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Index: trunk/HiggsBounds_KW/channels.F90
===================================================================
--- trunk/HiggsBounds_KW/channels.F90 (revision 496)
+++ trunk/HiggsBounds_KW/channels.F90 (revision 497)
@@ -1,708 +1,708 @@
! This file is part of HiggsBounds
! -KW
!******************************************************************
module channels
!******************************************************************
implicit none
type listanalyses
integer :: ttype
integer :: tlist
integer :: particle_x1,particle_x2
integer :: req
logical :: in_first_set
end type
type(listanalyses), allocatable :: l_analyses(:)
contains
!**********************************************************
subroutine setup_channels
!**********************************************************
! puts together a list of processes to be checked by HiggsBounds
! sets number of processes to be checked (= ntot)
!**********************************************************
use usefulbits, only : np,debug,whichanalyses, & !input
& ntot,pr, analysislist, using_likelihood
use S95tables, only : S95_t1,S95_t2,WhichColliderString
use likelihoods, only : CMS_3316_data,nllhs
implicit none
!-----------------------------------internal
integer :: n_analyses
integer :: i,n,j,k,req,n_perm,id
character(LEN=3) :: expt
logical :: pub
integer :: llh
double precision :: energy
!-------------------------------------------
n_analyses=size(S95_t1)+size(S95_t2)+nllhs
allocate(l_analyses(n_analyses))
n=0
do i=1,n_analyses
req=1
if(i.le.size(S95_t1))then ! table type 1
l_analyses(i)%tlist=i
l_analyses(i)%ttype=1
expt=S95_t1(i)%expt
energy=S95_t1(i)%energy
pub=is_S95_t1x_published(i)
id = S95_t1(i)%id
llh = S95_t1(i)%llh
l_analyses(i)%particle_x1=S95_t1(i)%particle_x
l_analyses(i)%particle_x2=S95_t1(i)%particle_x !shouldn't actually be used
n_perm=np( l_analyses(i)%particle_x1 )
elseif (i.le.(size(S95_t1)+size(S95_t2))) then ! table type 2
j=i-size(S95_t1)
l_analyses(i)%tlist=j
l_analyses(i)%ttype=2
expt=S95_t2(j)%expt
energy=S95_t2(j)%energy
id=S95_t2(j)%id
llh=0
pub=.True.
l_analyses(i)%particle_x1=S95_t2(j)%particle_x1
l_analyses(i)%particle_x2=S95_t2(j)%particle_x2
n_perm=np( l_analyses(i)%particle_x1 )*np( l_analyses(i)%particle_x2 )
else
! CMS tau tau likelihood
j=i-size(S95_t1)-size(S95_t2)
l_analyses(i)%tlist=j
l_analyses(i)%ttype=9 ! for likelihoods
expt=CMS_3316_data(1)%expt
energy=CMS_3316_data(1)%energy
id=3316
pub=.True.
llh=1
l_analyses(i)%particle_x1=CMS_3316_data(1)%particle_x
l_analyses(i)%particle_x2=CMS_3316_data(1)%particle_x !shouldn't actually be used
n_perm=np( l_analyses(i)%particle_x1 )
endif
select case(whichanalyses)
case('onlyL')
select case(WhichColliderString(expt,energy))
case('LEP')
req= 1 * req
case('TEV','LHC7','LHC8')
req= 0 * req
case default
stop'error in error in setup_channels (1)'
end select
case('onlyH')
select case(WhichColliderString(expt,energy))
case('TEV','LHC7','LHC8')
req= 1 * req
case('LEP')
req= 0 * req
case default
stop'error in error in setup_channels (2)'
end select
case('LandH')
select case(WhichColliderString(expt,energy))
case('LEP','TEV','LHC7','LHC8')
req= 1 * req
case default
stop'error in error in setup_channels (3)'
end select
case('onlyP')
if(pub)then
req= 1 * req
else
req= 0 * req
endif
case('list')
do k=1,n_analyses
if (analysislist(k).eq.id) then
req = 1 * req
exit
endif
if (analysislist(k).le.0) then
req = 0 * req
exit
endif
enddo
case default
stop'error in setup_channels (A)'
end select
! Remove analyses which have corresponding likelihood
! This is performed using a bitmask on the llh variable
if(iand(llh,using_likelihood).GT.0) req = 0*req
- print *, i, id, llh, using_likelihood, iand(llh, using_likelihood), req
+ ! print *, i, id, llh, using_likelihood, iand(llh, using_likelihood), req
l_analyses(i)%req=req
n=n+ req*n_perm
!LEP analyses should be at the top of the list, to
!make the order the same as in Oliver's code
select case(WhichColliderString(expt,energy))
case('LEP')
l_analyses(i)%in_first_set=.True.
