forked from Expander/FlexibleSUSY
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mssm_twoloophiggs_impl.f
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mssm_twoloophiggs_impl.f
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c
c Two-loop O(a_t^2 + at ab + ab^2) corrections to the Higgs masses
c and to the minimization conditions of the effective potential.
c Written by P. Slavich (e-mail: slavich@mppmu.mpg.de).
c Based on A. Dedes, G. Degrassi and P. Slavich, hep-ph/0305127.
c
c Last update: 17/09/2003: error corrected in F1q, F6q and FAq;
c optimization: calls to makederiv reduced to 2
c 20/07/2003: routines optimized, bug for mu<0 corrected
c
c I/O PARAMETERS:
c t = m_top^2, b = m_bot^2, A0 = m_A^2, T1 = m_stop1^2, T2 =
C m_stop2^2,
c B1 = m_sbot1^2, B2 = m_sbot2^2, st = sin(theta_stop),
c ct = cos(theta_stop), sb = sin(theta_sbot), cb = cos(theta_sbot),
c q = Q^2 (ren. scale), mu = Higgs mixing parameter, tanb = tan(beta
C ),
c vv = v^2,
c Sij = 2-loop corrections to the CP-even Higgs mass matrix elements
C ,
c Si = 1/vi*dVeff/dvi = 2-loop corrections to the Higgs tadpoles,
c DMA = 2-loop corrections to the CP-odd Higgs mass.
c
c Notice: we assume that the 1-loop part is computed in terms of
c running (DRbar) parameters, evaluated at the scale Q. The
c parameters in the bottom/sbottom sector should be computed
c in term of the "resummed" bottom Yukawa coupling.
c
c
subroutine DDSHiggs(t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv,
$ S11,S12,S22)
implicit none
double precision t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv,S11
$ ,S12,S22
double precision c2t,s2t,c2b,s2b,At,Ab,Xt,Xb,mt,mb,cbe,sbe,ht,hb
$ ,pi,k
double precision F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb
$ ,FAp
double precision, parameter :: eps_st = 1d-5
double precision, parameter :: eps_t1 = 1d-5
double precision, parameter :: eps_sb = 1d-5
double precision, parameter :: eps_b1 = 1d-5
pi = 3.14159265897d0
mt = dsqrt(t)
mb = dsqrt(b)
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(st).lt.eps_st) then
if (st.ge.0.0d0) then
st = eps_st
else
st = -eps_st
endif
endif
ct = sqrt(1.d0-st*st)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when T1 == T2
if (dabs((T1-T2)/T1).lt.eps_t1) then
if (T1.gt.T2) then
T1 = T2 / (1d0 - eps_t1)
else
T1 = T2 / (1d0 + eps_t1)
endif
endif
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(sb).lt.eps_sb) then
if (sb.ge.0.0d0) then
sb = eps_sb
else
sb = -eps_sb
endif
endif
cb = sqrt(1.d0-sb*sb)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when B1 == B2
if (dabs((B1-B2)/B1).lt.eps_b1) then
if (B1.gt.B2) then
B1 = B2 / (1d0 - eps_b1)
else
B1 = B2 / (1d0 + eps_b1)
endif
endif
c end of addition by ALEX
s2t = 2d0*ct*st
s2b = 2d0*cb*sb
c2t = ct**2 - st**2
c2b = cb**2 - sb**2
Xt = (T1-T2)*s2t/2d0/mt
Xb = (B1-B2)*s2b/2d0/mb
At = Xt - mu/tanb
Ab = Xb - mu*tanb
sbe = dsin(datan(tanb))
cbe = dcos(datan(tanb))
ht = dsqrt(2d0/vv)*mt/sbe
hb = dsqrt(2d0/vv)*mb/cbe
k = 3d0/(16d0*Pi**2)**2
call makefuncs(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb,
$ F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb,FAp)
S11 = .5d0*ht**2*mu**2*s2t**2*F3t
$ + 2d0*hb**2*mb**2*F1b + 2d0*hb**2*Ab*mb*s2b*F2b
$ + .5d0*hb**2*Ab**2*s2b**2*F3b
$ + 2d0*hb*ht*mb*mu*s2t*F4t + ht*hb*mu*Ab*s2t*s2b*F5
S12 = ht**2*mu*mt*s2t*F2t + .5d0*ht**2*At*mu*s2t**2*F3t
$ +hb**2*mu*mb*s2b*F2b + .5d0*hb**2*Ab*mu*s2b**2*F3b
$ +ht*hb*mb*At*s2t*F4t + hb*ht*mt*Ab*s2b*F4b
$ +.5d0*ht*hb*s2t*s2b*(At*Ab+mu**2)*F5
$ +2d0*ht*hb*mt*mb*F6
S22 = .5d0*hb**2*mu**2*s2b**2*F3b
$ + 2d0*ht**2*mt**2*F1t + 2d0*ht**2*At*mt*s2t*F2t
$ + .5d0*ht**2*At**2*s2t**2*F3t
$ + 2d0*ht*hb*mt*mu*s2b*F4b + hb*ht*mu*At*s2b*s2t*F5
S11 = k*S11
S12 = k*S12
S22 = k*S22
return
end
*
***********************************************************************
*
subroutine DDSodd(t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv,
$ DMA)
implicit none
double precision t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv,DMA
double precision c2t,s2t,c2b,s2b,At,Ab,Xt,Xb,mt,mb,cbe,sbe,ht,hb
$ ,pi,k
double precision F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb
$ ,FAp
double precision, parameter :: eps_st = 1d-5
double precision, parameter :: eps_t1 = 1d-5
double precision, parameter :: eps_sb = 1d-5
double precision, parameter :: eps_b1 = 1d-5
pi = 3.14159265897d0
mt = dsqrt(t)
mb = dsqrt(b)
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(st).lt.eps_st) then
if (st.ge.0.0d0) then
st = eps_st
else
st = -eps_st
endif
endif
ct = sqrt(1.d0-st*st)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when T1 == T2
if (dabs((T1-T2)/T1).lt.eps_t1) then
if (T1.gt.T2) then
T1 = T2 / (1d0 - eps_t1)
else
T1 = T2 / (1d0 + eps_t1)
endif
endif
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(sb).lt.eps_sb) then
if (sb.ge.0.0d0) then
sb = eps_sb
else
sb = -eps_sb
endif
endif
cb = sqrt(1.d0-sb*sb)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when B1 == B2
if (dabs((B1-B2)/B1).lt.eps_b1) then
if (B1.gt.B2) then
B1 = B2 / (1d0 - eps_b1)
else
B1 = B2 / (1d0 + eps_b1)
endif
endif
c end of addition by ALEX
s2t = 2d0*ct*st
s2b = 2d0*cb*sb
c2t = ct**2 - st**2
c2b = cb**2 - sb**2
Xt = (T1-T2)*s2t/2d0/mt
Xb = (B1-B2)*s2b/2d0/mb
At = Xt - mu/tanb
Ab = Xb - mu*tanb
sbe = dsin(datan(tanb))
cbe = dcos(datan(tanb))
ht = dsqrt(2d0/vv)*mt/sbe
hb = dsqrt(2d0/vv)*mb/cbe
k = 3d0/(16d0*Pi**2)**2
call makefuncs(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb,
$ F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb,FAp)
DMA = -(ht**2*mu*At/(T1-T2)*Ft + hb**2*mu*Ab/(B1-B2)*Fb
$ + 2d0*ht*hb*FAp)/sbe/cbe
DMA = k*DMA
return
end
*
***********************************************************************
*
subroutine DDStad(t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv,
$ S1,S2)
implicit none
double precision t,b,A0,T1,T2,B1,B2,st,ct,sb,cb,q,mu,tanb,vv
double precision c2t,s2t,c2b,s2b,At,Ab,Xt,Xb,mt,mb,cbe,sbe,pi,k
double precision F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb
$ ,FAp
double precision v1,v2,S1,S2
double precision, parameter :: eps_st = 1d-10
double precision, parameter :: eps_t1 = 1d-8
double precision, parameter :: eps_sb = 1d-10
double precision, parameter :: eps_b1 = 1d-8
pi = 3.14159265897d0
mt = dsqrt(t)
mb = dsqrt(b)
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(st).lt.eps_st) then
if (st.ge.0.0d0) then
st = eps_st
else
st = -eps_st
endif
endif
ct = sqrt(1.d0-st*st)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when T1 == T2
if (dabs((T1-T2)/T1).lt.eps_t1) then
if (T1.gt.T2) then
T1 = T2 / (1d0 - eps_t1)
else
T1 = T2 / (1d0 + eps_t1)
endif
endif
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when sin theta is zero!
