CssGeoParams.h CssGeoParams class declaration. More...

Namespaces
	_Private

	FitDigitizationTools

	HerdDataModelVersion

	Readers

	RefFrame

	SiliconDetectorDigitizationTools

Classes
class	ArrayForwarder
	A forwarder class for std::array. More...

class	AxesArray
	An array that accepts axis as subscripts. More...

class	CaloAcceptanceCut
	An algorithm that reject events out of Calo acceptance. More...

struct	CaloAxis
	Container of information about the Calorimeter Shower Axis. More...

class	CaloAxisTracksSorterAlgo
	Algorithm that sort tracks according to their proximity to the CALO axis. More...

class	CaloDBSCANClustering
	Algorithm that clusters calorimeter hits into showers. More...

class	CaloGeoParams
	Data structure for the Calo geometry parameters. More...

class	CaloPDCalibrationAlgo
	Algorithm which converts calo PD hit from ADC to GeV. More...

class	CaloPDChannelInfo
	Data structure for the Calo PD readout information. More...

class	CaloPDChannelInfoAlgo
	Base algorithm which creates the information needed for the Calo PD read-out digitization. More...

class	CaloPDDigitizerAlgo
	Algorithm for digitizers of the Monte Carlo hits of Calo based on a preliminary Pd readout. More...

class	CaloPDEventChannelInfo
	Data structure for information regarding a channel connected to a Calo photodiode. More...

class	CaloPDZeroSuppressionAlgo
	Algorithm which remove Calo PD hit with small energy deposit. More...

class	CaloPMTTriggerComparatorAlgo
	An algorithm that compares variables from CaloPMT trigger inputs and fills flags needed for the offline trigger. More...

class	CaloPMTTriggerComputerAlgo
	An algorithm that computes relevant information about CaloPMT needed for the offline trigger. More...

class	CaloPMTTriggerFlags
	Data structure with the trigger flags for CaloPMT. More...

class	CaloPMTTriggerGeoInfo
	Data structure for the CaloPMT trigger geometric info (trigger regions). More...

class	CaloPMTTriggerInputs
	Data structure with the trigger inputs for CaloPMT. More...

class	CaloPMTTriggerRegionArray
	An array that accepts CaloPMT trigger regions as subscripts.The elements in CaloPMTTriggerRegionArray can be indexed using values in CaloPMTTriggerGeoInfo.h. More...

class	CaloTrackInfoAlgo
	An algorithm which computes information about the track inside the Calo. More...

class	Cluster
	Tracker cluster object for transient data model. More...

class	CooArray
	An array that accepts coordinates as subscripts. More...

class	CssGeoParams
	Geometry parameters of the Chinese Space station. More...

class	DirectionsArray
	An array that accepts directions as subscripts. More...

class	Exception

struct	FileHeader

class	FitChannelInfo

class	FitClusteringAlgo
	Algorithm that clusters the Monte Carlo FIT detector hits. algorithms/clustering/FitClusteringAlgo.h. More...

class	FitClustersColl
	Collection of containers for the clusters of all the FIT detectors. More...

class	FitDigitizerAlgo
	Algorithm that digitizes the Monte Carlo FIT hits simulating the response of the SIPM reading. More...

class	FitFarHitsRemoverAlgo
	Algorithm that removes the FIT hits lying far away from a given track. More...

class	FitGeoParams
	Data structure for single silicon layer geometry parameters. More...

class	GGSDataProvider
	Data provider for Geant4 Monte Carlo data. More...

class	HerdRootDataProvider
	Data provider for HERD Root files based on current EventAnalysis Root data format. More...

class	HerdRootDataProviderT
	Data provider service adding HERD-specific behavior to RootDataProvider. More...

class	HerdRootDataProviderV0
	Data provider for HERD Root files based on legacy EventAnalysis Root V0 data format. More...

class	HerdRootPersistenceService
	Persistence service adding HERD-specific behavior to RootPersistenceService. More...

class	HERDward
	Displays tracks from HoughFinder algorithms. More...

class	HFCluster

class	HighEnergyTriggerCut
	An algorithm that reads the trigger flags for CaloPMT and applies the trigger logic for HE trigger. More...

class	Hit
	Hit object for transient data model. More...

class	HoughFinder2DAlgo
	Finds tracks from a collection of 2D hits. More...

class	HoughTrackStub

class	HW3DView

class	HWBaseEventDisplay

class	HWCaloAxesEventDisplay

class	HWCaloEventDisplay

class	HWHoughTrackEventDisplay

class	HWMainWindow

class	HWMCTruthDisplay

class	HWProjections

class	HWPSDEventDisplay

class	HWTrackingDetectorEventDisplay

class	Line
	Class describing a line in the 3D space. More...

class	Line2D
	Class describing a line in the 2D space. More...

class	LowEnergyGammaTriggerCut
	An algorithm that reads the trigger flags for CaloPMT and Psd, and applies the trigger logic for LEG trigger. More...

struct	MCAccOption
	Class which contains the options for CaloAcceptnaceCut. More...