case('TEV','LHC7','LHC8')
l_analyses(i)%in_first_set=.False.
case default
stop'error in error in setup_channels (a)'
end select
enddo
! number of processes to test (nb won't all be valid)
ntot=n
call fill_pr
deallocate(l_analyses)
if(debug)then
write(*,*)'ntot=',ntot
call print_init_stuff_for_debugging
endif
contains
!******************************************
subroutine print_init_stuff_for_debugging
!******************************************
use usefulbits, only : Hneut,Hplus,file_id_debug1
logical :: templogical
integer :: n, fileid
! This section is just to assist with debugging
! It prints information about the channels to file 21
fileid = file_id_debug1
write(fileid,*)whichanalyses,np(Hneut),np(Hplus)
do n=1,ntot
if(pr(n)%ttype.eq.1)then
templogical=.False.
elseif(.not.S95_t2(pr(n)%tlist)%needs_M2_gt_2M1)then
templogical=.True.
else
templogical=.False.
endif
write(fileid,'(5I6,1L4)')n,pr(n)%tlist,pr(n)%ttype, &
& pr(n)%findj,pr(n)%findi, &
& templogical
enddo
end subroutine print_init_stuff_for_debugging
end subroutine setup_channels
!******************************************************************
subroutine check_channels(t,r,h)
!******************************************************************
!Checks each process against predicted experimental bounds
!For some of the processes with high stat. sensitivity, then
!compares to the measured experimental bounds
!******************************************************************
use usefulbits, only : ntot,debug, prsep, & !input
& dataset,results,Hneut,Hplus,np
use S95tables
use likelihoods, only : nllhs, calcpredratio_llh, check_against_bound_llh
implicit none
!--------------------------------------input
type(dataset) :: t
integer, intent(in) :: h
!-------------------------------------output
type(results) :: r
!-----------------------------------internal
double precision, allocatable :: predratio(:),fact(:),predratio_saved(:)
integer, allocatable :: ncomb(:)
integer :: ii,n
integer :: rep
integer :: mlratio, count_clsb
double precision, allocatable :: axis_i(:),axis_j(:)
!-------------------------------------------
allocate(predratio(ntot),fact(ntot),ncomb(ntot))
allocate(predratio_saved(ntot))
allocate(axis_i(ntot),axis_j(ntot))
predratio = 0.0D0
fact = 0.0D0
rep=size(r%obsratio)
!if((size(r%chan).ne.rep).or.(size(r%allowed95).ne.rep))then
! write(*,*)'wrong input to subroutine check_channels in module channels'
! stop
!endif
if (h.GT.(np(Hneut)+np(Hplus))) then
stop "Illegal number for Higgs in check_channels"
endif
if( t%gooddataset )then ! labels a physical parameter point
do n=1,ntot
select case(prsep(h,n)%ttype)
case(1,2)
call calcfact(prsep(h,n),t,fact(n),axis_i(n),axis_j(n),ncomb(n))! calculates the theoretical factor that will be compared to the expt result
!For LEP tables, fact is S_theo (see HB paper for full definition)
call check_against_bound(prsep(h,n),fact(n),axis_i(n),axis_j(n),predratio(n),2) !checks each process against
!predicted experimental bounds
case(9) ! likelihoods
call calcpredratio_llh(prsep(h,n)%tlist,prsep(h,n)%findj,t,axis_i(n),fact(n),ncomb(n),predratio(n))
! write(*,*) 'after calcpredratio_llh:', prsep(h,n)%tlist,prsep(h,n)%findj,axis_i(n),fact(n),ncomb(n),predratio(n)
! n.b.: In case of likelihoods, we have two fact numbers (for ggH and bbH). Here, fact is the sum of these two.
