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|
subroutine uttbxx(wt1,wt2,gt,tmass,twidth,wt)
c-------------------CP3 2009.10-----------------
c
c This subroutine computes an off-shell tensor current from
c the coupling of two non-propagating tensor bosons.
c
c input:
c complex wt1(18) : input non-propagating tensor t
c complex wt2(18) : input non-propagating tensor T
c complex gt : coupling constant gt=-1/Lambda
c output:
c complex wt(18) : tensor
implicit none
double complex wt(18), wt1(18), gt, wt2(18)
double precision pT(4),pT2,tmass,twidth
double complex T(6,4),T1(6,4),T2(6,4),d
double precision MT(4,4)
integer i, j,m,n
double complex cZero
double precision rZero, rTwo
parameter( rZero = 0.0d0, rTwo = 2.0d0 )
parameter( cZero = ( 0.0d0, 0.0d0 ) )
T2(1,1) = wt2(1)
T2(1,2) = wt2(2)
T2(1,3) = wt2(3)
T2(1,4) = wt2(4)
T2(2,1) = wt2(5)
T2(2,2) = wt2(6)
T2(2,3) = wt2(7)
T2(2,4) = wt2(8)
T2(3,1) = wt2(9)
T2(3,2) = wt2(10)
T2(3,3) = wt2(11)
T2(3,4) = wt2(12)
T2(4,1) = wt2(13)
T2(4,2) = wt2(14)
T2(4,3) = wt2(15)
T2(4,4) = wt2(16)
T2(5,1) = wt2(17)
T2(6,1) = wt2(18)
T1(1,1) = wt1(1)
T1(1,2) = wt1(2)
T1(1,3) = wt1(3)
T1(1,4) = wt1(4)
T1(2,1) = wt1(5)
T1(2,2) = wt1(6)
T1(2,3) = wt1(7)
T1(2,4) = wt1(8)
T1(3,1) = wt1(9)
T1(3,2) = wt1(10)
T1(3,3) = wt1(11)
T1(3,4) = wt1(12)
T1(4,1) = wt1(13)
T1(4,2) = wt1(14)
T1(4,3) = wt1(15)
T1(4,4) = wt1(16)
T1(5,1) = wt1(17)
T1(6,1) = wt1(18)
T(5,1) = T2(5,1)+T1(5,1)
T(6,1) = T2(6,1)+T1(6,1)
do i=1,4
do j=1,4
MT(i,j) = 0.0d0
enddo
enddo
MT(1,1) = 1.0d0
MT(2,2) = -1.0d0
MT(3,3) = -1.0d0
MT(4,4) = -1.0d0
do m=1,4
do n=1,4
T(m,n)= -((2*MT(1,m)*MT(1,n)
- - (2*MT(m,n))/3.)*T1(1,2)*T2(1,2)) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(1,2) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,3)*T2(1,2) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,4)*T2(1,2) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(1,2) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,3)*T2(1,2) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,4)*T2(1,2) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,1)*T2(1,2) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,2)*T2(1,2) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,1)*T2(1,2) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,2)*T2(1,2) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,2)*T2(1,3) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(1,3) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,4)*T2(1,3) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,1)*T2(1,3) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,3)*T2(1,3) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(1,3) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,2)*T2(1,3) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,4)*T2(1,3) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,1)*T2(1,3) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,3)*T2(1,3) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,2)*T2(1,4) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,3)*T2(1,4) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(1,4) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,1)*T2(1,4) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,4)*T2(1,4) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,1)*T2(1,4) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,4)*T2(1,4) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(1,4) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,2)*T2(1,4) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,3)*T2(1,4) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,2)*T2(2,1) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,3)*T2(2,1) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,4)*T2(2,1) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,1)*T2(2,1) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,3)*T2(2,1) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,4)*T2(2,1) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,1)*T2(2,1) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,2)*T2(2,1) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,1)*T2(2,1) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,2)*T2(2,1) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,2)*T2(2,3) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,3)*T2(2,3) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,1)*T2(2,3) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(2,3) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,4)*T2(2,3) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,1)*T2(2,3) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(2,3) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,4)*T2(2,3) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,2)*T2(2,3) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,3)*T2(2,3) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,2)*T2(2,4) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,4)*T2(2,4) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,1)*T2(2,4) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,3)*T2(2,4) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(2,4) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,2)*T2(2,4) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,4)*T2(2,4) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,1)*T2(2,4) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(2,4) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,3)*T2(2,4) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(1,2)*T2(3,1) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,3)*T2(3,1) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,4)*T2(3,1) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,1)*T2(3,1) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,3)*T2(3,1) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,1)*T2(3,1) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,2)*T2(3,1) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,4)*T2(3,1) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,1)*T2(3,1) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(4,3)*T2(3,1) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,2)*T2(3,2) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,3)*T2(3,2) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(2,1)*T2(3,2) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,3)*T2(3,2) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,4)*T2(3,2) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(3,1)*T2(3,2) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,2)*T2(3,2) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,4)*T2(3,2) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(4,2)*T2(3,2) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(4,3)*T2(3,2) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,3)*T2(3,4) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,4)*T2(3,4) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,3)*T2(3,4) