&INJ_INPUT
! PRZ1=0 to get default pretzel
   prz1 = 0.
   prz13 = 0.
!==========================================
!Magpie setup 
   wmag = 0.
   emag = 0.
!==========================================
! Pinger setup. If scan_ping is true,
! determine the ping value by scanning
! injection efficiency. If not, use
! values pingcu and kping.
! If pingcu=0 cu, use setting
! given by kping (kick in mrad). Otherwise
! use pingcu with hardwired calibration.
! A value for pingcu of 200 gives a kick
! of about 0.2 mrad

! Choose whether pinger scan is done
   scan_ping = .true.
! Pinger scan file name
  pingfname = pingscan.in
   pingcu = 0.
   kping = 0.
! ntping is at which turn the pinger is on
   ntping = 1

! dt = pulsed bump delay
   dt = 0

!==========================================
! Pulsed bump setup. If pb26e is nonzero,
! these bump settings (cu) will be used.
! Otherwise, a bump amplitude based on
! clearance criterion will be used

! Use this line to use clearance calculation for bump
  pb26e = 0 
!   pb26e = 325
!   pb28e = -199
!   pb36e = -370

!==========================================
   write_inj_prz_orbit = .true.
   write_mag_prz_orbit = .true.
   write_inj_orbit = .true.
   write_pulsed_bump_orbits = .true.
   use_default_centroid = .true.

! But ALWAYS use value for synch_centroid(6) (energy error) given here
! even if default centroid chosen
!   synch_centroid = 0., 0., 0., 0., 0., -3.0e-3
   synch_centroid = 0., 0., 0., 0., 0., 0.
   use_default_twiss = .false.
   synch_twiss = 20.0, 0., 20.0, 0., 1.2, 0.094
   synch_epsx = 0.4e-6
   synch_epsy = 0.11e-6

!==========================================
! Injection paramters for envelope calculation
! Horizontal displacement wake amplitude for the stored beam from the pulsed bump and pinger [m]
    inxrms_ws = 2.e-3
! Energy oscillation amplitude of the wake for the stored beam (sigma_E/E ratio)
    indelta_ws = -0.7e-3
! Horizontal displacement and angle wake amplitudes for the pinger's kick 
! as given to the injected beam ([m] and [rad])
    inxrms_wpi = 3e-3
    inxprms_wpi = -0.25e-3

!==========================================
! Injection angle scan
   ntestturns = 20
   angmin = -0.0067
   angstep = 0.0002
   nangsteps = 24

/