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NtupleInit.f
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NtupleInit.f
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subroutine NtupleInit(filename)
implicit none
save
include 'hbook.inc'
include 'simulate.inc'
character*80 filename,directory
character*30 name,title
integer*4 m,io,recl,bank,id,status, i
parameter(recl = 1024)
parameter(bank = 8000)
parameter(io = 29)
parameter(name = 'SNT')
parameter(title = 'SIMTUPLE')
data NtupleTag /90*' '/
NtupleID = defaultID
id = NtupleID
NtupleIO = io
NtupleName = name
! call HCDIR(directory,'R') !CERNLIB read current directory
! call HROPEN(io,name,filename,'N',recl,status) !CERNLIB
open (io, file=filename, status='UNKNOWN', iostat=status)
!directory set to "//TUPLE"
if (status.ne.0)then
write(6,*) 'NtupleInit: OPEN error: istat=',status
stop
endif
m = 0
if(electron_arm.eq.1 .or. electron_arm.eq.3.or. electron_arm.eq.7)then !electron = right side.
m = m+1
NtupleTag(m) = 'e_delta' ! 1
m = m+1
NtupleTag(m) = 'e_yptar' ! 2
m = m+1
NtupleTag(m) = 'e_xptar' ! 3
m = m+1
NtupleTag(m) = 'e_ytar' ! 4
m = m+1
NtupleTag(m) = 'e_xfp' ! 5
m = m+1
NtupleTag(m) = 'e_xpfp' ! 6
m = m+1
NtupleTag(m) = 'e_yfp' ! 7
m = m+1
NtupleTag(m) = 'e_ypfp' ! 8
m = m+1
NtupleTag(m) = 'e_deltai' ! 9
m = m+1
NtupleTag(m) = 'e_yptari' ! 10
m = m+1
NtupleTag(m) = 'e_xptari' ! 11
m = m+1
NtupleTag(m) = 'e_ytari' ! 12
m = m+1
NtupleTag(m) = 'h_delta' ! 13
m = m+1
NtupleTag(m) = 'h_yptar' ! 14
m = m+1
NtupleTag(m) = 'h_xptar' ! 15
m = m+1
NtupleTag(m) = 'h_ytar' ! 16
m = m+1
NtupleTag(m) = 'h_xfp' ! 17
m = m+1
NtupleTag(m) = 'h_xpfp' ! 18
m = m+1
NtupleTag(m) = 'h_yfp' ! 19
m = m+1
NtupleTag(m) = 'h_ypfp' ! 20
m = m+1
NtupleTag(m) = 'h_deltai' ! 21
m = m+1
NtupleTag(m) = 'h_yptari' ! 22
m = m+1
NtupleTag(m) = 'h_xptari' ! 23
m = m+1
NtupleTag(m) = 'h_ytari' ! 24
else if (electron_arm.eq.2 .or. electron_arm.eq.4 .or.
> electron_arm.eq.5 .or. electron_arm.eq.6.or. electron_arm.eq.8) then !e- = left.
