| Label | Explanation | Data Type |
Input Raster | The input raster dataset. | Raster Layer |
Output netCDF File | The output netCDF file. The file name must have an .nc extension. | File |
Variable (Optional) | The netCDF variable name that will be used in the output netCDF file. This variable will contain the values of cells in the input raster. | String |
Variable Units (Optional) | The units of the data contained within the variable. The variable name is specified in the Variable parameter. | String |
X Dimension (Optional) | The netCDF dimension name that will be used to specify x, or longitude, coordinates. | String |
Y Dimension (Optional) | The netCDF dimension name that will be used to specify y, or latitude, coordinates. | String |
Band Dimension (Optional) | The netCDF dimension name that will be used to specify bands. | String |
Fields to Dimensions (Optional) | The field or fields that will be used to create dimensions in the netCDF file.
| Value Table |
Compression Level (Optional) | The level at which the output netCDF file will be compressed. The default value is 0, which implies no compression. A value of 9 represents maximum compression. | Long |
Summary
Converts a raster dataset to a netCDF file.
Usage
-
The input can be any valid raster dataset.
The default variable name is the same as the input raster name.
The output netCDF variable type is either float or integer based on the input raster dataset type.
The default x dimension and y dimension names are x and y, respectively.
The Band Dimension parameter is only applicable to a multiband input raster.
String fields cannot be used to create dimensions in the netCDF file.
A higher compression level will reduce the output file size and may improve performance of the tool. When the compressed netCDF file is used as an input for further analysis, it will generally perform better.
The tool writes variable as regularly spaced gridded data following the CF conventions
. Therefore, the variable in the output netCDF file is suitable for creating a voxel layer.
Parameters
arcpy.management.RasterToNetCDF(in_raster, out_netCDF_file, {variable}, {variable_units}, {x_dimension}, {y_dimension}, {band_dimension}, {fields_to_dimensions}, {compression_level})| Name | Explanation | Data Type |
in_raster | The input raster dataset. | Raster Layer |
out_netCDF_file | The output netCDF file. The file name must have an .nc extension. | File |
variable (Optional) | The netCDF variable name that will be used in the output netCDF file. This variable will contain the values of cells in the input raster. | String |
variable_units (Optional) | The units of the data contained within the variable. The variable name is specified in the Variable parameter. | String |
x_dimension (Optional) | The netCDF dimension name that will be used to specify x, or longitude, coordinates. | String |
y_dimension (Optional) | The netCDF dimension name that will be used to specify y, or latitude, coordinates. | String |
band_dimension (Optional) | The netCDF dimension name that will be used to specify bands. | String |
fields_to_dimensions [[field, {dimension}, {units}],...] (Optional) | The field or fields that will be used to create dimensions in the netCDF file.
| Value Table |
compression_level (Optional) | The level at which the output netCDF file will be compressed. The default value is 0, which implies no compression. A value of 9 represents maximum compression. | Long |
Code sample
Converts a raster dataset to a netCDF file.
import arcpy
arcpy.md.RasterToNetCDF("C:/data/elevation","C:/output/elev.nc","elevation",
"meter","x","y", "", "")Converts a raster dataset to a netCDF file.
# RasterToNetCDF_Ex_02.py
# Description: Converts a raster dataset to a netCDF file.
# Requirements: None
# Import system modules
import arcpy
from arcpy import env
# Set environment settings
env.workspace = "C:/data"
# Set local variables
inRaster = "C:/data/elevation"
outNetCDFFile = "C:/output/elevnetcdf.nc"
variable = "elevation"
units = "meter"
XDimension = "x"
YDimension = "y"
bandDimension = ""
compressionLevel = ""
# Process: RasterToNetCDF
arcpy.md.RasterToNetCDF(inRaster, outNetCDFFile, variable, units,
XDimension, YDimension, bandDimension, compressionLevel)