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Gaussino is a project to provide an experiment-independent core software simulation framework. It can be used as the core project experiment specific projects, e.g. Gauss in the LHCb experiment, or in a standalone mode.

It is based on the Gaudi data processing framework and the Geant4 toolkit. It provides a structure to plugin a variety of generators via a set of interfaces. An adaptor to Pythia 8 is available for use and as example.

For further details refer to https://gaussino.docs.cern.ch/

The Maelstrom for Your Test Beam Data - http://cern.ch/corryvreckan

ATLAS Experiment main repository for external projects

Peary Caribou DAQ framework

Source files shared between MolFlow+ and SynRad+

Yet Another Rapid Readout

Data unpacking and events reconstruction

EOS project.

The vectorized geometry library for particle-detector simulation (toolkits).

CMS Tracker Phase2 Acquisition & Control Framework: https://ph2acf.docs.cern.ch/

Alignment specific components. See documentation at https://lhcb-alignment.docs.cern.ch/

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/.

Sub-project part of the LHCb physics analysis software project DaVinci. See http://cern.ch/lhcbdoc/analysis/ for details.

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

Sub-project part of the LHCb physics analysis software project DaVinci. See http://cern.ch/lhcbdoc/phys/ for details.

This project contains classes and configuration for the LHCb digitization programme Boole. Documentation can be found at http://cern.ch/lhcbdoc/boole/

This project is built on top of the Gaudi and LHCb projects. It contains components shared by Boole and one or more other applications (Brunel, DaVinci, Moore etc.). See documentation at http://cern.ch/lhcbdoc/lbcom/