LDMX.TrigScint package¶

Submodules¶

LDMX.TrigScint.qie_format module¶

TrigScint.QIEEncoder Python module

Sets all parameters to reasonable defaults.

Examples

from LDMX.TrigScint.qieFormat import QIEDecoder dec=QIEDecoder.tagger(“$LDMX_BASE/ldmx-sw/TrigScint/util/channelMapFrontBack.txt”) p.sequence.extend([ dec ])

class LDMX.TrigScint.qie_format.QIEDecoder(instance_name: str = 'QIEDecoder', histograms: list[Histogram] = <factory>, channel_map_file: str = '', input_pass_name: str = '', input_collection: str = 'QIEstreamTag', output_collection: str = 'decodedQIETag', number_channels: int = 50, number_time_samples: int = 5, is_real_data: bool = False, verbose: bool = False)¶

Bases: Processor

Configuration for QIE decoder

channel_map_file: str = ''¶

class_name: str = 'trigscint::QIEDecoder'¶

static down(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad downstream of target

input_collection: str = 'QIEstreamTag'¶

input_pass_name: str = ''¶

instance_name: str = 'QIEDecoder'¶

is_real_data: bool = False¶

module_name: str = 'TrigScint'¶

number_channels: int = 50¶

number_time_samples: int = 5¶

output_collection: str = 'decodedQIETag'¶

static tagger(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad upstream of tagger

static up(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad upstream of target

verbose: bool = False¶

class LDMX.TrigScint.qie_format.QIEEncoder(instance_name: str = 'QIEEncoder', histograms: list[Histogram] = <factory>, channel_map_file: str = '', input_pass_name: str = '', input_collection: str = 'trigScintQIEDigisTag', output_collection: str = 'QIEstreamTag', number_channels: int = 50, verbose: bool = False)¶

Bases: Processor

Configuration for QIE encoder

channel_map_file: str = ''¶

class_name: str = 'trigscint::QIEEncoder'¶

static down(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad downstream of target

input_collection: str = 'trigScintQIEDigisTag'¶

input_pass_name: str = ''¶

instance_name: str = 'QIEEncoder'¶

module_name: str = 'TrigScint'¶

number_channels: int = 50¶

output_collection: str = 'QIEstreamTag'¶

static tagger(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad upstream of tagger

static up(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad upstream of target

verbose: bool = False¶

LDMX.TrigScint.trig_scint module¶

Configuration for Trigger Scintillator digitization, cluster, and track producers

Sets all parameters to reasonable defaults.

Examples

from LDMX.TrigScint.trigScint import TrigScintDigiProducer p.sequence.extend([

TrigScintDigiProducer.pad1(), TrigScintDigiProducer.pad2(), TrigScintDigiProducer.pad3(),

]) from LDMX.TrigScint.trigScint import TrigScintClusterProducer p.sequence.extend([

TrigScintClusterProducer.pad1(), TrigScintClusterProducer.pad2(), TrigScintClusterProducer.pad3(),

])

class LDMX.TrigScint.trig_scint.EventReadoutProducer(instance_name: str = 'EventReadoutProducer', histograms: list[Histogram] = <factory>, input_collection: str = 'decodedQIEPad1', input_pass_name: str = '', output_collection: str = 'QIEsamplesPad1', number_pedestal_samples: int = 5, time_shift: int = 5, fiber_to_shift: int = 0, verbose: bool = False)¶

Bases: Processor

Configuration for rechit producer for Trigger Scintillators

class_name: str = 'trigscint::EventReadoutProducer'¶

fiber_to_shift: int = 0¶

input_collection: str = 'decodedQIEPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'EventReadoutProducer'¶

module_name: str = 'TrigScint'¶

number_pedestal_samples: int = 5¶

output_collection: str = 'QIEsamplesPad1'¶

time_shift: int = 5¶

verbose: bool = False¶

class LDMX.TrigScint.trig_scint.QIEAnalyzer(instance_name: str = 'QIEAnalyzer', histograms: list[Histogram] = <factory>, input_collection: str = 'QIEsamplesPad1', input_pass_name: str = '', start_sample: int = 2, gain: list[float] = <factory>, pedestals: list[float] = <factory>)¶

