#include <PID_Energy.h>

Inheritance diagram for ant::calibration::PID_Energy:

Collaboration diagram for ant::calibration::PID_Energy:

Public Types
using	detector_ptr_t = std::shared_ptr< const expconfig::detector::PID >

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 >

Public Member Functions
	PID_Energy (const detector_ptr_t &pid, const std::shared_ptr< DataManager > &calmgr, const Calibration::Converter::ptr_t &converter, defaults_t defaultPedestals, defaults_t defaultGains, defaults_t defaultThresholds_Raw, defaults_t defaultThresholds_MeV, defaults_t defaultRelativeGains)

virtual	~PID_Energy ()

virtual void	GetGUIs (std::list< std::unique_ptr< calibration::gui::CalibModule_traits > > &guis, ant::OptionsPtr options) override

virtual void	ApplyTo (TEventData &reconstructed) override

Public Member Functions inherited from ant::calibration::Energy
virtual void	ApplyTo (const readhits_t &hits) override

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

void	UpdatedTIDFlags (const TID &id) override
	UpdatedTIDFlags called when processed event has some different flags in TID. More...

Public Member Functions inherited from ant::Calibration::PhysicsModule
virtual std::vector< std::string >	GetPhysicsModules () const

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

virtual	~BaseModule ()=default

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

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

Protected Attributes
const detector_ptr_t	pid_detector

Protected Attributes inherited from ant::calibration::Energy
bool	IsMC = false

const Detector_t::Type_t	DetectorType

const Channel_t::Type_t	ChannelType

const std::shared_ptr< DataManager >	calibrationManager

const Calibration::Converter::ptr_t	Converter

CalibType	Pedestals

CalibType	Gains

CalibType	Thresholds_Raw

CalibType	Thresholds_MeV

CalibType	RelativeGains

std::vector< CalibType * >	AllCalibrations

Additional Inherited Members
Protected Types inherited from ant::calibration::Energy
using	defaults_t = const std::vector< double > &

Protected Member Functions inherited from ant::calibration::Energy
	Energy (const detector_ptr_t &det, const std::shared_ptr< DataManager > &calmgr, const Calibration::Converter::ptr_t &converter, defaults_t defaultPedestals, defaults_t defaultGains, defaults_t defaultThresholds_Raw, defaults_t defaultThresholds_MeV, defaults_t defaultRelativeGains, Channel_t::Type_t channelType=Channel_t::Type_t::Integral)

virtual	~Energy ()

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

Member Typedef Documentation

◆ detector_ptr_t

PID_Energy::PID_Energy	(	const detector_ptr_t &	pid,
		const std::shared_ptr< DataManager > &	calmgr,
		const Calibration::Converter::ptr_t &	converter,
		defaults_t	defaultPedestals,
		defaults_t	defaultGains,
		defaults_t	defaultThresholds_Raw,
		defaults_t	defaultThresholds_MeV,
		defaults_t	defaultRelativeGains
	)

PID_Energy::~PID_Energy ( )

virtual

void ant::calibration::PID_Energy::ApplyTo ( TEventData & reconstructed )

overridevirtual

void PID_Energy::GetGUIs	(	std::list< std::unique_ptr< calibration::gui::CalibModule_traits > > &	guis,
		ant::OptionsPtr	options
	)

overridevirtual

const detector_ptr_t ant::calibration::PID_Energy::pid_detector

protected

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