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Geant4 hadronic and electromagnetic validation tests in LHCb

LHCb uses Geant4 to simulate the interactions of particles with the detector material and components. The simulation response can vary significantly due to modification of material description, of detector geometry, or of the Geant4 toolkit itself. Therefore, an extensive variety of tools have been...

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Autor principal: Griffith, Peter Noel
Lenguaje:eng
Publicado: 2016
Acceso en línea:http://cds.cern.ch/record/2149392
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author Griffith, Peter Noel
author_facet Griffith, Peter Noel
author_sort Griffith, Peter Noel
collection CERN
description LHCb uses Geant4 to simulate the interactions of particles with the detector material and components. The simulation response can vary significantly due to modification of material description, of detector geometry, or of the Geant4 toolkit itself. Therefore, an extensive variety of tools have been developed to study the effects of Geant4 modification on the LHCb simulation framework and on stand-alone environments within the LHCb software infrastructure. These tools have proven to be very effective for investigating new and alternative models provided by Geant4, and also in identifying and fixing anomalous behaviours that arise from changes. The next goal is to have these validation tests run autonomously and periodically, alerting the relevant users when problems are detected. Quick and easy comparison of the results from different software versions and simulation models will be made possible through the web interface of the LHCb Performance and Regression testing system, LHCbPR.
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institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2016
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spelling cern-21493922019-09-30T06:29:59Zhttp://cds.cern.ch/record/2149392engGriffith, Peter NoelGeant4 hadronic and electromagnetic validation tests in LHCbLHCb uses Geant4 to simulate the interactions of particles with the detector material and components. The simulation response can vary significantly due to modification of material description, of detector geometry, or of the Geant4 toolkit itself. Therefore, an extensive variety of tools have been developed to study the effects of Geant4 modification on the LHCb simulation framework and on stand-alone environments within the LHCb software infrastructure. These tools have proven to be very effective for investigating new and alternative models provided by Geant4, and also in identifying and fixing anomalous behaviours that arise from changes. The next goal is to have these validation tests run autonomously and periodically, alerting the relevant users when problems are detected. Quick and easy comparison of the results from different software versions and simulation models will be made possible through the web interface of the LHCb Performance and Regression testing system, LHCbPR.Poster-2016-534oai:cds.cern.ch:21493922016-03-02
spellingShingle Griffith, Peter Noel
Geant4 hadronic and electromagnetic validation tests in LHCb
title Geant4 hadronic and electromagnetic validation tests in LHCb
title_full Geant4 hadronic and electromagnetic validation tests in LHCb
title_fullStr Geant4 hadronic and electromagnetic validation tests in LHCb
title_full_unstemmed Geant4 hadronic and electromagnetic validation tests in LHCb
title_short Geant4 hadronic and electromagnetic validation tests in LHCb
title_sort geant4 hadronic and electromagnetic validation tests in lhcb
url http://cds.cern.ch/record/2149392
work_keys_str_mv AT griffithpeternoel geant4hadronicandelectromagneticvalidationtestsinlhcb