m = m+1
NtupleTag(m) = 'h_delta' ! 1
m = m+1
NtupleTag(m) = 'h_yptar' ! 2
m = m+1
NtupleTag(m) = 'h_xptar' ! 3
m = m+1
NtupleTag(m) = 'h_ytar' ! 4
m = m+1
NtupleTag(m) = 'h_xfp' ! 5
m = m+1
NtupleTag(m) = 'h_xpfp' ! 6
m = m+1
NtupleTag(m) = 'h_yfp' ! 7
m = m+1
NtupleTag(m) = 'h_ypfp' ! 8
m = m+1
NtupleTag(m) = 'h_deltai' ! 9
m = m+1
NtupleTag(m) = 'h_yptari' ! 10
m = m+1
NtupleTag(m) = 'h_xptari' ! 11
m = m+1
NtupleTag(m) = 'h_ytari' ! 12
m = m+1
NtupleTag(m) = 'e_delta' ! 13
m = m+1
NtupleTag(m) = 'e_yptar' ! 14
m = m+1
NtupleTag(m) = 'e_xptar' ! 15
m = m+1
NtupleTag(m) = 'e_ytar' ! 16
m = m+1
NtupleTag(m) = 'e_xfp' ! 17
m = m+1
NtupleTag(m) = 'e_xpfp' ! 18
m = m+1
NtupleTag(m) = 'e_yfp' ! 19
m = m+1
NtupleTag(m) = 'e_ypfp' ! 20
m = m+1
NtupleTag(m) = 'e_deltai' ! 21
m = m+1
NtupleTag(m) = 'e_yptari' ! 22
m = m+1
NtupleTag(m) = 'e_xptari' ! 23
m = m+1
NtupleTag(m) = 'e_ytari' ! 24
endif
m = m+1
NtupleTag(m) = 'q' ! 25
m = m+1
NtupleTag(m) = 'nu' ! 26
m = m+1
NtupleTag(m) = 'Q2' ! 27
m = m+1
NtupleTag(m) = 'W' ! 28
m = m+1
NtupleTag(m) = 'epsilon' ! 29
m = m+1
NtupleTag(m) = 'Em' ! 30
m = m+1
NtupleTag(m) = 'Pm' ! 31
m = m+1
NtupleTag(m) = 'theta_pq' ! 32
m = m+1
NtupleTag(m) = 'phi_pq' ! 33
if (doing_pion .or. doing_kaon .or. doing_delta) then
m = m+1
NtupleTag(m) = 'missmass' ! 34
m = m+1
NtupleTag(m) = 'mmnuc' ! 35
m = m+1
NtupleTag(m) = 'phad' ! 36
m = m+1
NtupleTag(m) = 't' ! 37
m = m+1
NtupleTag(m) = 'pmpar' ! 38
m = m+1
NtupleTag(m) = 'pmper' ! 39
m = m+1
NtupleTag(m) = 'pmoop' ! 40
m = m+1
NtupleTag(m) = 'fry' ! 41 !+y is up.
m = m+1
NtupleTag(m) = 'radphot' ! 42
m = m+1
NtupleTag(m) = 'pfermi' ! 43
m = m+1
NtupleTag(m) = 'siglab' ! 44
m = m+1
NtupleTag(m) = 'sigcm' ! 45
m = m+1
NtupleTag(m) = 'Weight' ! 46
m = m+1
NtupleTag(m) = 'decdist' ! 47
m = m+1
NtupleTag(m) = 'Mhadron' ! 48
m = m+1
NtupleTag(m) = 'pdotqhat' ! 49
m = m+1
NtupleTag(m) = 'Q2i' ! 50
m = m+1
NtupleTag(m) = 'Wi' ! 51
m = m+1
NtupleTag(m) = 'ti' ! 52
m = m+1
NtupleTag(m) = 'phipqi' ! 53
if(using_tgt_field) then
m = m+1
NtupleTag(m) = 'th_tarq' ! 54
m = m+1
NtupleTag(m) = 'phitarq' ! 55
m = m+1
NtupleTag(m) = 'beta' ! 56
m = m+1
NtupleTag(m) = 'phis' ! 57
m = m+1
NtupleTag(m) = 'phic' ! 58
m = m+1
NtupleTag(m) = 'betai' ! 59
m = m+1
NtupleTag(m) = 'phisi' ! 60
m = m+1
NtupleTag(m) = 'phici' ! 61
endif
if (doing_kaon) then
m = m+1
NtupleTag(m) = 'saghai' ! 54
m = m+1
NtupleTag(m) = 'factor' ! 55
endif
else if (doing_semi.or.doing_rho) then
m = m+1
NtupleTag(m) = 'missmass' ! 34 <- Wprime for semi-inclusive folks
m = m+1
NtupleTag(m) = 'ppi' ! 35
m = m+1
NtupleTag(m) = 't' ! 36
m = m+1
NtupleTag(m) = 'fry' ! 37 !+y is up.
