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213 lines
6.5 KiB
213 lines
6.5 KiB
call test
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end
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subroutine test
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! ********************************************************************
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! ********************************************************************
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use mpmodule
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use avh_olo
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implicit none
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integer :: nn
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character(4) :: next
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real(kind(1d0)) :: mu
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!
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call mpinit(34)
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call ltini !|LTVSNge26=yesyes
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!# call ffini !|LTVSNge26=yesno
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call olo_onshell( 1d-6 )
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! call olo_unit( 6 ,'printall' )
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call olo_precision(34)
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write(*,*) 'dp precision:',olo_dp_precision()
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write(*,*) 'mp precision:',olo_mp_precision()
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!
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next = 'next'
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do while (next.eq.'next')
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read(5,*) nn ,mu
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call olo_scale( mu )
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call setmudim( mu*mu ) !|LT=yes
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if (nn.eq.2) then
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call test_2
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elseif (nn.eq.3) then
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call test_3
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else!if(nn.eq.4) then
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call test_4
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endif
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read(5,*) next
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enddo
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end
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subroutine test_4
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! ********************************************************************
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! ********************************************************************
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use mpmodule
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use avh_olo
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implicit none
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complex(kind(1d0)) :: p1,p2,p3,p4,p12,p23,m1,m2,m3,m4
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complex(kind(1d0)) :: zLT,D0C,zdp(0:2)
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type(mp_complex) :: p1_mp,p2_mp,p3_mp,p4_mp,p12_mp,p23_mp
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type(mp_complex) :: m1_mp,m2_mp,m3_mp,m4_mp,zmp(0:2)
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!
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read(5,*) p1
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read(5,*) p2
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read(5,*) p3
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read(5,*) p4
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read(5,*) p12
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read(5,*) p23
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read(5,*) m1
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read(5,*) m2
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read(5,*) m3
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read(5,*) m4
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write(6,101) 'p1 : (',real(p1),',',aimag(p1),')'
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write(6,101) 'p2 : (',real(p2),',',aimag(p2),')'
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write(6,101) 'p3 : (',real(p3),',',aimag(p3),')'
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write(6,101) 'p4 : (',real(p4),',',aimag(p4),')'
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write(6,101) 'p12: (',real(p12),',',aimag(p12),')'
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write(6,101) 'p23: (',real(p23),',',aimag(p23),')'
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write(6,101) 'm1 : (',real(m1),',',aimag(m1),')'
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write(6,101) 'm2 : (',real(m2),',',aimag(m2),')'
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write(6,101) 'm3 : (',real(m3),',',aimag(m3),')'
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write(6,101) 'm4 : (',real(m4),',',aimag(m4),')'
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101 format(a6,d31.24,a1,d31.24,a1)
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!
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p1_mp =p1
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p2_mp =p2
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p3_mp =p3
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p4_mp =p4
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p12_mp=p12
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p23_mp=p23
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m1_mp =m1
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m2_mp =m2
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m3_mp =m3
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m4_mp =m4
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call olo( zdp ,p1,p2,p3,p4,p12,p23 ,m1,m2,m3,m4 )
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call olo( zmp ,p1_mp,p2_mp,p3_mp,p4_mp,p12_mp,p23_mp
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& ,m1_mp,m2_mp,m3_mp,m4_mp )
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!
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zLT = dcmplx(0d0)
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if (zmp(1).eq.dcmplx(0d0)) !|LT=yes
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& zLT = D0C( p1,p2,p3,p4,p12,p23 ,m1,m2,m3,m4 ) !|LT=yes
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!
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write(6,'(a10)') ' eps^( 0):'
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if (zLT.ne.dcmplx(0d0))
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&write(6,'(a8,2d24.16)') ' LT:',zLT
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write(6,'(a8,2d24.16)') ' olo:',zdp(0)
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call mpwrite(6,zmp(0))
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write(6,'(a10)') ' eps^(-1):'
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write(6,'(a8,2d24.16)') ' olo:',zdp(1)
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call mpwrite(6,zmp(1))
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write(6,'(a10)') ' eps^(-2):'
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write(6,'(a8,2d24.16)') ' olo:',zdp(2)
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call mpwrite(6,zmp(2))
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write(6,*)
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!
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end
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subroutine test_3
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! ********************************************************************
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! ********************************************************************
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use mpmodule
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use avh_olo
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implicit none
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complex(kind(1d0)) :: p1,p2,p3,m1,m2,m3 ,zLT,C0C,zdp(0:2)
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type(mp_complex) :: p1_mp,p2_mp,p3_mp
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type(mp_complex) :: m1_mp,m2_mp,m3_mp,zmp(0:2)
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!
