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 pr15 w z p) (s0 pr1 pr2 pr4 pr9 pr14
pr17 pr20 gsg h0) (sf qt qc qu tau mu ef qb qs qd nut numu 
nue) (s5 pr19) (s4 pr18) (s3 pr16) (s2 pr3 pr5 pr6 pr7 pr8 
pr10 pr11 pr12 pr13))
 $
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 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:='(((79 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) f63)) (minus (times (cons r2 va) (cons
r2 vb) (cons vc vf) (eps r1 r2 v vd) f62)))) nil nil) ((78 
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) 
f63)) (minus (times (cons r2 va) (cons r2 vb) (cons vc vf) (
eps r1 r2 v vd) f62)))) nil nil) ((77 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) f61)) (minus (times (
cons r2 va) (cons r2 vb) (cons vc vf) (eps r1 r2 v vd) f60))
)) nil nil) ((76 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) f61)) (minus (times (cons r2 va) (cons r2 vb
) (cons vc vf) (eps r1 r2 v vd) f60)))) nil nil) ((75 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) f59))
(minus (times (cons r2 va) (cons r2 vb) (cons vc vf) (eps r1
r2 v vd) f58)))) nil nil) ((74 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) f59)) (minus (times (cons r2 va
) (cons r2 vb) (cons vc vf) (eps r1 r2 v vd) f58)))) nil nil
) ((73 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) f57)) (minus (times (cons r2 va) (cons r2 vb) (cons
vc vf) (eps r1 r2 v vd) f56)))) nil nil) ((72 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) f57)) (minus (
times (cons r2 va) (cons r2 vb) (cons vc vf) (eps r1 r2 v vd
) f56)))) nil nil) ((71 r2 vd vc vb va v) 0 ((times f55 i) (
times (cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc) (
cons r2 vd))) nil nil) ((70 r2 vd vc vb va v) 0 ((times f55
i) (times (cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc)
(cons r2 vd))) nil nil) ((69 r2 vd vc vb va v) 0 ((times f54
i) (times (cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc)
(cons r2 vd))) nil nil) ((68 r2 vd vc vb va v) 0 ((times f54
i) (times (cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc)
(cons r2 vd))) nil nil) ((67 r2 r1 vc v vb va vd) 0 (i (plus
(minus (times (cons r1 vd) (cons r2 va) (cons r2 vb) (eps r1
r2 v vc) f53)) (minus (times (cons r2 va) (cons vb vd) (eps
r1 r2 v vc) f52)))) nil nil) ((66 r2 r1 vc v vb va vd) 0 (i
(plus (minus (times (cons r1 vd) (cons r2 va) (cons r2 vb) (
eps r1 r2 v vc) f53)) (minus (times (cons r2 va) (cons vb vd
) (eps r1 r2 v vc) f52)))) nil nil) ((65 r2 vc vb va v) 0 (
f51 (times (cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc
))) nil nil) ((64 r2 vc vb va v) 0 (f51 (times (cons r2 v) (
cons r2 va) (cons r2 vb) (cons r2 vc))) nil nil) ((63 r2 vc
vb va v) 0 (f50 (times (cons r2 v) (cons r2 va) (cons r2 vb)
(cons r2 vc))) nil nil) ((62 r2 vc vb va v) 0 (f50 (times (
