![wrighting a program in ncplot wrighting a program in ncplot](https://i.pinimg.com/736x/f0/dd/6a/f0dd6ab04f64b609b47b94f778d009f4.jpg)
If colour which colours because these will need to be defined. Questions such as is it going to be grey scale or colour. Part of the problem you will face is that in using a command line you will need to have additional information as to how it is exported setup before hand but this information does not lend itself to a non-GUI environment. I have made something similar using ArcGIS if you have this but it is not command line because that is quite difficult to achieve. It is probably relatively easy to create something using Java or Python and some GDAL libraries or the like. What platform are you using? Linux, Windows etc? Whatever the answer I think the answer is you will be struggling to find a command line tool with out creating it yourself.
![wrighting a program in ncplot wrighting a program in ncplot](http://www.ncplot.com/ncplotnlm/screenshot.jpg)
But I have a couple of comments on the subject if you are interested. If there is anything it is probably there.
WRIGHTING A PROGRAM IN NCPLOT SOFTWARE
Here is the official list of software for manipulating NetCDF. # sample every 10th point of the 'z' variable # open a local NetCDF file or remote OPeNDAP URL The netCDF4 module can be a bit difficult to build, but it's included in the Python(x,y), Enthought Canopy and Continuum Anaconda distributions. Below I read topography data using the OPeNDAP service, so you should be able to run the program without changes. The netCDF4 module will read both NetCDF3, NetCDF4 files, and also read remote NetCDF (or other files) served via the OPeNDAP service. Others have mentioned commercial solutions with ArcGIS, IDL and Matlab, but here's one way to do it using Python, using the netCDF4 module to read the netcdf file, and matplotlib to create the image.