no_digested
parameter[e_tot]    = 1e9
parameter[particle] = ELECTRON        
parameter[geometry] = open

beginning[beta_a] = 10
beginning[beta_b] = 10
beginning[alpha_a] = 1
beginning[alpha_b] = -1

particle_start[z] = -0.001

p1: pipe, L = 1, sr_wake = {amp_scale = 1.2, z_scale = 0.9, scale_with_length = T, z_max = 1.2,
  longitudinal =  {-8266.6e2,   26.6,   46089.2,  1.578966/twopi,  x_trailing},
  longitudinal =  { 1764.0e2,   19.7,  -9746.59,  3.661213/twopi,  y_leading},
  longitudinal =  {-4155.1e2,   16.8,  -73.1528,  3.66933/twopi,   none},
  longitudinal =  { 7248.9e2,   11.2,  -1672.137, 3.071617/twopi,  none},
  transverse   =  {-8266.6e10,   26.6,   46089.2,  1.578966/twopi, none, leading},
  transverse   =  { 1764.0e11,   19.7,  -9746.59,  3.661213/twopi, y_axis,  trailing},
  transverse   =  {-4155.1e12,   16.8,  -73.1528,  3.66933/twopi,  none,    leading} }

p1[sr_wake%scale_with_length] = T

p2: pipe, L = 1
p2[lr_wake_file] = 'long_range.wake'

p3: p2

z1: pipe, l = 1
z1[sr_wake] = p1[sr_wake]
z1[lr_wake] = p2[lr_wake]

rf1: rfcavity, l = 0, rf_frequency = 1e9, voltage = 1e4, lr_wake_file = 'long_range_rf.wake', phi0 = 0.25
rf2 : rf1, l = 1e-6

q: quad, lr_wake = {amp_scale = 1, time_scale = 1, freq_spread = 0, self_wake_on = T,
  mode = {2e5, 0.1, 1e-5, 0.3, 2, 0.7}, 
  mode = {3e5, 0.2, 2e-5, 0.4, 3, unpol, 1, 2, 3, 4}, 
  mode = {4e5, 0.3, 3e-5, 0.5, 4, unpol}}, l = 1

l1: line = (p1, p2, p3, rf1, rf2, q)
l2: line = (z1)
l2[geometry] = open
l2[beta_a] = 10
l2[beta_b] = 10
l2[e_tot] = 1e9

m: marker, superimpose, ref = p3, offset = 0.1

use, l1, l2