Variables
	description

	inputs = list(job.input_files.values())
	Get job input file targets.

list	signal_file_name = []
	Input signal events (slcio format)

str	signal_name = 'signal'
	Base name of intermediate signal files.

	filter_events = ExtractEventsWithHitAtHodoEcal(inputs=signal_file_name, outputs=['%s_filt.slcio' % signal_name], event_interval=0, num_hodo_hits=1)
	Filter signal events and catenate files before overlaying with pulser data.

	count_filter = LCIOCount(inputs=filter_events.output_files())
	Count filtered events.

	space_signal = FilterBunches(inputs=filter_events.output_files(), filter_no_cuts=True, outputs=['%s_spaced.slcio' % signal_name], filter_event_interval=250)
	Space overlaid events.

	count_space_overlay = LCIOCount(inputs=space_signal.output_files())
	Print number of merged events.

	readout
	Run simulated events in readout to generate triggers.

	count_readout = LCIOCount(inputs=readout.output_files())
	Print number of readout events.

	recon
	Run physics reconstruction.

	count_recon = LCIOCount(inputs=recon.output_files())
	Print number of recon events.

Variable Documentation

◆ count_filter

count_filter = LCIOCount(inputs=filter_events.output_files())

Count filtered events.

Definition at line 33 of file signal_to_recon_job.py.

◆ count_readout

count_readout = LCIOCount(inputs=readout.output_files())

Print number of readout events.

Definition at line 47 of file signal_to_recon_job.py.

◆ count_recon

count_recon = LCIOCount(inputs=recon.output_files())

Print number of recon events.

Definition at line 55 of file signal_to_recon_job.py.

◆ count_space_overlay

count_space_overlay = LCIOCount(inputs=space_signal.output_files())

Print number of merged events.

Definition at line 39 of file signal_to_recon_job.py.

◆ description

description

Definition at line 9 of file signal_to_recon_job.py.

◆ filter_events

filter_events = ExtractEventsWithHitAtHodoEcal(inputs=signal_file_name, outputs=['%s_filt.slcio' % signal_name], event_interval=0, num_hodo_hits=1)

Filter signal events and catenate files before overlaying with pulser data.

Definition at line 30 of file signal_to_recon_job.py.

◆ inputs

inputs = list(job.input_files.values())

Get job input file targets.

Definition at line 12 of file signal_to_recon_job.py.

◆ readout

readout

Initial value:

=  JobManager(steering='readout',
                     inputs=space_signal.output_files(),
                     outputs=['%s_spaced_readout.slcio' % signal_name])

Run simulated events in readout to generate triggers.

Definition at line 42 of file signal_to_recon_job.py.

◆ recon

recon

Initial value:

=  JobManager(steering='recon',
                   inputs=readout.output_files(),
                   outputs=['%s_spaced_recon.slcio' % signal_name])

Run physics reconstruction.

Definition at line 50 of file signal_to_recon_job.py.

◆ signal_file_name

list signal_file_name = []

Input signal events (slcio format)

Definition at line 15 of file signal_to_recon_job.py.

◆ signal_name

str signal_name = 'signal'

Base name of intermediate signal files.

Definition at line 27 of file signal_to_recon_job.py.

◆ space_signal

space_signal = FilterBunches(inputs=filter_events.output_files(), filter_no_cuts=True, outputs=['%s_spaced.slcio' % signal_name], filter_event_interval=250)

Space overlaid events.

Definition at line 36 of file signal_to_recon_job.py.

Variables