Bases: Processor

Configuration for linearized QIE analyzer for Trigger Scintillators

class_name: str = 'trigscint::QIEAnalyzer'¶

gain: list[float]¶

input_collection: str = 'QIEsamplesPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'QIEAnalyzer'¶

module_name: str = 'TrigScint'¶

pedestals: list[float]¶

start_sample: int = 2¶

class LDMX.TrigScint.trig_scint.QualityFlagAnalyzer(instance_name: str = 'QualityFlagAnalyzer', histograms: list[Histogram] = <factory>, input_event_collection: str = 'QIEsamplesUp', input_event_pass_name: str = '', input_hit_collection: str = 'testBeamHitsUp', input_hit_pass_name: str = '', start_sample: int = 2, gain: list[float] = <factory>, pedestals: list[float] = <factory>)¶

Bases: Processor

Configuration for linearized QIE analyzer for Trigger Scintillators

class_name: str = 'trigscint::QualityFlagAnalyzer'¶

gain: list[float]¶

input_event_collection: str = 'QIEsamplesUp'¶

input_event_pass_name: str = ''¶

input_hit_collection: str = 'testBeamHitsUp'¶

input_hit_pass_name: str = ''¶

instance_name: str = 'QualityFlagAnalyzer'¶

module_name: str = 'TrigScint'¶

pedestals: list[float]¶

start_sample: int = 2¶

class LDMX.TrigScint.trig_scint.TestBeamClusterAnalyzer(instance_name: str = 'TestBeamClusterAnalyzer', histograms: list[Histogram] = <factory>, input_collection: str = 'TestBeamClustersUpClean', input_pass_name: str = '', input_hit_collection: str = 'testBeamHitsUp', input_hit_pass_name: str = '', start_sample: int = 2, dead_channels: list[int] = <factory>)¶

Bases: Processor

Configuration for linearized QIE analyzer for Trigger Scintillators

class_name: str = 'trigscint::TestBeamClusterAnalyzer'¶

dead_channels: list[int]¶

input_collection: str = 'TestBeamClustersUpClean'¶

input_hit_collection: str = 'testBeamHitsUp'¶

input_hit_pass_name: str = ''¶

input_pass_name: str = ''¶

instance_name: str = 'TestBeamClusterAnalyzer'¶

module_name: str = 'TrigScint'¶

start_sample: int = 2¶

class LDMX.TrigScint.trig_scint.TestBeamClusterProducer(instance_name: str = 'TestBeamClusterProducer', histograms: list[Histogram] = <factory>, max_cluster_width: int = 2, max_channel_nb: int = 11, clustering_threshold: float = 40.0, seed_threshold: float = 60.0, pad_time: float = -999.0, time_tolerance: float = 50.0, input_collection: str = 'testBeamHitsPad1', input_pass_name: str = '', output_collection: str = 'TestBeamClustersPad1', do_clean_hits: bool = False, verbosity: int = 0)¶

Bases: Processor

Configuration for cluster producer for Trigger Scintillators

class_name: str = 'trigscint::TestBeamClusterProducer'¶

clustering_threshold: float = 40.0¶

do_clean_hits: bool = False¶

input_collection: str = 'testBeamHitsPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'TestBeamClusterProducer'¶

max_channel_nb: int = 11¶

max_cluster_width: int = 2¶

module_name: str = 'TrigScint'¶

output_collection: str = 'TestBeamClustersPad1'¶

static pad1(**kwargs)¶: Get the cluster producer for the trigger pad upstream of hcal

pad_time: float = -999.0¶

seed_threshold: float = 60.0¶

time_tolerance: float = 50.0¶

verbosity: int = 0¶

class LDMX.TrigScint.trig_scint.TestBeamHitAnalyzer(instance_name: str = 'TestBeamHitAnalyzer', histograms: list[Histogram] = <factory>, input_collection: str = 'testBeamHitsPad1', input_pass_name: str = '', start_sample: int = 2, pedestals: list[float] = <factory>)¶

