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TreeLevel_Decays_331v3.f90
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TreeLevel_Decays_331v3.f90
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! -----------------------------------------------------------------------------
! This file was automatically created by SARAH version 4.14.3
! SARAH References: arXiv:0806.0538, 0909.2863, 1002.0840, 1207.0906, 1309.7223
! (c) Florian Staub, 2013
! ------------------------------------------------------------------------------
! File created at 16:43 on 3.7.2020
! ----------------------------------------------------------------------
Module TreeLevelDecays_331v3
Use Control
Use DecayFunctions
Use Settings
Use LoopCouplings_331v3
Use CouplingsForDecays_331v3
Use Model_Data_331v3
Use Mathematics, Only: Li2
Contains
Subroutine FuTwoBodyDecay(i_in,deltaM,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,gPartial,gT,BR)
Implicit None
Real(dp),Intent(in) :: g1,g2,g3,ftri,mu12,mu22,mu32,Vn,v1,v2,MAh(3),MAh2(3),MDpm(2),MDpm2(2),MFd(5), &
& MFd2(5),MFe(3),MFe2(3),MFu(4),MFu2(4),Mhh(3),Mhh2(3),MHpm(4),MHpm2(4),MVWp, &
& MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2,TW
Complex(dp),Intent(in) :: l1,l12,l13,l12t,l13t,l2,l23,l23t,l3,hll1(3,3),hdp11(3),hd1(3),hdtp11(2), &
& hdt1(2),hup11(3),hUp1,hdp1(3),hd2(3),hdtp1(2),hdt2(2),hup21(3),hUp2,hd3(3), &
& hdt3(2),hu11(3),h12(3),hU1,hU2,Ud(5,5),Ue(3,3),Uu(4,4),Vd(5,5),Ve(3,3),Vu(4,4), &
& ZA(3,3),ZH(3,3),ZP(4,4),ZW(4,4),zy(2,2),ZZ(3,3)
Complex(dp) :: cplcFuFuAhL(4,4,3),cplcFuFuAhR(4,4,3),cplcFuFuDpmL(4,4,2),cplcFuFuDpmR(4,4,2), &
& cplcFuFdVWpL(4,5),cplcFuFdVWpR(4,5),cplcFuFdVXpL(4,5),cplcFuFdVXpR(4,5), &
& cplcFuFdcHpmL(4,5,4),cplcFuFdcHpmR(4,5,4),cplcFuFuhhL(4,4,3),cplcFuFuhhR(4,4,3), &
& cplcFuFuVZL(4,4),cplcFuFuVZR(4,4),cplcFuFuVZpL(4,4),cplcFuFuVZpR(4,4),cplcFuFucDpmL(4,4,2),&
& cplcFuFucDpmR(4,4,2)
Integer, Intent(in) :: i_in
Real(dp), Intent(inout) :: gPartial(:,:), gT(:)
Real(dp), Intent(in) :: deltaM
Real(dp), Optional, Intent(inout) :: BR(:,:)
Integer :: i1, i2, i3, i4, i_start, i_end, i_count, gt1, gt2, gt3, gt4
Real(dp) :: gam, m_in, m1out, m2out, coupReal
Complex(dp) :: coupC, coupR, coupL, coup
Iname = Iname + 1
NameOfUnit(Iname) = 'FuTwoBodyDecay'
If (i_in.Lt.0) Then
i_start = 1
i_end = 4
gT = 0._dp
gPartial = 0._dp
Else If ( (i_in.Ge.1).And.(i_in.Le.4) ) Then
i_start = i_in
i_end = i_in
gT(i_in) = 0._dp
gPartial(i_in,:) = 0._dp
Else
If (ErrorLevel.Ge.-1) Then
Write(ErrCan,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(ErrCan,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,4
Write(*,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(*,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,4
End If
If (ErrorLevel.Gt.0) Call TerminateProgram
If (Present(BR)) BR = 0._dp
Iname = Iname -1
Return
End If
Do i1=i_start,i_end
m_in = MFu(i1)
If (m_in.Eq.0._dp) Cycle