axis_j=axis_i
end select
! print *, h, n, predratio(n)
enddo
predratio_saved=predratio
if(debug) call print_stuff_for_debugging
! i=1 uses channel with highest stat. sensitivity
! compare with fact(mlratio) with experimental S95 value
count_clsb=0
do ii=1,rep
if(count_clsb.gt.0)stop'should not occur. To generalise, use a pointer.' ! should also not use 'full' after a 'clsb'
select case(r%channelselection(ii))
case('full')
! do nothing
case('clsb') !don't want to pick any channels we don't have clsb tables for
predratio=predratio_saved ! we need to use the original predratio, because at least one the predratio(mlratio)
! could have been set to -1 if the full case was done first
do n=1,ntot
if(prsep(h,n)%corresponding_clsb_table_element.le.0)then
predratio(n)= -1.0D0
endif
enddo
count_clsb=count_clsb+1
case default
stop'problem in subroutine check_channels'
end select
66 mlratio=maxloc(predratio,dim=1)
if(predratio(mlratio).gt.0.0D0)then
! setting the channel with the highest stat. sens. to -1 so that
! the next highest is selected next time round
! write(*,*) "Most sensitive analysis: ", mlratio, prsep(h,mlratio)%ttype, predratio(mlratio)
predratio(mlratio)= -1.0D0
select case(prsep(h,mlratio)%ttype)
case(1,2)
call check_against_bound(prsep(h,mlratio),fact(mlratio),axis_i(mlratio),axis_j(mlratio),r%obsratio(ii),1)
case(9)
! write(*,*) 'selected llh limit:', mlratio,prsep(h,mlratio)%tlist,prsep(h,mlratio)%findj,axis_i(mlratio)
call check_against_bound_llh(prsep(h,mlratio)%tlist,prsep(h,mlratio)%findj,t,axis_i(mlratio),ncomb(mlratio),r%obsratio(ii))
end select
!use this instead if you're only interested in the predicted exclusions, not the observed ones
!call check_against_bound(pr(mlratio),fact(mlratio),axis_i(mlratio),axis_j(mlratio),r%obsratio(ii),2)
!write(*,*)'hello WARNING PREDICTED RESULT USED TO OBTAIN EXCLUSION, NOT OBSERVED RESULT!'
