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! This file is part of HiggsBounds
! -KW
!********************************************************
module output
!********************************************************
use usefulbits, only : Hneut,Hplus,file_id_common
contains
!********************************************************
subroutine setup_output
! Creates the key to the process numbers used
! (by the way, note that these numbers are dependent on the
! setting of whichanalyses)
! Sets 'rep'. This is the number of processes that will be checked
! against the experimentally measured limit
! e.g. if rep=2, the process with the highest stat sens will be checked,
! but so will the process with the 2nd highest stat.sens.
! (can be useful, despitethe statistical intepretation of results from
! the 2nd highest process being hazy)
! Allocates the array 'res', which holds stuff to do with output
!********************************************************
use usefulbits, only : ndat,inputmethod, & !input
& rep, & !output
& res, & !allocated
& allocate_if_stats_required,infile1,whichinput
implicit none
!-----------------------------------internal
integer :: i
character(len=100) :: start_of_filename !must be same size as infile1 or bigger
!-------------------------------------------
if(len(start_of_filename).lt.len(infile1))then
stop'problem in subroutine setup_output 2'
endif
select case(inputmethod)
case('datfile')
!create Key to process numbers in file Key.dat
select case(whichinput)
case('effC','part','hadr')
start_of_filename=infile1
case('SLHA')
start_of_filename=''
case default
stop'problem in subroutine setup_output 1'
end select
call createKey(start_of_filename)
rep=1
case('website')
rep=3 !if change this, also need to change subroutine weboutput
!in module extra_bits_for_web
case('subrout')
!create Key to process numbers in file Key.dat
#ifndef WEBVERSION
call createKey(infile1)
#endif
if(allocated(allocate_if_stats_required))then
rep=2
else
rep=1 !if change this, also need to change subroutine run_HiggsBounds_effC
endif
end select
allocate(res(ndat))
do i=1,ndat
allocate(res(i)%chan(rep))
allocate(res(i)%obsratio(rep))
allocate(res(i)%axis_i(rep))
allocate(res(i)%axis_j(rep))
allocate(res(i)%sfactor(rep))
allocate(res(i)%allowed95(rep))
allocate(res(i)%ncombined(rep))
allocate(res(i)%channelselection(rep))
enddo
if(allocated(allocate_if_stats_required))then
do i=1,ndat
res(i)%channelselection='full'
res(i)%channelselection(2)='clsb'
enddo
else
do i=1,ndat
res(i)%channelselection='full'
enddo
endif
end subroutine setup_output
!********************************************************
subroutine do_output
! Writes output to file or screen, depending on whether
! inputmethod='datfile' or inputmethod='website'
!********************************************************
use usefulbits, only : res,theo,ndat,inputmethod,np,vers, &
& n_additional, & !input
& whichanalyses,whichinput,pr,listprocesses,infile1
use extra_bits_for_web
use S95tables
use extra_bits_for_SLHA
implicit none
!-----------------------------------internal
integer :: i,ii,jj,x,n,n_sum
character(LEN=1) :: nHchar
character(LEN=3) :: addchar,tempchar
character(LEN=8) :: createdate
character(LEN=10) :: createtime
character(LEN=19) :: createdateandtime
character(LEN=100) :: format43
character(LEN=500) :: columndescription
type(listprocesses) :: proc
character(LEN=200):: descrip
double precision, allocatable :: Mhall(:,:)
!-------------------------------------------