class	MCGenerationInfo
	Information about particle generation in MC simulation. More...

class	MCInteraction
	Description of a Monte Carlo Interaction. More...

class	MCParticle
	Description of a Monte Carlo particle. More...

class	MCPrimaryParticle
	Description of a Monte Carlo primary particle. More...

class	MCTruth
	Data structure for the Monte Carlo truth of each event. More...

class	Parallelogram
	A parallelogram in 3D space. More...

class	ParticleHit
	Class to describe the energy deposit of a single particle. More...

class	PcaCaloAxisTrackingAlgo
	Algorithm for Calorimeter Shower Axis reconstruction based on Principal Component Analysis (PCA) method. More...

class	PhysPoint
	A class describing a physical point in the 3D space. More...

class	Plane
	Class describing a Plane in the 3D space. More...

class	PolarAngleCut
	An algorithm that rejects events with the polar angle greather than a threshold. More...

class	PsdGeometricDigitizerAlgo
	Algorithm that groups the Monte Carlo PSD hits based on a purely geometric criterion. More...

class	PsdGeoParams
	Data structure for PSD geometry parameters. More...

class	PsdTriggerComparatorAlgo
	An algorithm that compares variables from Psd trigger inputs and fills flags needed for the offline trigger. More...

class	PsdTriggerComputerAlgo
	An algorithm that computes relevant information about PSD needed for the offline trigger. More...

class	PsdTriggerFlags
	Data structure with the trigger flags for Psd. More...

class	PsdTriggerInputs
	Data structure with the trigger inputs for Psd. More...

class	Rectangle
	A rectangle in 3D space. More...

class	ScdBondingDigitizerAlgo
	Algorithm that bonds the Monte Carlo SCD hits. More...

class	ScdCapacitiveNetAlgo
	Algorithm that distributes signal on strips on readout strips. More...

class	ScdClusteringAlgo
	Algorithm that clusters the Monte Carlo SCD hits. More...

class	ScdClustersColl
	Collection of containers for the clusters of all the SCD detectors. More...

class	ScdDriftDiffusionAlgo
	Algorithm that digitizes the Monte Carlo SCD hits based on a purely geometric criterion. More...

class	ScdGeometricDigitizerAlgo
	Algorithm that digitizes the Monte Carlo SCD hits based on a purely geometric criterion. More...

class	SidesArray
	An array that accepts side as subscripts. More...

class	SiliconDetectorBondingDigitizerAlgo
	Base algorithm for bonding digitizers of the Monte Carlo hits of silicon detectors. More...

class	SiliconDetectorCapacitiveNetAlgo
	Base algorithm for digitizers of the Monte Carlo hits of silicon detector implementing the effect of a capacitive net between on the strips. More...

class	SiliconDetectorChannelGeoInfo
	Object managing the geometry of the Si readout strips in a single layer. More...

class	SiliconDetectorClusteringAlgo
	Algorithm that clusters the Monte Carlo Silicon detector hits. algorithms/clustering/SiliconDetectorClusteringAlgo.h. More...

class	SiliconDetectorDriftDiffusionAlgo
	Base algorithm for digitizers of the Monte Carlo hits of silicon detector implementing the effect of charge dritf and diffusion in the silicon. More...

class	SiliconDetectorGeometricDigitizerAlgo
	Base algorithm for digitizers of the Monte Carlo hits of silicon detector based on a purely geometric criterion. More...

class	SiliconDetectorGeoParams
	Data structure for single silicon layer geometry parameters. More...

class	StkBondingDigitizerAlgo
	Algorithm that bonds the Monte Carlo STK hits. More...

class	StkCapacitiveNetAlgo
	Algorithm that distributes signal on strips on readout strips. More...

class	StkClusteringAlgo
	Algorithm that clusters the Monte Carlo STK hits. More...

class	StkClustersColl
	Collection of containers for the clusters of all the STK detectors. More...

class	StkDriftDiffusionAlgo
	Algorithm that digitizes the Monte Carlo STK hits based on a purely geometric criterion. More...

class	StkGeometricDigitizerAlgo
	Algorithm that digitizes the Monte Carlo STK hits based on a purely geometric criterion. More...

struct	StkIntersection
	A container of information about a interesection between a track and a STK layer. More...

struct	StkIntersections
	A container of information about interesections between a track and the STK. More...

class	StkIntersectionsAlgo
	An algorithm that calculate the intersections between a track and the STK. More...

class	StkIntersectionsCut
	A cut about the number of intersections of a track with STK. More...

class	Track
	Class describing a track. More...

class	Track2D
	Class describing a track. More...

struct	TrackInfoForCalo
	Container of information about the track inside the Calo. More...

class	TrackingDetectorGeoParams
	Base data structure for single tracking detector layer geometry parameters. More...

class	TriggerPattern
	Data structure with the fired triggers for each event. More...

class	UnbiasedTriggerCut
	An algorithm that reads the trigger flags for CaloPMT and applies the trigger logic for unbiased trigger. More...

