Explore projects

The ATLAS Experiment's main offline software repository

The ATLAS Experiment's main JobOptions repository for MC production using Release 21.

Configuration and tests for the LHCb High Level Trigger application Moore. Documentation can be found here.

The LHCb project contains general purpose classes used throughout the LHCb software. It is built on top of the Gaudi framework. Documentation is available at http://cern.ch/lhcbdoc/lhcb

Yet Another Rapid Readout

Full software HLT1 reconstruction sequence on GPU.

The Gaudi project is an open project for providing the necessary interfaces and services for building HEP experiment frameworks in the domain of event data processing applications. The Gaudi framework is experiment independent.

This project is built on top of the Gaudi, LHCb and Lbcom projects. It contains components related to reconstruction. See documentation at http://cern.ch/lhcbdoc/rec/

An AthAnalysis framework, focusing on physics analysis combining runs 2 and 3

This repository hosts the simulation software of the LHCb experiment.

Documentation can be found at https://lhcb-gauss.docs.cern.ch/master/ and for Sim10 at http://cern.ch/lhcbdoc/gauss/

A JIRA connected project is available at https://its.cern.ch/jira/projects/LHCBGAUSS

For general information on Simulation refer to https://lhcb-simulation.web.cern.ch/index.html

Generic Pixel Detector Simulation Framework - https://cern.ch/allpix-squared/

LHCb offline physics analysis software main project.

The documentation for run 3 is at https://lhcb-davinci.docs.cern.ch/

Release notes and links to all documentation, including that for legacy data, is at http://cern.ch/lhcbdoc/davinci/.

ATLAS Experiment main repository for external projects

This is the FTAG (training) dataset dumpster (aka TDD). We use it to run away from the ATLAS EDM into the land of H5.

Multimodal and Multiclass Machine Learning for High Energy Physics

Data package containing the configuration for the Analysis Productions. You can find documentation here.

Higgs to diphoton nanoAOD framework. Docs