m = m+1
NtupleTag(m) = 'radphot' ! 38
m = m+1
NtupleTag(m) = 'siglab' ! 39
m = m+1
NtupleTag(m) = 'sigcent' ! 40
m = m+1
NtupleTag(m) = 'Weight' ! 41
m = m+1
NtupleTag(m) = 'decdist' ! 42
m = m+1
NtupleTag(m) = 'Mhadron' ! 43
m = m+1
NtupleTag(m) = 'z' ! 44
m = m+1
NtupleTag(m) = 'zi' ! 45
m = m+1
NtupleTag(m) = 'pt2' ! 46
m = m+1
NtupleTag(m) = 'pt2i' ! 47
m = m+1
NtupleTag(m) = 'xbj' ! 48
m = m+1
NtupleTag(m) = 'xbji' ! 49
m = m+1
NtupleTag(m) = 'thqi' ! 50
m = m+1
NtupleTag(m) = 'sighad' ! 51
m = m+1
NtupleTag(m) = 'jacobian' ! 52
m = m+1
NtupleTag(m) = 'centjac' ! 53
m = m+1
NtupleTag(m) = 'pfermi' ! 54
m = m+1
NtupleTag(m) = 'xfermi' ! 55
m = m+1
NtupleTag(m) = 'phipqi' ! 56
if(using_tgt_field) then
m = m+1
NtupleTag(m) = 'th_tarq' ! 57
m = m+1
NtupleTag(m) = 'phitarq' ! 58
m = m+1
NtupleTag(m) = 'beta' ! 59
m = m+1
NtupleTag(m) = 'phis' ! 60
m = m+1
NtupleTag(m) = 'phic' ! 61
m = m+1
NtupleTag(m) = 'betai' ! 62
m = m+1
NtupleTag(m) = 'phisi' ! 63
m = m+1
NtupleTag(m) = 'phici' ! 64
endif
if(doing_rho) then
m = m+1
NtupleTag(m) = 'Mrho' ! 57 or 65
m = m+1
NtupleTag(m) = 'Thrho' ! 58 or 66
endif
else if (doing_hyd_elast .or. doing_deuterium .or. doing_heavy) then
m = m+1
NtupleTag(m) = 'corrsing' ! 34
m = m+1
NtupleTag(m) = 'Pmx' ! 35 !for Heepcheck
m = m+1
NtupleTag(m) = 'Pmy' ! 36 !for Heepcheck
m = m+1
NtupleTag(m) = 'Pmz' ! 37 !for Heepcheck
m = m+1
NtupleTag(m) = 'PmPar' ! 38
m = m+1
NtupleTag(m) = 'PmPer' ! 39
m = m+1
NtupleTag(m) = 'PmOop' ! 40
m = m+1
NtupleTag(m) = 'fry' ! 41 !+y is up.
m = m+1
NtupleTag(m) = 'radphot' ! 42
m = m+1
NtupleTag(m) = 'sigcc' ! 43
m = m+1
NtupleTag(m) = 'Weight' ! 44
m = m+1
NtupleTag(m) = 'Jacobian' ! 45 ! WB added
m = m+1
NtupleTag(m) = 'theta_e' ! 46 ! WB added
m = m+1
NtupleTag(m) = 'theta_p' ! 47 ! WB added
m = m+1
NtupleTag(m) = 'tar_x' ! 48 ! WB added
m = m+1
NtupleTag(m) = 'tar_y' ! 49 ! WB added
m = m+1
NtupleTag(m) = 'tar_z' ! 50 ! WB added
m = m+1
NtupleTag(m) = 'Genweight' ! 51 general weight
m = m+1
NtupleTag(m) = 'SF_weight' ! 52 spectral function
m = m+1
NtupleTag(m) = 'Jacobian_corr' ! 53 correction to jac.