class	Vec3D
	A class describing a vector in 3D space. More...

class	VPalette

Typedefs
using	HFClusters = std::vector< std::vector< HFCluster > >

using	CaloAxes = std::vector< CaloAxis >

using	CaloClusters = std::vector< CaloHits >

using	CaloHits = std::vector< Hit >

using	ClustersColl = SidesArray< std::vector< std::vector< Cluster > >>

using	FitChannelInfoColl = SidesArray< std::vector< FitChannelInfo > >

using	FitClusters = std::vector< std::vector< Cluster > >

using	FitGeoParamsColl = SidesArray< std::vector< FitGeoParams > >

using	FitHits = std::vector< std::vector< Hit > >

using	FitHitsColl = SidesArray< FitHits >

using	FitParticleHits = ParticleHits

using	FitParticleHitsColl = SidesArray< FitParticleHits >

using	Momentum = Vec3D

using	ParticleHits = std::vector< std::vector< std::vector< ParticleHit > >>

using	Point = Vec3D

using	PsdGeoParamsColl = SidesArray< std::vector< PsdGeoParams > >

using	PsdHits = std::vector< std::vector< Hit > >

using	PsdHitsColl = SidesArray< PsdHits >

using	PsdParticleHits = ParticleHits

using	PsdParticleHitsColl = SidesArray< PsdParticleHits >

using	ScdChannelGeoInfoColl = SiliconDetectorChannelGeoInfoColl

using	ScdClusters = SiliconDetectorClusters

using	ScdGeoParams = SiliconDetectorGeoParams

using	ScdGeoParamsColl = SiliconDetectorGeoParamsColl

using	ScdHits = SiliconDetectorHits

using	ScdHitsColl = SiliconDetectorHitsColl

using	ScdParticleHits = SiliconDetectorParticleHits

using	ScdParticleHitsColl = SiliconDetectorParticleHitsColl

using	SiliconDetectorChannelGeoInfoColl = SidesArray< std::vector< SiliconDetectorChannelGeoInfo > >

using	SiliconDetectorClusters = std::vector< std::vector< Cluster > >

using	SiliconDetectorClustersColl = SidesArray< SiliconDetectorClusters >

using	SiliconDetectorGeoParamsColl = SidesArray< std::vector< SiliconDetectorGeoParams > >

using	SiliconDetectorHits = std::vector< std::vector< Hit > >

using	SiliconDetectorHitsColl = SidesArray< SiliconDetectorHits >

using	SiliconDetectorParticleHits = ParticleHits

using	SiliconDetectorParticleHitsColl = SidesArray< SiliconDetectorParticleHits >

using	StkChannelGeoInfoColl = SiliconDetectorChannelGeoInfoColl

using	StkClusters = SiliconDetectorClusters

using	StkGeoParams = SiliconDetectorGeoParams

using	StkGeoParamsColl = SiliconDetectorGeoParamsColl

using	StkHits = SiliconDetectorHits

using	StkHitsColl = SiliconDetectorHitsColl

using	StkParticleHits = SiliconDetectorParticleHits

using	StkParticleHitsColl = SiliconDetectorParticleHitsColl

using	TrackingDetectorGeoParamsColl = SidesArray< std::vector< TrackingDetectorGeoParams > >

using	HerdRootDataProvider = HerdRootDataProviderT< RootDataProvider >

using	HerdRootDataProviderV0 = HerdRootDataProviderT< RootDataProviderV0 >

using	ChannelInfoFlag = CaloPDEventChannelInfo::Flag

using	CaloPMTTrigMask = CaloPMTTriggerFlags::CaloPMTTriggerMask

using	PsdTrigMask = PsdTriggerFlags::PsdTriggerMask

Enumerations
enum	CaloAxisAlgoType { CaloAxisAlgoType::NONE, CaloAxisAlgoType::PCA }

enum	CaloPMTTriggerRegion : int { CaloPMTTriggerRegion::NONE = -1, CaloPMTTriggerRegion::Core = 0, CaloPMTTriggerRegion::Ztop = 1, CaloPMTTriggerRegion::Zbot = 2, CaloPMTTriggerRegion::Xp = 3, CaloPMTTriggerRegion::Yp = 4, CaloPMTTriggerRegion::Yn = 5 }

Functions
bool	operator== (const HoughTrackStub &lhs, const HoughTrackStub &rhs)

template<typename _Tp , std::size_t _Nm>
bool	operator== (const ArrayForwarder< _Tp, _Nm > &__one, const ArrayForwarder< _Tp, _Nm > &__two)

template<typename _Tp , std::size_t _Nm>
bool	operator!= (const ArrayForwarder< _Tp, _Nm > &__one, const ArrayForwarder< _Tp, _Nm > &__two)

template<typename _Tp , std::size_t _Nm>
bool	operator< (const ArrayForwarder< _Tp, _Nm > &__a, const ArrayForwarder< _Tp, _Nm > &__b)

template<typename _Tp , std::size_t _Nm>
bool	operator> (const ArrayForwarder< _Tp, _Nm > &__one, const ArrayForwarder< _Tp, _Nm > &__two)

