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-----                                 README                                 -----
-----                           cbmroot/macro/trd                            -----
-----     Created : 16/12/2005                                               -----
----- Last update : 03/06/2013                                               -----
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# how to create a .digi.par file from a geometry
# copy trd_v13x.root to macro/trd/geometry
cp geometry/trd.v13/trd_v13x.root geometry
./create_digipar_root.sh

# run simulation in macro/trd
root -l run_sim.C
root -l run_reco.C
root -l eventDisplay.C 

# standard file contains only 5 events for run_sim:
cbmroot_trunk/input/urqmd.ftn14

# if you need more, get urqmd.auau.25gev.centr.0000.ftn14
# from here
http://cbm-wiki.gsi.de/cgi-bin/view/Computing/CbmDataUrQMD13
# and link it to
cbmroot_trunk/input/


#=============================================================
# old comments below
#=============================================================

macros in TRD directory:

                sim.C - makes the transport of UrQMD events. Output files are
   	                test.mc.root and test.mc.param.root
		Sts.C - runs reconstruction in the STS. Output file is
		        test.stsTracks.root
  CbmTrdHitProducer.C - produces TRD hits from TRD points. Output file is
                        test.trdHits.root
TrdTrackFinderIdeal.C - runs ideal TRD track finder and Kalman Filter
                        track fitter together with performance tasks.
			Output file is test.trdIdealTracks.root
  TrdTrackFinderSts.C - runs TRD track finder, based on track following
  			from STS approach. Found tracks are fitted
			using the Kalman Filter fitter. Output file is
			test.trdTracks.root