m = m+1
NtupleTag(m) = 'sig' ! 54 full cross section
m = m+1
NtupleTag(m) = 'sig_recon' ! 55 full cross section from reconstruction (Laget only)
m = m+1
NtupleTag(m) = 'sigcc_recon' ! 56 sigma cc (el. cross section) from recon.
m = m+1
NtupleTag(m) = 'coul_corr' ! 57 coul. corr
m = m+1
NtupleTag(m) = 'h_zv' ! 58 recon. vertex p
m = m+1
NtupleTag(m) = 'h_yv' ! 59 recon. vertex p
m = m+1
NtupleTag(m) = 'e_zv' ! 60 recon. vertex e
m = m+1
NtupleTag(m) = 'e_yv' ! 61 recon. vertex e
m = m+1
NtupleTag(m) = 'h_pf' ! 62 recon. proton final momentum
m = m+1
NtupleTag(m) = 'e_pf' ! 63 recon. electron final momentum
m = m+1
NtupleTag(m) = 'Ein' ! 64 recon. beam energy
m = m+1
NtupleTag(m) = 'theta_rq' ! 65 recoil angle
m = m+1
NtupleTag(m) = 'SF_weight_recon' ! 66 spectral function with reconstructed quantities
m = m+1
NtupleTag(m) = 'h_Thf' ! 67 RCT 8/9/2016 outgoing proton in-plane angle
m = m+1
NtupleTag(m) = 'Ein_v' ! 68 vertex beam energy
m = m+1
NtupleTag(m) = ' Q2_v' ! 69 Q2 (vertex)
m = m+1
NtupleTag(m) = 'nu_v' ! 70 energy transfer (vertex)
m = m+1
NtupleTag(m) = 'q_lab_v' ! 71 q (vertex)
m = m+1
NtupleTag(m) = 'pm_v' ! 72 p_miss (vertex)
m = m+1
NtupleTag(m) = 'pm_par_v' ! 73 p_miss_par (vertex)
m = m+1
NtupleTag(m) = 'pf_v' ! 74 p_f (vertex)
m = m+1
NtupleTag(m) = 'Ep_v' ! 75 Ep energy (vertex)
m = m+1
NtupleTag(m) = 'Ef_v' ! 76 final electron energy (vertex)
m = m+1
NtupleTag(m) = 'e_xptar_v' ! 77 electron x'tar (vertex)
m = m+1
NtupleTag(m) = 'e_yptar_v' ! 78 electron y'tar (vertex)
m = m+1
NtupleTag(m) = 'h_xptar_v' ! 79 hadron x'tar (vertex)
m = m+1
NtupleTag(m) = 'h_yptar_v' ! 80 hadron y'tar (vertex)
m = m+1
NtupleTag(m) = 'xcoll' ! 81
m = m+1
NtupleTag(m) = 'ycoll' ! 82
m = m+1
NtupleTag(m) = 'ecoll' ! 83
m = m+1
NtupleTag(m) = 'probabs' ! 84
endif
! else !used to be the if (doing_phsp) option.
! m=m+1
! NtupleTag(m)='gd'
! m=m+1
! NtupleTag(m)='gt'
! m=m+1
! NtupleTag(m)='gp'
! m=m+1
! NtupleTag(m)='gy'
! m=m+1
! NtupleTag(m)='rd'
! m=m+1
! NtupleTag(m)='rt'
! m=m+1
! NtupleTag(m)='rp'
! m=m+1
! NtupleTag(m)='ry'
! m=m+1
! NtupleTag(m)='w'
! endif
NtupleSize = m
! call HBOOKN(id,title,NtupleSize,name,bank,NtupleTag) !create Ntuple
! call HCDIR(NtupleDirectory,'R') !record Ntuple directory
! call HCDIR(directory,' ') !reset CERNLIB directory
! create the output header
write (NtupleIO, '(a)') title
write (NtupleIO, '(a)') name
write (NtupleIO, *) m
write (NtupleIO, '(a)') (NtupleTag(i), i = 1, m)
return
end