graphs (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1]

plot_graphs() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] plot_ts (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] PLOTZOOM (in module hypso.plot.map) point_rgb_map() (in module hypso.plot) (in module hypso.plot.map), [1] pos_ecef_to_lat_lon_alt() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] prepare_external_masks() (in module hypso.classification.WaterDetection.waterdetect.External_mask), [1] print_nc() (in module hypso.utils) (in module hypso.utils.utils_file), [1] process_ext_masks() (in module hypso.classification.WaterDetection.runWaterDetect), [1] process_mask() (in module hypso.classification.WaterDetection.waterdetect.External_mask), [1] product_dict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1] product_name (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering property), [1] projection (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1]

R

r_band_index (in module hypso.georeference.reference) R_eq (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric) (in module hypso.georeference.georef_plots) R_pl (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric) (in module hypso.georeference.georef_plots) read_gdal_ds() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] recursive_print_nc() (in module hypso.utils.utils_file), [1] reference_band (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] regularization (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] remove_negatives() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1]

reset_config_file() (in module hypso.atmospheric.atmospheric_correction_acolite), [1] return_defaults() (hypso.classification.WaterDetection.waterdetect.Common.DWBaseConfig method), [1] rgb_burn_in() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] ROADMAP (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) rotate_axis_angle() (in module hypso.georeference.georef) (in module hypso.georeference.georef.geometric), [1] run_acolite() (in module hypso.atmospheric) (in module hypso.atmospheric.atmospheric_correction_acolite), [1] run_detect_water() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] run_py6s() (in module hypso.atmospheric) (in module hypso.atmospheric.atmospheric_correction_6sv1), [1] run_water_detect() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect class method), [1]

S

SATELLITE (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) satellite_Dict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader attribute), [1] save_array() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver method), [1] save_graphs() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1] save_heatmap() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor method), [1] save_indices (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] save_multiband() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver method), [1] save_report() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect static method), [1] save_rgb_array() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver method), [1] score_index (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] search_mask() (in module hypso.classification.WaterDetection.waterdetect.External_mask), [1] Sen2CorMaskList (hypso.classification.WaterDetection.waterdetect.InputOutput.DWS2CORMaskProcessor attribute), [1] Sentinel2_ESA (hypso.classification.WaterDetection.waterdetect.products.DWProducts attribute), [1] Sentinel2_L1C (hypso.classification.WaterDetection.waterdetect.products.DWProducts attribute), [1] Sentinel2_THEIA (hypso.classification.WaterDetection.waterdetect.products.DWProducts attribute), [1] sentinel_ocx() (in module hypso.experimental.chlorophyll.chl_algorithms), [1] separate_high_low_mndwi() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1]

set_mask_flags() (in module hypso.classification.WaterDetection.waterdetect.External_mask), [1] set_or_create_attr() (in module hypso.device), [1] set_output_folder() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver method), [1] show_multiplication_coefs() (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor method), [1] show_rgb_map() (in module hypso.plot) (in module hypso.plot.map), [1] SINGLE() (in module hypso.experimental.chlorophyll.indices), [1] smile_correct_cube() (in module hypso.calibration) (in module hypso.calibration.correction), [1] smile_correction_one_frame() (in module hypso.calibration.correction), [1] smile_correction_one_row() (in module hypso.calibration.correction), [1] split_data_by_bands() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] start_chl_estimation() (in module hypso.experimental.chlorophyll) (in module hypso.experimental.chlorophyll.estimate_chlorophyll_ml), [1] start_coordinate_correction() (in module hypso.georeference) (in module hypso.georeference.coordinate_correction), [1] supervised_classification() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1] supported_products (hypso.classification.WaterDetection.waterdetect.Glint.DWGlintProcessor attribute), [1]

T

TBM() (in module hypso.experimental.chlorophyll.indices), [1] TBVI() (in module hypso.experimental.chlorophyll.indices), [1] temp_dir (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver property), [1] TERRAIN (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) TERRAIN_ONLY (hypso.georeference.georef.gmaps.GoogleMapsLayers attribute), [1] (hypso.georeference.georef.GoogleMapsLayers attribute) test_ini() (in module hypso.classification.WaterDetection.waterdetect.Common), [1] test_pekel() (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect method), [1]

texture_stretching (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1] TheiaCLMDict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor attribute), [1] TheiaMaskDict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor attribute), [1] TheiaMG2Dict (hypso.classification.WaterDetection.waterdetect.InputOutput.DWTheiaMaskProcessor attribute), [1] threshold_watermask() (in module hypso.classification) (in module hypso.classification.water), [1] tick_log_formatter() (in module hypso.plot.map), [1] tif_2_pdf() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1] train_size (hypso.classification.WaterDetection.waterdetect.Common.DWConfig property), [1]

U

update_geo_transform() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWSaver method), [1]

update_mask() (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader method), [1]

V

verify_cluster() (hypso.classification.WaterDetection.waterdetect.Image.DWImageClustering method), [1]

W

water_mask (hypso.classification.WaterDetection.waterdetect.WaterDetect.DWWaterDetect property), [1] write_pdf() (hypso.classification.WaterDetection.waterdetect.Common.DWutils static method), [1]

write_rgb_to_png() (in module hypso.plot) (in module hypso.plot.map), [1]

X

x_size (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1]

Y

y_size (hypso.classification.WaterDetection.waterdetect.InputOutput.DWLoader property), [1]