&run_setup
lattice = Sirius_v601_ac10.lte,
use_beamline = anelrf,
p_central_mev = 3e3,
default_order = 2,
random_number_seed = 98777521.0,
tracking_updates = 0
parameters = %s.param
magnets = %s.mag
&end

! Turn on synchrotron radiation in the dipoles
&alter_elements name=*, type=CSBEND, item=SYNCH_RAD, value=1 &end
&alter_elements name=*, type=CSBEND, item=ISR, value=1 &end
! Turn on synchrotron radiation in the quadrupoles --- not really needed unless there is a large closed orbit
&alter_elements name=*, type=KQUAD, item=SYNCH_RAD, value=1 &end
&alter_elements name=*, type=KQUAD, item=ISR, value=1 &end
! Turn on synchrotron radiation in the sextupoles --- not really needed unless there is a large closed orbit
&alter_elements name=*, type=KSEXT, item=SYNCH_RAD, value=1 &end
&alter_elements name=*, type=KSEXT, item=ISR, value=1 &end

&twiss_output
filename = %s.twi
matched = 1
radiation_integrals = 1
&end

&rf_setup
filename = %s.rf
name = RFC
harmonic = 864
over_voltage = 5.062
&end

&run_control
n_steps = 1
&end

&closed_orbit
output = %s.clo
&end

&moments_output
filename = %s.mom
output_at_each_step = 1
matched = 1
equilibrium = 1
radiation = 1
verbosity = 1
&end

&bunched_beam &end

&track &end