Set Raster Properties (Data Management)

Summary

Sets the data type, statistics, and NoData values on a raster or mosaic dataset.

Usage

• You can define the statistics for a raster or mosaic dataset using this tool. Typically, you use this tool if you do not want statistics calculated. You can set the minimum, maximum, standard deviation, and mean values for each band. These statistics can be read from an .xml file.

• The properties that can be set with this tool determine the default rendering settings in ArcGIS Pro, as well as statistics that are used by other tools.

  You can set the following properties:

  • Data Source Type—Define whether the cell values represent elevation or categorical data, or whether the values have been processed by other methods and do not require stretching when displaying the data.
  • Statistics Per Band—For each band, you can define minimum, maximum, mean, and standard deviation values.
  • Bands for NoData Value—For each band, you can define a No Data value.

Parameters

Dialog

Label	Explanation	Data Type
Input Raster	The raster or mosaic dataset with the properties to be set.	Mosaic Layer ; Raster Layer
Data Source Type (Optional)	Specifies the type of imagery in the mosaic dataset. Generic— The mosaic dataset does not have a specified data type. Elevation— The mosaic dataset contains elevation data. Thematic—The mosaic dataset has thematic data, which has discrete values, such as land cover. Scientific—The data has scientific information, and will be displayed with the blue to red color ramp, by default. Vector UV—The data is a two-band raster that contains a U and a V component of vector field data. Magnitude and Direction—The data is a two-band raster that contains the magnitude and direction of vector field data. Processed—The mosaic dataset has been color balanced.	String
Statistics Per Band (Optional)	The bands and values for the minimum, maximum, mean, and standard deviation.	Value Table
Import Statistics From File (Optional)	An .xml file that contains the statistics.	File
Bands for NoData Value (Optional)	The NoData value for each band. Each band can have a unique NoData value defined, or the same value can be specified for all bands. Click the NoData drop-down arrow, choose a band from the list, and click the Add button to add band to the table. Then enter a value or multiple values. If you choose multiple NoData values, separate each value with a space.	Value Table
Key Properties (Optional)	The natively supported properties. Your data may have additional properties not included in the following list. The properties are not case sensitive. AcquisitionDate BandName BlockName CloudCover DatasetTag Dimensions FlowDirection Footprint HighCellSize LowCellSize MinCellSize MaxCellSize OffNadir ParentRasterType ParentTemplate PerspectiveX PerspectiveY PerspectiveZ ProductName RadianceBias RadianceGain ReflectanceBias RefelctanceGain Segmented SensorAzimuth SensorElevation SensorName SolarIrradiance SourceBandIndex StdPressure StdPressure_Max StdTemperature StdTemperature_Max StdTime StdTime_Max StdZ StdZ_max SunAzimuth SunElevation ThermalConstant_K1 ThermalConstant_K2 Variable VerticalAccuracy WavelengthMin WavelengthMax	Value Table
Multidimensional information (Optional)	The dimensional information for the raster dataset. Setting dimensional information will convert the dimensionless raster into a multidimensional raster. If the dimension is time, the dimension name must be StdTime. The format for time is either year-month-day (2021-10-01) or year-month-dayThh:mm:ss (2021-10-01T01:00:00). To define a variable with both time and elevation, add the variable with time first; then add the same variable with the z-dimension.	Value Table

Derived Output

Label	Explanation	Data Type
Updated Raster Dataset	The output raster dataset.	Raster Dataset

Python

arcpy.management.SetRasterProperties(in_raster, {data_type}, {statistics}, {stats_file}, {nodata}, {key_properties}, {multidimensional_info})

Name	Explanation	Data Type
in_raster	The raster or mosaic dataset with the properties to be set.	Mosaic Layer ; Raster Layer
data_type (Optional)	Specifies the type of imagery in the mosaic dataset. GENERIC— The mosaic dataset does not have a specified data type. ELEVATION— The mosaic dataset contains elevation data. THEMATIC—The mosaic dataset has thematic data, which has discrete values, such as land cover. PROCESSED—The mosaic dataset has been color balanced. SCIENTIFIC—The data has scientific information, and will be displayed with the blue to red color ramp, by default. VECTOR_UV—The data is a two-band raster that contains a U and a V component of vector field data. VECTOR_MAGDIR—The data is a two-band raster that contains the magnitude and direction of vector field data.	String
statistics [[band_index, min, max, mean, std_dev],...] (Optional)	The bands and values for the minimum, maximum, mean, and standard deviation.	Value Table
stats_file (Optional)	An .xml file that contains the statistics.	File
nodata [[band index, nodata_value],...] (Optional)	The NoData value for each band. Each band can have a unique NoData value defined, or the same value can be specified for all bands. To define multiple NoData values for each band selection, use a space delimiter between each NoData value for the bands_for_nodata_value parameter.	Value Table
key_properties [key_properties,...] (Optional)	The natively supported properties. Your data may have additional properties not included in the following list. The properties are not case sensitive. AcquisitionDate BandName BlockName CloudCover DatasetTag Dimensions FlowDirection Footprint HighCellSize LowCellSize MinCellSize MaxCellSize OffNadir ParentRasterType ParentTemplate PerspectiveX PerspectiveY PerspectiveZ ProductName RadianceBias RadianceGain ReflectanceBias RefelctanceGain Segmented SensorAzimuth SensorElevation SensorName SolarIrradiance SourceBandIndex StdPressure StdPressure_Max StdTemperature StdTemperature_Max StdTime StdTime_Max StdZ StdZ_max SunAzimuth SunElevation ThermalConstant_K1 ThermalConstant_K2 Variable VerticalAccuracy WavelengthMin WavelengthMax	Value Table
multidimensional_info [multidimensional_info,...] (Optional)	The dimensional information for the raster dataset. Setting dimensional information will convert the dimensionless raster into a multidimensional raster. If the dimension is time, the dimension name must be StdTime. The format for time is either year-month-day (2021-10-01) or year-month-dayThh:mm:ss (2021-10-01T01:00:00). To define a variable with both time and elevation, add the variable with time first; then add the same variable with the z-dimension.	Value Table

Derived Output

Name	Explanation	Data Type
out_raster	The output raster dataset.	Raster Dataset

Code sample

SetRasterProperties example 1 (Python window)

This is a Python sample for the SetRasterProperties function.

import arcpy
arcpy.SetRasterProperties_management("\\cpu\data\srtm.tif", "ELEVATION", 
                                     "1 50 400 5 28" , "#" , "#")

SetRasterProperties example 2 (stand-alone script)

This is a Python script sample for the SetRasterProperties function.

#Set raster dataset type and statistics

import arcpy
arcpy.env.workspace = "C:/Workspace"
    
arcpy.SetRasterProperties_management("srtmraster.tif", "ELEVATION", 
                                         "1 50 400 5 28", "#", "#")

Environments

Current Workspace, Scratch Workspace

Licensing information

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