One thing new users can find confusing is that different simulations may The file_list procedure just returns an array, listing all the Ti0 Ti_x ZMAX ZMIN iteration jpar phi rho rho_s t_array wci
#CONTOUR IDL INSTALL#
You can install most of the required Python modules by runningĪjpar Apar BOUT_VERSION MXG MXSUB MYG MYSUB MZ NXPE NYPE Ni Ni0 Ni_x Te0 Te_x Of the generated code(see Field2D/Field3D Arithmetic Operators for more information). If you are developing BOUT++, you may also need Jinja2 to edit some Python 2 and 3, we officially only support Python 3. While we try to ensure that the Python tools are compatible with both To read BOUT++ output in Python, you will need either netcdf4 or h5py. Scipy, as well as matplotlib for the plotting routines. The Python tools provided with BOUT++ make heavy use of numpy and
#CONTOUR IDL HOW TO#
Python routines see below for how to install the Post-processing routines are in the tools directory, with Python “collect” because it collects data from multiple files, are alsoĪvailable in IDL, Matlab, Mathematica and Octave. Routines to read BOUT++ output data, usually called There is also older analysis and post-processing code, the majority Human-readable syntax (no magic numbers!) using xarray. Library that provides analysis, plotting and animation with The recommended tool for analysing BOUT++ output is xBOUT, a Python
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