Full Class Reference

Inheritance diagram for Full:

Public Member Functions
def	finder_module (self, path)
	All the track finding and track matching done before, so skip this step.

Static Public Attributes
int	n_events = 10000
	number of events to process
str	generator_module = 'generic'
	Generator that was used in the simulation (-so)
str	root_input_file = './validationSample.root'
	input file (release validation or generated by produceSample_releaseValidation.py)
str	recoTracksName = 'RecoTracks'
	track collection to be used
bool	fit_tracks = False
	tracks will be already fitted by
bool	use_fit_information = True
	But we need to tell the validation module to use the fit information.
bool	mc_tracking = False
	MC track finding and track matching was already performed.
bool	extended = True
	What should be stored in the root file?
bool	pulls = True
	if true pulls will be created
bool	resolution = True
	if true resolution plots will be created
bool	saveFullTrees = True
	if true the full tracking information will be stored to a file for each event (Note: will create large output)
str	output_file_name = './FullTrackingValidation_validationSample.root'
	name of the output file

Detailed Description

    Validate the full track-finding chain for the release validation
    using the special samples (cdst with additional branches)

Definition at line 24 of file fullTrackingValidation_releaseValidation.py.

Member Function Documentation

finder_module()

def finder_module	(		self,
			path
	)

All the track finding and track matching done before, so skip this step.

Reimplemented from ReadOrGenerateTrackedEventsRun.

Definition at line 37 of file fullTrackingValidation_releaseValidation.py.

    def finder_module(self, path):
        pass
 

Member Data Documentation

extended

bool extended = True

static

What should be stored in the root file?

Definition at line 49 of file fullTrackingValidation_releaseValidation.py.

fit_tracks

bool fit_tracks = False

static

tracks will be already fitted by

Definition at line 43 of file fullTrackingValidation_releaseValidation.py.

generator_module

str generator_module = 'generic'

static

Generator that was used in the simulation (-so)

Definition at line 32 of file fullTrackingValidation_releaseValidation.py.

mc_tracking

bool mc_tracking = False

static

MC track finding and track matching was already performed.

Definition at line 47 of file fullTrackingValidation_releaseValidation.py.

n_events

int n_events = 10000

static

number of events to process

Definition at line 30 of file fullTrackingValidation_releaseValidation.py.

output_file_name

str output_file_name = './FullTrackingValidation_validationSample.root'

static

name of the output file

Definition at line 57 of file fullTrackingValidation_releaseValidation.py.

pulls

bool pulls = True

static

if true pulls will be created

Definition at line 51 of file fullTrackingValidation_releaseValidation.py.

recoTracksName

str recoTracksName = 'RecoTracks'

static

track collection to be used

Definition at line 41 of file fullTrackingValidation_releaseValidation.py.

resolution

bool resolution = True

static

if true resolution plots will be created

Definition at line 53 of file fullTrackingValidation_releaseValidation.py.

root_input_file

str root_input_file = './validationSample.root'

static

input file (release validation or generated by produceSample_releaseValidation.py)

Definition at line 34 of file fullTrackingValidation_releaseValidation.py.

saveFullTrees

bool saveFullTrees = True

static

if true the full tracking information will be stored to a file for each event (Note: will create large output)

Definition at line 55 of file fullTrackingValidation_releaseValidation.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 45 of file fullTrackingValidation_releaseValidation.py.

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

• tracking/examples/validation/fullTrackingValidation_releaseValidation.py