Executable and Examples
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Running the executable
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CONFLUX is packaged with an executable ``quickflux.py``  to perform simple calculations, such as neutrino flux from an low enrichment uranium (LEU) reactor at equilibrium state. The executable is capable of taking a JSON file as the input. The output is a csv file that contains the spectrum energy, amplitude and uncertainty. Currently, the neutrino calculation does not calculate time dependent reactor model. The user can run the calculation through:

.. code-block:: bash

    python3 exec/quickflux.py input.json
     
Here is the example of the 

Highlighted examples
====================

CONFLUX contains a series of example for common reactor neutrino calculations that are more complicated than ``quickflux.py`` can do. The applications includes:

- Time dependent reactor neutrino evolution as the fission fractions change over long LEU reactor cycles.
- Individual beta/neutrino spectrum calculation with non-zero neutrino mass.
- Reactor
- Combination of the conversion and summation calculation results.
- Neutrino flux change over time after a burst fission.