Bases: Processor

Configuration for linearized QIE analyzer for Trigger Scintillators

class_name: str = 'trigscint::TestBeamHitAnalyzer'¶

input_collection: str = 'testBeamHitsPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'TestBeamHitAnalyzer'¶

module_name: str = 'TrigScint'¶

pedestals: list[float]¶

start_sample: int = 2¶

class LDMX.TrigScint.trig_scint.TestBeamHitProducer(instance_name: str = 'TestBeamHitProducer', histograms: list[Histogram] = <factory>, input_collection: str = 'QIEsamplesPad1', input_pass_name: str = '', output_collection: str = 'testBeamHitsPad1', verbose: bool = False, do_clean_hits: bool = False, n_instrumented_channels: int = 12, start_sample: int = 10, pulse_width: int = 5, pulse_width_lyso: int = 8, gain: list[float] = <factory>, MIPresponse: list[float] = <factory>, pedestals: list[float] = <factory>)¶

Bases: Processor

Configuration for testbeam hit producer for Trigger Scintillators

MIPresponse: list[float]¶

class_name: str = 'trigscint::TestBeamHitProducer'¶

do_clean_hits: bool = False¶

gain: list[float]¶

input_collection: str = 'QIEsamplesPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'TestBeamHitProducer'¶

module_name: str = 'TrigScint'¶

n_instrumented_channels: int = 12¶

output_collection: str = 'testBeamHitsPad1'¶

pedestals: list[float]¶

pulse_width: int = 5¶

pulse_width_lyso: int = 8¶

start_sample: int = 10¶

verbose: bool = False¶

class LDMX.TrigScint.trig_scint.TrigScintClusterProducer(instance_name: str = 'TrigScintClusterProducer', histograms: list[Histogram] = <factory>, max_cluster_width: int = 2, clustering_threshold: float = 0.0, seed_threshold: float = 30.0, pad_time: float = 0.0, time_tolerance: float = 0.5, vertical_bar_start_index: int = 52, input_collection: str = 'trigScintDigisPad1', input_pass_name: str = '', output_collection: str = 'TriggerPad1Clusters', verbosity: int = 0)¶

Bases: Processor

Configuration for cluster producer for Trigger Scintillators

class_name: str = 'trigscint::TrigScintClusterProducer'¶

clustering_threshold: float = 0.0¶

input_collection: str = 'trigScintDigisPad1'¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintClusterProducer'¶

max_cluster_width: int = 2¶

module_name: str = 'TrigScint'¶

output_collection: str = 'TriggerPad1Clusters'¶

static pad1(**kwargs)¶: Get the cluster producer for the trigger pad most upstream of tagger

static pad2(**kwargs)¶: Get the cluster producer for the trigger pad just upstream of tagger

static pad3(**kwargs)¶: Get the cluster producer for the trigger pad just upstream of target

pad_time: float = 0.0¶

seed_threshold: float = 30.0¶

static target(**kwargs)¶: Get the cluster producer for the active target

time_tolerance: float = 0.5¶

verbosity: int = 0¶

vertical_bar_start_index: int = 52¶

class LDMX.TrigScint.trig_scint.TrigScintDigiProducer(instance_name: str = 'TrigScintDigiProducer', histograms: list[Histogram] = <factory>, mean_noise: float = 0.02, number_of_strips: int = 50, number_of_arrays: int = 1, mev_per_mip: float = 0.4, pe_per_mip: float = 100.0, input_collection: str = 'TriggerPad3SimHits', input_pass_name: str = '', output_collection: str = 'trigScintDigisPad3', sim_particles_coll_name: str = 'SimParticles', sim_particles_passname: str = '')¶

