# ==============================================
# TTH specific parameters
# =============================================

TTBases.DeltaRoots: 2.0

TTBases.VkmTB:          1.
TTBases.BetaH:          1.
#TTBases.NRQCD:         3
TTBases.NRQCD:      3    

# ==============================================
# TTBases specific parameters
# =============================================
TTBases.ISRBM:        123
#!isrbm
TTBases.FinalStatesMix: 1
#!dmode


TTBases.WmModesLo:    1
#!wmmodeslo
TTBases.WmModesHi:    1
#!wmmodeshi
TTBases.WpModesLo:    4
#!wpmodeslo
TTBases.WpModesHi:    12
#!wpmodeshi

TTBases.ACC1:         0.02
#!acc1
TTBases.ACC2:         0.005
#!acc2
TTBases.ITMX1:        100
#!itmx1
TTBases.ITMX2:        200
#!itmx2
TTBases.NCALL:        400000
#!ncall
TTBases.Roots:        350.0
#!roots
TTBases.PolElectron:   1.00
#!pele
TTBases.PolPositron:   -1.00
#!ppos
TTBases.SigmaEbeam:   0.005
TTBases.Alphai:       128.
TTBases.Alphas:       0.120
TTBases.MassW:                80.0
TTBases.MassZ:                91.18
TTBases.MassHiggs:    125.0
TTBases.MassTop:      174.0

TTBases.ISR_LLA_Order:        3
#!lla_order
TTBases.Store_Remnants:       1
#!store_remnants
TTBases.Store_Beams:          1
#!store_beams
TTBases.LumiFileDirectory:   /group/ilc/soft/utils64/energy_spread
#!lumifile


# ====================================================
# Spring info
# ====================================================
JSFGUI.Spring.SharedLibrary:    TTSpring.so
JSF.SharedLibraries:    libJSFReadStdHep.so:libJSFBeamGeneration.so:TTSpring.so:libS4Utils.so:libAnlib.so:libJSFAnlib.so
JSFGUI.Spring.ModuleName:TTSpring

# =======================================================
# Core parameters
# =======================================================
## Use RunMode=1 and EventType=2 to run spring by "jsf gui.C"
JSFGUI.RunMode:  1
#  runmode = 1 to generate events
JSFGUI.EventType: 2
#  EventType 0=Pythia, 1=debug generator 2=Bases/Spring generator

JSFGUI.SimulationType: 0
#!simtype
# Do not run simulation, if simtype=0

JSFGUI.OutputFileName:/dev/null
#!OutputFile

JSFGUI.NEventsAnalize: 51000
#!maxevt

JSFGUI.Spring.BasesFile:bases.root
#!basesfile
# A file name of bases data.

JSFQuickSim.ParameterFile:$(LCLIBROOT)/simjlc/param/gld_v4p.com

#####################################################################
#  BSParameters
####################################################################
JSFBeamGeneration.FileName:/nfs/g/ilc/soft/samples/gen/bsdata/sb2009_1000_wTF.root
#!bsfile
JSFBeamGeneration.ParName:500_nominal
#!bsname
JSFBeamGeneration.Width:0.0005
JSFBeamGeneration.IBType:2
#!bstype
JSFBeamGeneration.WidthEPlus:0.0004
#!bswEplus
JSFBeamGeneration.WidthEMinus:0.0011
#!bswEminus


####################################################
# Optional parameters for JSFWriteJSF class
####################################################
JSFWriteStdHep.OutputSizePerFileInkB:500000

JSFWriteStdHep.MaxNumberOfFiles:50

JSFWriteStdHep.OutputFileName:E350-TDR_ws.Ptt-en4q.eR.pL.Gphyssim_dbd-01-02.I106708
#!stdhep

JSFWriteStdHep.OutputTitle:physsim-tt-en4q
#!stdhep-title
# Title of data, which is written in the stdhep file.

JSFWriteStdHep.NTries:51000
#!stdhep-ntries
# Number of events in this file.

JSFWriteStdHep.DebugLevel:0
#!stdhep-debug
#  Debug level of JSFWriteStdHep class

JSFWriteStdHep.EventSource: 4
# generator input data
#  =0 : /hepevt/ common block
#  =1 : /jetset/ are converted to /hepevt/ and written to stdhep
#  =2 : JSFGeneratorBuf are stored to /hepevt/, then written to
#       stdhep file.


JSFWriteStdHep.ProcessID:106708
#!processid
#  ProcessID which is written to then file, when HEPEV4
#  is not prepared.
#

JSFWriteStdHep.CrossingAngle: 10.0
#!xangle

JSFWriteStdHep.FileExtentionSeparator:.0

# =============================================
# JSFHadronizer parameters
# =============================================
JSFHadronizer.Type: 2   # (1,2)=(0ld,new)
JSFHadronizer.ParameterSet: 1 # Pythia parameter set (0=default, 1=DBD standard)

###### CAUTION ################################################
# The Mh should be set consistently with ZHHBases.MassH here
# to allow Pythia to calculate branching fractions correctly!
###############################################################
JSFHadronizer.HiggsMass: 125.0    # Higgs mass for Hadronizer
#!hmass
JSFHadronizer.HiggsWidth: 0.0043  # Higgs Width for Hadronizer
#!hwidth
JSFHadronizer.LoadPythia:  0    # (0,1) = (not load, load) libPythia6.so

JSFHadronizer.ExitOnError: 0
JSFHadronizer.PrintDecayModeTable: 1
#!print_decay_mode
# 1(0) To print out (not print ) decay mode table 

# H decay mode
# mdcyh =  0;     // H --> all (default)
#       =  1;     // H --> d dbar
#       =  2;     // H --> u ubar
#       =  3;     // H --> s sbar
#       =  4;     // H --> c cbar
#       =  5;     // H --> b bbar
#       =  6;     // H --> t tbar
#       =  7;     // H --> b' b'bar
#       =  8;     // H --> t' t'bar
#       =  9;     // H --> e- e+
#       = 10;     // H --> mu- mu+
#       = 11;     // H --> tau- tau+
#       = 12;     // H --> tau'- tau'+
#       = 13;     // H --> glue glue
#       = 14;     // H --> gamma gamma
#       = 15;     // H --> gamma Z0
#       = 16;     // H --> Z0 Z0
#       = 17;     // H --> W+ W-
JSFHadronizer.DecayModeForH: 0