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antoniov |
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************************************************************
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* input file PHOJET v1.12
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************************************************************
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*
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* Define the process
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* ===================
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*
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* 1 non-diffractive inelastic process
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* 2 elastic scattering
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* 3 quasi-elastic rho/omega/phi and pi+/pi-production
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* 4 central diffraction (DPE)
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* 5 single diffraction of PARTICLE1
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* 6 single diffraction of PARTICLE2
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* 7 double diffraction
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* 8 single-resolved / direct processes / photon-hadron, photon-photon
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*
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* 9 hard interaction in SD of PARTICLE1
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* 10 hard interaction in SD of PARTICLE2
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* 11 hard interaction in DPE
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*
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* PROCESS 1 0 1 1 1 1 1 1
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*
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PROCESS 1 0 1 1 1 1 1 1 1 1 1
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*
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* define particles
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* ==================
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* id virtuality
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*
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PARTICLE1 2212 0.0
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PARTICLE2 2212 0.0
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* Set Min Bias option
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*SETMODEL 2 0
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*
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* Diffractive parameters
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* This sets the diff. mass dist. for diff. dissociation
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* ISWMDL(22) = 2 <-> dsig/dM^2 ~ 1/M^(2alphaeff(0))
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*SETMODEL 22 2
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*SETMODEL 13 0
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* PARMDL(45) -> upper mass cut for diff. system
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* MDmax = PARMDL(45)*sqrt(s)
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* Default: 0.46
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*SETPARAM 45 0.46
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* PARMDL(46) -> lower diff. mass cut
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* Default: 0.3 GeV
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*SETPARAM 46 0.3
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* PARMDL(48) -> alphaeff(0) (effective pomeron intercept)
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* Default: 1.08
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*SETPARAM 46 1.08
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* Central Diff. parameters
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* PARMDL(70) -> lower cut on sqrt(s1/MCD^2) and sqrt(s2/MCD^2)
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* where MCD is the central system inv. mass
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* MCD^2 = (1 - xA)(1 - xB)s
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* xA = 1 - s2/s xB = -(1 - s1/s)
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* Default: 2
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*SETPARAM 70 2
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* PARMDL(71) -> lower cut on MCD
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* Deafult: 2.0 GeV
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*SETPARAM 71 2.0
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* PARMDL(72) -> lower cut (c) on xA and xB
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* c = max(PARMDL(72), 1 - 1/PARMDL(70)^2)
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*SETPARAM 72 0
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* Initial/final state radiation
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* ISWMDL(8) -> 0: no parton showers
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* 1: only final state parton showers by JETSET
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* 2: only initial state parton showers
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* 3: initial and final state parton showers
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* Default: 3
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*SETMODEL 8 3
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*
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* debug events
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* ============
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* LEVEL desired output level
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* 0 standard output
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* 3 internal rejections
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* 5 cross sections, slopes etc.
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* 10 parameter of subroutines and
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* results
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* 20 huge amount of debug output
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* 30 maximal possible output
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*
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* 1st event to be traced/number of events to be traced/output level
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* DEBUG 1 3 35
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*
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* ID of subroutine to be traced/output level
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*
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* TRACE 72 10
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*
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* Random number generator seeds
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* INIT-RNDM 12 56 98 112
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INIT-RNDM 101 157 176 87
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*
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*
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* generate 100000 events in CMS system
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*
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* cms energy(GeV) #events
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*
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EVENT-CMS 8000.0 10000
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*
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ENDINPUT
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