r%sfactor(ii) =fact(mlratio)
r%axis_i(ii) =axis_i(mlratio)
r%axis_j(ii) =axis_j(mlratio)
r%chan(ii) =mlratio
r%ncombined(ii)=ncomb(mlratio)
else ! none of the processes apply: label with zero
r%chan(ii) = 0
r%obsratio(ii) = 0.0D0
r%axis_i(ii) = 0.0D0
r%axis_j(ii) = 0.0D0
r%sfactor(ii) = 0.0D0
r%ncombined(ii)= 0
endif
if((r%chan(ii).gt.0).and.(r%obsratio(ii).ge.1.0D0))then
r%allowed95(ii)= 0 !excluded
elseif(r%obsratio(ii).lt.0.0D0)then
! There is something wrong with this channel, no observed value
r%obsratio(ii) = 0.0D0
r%axis_i(ii) = 0.0D0
r%axis_j(ii) = 0.0D0
r%sfactor(ii) = 0.0D0
r%ncombined(ii)= 0
r%chan(ii) = 0
r%allowed95(ii)= -1
goto 66
else
r%allowed95(ii)=1
endif
!if(r%obsratio(ii).lt.0.0D0)write(*,*)'hello A',r%obsratio(ii),r%chan(ii)
enddo
else ! gooddataset=False
r%obsratio = 0.0D0
r%axis_i = 0.0D0
r%axis_j = 0.0D0
r%sfactor = 0.0D0
r%ncombined= 0
r%chan = 0
r%allowed95= -1
endif
deallocate(axis_i)
deallocate(axis_j)
deallocate(predratio)
deallocate(predratio_saved)
deallocate(fact)
deallocate(ncomb)
contains
!******************************************
subroutine print_stuff_for_debugging
!******************************************
use usefulbits, only : Hneut,Hplus,np,file_id_debug2
! integer :: x,y
integer :: n,fileid
! This section is just to assist with debugging
! x=3
! if(x.gt.ubound(t%particle(Hneut)%M,dim=1))stop 'error in subroutine print_stuff_for_debugging a'
! if(x.gt.ubound(t%particle(Hplus)%M,dim=1))stop 'error in subroutine print_stuff_for_debugging b'
! write(*,*)'hello subroutine print_stuff_for_debugging'
fileid=file_id_debug2
write(fileid,*)'********************'
if(np(Hneut).ge.1)then
write(fileid,'(" * Mh:",1E16.7)') t%particle(Hneut)%M(1)
elseif(np(Hneut).ge.1)then
write(n,'(" * Mhplus:",1E16.7)')t%particle(Hplus)%M(1)
else
!stop'error in subroutine print_stuff_for_debugging B'
endif
! write(n,*)'********************'
! write(n,*)'x',x
! BE CAREFUL ABOUT PRINTING THESE OUT: check option of whichanalyses
! write(n,*)'********************'
! write(n,*)'t%particle(Hneut)%M(x):',t%particle(Hneut)%M(x)
! write(n,*)'********************'
! write(n,*)'t%CP_value(x):', t%CP_value(x)
! write(n,*)'********************'
! write(n,*)'t%BR_hjbb(x):', t%BR_hjbb(x)
! write(n,*)'t%BR_hjWW(x):', t%BR_hjWW(x)
! write(n,*)'t%BR_hjtautau(x):', t%BR_hjtautau(x)
! write(n,*)'t%BR_hjgaga(x):', t%BR_hjgaga(x)
! write(n,*)'********************'
! write(n,*)'t%lep%XS_hjZ_ratio:', t%lep%XS_hjZ_ratio
! write(n,*)'t%lep%XS_hjhi_ratio:', t%lep%XS_hjhi_ratio(x,x)
! write(n,*)'********************'
! write(n,*)'t%tev%XS_hjW_ratio(x):',t%tev%XS_hjW_ratio(x)
! write(n,*)'t%tev%XS_hjZ_ratio(x):',t%tev%XS_hjZ_ratio(x)
! write(n,*)'t%tev%XS_hj_ratio(x):', t%tev%XS_hj_ratio(x)
! write(n,*)'t%tev%XS_vbf_ratio(x):',t%tev%XS_vbf_ratio(x)
! write(n,*)'t%tev%XS_tthj_ratio(x)',t%tev%XS_tthj_ratio(x)
! write(n,*)'t%tev%XS_hjb_ratio(x)', t%tev%XS_hjb_ratio(x)
! write(n,*)'********************'
! write(n,*)'t%tev%XS_HW_SM(x)', t%tev%XS_HW_SM(x)
