rasterValue: Sample a raster band at each instant of a trajectory
numBands: Return the number of bands of a raster
quadbins: Return the distinct QUADBIN cells at a zoom level covered by a trajectory
rasterTileValueQuadbin: Sample a Raquet raster chip along a trajectory using a QUADBIN cell for georeferencing
raquet: Construct a Raquet raster tile from its pixel bytes, dimensions, QUADBIN cell and pixel type
raquetRead: Decode an in-memory raster file into a Raquet raster tile via GDAL
rasterTileValue: Sample a Raquet raster tile along a trajectory
rasterTileValue: Sample an array of Raquet raster tiles along a trajectory, keeping the finer resolution where tiles overlap
asBinary: Return the Well-Known Binary (WKB) representation of a Raquet tile
asHexWKB: Return the ASCII hex-encoded Well-Known Binary (HexWKB) representation of a Raquet tile
raquetFromBinary: Return a Raquet tile from its Well-Known Binary (WKB) representation
raquetFromHexWKB: Return a Raquet tile from its ASCII hex-encoded Well-Known Binary (HexWKB) representation
quadbin: Return the QUADBIN cell of a Raquet tile
width: Return the width in pixels of a Raquet tile
height: Return the height in pixels of a Raquet tile
nodata: Return the nodata sentinel value of a Raquet tile
pixtype: Return the name of the pixel data type of a Raquet tile
pixels: Return the pixel bytes of a Raquet tile
stbox: Convert a Raquet tile into a spatiotemporal box
raquet comparison: Compare two Raquet tiles
atRasterValue: Return the instants of a trajectory where the sampled raster value falls inside a float range
minusRasterValue: Return the instants of a trajectory where the sampled raster value falls outside a float range
eRasterValue: Return true if the trajectory ever samples a raster pixel value inside a float range
aRasterValue: Return true if every in-raster-extent instant of the trajectory samples a pixel value inside a float range