if (dabs(sb).lt.eps_sb) then
if (sb.ge.0.0d0) then
sb = eps_sb
else
sb = -eps_sb
endif
endif
cb = sqrt(1.d0-sb*sb)
c end of addition by ALEX
c ADDED by ALEX: guards against NANs when B1 == B2
if (dabs((B1-B2)/B1).lt.eps_b1) then
if (B1.gt.B2) then
B1 = B2 / (1d0 - eps_b1)
else
B1 = B2 / (1d0 + eps_b1)
endif
endif
c end of addition by ALEX
s2t = 2d0*ct*st
s2b = 2d0*cb*sb
c2t = ct**2 - st**2
c2b = cb**2 - sb**2
Xt = (T1-T2)*s2t/2d0/mt
Xb = (B1-B2)*s2b/2d0/mb
At = Xt - mu/tanb
Ab = Xb - mu*tanb
sbe = dsin(datan(tanb))
cbe = dcos(datan(tanb))
k = 3d0/(16d0*Pi**2)**2
call makefuncs(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb,
$ F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb,FAp)
v1 = Sqrt(vv)*cbe
v2 = Sqrt(vv)*sbe
S1 = mt*mu/tanb*s2t*Ft + mb*Ab*s2b*Fb + 2d0*mb**2*Gb
S2 = mb*mu*tanb*s2b*Fb + mt*At*s2t*Ft + 2d0*mt**2*Gt
S1 = k*S1/v1**2
S2 = k*S2/v2**2
return
end
*
***********************************************************************
*
subroutine makefuncs(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,
$ q,mu,vv,tanb,F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,
$ Ft,Fb,Gt,Gb,FAp)
implicit none
double precision t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb,
$ F1t,F2t,F3t,F4t,F1b,F2b,F3b,F4b,F5,F6,Ft,Fb,Gt,Gb,FAp
double precision D1t,DT1,DT2,Dc2t,DT1T1,DT2T2,Dtt,Dc2tc2t,DT1t
$ ,DT2t,DT1T2,Dtc2t,DT1c2t,DT2c2t,Dtb,DT1b,DT2b,DB1t,DB2t,DT1B1
$ ,DT2B1,DT1B2,DT2B2,Dbc2t,DB1c2t,DB2c2t,DT1c2b,DT2c2b,Dc2tc2b
$ ,Dcptpb,Dcpttptb,Dcpbptt,Dcptptb,Dcptmptt,Dcpbmptb
$ ,Dspbmptbspbptt,Dsptmpttsptptb,Dsptmpttspbmptb
common/listderiv/D1t,DT1,DT2,Dc2t,DT1T1,DT2T2,
$ Dtt,Dc2tc2t,DT1t,DT2t,DT1T2,
$ Dtc2t,DT1c2t,DT2c2t,Dtb,DT1b,DT2b,DB1t,DB2t,DT1B1,DT2B1,
$ DT1B2,DT2B2,Dbc2t,DB1c2t,DB2c2t,DT1c2b,DT2c2b,Dc2tc2b,
$ Dcptpb,Dcpttptb,Dcpbptt,Dcptptb,Dcptmptt,Dcpbmptb,
$ Dspbmptbspbptt,Dsptmpttsptptb,Dsptmpttspbmptb
double precision D1b,DB1,DB2,Dc2b,DB1B1,DB2B2,Dbb,Dc2bc2b,DB1b
$ ,DB2b,DB1B2,Dbc2b,DB1c2b,DB2c2b,Dtc2b
double precision Xt,Xb,At,Ab
call makederiv(b,t,A0,B1,B2,T1,T2,s2b,c2b,s2t,c2t,
$ q,mu,vv,1d0/tanb)
D1b = D1t
DB1 = DT1
DB2 = DT2
Dc2b = Dc2t
DB1B1 = DT1T1
DB2B2 = DT2T2
Dbb = Dtt
Dc2bc2b = Dc2tc2t
DB1b = DT1t
DB2b = DT2t
DB1B2 = DT1T2
Dbc2b = Dtc2t
DB1c2b = DT1c2t
DB2c2b = DT2c2t
Dtc2b = Dbc2t
call makederiv(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb)
F1t = Dtt + DT1T1 + DT2T2 + 2d0*(DT1t + DT2t + DT1T2)
$ +(Dcptpb + Dcptmptt + Dcptptb - 2d0*Dsptmpttsptptb)
$ /4d0/t**2
F2t = DT1T1 - DT2T2 + DT1t - DT2t
$ -4d0*c2t**2/(T1-T2)*(Dtc2t + DT1c2t + DT2c2t)
$ -(Dcptmptt - Dsptmpttsptptb)/s2t**2/t/(T1-T2)
F3t = DT1T1 + DT2T2 - 2d0*DT1T2
$ - 2d0/(T1-T2)*(DT1-DT2)
$ + 16d0*c2t**2/(T1-T2)**2*(c2t**2*Dc2tc2t + 2d0*Dc2t)
$ -8d0*c2t**2/(T1-T2)*(DT1c2t-DT2c2t)
$ + 4d0/s2t**4.0d0/(T1-T2)**2*(Dcptmptt + Dcpbptt + Dcpttptb)
F4t = DT1b + DT1B1 + DT1B2 - DT2b - DT2B1 - DT2B2
$ -4d0*c2t**2/(T1-T2)*(DB1c2t + DB2c2t + Dbc2t)
$ -(Dcpbptt + Dsptmpttspbmptb - Dspbmptbspbptt)
$ /b/s2t**2/(T1-T2)
F1b = Dbb + DB1B1 + DB2B2 + 2d0*(DB1b + DB2b + DB1B2)
$ +(Dcptpb + Dcpbmptb + Dcpbptt - 2d0*Dspbmptbspbptt)
$ /4d0/b**2
F2b = DB1B1 - DB2B2 + DB1b - DB2b
$ -4d0*c2b**2/(B1-B2)*(Dbc2b + DB1c2b + DB2c2b)
$ -(Dcpbmptb - Dspbmptbspbptt)/s2b**2/b/(B1-B2)
F3b = DB1B1 + DB2B2 - 2d0*DB1B2
$ - 2d0/(B1-B2)*(DB1-DB2)
$ + 16d0*c2b**2/(B1-B2)**2*(c2b**2*Dc2bc2b + 2d0*Dc2b)
$ -8d0*c2b**2/(B1-B2)*(DB1c2b-DB2c2b)
$ + 4d0/s2b**4.0d0/(B1-B2)**2*(Dcpbmptb + Dcptptb + Dcpttptb)
F4b = DB1t + DT1B1 - DT1B2 - DB2t + DT2B1 - DT2B2
$ -4d0*c2b**2/(B1-B2)*(DT1c2b + DT2c2b + Dtc2b)
$ -(Dcptptb + Dsptmpttspbmptb - Dsptmpttsptptb)
$ /t/s2b**2/(B1-B2)
F5 = DT1B1 - DT1B2 - DT2B1 + DT2B2
$ + 16d0*c2t**2*c2b**2/(T1-T2)/(B1-B2)*Dc2tc2b
$ - 4d0*c2t**2/(T1-T2)*(DB1c2t-DB2c2t)
$ - 4d0*c2b**2/(B1-B2)*(DT1c2b-DT2c2b)
$ - 4d0/s2b**2/s2t**2/(T1-T2)/(B1-B2)*
$ (Dcpttptb-Dsptmpttspbmptb + Dspbmptbspbptt + Dsptmpttsptptb)
F6 = Dtb + DT1b + DT2b + DB1t + DB2t
$ + DT1B1 + DT1B2 + DT2B1 + DT2B2
$ -(Dcptpb - Dsptmpttspbmptb)/4d0/b/t