Bases: Processor

Configuration for digitizer for Trigger Scintillators

class_name: str = 'trigscint::TrigScintDigiProducer'¶

input_collection: str = 'TriggerPad3SimHits'¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintDigiProducer'¶

mean_noise: float = 0.02¶

mev_per_mip: float = 0.4¶

module_name: str = 'TrigScint'¶

number_of_arrays: int = 1¶

number_of_strips: int = 50¶

output_collection: str = 'trigScintDigisPad3'¶

static pad1(**kwargs)¶: Get the digitizer for the trigger pad most upstream of tagger

static pad2(**kwargs)¶: Get the digitizer for the trigger pad just upstream of tagger

static pad3(**kwargs)¶: Get the digitizer for the trigger pad upstream of target

pe_per_mip: float = 100.0¶

sim_particles_coll_name: str = 'SimParticles'¶

sim_particles_passname: str = ''¶

static target(**kwargs)¶: Get the digitizer for the active target

class LDMX.TrigScint.trig_scint.TrigScintFirmwareHitProducer(instance_name: str = 'TrigScintFirmwareHitProducer', histograms: list[Histogram] = <factory>, mev_per_mip: float = 0.4, pe_per_mip: float = 100.0, pedestal: float = 6.0, gain: float = 1000000.0, input_collection: str = 'trigScintQIEDigisPad3', test_collection: str = 'trigScintRecHitsPad3', input_pass_name: str = '', output_collection: str = 'trigScintFirmHitsPad3', verbose: bool = False, sample_of_interest: int = 2)¶

Bases: Processor

Configuration for rechit producer for Trigger Scintillators incorporating validated Firmware, regular and pileUp

class_name: str = 'trigscint::TrigScintFirmwareHitProducer'¶

gain: float = 1000000.0¶

input_collection: str = 'trigScintQIEDigisPad3'¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintFirmwareHitProducer'¶

mev_per_mip: float = 0.4¶

module_name: str = 'TrigScint'¶

output_collection: str = 'trigScintFirmHitsPad3'¶

static pad1(**kwargs)¶: Get the firmware hit producer for first pad

static pad2(**kwargs)¶: Get the firmware hit producer for second pad

static pad3(**kwargs)¶: Get the firmware hit for third pad

pe_per_mip: float = 100.0¶

pedestal: float = 6.0¶

sample_of_interest: int = 2¶

test_collection: str = 'trigScintRecHitsPad3'¶

verbose: bool = False¶

class LDMX.TrigScint.trig_scint.TrigScintFirmwareTracker(instance_name: str = 'TrigScintFirmwareTracker', histograms: list[Histogram] = <factory>, clustering_threshold: float = 40.0, digis1_collection: str = 'trigScintDigisPad1', digis2_collection: str = 'trigScintDigisPad2', digis3_collection: str = 'trigScintDigisPad3', input_pass_name: str = '', output_collection: str = 'TriggerPadTracks', verbosity: int = 0, time_tolerance: float = 50.0, pad_time: float = -1.5)¶

Bases: Processor

Configuration for the track producer from the Firmware Tracker

class_name: str = 'trigscint::TrigScintFirmwareTracker'¶

clustering_threshold: float = 40.0¶

digis1_collection: str = 'trigScintDigisPad1'¶

digis2_collection: str = 'trigScintDigisPad2'¶

digis3_collection: str = 'trigScintDigisPad3'¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintFirmwareTracker'¶

module_name: str = 'TrigScint'¶

output_collection: str = 'TriggerPadTracks'¶

pad_time: float = -1.5¶

time_tolerance: float = 50.0¶

verbosity: int = 0¶

class LDMX.TrigScint.trig_scint.TrigScintQIEDigiProducer(instance_name: str = 'TrigScintQIEDigiProducer', histograms: list[Histogram] = <factory>, mean_noise: float = 0.02, number_of_strips: int = 50, number_of_arrays: int = 1, mev_per_mip: float = 0.4, pe_per_mip: float = 100.0, input_collection: str = 'TriggerPad3SimHits', input_pass_name: str = '', output_collection: str = 'trigScintQIEDigisPad3', input_pulse_shape: str = 'Expo', expo_k: float = 0.1, expo_tmax: float = 5.0, maxts: int = 5, toff_overall: float = 55.0, tdc_thr: float = 3.4, pedestal: float = 6.0, elec_noise: float = 1.5, sipm_gain: float = 1000000.0, qie_sf: float = 40.0, zero_supp_in_pe: float = 1.0, verbose: bool = False)¶

