RNSA - Rotating Neutron Star Analyzer

Rotating Neutron Stars Analyzer (RNSA) is suite for studying rotating neutron star equilibirum models constructed using RNS v4.0 (unpublished yet).

The Suite

It contains:

codor_parser.py

To submit jobs to HTCondor. It supports a vast range of settings.

extractor.py

To produce single tables corresponding to single sequences

plotter.py

To plot output.

instabilizer.py

To compute turning point models.

instaplotter.py

To plot quantities related to the turning points.

instacomparer.py

Extra Utilities

Moreover there is a set of utilities:

cm_colors.py

To produce the TikZ code to get a rainbow of colors from blue to red.

eosify.sh

To convert a EOS table from the RNS v1.1c format to the new RNS v4.0 format

stardestroyer.sh

To delete every Output_star folder to save storage

matplotlibrc

A simple configuration for having plot’s ticks with the siunitx package

eps_rho_poly.py

Interactive script to trasform central rest mass density in central energy for a polytrope (and reverse).

dimensionless_cgs.py

Interactive script to CU units in CGS (and reverse).

simsync.sh

Copy the output of a simulation from the remote location to the local one, defined in the remote_config file

watchsim.sh

Print the current (and continue on updating) log for a remote simulation with parameters defined in remote_config

Requirements

• Python >= 3.4.0
• NumPy >= 1.12
• matplotlib >= 2.0.0
• matplotlib2tikz >= 0.6.2
• LaTeX >= 3.14159265
• gawk >= 4.1.1
• RNS >= 4.0
• HTCondor >= 8.4.0
• rsync >= 3.1.2

User Guide

Documentation will be provided.

License

RNSA is licensed under GNU GPL v3. The full text of the license can be found in the LICENSE file.