Ft = DT1 - DT2 - 4d0*c2t**2/(T1-T2)*Dc2t
Gt = D1t + DT1 + DT2
Fb = DB1 - DB2 - 4d0*c2b**2/(B1-B2)*Dc2b
Gb = D1b + DB1 + DB2
Xt = (T1-T2)*s2t/2d0/sqrt(t)
Xb = (B1-B2)*s2b/2d0/sqrt(b)
At = Xt - mu/tanb
Ab = Xb - mu*tanb
FAp = Dcptpb/4d0/Sqrt(b)/Sqrt(t)
$ +4d0*(At*Ab - mu**2)**2*Sqrt(t)*Sqrt(b)
$ /s2t**2/s2b**2/(T1-T2)**2/(B1-B2)**2*Dcpttptb
$ +Sqrt(t)/Sqrt(b)/s2t**2/(T1-T2)**2
$ *(At**2*Dcpbptt + mu**2/tanb**2*Dcptmptt)
$ +Sqrt(b)/Sqrt(t)/s2b**2/(B1-B2)**2
$ *(Ab**2*Dcptptb + mu**2*tanb**2*Dcpbmptb)
$ -2d0*mu/s2t/s2b/(T1-T2)/(B1-B2)
$ *(At*tanb*Dspbmptbspbptt + Ab/tanb*Dsptmpttsptptb
$ + mu*Dsptmpttspbmptb)
return
end
*
***********************************************************************
*
subroutine makederiv(t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,
$ q,mu,vv,tanb)
implicit double precision (t)
implicit character (a-s,u-z)
double precision t,b,A0,T1,T2,B1,B2,s2t,c2t,s2b,c2b,q,mu,vv,tanb
double precision ht,hb,mt,mb,Xt,Xb,Yt,Yb,sbe,cbe,mu2,Nc
double precision Delt,phi,pLi2
external delt,phi,pLi2
double precision D1t,DT1,DT2,Dc2t,DT1T1,DT2T2,Dtt,Dc2tc2t,DT1t
$ ,DT2t,DT1T2,Dtc2t,DT1c2t,DT2c2t,Dtb,DT1b,DT2b,DB1t,DB2t,DT1B1
$ ,DT2B1,DT1B2,DT2B2,Dbc2t,DB1c2t,DB2c2t,DT1c2b,DT2c2b,Dc2tc2b
$ ,Dcptpb,Dcpttptb,Dcpbptt,Dcptptb,Dcptmptt,Dcpbmptb
$ ,Dspbmptbspbptt,Dsptmpttsptptb,Dsptmpttspbmptb
common/listderiv/D1t,DT1,DT2,Dc2t,DT1T1,DT2T2,
$ Dtt,Dc2tc2t,DT1t,DT2t,DT1T2,
$ Dtc2t,DT1c2t,DT2c2t,Dtb,DT1b,DT2b,DB1t,DB2t,DT1B1,DT2B1,
$ DT1B2,DT2B2,Dbc2t,DB1c2t,DB2c2t,DT1c2b,DT2c2b,Dc2tc2b,
$ Dcptpb,Dcpttptb,Dcpbptt,Dcptptb,Dcptmptt,Dcpbmptb,
$ Dspbmptbspbptt,Dsptmpttsptptb,Dsptmpttspbmptb
double precision Logt,Logb,Logmu2,LogA0,LogT1,LogT2,LogB1,LogB2,
$ phimu2tT1,phimu2tT2,phiB1tmu2,phiB2tmu2,phiT1bmu2,phiT2bmu2,
$ phiA0T1T1,phiA0T2T2,phiA0T1T2,phiA0B1B1,phiA0B2B2,
$ phiA0B1T1,phiA0B2T1,phiA0B1T2,phiA0B2T2,phiA0tt,phiA0bt,
$ deltmu2tT1,deltmu2tT2,deltB1tmu2,deltB2tmu2,
$ deltT1bmu2,deltT2bmu2,deltA0tt,deltA0bt,
$ deltA0T1T1,deltA0T2T2,deltA0T1T2,deltA0B1B1,deltA0B2B2,
$ deltA0B1T1,deltA0B2T1,deltA0B1T2,deltA0B2T2,
$ Li2T1T2,Li2T1B1,Li2T1B2,Li2T2B1,Li2T2B2,Li2bt
Nc = 3d0
mt = dsqrt(t)
mb = dsqrt(b)
sbe = dsin(datan(tanb))
cbe = dcos(datan(tanb))
ht = dsqrt(2d0/vv)*mt/sbe
hb = dsqrt(2d0/vv)*mb/cbe
Xt = (T1-T2)*s2t/2d0/mt
Xb = (B1-B2)*s2b/2d0/mb
Yt = Xt - mu/sbe/cbe
Yb = Xb - mu/sbe/cbe
mu2 = mu**2
Logt = Log(t/q)
Logb = Log(b/q)
Logmu2 = Log(mu2/q)
LogA0 = Log(A0/q)
LogT1 = Log(T1/q)
LogT2 = Log(T2/q)
LogB1 = Log(B1/q)
LogB2 = Log(B2/q)
phimu2tT1 = phi(mu2,t,T1)
phimu2tT2 = phi(mu2,t,T2)
phiB1tmu2 = phi(B1,t,mu2)
phiB2tmu2 = phi(B2,t,mu2)
phiT1bmu2 = phi(T1,b,mu2)
phiT2bmu2 = phi(T2,b,mu2)
phiA0T1T1 = phi(A0,T1,T1)
phiA0T1T2 = phi(A0,T1,T2)
phiA0T2T2 = phi(A0,T2,T2)
phiA0B1B1 = phi(A0,B1,B1)
phiA0B2B2 = phi(A0,B2,B2)
phiA0B1T1 = phi(A0,B1,T1)
phiA0B1T2 = phi(A0,B1,T2)
phiA0B2T1 = phi(A0,B2,T1)
phiA0B2T2 = phi(A0,B2,T2)
phiA0tt = phi(A0,t,t)
phiA0bt = phi(A0,b,t)
deltmu2tT1 = delt(mu2,t,T1)
deltmu2tT2 = delt(mu2,t,T2)
deltB1tmu2 = delt(B1,t,mu2)
deltB2tmu2 = delt(B2,t,mu2)
deltT1bmu2 = delt(T1,b,mu2)
deltT2bmu2 = delt(T2,b,mu2)
deltA0T1T1 = delt(A0,T1,T1)
deltA0T1T2 = delt(A0,T1,T2)
deltA0T2T2 = delt(A0,T2,T2)
deltA0B1B1 = delt(A0,B1,B1)
deltA0B2B2 = delt(A0,B2,B2)
deltA0B1T1 = delt(A0,B1,T1)
deltA0B1T2 = delt(A0,B1,T2)
deltA0B2T1 = delt(A0,B2,T1)
deltA0B2T2 = delt(A0,B2,T2)
deltA0tt = delt(A0,t,t)
deltA0bt = delt(A0,b,t)
Li2T1T2 = pLi2(1d0-T1/T2)
Li2T1B1 = pLi2(1d0-T1/B1)
Li2T2B1 = pLi2(1d0-T2/B1)
Li2T1B2 = pLi2(1d0-T1/B2)
Li2T2B2 = pLi2(1d0-T2/B2)
Li2bt = pLi2(1d0-b/t)
tmp1 = 2 - LogA0 - Logb + 2*Logt
tmp2 = 2 - LogB1 - Logmu2 + 2*Logt
tmp3 = 2 - LogB2 - Logmu2 + 2*Logt
tmp4 = 2 - Logb - Logmu2 + 2*LogT1
tmp5 = 2 - Logb - Logmu2 + 2*LogT2
tmp6 = 0.25D0*hb**2/c2t - 0.25D0*ht**2/c2t
tmp7 = -(0.25D0*hb**2/c2t) + 0.25D0*ht**2/c2t
tmp8 = c2t**2 - 0.5D0*((-1 + Nc)*s2t**2)
tmp9 = cbe**2*ht**2 + hb**2*sbe**2
tmp10 = cbe**2*hb**2 + ht**2*sbe**2
tmp11 = -(0.5D0*(cbe**2*ht**2*mb*mt*s2b*s2t)) -
