+++ /dev/null
-Productions for the first physics studies (25/04/2008, updated 13/07/2009):
-Each run contains 300000 events, 200000 for calculation of the correction maps, 100000 used as "real" data
-
-Configurations:
--------------
-10 TeV:
-- field 0T
- - Pythia: min. bias ATLAS tuning.
- - Phojet: default parameters fo min. bias simulation.
-- field 0.5T
- - Pythia
- - Phojet
-
-900 GeV:
-- field 0T
- - Pythia: min. bias ATLAS tuning
- - Phojet
-- field 0.5T
- - Pythia
- - Pjojet
-
-Beam parameters:
-- energy: 900 GeV, 10 TeV
-- beta* 10m
-
-Field:
-- new measured field
-
-Detectors:
-- ITS: v11Hybrid
-- TPC
-- TRD: modules 0,(1),(7),8,9,(16),17 (around 3h and 9h).
- Enumerated from X in positive direction.
- The modules in brackets are added in 2009.
-- TOF: full
-- HMPID
-- PHOS: all modules, the missing ones to be treated in the analysis
-- EMCAL: no EMCAL in 2008, full EMCAL in 2009. The missing modules will be
- switched off in the analysis
-- MUON
-- T0
-- VZERO
-- FMD
-- PMD: 6 out of 26 modules -> switch off in the first run 2008. In 2009 - full PMD
-- ZDC: set the beam energy in AliMagF
-- ACORDE: off
-
-Simulation/reconstruction
--------------------------
-
-Mis-alignment:
-- full misalignment in the simulation, ideal in the reconstruction
-
-Mis-calibration:
-- full or residual: they are very similar, however do as above.
-
-What do we produce in the reconstruction?
-- ESD
-- ESD friends
-- AODs from the analysis train
-
-Which files do we keep?
-- galice.root
-- geometry.root
-- Kinematics.root
-- TrackReferences.root
-- Rec. points for visualization
-- AliESDs.root
-- AliESDfriends.root
-- tags
-- RAW data