% Please revise the following items when a new process is created. algebraic; model_home:='"~fdc96/model/smu_cp1/"; rocess_name:='"$e^+ e^- \rightarrow \psi^\prime \rightarrow J/\psi \pi^+ \pi^-$"; process_author:='"Jian-xiong Wang"; process_time:='"Nov. 15, 2003"; namel:='(ef efb jpsi pis pisb)$ inpl:='(1 1 -1 -1 -1)$ ncolor:='1$ % n_background:='5; % nv_fix:='(20); % resonance_diag_only:='1; change_parameters:='( ); input_list:='( (ec 3.686) %center mass energy (acc1 0.01) %acurcy of grid optimization in bases (acc2 0.01) %acurcy of integration in bases (itmx1 20) %number of iteration for grid optimization (itmx2 20) %number of iteration for integration (ncall 40000) %number of sample point in each iteration. (mxdim 50) %number of maxium integration dimension. % (pr1m 1.9) (akapa 1.0) (mc_num 26830) (da_num 26830) (iter 1000) ); %approximation_rules:={fme=>0,f73=>0,f74=>0}; mass_drop_list:='((fme 0)); histograms:={ {1,sqrts(p3,p4),50,"M(J/[y] and [p]^-!)"}, {2,sqrts(p3,p5),50,"M(J/[y] and [p]^+!)"}, {3,sqrts(p4,p5),50,"M([p]^-! and [p]^!)"}, {4,wcos(p3+p4,z),50,"cos of (P([p]^+!)+P([p]^-!) and beam"}, {5,wcos_lorentz(p3,p5,p3+p4),50,"cos ofJ/[y] and [p]^+! in CMS of J/[y] and [p]^-!"}, {6,wcos_lorentz(p3,p4,p3+p5),50,"cos ofJ/[y] and [p]^-! in CMS of J/[y] and [p]^+!"}, {7,wcos_lorentz(p3,p4,p4+p5),50,"cos ofJ/[y] and [p]^-! in CMS of [p]^-! and [p]^+!"} }; scatters:={ {1,s(p3,p4),s(p3,p5),30,30,0,16,0,16,"Daliz plot of S34, S35"}, {2,s(p3,p4),s(p4,p5),30,30,0,16,0,16,"Daliz plot of S34, S45"} % {3,s(p3,p5),s(p4,p5),30,30,0,16,0,16,"Daliz plot of S34, S45"} }; corelation:='( (a3tsign p4 p5 "cp by sign((p4_z-p5_z)*(p4xp5)_z)") (a3sign p1 p4 p5 "measurement of cp by sign((p1 x p4) . p5)") (a2sign p4 p5 "measurement of cpt by sign(p4-p5) ") ); mkfit:='yes; end;