toCDCfromEclCKF Class Reference

Inheritance diagram for toCDCfromEclCKF:

Static Public Member Functions
def	finder_module (path)

Static Public Attributes
N_EVENTS	n_events = N_EVENTS
	number of events to generate
str	generator_module = 'generic'
	Generator to be used in the simulation (-so)
str	root_input_file = '../EvtGenSimNoBkg.root'
	no background overlay
dict	tracking_coverage
	Define the user parameters for the track-finding module.
bool	fit_tracks = False
	tracks will be already fitted by the modules above
bool	use_fit_information = True
	But we need to tell the validation module to use the fit information.
bool	pulls = True
	Include pulls in the validation output.
bool	resolution = True
	Include resolution information in the validation output.
VALIDATION_OUTPUT_FILE	output_file_name = VALIDATION_OUTPUT_FILE
	name of the output ROOT file
list	non_expert_parameters = []
	define empty list of non expert parameters so that no shifter plots are created (to revert just remove following line)

Detailed Description

Validate the ecl seeded ckf

Definition at line 29 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

Member Function Documentation

finder_module()

def finder_module (   path )

static

Only run the following (necessary) modules

Reimplemented from ReadOrGenerateTrackedEventsRun.

Definition at line 39 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

    def finder_module(path):
        """Only run the following (necessary) modules"""
        path.add_module('SetupGenfitExtrapolation',
                        energyLossBrems=False, noiseBrems=False)
 
        reconstruction.add_ecl_modules(path)
 
        # needed for truth matching
        path.add_module('TrackFinderMCTruthRecoTracks',
                        RecoTracksStoreArrayName="MCRecoTracks",
                        # We are using primary as well as secondaries here!
                        WhichParticles=[],
                        UsePXDHits=False,
                        UseSVDHits=False,
                        UseCDCHits=True)
 
        path.add_module("TFCDC_WireHitPreparer",
                        wirePosition="aligned",
                        useSecondHits=False,
                        flightTimeEstimation="outwards")
 
        path.add_module("ToCDCFromEclCKF",
                        inputWireHits="CDCWireHitVector",
                        minimalEnRequirementCluster=0.3,
                        eclSeedRecoTrackStoreArrayName='EclSeedRecoTracks',
                        hitFindingDirection="backward",
                        outputRecoTrackStoreArrayName="RecoTracks",
                        outputRelationRecoTrackStoreArrayName="EclSeedRecoTracks",
                        writeOutDirection="forward",
                        stateBasicFilterParameters={"maximalHitDistance": 7.5, "maximalHitDistanceEclSeed": 75.0},
                        stateExtrapolationFilterParameters={"direction": "backward"},
                        pathFilter="arc_length_fromEcl",
                        inputECLshowersStoreArrayName="ECLShowers",
                        trackFindingDirection="backward",
                        seedComponent="ECL"
                        )
 
        path.add_module("DAFRecoFitter", recoTracksStoreArrayName="RecoTracks")
 
        path.add_module('TrackCreator', recoTrackColName='RecoTracks')
 
        path.add_module("MCRecoTracksMatcher",
                        mcRecoTracksStoreArrayName="MCRecoTracks",
                        prRecoTracksStoreArrayName="RecoTracks",
                        UseCDCHits=True,
                        UseSVDHits=False,
                        UsePXDHits=False)
 

Member Data Documentation

fit_tracks

bool fit_tracks = False

static

tracks will be already fitted by the modules above

Definition at line 96 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

generator_module

str generator_module = 'generic'

static

Generator to be used in the simulation (-so)

Definition at line 34 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

n_events

N_EVENTS n_events = N_EVENTS

static

number of events to generate

Definition at line 32 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

non_expert_parameters

list non_expert_parameters = []

static

define empty list of non expert parameters so that no shifter plots are created (to revert just remove following line)

Definition at line 106 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

output_file_name

VALIDATION_OUTPUT_FILE output_file_name = VALIDATION_OUTPUT_FILE

static

name of the output ROOT file

Definition at line 104 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

pulls

bool pulls = True

static

Include pulls in the validation output.

Definition at line 100 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

resolution

bool resolution = True

static

Include resolution information in the validation output.

Definition at line 102 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

root_input_file

str root_input_file = '../EvtGenSimNoBkg.root'

static

no background overlay

Definition at line 36 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

tracking_coverage

dict tracking_coverage

static

Initial value:

=  {
        'UsePXDHits': False,
        'UseSVDHits': False,
        'UseCDCHits': True,
        'WhichParticles': [],
    }

Define the user parameters for the track-finding module.

Definition at line 88 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

use_fit_information

bool use_fit_information = True

static

But we need to tell the validation module to use the fit information.

Definition at line 98 of file toCDCfromEclCKFTrackingValidation_onlyEclSeed.py.

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The documentation for this class was generated from the following file:

• tracking/validation/toCDCfromEclCKFTrackingValidation_onlyEclSeed.py