VXDHarvester Class Reference

Inheritance diagram for VXDHarvester:

Collaboration diagram for VXDHarvester:

Public Member Functions
def	__init__ (self, clusters, detector, output_file_name, use_mc_info=True)
def	is_valid_cluster (self, cluster)
def	get_tools (self, cluster)
def	peel (self, track_cand)

Public Attributes
	svd_tools
	cached accessor to the SVD-tools singleton
	pxd_tools
	cached accessor to the PXD-tools singleton
	clusters
	cached copy of the name of the cluster StoreArray
	detector
	cached copy of the detector identifier (PXD or SVD)
	use_mc_info
	if true the MC information is used

Static Public Attributes
	save_tree = refiners.SaveTreeRefiner()
	Refiners to be executed at the end of the harvesting / termination of the module Save a tree of all collected variables in a sub folder.

Detailed Description

 A base class for the VXD hitwise analysis. Collect dE/dX and the correct p of each hit of the MC particles. 

Definition at line 154 of file harvester.py.

Constructor & Destructor Documentation

__init__()

def __init__	(		self,
			clusters,
			detector,
			output_file_name,
			use_mc_info = True
	)

Constructor

Definition at line 158 of file harvester.py.

Member Function Documentation

get_tools()

def get_tools	(		self,
			cluster
	)

Get the PXD tools for a PXD cluster or the SVD tools for an SVD cluster

Definition at line 192 of file harvester.py.

is_valid_cluster()

def is_valid_cluster	(		self,
			cluster
	)

Determine if a cluster has an associated SpacePoint and is associated with a primary pion MCParticle

Definition at line 175 of file harvester.py.

peel()

def peel	(		self,
			track_cand
	)

Aggregate the cluster and MCParticle (for primary pion) information associated with the track candidate

Definition at line 199 of file harvester.py.

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

• tracking/studies/low_momentum_vxd_estimation/harvester.py