Subset Granules | [,icesat2.granules_cloud,ANY,ANY,ANY-method |
Extract Granules | [[,icesat2.granules_cloud,ANY,ANY-method |
GDALDataset [[]] accessor | [[.GDALDataset |
GDALRasterBand [[]] getter | [[.GDALRasterBand |
GDALRasterBand [[]]= setter | [[<-.GDALRasterBand |
Adds Earth Engine Image class to leaflet | addEEImage |
Adds Earth Engine Image class to leaflet map | addEEImage,leaflet,ee.image.Image-method |
ANNIndex Class | ANNIndex |
Calculates aspect in degrees from a terrain DEM. | aspect |
Calculates the angle formed by the 2D vector x, y. | atan2.ee.ee_number.Number |
Statistics of ATL03 and ATL08 labeled photons at the segment level | ATL03_ATL08_compute_seg_attributes_dt_segStat |
Clip joined ATL03 and ATL08 photons by Bounding Box | ATL03_ATL08_photons_attributes_dt_clipBox |
Clip Joined ATL03 and ATL08 by Geometry | ATL03_ATL08_photons_attributes_dt_clipGeometry |
Statistics of ATL03 and ATL08 photon attributes | ATL03_ATL08_photons_attributes_dt_gridStat |
Join ATL03 and ATL08 photons attributes | ATL03_ATL08_photons_attributes_dt_join |
Converts ATL03/ATL08 classified photon cloud to LAS | ATL03_ATL08_photons_attributes_dt_LAS |
Statistics of ATL03 and ATL08 joined photons attributes within a given area | ATL03_ATL08_photons_attributes_dt_polyStat |
Fit and estimate ground elevation for photons or arbitrary distances from the track beginning. | ATL03_ATL08_photons_dt_height_normalize |
Fit and estimate ground elevation for photons or arbitrary distances from the track beginning. | ATL03_ATL08_photons_seg_dt_fitground |
Compute segments id for a given segment length | ATL03_ATL08_seg_cover_dt_compute |
Compute segments id for a given segment length | ATL03_ATL08_segment_create |
Clips ICESat-2 ATL03 H5 data | ATL03_h5_clipBox |
Clips ICESat-2 ATL03 H5 data | ATL03_h5_clipGeometry |
ATL03 photons attributes | ATL03_photons_attributes_dt |
Clip ATL03 photons by Coordinates | ATL03_photons_attributes_dt_clipBox |
Clip ATL03 photons by Coordinates | ATL03_photons_attributes_dt_clipGeometry |
Converts ATL03 photon cloud to LAS | ATL03_photons_attributes_dt_LAS |
Read ICESat-2 ATL08 data | ATL03_photons_plot |
Read ICESat-2 ATL03 data | ATL03_read ATL03_read,ANY-method ATL03_read,icesat2.granule_cloud-method |
ATL03 segments attributes | ATL03_seg_attributes_dt |
Read ICESat-2 ATL08 data | ATL08_attributes_dt_LAS |
Clips ICESat-2 ATL08 data | ATL08_h5_clipBox |
Clips ICESat-2 ATL08 data | ATL08_h5_clipGeometry |
ATL08 computed photons attributes | ATL08_photons_attributes_dt |
Read ICESat-2 ATL08 data | ATL08_read |
Read ICESat-2 ATL08 data from local HDF5 file | ATL08_read,character-method |
Read ICESat-2 ATL08 data from a single granule in the cloud | ATL08_read,icesat2.granule_cloud-method |
Read ICESat-2 ATL08 data from multiple granules | ATL08_read,icesat2.granules_cloud-method |
ATL08 Terrain and Canopy Attributes | ATL08_seg_attributes_dt |
Clip ATL08 Terrain and Canopy Attributes by Bounding Box | ATL08_seg_attributes_dt_clipBox |
Clip ATL08 Terrain and Canopy Attributes by Geometry | ATL08_seg_attributes_dt_clipGeometry |
Statistics of ATL08 Terrain and Canopy Attributes at grid level | ATL08_seg_attributes_dt_gridStat |
Converts ATL08 segments to LAS | ATL08_seg_attributes_dt_LAS |
Statistics of ATL08 Terrain and Canopy Attributes by Geometry | ATL08_seg_attributes_dt_polyStat |
Rasterize ATL08 canopy attributes from h5 files at large scale | ATL08_seg_attributes_h5_gridStat |
Download CESat-2 ATL03 and ALT08 data | ATLAS_dataDownload |
ICESat-2 ATL03 and ATL08 data finder for either direct download or cloud computing | ATLAS_dataFinder |
Given an R 'randomForest::randomForest()' model, transform to a Google Earth Engine randomForest model | build_ee_forest |
Clip ICESat-2 Data | clip clip,icesat2.atl03_h5,character,numeric-method clip,icesat2.atl03_h5,character,SpatExtent-method clip,icesat2.atl03_h5,character,SpatVector-method clip,icesat2.atl08_h5,character,numeric-method clip,icesat2.atl08_h5,character,SpatExtent-method clip,icesat2.atl08_h5,character,SpatVector-method |
Default clip method | clip,ANY,ANY,ANY-method |
Safely closes the ICESat2.h5 base classes | close,icesat2.h5-method |
Method to close GDALDataset | close.GDALDataset |
Closes the HDF5 file pointer to release resources | close.icesat2.predict_h5 |
Creates a new GDALDataset | createDataset |
The pointer to the 'earthaccess' python reticulate module | earthaccess |
Try logging in on earthaccess | earthaccess_login |