Call CouplingsFor_Fu_decays_2B(m_in,i1,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,cplcFuFuAhL, &
& cplcFuFuAhR,cplcFuFuDpmL,cplcFuFuDpmR,cplcFuFdVWpL,cplcFuFdVWpR,cplcFuFdVXpL, &
& cplcFuFdVXpR,cplcFuFdcHpmL,cplcFuFdcHpmR,cplcFuFuhhL,cplcFuFuhhR,cplcFuFuVZL, &
& cplcFuFuVZR,cplcFuFuVZpL,cplcFuFuVZpR,cplcFuFucDpmL,cplcFuFucDpmR,deltaM)
i_count = 1
! ----------------------------------------------
! Fu, Ah
! ----------------------------------------------
Do gt1= 1, 4
Do gt2=3, 3
m1out = MFu(gt1)
m2out = MAh(gt2)
coupL = cplcFuFuAhL(i1,gt1,gt2)
coupR = cplcFuFuAhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fu, Dpm
! ----------------------------------------------
Do gt1= 1, 4
Do gt2=1, 2
m1out = MFu(gt1)
m2out = MDpm(gt2)
coupL = cplcFuFuDpmL(i1,gt1,gt2)
coupR = cplcFuFuDpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fd, VWp
! ----------------------------------------------
Do gt1= 1, 5
m1out = MFd(gt1)
m2out = MVWp
coupL = cplcFuFdVWpL(i1,gt1)
coupR = cplcFuFdVWpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
If (gt1.eq.3) Then
BR_tWb = gPartial(i1,i_count)
End if
i_count = i_count +1
End Do
! ----------------------------------------------
! Fd, VXp
! ----------------------------------------------
Do gt1= 1, 5
m1out = MFd(gt1)
m2out = MVXp
coupL = cplcFuFdVXpL(i1,gt1)
coupR = cplcFuFdVXpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fd, conj[Hpm]
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=3, 4
m1out = MFd(gt1)
m2out = MHpm(gt2)
coupL = cplcFuFdcHpmL(i1,gt1,gt2)
coupR = cplcFuFdcHpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
If (gt1.eq.3) Then
BR_tHb = gPartial(i1,i_count)
End if
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fu, hh
! ----------------------------------------------
Do gt1= 1, 4
Do gt2=1, 3
m1out = MFu(gt1)
m2out = Mhh(gt2)
coupL = cplcFuFuhhL(i1,gt1,gt2)
coupR = cplcFuFuhhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fu, VZ
! ----------------------------------------------
Do gt1= 1, 4
m1out = MFu(gt1)
m2out = MVZ
coupL = cplcFuFuVZL(i1,gt1)
coupR = cplcFuFuVZR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fu, VZp
! ----------------------------------------------
Do gt1= 1, 4
m1out = MFu(gt1)
m2out = MVZp
coupL = cplcFuFuVZpL(i1,gt1)
coupR = cplcFuFuVZpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fu, conj[Dpm]
! ----------------------------------------------
Do gt1= 1, 4
Do gt2=1, 2
m1out = MFu(gt1)
m2out = MDpm(gt2)
coupL = cplcFuFucDpmL(i1,gt1,gt2)
coupR = cplcFuFucDpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
If ((Present(BR)).And.(gT(i1).Eq.0)) Then
BR(i1,:) = 0._dp
Else If (Present(BR)) Then
BR(i1,:) = gPartial(i1,:)/gT(i1)
End if
End Do
Iname = Iname - 1
End Subroutine FuTwoBodyDecay
Subroutine FeTwoBodyDecay(i_in,deltaM,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,gPartial,gT,BR)
Implicit None
Real(dp),Intent(in) :: g1,g2,g3,ftri,mu12,mu22,mu32,Vn,v1,v2,MAh(3),MAh2(3),MDpm(2),MDpm2(2),MFd(5), &
