The Analysis Description Language Ecosystem: Latest developments and physics applications
S. Sekmen, Gökhan Ünel, Harrison Bertrand Prosper, Grigory Fedyukovich, Daniel Riley, Burak Sen, W. Waltenberger, Jung‐Hyun Lee, A. Adıgüzel, Erkcan Ozcan, Ahmetcan Sansar, Demircan Demirbag, Kagan Sahan, Feyza Baspehlivan · 2025
We present latest developments in Analysis Description Language (ADL), a declarative domain-specific language describing the physics algorithm of a HEP data analysis decoupled from software frameworks. Analyses written in ADL can be integrated into any framework for various tasks. ADL is a multipurpose construct with uses ranging from analysis design to preservation, reinterpretation, queries, visualisation, combination, etc. The most advanced infrastructure to execute ADL on events is the CutLang runtime interpreter. Recent technical developments include an automated interface with different data types, generation of the abstract syntax tree, a visualization tool that that auto-converts analysis flows to graphs, incorporation of trained machine learning models and a Jupyter-based plotting tool. We also report physics implications including a large scale LHC analysis implementation and validation effort for beyond the standard model reinterpretation purposes and studies with ATLAS and CMS open data.