cons r2 v) (cons r2 va) (cons r2 vb) (cons r2 vc))) nil nil)
((61 r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons r1 vc)
(cons r2 va) (eps r1 r2 v vb) f49)) (minus (times (cons va 
vc) (eps r1 r2 v vb) f48)))) nil nil) ((60 r2 r1 vb v va vc)
0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps r1 
r2 v vb) f47)) (minus (times (cons va vc) (eps r1 r2 v vb) 
f46)))) nil nil) ((59 r2 r1 vb v va vc) 0 (1 (plus (minus (
times (cons r1 vc) (cons r2 va) (eps r1 r2 v vb) f45)) (
minus (times (cons va vc) (eps r1 r2 v vb) f44)))) nil nil)
((58 r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons r1 vc)
(cons r2 va) (eps r1 r2 v vb) f43)) (minus (times (cons va 
vc) (eps r1 r2 v vb) f42)))) nil nil) ((57 r2 r1 vb v va vc)
0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps r1 
r2 v vb) f41)) (minus (times (cons va vc) (eps r1 r2 v vb) 
f40)))) nil nil) ((56 r2 r1 vb v va vc) 0 (1 (plus (minus (
times (cons r1 vc) (cons r2 va) (eps r1 r2 v vb) f39)) (
minus (times (cons va vc) (eps r1 r2 v vb) f38)))) nil nil)
((55 r2 r1 vb v va vc) 0 (1 (plus (minus (times (cons r1 vc)
(cons r2 va) (eps r1 r2 v vb) f37)) (minus (times (cons va 
vc) (eps r1 r2 v vb) f36)))) nil nil) ((54 r2 r1 vb v va vc)
0 (1 (plus (minus (times (cons r1 vc) (cons r2 va) (eps r1 
r2 v vb) f35)) (minus (times (cons va vc) (eps r1 r2 v vb) 
f34)))) nil nil) ((53 r2 vb va v) 0 ((times f33 i) (times (
cons r2 v) (cons r2 va) (cons r2 vb))) nil nil) ((52 r2 vb 
va v) 0 ((times f33 i) (times (cons r2 v) (cons r2 va) (cons
r2 vb))) nil nil) ((51 r2 vb va v) 0 ((times f32 i) (times (
cons r2 v) (cons r2 va) (cons r2 vb))) nil nil) ((50 r2 vb 
va v) 0 ((times f32 i) (times (cons r2 v) (cons r2 va) (cons
r2 vb))) nil nil) ((49 r2 va v) 0 (f31 (times (cons r2 v) (
cons r2 va))) nil nil) ((48 r2 va v) 0 (f30 (times (cons r2
v) (cons r2 va))) nil nil) ((47 r2 va v) 0 (f29 (times (cons
r2 v) (cons r2 va))) nil nil) ((46 r2 va v) 0 (f28 (times (
cons r2 v) (cons r2 va))) nil nil) ((45 r2 va v) 0 (f27 (
times (cons r2 v) (cons r2 va))) nil nil) ((44 r2 va v) 0 (
f26 (times (cons r2 v) (cons r2 va))) nil nil) ((43 r2 va v)
0 (f25 (times (cons r2 v) (cons r2 va))) nil nil) ((42 r2 va
v) 0 (f24 (times (cons r2 v) (cons r2 va))) nil nil) ((41 r2
va v) 0 (f23 (times (cons r2 v) (cons r2 va))) nil nil) ((40
r2 va v) 0 (f22 (times (cons r2 v) (cons r2 va))) nil nil) (
(39 r2 va v) 0 (f21 (times (cons r2 v) (cons r2 va))) nil 
nil) ((38 r2 va v) 0 (f20 (times (cons r2 v) (cons r2 va)))
nil nil) ((37 r2 va v) 0 (f19 (times (cons r2 v) (cons r2 va
))) nil nil) ((36 r2 va v) 0 (f18 (times (cons r2 v) (cons 
r2 va))) nil nil) ((35 r2 va v) 0 (f17 (times (cons r2 v) (
cons r2 va))) nil nil) ((34 r2 va v) 0 (f16 (times (cons r2
v) (cons r2 va))) nil nil) ((33 r2 va v) 0 (f15 (times (cons
