# EXAMPLE CONFIG FOR RUNNING LOCALLY OVER TELESCOPE DATA ONLY # - configuration for Datura telescope used for test beam campaign in June 2012 at DESY TB21 # - for details see the included README # - for tests, you can find an example run here: # /afs/desy.de/group/telescopes/EutelTestData/TestPysubExampleDaturaAlone/run004118.raw # (telescope only data taken with (passive) CMS pixel as DUT) # --------------------------------------------------------------------------------------------- # [DEFAULT] # global section. Settings can be overwritten through task-specific sections # The python config parser interprets '%(NAME)s' as the corresponding variable NAME. # The variable EutelescopePath is by default filled with the environment variable EUTELESCOPE # and should correspond to the installation path of EUTelescope. # Also, the variable %(home)s corresponds to the user's home directory. # the template file name can be set with # TemplateFile = file.xml # The default is '[task]-tmp.xml' BasePath = %(eutelescopepath)s/jobsub/examples/desy_2012_mar_pps TemplatePath = %(BasePath)s/steering-templates # set the folder which contains the raw/native data files NativeFolder = /data/detdev01/FEI4_testbeam_construction/reconstruction/desy_2012_mar_pps/native # geometry file GEARFile = gear_pps_desy2012mar_2fei4_0deg_geoid92_edit.xml #GEARFile = gear_pps_desy2012mar_2fei4_0deg_geoid17.xml #GEARFile = gear_desy2012_04_anemone_DBM_batch0.xml # histogram information Histoinfo = histoinfo.xml # format for the output; @RunNumber@ is the current run number padded with leading zeros to 6 digits Output = run@RunNumber@ # which run number to use for hot pixel determination HotpixelRunNumber = @RunNumber@ SkipNEvents = # set here the path where the gear file are stored GearPath = %(BasePath)s/gear_files # set here the path for the histoinfo file HistoinfoPath = %(TemplatePath)s OffsetRunNumber=0 OutputFolder = /afs/phas.gla.ac.uk/data/atlas/upgrade01/reconstruction/desy_2012_mar_pps/output_3710_3749 # Set here the path for the input file # recommended subfolder structure: LcioRawFolder = %(OutputFolder)s/lcio DBPath = %(OutputFolder)s/database ResultsPath = %(OutputFolder)s/results HistoPath = %(OutputFolder)s/histograms LogPath = %(OutputFolder)s/logs # limit processing of run to a certain number of events MaxRecordNumber = 10000000 # the verbosity used by the eutelescope producers (i.e. MESSAGE, DEBUG, ERROR with appended level from 0..9, e.g. MESSAGE5) # if you set this to DEBUG0 but you do not see any DEBUG messages, make sure that you set CMAKE_BUILD_TYPE to Debug in the # $EUTELESCOPE/CMakeList.txt file. Verbosity = MESSAGE4 [converter] # section for the converter step # MaxRecordNumber = 100000 [clustering] # MaxRecordNumber = 100000 [hitmaker] InputFile = %(ResultsPath)s/run@RunNumber@-clu-p.slcio # MaxRecordNumber = 100000 [align] InputFile = %(ResultsPath)s/run@RunNumber@-hit.slcio PedeSteeringFile = %(TemplatePath)s/pede-steer-tmp.txt # DistanceMax [um] used in EUTelMille/findTrack: DistanceMax = 1000000 ExcludePlanes = [fitter] BeamEnergy = 4 InputFile = %(ResultsPath)s/run@RunNumber@-hit.slcio AlignmentFile = %(DBPath)s/run@RunNumber@-align-db.slcio TbTrackPath = %(OutputFolder)s/tbtracks # MaxRecordNumber = 100000 # # TestFitter options AllowedSkipHits = 0 SkipHitPenalty = 0 AllowedMissingHits = 0 MissingHitPenalty = 0 Chi2Max = 100 PassiveLayerIDs = DistanceMax = 1000.0