Commit 6e67a204 authored by Prabhakar Palni's avatar Prabhakar Palni
Browse files

Deleted include files

parent d29be3da
evgenConfig.description = "Superchic gamma + gamma UPC collisions at 5020 GeV"
evgenConfig.keywords = ["2photon","2lepton"]
#evgenConfig.weighting = 0
evgenConfig.contact = ["prabhakar.palni@cern.ch"]
if not os.path.exists('inputs'):
os.makedirs('inputs')
if not os.path.exists('evrecs'):
os.makedirs('evrecs')
from Superchic_i.Superchic_iConf import Superchic_i
genSeq += Superchic_i("Superchic")
genSeq.Superchic.McEventKey = "GEN_EVENT"
evgenConfig.generators += ["Superchic"]
from AthenaPoolCnvSvc.WriteAthenaPool import AthenaPoolOutputStream
_evgenstream = AthenaPoolOutputStream("StreamEVGEN")
_evgenstream.ItemList = ["2101#*","133273#GEN_EVENT"]
del _evgenstream
# TODO: Sort out proper param setting based on runArgs.ecmEnergy
if int(runArgs.ecmEnergy) != 5020:
evgenLog.error(" Set beam energy in JO initialization with parameter rts ")
sys.exit(1)
genSeq.Superchic.Initialize = \
["rts 5.02d3", # set the COM collision energy (in fortran syntax)
"isurv 4", # Model of soft survival
"intag 'in5'", # for input files
"PDFname 'MMHT2014lo68cl'", # PDF set name
"PDFmember 0", # PDF member
"proc 59", # Process number (59 = gg->gg, 56 =gg->ee )
"beam 'ion'", # Beam type ('prot', 'ion')
"outtg 'out'", # for output file name
"sfaci .false.", # Include soft survival effects
"ncall 100000", # Number of calls for preconditioning
"itmx 1", # Number of iterations for preconditioning
"prec 1.0d0" # precision
]
double precision gamqq(10),gamqg(10),gamgq(10),gamgg(10),
& gamp(10),gamm(10),rhop(10),rhom(10)
common/anom/gamqq,gamqg,gamgq,gamgg,
& gamp,gamm,rhop,rhom
character*10 beam
common/btype/beam
logical bin
common/binning/bin
double precision bpsi,xgam
integer prot
common/bpsi/bpsi,xgam
common/prot/prot
double precision br(10)
integer nbr
logical decays
common/branching/br,nbr,decays
logical decay2,decay3,decay4,decay6
common/dec/decay2,decay3,decay4,decay6
integer neff,neff0
common/efficieny/neff,neff0
common/ewpars/gf,v,mt,mb,mw,me,mtau,alpha
logical forward
common/forward/forward
logical gamma
common/gam/gamma
double precision gax,malp
character*10 alpt
common/gax/gax,malp,alpt
logical gencuts
common/gencut/gencuts
common/cuts/ptamin,ptbmin,etaamin,etabmin,etaamax,etabmax,
&ptamin3,ptbmin3,ptcmin3,etaamin3,etabmin3,etacmin3,etaamax3,
&etabmax3,etacmax3,ptamin4,ptbmin4,ptcmin4,ptdmin4,etaamax4,
&etabmax4,etacmax4,etadmax4,etaamin4,etabmin4,etacmin4,etadmin4,
&ptamin6,ptbmin6,ptcmin6,ptdmin6,ptemin6,ptfmin6,etaamax6,etabmax6,
&etacmax6,etadmax6,etaemax6,etafmax6,etaamin6,etabmin6,etacmin6,
&etadmin6,etaemin6,etafmin6
logical genunw
common/genunw/genunw
ccccc hepevt output
integer nmxhep
parameter (nmxhep=4000)
integer nevhep,nhep,isthep,idhep,jmohep,jdahep
double precision phep,vhep
common /hepevt/ nevhep,nhep,isthep(nmxhep),idhep(nmxhep),
&jmohep(2,nmxhep),jdahep(2,nmxhep),phep(5,nmxhep),vhep(4,nmxhep)
double precision hgint(4,2000,2000)
common/hgi/hgint
common/qs/qmax,qmin,qinc
common/xs/xmax,xmin,xinc
common/lxs/lxmax,lxmin,lxinc
character*4 inparticle
common/inp/inparticle
character*100 intag
common/in/intag
double precision az,dz,rz,an,dn,rn,dzg,rzg,dng,rng
& ,rcore,nshell
common/ion/az,dz,rz,an,dn,rn,dzg,rzg,dng,rng,rcore,nshell
character*10 ionqcd
common/ionqcd/ionqcd
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