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read(5,*) p1
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read(5,*) p2
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read(5,*) p3
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read(5,*) m1
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read(5,*) m2
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read(5,*) m3
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write(6,101) 'p1 : (',real(p1),',',aimag(p1),')'
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write(6,101) 'p2 : (',real(p2),',',aimag(p2),')'
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write(6,101) 'p3 : (',real(p3),',',aimag(p3),')'
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write(6,101) 'm1 : (',real(m1),',',aimag(m1),')'
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write(6,101) 'm2 : (',real(m2),',',aimag(m2),')'
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write(6,101) 'm3 : (',real(m3),',',aimag(m3),')'
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101 format(a6,d31.24,a1,d31.24,a1)
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!
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p1_mp=p1
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p2_mp=p2
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p3_mp=p3
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m1_mp=m1
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m2_mp=m2
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m3_mp=m3
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call olo( zdp ,p1,p2,p3 ,m1,m2,m3 )
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call olo( zmp ,p1_mp,p2_mp,p3_mp ,m1_mp,m2_mp,m3_mp )
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!
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zLT = dcmplx(0d0)
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if (zmp(1).eq.dcmplx(0d0)) !|LT=yes
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& zLT = C0C( p1,p2,p3 ,m1,m2,m3 ) !|LT=yes
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!
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write(6,'(a10)') ' eps^( 0):'
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if (zLT.ne.dcmplx(0d0))
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&write(6,'(a8,2d24.16)') ' LT:',zLT
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write(6,'(a8,2d24.16)') ' olo:',zdp(0)
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call mpwrite(6,zmp(0))
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write(6,'(a10)') ' eps^(-1):'
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write(6,'(a8,2d24.16)') ' olo:',zdp(1)
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call mpwrite(6,zmp(1))
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write(6,'(a10)') ' eps^(-2):'
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write(6,'(a8,2d24.16)') ' olo:',zdp(2)
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call mpwrite(6,zmp(2))
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write(6,*)
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!
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end
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subroutine test_2
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! ********************************************************************
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! ********************************************************************
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use mpmodule
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use avh_olo
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implicit none
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complex(kind(1d0)) :: p1,m1,m2
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complex(kind(1d0)) :: b0LT,b1LT,b00LT,b11LT,b0C,b1C,b00C,b11C
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type(mp_complex) :: m1_mp,m2_mp,p1_mp
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type(mp_complex) :: rslt(0:2),b0(0:2),b1(0:2),b00(0:2),b11(0:2)
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!
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read(5,*) p1
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read(5,*) m1
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read(5,*) m2
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write(6,101) 'p1 : (',real(p1),',',aimag(p1),')'
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write(6,101) 'm1 : (',real(m1),',',aimag(m1),')'
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write(6,101) 'm2 : (',real(m2),',',aimag(m2),')'
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101 format(a6,d31.24,a1,d31.24,a1)
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!
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p1_mp = p1
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m1_mp = m1
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m2_mp = m2
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call olo_b11( b11,b00,b1,b0 ,p1_mp ,m1_mp,m2_mp )
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call olo_b0( rslt ,p1_mp ,m1_mp,m2_mp )
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b0LT = B0C( p1 ,m1,m2 ) !|LT=yes
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b1LT = B1C( p1 ,m1,m2 ) !|LT=yes
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b00LT = B00C( p1 ,m1,m2 ) !|LT=yes
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b11LT = B11C( p1 ,m1,m2 ) !|LT=yes
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!
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write(6,'(a10)') ' eps^( 0):'
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write(6,'(a8,2d24.16)') 'b0 LT:',b0LT !|LT=yes
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,rslt(0))
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b0(0))
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write(6,'(a8,2d24.16)') 'b1 LT:',b1LT !|LT=yes
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b1(0))
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write(6,'(a8,2d24.16)') 'b00 LT:',b00LT !|LT=yes
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b00(0))
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write(6,'(a8,2d24.16)') 'b11 LT:',b11LT !|LT=yes
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b11(0))
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write(6,'(a10)') ' eps^(-1):'
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b0(1))
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write(6,'(a10)') ' eps^(-2):'
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write(6,'(a8,2d24.16)') ' olo:'
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call mpwrite(6,b0(2))
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write(6,*)
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!
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!
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end
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