current.data

! q3_d20 kinematic of E01020 to test the calculation
! of radiative corrections
!
! kinematics from mceep input q3_d20_mp.inp
! 5008.550,0.,0.,2750.659,29.235050,-0.060390,3031.415,-30.590997,0.082506
!
! 'TF' stands for 'this field'
! ONE equals TRUE unless specified otherwise

 =?
 &EXPERIMENT
     ngen  =  20000			!  POS: # of successe
     EXPER%charge  =   1.0		!  total charge (mC)
     doing_phsp  =  F		!  (T = TRUE)	- If all of the doing_* are
     doing_kaon  =  F		!  (T = TRUE)   false, then doing (e,e'p).
     doing_pion  =  F		!  (T = TRUE)
     doing_decay  =  F		!  1=decay ON, 0=decay OFF.
     ctau  =  780.4			!  decay length (cm)
     extra_dbase_file = 'extra_hydrogen_norad.data' !  additional input parameters.
!     extra_dbase_file = 'extra_hydrogen_rad.data' !  additional input parameters.
/ 
 =?
 &KINEMATICS_MAIN
     Ebeam  =  5008.55                       !  (MeV)
     dEbeam  =  0.00                                   !  beam energy variation (%)
     electron_arm  =  4                                !  1=hms,2=sos,3=hrsr,4=hrsl,5 = shms
     hadron_arm  =  3                                  !  1=hms,2=sos,3=hrsr,4=hrsl,5 = shms
     spec%e%P  =   2750.659                    !  e arm central momentum (MeV/c)
     spec%e%theta  =   29.23505                !  e arm angle setting (degrees)
     spec%e%shift%p_mom  =   0.                !  shift e-momentum for reconstruction
     spec%p%P  =   3031.415                    !  p arm central momentum (MeV/c)
     spec%p%theta  =     30.591                !  p arm angle setting (degrees)
/ 

 ?=
 &TARGET
     targ%A  =  2.0			!  target A
     targ%Z  =  1.0			!  target Z
     targ%mass_amu  =  2.01355	        !  target mass in amu
     targ%mrec_amu  =  1.008665	        !  recoil mass in amu (eep=A-1 system,pion=A-2)
     targ%rho  =  0.167		        !  target density (g/cm^3)
     targ%thick  =  2505.		!  target thick (mg/cm^2)
     targ%angle  =  0.		        !  target angle (for solid target) (degrees)
     targ%abundancy  =  100.		!  target purity (%)
     targ%can  =  1                     !  1=beer can (fpi), 2=pudding can (nucpi)
/ 

 &DEBUG_PARM
     debug(1)  =  F			!  turns on output from brem.f
     debug(2)  =  F			!  into/outa subs.
     debug(3)  =  F			!  spit out values (init. and main loop).
     debug(4)  =  F			!  mostly comp_ev, gen_rad diagnostics.
     debug(5)  =  F			!  a bit of everything.
/ 

 &E_ARM_ACCEPT
     SPedge%e%delta%min  =  -10.0	!  delta min (SPECTROMETER ACCEPTANC
     SPedge%e%delta%max  =   10.0	!  delta max
     SPedge%e%yptar%min  =  -50.0	!  yptar min = {TF} / 1000 (mrad)
     SPedge%e%yptar%max  =   50.0	!  yptar max = {TF} / 1000
     SPedge%e%xptar%min  =  -70.0	!  xptar min = {TF} / 1000 (mrad)
     SPedge%e%xptar%max  =   70.0	!  xptar max = {TF} / 1000
/ 

 &P_ARM_ACCEPT
     SPedge%p%delta%min  =  -10.0	!  delta min (SPECTROMETER ACCEPTANC
     SPedge%p%delta%max  =   10.0	!  delta max
     SPedge%p%yptar%min  =  -50.0	!  yptar min = {TF} / 1000 (mrad)
     SPedge%p%yptar%max  =   50.0	!  yptar max = {TF} / 1000
     SPedge%p%xptar%min  =  -70.0	!  xptar min = {TF} / 1000 (mrad)
     SPedge%p%xptar%max  =   70.0	!  xptar max = {TF} / 1000
/ 

 &THEORY_CTRL
    theory_par%model = ''       ! select a model name
    theory_par%data_file = './'           ! directory for the data file
    theory_par%FLAGS = 10*F	        ! 10 flags are available
    theory_par%parameter(1) = 0         ! 1 do fsi
/