select case(inputmethod)
case('datfile')
select case(whichinput)
case('SLHA')
call outputSLHAdata(infile1)
case('effC','part','hadr')
n_sum=0
do i=1,ndat
n_sum=n_sum+res(i)%allowed95(1)
enddo
if(n_sum.le.(-ndat))then ! i.e. no good data sets
!write(*,*)'Check that M>0 and the sum of the branching ratios for each Higgs is <=1'
write(*,*)'no valid data sets: check that particle mass>0 for at least one data set'
endif
if((np(Hneut)>0).or.(np(Hplus)>0))then
allocate(Mhall(ndat,np(Hneut)+np(Hplus)))
do jj=1,ndat
ii=0
if(np(Hneut)>0)then
do i=1,np(Hneut)
Mhall(jj,i)=theo(jj)%particle(Hneut)%M(i)
enddo
ii=np(Hneut)
endif
if(np(Hplus)>0)then
do i=1,np(Hplus)
Mhall(jj,ii+i)=theo(jj)%particle(Hplus)%M(i)
enddo
endif
enddo
else
stop'error in subroutine do_output(1)'
endif
format43='(1I14,'
write(nHchar,'(I1)')np(Hneut)
if(np(Hneut)>0)format43=trim(adjustl(format43))//nHchar//'G16.6,'
write(nHchar,'(I1)')np(Hplus)
if(np(Hplus)>0)format43=trim(adjustl(format43))//nHchar//'G16.6,'
format43=trim(adjustl(format43))//'2I6,G16.6,1I6'
write(addchar,'(I3)')n_additional
if(n_additional>0)format43=trim(adjustl(format43))//','//trim(adjustl(addchar))//'G16.6'
format43=trim(adjustl(format43))//')'
open(file_id_common,file=trim(infile1)//"HiggsBounds_results.dat")
call date_and_time(createdate,createtime)
createdateandtime=createdate(7:8)//'.' &
& //createdate(5:6)//'.' &
& //createdate(1:4)//' at '&
& //createtime(1:2)//':' &
& //createtime(3:4)
write(file_id_common,*)'# generated with HiggsBounds version '//trim(adjustl(vers))//' on '//createdateandtime
write(file_id_common,*)'# settings: '//whichanalyses//', '//whichinput
write(file_id_common,*)'#'
write(file_id_common,*)'# column abbreviations'
write(file_id_common,*)'# n : line id of input'
if(np(Hneut)>0)write(file_id_common,*)'# Mh(i) : Neutral Higgs boson masses in GeV'
if(np(Hplus)>0)write(file_id_common,*)'# Mhplus(i) : Charged Higgs boson masses in GeV'
write(file_id_common,*)'# HBresult : scenario allowed flag (1: allowed, 0: excluded, -1: unphysical)'
write(file_id_common,*)'# chan : most sensitive channel (see below). chan=0 if no channel applies'
write(file_id_common,*)'# obsratio : ratio [sig x BR]_model/[sig x BR]_limit (<1: allowed, >1: excluded)'
write(file_id_common,*)'# ncomb : number of Higgs bosons combined in most sensitive channel'
if(n_additional>0)then
write(file_id_common,*)'# additional : optional additional data stored in <prefix>additional.dat (e.g. tan beta)'
endif
write(file_id_common,*)'#'
write(file_id_common,*)'# channel numbers used in this file'
do x=1,ubound(pr,dim=1)
n=0
do jj=1,ndat
if(x.eq.res(jj)%chan(1))n=n+1
enddo
if(n.ge.1)then
proc=pr(x)
write(tempchar,'(I3)')x
call outputproc(proc,file_id_common,descrip,1)
write(file_id_common,*)'# '//trim(tempchar)//' :'//trim(descrip)
endif
enddo
write(file_id_common,*)'# (for full list of processes, see Key.dat)'
write(file_id_common,*)'#'
columndescription='#cols: n'
if(np(Hneut)>0)then
do i=1,np(Hneut)
write(tempchar,'(I3)')i
columndescription=trim(columndescription)//' Mh('//trim(adjustl(tempchar))//') '
enddo
endif
if(np(Hplus)>0)then
do i=1,np(Hplus)
write(tempchar,'(I3)')i
columndescription=trim(columndescription)//' Mhplus('//trim(adjustl(tempchar))//') '
enddo
endif
columndescription=trim(columndescription)//' HBresult chan obsratio ncomb '
if(n_additional>0)then
do i=1,n_additional
write(tempchar,'(I3)')i
columndescription=trim(columndescription)//' additional('//trim(adjustl(tempchar))//') '
enddo
endif
