Generate Raster From Raster Function (Data Management)

Summary

Generates a raster dataset from an input raster function or function chain.

Usage

• The tool is designed for raster processing using multiple threads to help speed up the processing.

• The output raster format can be TIFF, GRID, ERDAS IMAGINE, CRF (Cloud Raster Format), or MRF (Meta Raster Format).

Syntax

GenerateRasterFromRasterFunction(raster_function, out_raster_dataset, {raster_function_arguments}, {raster_properties}, {format}, {process_as_multidimensional})

Parameter	Explanation	Data Type
raster_function	The name of a raster function, raster function JSON object, or function chain (in .rft.xml format).	File; String
out_raster_dataset	The output raster dataset.	Raster Dataset
raster_function_arguments [[Name, Value],...] (Optional)	The parameters associated with the function chain. For example, if the function chain applies the Hillshade raster function, set the data source, azimuth, and altitude.	Value Table
raster_properties [[Name, Value],...] (Optional)	The output raster dataset key properties, such as the sensor or wavelength.	Value Table
format (Optional)	The output raster format. The default format will be derived from the file extension that was specified in the output_raster_dataset. TIFF —Tagged Image File Format for raster datasets Cloud Optimized GeoTIFF —Cloud Optimized GeoTIFF IMAGINE Image —ERDAS IMAGINE raster data format Esri Grid —Esri Grid raster dataset format CRF —Cloud Raster Format MRF —Meta Raster Format	String
process_as_multidimensional (Optional)	Specifies whether to process the input mosaic dataset as a multidimensional raster dataset. CURRENT_SLICE —The input will not be processed as a multidimensional raster dataset. If the input is multidimensional, only the slice that is currently displayed will be processed. This is the default. ALL_SLICES —The input will be processed as a multidimensional raster dataset and all slices will be processed to produce a new multidimensional raster dataset. Set the format to CRF to use this option.	Boolean

Code sample

GenerateRasterFromRasterFunction example (Python window)

This is a Python sample that uses the NDVI raster function to create a raster dataset.

import arcpy
arcpy.env.workspace = r"C:\PrjWorkspace"

arcpy.GenerateRasterFromRasterFunction_management(
	raster_function="NDVI",
	out_raster_dataset="c:/temp/ndvitest.crf", 
	raster_function_arguments="Raster \\\\somemachine\\data\\test.tif; VisibleBandID 3;InfraredBandID 4", 
	format="CRF")

GenerateRasterFromRasterFunction example (stand-alone script)

This is a Python sample that uses the Band Arithmetic raster function with the SAVI method to create a raster dataset.

## Generate raster from Band Arithmetic raster function where method is set to SAVI.

arcpy.management.GenerateRasterFromRasterFunction(
	r"C:\Projects\SAVI.rft.xml", r"C:\Projects\Portland_SAVI.tif", 
	r"Raster C:\Projects\PortlandIKONOS.tif;Method SAVI;'Band Indexes' '4 3 0.33'", 
	None, "TIFF", "CURRENT_SLICE")

Environments

Cell Alignment, Cell Size, Compression, Current Workspace, Extent, Geographic Transformations, GPU ID, NoData, Output Coordinate System, Parallel Processing Factor, Processor Type, Pyramid, Raster Statistics, Resampling Method, Scratch Workspace, Snap Raster, Tile Size

Licensing information

• Basic: Yes
• Standard: Yes
• Advanced: Yes