template<typename _Tp , std::size_t _Nm>
bool	operator<= (const ArrayForwarder< _Tp, _Nm > &__one, const ArrayForwarder< _Tp, _Nm > &__two)

template<typename _Tp , std::size_t _Nm>
bool	operator>= (const ArrayForwarder< _Tp, _Nm > &__one, const ArrayForwarder< _Tp, _Nm > &__two)

template<typename _Tp , std::size_t _Nm>
void	swap (ArrayForwarder< _Tp, _Nm > &__one, ArrayForwarder< _Tp, _Nm > &__two) noexcept(noexcept(__one.swap(__two)))

template<std::size_t _Int, typename _Tp , std::size_t _Nm>
constexpr _Tp &	get (ArrayForwarder< _Tp, _Nm > &__arr) noexcept

template<std::size_t _Int, typename _Tp , std::size_t _Nm>
constexpr _Tp &&	get (ArrayForwarder< _Tp, _Nm > &&__arr) noexcept

template<std::size_t _Int, typename _Tp , std::size_t _Nm>
constexpr const _Tp &	get (const ArrayForwarder< _Tp, _Nm > &__arr) noexcept

template<std::size_t _Int, typename _Tp , std::size_t _Nm>
constexpr const _Tp &&	get (const ArrayForwarder< _Tp, _Nm > &&__arr) noexcept

float	operator* (const Vec3D left, const Vec3D right)
	Compute the dot-product between two vectors. More...

Vec3D	operator+ (Vec3D left, Vec3D const &right)
	Add two vectors. More...

Vec3D	operator+ (const Vec3D &left, Vec3D &&right)

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>
Vec3D	operator* (Vec3D left, T const &right)
	Multiply a vector by a number. More...

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>
Vec3D	operator* (T const &right, Vec3D left)

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>
Vec3D	operator/ (Vec3D left, T const &right)
	Divide a vector by a number. More...

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>
Vec3D	operator/ (T const &right, Vec3D left)

std::ostream &	operator<< (std::ostream &os, const Vec3D &vec)
	Write coordinates to stream. More...

bool	operator== (const Hit &h1, const Hit &h2)

std::ostream &	operator<< (std::ostream &out, const Hit &hit)

	RegisterAlgorithm (CaloPDCalibrationAlgo)

	RegisterAlgorithm (CaloDBSCANClustering)

	RegisterAlgorithm (FitClusteringAlgo)

	RegisterAlgorithm (ScdClusteringAlgo)

	RegisterAlgorithm (SiliconDetectorClusteringAlgo)

	RegisterAlgorithm (StkClusteringAlgo)

	RegisterAlgorithm (CaloPDChannelInfoAlgo)

	RegisterAlgorithm (CaloPDDigitizerAlgo)

	RegisterAlgorithm (CaloPDZeroSuppressionAlgo)

	RegisterAlgorithm (FitDigitizerAlgo)

	RegisterAlgorithm (PsdGeometricDigitizerAlgo)

	RegisterAlgorithm (ScdBondingDigitizerAlgo)

	RegisterAlgorithm (ScdCapacitiveNetAlgo)

	RegisterAlgorithm (ScdDriftDiffusionAlgo)

	RegisterAlgorithm (ScdGeometricDigitizerAlgo)

	RegisterAlgorithm (StkBondingDigitizerAlgo)

	RegisterAlgorithm (StkCapacitiveNetAlgo)

	RegisterAlgorithm (StkDriftDiffusionAlgo)

	RegisterAlgorithm (StkGeometricDigitizerAlgo)

	RegisterAlgorithm (HERDward)

	RegisterAlgorithm (CaloAcceptanceCut)

	RegisterAlgorithm (CaloTrackInfoAlgo)

	RegisterAlgorithm (PolarAngleCut)

	RegisterAlgorithm (StkIntersectionsAlgo)

	RegisterAlgorithm (StkIntersectionsCut)

	RegisterAlgorithm (PcaCaloAxisTrackingAlgo)

	RegisterAlgorithm (CaloAxisTracksSorterAlgo)

	RegisterAlgorithm (FitFarHitsRemoverAlgo)

	RegisterAlgorithm (HoughFinder2DAlgo)

	RegisterAlgorithm (CaloPMTTriggerComparatorAlgo)

	RegisterAlgorithm (CaloPMTTriggerComputerAlgo)

	RegisterAlgorithm (HighEnergyTriggerCut)

	RegisterAlgorithm (LowEnergyGammaTriggerCut)

	RegisterAlgorithm (PsdTriggerComparatorAlgo)

	RegisterAlgorithm (PsdTriggerComputerAlgo)

	RegisterAlgorithm (UnbiasedTriggerCut)

	RegisterDataProvider (GGSDataProvider)

	RegisterDataProvider (HerdRootDataProvider)

	RegisterDataProvider (HerdRootDataProviderV0)

	RegisterPersistence (HerdRootPersistenceService)

Variables
constexpr int	NCaloPMTTriggerRegions = 6
	The number of trigger regions for CaloPMT. More...

constexpr std::array< CaloPMTTriggerRegion, NCaloPMTTriggerRegions >	CaloPMTTriggerRegions
	Array of all the CaloPMT trigger regions. This array can be used to iterate over all the trigger regions using array iterators in a range-for loop. More...

auto	replace_all

constexpr int	nMaxCubesPerSide = 21

Detailed Description

CssGeoParams.h CssGeoParams class declaration.

