no_digested parameter[lattice] = g_2 parameter[particle] = electron parameter[geometry]=open beginning[beta_a]=20 beginning[beta_b]=20 parameter[e_tot] = 3.1e9 !1.25*3.1e9 incoming: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 4.395, & tracking_method = runge_kutta, num_steps = 1000 , mat6_calc_method = tracking, ds_step=0.0001 !skip: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.1, superimpose, offset = 2.55, & ! tracking_method = runge_kutta, num_steps = 1000 , mat6_calc_method = tracking, ds_step=0.001 hole1: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 2.6, & tracking_method = runge_kutta, num_steps = 100 , mat6_calc_method = tracking, ds_step=0.0001 hole2: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.265, & tracking_method = runge_kutta, num_steps = 100 , mat6_calc_method = tracking, ds_step=0.0001 free: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.03, & tracking_method = runge_kutta, num_steps = 1000 , mat6_calc_method = tracking, ds_step=0.001 inf: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 1.7, & tracking_method = runge_kutta, num_steps = 1000 , mat6_calc_method = tracking, ds_step=0.001 inf_exit: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.095, & tracking_method = runge_kutta, num_steps = 1000 , mat6_calc_method = tracking, ds_step=0.001 inf1: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 1., & tracking_method = runge_kutta, num_steps = 100 , mat6_calc_method = tracking, ds_step=0.001 inf2: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.3, & tracking_method = runge_kutta, num_steps = 100 , mat6_calc_method = tracking, ds_step=0.001 inf3: em_field, descrip = 'injec_fld.dat', field_calc = custom, l = 0.4, & tracking_method = runge_kutta, num_steps = 100 , mat6_calc_method = tracking, ds_step=0.001 inject_2: line=(hole1,inf,inf_exit) !inject_1: line=(hole) inject: line=(incoming) use, inject_2