Cluster energy smearing based on energy and cos(theta) More...

#include <ClusterCorrection.h>

Inheritance diagram for ant::calibration::ClusterSmearing:

Collaboration diagram for ant::calibration::ClusterSmearing:

Public Member Functions
void	ApplyTo (TCluster &cluster)

Public Member Functions inherited from ant::calibration::ClusterCorrection
virtual void	ApplyTo (clusters_t &clusters) override

virtual std::list< Loader_t >	GetLoaders () override

	ClusterCorrection (std::shared_ptr< ClusterDetector_t > det, const std::string &Name, const Filter_t Filter, std::shared_ptr< DataManager > calmgr)

virtual	~ClusterCorrection () override

Public Member Functions inherited from ant::Calibration::BaseModule
std::string	GetName () const

virtual	~BaseModule ()=default

Public Member Functions inherited from ant::Updateable_traits
virtual void	UpdatedTIDFlags (const TID &)
	UpdatedTIDFlags called when processed event has some different flags in TID. More...

virtual	~Updateable_traits ()=default

Public Member Functions inherited from ant::ReconstructHook::Base
virtual	~Base ()=default

Additional Inherited Members
Public Types inherited from ant::calibration::ClusterCorrection
enum	Filter_t { Filter_t::MC, Filter_t::Data, Filter_t::Both }

Public Types inherited from ant::Updateable_traits
using	Loader_t = std::function< void(const TID &currPoint, TID &nextChangePoint)>

Public Types inherited from ant::ReconstructHook::Base
using	readhits_t = std_ext::mapped_vectors< Detector_t::Type_t, std::reference_wrapper< TDetectorReadHit > >

using	clusterhits_t = std::map< Detector_t::Type_t, TClusterHitList >

using	clusters_t = std::map< Detector_t::Type_t, TClusterList >

Protected Member Functions inherited from ant::Calibration::BaseModule
	BaseModule (const std::string &name_)

Protected Attributes inherited from ant::calibration::ClusterCorrection
const Detector_t::Type_t	DetectorType

Filter_t	filter

std::shared_ptr< DataManager >	calibrationManager

std::unique_ptr< ClippedInterpolatorWrapper >	interpolator

Detailed Description

Cluster energy smearing based on energy and cos(theta)

Member Function Documentation

void ClusterSmearing::ApplyTo ( TCluster & cluster )

virtual

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