The pointer to the 'earth-engine-api' python reticulate module | ee |
Initializes the Google Earth Engine API | ee_initialize |
Creates an Earth Engine server number | ee_number |
Given a geometry with point samples and images from Earth Engine retrieve the point geometry with values for the images | extract |
Calculate raster values based on a formula | formulaCalculate |
R6 Class GDALDataset wrapping | GDALDataset |
List of datatypes supported by the GDALDataset R6 class | GDALDataType |
Open GDAL raster | GDALOpen |
R6 Class GDALRasterBand wrapping | GDALRasterBand |
Get observations given a minimum radius distance between samples | geomSampling |
Retrieve the Google Earth Engine image catalog id | get_catalog_id |
Retrieve Google Earth Engine's tile url for an Image or ImageCollection | getTileUrl |
Maps to 'ee.Image.glcmTexture' | glcmTexture |
Get samples stratified by grid cells of specified size | gridSampling |
Class for sampling methods to be passed on for the sample function | icesat2_sampling_method-class |
Class that represent custom segments created from ATL03 and ATL08 joined data | icesat2.atl03_atl08_seg_dt-class |
Class for ATL03 attributes | icesat2.atl03_dt-class |
Class for ICESat-2 ATL03 | icesat2.atl03_h5 icesat2.atl03_h5-class |
Class for ATL03 segment attributes | icesat2.atl03_seg_dt-class |
Class for joined ATL03 and ATL08 attributes | icesat2.atl03atl08_dt-class |
Class for ATL08 attributes | icesat2.atl08_dt-class |
Class for ICESat-2 ATL08 | icesat2.atl08_h5 icesat2.atl08_h5-class |
The class representing the h5 file opened from the cloud for cloud computing. | ICESat2.h5_cloud |
The class representing the h5 file opened from local files. | ICESat2.h5_local |
Base class for all ICESat2VegR package's H5 files for generic functions that can be run on any H5 | icesat2.h5-class |
Class representing dataset opened from the cloud using h5py | ICESat2.h5ds_cloud |
Class representing dataset opened from locally using hdf5r | ICESat2.h5ds_local |
HDF5 prediction class | icesat2.predict_h5-class |
Configure environment for using Google Earth Engine functions and accessing earthaccess cloud data | ICESat2VegR_configure |
Returns the number of images in an ImageCollection | length,ee.imagecollection.ImageCollection-method |
Map create | map_create |
Fit different models based on x and y inputs | model_fit |
Plot photons from ATL03 and ATL08 joined products | plot,icesat2.atl03atl08_dt,character-method plot,icesat2.atl03atl08_dt,missing-method plot,icesat2.atl03_dt,character-method plot,icesat2.atl08_dt,character-method |
Model prediction over data.tables using HDF5 file as output | predict_h5 |
S4 method for predicting using HDF5 file as output | predict_h5,ANY,icesat2.atl03_seg_dt,character-method |
S4 method for predicting using HDF5 file as output | predict_h5,ANY,icesat2.atl08_dt,character-method |
'predict' method for generating predictions for the ee.Classifier. | predict.ee.Classifier |
Prediction method wrapper for yai | predict.yai |
Prepend a class to an object's list of classes | prepend_class |
Pure random sampling method | randomSampling |
Rasterizes the model prediction saved in the HDF5 file | rasterize_h5 |
Rasterizes the model prediction saved in the HDF5 file | rasterize_h5,icesat2.predict_h5,character,SpatExtent,numeric-method |
Get observations given a minimum radius distance between samples | rasterSampling |
Wraps around 'data.table::rbindlist()' function | rbindlist2 |
Extract reference ground track from ATL03 segments | rgt_extract |
Sample method for applying multiple sampling methods | sample |
Search for Google Earth Engine datasets | search_datasets |
Given a stack image raster from GEE retrieve the point geometry with values for the images | seg_gee_ancillary_dt_extract |
Calculates slope in degrees from a terrain DEM. | slope |
Get observations given a minimum radius distance between samples | spacedSampling |
Model fit stats | stats_model |
Get samples stratified by a variable binning histogram | stratifiedSampling |
Generic function to export icesat2 classes to 'terra::SpatVector' | to_vect |
Convert ICESat-2 data to terra::SpatVector | to_vect,icesat2.atl03_atl08_seg_dt-method |
Convert ICESat-2 data to terra::SpatVector | to_vect,icesat2.atl03_dt-method |
Convert ICESat-2 data to terra::SpatVector | to_vect,icesat2.atl03_seg_dt-method |
Convert ICESat-2 data to terra::SpatVector | to_vect,icesat2.atl03atl08_dt-method |
Convert ICESat-2 data to terra::SpatVector | to_vect,icesat2.atl08_dt-method |