& MFd2(5),MFe(3),MFe2(3),MFu(4),MFu2(4),Mhh(3),Mhh2(3),MHpm(4),MHpm2(4),MVWp, &
& MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2,TW
Complex(dp),Intent(in) :: l1,l12,l13,l12t,l13t,l2,l23,l23t,l3,hll1(3,3),hdp11(3),hd1(3),hdtp11(2), &
& hdt1(2),hup11(3),hUp1,hdp1(3),hd2(3),hdtp1(2),hdt2(2),hup21(3),hUp2,hd3(3), &
& hdt3(2),hu11(3),h12(3),hU1,hU2,Ud(5,5),Ue(3,3),Uu(4,4),Vd(5,5),Ve(3,3),Vu(4,4), &
& ZA(3,3),ZH(3,3),ZP(4,4),ZW(4,4),zy(2,2),ZZ(3,3)
Complex(dp) :: cplcFeFeAhL(3,3,3),cplcFeFeAhR(3,3,3),cplcFeFehhL(3,3,3),cplcFeFehhR(3,3,3), &
& cplcFeFeVZL(3,3),cplcFeFeVZR(3,3),cplcFeFeVZpL(3,3),cplcFeFeVZpR(3,3),cplcFeFv1HpmL(3,3,4),&
& cplcFeFv1HpmR(3,3,4),cplcFeFv1cVWpL(3,3),cplcFeFv1cVWpR(3,3),cplcFecFv1HpmL(3,3,4), &
& cplcFecFv1HpmR(3,3,4)
Integer, Intent(in) :: i_in
Real(dp), Intent(inout) :: gPartial(:,:), gT(:)
Real(dp), Intent(in) :: deltaM
Real(dp), Optional, Intent(inout) :: BR(:,:)
Integer :: i1, i2, i3, i4, i_start, i_end, i_count, gt1, gt2, gt3, gt4
Real(dp) :: gam, m_in, m1out, m2out, coupReal
Complex(dp) :: coupC, coupR, coupL, coup
Iname = Iname + 1
NameOfUnit(Iname) = 'FeTwoBodyDecay'
If (i_in.Lt.0) Then
i_start = 1
i_end = 3
gT = 0._dp
gPartial = 0._dp
Else If ( (i_in.Ge.1).And.(i_in.Le.3) ) Then
i_start = i_in
i_end = i_in
gT(i_in) = 0._dp
gPartial(i_in,:) = 0._dp
Else
If (ErrorLevel.Ge.-1) Then
Write(ErrCan,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(ErrCan,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,3
Write(*,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(*,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,3
End If
If (ErrorLevel.Gt.0) Call TerminateProgram
If (Present(BR)) BR = 0._dp
Iname = Iname -1
Return
End If
Do i1=i_start,i_end
m_in = MFe(i1)
If (m_in.Eq.0._dp) Cycle
Call CouplingsFor_Fe_decays_2B(m_in,i1,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,cplcFeFeAhL, &
& cplcFeFeAhR,cplcFeFehhL,cplcFeFehhR,cplcFeFeVZL,cplcFeFeVZR,cplcFeFeVZpL, &
& cplcFeFeVZpR,cplcFeFv1HpmL,cplcFeFv1HpmR,cplcFeFv1cVWpL,cplcFeFv1cVWpR,cplcFecFv1HpmL, &
& cplcFecFv1HpmR,deltaM)
i_count = 1
! ----------------------------------------------
! Fe, Ah
! ----------------------------------------------
Do gt1= 1, 3
Do gt2=3, 3
m1out = MFe(gt1)
m2out = MAh(gt2)
coupL = cplcFeFeAhL(i1,gt1,gt2)
coupR = cplcFeFeAhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fe, hh
! ----------------------------------------------
Do gt1= 1, 3
Do gt2=1, 3
m1out = MFe(gt1)
m2out = Mhh(gt2)
coupL = cplcFeFehhL(i1,gt1,gt2)
coupR = cplcFeFehhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fe, VZ
! ----------------------------------------------
Do gt1= 1, 3
m1out = MFe(gt1)
m2out = MVZ
coupL = cplcFeFeVZL(i1,gt1)
coupR = cplcFeFeVZR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fe, VZp
! ----------------------------------------------
Do gt1= 1, 3
m1out = MFe(gt1)
m2out = MVZp
coupL = cplcFeFeVZpL(i1,gt1)
