example.job

&neutrino_induced
	process_ID = -2 		! 2:CC, 3:NC, -2:antiCC, -3:antiNC
	flavor_ID = 2 		! 1:electron, 2:muon, 3:tau
	nuXsectionMode = 6 	! 6: dSigmaMC
	includeDIS = .true. 	! enables DIS events
	printAbsorptionXS = .true.
/

&target
	target_Z=1
	target_A=1
/

&input
	numEnsembles = 1000	! for H: 100000,
				! for O: 6400
				! decrease it if there are
				! problems with memory or
				! for heavier nuclei
	eventtype = 5 		! 5=neutrino
				! of a given particle
	numTimeSteps = 0	! the distance numTimeSteps*delta_T
				! should significantly
				! exceed the radius
				! of the target nucleus
				! for H this must be 0
				! numTimeSteps=0 gives inclusive
				! X-sections
	delta_T = 0.2		! timestep for hadron propagation
	localEnsemble = .true.	! sets fullEnsemble = True
	num_runs_SameEnergy = 1	! increase these if you want to 
				! increase statistics 
				! (= number of generated events)
	LRF_equals_CALC_frame = .true.	! if .false.: 
					! no offshelltransport
					! possible
	path_to_input = '/opt/buuinput2021' 	! needs to be
					! changed to actual path
/

&nl_SigmaMC
	enu = 4.0		!energy of the initial neutrino
/


&neutrinoAnalysis
	outputEvents = .true.	! output list of events and
				! all outgoing particles in
				! each event to the file 
				! FinalEvents.dat
/

&pythia
	PARP(91)=0.44
/