.
<put algorithm description here>
xmin
[number]<put parameter description here>
Default: 0.0
xmax
[number]<put parameter description here>
Default: 0.0
ymin
[number]<put parameter description here>
Default: 0.0
ymax
[number]<put parameter description here>
Default: 0.0
Formula
[string]<put parameter description here>
Default: (not set)
Function
[raster]processing.runalg('saga:function', xmin, xmax, ymin, ymax, formul, result)
<put algorithm description here>
Grid
[raster]A
[number]<put parameter description here>
Default: 0.0
B
[number]<put parameter description here>
Default: 0.0
C
[number]<put parameter description here>
Default: 0.0
D
[number]<put parameter description here>
Default: 0.0
Membership Function Type
[selection]<put parameter description here>
Options:
Default: 0
Adjust to Grid
[boolean]<put parameter description here>
Default: True
Fuzzified Grid
[raster]processing.runalg('saga:fuzzify', input, a, b, c, d, type, autofit, output)
<put algorithm description here>
Grids
[multipleinput: rasters]Operator Type
[selection]<put parameter description here>
Options:
Default: 0
Intersection
[raster]processing.runalg('saga:fuzzyintersectionand', grids, type, and)
<put algorithm description here>
Grids
[multipleinput: rasters]Operator Type
[selection]<put parameter description here>
Options:
Default: 0
Union
[raster]processing.runalg('saga:fuzzyunionor', grids, type, or)
Draws simple geometric figures.
Cell Count
[number]Number of cells to use.
Default: 0
Cell Size
[number]Size of the single cell.
Default: 0
Figure
[selection]Type of the figure.
Options:
Default: 0
Direction of Plane [Degree]
[number]Rotation factor in degrees.
Default: 0
Result
[raster]processing.runalg('saga:geometricfigures', cell_count, cell_size, figure, plane, result)
<put algorithm description here>
X Component
[raster]Y Component
[raster]Polar Angle Units
[selection]<put parameter description here>
Options:
Default: 0
Polar Coordinate System
[selection]<put parameter description here>
Options:
Default: 0
User defined Zero Direction
[number]<put parameter description here>
Default: 0.0
User defined Orientation
[selection]<put parameter description here>
Options:
Default: 0
Direction
[raster]Length
[raster]processing.runalg('saga:gradientvectorfromcartesiantopolarcoordinates', dx, dy, units, system, system_zero, system_orient, dir, len)
<put algorithm description here>
Direction
[raster]Length
[raster]Polar Angle Units
[selection]<put parameter description here>
Options:
Default: 0
Polar Coordinate System
[selection]<put parameter description here>
Options:
Default: 0
User defined Zero Direction
[number]<put parameter description here>
Default: 0.0
User defined Orientation
[selection]<put parameter description here>
Options:
Default: 0
X Component
[raster]Y Component
[raster]processing.runalg('saga:gradientvectorfrompolartocartesiancoordinates', dir, len, units, system, system_zero, system_orient, dx, dy)
Creates a new grid layer as the result of the difference between two other grid layers.
A
[raster]B
[raster]Difference (A - B)
[raster]processing.runalg('saga:griddifference', a, b, c)
Creates a new grid layer as the result of the division between two other grid layers.
Dividend
[raster]Divisor
[raster]Quotient
[raster]processing.runalg('saga:griddivision', a, b, c)
Normalises the grid values according to minimum and maximum values chosen.
Grid
[raster]Target Range (min)
[number]Minimum value.
Default: 0
Target Range (max)
[number]Maximum value.
Default: 1
Normalised Grid
[raster]processing.runalg('saga:gridnormalisation', input, range_min, range_max, output)
<put algorithm description here>
Grids
[multipleinput: rasters]Product
[raster]processing.runalg('saga:gridsproduct', grids, result)
Creates a new grid layer as the result of the sum of two or more grid layers.
Grids
[multipleinput: rasters]Sum
[raster]processing.runalg('saga:gridssum', grids, result)
Standardises the grid layer values.
Grid
[raster]Stretch Factor
[number]stretching factor.
Default: 1.0
Standardised Grid
[raster]processing.runalg('saga:gridstandardisation', input, stretch, output)
<put algorithm description here>
Grid
[raster]Method
[selection]<put parameter description here>
Options:
Default: 0
Base Level
[number]<put parameter description here>
Default: 0.0
processing.runalg('saga:gridvolume', grid, method, level)
Performs numerical conversions of the grid values.
Grid
[raster]Conversion
[selection]Conversion type.
Options:
Default: 0
Converted Grid
[raster]processing.runalg('saga:metricconversions', grid, conversion, conv)
<put algorithm description here>
Dependent Variables
[multipleinput: rasters]Independent Variable (per Grid and Cell)
[multipleinput: rasters]Optional.
<put parameter description here>
Independent Variable (per Grid)
[fixedtable]Type of Approximated Function
[selection]<put parameter description here>
Options:
Default: 0
Polynomial Coefficients
[raster]Coefficient of Determination
[raster]processing.runalg('saga:polynomialtrendfromgrids', grids, y_grids, y_table, polynom, parms, quality)
Generates a random grid layer.
Width (Cells)
[number]Width of the layer in cells.
Default: 100
Height (Cells)
[number]Height of the layer in cells.
Default: 100
Cellsize
[number]Cell size to use.
Default: 100.0
West
[number]West coordinate of the bottom-left corner of the grid.
Default: 0.0
South
[number]South coordinate of the bottom-left corner of the grid.
Default: 0.0
Method
[selection]Statistical method used for the calculation.
Options:
Default: 0
Range Min
[number]Minimum cell value to use.
Default: 0.0
Range Max
[number]Maximum cell value to use.
Default: 1.0
Arithmetic Mean
[number]Mean of all the cell values to use.
Default: 0.0
Standard Deviation
[number]Standard deviation of all the cell values to use.
Default: 1.0
Random Field
[raster]processing.runalg('saga:randomfield', nx, ny, cellsize, xmin, ymin, method, range_min, range_max, mean, stddev, output)
<put algorithm description here>
Radius (cells)
[number]<put parameter description here>
Default: 10
Iterations
[number]<put parameter description here>
Default: 10
Target Dimensions
[selection]<put parameter description here>
Options:
Default: 0
Grid Size
[number]<put parameter description here>
Default: 1.0
Cols
[number]<put parameter description here>
Default: 100
Rows
[number]<put parameter description here>
Default: 100
Grid
[raster]processing.runalg('saga:randomterraingeneration', radius, iterations, target_type, user_cell_size, user_cols, user_rows, target_grid)
<put algorithm description here>
Main input layer
[raster]Additional layers
[multipleinput: rasters]Optional.
<put parameter description here>
Formula
[string]<put parameter description here>
Default: (not set)
Result
[raster]processing.runalg('saga:rastercalculator', grids, xgrids, formula, result)