InvertedFullBkg Class Reference

Inheritance diagram for InvertedFullBkg:

Public Member Functions
def	finder_module (self, path)

Static Public Attributes
N_EVENTS	n_events = N_EVENTS
	number of events to generate
str	root_input_file = '../EvtGenSim.root'
	Y(4S) events with background overlay.
dict	tracking_coverage
	Define the user parameters for the track-finding module.
bool	fit_tracks = False
	tracks will be already fitted by add_tracking_reconstruction finder module set above
bool	use_fit_information = True
	But we need to tell the validation module to use the fit information.
bool	use_expert_folder = False
	do not create expert-level output histograms in dedicated folder but in the main folder
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 full track-finding chain, including background overlay

Definition at line 29 of file fullInvertedTrackingValidationBkg.py.

Member Function Documentation

finder_module()

def finder_module	(		self,
			path
	)

Add the inverted track finding to the basf2 path

Reimplemented from ReadOrGenerateTrackedEventsRun.

Definition at line 36 of file fullInvertedTrackingValidationBkg.py.

    def finder_module(self, path):
        """Add the inverted track finding to the basf2 path"""
        add_tracking_reconstruction(path, inverted_tracking=True)
 

Member Data Documentation

fit_tracks

bool fit_tracks = False

static

tracks will be already fitted by add_tracking_reconstruction finder module set above

Definition at line 52 of file fullInvertedTrackingValidationBkg.py.

n_events

N_EVENTS n_events = N_EVENTS

static

number of events to generate

Definition at line 32 of file fullInvertedTrackingValidationBkg.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 64 of file fullInvertedTrackingValidationBkg.py.

output_file_name

VALIDATION_OUTPUT_FILE output_file_name = VALIDATION_OUTPUT_FILE

static

name of the output ROOT file

Definition at line 62 of file fullInvertedTrackingValidationBkg.py.

pulls

bool pulls = True

static

Include pulls in the validation output.

Definition at line 58 of file fullInvertedTrackingValidationBkg.py.

resolution

bool resolution = True

static

Include resolution information in the validation output.

Definition at line 60 of file fullInvertedTrackingValidationBkg.py.

root_input_file

str root_input_file = '../EvtGenSim.root'

static

Y(4S) events with background overlay.

Definition at line 34 of file fullInvertedTrackingValidationBkg.py.

tracking_coverage

dict tracking_coverage

static

Initial value:

=  {
        'WhichParticles': [],  # Include all particles, also secondaries
        'UsePXDHits': True,
        'UseSVDHits': True,
        'UseCDCHits': True,
        "UseReassignedHits": True,
        'UseOnlyBeforeTOP': True,
        'UseNLoops': 1
    }

Define the user parameters for the track-finding module.

Definition at line 41 of file fullInvertedTrackingValidationBkg.py.

use_expert_folder

bool use_expert_folder = False

static

do not create expert-level output histograms in dedicated folder but in the main folder

Definition at line 56 of file fullInvertedTrackingValidationBkg.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 54 of file fullInvertedTrackingValidationBkg.py.

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

• tracking/validation/fullInvertedTrackingValidationBkg.py