&parameters 

    lat_file =  '/nfs/cesr/online/machine_data/lattice/cesr/bmad/cta_2085mev_20090516.lat'

    bpm_offset   = 0.e-4
    bpm_rotation = 0.e-3 ! typically 10.e-3 radians
    bpm_noise    = 0.e-6 ! typically 10.e-6 meters
    gain_sigma   = 0.e-2 ! typically 5.e-2 = 5%
    shear_x      = 0.e-6 ! typically 250e-6 m = 10 mils
    timing_sigma = 0.e-12! typically 10.e-12 seconds
    misalign_magnets = .false.
    current = 7500.
    
  ! sim_gain_map parameters
    dx = 2.5e-3
    dy = 2.5e-3
    nx = 5
    ny = 5

  ! sim_orm parameters
    orm_output = 'tao_cesr'
    orm_mag_hkick = 1.e-4  !must be <= 1e-4
    orm_mag_vkick = 1.e-4

  ! sim_cbar parameters
    cbar_output = 'cesrv'
    init_vec(1) = 1.e-3 ! initial vector for orbit
    init_vec(3) = 1.e-3
    skq02w_kick = 0.0
    track6x6 = .true.
    n_damping = 100000. ! # turns to damp before recording data; typically 1.e5
    n_turns = 32768 ! # turns to record, after damping

  ! sim_eta parameters
    delta = 0.00148 ! standard = 0.00148
    


  ! Misalignment parameters
  ! Quadrupoles
  ma_params(1)  = 3, "^Q", 25,  300.e-6
  ma_params(2)  = 3, "^Q", 26,  300.e-6
  ma_params(3)  = 3, "^Q",  2,  200.e-6
  ma_params(4)  = 3, "^Q",  4,    1.e-4
  ! Sextupoles
  ma_params(5)  = 5, "", 25, 300.e-6
  ma_params(6)  = 5, "", 26, 300.e-6
  ma_params(7)  = 5, "", 2,  200.e-6
  ! Bends
  ma_params(8)  = 2, "", 25, 300.e-6
  ma_params(9)  = 2, "", 26, 300.e-6
  ma_params(10) = 2, "", 15, 200.e-6


! tune tracker parameters
n_TTs = 2 ! if n_TTs = 0, sim_cbar will turn off damping, even if 6x6 tracking is on
tt_params(1)%useSaveState = .false.
tt_params(1)%orientation = 'h'
tt_params(1)%kck_loc = 16
tt_params(1)%bpm_loc = 790
tt_params(1)%LPinertia = 32768   ! LP filter time constant is LPinertia*fastPeriod.  2^15 = 32768
tt_params(1)%cyc_per_turn = 183  ! Number of times tune tracker cycles per CESR period.  Usually 183
tt_params(1)%Ki = 0.1   ! integrator gain
tt_params(1)%Kp = 10.0    ! proportional gain
tt_params(1)%Kvco = 10.0   ! VCO gain.  Redundant, because total gain looks like Kvco*(Ki*x + Kp*y + Kd*z)
tt_params(1)%modTfrac0 = 0.5701  ! guess of fractional tune.  used to compute w0 of modulator
tt_params(1)%kickAmplitude = 5.0E-8
tt_params(1)%mixmode = 'sin'
  !Parameters specific to D channel
tt_params(1)%use_D_chan = .false.  ! bad?
tt_params(1)%Kd = 0.1     ! differential gain
tt_params(1)%wls_N = 25   ! Number of data points for LS fit.  More DP makes smoother but increases delay
tt_params(1)%wls_order = 1  ! Order of fit polynomial.  Higher order is more accurate but noisier

tt_params(2)%useSaveState = .false.
tt_params(2)%orientation = 'v'
tt_params(2)%kck_loc = 16
tt_params(2)%bpm_loc = 770
tt_params(2)%LPinertia = 32768   ! LP filter time constant is LPinertia*fastPeriod.  2^15 = 32768
tt_params(2)%cyc_per_turn = 183 ! Number of times tune tracker cycles per CESR period.  Usually 183
tt_params(2)%Ki = 0.1   ! integrator gain
tt_params(2)%Kp = 10.0    ! proportional gain
tt_params(2)%Kvco = 10.0   ! VCO gain.  Redundant, because total gain looks like Kvco*(Ki*x + Kp*y + Kd*z)
tt_params(2)%modTfrac0 = 0.6281   ! guess of fractional tune.  used to compute w0 of modulator
tt_params(2)%kickAmplitude = 1.0E-8
tt_params(2)%mixmode = 'sin'
  !Parameters specific to D channel
tt_params(2)%use_D_chan = .false.
tt_params(2)%Kd = 0.0010  ! differential gain
tt_params(2)%wls_N = 25   ! Number of data points for LS fit.  More DP makes smoother but increases delay
tt_params(2)%wls_order = 1  ! Order of fit polynomial.

/