Class Isolator

class Isolator

derived from Algorithm

Algorithm to test particles for isolation

private ReconstructedParticle * lnkReconstructedParticle1

label output

supplierCardinality 0..*

private std::string m_cellLocation

Locations in TES to get Cells and Clusters from

private std::string m_clusterLocation

Locations in TES to get Cells and Clusters from

private double m_eCellIsolation

eT threshold to apply to excess summed Cluster eT

private double m_eClusterIsolation

eT threshold to apply to summed Cluster eT

private std::string m_inputLocation

Location in TES to obtain input particles to be isolated

private std::string m_isolatedOutputLocation

Locations in TES to write out output lists.

private KinematicHelper m_kinehelp

Encapsulates common operations on IKinematic types

private std::string m_nonIsolatedOutputLocation

Locations in TES to write out output lists.

private double m_rCellIsolation

R-cone in which to sum Cell eT

private double m_rClusterIsolation

R-cone in which to sum unassociated Cluster eT

private double m_rClusterMatch

R-cone for associating a Cluster to a particle

private TesIO * m_TesIO

helper class to deal with TES I/O

supplierCardinality 1

public Isolator(const std::string & name, ISvcLocator * pSvcLocator)

public virtual ~Isolator()

public StatusCode execute()

public StatusCode finalize()

public StatusCode initialize()

private bool isIsolated(MsgStream & , ReconstructedParticleCollection::iterator , CellCollection * , ClusterCollection * )

This is the heart of this algorithm: the bit that does the isolation

Association Links

to Class Atlfast::KinematicHelper

Encapsulates common operations on IKinematic types

to Class Atlfast::TesIO

helper class to deal with TES I/O

Supplier Cardinality 1

to Class Atlfast::ReconstructedParticle

Label output

Supplier Cardinality 0..*

Dependency Links

to Class Atlfast::CommonData

link dependency

to Class Atlfast::Cell

link dependency

to Class Atlfast::Cluster

link dependency

to Class Atlfast::ReconstructedParticle

link dependency