%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%    genr8 input file usage: 
%
%            genr8 -M100 -Aoutput.ascii -n < reaction.input
%
% Example: gamma p -> n X(1600)          (All decays are isotropic)
%                       X -> eta pi+ pi+ pi- 
%                                eta ->2gamma
%
%  hint: use "-n" flag to actually print the particle names in the
%        the output for viewing/debuging, but remember not to use "-n" 
%        for data that is used as input to HDFast.
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
%
% Any number of blank spaces ( NO TABS!!!) 
% can be used between input values in an input line.
%
%%%%%%%%%%%%%%%%% Start Input Values %%%%%%%%%%%%%%%%%%%%
% beamp.x beamp.y beamp.z beamMass  
0 0 9.0 0
% targetp.x targetp.y targetp.z targetMass
0 0 0 0.938
% t-channelSlope
      5.0
% number of particles needed to describe the isobar decay of X
6
%   
% particle# 0&1 are always the X&Y 
%part#  chld1#  chld2#  parent# Id     nchild   mass    width   charge  flag
% baryon (Y) decay
 0       *      *       *      14       0       0.938     0.0     +1     11  
% meson (X) decay
 1       2      3       *       33      2       0.78265  0.0002    0     00
 2       4      5       1       7       2       0.134    0         0     01
 3       *      *       1       1       0       0        0         0     10
 4       *      *       2       1       0       0        0         0     10
 5       *      *       2       1       0       0        0         0     10
!EOI
%%%%%%%%%%%%%%%%%%%%% End Input Values %%%%%%%%%%%%%%%%%%%%%%%
% for narrow widths particles(stable to strong interactions) 
%  set width to zero (i.e. eta, pi's).
%
%flag 00 =isobar or resonace
%flag  01 = production particle that decays i.e. eta, pizero ..
%flag  11 = production particle that does not decay i.e. piplus,...
%flag  10 = final state particle not in production i.e. gamma
%
%
%  Particle Id information defined in particleType.h
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
% These constants are defined to be same as GEANT.  
% See http://wwwcn.cern.ch/asdoc/geant/H2GEANTCONS300.html
% for more details.
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%
%  Unknown        =  0,
%  Gamma          =  1,
%  Positron       =  2,
%  Electron       =  3,
%  Neutrino       =  4,
%  MuonPlus       =  5,
%  MuonMinus      =  6,
%  Pi0            =  7,
%  PiPlus         =  8,
%  PiMinus        =  9,
%  KLong          = 10,
%  KPlus          = 11,
%  KMinus         = 12,
%  Neutron        = 13,
%  Proton         = 14,
%  AntiProton     = 15,
%  KShort         = 16,
%  Eta            = 17,
%  Lambda         = 18,
%  SigmaPlus      = 19,
%  Sigma0         = 20,
%  SigmaMinus     = 21,
%  Xi0            = 22,
%  XiMinus        = 23,
%  OmegaMinus     = 24,
%  AntiNeutron    = 25,
%  AntiLambda     = 26,
%  AntiSigmaMinus = 27,
%  AntiSigma0     = 28,
%  AntiSigmaPlus  = 29,
%  AntiXi0        = 30,
%  AntiXiPlus     = 31,
%  AntiOmegaPlus  = 32,
%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%  
%%%% extra constants not defined by GEANT 
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%% 
%  Rho0           = 57,
%  RhoPlus        = 58,
%  RhoMinus       = 59,
%  omega          = 60,
%  EtaPrime       = 61,
%  phiMeson       = 62
%
%