This case class contains the various parameters one can set when reading RDDs from Hadoop using Spark.
This case class contains the various parameters one can set when reading RDDs from Hadoop using Spark.
Read all file with an extension contained in the given list.
Override CRS of the input files. If None, the reader will use the file's original CRS.
Name of tiff tag containing the timestamp for the tile.
Pattern for java.time.format.DateTimeFormatter to parse timeTag.
Maximum allowed size of each tiles in output RDD. May result in a one input GeoTiff being split amongst multiple records if it exceeds this size. If no maximum tile size is specific, then each file file is read fully.
How many partitions Spark should create when it repartitions the data.
How many bytes should be read in at a time.
Creates a RDD[(K, V)] whose K and V depends on the type of the GeoTiff that is going to be read in.
Creates a RDD[(K, V)] whose K and V depends on the type of the GeoTiff that is going to be read in.
RDD keyed by GeoTiff path with (cols, rows) tuple as value.
An instance of Options that contains any user defined or default settings.
Creates a RDD[(K, V)] whose K and V depends on the type of the GeoTiff that is going to be read in.
Creates a RDD[(K, V)] whose K and V depends on the type of the GeoTiff that is going to be read in.
Hdfs GeoTiff path.
An instance of Options that contains any user defined or default settings.
Creates RDDs with the [(K, V)] values being ProjectedExtent and Tile, respectively.
Creates RDDs with the [(K, V)] values being ProjectedExtent and Tile, respectively. It assumes that the provided files are SinglebandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
An instance of Options that contains any user defined or default settings.
Creates RDDs with the [(K, V)] values being ProjectedExtent and Tile, respectively.
Creates RDDs with the [(K, V)] values being ProjectedExtent and Tile, respectively. It assumes that the provided files are SinglebandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
Creates RDDs with the [(K, V)] values being ProjectedExtent and MultibandTile, respectively.
Creates RDDs with the [(K, V)] values being ProjectedExtent and MultibandTile, respectively. It assumes that the provided files are MultibandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
An instance of Options that contains any user defined or default settings.
Creates RDDs with the [(K, V)] values being ProjectedExtent and MultibandTile, respectively.
Creates RDDs with the [(K, V)] values being ProjectedExtent and MultibandTile, respectively. It assumes that the provided files are MultibandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and Tile, respectively.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and Tile, respectively. It assumes that the provided files are SinglebandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
An instance of Options that contains any user defined or default settings.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and Tile, respectively.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and Tile, respectively. It assumes that the provided files are SinglebandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and MultibandTile, respectively.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and MultibandTile, respectively. It assumes that the provided files are MultibandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
An instance of Options that contains any user defined or default settings.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and MultibandTile, respectively.
Creates RDDs with the [(K, V)] values being TemporalProjectedExtent and MultibandTile, respectively. It assumes that the provided files are MultibandGeoTiffs.
Hadoop path to recursively search for GeoTiffs.
Allows for reading of whole or windowed GeoTiff as RDD[(K, V)]s through Hadoop FileSystem API.