r2 v) (cons r2 va))) nil nil) ((32 r2 va v) 0 (f14 (times (
cons r2 v) (cons r2 va))) nil nil) ((31 r2 va v) 0 (f13 (
times (cons r2 v) (cons r2 va))) nil nil) ((30 r2 va v) 0 (
f12 (times (cons r2 v) (cons r2 va))) nil nil) ((29 r2 v) 0
((times f11 i) (cons r2 v)) nil nil) ((28 r2 v) 0 ((times 
f11 i) (cons r2 v)) nil nil) ((27 r2 v) 0 ((times f10 i) (
cons r2 v)) nil nil) ((26 r2 v) 0 ((times f10 i) (cons r2 v)
) nil nil) ((25) 0 (f9 1) nil nil) ((24) 0 (f8 1) nil nil) (
(23) 0 (f7 1) nil nil) ((22) 0 (f6 1) nil nil) ((21) 0 (f5 1
) nil nil) ((20) 0 (f5 1) nil nil) ((19) 0 (f4 1) nil nil) (
(18) 0 (f3 1) nil nil) ((17) 0 (f2 1) nil nil) ((16) 0 (f1 1
) nil nil) ((15) 0 (f1 1) nil nil) ((1 v va) 0 ((quotient i
(times 2 (expt (cos theta) 2))) (cons v va)) ((h0 z 2)) ((2)
)) ((2 v va) 0 ((quotient i 2) (cons v va)) ((h0 w 1)) ((1))
) ((3 v va) 0 ((quotient (times i wm) (expt (cos theta) 2))
(cons v va)) ((h0 z 4)) ((4))) ((4 v va) 0 ((times i wm) (
cons v va)) ((h0 w 3)) ((3))) ((5 pa1 v va vb vc) 0 (cc5 (
plus (minus (times 2 (cons v va) (cons vb vc))) (times (cons
v vb) (cons va vc)) (times (cons v vc) (cons va vb)))) ((p 6
) (z 8)) ((6 (cc5 times (expt (sin theta) 2) i)) (8 (cc5 
times (expt (cos theta) 2) i)))) ((6 v va vb vc) 0 ((times (
cos theta) (sin theta) i) (plus (minus (times 2 (cons v va)
(cons vb vc))) (times (cons v vb) (cons va vc)) (times (cons
v vc) (cons va vb)))) nil ((7))) ((7 v va vb vc) 0 (i (plus
(times 2 (cons v va) (cons vb vc)) (minus (times (cons v vb)
(cons va vc))) (minus (times (cons v vc) (cons va vb))))) 
nil ((5))) ((8 l pa1 pa3 v) 4 (2 (cc8c0 (plus (times (g l a
v) cc8c2) (times (g l v) cc8c1)) (plus (times (g l a v) 
cc8c1) (minus (times (g l a v) cc8c2)) (times (g l v) cc8c1)
(times (g l v) cc8c2))) ((z qt 43) (z qc 42) (z qu 41) (z qb
31) (z qs 30) (z qd 29) (z nut 23) (z numu 22) (z nue 21) (z
tau 14) (z mu 13) (z ef 12) (p ef 9) (p mu 10) (p tau 11) (p
qd 26) (p qs 27) (p qb 28) (p qu 38) (p qc 39) (p qt 40)) ((
9 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 minus (times (sin theta) i)
)) (10 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 minus (times (sin 
theta) i))) (11 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 minus (times
(sin theta) i))) (12 (cc8c1 plus (times 4 (expt (sin theta)
2)) (minus 1)) (cc8c2 . -1) (cc8c0 quotient i (times 4 (cos
theta)))) (13 (cc8c1 plus (times 4 (expt (sin theta) 2)) (
minus 1)) (cc8c2 . -1) (cc8c0 quotient i (times 4 (cos theta
)))) (14 (cc8c1 plus (times 4 (expt (sin theta) 2)) (minus 1
)) (cc8c2 . -1) (cc8c0 quotient i (times 4 (cos theta)))) (
21 (cc8c1 . 1) (cc8c2 . 1) (cc8c0 quotient i (times 4 (cos 
theta)))) (22 (cc8c1 . 1) (cc8c2 . 1) (cc8c0 quotient i (
times 4 (cos theta)))) (23 (cc8c1 . 1) (cc8c2 . 1) (cc8c0 
quotient i (times 4 (cos theta)))) (26 (cc8c1 . 1) (cc8c2 .
