# ====================== In 1.95:  whizard.in ================ 

!>>>> whizard.in  section: &beam_input
! (Very different form !.95)

beams = e1, E1  => circe2 => isr
?isr_recoil = true
isr_alpha = 0.0072993
isr_mass = 0.000511
!  (This needs to be further studied: True seems like a good idea, but
!   gives more odd results than False...)
?isr_keep_energy=false

!    (Virtual/rel photon in-state part
!     Has not been checked by me, so this might be wrong)
!
! EPA_on = T would be:
! beams = e1, E1  => circe2 => epa
!  (vitrual-virtual)
!  or:
! beams = A, E1  => circe2 => epa
!  (real-virtual)
epa_alpha = 0.0072993
epa_mass =  0.000511
!>> 1.95: EPA_Q_max = 4. , according to JRR this translates to:
epa_e_max = 2.
!>> 1.95:  EPA_mX = 4. . Possibly this is equivalent:
epa_q_min = 4.

!  (beam-spectrum part)
!
!     (This is Moritz' file:)
$circe2_file="beam_spectrum/peak_1.circe"
!     (This is the one shiped with Whizard 2:)
!$circe2_file="ilc500ee_nobeamspread.circe"
$circe2_design="ILC"
!   NB: this is a bit confusing: It *should* be false, even if beams are
!   polarised. It is a place-holder for a future development when polarisation
!   is taken into account by GuineaPig 
?circe2_polarized = false
! (first is e1, second is E2 (as per above); -1 is L, +1 is R)

!  (beam-polarisatiuon part)
! 
!!!  beams_pol_density = @(-1),@(1) ! ( set on command-line)
beams_pol_fraction = 1.0,1.0