add_fortran_list:='(af1);
 $
vpdlist:='((11 -1));
 $
funclist:='(v_ckm cg tp dmas);
 $
fermionprog:='(sf)
 $
bosonprog:='(s11 s1 s0)
 $
propagatorl:='(sf3 sf7 sf5 s11 s1 s0 sf)
 $
ss_dmas_list:='(s1)
 $
new_const_list:='nil
 $
bound_state_vertex_list:='nil
 $
color_vertices:='nil
 $
fcolor_vertices:='nil
 $
splist:='((s11 gs) (s1 w z p) (s0 pr1 pr3 pr4 pr5 pr6 gsg h0
) (sf pr2 pr9 pr11 pr12 pr14 qt qc qu tau mu ef qb qs qd nut
numu nue) (sf5 pr13 pr16 pr19) (sf7 pr18) (sf3 pr7 pr8 pr10
pr15 pr17))
 $
spflist:='(((s11 r1 m v va) i (minus (cons v va))) ((s1 r1 m
v va) i (plus (times (dmas m 2) (cons r1 v) (cons r1 va)) (
minus (cons v va)))) ((s0 r1 m) i 1) ((sf l r1 m) i (plus (
minus (g l r1)) (minus m))))
 $
singlist:='(pr1 pr2 pr3 pr4 pr5 pr6 pr7 pr8 pr9 pr10 pr11 
pr12 pr13 pr14 pr15 pr16 pr17 pr18 pr19 gs w z p gsg h0 qb 
qs qd qt qc qu tau mu ef nut numu nue)
 $
wavefunction:='(u ub)
 $
hpsumrange:='((pa3 ef mu tau nue numu nut qd qs qb qu qc qt)
(pa2 qt qc qu qb qs qd tau mu ef) (pa5 nut numu nue qt qc qu
) (pa4 tau mu ef qb qs qd) (pa6 qu qc qt) (pa1 z p))
 $
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 $
feynmanrulelist_new:='nil;
 $
czslist:='nil;
 $
ctp_list:='(((1 ic5 ic1 ic2 ic3 ic4) (cas1 (times (cg ic1 
ic2 ic5 3) (cg ic3 ic4 ic5 3))) (cas2 (times (cg ic3 ic2 ic5
3) (cg ic4 ic1 ic5 3))) ((plus cas1 cas2) (times (cg ic2 ic4
ic5 3) (cg ic1 ic3 ic5 3)))));
 $
end;
 $