add_fortran_list:='(af1);
 $
vpdlist:='((11 -1));
 $
funclist:='(v_ckm cg tp dmas);
 $
fermionprog:='(sf)
 $
bosonprog:='(s11 s1 s0)
 $
propagatorl:='(s2 s3 s4 s5 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 pr25 w z p) (s0 pr1 pr2 pr4 pr9 pr14
pr16 pr18 pr21 pr23 pr27 pr30 gsg h0) (sf qt qc qu tau mu ef
qb qs qd nut numu nue) (s5 pr29) (s4 pr15 pr20 pr28) (s3 
pr26) (s2 pr3 pr5 pr6 pr7 pr8 pr10 pr11 pr12 pr13 pr17 pr19
pr22 pr24))
 $
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 pr20 pr21 pr22 pr23
pr24 pr25 pr26 pr27 pr28 pr29 pr30 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))
 $
feynmanrulelist:='(((174 r1 r2 vf v vd vc vb va) 0 (f176 (
minus (times (cons r2 va) (cons r2 vb) (cons r2 vc) (cons r2
vd) (eps r1 r2 v vf)))) nil nil) ((173 r1 r2 vf v vd vc vb 
va) 0 (f176 (minus (times (cons r2 va) (cons r2 vb) (cons r2
vc) (cons r2 vd) (eps r1 r2 v vf)))) nil nil) ((172 r2 r1 vd
v vc vb va vf) 0 (1 (plus (minus (times (cons r1 vf) (cons 
r2 va) (cons r2 vb) (cons r2 vc) (eps r1 r2 v vd) f175)) (
minus (times (cons r2 va) (cons r2 vb) (cons vc vf) (eps r1
r2 v vd) f174)))) nil nil) ((171 r2 r1 vd v vc vb va vf) 0 (
1 (plus (minus (times (cons r1 vf) (cons r2 va) (cons r2 vb)
(cons r2 vc) (eps r1 r2 v vd) f173)) (minus (times (cons r2
va) (cons r2 vb) (cons vc vf) (eps r1 r2 v vd) f172)))) nil
nil) ((170 r2 r1 vd v vc vb va vf) 0 (1 (plus (minus (times
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r2 v vd) f171)) (minus (times (cons r2 va) (cons r2 vb) (
cons vc vf) (eps r1 r2 v vd) f170)))) nil nil) ((169 r2 r1 
vd v vc vb va vf) 0 (1 (plus (minus (times (cons r1 vf) (
cons r2 va) (cons r2 vb) (cons r2 vc) (eps r1 r2 v vd) f171)
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r1 r2 v vd) f170)))) nil nil) ((168 r2 r1 vd v vc vb va vf)
0 (1 (plus (minus (times (cons r1 vf) (cons r2 va) (cons r2
vb) (cons r2 vc) (eps r1 r2 v vd) f169)) (minus (times (cons
r2 va) (cons r2 vb) (cons vc vf) (eps r1 r2 v vd) f168)))) 
nil nil) ((167 r2 r1 vd v vc vb va vf) 0 (1 (plus (minus (
times (cons r1 vf) (cons r2 va) (cons r2 vb) (cons r2 vc) (
eps r1 r2 v vd) f167)) (minus (times (cons r2 va) (cons r2 
vb) (cons vc vf) (eps r1 r2 v vd) f166)))) nil nil) ((166 r2
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vb) (cons vc vf) (eps r1 r2 v vd) f160)))) nil nil) ((163 r2
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cons r2 va) (cons r2 vb) (cons r2 vc) (eps r1 r2 v vd) f159)
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r1 r2 v vd) f152)))) nil nil) ((156 r2 r1 vd v vc vb va vf)
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r1 r2 v vd) f150)))) nil nil) ((153 r2 r1 vd v vc vb va vf)
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va vd) 0 (i (plus (minus (times (cons r1 vd) (cons r2 va) (
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r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons r1 vc) (
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vc) (eps r1 r2 v vb) f113)))) nil nil) ((120 r2 r1 vb v va 
vc) 0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps
r1 r2 v vb) f112)) (minus (times (cons va vc) (eps r1 r2 v 
vb) f111)))) nil nil) ((119 r2 r1 vb v va vc) 0 (1 (plus (
minus (times (cons r1 vc) (cons r2 va) (eps r1 r2 v vb) f110
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nil) ((118 r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons
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cons va vc) (eps r1 r2 v vb) f107)))) nil nil) ((117 r2 r1 
vb v va vc) 0 (1 (plus (minus (times (cons r1 vc) (cons r2 
va) (eps r1 r2 v vb) f106)) (minus (times (cons va vc) (eps
r1 r2 v vb) f105)))) nil nil) ((116 r2 r1 vb v va vc) 0 (1 (
plus (minus (times (cons r1 vc) (cons r2 va) (eps r1 r2 v vb
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minus (times (cons va vc) (eps r1 r2 v vb) f95)))) nil nil)
((111 r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons r1 vc
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) 0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps r1
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vc) (eps r1 r2 v vb) f87)))) nil nil) ((107 r2 r1 vb v va vc
) 0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps r1
r2 v vb) f86)) (minus (times (cons va vc) (eps r1 r2 v vb) 
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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;
 $