- 0.5D0*(hb**2*mb*mt*s2b*s2t*sbe**2)
tmp12 = 0.5D0*(cbe**2*ht**2*mb*mt*s2b*s2t) +
- 0.5D0*(hb**2*mb*mt*s2b*s2t*sbe**2)
tmp13 = -(0.5D0*(cbe**2*hb**2*mb*mt*s2b*s2t)) -
- 0.5D0*(ht**2*mb*mt*s2b*s2t*sbe**2)
tmp14 = 0.5D0*(cbe**2*hb**2*mb*mt*s2b*s2t) +
- 0.5D0*(ht**2*mb*mt*s2b*s2t*sbe**2)
tmp15 = 2/t**2 - (2*(-1 + Logt))/t**2
tmp16 = 2/t**2 - (2*Logt)/t**2
tmp17 = 2/T1**2 - (2*LogT1)/T1**2
tmp18 = 2/T2**2 - (2*LogT2)/T2**2
tmp19 = -(0.0625D0*
- (B1*(-1 + LogB1)*(-1 + LogT1)*T1)/(c2b*c2t)) +
- 0.0625D0*(B2*(-1 + LogB2)*(-1 + LogT1)*T1)/(c2b*c2t) +
- 0.0625D0*(B1*(-1 + LogB1)*(-1 + LogT2)*T2)/(c2b*c2t) -
- 0.0625D0*(B2*(-1 + LogB2)*(-1 + LogT2)*T2)/(c2b*c2t)
tmp20 = 0.25D0*((1 + c2b)*(1 + c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 + c2b)*s2t*Xb)/mt
tmp21 = 0.0625D0*b/(c2b*c2t) + 0.125D0*(mb*mt)/(s2b*s2t) +
- 0.0625D0*t/(c2b*c2t) - 0.125D0*(mb*Xb)/(c2t*s2b) +
- 0.125D0*(mt*Xb)/(c2b*s2t) - 0.0625D0*Xb**2/(c2b*c2t)
tmp22 = -(0.0625D0*b/(c2b*c2t)) -
- 0.125D0*(mb*mt)/(s2b*s2t) - 0.0625D0*t/(c2b*c2t) +
- 0.125D0*(mb*Xb)/(c2t*s2b) - 0.125D0*(mt*Xb)/(c2b*s2t) +
- 0.0625D0*Xb**2/(c2b*c2t)
tmp23 = 0.25D0*Xb/c2b - 0.25D0*Xt/c2b
tmp24 = -(0.25D0*Xb/c2b) + 0.25D0*Xt/c2b
tmp25 = 0.125D0*Xb/c2t**3.0d0 - 0.125D0*Xt/c2t**3.0d0
tmp26 = -(0.125D0*Xb/c2t**3.0d0) + 0.125D0*Xt/c2t**3.0d0
tmp27 = 0.25D0*Xb/c2t - 0.25D0*Xt/c2t
tmp28 = -(0.25D0*Xb/c2t) + 0.25D0*Xt/c2t
tmp29 = 0.25D0*((1 + c2b)*(1 + c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 + c2b)*s2t*Xt)/mt
tmp30 = (-2*mt*Xt)/s2t - Xt**2
tmp31 = (2*mt*Xt)/s2t - Xt**2
tmp32 = 0.0625D0*b/(c2b*c2t) + 0.125D0*(mb*mt)/(s2b*s2t) +
- 0.0625D0*t/(c2b*c2t) + 0.125D0*(mb*Xt)/(c2t*s2b) -
- 0.125D0*(mt*Xt)/(c2b*s2t) - 0.0625D0*Xt**2/(c2b*c2t)
tmp33 = -(0.0625D0*b/(c2b*c2t)) -
- 0.125D0*(mb*mt)/(s2b*s2t) - 0.0625D0*t/(c2b*c2t) -
- 0.125D0*(mb*Xt)/(c2t*s2b) + 0.125D0*(mt*Xt)/(c2b*s2t) +
- 0.0625D0*Xt**2/(c2b*c2t)
tmp34 = 4*t - 4*mt*s2t*Xt + s2t**2*Xt**2
tmp35 = 4*t + 4*mt*s2t*Xt + s2t**2*Xt**2
tmp36 = 0.25D0*((1 + c2b)*(1 + c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 + c2b)*s2t*Yb)/mt
tmp37 = 0.0625D0*b/(c2b*c2t) + 0.125D0*(mb*mt)/(s2b*s2t) +
- 0.0625D0*t/(c2b*c2t) - 0.125D0*(mb*Yb)/(c2t*s2b) +
- 0.125D0*(mt*Yb)/(c2b*s2t) - 0.0625D0*Yb**2/(c2b*c2t)
tmp38 = -(0.0625D0*b/(c2b*c2t)) -
- 0.125D0*(mb*mt)/(s2b*s2t) - 0.0625D0*t/(c2b*c2t) +
- 0.125D0*(mb*Yb)/(c2t*s2b) - 0.125D0*(mt*Yb)/(c2b*s2t) +
- 0.0625D0*Yb**2/(c2b*c2t)
tmp39 = 0.25D0*Yb/c2b - 0.25D0*Yt/c2b
tmp40 = -(0.25D0*Yb/c2b) + 0.25D0*Yt/c2b
tmp41 = 0.125D0*Yb/c2t**3.0d0 - 0.125D0*Yt/c2t**3.0d0
tmp42 = -(0.125D0*Yb/c2t**3.0d0) + 0.125D0*Yt/c2t**3.0d0
tmp43 = 0.25D0*Yb/c2t - 0.25D0*Yt/c2t
tmp44 = -(0.25D0*Yb/c2t) + 0.25D0*Yt/c2t
tmp45 = 0.25D0*((1 + c2b)*(1 + c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 + c2b)*s2t*Yt)/mt
tmp46 = (-2*mt*Yt)/s2t - Yt**2
tmp47 = (2*mt*Yt)/s2t - Yt**2
tmp48 = 0.0625D0*b/(c2b*c2t) + 0.125D0*(mb*mt)/(s2b*s2t) +
- 0.0625D0*t/(c2b*c2t) + 0.125D0*(mb*Yt)/(c2t*s2b) -
- 0.125D0*(mt*Yt)/(c2b*s2t) - 0.0625D0*Yt**2/(c2b*c2t)
tmp49 = -(0.0625D0*b/(c2b*c2t)) -
- 0.125D0*(mb*mt)/(s2b*s2t) - 0.0625D0*t/(c2b*c2t) -
- 0.125D0*(mb*Yt)/(c2t*s2b) + 0.125D0*(mt*Yt)/(c2b*s2t) +
- 0.0625D0*Yt**2/(c2b*c2t)
tmp50 = 4*t - 4*mt*s2t*Yt + s2t**2*Yt**2
tmp51 = 4*t + 4*mt*s2t*Yt + s2t**2*Yt**2
tmp52 = 0.0625D0*(1 - c2b)/c2t**3.0d0 - 0.0625D0*(1 + c2b)/c2t**3
$ .0d0
tmp53 = -(0.0625D0*(1 - c2b)/c2t**3.0d0)
$ + 0.0625D0*(1 + c2b)/c2t**3.0d0
tmp54 = 0.125D0*(1 - c2b)/c2t - 0.125D0*(1 + c2b)/c2t
tmp55 = -(0.125D0*(1 - c2b)/c2t) + 0.125D0*(1 + c2b)/c2t
tmp56 = 0.25D0*((1 + c2b)*(1 - c2t))
$ + 0.25D0*((1 - c2b)*(1 + c2t))
tmp57 = 0.125D0*(1 - c2t)/c2b - 0.125D0*(1 + c2t)/c2b
tmp58 = -(0.125D0*(1 - c2t)/c2b) + 0.125D0*(1 + c2t)/c2b
tmp59 = 0.25D0*((1 - c2b)*(1 - c2t))
$ + 0.25D0*((1 + c2b)*(1 + c2t))
tmp60 = 0.5D0*((1 + c2b)*hb**2) + 0.5D0*((1 - c2b)*ht**2)
tmp61 = 0.5D0*((1 - c2b)*hb**2) + 0.5D0*((1 + c2b)*ht**2)
tmp62 = 0.5D0*((1 + c2t)*hb**2) + 0.5D0*((1 - c2t)*ht**2)