coupR = cplcFeFeVZpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fv1, Hpm
! ----------------------------------------------
Do gt1= 1, 3
Do gt2=3, 4
m1out = 0._dp
m2out = MHpm(gt2)
coupL = cplcFeFv1HpmL(i1,gt1,gt2)
coupR = cplcFeFv1HpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fv1, conj[VWp]
! ----------------------------------------------
Do gt1= 1, 3
m1out = 0._dp
m2out = MVWp
coupL = cplcFeFv1cVWpL(i1,gt1)
coupR = cplcFeFv1cVWpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! bar[Fv1], Hpm
! ----------------------------------------------
Do gt1= 1, 3
Do gt2=3, 4
m1out = 0._dp
m2out = MHpm(gt2)
coupL = cplcFecFv1HpmL(i1,gt1,gt2)
coupR = cplcFecFv1HpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
If ((Present(BR)).And.(gT(i1).Eq.0)) Then
BR(i1,:) = 0._dp
Else If (Present(BR)) Then
BR(i1,:) = gPartial(i1,:)/gT(i1)
End if
End Do
Iname = Iname - 1
End Subroutine FeTwoBodyDecay
Subroutine FdTwoBodyDecay(i_in,deltaM,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,gPartial,gT,BR)
Implicit None
Real(dp),Intent(in) :: g1,g2,g3,ftri,mu12,mu22,mu32,Vn,v1,v2,MAh(3),MAh2(3),MDpm(2),MDpm2(2),MFd(5), &
& MFd2(5),MFe(3),MFe2(3),MFu(4),MFu2(4),Mhh(3),Mhh2(3),MHpm(4),MHpm2(4),MVWp, &
& MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2,TW
Complex(dp),Intent(in) :: l1,l12,l13,l12t,l13t,l2,l23,l23t,l3,hll1(3,3),hdp11(3),hd1(3),hdtp11(2), &
& hdt1(2),hup11(3),hUp1,hdp1(3),hd2(3),hdtp1(2),hdt2(2),hup21(3),hUp2,hd3(3), &
& hdt3(2),hu11(3),h12(3),hU1,hU2,Ud(5,5),Ue(3,3),Uu(4,4),Vd(5,5),Ve(3,3),Vu(4,4), &
& ZA(3,3),ZH(3,3),ZP(4,4),ZW(4,4),zy(2,2),ZZ(3,3)
Complex(dp) :: cplcFdFdAhL(5,5,3),cplcFdFdAhR(5,5,3),cplcFdFdDpmL(5,5,2),cplcFdFdDpmR(5,5,2), &
& cplcFdFdhhL(5,5,3),cplcFdFdhhR(5,5,3),cplcFdFdVZL(5,5),cplcFdFdVZR(5,5), &
& cplcFdFdVZpL(5,5),cplcFdFdVZpR(5,5),cplcFdFdcDpmL(5,5,2),cplcFdFdcDpmR(5,5,2), &
& cplcFdFuHpmL(5,4,4),cplcFdFuHpmR(5,4,4),cplcFdFucVWpL(5,4),cplcFdFucVWpR(5,4), &
& cplcFdFucVXpL(5,4),cplcFdFucVXpR(5,4)
Integer, Intent(in) :: i_in
Real(dp), Intent(inout) :: gPartial(:,:), gT(:)
Real(dp), Intent(in) :: deltaM
Real(dp), Optional, Intent(inout) :: BR(:,:)
Integer :: i1, i2, i3, i4, i_start, i_end, i_count, gt1, gt2, gt3, gt4
Real(dp) :: gam, m_in, m1out, m2out, coupReal
Complex(dp) :: coupC, coupR, coupL, coup
Iname = Iname + 1
NameOfUnit(Iname) = 'FdTwoBodyDecay'
If (i_in.Lt.0) Then
i_start = 1
i_end = 5
gT = 0._dp
gPartial = 0._dp
Else If ( (i_in.Ge.1).And.(i_in.Le.5) ) Then
i_start = i_in
i_end = i_in
gT(i_in) = 0._dp
gPartial(i_in,:) = 0._dp
Else
If (ErrorLevel.Ge.-1) Then
Write(ErrCan,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(ErrCan,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,5
Write(*,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(*,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,5
End If
If (ErrorLevel.Gt.0) Call TerminateProgram
If (Present(BR)) BR = 0._dp
Iname = Iname -1
