The Software and Computing Task Force also provides the tools for Monte Carlo simulation of the experiment.
There are several simulations packages currently used or under development:
flyo
Originally from Giuseppe Pierazzini, C++ single-particle simulation of the full K+ to pi+ nu anti-nu experiment Geant3 based simulation of the full setup, from Oleg Yushchenko Virtual Monte Carlo and ROOT-based framework for simulation, from Oleg Yushchenko
Geant4 Photon Vetoes simulations from RomaGroup + NapoliGroup Toy Monte Carlo of RICH from Firenze Group
-- PaoloValente - 26 Jul 2007
flyo
Originally from Giuseppe Pierazzini, C++ single-particle simulation of the full K+ to pi+ nu anti-nu experiment
- Main documentation and download page: http://pierazzini.unipi.it/giuseppe/FlyoHtml/flyostore/
Geant3 based simulation of the full setup, from Oleg Yushchenko - Fortran Monte Carlo:
Manual
- ROOT-based:
Simulation Manual
Disclaimer
- Proposal layout! [Double spectrometer]
- Large Angle Veto: only lead/scintillator tile implemented
- Simplified digitization
- Not updated straw chambers layout
- RICH not implemented
Virtual Monte Carlo and ROOT-based framework for simulation, from Oleg Yushchenko
Geant4 Photon Vetoes simulations from RomaGroup + NapoliGroup - Code is available under the CERN CVS repository
Toy Monte Carlo of RICH from Firenze Group
-- PaoloValente - 26 Jul 2007 Topic revision: r4 - 2007-08-01 - OlegYushchenko
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