Typedef Documentation

◆ CaloAxes

using Herd::CaloAxes = typedef std::vector<CaloAxis>

◆ CaloClusters

using Herd::CaloClusters = typedef std::vector<CaloHits>

◆ CaloHits

using Herd::CaloHits = typedef std::vector<Hit>

◆ CaloPMTTrigMask

typedef CaloPMTTriggerFlags::CaloPMTTriggerMask Herd::CaloPMTTrigMask

◆ ChannelInfoFlag

typedef CaloPDEventChannelInfo::Flag Herd::ChannelInfoFlag

◆ ClustersColl

using Herd::ClustersColl = typedef SidesArray<std::vector<std::vector<Cluster> >>

◆ FitChannelInfoColl

using Herd::FitChannelInfoColl = typedef SidesArray<std::vector<FitChannelInfo> >

◆ FitClusters

using Herd::FitClusters = typedef std::vector<std::vector<Cluster> >

◆ FitGeoParamsColl

using Herd::FitGeoParamsColl = typedef SidesArray<std::vector<FitGeoParams> >

◆ FitHits

using Herd::FitHits = typedef std::vector<std::vector<Hit> >

◆ FitHitsColl

using Herd::FitHitsColl = typedef SidesArray<FitHits>

◆ FitParticleHits

using Herd::FitParticleHits = typedef ParticleHits

◆ FitParticleHitsColl

using Herd::FitParticleHitsColl = typedef SidesArray<FitParticleHits>

◆ HerdRootDataProvider

using Herd::HerdRootDataProvider = typedef HerdRootDataProviderT<RootDataProvider>

◆ HerdRootDataProviderV0

using Herd::HerdRootDataProviderV0 = typedef HerdRootDataProviderT<RootDataProviderV0>

◆ HFClusters

using Herd::HFClusters = typedef std::vector<std::vector<HFCluster> >

◆ Momentum

using Herd::Momentum = typedef Vec3D

◆ ParticleHits

using Herd::ParticleHits = typedef std::vector<std::vector<std::vector<ParticleHit> >>

◆ Point

using Herd::Point = typedef Vec3D

◆ PsdGeoParamsColl

using Herd::PsdGeoParamsColl = typedef SidesArray<std::vector<PsdGeoParams> >

◆ PsdHits

using Herd::PsdHits = typedef std::vector<std::vector<Hit> >

◆ PsdHitsColl

using Herd::PsdHitsColl = typedef SidesArray<PsdHits>

◆ PsdParticleHits

using Herd::PsdParticleHits = typedef ParticleHits

◆ PsdParticleHitsColl

using Herd::PsdParticleHitsColl = typedef SidesArray<PsdParticleHits>

◆ PsdTrigMask

typedef PsdTriggerFlags::PsdTriggerMask Herd::PsdTrigMask

◆ ScdChannelGeoInfoColl

using Herd::ScdChannelGeoInfoColl = typedef SiliconDetectorChannelGeoInfoColl

◆ ScdClusters

using Herd::ScdClusters = typedef SiliconDetectorClusters

◆ ScdGeoParams

using Herd::ScdGeoParams = typedef SiliconDetectorGeoParams

◆ ScdGeoParamsColl

using Herd::ScdGeoParamsColl = typedef SiliconDetectorGeoParamsColl

◆ ScdHits

using Herd::ScdHits = typedef SiliconDetectorHits

◆ ScdHitsColl

using Herd::ScdHitsColl = typedef SiliconDetectorHitsColl

◆ ScdParticleHits

using Herd::ScdParticleHits = typedef SiliconDetectorParticleHits

◆ ScdParticleHitsColl

using Herd::ScdParticleHitsColl = typedef SiliconDetectorParticleHitsColl

◆ SiliconDetectorChannelGeoInfoColl

using Herd::SiliconDetectorChannelGeoInfoColl = typedef SidesArray<std::vector<SiliconDetectorChannelGeoInfo> >

◆ SiliconDetectorClusters

using Herd::SiliconDetectorClusters = typedef std::vector<std::vector<Cluster> >

◆ SiliconDetectorClustersColl

using Herd::SiliconDetectorClustersColl = typedef SidesArray<SiliconDetectorClusters>

◆ SiliconDetectorGeoParamsColl

using Herd::SiliconDetectorGeoParamsColl = typedef SidesArray<std::vector<SiliconDetectorGeoParams> >