tmp63 = 0.5D0*((1 - c2t)*hb**2) + 0.5D0*((1 + c2t)*ht**2)
tmp64 = (A0 - b)/b + LogA0 - Logb - t/b
tmp65 = (-LogA0 + Logt)*(A0 - t) + (-LogA0 + Logt)*t
tmp66 = (A0 - b)*(-LogA0 + Logb) + (-LogA0 - Logb + 2*Logt)*t
tmp67 = (-LogB1 + Logmu2)*(B1 - mu2) +
- (-LogB1 - Logmu2 + 2*Logt)*t
tmp68 = (-LogB2 + Logmu2)*(B2 - mu2) +
- (-LogB2 - Logmu2 + 2*Logt)*t
tmp69 = b*(-LogA0 + 2*Logb - Logt) + (LogA0 - Logt)*(-A0 + t)
tmp70 = (-LogA0 + Logt)*t + (LogA0 - Logt)*(-A0 + t)
tmp71 = B1*(2*LogB1 - Logmu2 - Logt) +
- (Logmu2 - Logt)*(-mu2 + t)
tmp72 = B2*(2*LogB2 - Logmu2 - Logt) +
- (Logmu2 - Logt)*(-mu2 + t)
tmp73 = Logmu2 - Logt - B1/t - (-mu2 + t)/t
tmp74 = Logmu2 - Logt - B2/t - (-mu2 + t)/t
tmp75 = 2*B1*LogB1 - 2*B2*LogB2 -
- 0.5D0*(deltB1tmu2*phiB1tmu2)/mu2 +
- 0.5D0*(deltB2tmu2*phiB2tmu2)/mu2 +
- 0.5D0*(Logmu2*Logt*(B1 - mu2 - t)) -
- 0.5D0*(Logmu2*Logt*(B2 - mu2 - t)) +
- 0.5D0*(LogB1*Logt*(-B1 + mu2 - t)) -
- 0.5D0*(LogB2*Logt*(-B2 + mu2 - t)) +
- 0.5D0*(LogB1*Logmu2*(-B1 - mu2 + t)) -
- 0.5D0*(LogB2*Logmu2*(-B2 - mu2 + t)) - 2.5D0*(B1 + mu2 + t)
$ +2.5D0*(B2 + mu2 + t)
tmp76 = -5*b + 4*b*Logb + Logt**2*(b - t) - 5*t -
- 2*Li2bt*(-b + t) + Logt*(-2*b*Logb + 4*t)
tmp77 = -6 + 4*Logt + (2 - 2*Logt)*Logt + (4*t - 2*Logt*t)/t
tmp78 = -Logb + Logmu2 - (b - mu2)/b - T1/b
tmp79 = 2*(-1 + LogT1)*T1 + 2*(-1 + LogT1)**2*T1
tmp80 = (-LogA0 + LogT1)*(A0 - T1) + (-LogA0 + LogT1)*T1
tmp81 = (A0 - B1)*(-LogA0 + LogB1) +
- (-LogA0 - LogB1 + 2*LogT1)*T1
tmp82 = (A0 - B2)*(-LogA0 + LogB2) +
- (-LogA0 - LogB2 + 2*LogT1)*T1
tmp83 = (-Logb + Logmu2)*(b - mu2) +
- (-Logb - Logmu2 + 2*LogT1)*T1
tmp84 = (Logmu2 - Logt)*(-mu2 + t) +
- (-Logmu2 - Logt + 2*LogT1)*T1
tmp85 = B1*(-LogA0 + 2*LogB1 - LogT1) +
- (LogA0 - LogT1)*(-A0 + T1)
tmp86 = B2*(-LogA0 + 2*LogB2 - LogT1) +
- (LogA0 - LogT1)*(-A0 + T1)
tmp87 = (-LogA0 + LogT1)*T1 + (LogA0 - LogT1)*(-A0 + T1)
tmp88 = 2*A0*LogA0 + 2*B1*LogB1 + 2*LogT1*T1 +
- 0.5D0*(LogB1*LogT1*(A0 - B1 - T1)) +
- 0.5D0*(LogA0*LogT1*(-A0 + B1 - T1)) -
- 0.5D0*(deltA0B1T1*phiA0B1T1)/T1 +
- 0.5D0*(LogA0*LogB1*(-A0 - B1 + T1)) - 2.5D0*(A0 + B1 + T1)
tmp89 = 2*A0*LogA0 + 2*B2*LogB2 + 2*LogT1*T1 +
- 0.5D0*(LogB2*LogT1*(A0 - B2 - T1)) +
- 0.5D0*(LogA0*LogT1*(-A0 + B2 - T1)) -
- 0.5D0*(deltA0B2T1*phiA0B2T1)/T1 +
- 0.5D0*(LogA0*LogB2*(-A0 - B2 + T1)) - 2.5D0*(A0 + B2 + T1)
tmp90 = b*(2*Logb - Logmu2 - LogT1) +
- (Logmu2 - LogT1)*(-mu2 + T1)
tmp91 = (-Logmu2 + 2*Logt - LogT1)*t +
- (Logmu2 - LogT1)*(-mu2 + T1)
tmp92 = 2*b*Logb + 2*Logmu2*mu2 + 2*LogT1*T1 -
- 0.5D0*(deltT1bmu2*phiT1bmu2)/mu2 +
- 0.5D0*(Logmu2*LogT1*(b - mu2 - T1)) +
- 0.5D0*(Logb*LogT1*(-b + mu2 - T1)) +
- 0.5D0*(Logb*Logmu2*(-b - mu2 + T1)) - 2.5D0*(b + mu2 + T1)
tmp93 = 2*A0*LogA0 - A0*LogA0*LogT1 + 4*LogT1*T1 +
- 0.5D0*(LogT1**2*(A0 - 2*T1)) -
- 0.5D0*(deltA0T1T1*phiA0T1T1)/T1 - 2.5D0*(A0 + 2*T1)
tmp94 = -10*T1 + 4*LogT1*T1 + LogT1*(4*T1 - 2*LogT1*T1)
tmp95 = -6 + 4*LogT1 + (2 - 2*LogT1)*LogT1 +
- (4*T1 - 2*LogT1*T1)/T1
tmp96 = (-LogA0 + 2*LogT1 - LogT2)*T1 +
- (-LogA0 + LogT2)*(A0 - T2)
tmp97 = -Logb + Logmu2 - (b - mu2)/b - T2/b
tmp98 = 2*(-1 + LogT2)*T2 + 2*(-1 + LogT2)**2*T2
tmp99 = (-LogA0 + LogT2)*(A0 - T2) + (-LogA0 + LogT2)*T2
tmp100 = (A0 - B1)*(-LogA0 + LogB1) +
- (-LogA0 - LogB1 + 2*LogT2)*T2
tmp101 = (A0 - B2)*(-LogA0 + LogB2) +
- (-LogA0 - LogB2 + 2*LogT2)*T2
tmp102 = (-Logb + Logmu2)*(b - mu2) +
- (-Logb - Logmu2 + 2*LogT2)*T2
tmp103 = (Logmu2 - Logt)*(-mu2 + t) +
- (-Logmu2 - Logt + 2*LogT2)*T2
tmp104 = (LogA0 - LogT1)*(-A0 + T1) +
- (-LogA0 - LogT1 + 2*LogT2)*T2
tmp105 = B1*(-LogA0 + 2*LogB1 - LogT2) +
- (LogA0 - LogT2)*(-A0 + T2)
tmp106 = B2*(-LogA0 + 2*LogB2 - LogT2) +
- (LogA0 - LogT2)*(-A0 + T2)
tmp107 = (-LogA0 + LogT2)*T2 + (LogA0 - LogT2)*(-A0 + T2)
tmp108 = 2*A0*LogA0 + 2*B1*LogB1 + 2*LogT2*T2 +
- 0.5D0*(LogB1*LogT2*(A0 - B1 - T2)) +
- 0.5D0*(LogA0*LogT2*(-A0 + B1 - T2)) -
- 0.5D0*(deltA0B1T2*phiA0B1T2)/T2 +
- 0.5D0*(LogA0*LogB1*(-A0 - B1 + T2)) - 2.5D0*(A0 + B1 + T2)
tmp109 = 2*A0*LogA0 + 2*B2*LogB2 + 2*LogT2*T2 +
