LHCb - Minimum Bias physics plans and MC framework - EPFL
LHCb - Minimum Bias physics plans and MC framework - EPFL
LHCb - Minimum Bias physics plans and MC framework - EPFL
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Initialize<br />
<strong>LHCb</strong> <strong>MC</strong> simulation<br />
JobOpts<br />
Interface<br />
Pythia,<br />
EvtGen<br />
…<br />
Event Generation<br />
primary event generator<br />
specialized decay package e<br />
pile-up generation<br />
Two INDEPENDENT phases normally run in sequence as in<br />
production, but generator phase can <strong>and</strong> it is run by itself.<br />
Monitor<br />
Hep<strong>MC</strong><br />
POOL<br />
Init<br />
Cnv Cnv<br />
JobOpts<br />
GiGa GiG GiGa<br />
Geant4<br />
Cnv<br />
Geometry<br />
Cnv Cn Cn Cnv<br />
Hep<strong>MC</strong><br />
<strong>MC</strong>Particle<br />
<strong>MC</strong>Vertex<br />
V<br />
<strong>MC</strong>Hits<br />
POOL<br />
Detector Simulation<br />
geometry of the detector (<strong>LHCb</strong> Geant4)<br />
tracking through materials (Geant4)<br />
hit hit creation <strong>and</strong> <strong>MC</strong> truth information (Geant4<br />
<strong>LHCb</strong>)<br />
Monitor Monitorr<br />
<strong>MC</strong>Net CERN R. Mures¸an, <strong>LHCb</strong> report – p.18/30
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