pbarpToOmegaPi.setup

# 
# a comment in a sample setup file
#

# {} marks a decay chain
{ ppbar -> {partB -> myPi+, pi-} , {partC -> partD, partE} }
{ ppbar -> {partB -> myPi+, pi-} , {partX -> partD, partE} }
{ ppbar -> {partB -> myPi+, pi-} , {partY -> partD, partE} }
{ ppbar -> {partB -> myPi+, pi-} , {partZ -> partD, partE} }


# set properties of initial state: L, M = Lz, 
initialProperties L=0,5 M=1,-1 

# define what should be varied in the fit: width, mass, amplitude, phase
fitVariables partB(amplitude, phase, mass) partC(amplitude, phase, width, mass)

# define a new particle in the syntax used in our pdt table
#            type name          texName    3*Q 2*J P  C  G   I  I3 S  C  mass   width dynFuntion      [comment]  
addParticle Meson partC(1270) 	partC(1270)  0  2 -1 -1  1   1  0  0  0  1.270  0.300 relBW           [glueball? hybrid?]

# derive a new particle from an existing one and modify it: mass, width, JPC, dynFunction
cloneParticle myPi+ pi+
modParticle myPi+ mass=142.3+0.5-0.4

# define the columns in the input tuples
defineTuple myPi+ pi- partD partE

# set one or more input files for beam and mc data
#beamInput /home/bertram/PawianGit/Pawian/Examples/pbarpToOmegaPi/data/510_0600.dat
beamInput /home/bertram/PawianGit/Pawian/Examples/pbarpToOmegaPi/data/510_1940.dat

# beamInput beam2.root
# beamInput beam3.root beam4.root

#mcInput /home/bertram/PawianGit/Pawian/Examples/pbarpToOmegaPi/data/mc510_0600.dat
mcInput /home/bertram/PawianGit/Pawian/Examples/pbarpToOmegaPi/data/mc510_1940.dat