...
- compare proposed detector technologies (before in concert with test beam)
- calorimeter examples - RPC, GEM, scintillator, Silicon, lead tungstate, hybrid
- compare full detector designs
- compare MC with test beam results to understand both
- compare, test, debug reconstruction and analysis algorithms
- optimize design of subsystems, subdetectors
- understand role of dead material in affecting physics processes
- understand effects of hardware inefficiencies such as cross-talk, dead cells, etc.
- understand effects of backgrounds
- establish an infrastructure for the actual detector experiment(s)
...
Program | Description | Detector | Language | IOFormat | Region |
|---|---|---|---|---|---|
Simdet | fast Monte Carlo | TeslaTDR | Fortran | StdHep/LCIO | EU |
SGV | fast Monte Carlo | simple Geometry, flexible | Fortran | None (LCIO) | EU |
Lelaps | fast Monte Carlo | SiD, flexible | C++ | SIO, LCIO | US |
Mokka | full simulation - Geant4 | TeslaTDR, LDC, flexible | C++ | ASCI, LCIO | EU |
BrahmsSi | Geant3 - full simulation | TeslaTDR | Fortran | LCIO | EU |
SLIC | full simulation - Geant4 | SiD, flexible | C++ | LCIO | US |
LCDG4 | full simulation - Geant4 | SiD, flexible | C++ | SIO, LCIO | US |
Jupiter | full simulation - Geant4 | JLD (GDL) | C++ | Root (LCIO) | AS |
BrahmsRec | reconstruction | TeslaTDR | Fortran | LCIO | EU |
Marlin | reconstruction | Flexible | C++ | LCIO | EU |
hep.lcd | reconstruction | SiD (flexible) | Java | SIO | US |
org.lcsim | reconstruction | SiD (flexible) | Java | LCIO | US |
JupiterSatelites | reconstruction | JLD (GDL) | C++ | Root | AS |
LCCD | Conditions Data Toolkit | All | C++ | MySQL, LCIO | EU |
GEAR | Geometry description | Flexible | C++ (Java?) | XML | EU |
LCIO | Persistency and data model | All | C++, Java, Python, FORTRAN | AS,EU,US | |
JAS3/WIRED | Analysis Tool / Event Display | All | Java | LCIO, StdHep, HepRep | US,EU |
(above from slide of Tony Johnson)
...