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,4)*T2(3,4) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,1)*T2(3,4) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,2)*T2(3,4) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(3,4) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,1)*T2(3,4) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,2)*T2(3,4) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(3,4) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(1,2)*T2(4,1) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(1,3)*T2(4,1) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(1,4)*T2(4,1) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,1)*T2(4,1) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(2,4)*T2(4,1) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,1)*T2(4,1) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(3,4)*T2(4,1) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,1)*T2(4,1) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,2)*T2(4,1) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,3)*T2(4,1) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,2)*T2(4,2) -
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(1,4)*T2(4,2) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(2,1)*T2(4,2) +
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(2,3)*T2(4,2) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(2,4)*T2(4,2) -
- 2*(MT(3,n)*MT(4,m) + MT(3,m)*MT(4,n))*T1(3,2)*T2(4,2) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(3,4)*T2(4,2) +
- 2*(MT(1,n)*MT(2,m) + MT(1,m)*MT(2,n))*T1(4,1)*T2(4,2) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,2)*T2(4,2) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,3)*T2(4,2) +
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(1,3)*T2(4,3) -
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(1,4)*T2(4,3) -
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(2,3)*T2(4,3) +
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(2,4)*T2(4,3) -
- 2*(MT(1,n)*MT(4,m) + MT(1,m)*MT(4,n))*T1(3,1)*T2(4,3) +
- 2*(MT(2,n)*MT(4,m) + MT(2,m)*MT(4,n))*T1(3,2)*T2(4,3) +
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) -
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(3,4)*T2(4,3) +
- 2*(MT(1,n)*MT(3,m) + MT(1,m)*MT(3,n))*T1(4,1)*T2(4,3) -
- 2*(MT(2,n)*MT(3,m) + MT(2,m)*MT(3,n))*T1(4,2)*T2(4,3) -
- (2*MT(1,m)*MT(1,n) - (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) +
- (2*MT(2,m)*MT(2,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) -
- (2*MT(3,m)*MT(3,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3) -
- (2*MT(4,m)*MT(4,n) + (2*MT(m,n))/3.)*T1(4,3)*T2(4,3)
enddo
enddo
pT(1) = dreal(T(5,1))
pT(2) = dreal(T(6,1))
pT(3) = dimag(T(6,1))
pT(4) = dimag(T(5,1))
pT2 = pT(1)**2-pT(2)**2-pT(3)**2-pT(4)**2
do m=1,4
do n=1,4
T(m,n)=T(m,n)
- +((-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,2)*
- T2(1,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,2)*T2(1,2)
- + 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,3)*T2(1,2) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(1,2) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,1)*
- T2(1,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,1)*T2(1,2)
- - 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,3)*T2(1,2) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(1,2) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,1)*T2(1,2) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,2)*T2(1,2) -
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(1,2) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(1,2) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(1,3) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,3)*
- T2(1,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,3)*T2(1,3)
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(1,3) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(1,3) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,3)*T2(1,3) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,1)*
- T2(1,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,1)*T2(1,3)
- - 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,2)*T2(1,3) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(1,3) -
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(1,3) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(1,3) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(1,4) +
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(1,4) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,4)*
- T2(1,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,4)*T2(1,4)
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(1,4) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,4)*T2(1,4) -
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(1,4) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(1,4) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,1)*
- T2(1,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,1)*T2(1,4)
- - 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,2)*T2(1,4) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(1,4) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,2)*
- T2(2,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,2)*T2(2,1)
- - 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,3)*T2(2,1) -
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(2,1) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,1)*
- T2(2,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,1)*T2(2,1)
- + 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,3)*T2(2,1) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(2,1) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,1)*T2(2,1) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,2)*T2(2,1) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(2,1) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(2,1) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(2,3) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,3)*T2(2,3) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(2,3) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,3)*
- T2(2,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,3)*T2(2,3)
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(2,3) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,1)*T2(2,3) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,2)*
- T2(2,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,2)*T2(2,3)
- + 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(2,3) +
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(2,3) -
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(2,3) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(2,4) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,4)*T2(2,4) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(2,4) -
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(2,4) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,4)*
- T2(2,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,4)*T2(2,4)