◆ SiliconDetectorHits

using Herd::SiliconDetectorHits = typedef std::vector<std::vector<Hit> >

◆ SiliconDetectorHitsColl

using Herd::SiliconDetectorHitsColl = typedef SidesArray<SiliconDetectorHits>

◆ SiliconDetectorParticleHits

using Herd::SiliconDetectorParticleHits = typedef ParticleHits

◆ SiliconDetectorParticleHitsColl

using Herd::SiliconDetectorParticleHitsColl = typedef SidesArray<SiliconDetectorParticleHits>

◆ StkChannelGeoInfoColl

using Herd::StkChannelGeoInfoColl = typedef SiliconDetectorChannelGeoInfoColl

◆ StkClusters

using Herd::StkClusters = typedef SiliconDetectorClusters

◆ StkGeoParams

using Herd::StkGeoParams = typedef SiliconDetectorGeoParams

◆ StkGeoParamsColl

using Herd::StkGeoParamsColl = typedef SiliconDetectorGeoParamsColl

◆ StkHits

using Herd::StkHits = typedef SiliconDetectorHits

◆ StkHitsColl

using Herd::StkHitsColl = typedef SiliconDetectorHitsColl

◆ StkParticleHits

using Herd::StkParticleHits = typedef SiliconDetectorParticleHits

◆ StkParticleHitsColl

using Herd::StkParticleHitsColl = typedef SiliconDetectorParticleHitsColl

◆ TrackingDetectorGeoParamsColl

using Herd::TrackingDetectorGeoParamsColl = typedef SidesArray<std::vector<TrackingDetectorGeoParams> >

Enumeration Type Documentation

◆ CaloAxisAlgoType

enum Herd::CaloAxisAlgoType

strong

Enumerator
NONE	Reconstruction algorithm not specified
PCA	Principal Component Analysis algorithm, generated with PcaCaloAxisTrackingAlgo

◆ CaloPMTTriggerRegion

enum Herd::CaloPMTTriggerRegion : int

strong

Enumerator
NONE
Core
Ztop
Zbot
Xp
Yp
Yn

Function Documentation

◆ get() [1/4]

template<std::size_t _Int, typename _Tp , std::size_t _Nm>

constexpr _Tp& Herd::get ( ArrayForwarder< _Tp, _Nm > & __arr )

noexcept

◆ get() [2/4]

template<std::size_t _Int, typename _Tp , std::size_t _Nm>

constexpr _Tp&& Herd::get ( ArrayForwarder< _Tp, _Nm > && __arr )

noexcept

◆ get() [3/4]

template<std::size_t _Int, typename _Tp , std::size_t _Nm>

constexpr const _Tp& Herd::get ( const ArrayForwarder< _Tp, _Nm > & __arr )

noexcept

◆ get() [4/4]

template<std::size_t _Int, typename _Tp , std::size_t _Nm>

constexpr const _Tp&& Herd::get ( const ArrayForwarder< _Tp, _Nm > && __arr )

noexcept

◆ operator!=()

template<typename _Tp , std::size_t _Nm>

bool Herd::operator!=	(	const ArrayForwarder< _Tp, _Nm > &	__one,
		const ArrayForwarder< _Tp, _Nm > &	__two
	)

inline

◆ operator*() [1/3]

float Herd::operator*	(	const Vec3D	left,
		const Vec3D	right
	)

inline

Compute the dot-product between two vectors.

Returns: The cross-product.

◆ operator*() [2/3]

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>

Vec3D Herd::operator*	(	Vec3D	left,
		T const &	right
	)

inline

Multiply a vector by a number.

Returns: The resulting vector.

◆ operator*() [3/3]

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>

Vec3D Herd::operator*	(	T const &	right,
		Vec3D	left
	)

inline

◆ operator+() [1/2]

Vec3D Herd::operator+	(	Vec3D	left,
		Vec3D const &	right
	)

inline

Add two vectors.

Returns: The resulting vector.

◆ operator+() [2/2]

Vec3D Herd::operator+	(	const Vec3D &	left,
		Vec3D &&	right
	)

inline

◆ operator/() [1/2]

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>

Vec3D Herd::operator/	(	Vec3D	left,
		T const &	right
	)

inline

Divide a vector by a number.

Returns: The resulting vector.

◆ operator/() [2/2]

template<typename T , typename std::enable_if< std::is_arithmetic< T >::value >::type * = nullptr>

Vec3D Herd::operator/	(	T const &	right,
		Vec3D	left
	)

inline

◆ operator<()

template<typename _Tp , std::size_t _Nm>

bool Herd::operator<	(	const ArrayForwarder< _Tp, _Nm > &	__a,
		const ArrayForwarder< _Tp, _Nm > &	__b
	)

inline

◆ operator<<() [1/2]

std::ostream& Herd::operator<<	(	std::ostream &	out,
		const Hit &	hit
	)

inline

◆ operator<<() [2/2]

std::ostream& Herd::operator<<	(	std::ostream &	os,
		const Vec3D &	vec
	)

Write coordinates to stream.

