NAMELIST

• RAW DETECTOR BLOCKS (RAW... flags):
  • +/-1: unpack only
  • +/-4: transfer only
  • +/-5: unpack+transfer
  
  
• RECONSTRUCTED BLOCKS (REC... flags):
  • +/-1: unpack only
  • +/-2: reconstruct only
  • +/-3: pack only
  • +/-4: transfer only
  • +/-5: unpack+transfer
  • +/-6: reconstruct+pack
  • +/-7: unpack+pack
  • +/-8: unpack+reconstruct
  • +/-9: unpack+reconstruct+pack
  • +/-10:unpack+reconstruct+transfer
  
  

Note: a positive value of the flag means that if the specified action for that block fails, the whole event is aborted ("fatal" event error); a negative value of the flag means that if the specified action for that block fails,the event is NOT aborted ("non-fatal" event error).

• RAWSCC: raw fermi-latch block (SCC crates)
• RAWTAG: raw TAGging block
• RAWBGM: raw BGM, resh, posh block
• RAWSTG: raw Silicon TarGet block
• RAWSSD: raw SSD block
• RAWPWC: raw PWC blocks
• RAWSTW: raw STraW tubes blocks
• RAWCER: raw CERenkov block
• RAWIEC: raw Inner Electromagnetic Calorimeter block
• RAWOEC: raw Outer Electromagnetic Calorimeter blocks
• RAWHDC: raw HaDron Calorimeter block
• RAWOMU: raw Outer MUon block
• RAWIMU: raw Inner MUon block
• RAWTDC: raw TDC block
• RAWOGM: raw OGuM block

• RECSCC: reconstructed fermi-latch block (SCC crates)
• RECTAG: reconstructed TAGging block
• RECBGM: reconstructed BGM, resh, posh block
• RECSTG: reconstructed Silicon TarGet block
• RECSSD: reconstructed SSD block
• RECPWC: reconstructed PWC blocks
• RECSTW: reconstructed STraW tubes blocks
• RECCER: reconstructed CERenkov block
• RECIEC: reconstructed Inner Electromagnetic Calorimeter block
• RECOEC: reconstructed Outer Electromagnetic Calorimeter blocks
• RECHDC: reconstructed HaDron Calorimeter block
• RECOMU: reconstructed Outer MUon block
• RECIMU: reconstructed Inner MUon block
• RECSVT: reconstructed Super Vertic block
• RECLNK: reconstructed LiNK block (Jon's favorite)
• RECSSV: reconstructed SSd Vertex block
• RECPWV: reconstructed PWc Vertex block
• RECVEE: reconstructed VEEs block
• RECKNK: reconstructed KiNK block
• RECCAS: reconstructed CAScades block
• RECMHC: reconstructed Mini-adc HC block
• RECDST: reconstructed DST(2) block
• RECSKM: reconstructed SKIM block
• RECEZD: reconstructed EZD block
• RECXTR: reconstructed XTR block (for user I/O)
• RECIEM: reconstructed Mini-adc IE block
• RECIEE: reconstructed IE energy block
• RECMMU: reconstructed Mini MUon block (IM+OM)
• RECCDL: reconstructed CitaDL block
• RECOEM: reconstructed OE Mini-adc block

• MCGENE: Monte Carlo GENErated block
• MCGSTG: Monte Carlo Silicon TarGet
• MCGSSD: Monte Carlo SSD
• MCGPWC: Monte Carlo PWC
• MCGSTW: Monte Carlo STraWs

• RECERR: reconstructed ERRor block

Note: all defaults are set to 0.

• outflag : 1 to generate output (default=0)
• nevents : number of events to be analized (default=0=all): if running on a tape, it's the total number of events from the tape, if running on one or more disk files, it's the number of events per file.
• fstevnt : first event to be analized (default=1. Note: must set nevtot or nevents not zero!)
• nfiles : number of files be analized (default=0=all- tapes only! ) If you are running on one or more disk files, you have to set nfiles explicitely!
• fstfile : first file to be analized (def=1-doesn't work yet)
• nevtot : total number of events to be analized. If running on a tape, the job will stop when nevtot or nevents is reached, whatever happens first; if running on disk files, the job will stop when a grand total of nevtot is analized, or when nevents have been analized for each file.
• magnets : 1 if magnets are on, 0 otherwise (default=1)
• ssdpha : 1 to perform SSD Pulse Height Analysis (spatter)
• rawall : defines global action for detector blocks (action for single blocks may be overwritten by explicitely setting the corresponding flag in the DRVFLAG namelist)
• recall : defines global action for reconstructed blocks (action for single blocks may be overwritten by explicitely setting the corresponding flag in the DRVFLAG namelist)
• pscale : prescaling factor (i.e. all events from input will be read in the buffer, but drvunpk.sf, drvanal.sf and drvpack.sf will be called only once every "pscale" events)
• dofigs : figs switch flag (1 to enable)
• figall : global figs flag
• errdis : sets the level of error output
• dvflag : dvinit mode: 0-no dvinit, 1-dvinit (default), 2-dvinit_old (E687 dvinit)
• mxstream: sets the number of output streams (default=1)

• filelist(1):
• ...............
• filelist(N):

• idebug(1)>0: prints vertex debugging information
• idebug(2)>0: prints FLVP debugging information
• idebug(3)>0: prints RDSWAP debugging information
• idebug(4)>0: prints BITMAP debugging information
• idebug(5)>0: prints begin of run debugging information

Note: this namelist is an old e687 dinosaur - ignore it unless you are an expert.