write(file_id_common,*)trim(columndescription)
write(file_id_common,*)'#'
if(n_additional>0)then
do jj=1,ndat
write(file_id_common,fmt=trim(format43))jj,(Mhall(jj,i) ,i=1,np(Hneut)+np(Hplus)), &
& res(jj)%allowed95(1),res(jj)%chan(1),res(jj)%obsratio(1),res(jj)%ncombined(1), &
& (theo(jj)%additional(i),i=1,n_additional)
enddo
else
do jj=1,ndat
write(file_id_common,fmt=trim(format43))jj,(Mhall(jj,i) ,i=1,np(Hneut)+np(Hplus)), &
& res(jj)%allowed95(1),res(jj)%chan(1),res(jj)%obsratio(1),res(jj)%ncombined(1)
enddo
endif
close(file_id_common)
deallocate(Mhall)
case default
stop'error in subroutine do_output (*2)'
end select
case('website')
do jj=1,ndat
call weboutput(res(jj))
enddo
case('subrout')
select case(whichinput)
case('SLHA')
call outputSLHAdata(infile1)
case default
stop'error in subroutine do_output(c)'
end select
case default
stop'error in subroutine do_output (*1)'
end select
end subroutine do_output
!********************************************************
subroutine createKey(file_beginning)
! writes the key to the process numbers
! (by the way, note that the process numbers are dependent on the
! setting of whichanalyses)
!********************************************************
use S95tables
use usefulbits, only : np,ntot,pr,vers,whichanalyses,whichinput !input
implicit none
character(len=*),intent(in) :: file_beginning
!-----------------------------------internal
integer :: i,j,n
character(LEN=45) :: tableno
character(LEN=200):: descrip
!-------------------------------------------
open(file_id_common,file=trim(file_beginning)//'Key.dat')
132 format('*********** Key to Process Numbers *************')
131 format('**************************************************************',/ &
,' ', A ,/ )
130 format('process ',1I4)
133 format(' ------------------------------------------------------------ ')
134 format('**************************************************************')
write(file_id_common,132)
write(file_id_common,*)'This key has been generated with HiggsBounds version '//trim(adjustl(vers))//' '
write(file_id_common,*)'with the setting whichanalyses='//whichanalyses
write(file_id_common,*)
write(file_id_common,134)
write(file_id_common,*)
write(file_id_common,130)0
write(file_id_common,*)' no process applies'
do n=1,ntot
i=pr(n)%findi
j=pr(n)%findj
select case(pr(n)%ttype)
case(1)
tableno=trim(S95_t1(pr(n)%tlist)%label)
case(2)
tableno=trim(S95_t2(pr(n)%tlist)%label)
end select
if((j.eq.1).and.(i.eq.1))write(file_id_common,131)trim(tableno)
write(file_id_common,130)n
if(pr(n)%ttype.eq.1)then
call outputproc(pr(n),file_id_common,descrip,1)
write(file_id_common,*)trim(descrip)
elseif(pr(n)%ttype.eq.2)then
if((i.eq.j).and.(S95_t2(pr(n)%tlist)%needs_M2_gt_2M1))then
! these processes involve Br(hj->hj+hj) and so never exist
write(file_id_common,*)' ***'
else
call outputproc(pr(n),file_id_common,descrip,1)
write(file_id_common,*)trim(descrip)
endif
else
stop 'error in subroutine createKey'
endif
select case(pr(n)%ttype)
case(1)
if((i.eq.np( S95_t1(pr(n)%tlist)%particle_x )).and.(j.ne.np( S95_t1(pr(n)%tlist)%particle_x )))write(file_id_common,133)
case(2)
if((i.eq.np( S95_t2(pr(n)%tlist)%particle_x1 )).and.(j.ne.np( S95_t2(pr(n)%tlist)%particle_x2 )))write(file_id_common,133)
end select
enddo
close(file_id_common)
end subroutine createKey
!******************************************************************
end module output
!******************************************************************neut

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