- 0.5D0*(LogB2*LogT2*(A0 - B2 - T2)) +
- 0.5D0*(LogA0*LogT2*(-A0 + B2 - T2)) -
- 0.5D0*(deltA0B2T2*phiA0B2T2)/T2 +
- 0.5D0*(LogA0*LogB2*(-A0 - B2 + T2)) - 2.5D0*(A0 + B2 + T2)
tmp110 = b*(2*Logb - Logmu2 - LogT2) +
- (Logmu2 - LogT2)*(-mu2 + T2)
tmp111 = (-Logmu2 + 2*Logt - LogT2)*t +
- (Logmu2 - LogT2)*(-mu2 + T2)
tmp112 = 2*b*Logb + 2*Logmu2*mu2 + 2*LogT2*T2 -
- 0.5D0*(deltT2bmu2*phiT2bmu2)/mu2 +
- 0.5D0*(Logmu2*LogT2*(b - mu2 - T2)) +
- 0.5D0*(Logb*LogT2*(-b + mu2 - T2)) +
- 0.5D0*(Logb*Logmu2*(-b - mu2 + T2)) - 2.5D0*(b + mu2 + T2)
tmp113 = 2*LogT1*T1 - 2*LogT2*T2 -
- 0.5D0*(deltT1bmu2*phiT1bmu2)/mu2 +
- 0.5D0*(deltT2bmu2*phiT2bmu2)/mu2 +
- 0.5D0*(Logmu2*LogT1*(b - mu2 - T1)) +
- 0.5D0*(Logb*LogT1*(-b + mu2 - T1)) +
- 0.5D0*(Logb*Logmu2*(-b - mu2 + T1)) - 2.5D0*(b + mu2 + T1) -
- 0.5D0*(Logmu2*LogT2*(b - mu2 - T2)) -
- 0.5D0*(Logb*LogT2*(-b + mu2 - T2)) -
- 0.5D0*(Logb*Logmu2*(-b - mu2 + T2)) + 2.5D0*(b + mu2 + T2)
tmp114 = 2*A0*LogA0 - A0*LogA0*LogT2 + 4*LogT2*T2 +
- 0.5D0*(LogT2**2*(A0 - 2*T2)) -
- 0.5D0*(deltA0T2T2*phiA0T2T2)/T2 - 2.5D0*(A0 + 2*T2)
tmp115 = -10*T2 + 4*LogT2*T2 + LogT2*(4*T2 - 2*LogT2*T2)
tmp116 = -6 + 4*LogT2 + (2 - 2*LogT2)*LogT2 +
- (4*T2 - 2*LogT2*T2)/T2
tmp117 = 0.25D0*((1 - c2b)*(1 + c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 - c2b)*s2t*Xb)/mt
tmp118 = 0.25D0*((1 - c2b)*(1 - c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 - c2b)*s2t*Xb)/mt
tmp119 = 0.25D0*((1 + c2b)*(1 - c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 + c2b)*s2t*Xb)/mt
tmp120 = 0.25D0*(b*(1 + c2b)*(1 - c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 + c2t)*t) +
- 0.5D0*((1 - c2t)*mb*s2b*Xb) - 0.5D0*((1 - c2b)*mt*s2t*Xb) +
- 0.25D0*((1 - c2b)*(1 - c2t)*Xb**2)
tmp121 = 0.25D0*(b*(1 - c2b)*(1 - c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 + c2t)*t) -
- 0.5D0*((1 - c2t)*mb*s2b*Xb) - 0.5D0*((1 + c2b)*mt*s2t*Xb) +
- 0.25D0*((1 + c2b)*(1 - c2t)*Xb**2)
tmp122 = -(0.125D0*(b*(1 + c2b))/c2t) +
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 - c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Xb)/c2t + 0.25D0*((1 - c2b)*mt*Xb)/s2t -
- 0.125D0*((1 - c2b)*Xb**2)/c2t
tmp123 = 0.125D0*(b*(1 + c2b))/c2t -
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 - c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Xb)/c2t - 0.25D0*((1 - c2b)*mt*Xb)/s2t +
- 0.125D0*((1 - c2b)*Xb**2)/c2t
tmp124 = -(0.125D0*(b*(1 - c2b))/c2t) -
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 + c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Xb)/c2t + 0.25D0*((1 + c2b)*mt*Xb)/s2t -
- 0.125D0*((1 + c2b)*Xb**2)/c2t
tmp125 = 0.125D0*(b*(1 - c2b))/c2t +
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 + c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Xb)/c2t - 0.25D0*((1 + c2b)*mt*Xb)/s2t +
- 0.125D0*((1 + c2b)*Xb**2)/c2t
tmp126 = 0.25D0*(b*(1 + c2b)*(1 + c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 - c2t)*t) +
- 0.5D0*((1 + c2t)*mb*s2b*Xb) + 0.5D0*((1 - c2b)*mt*s2t*Xb) +
- 0.25D0*((1 - c2b)*(1 + c2t)*Xb**2)
tmp127 = 0.25D0*(b*(1 - c2b)*(1 + c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 - c2t)*t) -
- 0.5D0*((1 + c2t)*mb*s2b*Xb) + 0.5D0*((1 + c2b)*mt*s2t*Xb) +
- 0.25D0*((1 + c2b)*(1 + c2t)*Xb**2)
tmp128 = 0.5D0*((1 + c2b)*Xb) + 0.5D0*((1 - c2b)*Xt)
tmp129 = 0.5D0*((1 - c2b)*Xb) + 0.5D0*((1 + c2b)*Xt)
tmp130 = 0.5D0*((1 + c2t)*Xb) + 0.5D0*((1 - c2t)*Xt)
tmp131 = 0.5D0*((1 - c2t)*Xb) + 0.5D0*((1 + c2t)*Xt)
tmp132 = 0.25D0*((1 - c2b)*(1 - c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 - c2b)*s2t*Xt)/mt
tmp133 = 0.25D0*((1 - c2b)*(1 + c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 - c2b)*s2t*Xt)/mt
tmp134 = 0.25D0*((1 + c2b)*(1 - c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 + c2b)*s2t*Xt)/mt
tmp135 = 0.25D0*(b*(1 + c2b)*(1 - c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 + c2t)*t) -
- 0.5D0*((1 - c2t)*mb*s2b*Xt) + 0.5D0*((1 - c2b)*mt*s2t*Xt) +
- 0.25D0*((1 - c2b)*(1 - c2t)*Xt**2)