Return
End If
Do i1=i_start,i_end
m_in = MFd(i1)
If (m_in.Eq.0._dp) Cycle
Call CouplingsFor_Fd_decays_2B(m_in,i1,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,cplcFdFdAhL, &
& cplcFdFdAhR,cplcFdFdDpmL,cplcFdFdDpmR,cplcFdFdhhL,cplcFdFdhhR,cplcFdFdVZL, &
& cplcFdFdVZR,cplcFdFdVZpL,cplcFdFdVZpR,cplcFdFdcDpmL,cplcFdFdcDpmR,cplcFdFuHpmL, &
& cplcFdFuHpmR,cplcFdFucVWpL,cplcFdFucVWpR,cplcFdFucVXpL,cplcFdFucVXpR,deltaM)
i_count = 1
! ----------------------------------------------
! Fd, Ah
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=3, 3
m1out = MFd(gt1)
m2out = MAh(gt2)
coupL = cplcFdFdAhL(i1,gt1,gt2)
coupR = cplcFdFdAhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fd, Dpm
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=1, 2
m1out = MFd(gt1)
m2out = MDpm(gt2)
coupL = cplcFdFdDpmL(i1,gt1,gt2)
coupR = cplcFdFdDpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fd, hh
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=1, 3
m1out = MFd(gt1)
m2out = Mhh(gt2)
coupL = cplcFdFdhhL(i1,gt1,gt2)
coupR = cplcFdFdhhR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fd, VZ
! ----------------------------------------------
Do gt1= 1, 5
m1out = MFd(gt1)
m2out = MVZ
coupL = cplcFdFdVZL(i1,gt1)
coupR = cplcFdFdVZR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fd, VZp
! ----------------------------------------------
Do gt1= 1, 5
m1out = MFd(gt1)
m2out = MVZp
coupL = cplcFdFdVZpL(i1,gt1)
coupR = cplcFdFdVZpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fd, conj[Dpm]
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=1, 2
m1out = MFd(gt1)
m2out = MDpm(gt2)
coupL = cplcFdFdcDpmL(i1,gt1,gt2)
coupR = cplcFdFdcDpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fu, Hpm
! ----------------------------------------------
Do gt1= 1, 4
Do gt2=3, 4
m1out = MFu(gt1)
m2out = MHpm(gt2)
coupL = cplcFdFuHpmL(i1,gt1,gt2)
coupR = cplcFdFuHpmR(i1,gt1,gt2)
Call FermionToFermionScalar(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Fu, conj[VWp]
! ----------------------------------------------
Do gt1= 1, 4
m1out = MFu(gt1)
m2out = MVWp
coupL = cplcFdFucVWpL(i1,gt1)
coupR = cplcFdFucVWpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Fu, conj[VXp]
! ----------------------------------------------
Do gt1= 1, 4
m1out = MFu(gt1)
m2out = MVXp
coupL = cplcFdFucVXpL(i1,gt1)
coupR = cplcFdFucVXpR(i1,gt1)
Call FermionToFermionVectorBoson(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
If ((Present(BR)).And.(gT(i1).Eq.0)) Then
BR(i1,:) = 0._dp
Else If (Present(BR)) Then
BR(i1,:) = gPartial(i1,:)/gT(i1)
End if
End Do
Iname = Iname - 1
End Subroutine FdTwoBodyDecay
Subroutine hhTwoBodyDecay(i_in,deltaM,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,gPartial,gT,BR)
Implicit None
Real(dp),Intent(in) :: g1,g2,g3,ftri,mu12,mu22,mu32,Vn,v1,v2,MAh(3),MAh2(3),MDpm(2),MDpm2(2),MFd(5), &
& MFd2(5),MFe(3),MFe2(3),MFu(4),MFu2(4),Mhh(3),Mhh2(3),MHpm(4),MHpm2(4),MVWp, &
& MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2,TW
Complex(dp),Intent(in) :: l1,l12,l13,l12t,l13t,l2,l23,l23t,l3,hll1(3,3),hdp11(3),hd1(3),hdtp11(2), &
& hdt1(2),hup11(3),hUp1,hdp1(3),hd2(3),hdtp1(2),hdt2(2),hup21(3),hUp2,hd3(3), &
& hdt3(2),hu11(3),h12(3),hU1,hU2,Ud(5,5),Ue(3,3),Uu(4,4),Vd(5,5),Ve(3,3),Vu(4,4), &
& ZA(3,3),ZH(3,3),ZP(4,4),ZW(4,4),zy(2,2),ZZ(3,3)
Complex(dp) :: cplHiggsPP(3),cplHiggsGG(3),cplHiggsZZvirt(3),cplHiggsWWvirt(3),cplAhAhhh(3,3,3), &
& cplAhhhhh(3,3,3),cplAhhhVZ(3,3),cplAhhhVZp(3,3),cplDpmhhcDpm(2,3,2),cplcFdFdhhL(5,5,3),&
& cplcFdFdhhR(5,5,3),cplcFeFehhL(3,3,3),cplcFeFehhR(3,3,3),cplcFuFuhhL(4,4,3), &
& cplcFuFuhhR(4,4,3),cplhhhhhh(3,3,3),cplhhHpmVWp(3,4),cplhhHpmVXp(3,4),cplhhHpmcHpm(3,4,4),&
& cplhhcVWpVWp(3),cplhhcVXpVXp(3),cplhhVZVZ(3),cplhhVZVZp(3),cplhhVZpVZp(3)
Integer, Intent(in) :: i_in
Real(dp), Intent(inout) :: gPartial(:,:), gT(:)
Real(dp), Intent(in) :: deltaM
Real(dp), Optional, Intent(inout) :: BR(:,:)
Integer :: i1, i2, i3, i4, i_start, i_end, i_count, gt1, gt2, gt3, gt4
Real(dp) :: gam, m_in, m1out, m2out, coupReal
Complex(dp) :: coupC, coupR, coupL, coup
Real(dp) :: alpha3
Iname = Iname + 1
NameOfUnit(Iname) = 'hhTwoBodyDecay'
If (i_in.Lt.0) Then
i_start = 1
i_end = 3
gT = 0._dp
gPartial = 0._dp
Else If ( (i_in.Ge.1).And.(i_in.Le.3) ) Then
i_start = i_in
i_end = i_in
gT(i_in) = 0._dp
gPartial(i_in,:) = 0._dp
Else
If (ErrorLevel.Ge.-1) Then
Write(ErrCan,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(ErrCan,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,3
Write(*,*) 'Problem in subroutine '//NameOfUnit(Iname)
Write(*,*) 'Value of i_in out of range, (i_in,i_max) = ', i_in,3
End If
If (ErrorLevel.Gt.0) Call TerminateProgram
If (Present(BR)) BR = 0._dp
Iname = Iname -1
Return
End If
Do i1=i_start,i_end
m_in = Mhh(i1)
If (m_in.Eq.0._dp) Cycle
Call CouplingsFor_hh_decays_2B(m_in,i1,MAh,MAh2,MDpm,MDpm2,MFd,MFd2,MFe, &
& MFe2,MFu,MFu2,Mhh,Mhh2,MHpm,MHpm2,MVWp,MVWp2,MVXp,MVXp2,MVZ,MVZ2,MVZp,MVZp2, &
& TW,Ud,Ue,Uu,Vd,Ve,Vu,ZA,ZH,ZP,ZW,zy,ZZ,g1,g2,g3,l1,l12,l13,l12t,l13t,l2, &
& l23,l23t,l3,hll1,hdp11,hd1,hdtp11,hdt1,hup11,hUp1,hdp1,hd2,hdtp1,hdt2,hup21, &
& hUp2,hd3,hdt3,hu11,h12,hU1,hU2,ftri,mu12,mu22,mu32,Vn,v1,v2,cplHiggsPP,cplHiggsGG, &
& cplHiggsZZvirt,cplHiggsWWvirt,cplAhAhhh,cplAhhhhh,cplAhhhVZ,cplAhhhVZp,cplDpmhhcDpm, &
& cplcFdFdhhL,cplcFdFdhhR,cplcFeFehhL,cplcFeFehhR,cplcFuFuhhL,cplcFuFuhhR, &
& cplhhhhhh,cplhhHpmVWp,cplhhHpmVXp,cplhhHpmcHpm,cplhhcVWpVWp,cplhhcVXpVXp, &
& cplhhVZVZ,cplhhVZVZp,cplhhVZpVZp,deltaM)
i_count = 1
! ----------------------------------------------
! VP, VP
! ----------------------------------------------
m1out = 0._dp
m2out = 0._dp
gam = G_F * m_in**3 * oosqrt2 * oo128pi3 * Abs(cplHiggsPP(i1))**2
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
! ----------------------------------------------
! VG, VG
! ----------------------------------------------