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(2,4) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(2,4) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,1)*T2(2,4) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,2)*
- T2(2,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,2)*T2(2,4)
- + 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(2,4) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(3,1) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,3)*
- T2(3,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,3)*T2(3,1)
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,4)*T2(3,1) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(3,1) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,3)*T2(3,1) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,1)*
- T2(3,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,1)*T2(3,1)
- + 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,2)*T2(3,1) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(3,1) +
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,1)*T2(3,1) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(3,1) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,2)*T2(3,2) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,3)*T2(3,2) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(2,1)*T2(3,2) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,3)*
- T2(3,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,3)*T2(3,2)
- + 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,4)*T2(3,2) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(3,1)*T2(3,2) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,2)*
- T2(3,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,2)*T2(3,2)
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,4)*T2(3,2) -
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(4,2)*T2(3,2) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(4,3)*T2(3,2) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(3,4) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,4)*T2(3,4) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(3,4) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,4)*T2(3,4) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(3,4) -
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(3,4) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,4)*
- T2(3,4) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,4)*T2(3,4)
- - 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,1)*T2(3,4) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,2)*T2(3,4) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,3)*
- T2(3,4) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,3)*T2(3,4)
- - 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(4,1) -
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(4,1) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(1,4)*
- T2(4,1) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(1,4)*T2(4,1)
- + 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(4,1) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(2,4)*T2(4,1) +
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(4,1) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(4,1) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,1)*
- T2(4,1) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,1)*T2(4,1)
- + 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,2)*T2(4,1) +
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(4,1) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,2)*T2(4,2) -
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(1,4)*T2(4,2) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(2,1)*T2(4,2) +
- 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(4,2) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(2,4)*
- T2(4,2) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(2,4)*T2(4,2)
- - 2*(-(pT(4)*pT(n)*MT(3,m)) - pT(4)*pT(m)*MT(3,n) -
- pT(3)*pT(n)*MT(4,m) - pT(3)*pT(m)*MT(4,n) +
- (2*pT(3)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(4,2) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(3,4)*T2(4,2) +
- 2*(-(pT(2)*pT(n)*MT(1,m)) - pT(2)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(2,m) - pT(1)*pT(m)*MT(2,n) +
- (2*pT(1)*pT(2)*MT(m,n))/3.)*T1(4,1)*T2(4,2) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,2)*
- T2(4,2) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(4,2)*T2(4,2)
- - 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,3)*T2(4,2) +
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(1,3)*T2(4,3) -
- 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(1,4)*T2(4,3) -
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(2,3)*T2(4,3) +
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(2,4)*T2(4,3) -
- 2*(-(pT(4)*pT(n)*MT(1,m)) - pT(4)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(4,m) - pT(1)*pT(m)*MT(4,n) +
- (2*pT(1)*pT(4)*MT(m,n))/3.)*T1(3,1)*T2(4,3) +
- 2*(-(pT(4)*pT(n)*MT(2,m)) - pT(4)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(4,m) - pT(2)*pT(m)*MT(4,n) +
- (2*pT(2)*pT(4)*MT(m,n))/3.)*T1(3,2)*T2(4,3) +
- (2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) -
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(3,4)*
- T2(4,3) + (-2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) +
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
- + (2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) -
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
- + (2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) -
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)*T1(3,4)*T2(4,3)
- + 2*(-(pT(3)*pT(n)*MT(1,m)) - pT(3)*pT(m)*MT(1,n) -
- pT(1)*pT(n)*MT(3,m) - pT(1)*pT(m)*MT(3,n) +
- (2*pT(1)*pT(3)*MT(m,n))/3.)*T1(4,1)*T2(4,3) -
- 2*(-(pT(3)*pT(n)*MT(2,m)) - pT(3)*pT(m)*MT(2,n) -
- pT(2)*pT(n)*MT(3,m) - pT(2)*pT(m)*MT(3,n) +
- (2*pT(2)*pT(3)*MT(m,n))/3.)*T1(4,2)*T2(4,3) +
- (-2*(-(pT(1)*pT(n)*MT(1,m)) - pT(1)*pT(m)*MT(1,n)) +
- (2*(-(pT(m)*pT(n)) - pT(1)**2*MT(m,n)))/3.)*T1(4,3)*
- T2(4,3) + (2*(-(pT(2)*pT(n)*MT(2,m)) -
- pT(2)*pT(m)*MT(2,n)) -
- (2*(pT(m)*pT(n) - pT(2)**2*MT(m,n)))/3.)*T1(4,3)*T2(4,3)
- + (-2*(-(pT(3)*pT(n)*MT(3,m)) - pT(3)*pT(m)*MT(3,n)) +
- (2*(pT(m)*pT(n) - pT(3)**2*MT(m,n)))/3.)*T1(4,3)*T2(4,3)
- + (-2*(-(pT(4)*pT(n)*MT(4,m)) - pT(4)*pT(m)*MT(4,n)) +
- (2*(pT(m)*pT(n) - pT(4)**2*MT(m,n)))/3.)
- *T1(4,3)*T2(4,3))/tmass*2
enddo
enddo
if ( tmass.gt.rZero ) then
d = - 1.0d0/dcmplx( pT2-tmass**2, tmass*twidth )
else
d = - 1.0d0/dcmplx( pT2, rZero )
end if
do m=1,4
do n=1,4
T(m,n)=T(m,n)*gt*d/2.0d0
enddo
enddo
c 2.0 factor from propagator convention
wt(1) = T(1,1)
wt(2) = T(1,2)
wt(3) = T(1,3)
wt(4) = T(1,4)
wt(5) = T(2,1)
wt(6) = T(2,2)
wt(7) = T(2,3)
wt(8) = T(2,4)
wt(9) = T(3,1)
wt(10) = T(3,2)
wt(11) = T(3,3)
wt(12) = T(3,4)
wt(13) = T(4,1)
wt(14) = T(4,2)
wt(15) = T(4,3)
wt(16) = T(4,4)
wt(17) = T(5,1)
wt(18) = T(6,1)
return
end
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