This repository holds a number of python scripts useful for handling [Webnucleo](https://webnucleo.readthedocs.io) files.
* [Check Rates](https://osf.io/6ygax/wiki/home/): Check that rates for valid reactions in a Webnucleo network file lie within an appropriate range for a set of temperatures.
* [Compute Zone Current Differences](https://osf.io/9fr4s/wiki/home/): Compute the difference in integrated currents between two zones in an webnucleo XML output file.
* [Convert Talys to Webnucleo XML](https://osf.io/536nj/wiki/home/): Convert a Talys reaction data file to Webnucleo XML.
* [Create exp zone XML](https://osf.io/tp3nc/wiki/home/): Create a zone XML file with exponentially declining temperature and density.
* [Merge XMLs](https://osf.io/46hvm/wiki/home/): Merge Webnucleo XML files.
* [Modify XML Rates by Constant Factor](https://osf.io/ydnvk/): Modify reaction rates by a constant factor at all temperatures.
* [Plot Flows in Zones](https://osf.io/aep4j/wiki/home/): Plot flows for zones from a Webnucleo XML file.
* [Plot Integrated Currents](https://osf.io/92h46/wiki/home/): Plot integrated currents for zones from a Webnucleo XML file.
* [Print Integrated Currents](https://osf.io/vdjgs/wiki/home/): Print integrated currents for a species in zones from a Webnucleo XML file.
* [Print Reaction Timescales](https://osf.io/73jxw/wiki/home/): Print reaction timescales from data in a Webnucleo XML file.
* [Push Beta-Delayed Neutrons](https://osf.io/g9u3w/wiki/home/): Push beta-delayed neutron rates to their no-delayed neutron counterpart.
* [Remove Duplicate Reactions](https://osf.io/pesy6/wiki/home): Remove duplicate valid reactions from a Webnucleo network XML file.
* [Remove Isolated Nuclides](https://osf.io/ujmv7/wiki/home/): Remove nuclides from a Webnucleo XML file that would be isolated for a given set of reactions.
* [Remove Nuclides](https://osf.io/8sa2u/wiki/home/): Remove all instances of a nuclide or set of nuclides from a Webnucleo XML file.
* [Solve Linear DAG Network ODEs](https://osf.io/5sxrb/wiki/home/): Solve the coupled ODEs for a linear, acyclic network.