tmp136 = 0.25D0*(b*(1 - c2b)*(1 - c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 + c2t)*t) +
- 0.5D0*((1 - c2t)*mb*s2b*Xt) + 0.5D0*((1 + c2b)*mt*s2t*Xt) +
- 0.25D0*((1 + c2b)*(1 - c2t)*Xt**2)
tmp137 = -(0.125D0*(b*(1 + c2b))/c2t) +
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 - c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Xt)/c2t - 0.25D0*((1 - c2b)*mt*Xt)/s2t -
- 0.125D0*((1 - c2b)*Xt**2)/c2t
tmp138 = 0.125D0*(b*(1 + c2b))/c2t -
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 - c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Xt)/c2t + 0.25D0*((1 - c2b)*mt*Xt)/s2t +
- 0.125D0*((1 - c2b)*Xt**2)/c2t
tmp139 = -(0.125D0*(b*(1 - c2b))/c2t) -
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 + c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Xt)/c2t - 0.25D0*((1 + c2b)*mt*Xt)/s2t -
- 0.125D0*((1 + c2b)*Xt**2)/c2t
tmp140 = 0.125D0*(b*(1 - c2b))/c2t +
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 + c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Xt)/c2t + 0.25D0*((1 + c2b)*mt*Xt)/s2t +
- 0.125D0*((1 + c2b)*Xt**2)/c2t
tmp141 = 0.25D0*(b*(1 + c2b)*(1 + c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 - c2t)*t) -
- 0.5D0*((1 + c2t)*mb*s2b*Xt) - 0.5D0*((1 - c2b)*mt*s2t*Xt) +
- 0.25D0*((1 - c2b)*(1 + c2t)*Xt**2)
tmp142 = 0.25D0*(b*(1 - c2b)*(1 + c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 - c2t)*t) +
- 0.5D0*((1 + c2t)*mb*s2b*Xt) - 0.5D0*((1 + c2b)*mt*s2t*Xt) +
- 0.25D0*((1 + c2b)*(1 + c2t)*Xt**2)
tmp143 = 0.25D0*((1 - c2b)*(1 + c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 - c2b)*s2t*Yb)/mt
tmp144 = 0.25D0*((1 - c2b)*(1 - c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 - c2b)*s2t*Yb)/mt
tmp145 = 0.25D0*((1 + c2b)*(1 - c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 + c2b)*s2t*Yb)/mt
tmp146 = 0.25D0*(b*(1 + c2b)*(1 - c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 + c2t)*t) +
- 0.5D0*((1 - c2t)*mb*s2b*Yb) - 0.5D0*((1 - c2b)*mt*s2t*Yb) +
- 0.25D0*((1 - c2b)*(1 - c2t)*Yb**2)
tmp147 = 0.25D0*(b*(1 - c2b)*(1 - c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 + c2t)*t) -
- 0.5D0*((1 - c2t)*mb*s2b*Yb) - 0.5D0*((1 + c2b)*mt*s2t*Yb) +
- 0.25D0*((1 + c2b)*(1 - c2t)*Yb**2)
tmp148 = -(0.125D0*(b*(1 + c2b))/c2t) +
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 - c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Yb)/c2t + 0.25D0*((1 - c2b)*mt*Yb)/s2t -
- 0.125D0*((1 - c2b)*Yb**2)/c2t
tmp149 = 0.125D0*(b*(1 + c2b))/c2t -
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 - c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Yb)/c2t - 0.25D0*((1 - c2b)*mt*Yb)/s2t +
- 0.125D0*((1 - c2b)*Yb**2)/c2t
tmp150 = -(0.125D0*(b*(1 - c2b))/c2t) -
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 + c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Yb)/c2t + 0.25D0*((1 + c2b)*mt*Yb)/s2t -
- 0.125D0*((1 + c2b)*Yb**2)/c2t
tmp151 = 0.125D0*(b*(1 - c2b))/c2t +
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 + c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Yb)/c2t - 0.25D0*((1 + c2b)*mt*Yb)/s2t +
- 0.125D0*((1 + c2b)*Yb**2)/c2t
tmp152 = 0.25D0*(b*(1 + c2b)*(1 + c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 - c2t)*t) +
- 0.5D0*((1 + c2t)*mb*s2b*Yb) + 0.5D0*((1 - c2b)*mt*s2t*Yb) +
- 0.25D0*((1 - c2b)*(1 + c2t)*Yb**2)
tmp153 = 0.25D0*(b*(1 - c2b)*(1 + c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 - c2t)*t) -
- 0.5D0*((1 + c2t)*mb*s2b*Yb) + 0.5D0*((1 + c2b)*mt*s2t*Yb) +
- 0.25D0*((1 + c2b)*(1 + c2t)*Yb**2)
tmp154 = 0.5D0*((1 + c2b)*Yb) + 0.5D0*((1 - c2b)*Yt)
tmp155 = 0.5D0*((1 - c2b)*Yb) + 0.5D0*((1 + c2b)*Yt)
tmp156 = 0.5D0*((1 + c2t)*Yb) + 0.5D0*((1 - c2t)*Yt)
tmp157 = 0.5D0*((1 - c2t)*Yb) + 0.5D0*((1 + c2t)*Yt)
tmp158 = 0.25D0*((1 - c2b)*(1 - c2t)) +
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 - c2b)*s2t*Yt)/mt
tmp159 = 0.25D0*((1 - c2b)*(1 + c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt + 0.25D0*((1 - c2b)*s2t*Yt)/mt
tmp160 = 0.25D0*((1 + c2b)*(1 - c2t)) -