Bases: Processor

Configuration for digitizer for Trigger Scintillators’s QIE chip

class_name: str = 'trigscint::TrigScintQIEDigiProducer'¶

elec_noise: float = 1.5¶

expo_k: float = 0.1¶

expo_tmax: float = 5.0¶

input_collection: str = 'TriggerPad3SimHits'¶

input_pass_name: str = ''¶

input_pulse_shape: str = 'Expo'¶

instance_name: str = 'TrigScintQIEDigiProducer'¶

maxts: int = 5¶

mean_noise: float = 0.02¶

mev_per_mip: float = 0.4¶

module_name: str = 'TrigScint'¶

number_of_arrays: int = 1¶

number_of_strips: int = 50¶

output_collection: str = 'trigScintQIEDigisPad3'¶

static pad1(**kwargs)¶: Get the digitizer for the first trigger pad

static pad2(**kwargs)¶: Get the digitizer for the second trigger pad

static pad3(**kwargs)¶: Get the digitizer for the trigger pad upstream of target

pe_per_mip: float = 100.0¶

pedestal: float = 6.0¶

qie_sf: float = 40.0¶

sipm_gain: float = 1000000.0¶

tdc_thr: float = 3.4¶

toff_overall: float = 55.0¶

verbose: bool = False¶

zero_supp_in_pe: float = 1.0¶

class LDMX.TrigScint.trig_scint.TrigScintRecHitProducer(instance_name: str = 'TrigScintRecHitProducer', histograms: list[Histogram] = <factory>, mev_per_mip: float = 0.4, pe_per_mip: float = 100.0, pedestal: float = 6.0, gain: float = 1000000.0, input_collection: str = 'trigScintQIEDigisPad3', input_pass_name: str = '', output_collection: str = 'trigScintRecHitsPad3', verbose: bool = False, sample_of_interest: int = 2)¶

Bases: Processor

Configuration for rechit producer for Trigger Scintillators

class_name: str = 'trigscint::TrigScintRecHitProducer'¶

gain: float = 1000000.0¶

input_collection: str = 'trigScintQIEDigisPad3'¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintRecHitProducer'¶

mev_per_mip: float = 0.4¶

module_name: str = 'TrigScint'¶

output_collection: str = 'trigScintRecHitsPad3'¶

static pad1(**kwargs)¶: Get the rechit producer for first pad

static pad2(**kwargs)¶: Get the rechit producer for second pad

static pad3(**kwargs)¶: Get the rechit producer for third pad

pe_per_mip: float = 100.0¶

pedestal: float = 6.0¶

sample_of_interest: int = 2¶

verbose: bool = False¶

class LDMX.TrigScint.trig_scint.TrigScintTrackProducer(instance_name: str = 'TrigScintTrackProducer', histograms: list[Histogram] = <factory>, delta_max: float = 0.75, tracking_threshold: float = 0.0, seeding_collection: str = 'TriggerPad1Clusters', further_input_collections: list[str] = <factory>, allow_skip_last_collection: bool = False, vertical_bar_start_index: int = 52, number_horizontal_bars: int = 24, number_vertical_bars: int = 0, horizontal_bar_width: float = 3.0, horizontal_bar_gap: float = 0.3, vertical_bar_width: float = 3.0, vertical_bar_gap: float = 0.3, input_pass_name: str = '', output_collection: str = 'TriggerPadTracks', verbosity: int = 0)¶

Bases: Processor

Configuration for track producer for Trigger Scintillators

allow_skip_last_collection: bool = False¶

class_name: str = 'trigscint::TrigScintTrackProducer'¶

delta_max: float = 0.75¶

further_input_collections: list[str]¶

horizontal_bar_gap: float = 0.3¶

horizontal_bar_width: float = 3.0¶

input_pass_name: str = ''¶

instance_name: str = 'TrigScintTrackProducer'¶

module_name: str = 'TrigScint'¶

number_horizontal_bars: int = 24¶

number_vertical_bars: int = 0¶

output_collection: str = 'TriggerPadTracks'¶

seeding_collection: str = 'TriggerPad1Clusters'¶

tracking_threshold: float = 0.0¶

verbosity: int = 0¶

vertical_bar_gap: float = 0.3¶

vertical_bar_start_index: int = 52¶

vertical_bar_width: float = 3.0¶

LDMX.TrigScint.truth_hits module¶

Configuration for truth hit producer

Sets all parameters to reasonable defaults.