! write(n,*)'t%tev%XS_HZ_SM(x)', t%tev%XS_HZ_SM(x)
! write(n,*)'t%tev%XS_H_SM(x)', t%tev%XS_H_SM(x)
! write(n,*)'t%tev%XS_vbf_SM(x)', t%tev%XS_vbf_SM(x)
! write(n,*)'t%tev%XS_Hb_SM(x)', t%tev%XS_Hb_SM(x)
! write(n,*)'t%tev%XS_Hb_c3_SM(x)', t%tev%XS_Hb_c3_SM(x)
! write(n,*)'t%tev%XS_ttH_SM(x)', t%tev%XS_ttH_SM(x)
! write(n,*)'********************'
! write(n,*)'BR_HWW_SM(x):', t%BR_HWW_SM(x)
! write(n,*)'BR_Hgaga_SM(x):', t%BR_Hgaga_SM(x)
! write(n,*)'BR_Htautau_SM(x):', t%BR_Htautau_SM(x)
! write(n,*)'BR_Hbb_SM(x):', t%BR_Hbb_SM(x)
! write(n,*)'BR_Hjets_SM(x):', t%BR_Hjets_SM(x)
! write(n,*)'********************'
! write(n,*)'BR_tHpjb(x):',t%BR_tHpjb(x)
! write(n,*)'BR_Hpjcs(x):',t%BR_Hpjcs(x)
! write(n,*)'BR_Hpjcb(x):',t%BR_Hpjcb(x)
write(fileid,*)'********************'
write(fileid,*)'* n predratio(n) '
do n=1,ntot
write(fileid,'(1I6,1E16.7)')n,predratio(n)
enddo
!write(n,*)'********************'
!y=93
!write(n,*)'y=',y
!write(n,*)'fact(y),predratio(y)',fact(y),predratio(y)
!write(n,*)'********************'
!write(*,*)'********************'
!write(*,'(1I6,2E12.3)')maxloc(predratio,dim=1),maxval(predratio,dim=1),r%obsratio(1)
!write(*,*)'********************'
!stop'just debugging at the moment'
end subroutine print_stuff_for_debugging
!******************************************
end subroutine check_channels
!******************************************************************
subroutine fill_pr
!******************************************************************
!fills the components of pr (which will keep track of the
!characteristics of each process)
!******************************************************************
use usefulbits, only : np,ntot, & !input
& pr, prsep, &!allocates, fills
& Hneut,Hplus,allocate_if_stats_required
use S95tables, only : S95_t1_or_S95_t2_idfromelementnumber
use S95tables_type3, only :clsb_t3elementnumber_from_S95table
implicit none
!-----------------------------------internal
integer :: n,x,i,j,np1,np2,set,id
logical :: add_this_analysis_now
!-------------------------------------------
allocate(pr(0:ntot))
allocate(prsep(0:(np(Hneut)+np(Hplus)),0:ntot))
!use this for debugging:
!call check_tables
! open(100,file="prlist.0",action="write")
! open(101,file="prlist.1",action="write")
! open(102,file="prlist.2",action="write")
! open(103,file="prlist.3",action="write")
! open(104,file="prlist.4",action="write")
do n=0,ntot
pr(n)%tlist=0
pr(n)%ttype=0
pr(n)%findi=0
pr(n)%findj=0
enddo
do i=0,np(Hneut)+np(Hplus)
do n=0,ntot
prsep(i,n)%tlist=0
prsep(i,n)%ttype=0
prsep(i,n)%findi=0
prsep(i,n)%findj=0
enddo
enddo
n=0
do set=1,2
do x=1,size(l_analyses)
select case(set)
case(1)
add_this_analysis_now = l_analyses(x)%in_first_set
case(2)
add_this_analysis_now =.not.l_analyses(x)%in_first_set
case default
stop'error in subroutine fill_pr (a)'
end select
if(add_this_analysis_now)then
np1=np( l_analyses(x)%particle_x1 )
np2=np( l_analyses(x)%particle_x2 )
select case(l_analyses(x)%req)
case(1)
select case(l_analyses(x)%ttype)