0) (cc8c0 quotient (minus (times (sin theta) i)) 3)) (27 (
cc8c1 . 1) (cc8c2 . 0) (cc8c0 quotient (minus (times (sin 
theta) i)) 3)) (28 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 quotient (
minus (times (sin theta) i)) 3)) (29 (cc8c1 plus (times 4 (
expt (sin theta) 2)) (minus 3)) (cc8c2 . -3) (cc8c0 quotient
i (times 12 (cos theta)))) (30 (cc8c1 plus (times 4 (expt (
sin theta) 2)) (minus 3)) (cc8c2 . -3) (cc8c0 quotient i (
times 12 (cos theta)))) (31 (cc8c1 plus (times 4 (expt (sin
theta) 2)) (minus 3)) (cc8c2 . -3) (cc8c0 quotient i (times
12 (cos theta)))) (38 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 
quotient (times 2 (sin theta) i) 3)) (39 (cc8c1 . 1) (cc8c2
 . 0) (cc8c0 quotient (times 2 (sin theta) i) 3)) (40 (cc8c1
 . 1) (cc8c2 . 0) (cc8c0 quotient (times 2 (sin theta) i) 3)
) (41 (cc8c1 plus (times 8 (expt (cos theta) 2)) (minus 5))
(cc8c2 . 3) (cc8c0 quotient i (times 12 (cos theta)))) (42 (
cc8c1 plus (times 8 (expt (cos theta) 2)) (minus 5)) (cc8c2
 . 3) (cc8c0 quotient i (times 12 (cos theta)))) (43 (cc8c1
plus (times 8 (expt (cos theta) 2)) (minus 5)) (cc8c2 . 3) (
cc8c0 quotient i (times 12 (cos theta))))) ((9 (cc8c1 
quotient 1 2) (cc8c2 quotient 1 2) (cc8c0 minus (times (sin
theta) i))) (10 (cc8c1 quotient 1 2) (cc8c2 quotient 1 2) (
cc8c0 minus (times (sin theta) i))) (11 (cc8c1 quotient 1 2)
(cc8c2 quotient 1 2) (cc8c0 minus (times (sin theta) i))) (
12 (cc8c1 plus (times 2 (expt (sin theta) 2)) (minus 1)) (
cc8c2 times 2 (expt (sin theta) 2)) (cc8c0 quotient i (times
4 (cos theta)))) (13 (cc8c1 plus (times 2 (expt (sin theta)
2)) (minus 1)) (cc8c2 times 2 (expt (sin theta) 2)) (cc8c0 
quotient i (times 4 (cos theta)))) (14 (cc8c1 plus (times 2
(expt (sin theta) 2)) (minus 1)) (cc8c2 times 2 (expt (sin 
theta) 2)) (cc8c0 quotient i (times 4 (cos theta)))) (21 (
cc8c1 . 1) (cc8c2 . 0) (cc8c0 quotient i (times 4 (cos theta
)))) (22 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 quotient i (times 4
(cos theta)))) (23 (cc8c1 . 1) (cc8c2 . 0) (cc8c0 quotient i
(times 4 (cos theta)))) (26 (cc8c1 quotient 1 2) (cc8c2 
quotient 1 2) (cc8c0 quotient (minus (times (sin theta) i))
3)) (27 (cc8c1 quotient 1 2) (cc8c2 quotient 1 2) (cc8c0 
quotient (minus (times (sin theta) i)) 3)) (28 (cc8c1 
quotient 1 2) (cc8c2 quotient 1 2) (cc8c0 quotient (minus (
times (sin theta) i)) 3)) (29 (cc8c1 plus (times 2 (expt (
sin theta) 2)) (minus 3)) (cc8c2 times 2 (expt (sin theta) 2
)) (cc8c0 quotient i (times 12 (cos theta)))) (30 (cc8c1 
plus (times 2 (expt (sin theta) 2)) (minus 3)) (cc8c2 times
2 (expt (sin theta) 2)) (cc8c0 quotient i (times 12 (cos 
theta)))) (31 (cc8c1 plus (times 2 (expt (sin theta) 2)) (
minus 3)) (cc8c2 times 2 (expt (sin theta) 2)) (cc8c0 
quotient i (times 12 (cos theta)))) (38 (cc8c1 quotient 1 2)
(cc8c2 quotient 1 2) (cc8c0 quotient (times 2 (sin theta) i)
3)) (39 (cc8c1 quotient 1 2) (cc8c2 quotient 1 2) (cc8c0 
quotient (times 2 (sin theta) i) 3)) (40 (cc8c1 quotient 1 2
) (cc8c2 quotient 1 2) (cc8c0 quotient (times 2 (sin theta)
i) 3)) (41 (cc8c1 plus (times 4 (expt (cos theta) 2)) (minus
1)) (cc8c2 plus (times 4 (expt (cos theta) 2)) (minus 4)) (
