rcas6013 % starsim
 ******************************************************
 * Starting  starsim NwGEANT=  20000000 NwPAW= 2000000 *
 **********************pid= 11585**********************
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 *                                                    *
 *            W E L C O M E    to   starsim           *
 *                                                    *
 *        Version INITIAL     21 April 2011           *
 *                                                    *
 ******************************************************
 Workstation type (?=HELP) <CR>=1 : 0
 Version 1.29/04 of HIGZ started
1*****  GEANT Version  3.21/08 Released on 230697
0*****  Correction Cradle Version  0.0800
 *****  RZMAKE. OLD RZ format selected for RZDOC               
starsim > exec Starlight-ee output.50K.setKai.eta6.fzd 34 55 50000 0.001 0.5  
 UPGR15: NEW TRACKING: HFT+IST+TPC+SSD-SVT
 ===> Datacard assign I.CONFIG    ( 1) =         1 in CVCF bank selected with      1.000
 CAVE config:           1
 ===> Datacard assign I.PIPECONFIG( 1) =        -1 in PIPV bank selected with      1.000
 ERROR IN USE OPERATOR CALLED FROM PIPEGEO00 FOR BANK PIPG L =  6
***** NO BANK EXISTS WITH THIS VALUE *****
      THE PATH IS PIPG* WITH IDN =    0
      LOOKING FOR VARIABLE R.CONFIG = -1.00    
 ===>GEOINFO/pipegeo00 SIMPLE VERSION of BEAMPIPE!!! - PIPE - created
 ===> Datacard assign I.CONFIG    ( 1) =        65 in SSDP bank selected with      1.000
 Level 5 of the SSD geometry, Configuration:           65
 WARNING: this geometry is only useable for 2005 and onward
 *** Positioining the Silicon Strip Detector in CAVE
 wafpckLen    4.3499999    
 ===> Datacard assign R.GASCORR   ( 1) =    2.0000 in TPCG bank selected with      1.000
 Corrected TPC GAS DENSITY =   1.54053420E-03
 ===> Datacard assign R.CHOICE    ( 1) =    6.0000 in BTOG bank selected with      1.000
 ===> Datacard assign R.X0        ( 1) =    0.0000 in BTOG bank selected with      1.000
 ===> Datacard assign R.Z0        ( 1) =    0.0000 in BTOG bank selected with      1.000
 BTOF choice =    6.0000000    
  Positioning West Barrel, choice=           6
  Positioning East Barrel, choice=           6
 ===> Datacard assign I.VPDCONFIG ( 1) =         1 in VPDV bank selected with      1.000
 pVPD: I-Beam support is activated...
 pVPD: Zpositions West and East:   550.00000      &   550.00000      cm
 ===> Datacard assign R.NMODULE   ( 1) =   60.0000 in CALG bank selected with      1.000
 ===> Datacard assign R.NMODULE   ( 2) =   60.0000 in CALG bank selected with      1.000
 ===> Datacard assign R.SHIFT     ( 1) =   75.0000 in CALG bank selected with      1.000
 ===> Datacard assign R.SHIFT     ( 2) =  105.0000 in CALG bank selected with      1.000
 ===> Datacard assign I.ONOFF     ( 1) =         1 in EMCG bank selected with      1.000
 ===> Datacard assign I.FILLMODE  ( 1) =         3 in EMCG bank selected with      1.000
 ZCAL
 MAGP
 ===>GEOINFO/pixlgeo00 SIMPLE VERSION of PIXEL!!! - PXMO - created
 ===>GEOINFO/istbgeo00 SIMPLE VERSION of IST!!! - IBMO - created
 FGTD Version:           1
 ===> Datacard assign I.CONFIG    ( 1) =         1 in PMVR bank selected with      1.000
StarMagField  instantiate starsim field=5
StarMagField::ReadField  Reading  Magnetic Field  Measured Full Field,  Scale factor = 1.000000 
StarMagField::ReadField  Filename is bfield_full_positive_2D.dat, Adjusted Scale factor = 1.000000 
StarMagField::ReadField  Reading  2D Magnetic Field file: bfield_full_positive_2D.dat 
StarMagField::ReadField  Reading 3D Magnetic Field file: bfield_full_positive_3D.dat 
StarMagField::ReadField  Reading  3D Magnetic Field file: bfield_full_positive_2D.dat 
StarMagField::SetLock lock StarMagField parameters
StarMagField parameters are locked
StarMagField:: Map	2
StarMagField:: Factor	1.000000
StarMagField:: Rescale	1.000000
StarMagField:: BDipole	-42.669998
StarMagField:: RmaxDip	15.340000
StarMagField:: ZminDip	980.000000
StarMagField:: ZmaxDip	1350.000000
StarMagField:mfldgeo(5) Bz=4.9798
 MFLD magField,Bz =    5.0000000       4.9797993    
 Processing event 1 / 50000
>>> inputParameters::init(): info: successfully read input parameters from './starlight.in'
>>> inputParameters::init(): info: using the following starlight parameters:
    config file name  ...................... './starlight.in'
    beam 1 atomic number ................... 79
    beam 1 atomic mass number .............. 197
    beam 2 atomic number ................... 79
    beam 2 atomic mass number .............. 197
    Lorentz gamma of beams in CM frame ..... 108.4
    mass W of produced hadronic system ..... 0.001 < W < 1 GeV/c^2
    # of W bins ............................ 200
    maximum absolute value for rapidity .... 6
    # of rapidity bins ..................... 80
    cut in pT............................... no
        minimum pT.......................... 0.001 GeV/c
        maximum pT.......................... 0.5 GeV/c
    cut in eta.............................. yes
        minimum eta......................... -6
        maximum eta......................... 6
    meson production mode .................. 1
    number of events to generate ........... 0
    PDG ID of produced particle ............ 11
    seed for random generator .............. 1234
    output format .......................... 1
    breakup mode for beam particles ........ 4
    interference enabled ................... no
    interference strength .................. 1
    coherent scattering off nucleus ........ yes
    scaling factor for incoh. VM prod. ..... 1
    deuteron slope parameter ............... 9.5 (GeV/c)^{-2}
    maximum p_T for interference calc. ..... 0.24 GeV/c
    # of p_T bins for interference calc. ... 120
##################################
 initializing Starlight v1.0...
##################################
>>> starlight::luminosityTableIsValid(): info: using random seed = 1234
Randy in lepton-pair construction: 0.160431563854218
The total 11 cross-section is: 10617.157721499568652 barns.
 Processing event 2 / 50000
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 Processing event 11 / 50000
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 Processing event 20 / 50000