case(1,9) ! Do this for tables type 1 and likelihoods
do i=1,np1
n=n+1
pr(n)%tlist=l_analyses(x)%tlist !tlist is the table number i.e. which component of
!S95_t1 or S95_t1 to use
pr(n)%ttype=l_analyses(x)%ttype !ttype is the table type
pr(n)%findi=i !findi gives the i in h_i for this process
pr(n)%findj=i !findj gives the j in h_j for this process
prsep(0,n)%tlist=l_analyses(x)%tlist !tlist is the table number i.e. which component of
!S95_t1 or S95_t1 to use
prsep(0,n)%ttype=l_analyses(x)%ttype !ttype is the table type
prsep(0,n)%findi=i !findi gives the i in h_i for this process
prsep(0,n)%findj=i !findj gives the j in h_j for this process
IF (l_analyses(x)%particle_x1.EQ.Hneut) THEN
prsep(i,n)%tlist=l_analyses(x)%tlist !tlist is the table number i.e. which component of
!S95_t1 or S95_t1 to use
prsep(i,n)%ttype=l_analyses(x)%ttype !ttype is the table type
prsep(i,n)%findi=i !findi gives the i in h_i for this process
prsep(i,n)%findj=i !findj gives the j in h_j for this process
ELSE
prsep(np(Hneut)+i,n)%tlist=l_analyses(x)%tlist !tlist is the table number i.e. which component of
!S95_t1 or S95_t1 to use
prsep(np(Hneut)+i,n)%ttype=l_analyses(x)%ttype !ttype is the table type
prsep(np(Hneut)+i,n)%findi=i !findi gives the i in h_i for this process
prsep(np(Hneut)+i,n)%findj=i !findj gives the j in h_j for this process
ENDIF
enddo
case(2)
do j=1,np2
do i=1,np1
n=n+1
pr(n)%tlist=l_analyses(x)%tlist
pr(n)%ttype=l_analyses(x)%ttype
pr(n)%findi=i
pr(n)%findj=j
prsep(0,n)%tlist=l_analyses(x)%tlist
prsep(0,n)%ttype=l_analyses(x)%ttype
prsep(0,n)%findi=i
prsep(0,n)%findj=j
prsep(i,n)%tlist=l_analyses(x)%tlist !tlist is the table number i.e. which component of
!S95_t1 or S95_t1 to use
prsep(i,n)%ttype=l_analyses(x)%ttype !ttype is the table type
prsep(i,n)%findi=i !findi gives the i in h_i for this process
prsep(i,n)%findj=j !findj gives the j in h_j for this process
enddo
enddo
case default
stop'error in subroutine fill_pr (3)'
end select
case(0)
!leave analyses out
case default
stop'error in subroutine fill_pr (1)'
end select
endif
enddo
enddo
if(n.ne.ntot)stop'error in subroutine fill_pr (2)'
if(allocated(allocate_if_stats_required))then
do n=1,ntot
id= S95_t1_or_S95_t2_idfromelementnumber(pr(n)%ttype,pr(n)%tlist)
pr(n)%corresponding_clsb_table_element=clsb_t3elementnumber_from_S95table(pr(n)%ttype,id)
prsep(0,n)%corresponding_clsb_table_element=clsb_t3elementnumber_from_S95table(pr(n)%ttype,id)
do i=1,size(prsep,dim=1)-1
if(prsep(i,n)%ttype.ne.0.and.prsep(i,n)%tlist.ne.0) then
id= S95_t1_or_S95_t2_idfromelementnumber(prsep(i,n)%ttype,prsep(i,n)%tlist)
prsep(i,n)%corresponding_clsb_table_element=clsb_t3elementnumber_from_S95table(prsep(i,n)%ttype,id)
else
prsep(i,n)%corresponding_clsb_table_element=-1
endif
enddo
enddo
else
do n=1,ntot
pr(n)%corresponding_clsb_table_element=-1
prsep(0,n)%corresponding_clsb_table_element=-1
do i=1,size(prsep,dim=1)-1
prsep(i,n)%corresponding_clsb_table_element=-1
enddo
enddo
endif
! ### OS ###
! do n=1,ntot