◆ operator<=()

template<typename _Tp , std::size_t _Nm>

bool Herd::operator<=	(	const ArrayForwarder< _Tp, _Nm > &	__one,
		const ArrayForwarder< _Tp, _Nm > &	__two
	)

inline

◆ operator==() [1/3]

bool Herd::operator==	(	const HoughTrackStub &	lhs,
		const HoughTrackStub &	rhs
	)

inline

◆ operator==() [2/3]

template<typename _Tp , std::size_t _Nm>

bool Herd::operator==	(	const ArrayForwarder< _Tp, _Nm > &	__one,
		const ArrayForwarder< _Tp, _Nm > &	__two
	)

inline

◆ operator==() [3/3]

bool Herd::operator==	(	const Hit &	h1,
		const Hit &	h2
	)

inline

◆ operator>()

template<typename _Tp , std::size_t _Nm>

bool Herd::operator>	(	const ArrayForwarder< _Tp, _Nm > &	__one,
		const ArrayForwarder< _Tp, _Nm > &	__two
	)

inline

◆ operator>=()

template<typename _Tp , std::size_t _Nm>

bool Herd::operator>=	(	const ArrayForwarder< _Tp, _Nm > &	__one,
		const ArrayForwarder< _Tp, _Nm > &	__two
	)

inline

◆ RegisterAlgorithm() [1/36]

Herd::RegisterAlgorithm ( HighEnergyTriggerCut )

◆ RegisterAlgorithm() [2/36]

Herd::RegisterAlgorithm ( UnbiasedTriggerCut )

◆ RegisterAlgorithm() [3/36]

Herd::RegisterAlgorithm ( PsdTriggerComputerAlgo )

◆ RegisterAlgorithm() [4/36]

Herd::RegisterAlgorithm ( CaloPMTTriggerComparatorAlgo )

◆ RegisterAlgorithm() [5/36]

Herd::RegisterAlgorithm ( LowEnergyGammaTriggerCut )

◆ RegisterAlgorithm() [6/36]

Herd::RegisterAlgorithm ( PsdTriggerComparatorAlgo )

◆ RegisterAlgorithm() [7/36]

Herd::RegisterAlgorithm ( CaloPMTTriggerComputerAlgo )

◆ RegisterAlgorithm() [8/36]

Herd::RegisterAlgorithm ( ScdBondingDigitizerAlgo )

◆ RegisterAlgorithm() [9/36]

Herd::RegisterAlgorithm ( ScdCapacitiveNetAlgo )

◆ RegisterAlgorithm() [10/36]

Herd::RegisterAlgorithm ( ScdDriftDiffusionAlgo )

◆ RegisterAlgorithm() [11/36]

Herd::RegisterAlgorithm ( ScdGeometricDigitizerAlgo )

◆ RegisterAlgorithm() [12/36]

Herd::RegisterAlgorithm ( StkBondingDigitizerAlgo )

◆ RegisterAlgorithm() [13/36]

Herd::RegisterAlgorithm ( StkDriftDiffusionAlgo )

◆ RegisterAlgorithm() [14/36]

Herd::RegisterAlgorithm ( StkGeometricDigitizerAlgo )

◆ RegisterAlgorithm() [15/36]

Herd::RegisterAlgorithm ( StkCapacitiveNetAlgo )

◆ RegisterAlgorithm() [16/36]

Herd::RegisterAlgorithm ( CaloPDChannelInfoAlgo )

◆ RegisterAlgorithm() [17/36]

Herd::RegisterAlgorithm ( CaloPDZeroSuppressionAlgo )

◆ RegisterAlgorithm() [18/36]

Herd::RegisterAlgorithm ( CaloPDCalibrationAlgo )

◆ RegisterAlgorithm() [19/36]

Herd::RegisterAlgorithm ( CaloPDDigitizerAlgo )

◆ RegisterAlgorithm() [20/36]

Herd::RegisterAlgorithm ( StkClusteringAlgo )

◆ RegisterAlgorithm() [21/36]

Herd::RegisterAlgorithm ( CaloAcceptanceCut )

◆ RegisterAlgorithm() [22/36]

Herd::RegisterAlgorithm ( FitClusteringAlgo )

◆ RegisterAlgorithm() [23/36]

Herd::RegisterAlgorithm ( PsdGeometricDigitizerAlgo )

◆ RegisterAlgorithm() [24/36]

Herd::RegisterAlgorithm ( ScdClusteringAlgo )

◆ RegisterAlgorithm() [25/36]

Herd::RegisterAlgorithm ( StkIntersectionsCut )

◆ RegisterAlgorithm() [26/36]

Herd::RegisterAlgorithm ( FitDigitizerAlgo )

◆ RegisterAlgorithm() [27/36]

Herd::RegisterAlgorithm ( SiliconDetectorClusteringAlgo )

◆ RegisterAlgorithm() [28/36]

Herd::RegisterAlgorithm ( PolarAngleCut )

◆ RegisterAlgorithm() [29/36]

Herd::RegisterAlgorithm ( CaloDBSCANClustering )

◆ RegisterAlgorithm() [30/36]

