Version 2.4 has been released, to go along with the paper arXiv:2506.21676 with Diyar Agin, Benjamin Fuks and Taylor Murphy.
The main new ingredients are the CMS soft lepton analysis, and improvements to the statistics routines, including some helper functions for interacting with MadAnalysis5.
I created a zenodo entry at 15727335 to store information including BSMArt templates, parameter cards, etc for the paper and the previous one (arXiv:2409.03014).
Version 2.3 has been released, to go along with the paper arXiv:2502.10231 with Louie Corpe and Abdelhamid Haddad!
This includes several new ingredients, such as a no jets detector mode, updates to the ONNX interface, updates to the statistics routines, etc. There is also a new script download_data.py to download the required ONNX models from the zenodo repository, and some example BSMArt templates.
Version 2.2 has been released! This includes a few tweaks, especially to the ONNX interface, and a few bugfixes.
Version 2.1 has been released! This includes several improvements over version 2, especially concerning statistics/convergence checking and integration with BSMArt.
The paper arXiv:2404.12423 is on the arXiv. Along with validation of the new soft lepton analyses for compressed electroweakino searches, it includes analysis of the excesses for a variety of interesting models. More is to come on this topic in the near future!
Version 2.0 has been released! This is a major upgrade with many new features. A paper describing the validation for the new analyses will appear on Monday, and a manual is in preparation.
Version 1.2 has been released! Along with minor tweaks, this includes the ATLAS-SUSY-2017-04 displaced vertices analyses written with Manuel Utsch that were included in MadAnalysis in arXiv:2112.05163, also with Jack Araz and Benjamin Fuks.
There is also a script that you can download to install all the relevant tools and set up your HackAnalysis makefile with the correct paths.
The release is timed to be in line for the upcoming release of BSMArt which features HackAnalysis integration.
[Read More]The paper arXiv:2106.08815 describing Version 1.0 of HackAnalysis is on the arXiv. Along with validation, it includes the application to a simple model including charged scalars that only produce double-disappearing-track events.
Version 1 of HackAnalysis is live!