cc8c0 quotient i (times 12 (cos theta)))) (42 (cc8c1 plus (
times 4 (expt (cos theta) 2)) (minus 1)) (cc8c2 plus (times
4 (expt (cos theta) 2)) (minus 4)) (cc8c0 quotient i (times
12 (cos theta)))) (43 (cc8c1 plus (times 4 (expt (cos theta)
2)) (minus 1)) (cc8c2 plus (times 4 (expt (cos theta) 2)) (
minus 4)) (cc8c0 quotient i (times 12 (cos theta)))))) (((z
pa6)) 1 ((quotient i (times 12 (cos theta))) (plus (times 3
(g l a v)) (times 8 (g l v) (expt (cos theta) 2)) (minus (
times 5 (g l v))))) ((z qt 43) (z qt 43) (z qt 43))) (((z 
pa4)) 2 (cc8c0 (plus (times (g l a v) cc8c2) (times (g l v)
cc8c1)) (plus (minus (times 2 (g l a v) (expt (sin theta) 2)
)) (times (g l a v) cc8c1) (times 2 (g l v) (expt (sin theta
) 2)) (times (g l v) cc8c1))) ((z qb 31) (z qb 31) (z qb 31)
(z qb 31) (z qb 31) (z qb 31)) ((31 (cc8c1 plus (times 2 (
expt (sin theta) 2)) (minus 3)) (cc8c0 quotient i (times 12
(cos theta)))) (30 (cc8c1 plus (times 2 (expt (sin theta) 2)
) (minus 3)) (cc8c0 quotient i (times 12 (cos theta)))) (29
(cc8c1 plus (times 2 (expt (sin theta) 2)) (minus 3)) (cc8c0
quotient i (times 12 (cos theta)))) (14 (cc8c1 plus (times 2
(expt (sin theta) 2)) (minus 1)) (cc8c0 quotient i (times 4
(cos theta)))) (13 (cc8c1 plus (times 2 (expt (sin theta) 2)
) (minus 1)) (cc8c0 quotient i (times 4 (cos theta)))) (12 (
cc8c1 plus (times 2 (expt (sin theta) 2)) (minus 1)) (cc8c0
quotient i (times 4 (cos theta)))))) (((p pa2) (p pa4) (p 
pa3)) 1 (cc8c0 (g l v)) ((p qt 40) (p qt 40) (p qt 40) (p qt
40) (p qt 40) (p qt 40) (p qt 40) (p qt 40) (p qt 40))) (((p
pa5) (p pa6)) 1 ((quotient (times 2 (sin theta) i) 3) (g l v
)) ((p qt 40) (p qt 40) (p qt 40)))) ((9 l pa5 pa4 v) 1 ((
quotient (times (sqrt 2) i) 4) (plus (g l a v) (g l v))) ((
nut tau 15) (numu mu 16) (nue ef 17) (qt qb 32) (qc qs 33) (
qu qd 34)) ((15) (16) (17) (32) (33) (34))) ((10 l pa4 pa5 v
) 1 ((quotient (times (sqrt 2) i) 4) (plus (g l a v) (g l v)
)) ((qd qu 37) (qs qc 36) (qb qt 35) (ef nue 20) (mu numu 19
) (tau nut 18)) ((18) (19) (20) (35) (36) (37))) ((11 pa1 v
va vb r1 r2 r3) 0 (cc11 (plus (minus (times (cons r1 v) (
cons va vb))) (times (cons r1 vb) (cons v va)) (times (cons
r2 v) (cons va vb)) (minus (times (cons r2 va) (cons v vb)))
(times (cons r3 va) (cons v vb)) (minus (times (cons r3 vb)
(cons v va))))) ((p 24) (z 25)) ((24 (cc11 times (sin theta)
i)) (25 (cc11 times (cos theta) i)))) ((12 l pa2) 1 (cc12c0
1) ((qt 54) (qc 53) (qu 52) (qb 51) (qs 50) (qd 49) (tau 46)
(mu 45) (ef 44)) ((44 (cc12c0 quotient (times fme i) (times
2 wm))) (45 (cc12c0 quotient (times fmmu i) (times 2 wm))) (
46 (cc12c0 quotient (times fmtau i) (times 2 wm))) (49 (
cc12c0 quotient (times fmd i) (times 2 wm))) (50 (cc12c0 
quotient (times fms i) (times 2 wm))) (51 (cc12c0 quotient (
times fmb i) (times 2 wm))) (52 (cc12c0 quotient (times fmu
i) (times 2 wm))) (53 (cc12c0 quotient (times fmc i) (times
2 wm))) (54 (cc12c0 quotient (times fmt i) (times 2 wm)))))
((13) 0 ((quotient (minus (times 3 (expt hm 2) i)) (times 4
(expt wm 2))) 1) nil ((47))) ((14) 0 ((quotient (minus (
times 3 (expt hm 2) i)) (times 2 wm)) 1) nil ((48))));
 $
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;
 $