# steering file based on example from Sherpa 1.2.3 distribution: # share/SHERPA-MC/Examples/Tevatron_UE/Run.dat (run){ # disable colorizing of text printed on screen: PRETTY_PRINT = Off # number of events: EVENTS = 100000 # set random seed: # (see section "6.1.3 RANDOM_SEED" of Sherpa manual for details) RANDOM_SEED = 1 1 # Event output file: HEPMC2_GENEVENT_OUTPUT = sherpa # full name of output file will be: # "sherpa.hepmc2g" # disable splitting of HepMC output file: FILE_SIZE = 1000000000 # Makes particles with c*tau > 10 mm stable: MAX_PROPER_LIFETIME = 10.0 }(run) (beam){ BEAM_1 = 2212; BEAM_ENERGY_1 = 3500.; BEAM_2 = 2212; BEAM_ENERGY_2 = 3500.; }(beam) # For pure jets, only use merging of one additional jet, to avoid # long-running jobs (and most analyses not sensitive to more anyway). (processes){ Process 93 93 -> 93 93 93{1}; Order_EW 0; Max_N_Quarks 4; CKKW sqr(50/E_CMS); Integration_Error 0.02 {4}; End process; }(processes) (selector){ # Set cuts # Use this for hard leading jets in a certain pT window # Use anti-kT with DeltaR = 0.4 to define jet pT values. NJetFinder 2 500 0.0 0.4 -1 # set min pT ## Or this? # PT 93 500 7000 # Use this for hard leading jets in a certain mass window Mass 93 93 0 7000 }(selector) (me){ ME_SIGNAL_GENERATOR = Comix }(me) (mi){ MI_HANDLER = Amisic # None or Amisic }(mi) # Parameter specifications for 'default': ------------------- #%tuneFile% # ---------------------------------------------