Herd::RegisterAlgorithm ( StkIntersectionsAlgo )

◆ RegisterAlgorithm() [31/36]

Herd::RegisterAlgorithm ( PcaCaloAxisTrackingAlgo )

◆ RegisterAlgorithm() [32/36]

Herd::RegisterAlgorithm ( CaloAxisTracksSorterAlgo )

◆ RegisterAlgorithm() [33/36]

Herd::RegisterAlgorithm ( HoughFinder2DAlgo )

◆ RegisterAlgorithm() [34/36]

Herd::RegisterAlgorithm ( FitFarHitsRemoverAlgo )

◆ RegisterAlgorithm() [35/36]

Herd::RegisterAlgorithm ( CaloTrackInfoAlgo )

◆ RegisterAlgorithm() [36/36]

Herd::RegisterAlgorithm ( HERDward )

◆ RegisterDataProvider() [1/3]

Herd::RegisterDataProvider ( GGSDataProvider )

◆ RegisterDataProvider() [2/3]

Herd::RegisterDataProvider ( HerdRootDataProvider )

◆ RegisterDataProvider() [3/3]

Herd::RegisterDataProvider ( HerdRootDataProviderV0 )

◆ RegisterPersistence()

Herd::RegisterPersistence ( HerdRootPersistenceService )

◆ swap()

template<typename _Tp , std::size_t _Nm>

void Herd::swap	(	ArrayForwarder< _Tp, _Nm > &	__one,
		ArrayForwarder< _Tp, _Nm > &	__two
	)

inlinenoexcept

Variable Documentation

◆ CaloPMTTriggerRegions

constexpr std::array<CaloPMTTriggerRegion, NCaloPMTTriggerRegions> Herd::CaloPMTTriggerRegions

Initial value:

{
    CaloPMTTriggerRegion::Core, CaloPMTTriggerRegion::Ztop, CaloPMTTriggerRegion::Zbot,
    CaloPMTTriggerRegion::Xp,   CaloPMTTriggerRegion::Yp,   CaloPMTTriggerRegion::Yn}

Array of all the CaloPMT trigger regions. This array can be used to iterate over all the trigger regions using array iterators in a range-for loop.

◆ NCaloPMTTriggerRegions

constexpr int Herd::NCaloPMTTriggerRegions = 6

The number of trigger regions for CaloPMT.

◆ nMaxCubesPerSide

constexpr int Herd::nMaxCubesPerSide = 21

◆ replace_all

auto Herd::replace_all

Initial value:

= [](std::string what, char from, char to) {
  auto match_pos = what.find_first_of(from);
  while (match_pos != std::string::npos) {
    what.replace(match_pos, 1, std::string{to});
    match_pos = what.find_first_of(from);
  }
  return what;
}

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ CaloAxes

◆ CaloClusters

◆ CaloHits

◆ CaloPMTTrigMask

◆ ChannelInfoFlag

◆ ClustersColl

◆ FitChannelInfoColl

◆ FitClusters

◆ FitGeoParamsColl

◆ FitHits

◆ FitHitsColl

◆ FitParticleHits

◆ FitParticleHitsColl

◆ HerdRootDataProvider

◆ HerdRootDataProviderV0

◆ HFClusters

◆ Momentum

◆ ParticleHits

◆ Point

◆ PsdGeoParamsColl

◆ PsdHits

◆ PsdHitsColl

◆ PsdParticleHits

◆ PsdParticleHitsColl

◆ PsdTrigMask

◆ ScdChannelGeoInfoColl

◆ ScdClusters

◆ ScdGeoParams

◆ ScdGeoParamsColl

◆ ScdHits

◆ ScdHitsColl

◆ ScdParticleHits

◆ ScdParticleHitsColl

◆ SiliconDetectorChannelGeoInfoColl

◆ SiliconDetectorClusters

◆ SiliconDetectorClustersColl

◆ SiliconDetectorGeoParamsColl

◆ SiliconDetectorHits

◆ SiliconDetectorHitsColl

◆ SiliconDetectorParticleHits

◆ SiliconDetectorParticleHitsColl

◆ StkChannelGeoInfoColl

◆ StkClusters

◆ StkGeoParams

◆ StkGeoParamsColl

◆ StkHits

◆ StkHitsColl

◆ StkParticleHits

◆ StkParticleHitsColl

◆ TrackingDetectorGeoParamsColl

Enumeration Type Documentation

◆ CaloAxisAlgoType

◆ CaloPMTTriggerRegion

Function Documentation

◆ get() [1/4]

◆ get() [2/4]

◆ get() [3/4]

◆ get() [4/4]

◆ operator!=()

◆ operator*() [1/3]

◆ operator*() [2/3]

◆ operator*() [3/3]

◆ operator+() [1/2]

◆ operator+() [2/2]

◆ operator/() [1/2]

◆ operator/() [2/2]

◆ operator<()

◆ operator<<() [1/2]

◆ operator<<() [2/2]

◆ operator<=()

◆ operator==() [1/3]

◆ operator==() [2/3]