errLogMode = trace

datFile    = ./evtGenData.dat
mcFile     = ./evtGenMC.dat
#minimumTolerance = 20

name = _Xi1820
#name = Data

noOfGenEvents = 3000
#noOfGenEvents = 10000
randomSeed = 54975
#randomSeed = 46617
generateWithModel = true
#generateWithModel = false

unitInFile = GEV
orderInFile = E Px Py Pz

noOfDataEvents = 3000
ratioMcToData = 3

useDataEventWeight = false
useMCEventWeight = false

paramFile  = ./startparams.dat
mode = pwa

verbose = 1


#cloneParticle = eta etaA

finalStateParticle = Xibar+
finalStateParticle = Lambda
finalStateParticle = K-

pdgTableFile = /Particle/pdtNew.table
cacheAmps = true
pbarmom = 4.6
lmax = 1
serverPort = 22222
serverAddress = localhost
noOfClients = 2
noOfThreads = 2
evoIterations = 50
evoPopulation = 10


# Productions
production = Xi(1820)- Xibar+ BlattWBarrier
#'


#calcContribution = aMatrix0A withZeroAmp TopipiS_pion0
#calcContribution = pipiS  withZeroAmp ToaMatrix0AB
#saveContributionHistos = true

# Decays
decay = Cano  Xi(1820)- To Lambda K-

# dynamics
addDynamics = Xi(1820)- BreitWignerBlattWRel 

histMass = Lambda K-
histMass = Xibar+ Lambda
histMass = Xibar+ K-

histAngles = Xibar+ from Xibar+ Lambda K-
histAngles = Lambda from Xibar+ Lambda K-
histAngles = K- from Xibar+ Lambda K-
histAngles = K- from Lambda K-
histAngles = K- from Xibar+ K-
histAngles = Lambda from Xibar+ Lambda


##################################################
# Fixing one pbarp singlet and one triplet phase #
##################################################
mnParFix = J0P-1C1L0S0pbarpPhi
mnParFix = J0P1C1L1S1pbarpPhi

##################################################
# Fixing 14 production and decay parameters
##################################################
mnParFix = L1S1_J0P-1C1ToXi(1820)-_Xibar+Mag
mnParFix = L1S1_J0P-1C1ToXi(1820)-_Xibar+Phi
mnParFix = L2S2_J0P1C1ToXi(1820)-_Xibar+Mag
mnParFix = L2S2_J0P1C1ToXi(1820)-_Xibar+Phi
mnParFix = L1S1_J1P-1C-1ToXi(1820)-_Xibar+Mag
mnParFix = L1S1_J1P-1C-1ToXi(1820)-_Xibar+Phi
mnParFix = L0S1_J1P1C-1ToXi(1820)-_Xibar+Mag
mnParFix = L0S1_J1P1C-1ToXi(1820)-_Xibar+Phi
mnParFix = L0S1_J1P1C1ToXi(1820)-_Xibar+Mag
mnParFix = L0S1_J1P1C1ToXi(1820)-_Xibar+Phi
mnParFix = L0S2_J2P1C1ToXi(1820)-_Xibar+Mag
mnParFix = L0S2_J2P1C1ToXi(1820)-_Xibar+Phi

mnParFix = L2S1/2_Xi(1820)-ToLambda_K-Mag
mnParFix = L2S1/2_Xi(1820)-ToLambda_K-Phi

##################################################
# Fixing 6 isospin parameters
##################################################
mnParFix = Iso1J0P-1C1	
mnParFix = Iso1J0P1C1	
mnParFix = Iso1J1P-1C-1	
mnParFix = Iso1J1P1C-1	
mnParFix = Iso1J1P1C1	
mnParFix = Iso1J2P1C1

##################################################
# Fixing 0 PiPiS-wave parameters
##################################################

##################################################
# Fixing 0 KPiS-wave parameters
##################################################

##################################################
# Fixing 0 generic k-matrix parameters
##################################################

#calcContribution = J0P-1C1L0S0pbarp  withZeroAmp  J0P1C1L1S1pbarp J1P-1C-1L0S1pbarp J1P1C-1L1S0pbarp J1P1C1L1S1pbarp J2P1C1L1S1pbarp 
#calcContribution = J0P1C1L1S1pbarp  withZeroAmp  J0P-1C1L0S0pbarp J1P-1C-1L0S1pbarp J1P1C-1L1S0pbarp J1P1C1L1S1pbarp J2P1C1L1S1pbarp
#calcContribution = J1P-1C-1L0S1pbarp  withZeroAmp  J0P-1C1L0S0pbarp J0P1C1L1S1pbarp J1P1C-1L1S0pbarp J1P1C1L1S1pbarp J2P1C1L1S1pbarp
#calcContribution = J1P1C-1L1S0pbarp  withZeroAmp  J0P-1C1L0S0pbarp J0P1C1L1S1pbarp J1P-1C-1L0S1pbarp J1P1C1L1S1pbarp J2P1C1L1S1pbarp
#calcContribution = J1P1C1L1S1pbarp  withZeroAmp  J0P-1C1L0S0pbarp J0P1C1L1S1pbarp J1P-1C-1L0S1pbarp J1P1C-1L1S0pbarp J2P1C1L1S1pbarp
#calcContribution = J2P1C1L1S1pbarp  withZeroAmp  J0P-1C1L0S0pbarp J0P1C1L1S1pbarp J1P-1C-1L0S1pbarp J1P1C-1L1S0pbarp J1P1C1L1S1pbarp
#contributionError = true
#saveContributionHistos = true