Examples

from LDMX.TrigScint.truthHits import TruthHitProducer p.sequence.extend([

TruthHitProducer.tagger(), TruthHitProducer.up(), TruthHitProducer.down()

])

class LDMX.TrigScint.truth_hits.TruthHitProducer(instance_name: str = 'TruthHitProducer', histograms: list[Histogram] = <factory>, input_collection: str = 'TriggerPadUpSimHits', input_pass_name: str = '', output_collection: str = 'truthBeamElectronsUp', sim_particles_pass_name: str = '')¶

Bases: Processor

Configuration for truth hit selection producer

class_name: str = 'trigscint::TruthHitProducer'¶

static down(**kwargs)¶: Get the beam electron truth hits for the trigger pad downstream of target

input_collection: str = 'TriggerPadUpSimHits'¶

input_pass_name: str = ''¶

instance_name: str = 'TruthHitProducer'¶

module_name: str = 'TrigScint'¶

output_collection: str = 'truthBeamElectronsUp'¶

sim_particles_pass_name: str = ''¶

static tagger(**kwargs)¶: Get the beam electron truth hits for the trigger pad upstream of tagger

static up(**kwargs)¶: Get the beam electron truth hits for the trigger pad upstream of target

LDMX.TrigScint.zccm_format module¶

TrigScint.ZCCMEncoder Python module

Sets all parameters to reasonable defaults.

Examples

from LDMX.TrigScint.zccmFormat import ZCCMDecoder dec=ZCCMDecoder.tagger(“$LDMX_BASE/ldmx-sw/TrigScint/util/channelMapFrontBack.txt”) p.sequence.extend([ dec ])

class LDMX.TrigScint.zccm_format.ZCCMDecoder(instance_name: str = 'ZCCMDecoder', histograms: list[Histogram] = <factory>, channel_map_file: str = '', input_pass_name: str = '', input_collection: str = 'ZCCMoutput', output_collection: str = 'decodedZCCM', number_channels: int = 84, number_time_samples: int = 70, is_real_data: bool = True)¶

Bases: Processor

Configuration for ZCCM decoder

channel_map_file: str = ''¶

class_name: str = 'trigscint::ZCCMDecoder'¶

static down(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad downstream of target

input_collection: str = 'ZCCMoutput'¶

input_pass_name: str = ''¶

instance_name: str = 'ZCCMDecoder'¶

is_real_data: bool = True¶

module_name: str = 'TrigScint'¶

number_channels: int = 84¶

number_time_samples: int = 70¶

output_collection: str = 'decodedZCCM'¶

static tagger(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad upstream of tagger

static up(map_file, **kwargs)¶: Get the decoding emulator for the trigger pad upstream of target

class LDMX.TrigScint.zccm_format.ZCCMEncoder(instance_name: str = 'ZCCMEncoder', histograms: list[Histogram] = <factory>, channel_map_file: str = '', module_map_file: str = '', input_pass_name: str = '', input_collection: str = 'trigScintZCCMDigis', output_collection: str = 'ZCCMDigis', number_channels: int = 84)¶

Bases: Processor

Configuration for ZCCM encoder

channel_map_file: str = ''¶

class_name: str = 'trigscint::ZCCMEncoder'¶

static down(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad downstream of target

input_collection: str = 'trigScintZCCMDigis'¶

input_pass_name: str = ''¶

instance_name: str = 'ZCCMEncoder'¶

module_map_file: str = ''¶

module_name: str = 'TrigScint'¶

number_channels: int = 84¶

output_collection: str = 'ZCCMDigis'¶

static tagger(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad upstream of tagger

static up(map_file, **kwargs)¶: Get the encoding emulator for the trigger pad upstream of target

LDMX.TrigScint package¶

Submodules¶

LDMX.TrigScint.qie_format module¶

LDMX.TrigScint.trig_scint module¶

LDMX.TrigScint.truth_hits module¶

LDMX.TrigScint.zccm_format module¶

Module contents¶

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