Create a new operation with a function that takes the result of this operation and returns a new operation.
Create a new operation with a function that takes the result of this operation and returns a new operation.
Create an operation that applies the function f to the result of this operation, but returns nothing.
Create an operation that applies the function f to the result of this operation, but returns nothing.
Gets a calculation to be used with this focal operation for the given raster neighborhood.
Gets a calculation to be used with this focal operation for the given raster neighborhood.
Choosing the calculation based on on the raster and neighborhood allows flexibility in what calculation to use; if some calculations are faster for some neighborhoods (e.g., using a CellwiseCalculation for Square neighborhoods and a CursorCalculation for all other neighborhoods), or if you want to change the calculation based on the raster's data type, you can do so by returning the correct FocalCalculation from this function.
Raster that the focal calculation will run against.
Neighborhood that will be used in the focal operation.
Create a new operation that returns the result of the provided function that takes this operation's result as its argument.
Create a new operation that returns the result of the provided function that takes this operation's result as its argument.
Return operation identified (class simple name).
Return operation identified (class simple name).
Execute this operation and return the result.
Execute this operation and return the result.
Create a new operation with a function that takes the result of this operation and returns a new operation.
Create a new operation with a function that takes the result of this operation and returns a new operation.
Same as flatMap.
(slope: Operation[Slope]).canEqual(that)
(slope: Operation[Slope]).debug
(slope: Operation[Slope]).dispatch(dispatcher)
(slope: Operation[Slope]).filter(f)
Create a new operation with a function that takes the result of this operation and returns a new operation.
Create a new operation with a function that takes the result of this operation and returns a new operation.
(slope: Operation[Slope]).flatMap(f)
Create an operation that applies the function f to the result of this operation, but returns nothing.
Create an operation that applies the function f to the result of this operation, but returns nothing.
(slope: Operation[Slope]).foreach(f)
Create a new operation that returns the result of the provided function that takes this operation's result as its argument.
Create a new operation that returns the result of the provided function that takes this operation's result as its argument.
(slope: Operation[Slope]).map(f)
Return operation identified (class simple name).
Return operation identified (class simple name).
(slope: Operation[Slope]).name
(slope: Operation[Slope]).nextSteps
(slope: Operation[Slope]).processNextSteps(args)
(slope: Operation[Slope]).productArity
(slope: Operation[Slope]).productElement(n)
(slope: Operation[Slope]).productIterator
(slope: Operation[Slope]).productPrefix
Execute this operation and return the result.
Execute this operation and return the result.
(slope: Operation[Slope]).run(context)
(slope: Operation[Slope]).runAsync(args)
(slope: StringAdd).self
(slope: StringFormat).self
Create a new operation with a function that takes the result of this operation and returns a new operation.
Create a new operation with a function that takes the result of this operation and returns a new operation.
Same as flatMap.
(slope: Operation[Slope]).withResult(f)
(slope: ArrowAssoc[Slope]).x
(Since version 2.10.0) Use leftOfArrow
instead
(slope: Ensuring[Slope]).x
(Since version 2.10.0) Use resultOfEnsuring
instead
Calculates the slope of each cell in a raster.
Slope is the magnitude portion of the gradient vector. It is the maximum change of elevation from a raster cell to any immediate neighbor. It uses Horn's method for computing slope.
As with aspect, slope is calculated from estimates of the partial derivatives dz/dx and dz/dy.
Slope is computed in degrees from horizontal.
The expression for slope is:
Geospatial Analysis - A comprehensive guide (Smit, Longley, and Goodchild)
SurfacePoint for slope calculation logic.