- 0.25D0*(mb*s2b*s2t)/mt - 0.25D0*((1 + c2b)*s2t*Yt)/mt
tmp161 = 0.25D0*(b*(1 + c2b)*(1 - c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 + c2t)*t) -
- 0.5D0*((1 - c2t)*mb*s2b*Yt) + 0.5D0*((1 - c2b)*mt*s2t*Yt) +
- 0.25D0*((1 - c2b)*(1 - c2t)*Yt**2)
tmp162 = 0.25D0*(b*(1 - c2b)*(1 - c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 + c2t)*t) +
- 0.5D0*((1 - c2t)*mb*s2b*Yt) + 0.5D0*((1 + c2b)*mt*s2t*Yt) +
- 0.25D0*((1 + c2b)*(1 - c2t)*Yt**2)
tmp163 = -(0.125D0*(b*(1 + c2b))/c2t) +
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 - c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Yt)/c2t - 0.25D0*((1 - c2b)*mt*Yt)/s2t -
- 0.125D0*((1 - c2b)*Yt**2)/c2t
tmp164 = 0.125D0*(b*(1 + c2b))/c2t -
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 - c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Yt)/c2t + 0.25D0*((1 - c2b)*mt*Yt)/s2t +
- 0.125D0*((1 - c2b)*Yt**2)/c2t
tmp165 = -(0.125D0*(b*(1 - c2b))/c2t) -
- 0.25D0*(mb*mt*s2b)/s2t + 0.125D0*((1 + c2b)*t)/c2t -
- 0.25D0*(mb*s2b*Yt)/c2t - 0.25D0*((1 + c2b)*mt*Yt)/s2t -
- 0.125D0*((1 + c2b)*Yt**2)/c2t
tmp166 = 0.125D0*(b*(1 - c2b))/c2t +
- 0.25D0*(mb*mt*s2b)/s2t - 0.125D0*((1 + c2b)*t)/c2t +
- 0.25D0*(mb*s2b*Yt)/c2t + 0.25D0*((1 + c2b)*mt*Yt)/s2t +
- 0.125D0*((1 + c2b)*Yt**2)/c2t
tmp167 = 0.25D0*(b*(1 + c2b)*(1 + c2t)) +
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 - c2b)*(1 - c2t)*t) -
- 0.5D0*((1 + c2t)*mb*s2b*Yt) - 0.5D0*((1 - c2b)*mt*s2t*Yt) +
- 0.25D0*((1 - c2b)*(1 + c2t)*Yt**2)
tmp168 = 0.25D0*(b*(1 - c2b)*(1 + c2t)) -
- 0.5D0*(mb*mt*s2b*s2t) + 0.25D0*((1 + c2b)*(1 - c2t)*t) +
- 0.5D0*((1 + c2t)*mb*s2b*Yt) - 0.5D0*((1 + c2b)*mt*s2t*Yt) +
- 0.25D0*((1 + c2b)*(1 + c2t)*Yt**2)
tmp169 = -Li2T1B1 - 0.5D0*(-LogB1 + LogT1)**2
tmp170 = -Li2T1B2 - 0.5D0*(-LogB2 + LogT1)**2
tmp171 = -Li2T1T2 - 0.5D0*(LogT1 - LogT2)**2
tmp172 = -Li2T2B1 - 0.5D0*(-LogB1 + LogT2)**2
tmp173 = -Li2T2B2 - 0.5D0*(-LogB2 + LogT2)**2
tmp174 = -A0 + (A0 - t)**2/b - t
tmp175 = -A0 + (A0 - t)**2/t - t
tmp176 = -A0 + (A0 - T1)**2/B1 - T1
tmp177 = -A0 + (A0 - T1)**2/B2 - T1
tmp178 = -A0 + (A0 - T1)**2/T1 - T1
tmp179 = -A0 - T1 + (A0 - T1)**2/T2
tmp180 = -A0 + (A0 - T2)**2/B1 - T2
tmp181 = -A0 + (A0 - T2)**2/B2 - T2
tmp182 = -A0 + (A0 - T2)**2/T2 - T2
tmp183 = cbe**2*hb**2*tmp119 + ht**2*sbe**2*tmp133 -
- cbe*hb*ht*sbe*((mb*tmp56)/mt - 0.5D0*(s2b*s2t) -
- 0.5D0*(s2b*tmp130)/mt)
tmp184 = cbe**2*hb**2*tmp118 + ht**2*sbe**2*tmp29 -
- cbe*hb*ht*sbe*((mb*tmp59)/mt + 0.5D0*(s2b*s2t) +
- 0.5D0*(s2b*tmp130)/mt)
tmp185 = cbe**2*hb**2*tmp127 + ht**2*sbe**2*tmp135 -
- cbe*hb*ht*sbe*(mb*s2t*tmp128 - mt*s2b*tmp130 +
- 2*mb*mt*tmp56 - 0.5D0*(s2b*s2t*(b + t)) -
- 0.5D0*(s2b*s2t*Xb*Xt))
tmp186 = cbe**2*hb**2*tmp126 + ht**2*sbe**2*tmp136 -
- cbe*hb*ht*sbe*(mb*s2t*tmp129 + mt*s2b*tmp130 +
- 2*mb*mt*tmp59 + 0.5D0*(s2b*s2t*(b + t)) +
- 0.5D0*(s2b*s2t*Xb*Xt))
tmp187 = ht**2*sbe**2*tmp132 + cbe**2*hb**2*tmp20 -
- cbe*hb*ht*sbe*((mb*tmp59)/mt + 0.5D0*(s2b*s2t) -
- 0.5D0*(s2b*tmp131)/mt)
tmp188 = cbe**2*hb**2*tmp117 + ht**2*sbe**2*tmp134 -
- cbe*hb*ht*sbe*((mb*tmp56)/mt - 0.5D0*(s2b*s2t) +
- 0.5D0*(s2b*tmp131)/mt)
tmp189 = cbe**2*hb**2*tmp121 + ht**2*sbe**2*tmp141 -
- cbe*hb*ht*sbe*(-(mb*s2t*tmp128) - mt*s2b*tmp131 +
- 2*mb*mt*tmp59 + 0.5D0*(s2b*s2t*(b + t)) +
- 0.5D0*(s2b*s2t*Xb*Xt))
tmp190 = cbe**2*hb**2*tmp120 + ht**2*sbe**2*tmp142 -
- cbe*hb*ht*sbe*(-(mb*s2t*tmp129) + mt*s2b*tmp131 +
- 2*mb*mt*tmp56 - 0.5D0*(s2b*s2t*(b + t)) -
- 0.5D0*(s2b*s2t*Xb*Xt))
tmp191 = hb**2*sbe**2*tmp145 + cbe**2*ht**2*tmp159 +
- cbe*hb*ht*sbe*((mb*tmp56)/mt - 0.5D0*(s2b*s2t) -
- 0.5D0*(s2b*tmp156)/mt)
tmp192 = hb**2*sbe**2*tmp144 + cbe**2*ht**2*tmp45 +
- cbe*hb*ht*sbe*((mb*tmp59)/mt + 0.5D0*(s2b*s2t) +
- 0.5D0*(s2b*tmp156)/mt)
tmp193 = hb**2*sbe**2*tmp153 + cbe**2*ht**2*tmp161 +
- cbe*hb*ht*sbe*(mb*s2t*tmp154 - mt*s2b*tmp156 +
- 2*mb*mt*tmp56 - 0.5D0*(s2b*s2t*(b + t)) -
- 0.5D0*(s2b*s2t*Yb*Yt))
tmp194 = hb**2*sbe**2*tmp152 + cbe**2*ht**2*tmp162 +
- cbe*hb*ht*sbe*(mb*s2t*tmp155 + mt*s2b*tmp156 +