Annulus neighborhood.
Defines a focal calculation as returning a Tile with BitArrayTile, and defines the Initialization.
Defines a focal calculation as returning a Tile with ByteArrayTile, and defines the Initialization.
A focal calculation that uses the Cellwise focal strategy
A circle neighborhood.
Represents a cursor that can be used to iterate over cells within a focal neighborhood.
A focal calculation that uses the Cursor focal strategy.
A mask over a cursor.
Defines a focal calculation as returning a Tile with DoubleArrayTile, and defines the Initialization.
Defines a focal calculation as returning a Tile with FloatArrayTile, and defines the Initialization.
A calculation that a FocalStrategy uses to complete a focal operation.
Defines a focal calculation as returning a Tile with IntArrayTile, and defines the Initialization.
Kernel
A focal calculation that uses the Cursor focal strategy.
A definition of the shape and size of the neighborhood (or kernel) to be used in a focal operation.
A neighborhood that includes a column and row intersectin the focus.
Declares that implementers have a result
Defines a focal calculation as returning a Tile with ShortArrayTile, and defines the Initialization.
A square neighborhood.
Wedge neighborhood.
Calculates the aspect of each cell in a raster.
Focal strategy that implements a more strict mechanism that informs the user what cells have been added or removed.
Computes the convolution of a raster with a kernel.
Focal strategy which moves a Cursor across the raster, allowing a calculation to be done on each cell using the Cursor to determine what neighboring cells are inside the focus's neighborhood, what cells have been added since the last move, and what cells have been removed since the last move.
Computes the maximum value of a neighborhood for a given raster.
Computes the minimum value of a neighborhood for a given raster
Computes the mode of a neighborhood for a given raster
Movements used to move a Cursor around, and to track it's movements.
Calculates global spatial autocorrelation of a raster based on the similarity to neighboring values.
Calculates the slope of each cell in a raster.
Computes the standard deviation of a neighborhood for a given raster.
Calculates spatial autocorrelation of cells based on the similarity to neighboring values.