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RooUnfold is a framework for unfolding within the ROOT environment, implementing a number of specific algorithms.

Vendor-Independent, Fully Verified, Open Source VHDL Common Library

Tools and classes to control Lab equipment

This project is built on top of the Gaudi, LHCb, Lbcom, Rec and Phys projects. It contains components related to trigger. See documentation at http://cern.ch/lhcbdoc/hlt/ . Warning: For upgrade developments go to https://gitlab.cern.ch/lhcb/Moore.

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

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

This project contains the external models that can be used in production with the ATLAS MadGraph5_aMC@NLO / MadGraphControl setup.

Python interface to ITk Production DB - https://itkdb.docs.cern.ch/

A package of RooFit utilities written for and used by Higgs Combination measurements.

Package for submitting LHCb MC productions to LHCbDIRAC

GeoModel libraries and tools

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/

A python package for HEP statistical analysis

An example implementation for a simple physics analysis using the Common Analysis Framework. Feel free to use for tutorials and experimenting with the framework. Fork this project if you want to start your own analysis using the CAF!