! write(100,*) n,prsep(0,n)%tlist, prsep(0,n)%ttype,prsep(0,n)%findi,prsep(0,n)%findj
! enddo
! do n=1,ntot
! write(101,*) n,prsep(1,n)%tlist, prsep(1,n)%ttype,prsep(1,n)%findi, prsep(1,n)%findj
! enddo
! do n=1,ntot
! write(102,*) n,prsep(2,n)%tlist, prsep(2,n)%ttype,prsep(2,n)%findi, prsep(2,n)%findj
! enddo
! do n=1,ntot
! write(103,*) n,prsep(3,n)%tlist, prsep(3,n)%ttype,prsep(3,n)%findi, prsep(3,n)%findj
! enddo
! do n=1,ntot
! write(104,*) n,prsep(4,n)%tlist, prsep(4,n)%ttype,prsep(4,n)%findi, prsep(4,n)%findj
! enddo
! close(100)
! close(101)
! close(102)
! close(103)
! close(104)
end subroutine fill_pr
!************************************************************
function is_S95_t1x_published(x)
!************************************************************
use S95tables, only : S95_t1
implicit none
!--------------------------------------input
integer, intent(in) :: x
!-----------------------------------function
logical :: is_S95_t1x_published
!-------------------------------------------
if( (index(S95_t1(x)%label,'hep').gt.0) &
& .or.(index(S95_t1(x)%label,'HEP').gt.0) &
& .or.(index(S95_t1(x)%label,'arx').gt.0) &
& .or.(index(S95_t1(x)%label,'arX').gt.0) &
& .or.(index(S95_t1(x)%label,'ARX').gt.0) )then
is_S95_t1x_published=.True.
!elseif(S95_t1(x)%expt.eq.'LEP')then
! is_S95_t1x_published=.True.
else
is_S95_t1x_published=.False.
endif
end function is_S95_t1x_published
!************************************************************
subroutine check_tables
!************************************************************
! prints out all the Tevatron data to a file 'debugging_tables.txt'
! in a format which can be easily compared to the data in OB's code's tables
use usefulbits, only : file_id_common
use S95tables, only : S95_t1
implicit none
!-----------------------------------internal
integer :: x,y,i,p,n
double precision :: Mhi
!-------------------------------------------
n=file_id_common
open(n,file='debugging_tables_tevtype1.txt')
do p=2,1,-1
do x=1,size(l_analyses)
if(l_analyses(x)%ttype.eq.1)then
y=l_analyses(x)%tlist
if(S95_t1(y)%expt.ne.'LEP')then
write(n,*)" id of table:",y,S95_t1(y)%id
do i=lbound(S95_t1(y)%dat,dim=1),ubound(S95_t1(y)%dat,dim=1)
Mhi=S95_t1(y)%xmin+dble(i-1)*S95_t1(y)%sep
write(n,'(2E17.10)')Mhi,S95_t1(y)%dat(i,p)
enddo
endif
endif
enddo
enddo
close(n)
open(n,file='debugging_tables_leptype1.txt')
do p=2,1,-1
do x=1,size(l_analyses)
if(l_analyses(x)%ttype.eq.1)then
y=l_analyses(x)%tlist
if(S95_t1(y)%expt.eq.'LEP')then
write(n,*)" id of table:",y,S95_t1(y)%id
do i=lbound(S95_t1(y)%dat,dim=1),ubound(S95_t1(y)%dat,dim=1)
Mhi=S95_t1(y)%xmin+dble(i-1)*S95_t1(y)%sep
write(n,'(2E17.10)')Mhi,S95_t1(y)%dat(i,p)
enddo
endif
endif
enddo
enddo
close(n)
stop'subroutine check_tables should only be used when debugging'
end subroutine check_tables
!************************************************************
end module channels
!******************************************************************

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