m1out = 0._dp
m2out = 0._dp
gam = G_F * m_in**3 * oosqrt2 * oo36pi3 * Abs(cplHiggsGG(i1))**2
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
! ----------------------------------------------
! VZ, VZ
! ----------------------------------------------
m1out = MVZ
m2out = MVZ
If (m_in.le.2._dp*m1out) Then
coupReal = cplHiggsZZvirt(i1)
Call ScalarToVectorBosonsVR(m_in,m1out,coupReal,gam)
Else
gam = 0._dp
End if
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
! ----------------------------------------------
! VWp, VWp
! ----------------------------------------------
m1out = MVWp
m2out = MVWp
If (m_in.le.2._dp*m1out) Then
coupReal = cplHiggsWWvirt(i1)
Call ScalarToVectorBosonsVR(m_in,m1out,coupReal,gam)
Else
gam = 0._dp
End if
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
! ----------------------------------------------
! Ah, Ah
! ----------------------------------------------
Do gt1= 3, 3
Do gt2= gt1, 3
m1out = MAh(gt1)
m2out = MAh(gt2)
coup = cplAhAhhh(gt1,gt2,i1)
Call ScalarToTwoScalars(m_in,m1out,m2out,coup,gam)
If (gt1.ne.gt2) gam = 2._dp*gam
gPartial(i1,i_count) = 1._dp/2._dp*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
If (gt1.eq.gt2) Then
BRHAA(i1,gt1) = gPartial(i1,i_count)
End if
BRHAAijk(i1,gt1,gt2) = gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! hh, Ah
! ----------------------------------------------
Do gt1= 1, 3
Do gt2=3, 3
m1out = Mhh(gt1)
m2out = MAh(gt2)
coup = cplAhhhhh(gt2,i1,gt1)
Call ScalarToTwoScalars(m_in,m1out,m2out,coup,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
BRHHAijk(i1,gt1,gt2) = gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! Ah, VZ
! ----------------------------------------------
Do gt1= 3, 3
m1out = MAh(gt1)
m2out = MVZ
coup = cplAhhhVZ(gt1,i1)
Call ScalarToScalarVectorBoson(m_in,m1out,m2out,coup,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
BRHAZ(i1,gt1) = gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! Ah, VZp
! ----------------------------------------------
Do gt1= 3, 3
m1out = MAh(gt1)
m2out = MVZp
coup = cplAhhhVZp(gt1,i1)
Call ScalarToScalarVectorBoson(m_in,m1out,m2out,coup,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
! ----------------------------------------------
! conj[Dpm], Dpm
! ----------------------------------------------
Do gt1= 1, 2
Do gt2=1, 2
m1out = MDpm(gt1)
m2out = MDpm(gt2)
coup = cplDpmhhcDpm(gt2,i1,gt1)
Call ScalarToTwoScalars(m_in,m1out,m2out,coup,gam)
gPartial(i1,i_count) = 1*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do
! ----------------------------------------------
! bar[Fd], Fd
! ----------------------------------------------
Do gt1= 1, 5
Do gt2=1, 5
m1out = MFd(gt1)
m2out = MFd(gt2)
coupL = cplcFdFdhhL(gt1,gt2,i1)
coupR = cplcFdFdhhR(gt1,gt2,i1)
Call ScalarToTwoFermions(m_in,m1out,m2out,coupL,coupR,gam)
gPartial(i1,i_count) = 3*gam
gT(i1) = gT(i1) + gPartial(i1,i_count)
i_count = i_count +1
End Do
End Do