Helper variables and functions to work with containers. More...

Typedefs
template<class T >
using	NAIA::LayerVariable = std::map< unsigned int, T >

Enumerations
enum	NAIA::Category { NAIA::Category::None = 0, NAIA::Category::HasTof = 1 << 0, NAIA::Category::HasTrack = 1 << 1, NAIA::Category::HasEcal = 1 << 2, NAIA::Category::HasTrd = 1 << 3, NAIA::Category::HasRich = 1 << 4, NAIA::Category::HasTofStandalone = 1 << 5, NAIA::Category::HasTrdStandalone = 1 << 6, NAIA::Category::Charge1_Trk = 1 << 7, NAIA::Category::Charge2_Trk = 1 << 8, NAIA::Category::ChargeGT2_Trk = 1 << 9, NAIA::Category::Charge1_Tof = 1 << 10, NAIA::Category::Charge2_Tof = 1 << 11, NAIA::Category::ChargeGT2_Tof = 1 << 12 }

enum	NAIA::TrTrack::ChargeRecoType { NAIA::TrTrack::STD, NAIA::TrTrack::HL, NAIA::TrTrack::YJ }

enum	NAIA::TrTrack::FitPositionHeight { NAIA::TrTrack::Layer1 = 0, NAIA::TrTrack::Layer2, NAIA::TrTrack::Layer3, NAIA::TrTrack::Layer4, NAIA::TrTrack::Layer5, NAIA::TrTrack::Layer6, NAIA::TrTrack::Layer7, NAIA::TrTrack::Layer8, NAIA::TrTrack::Layer9, NAIA::TrTrack::TofLayer0, NAIA::TrTrack::TofLayer1, NAIA::TrTrack::TofLayer2, NAIA::TrTrack::TofLayer3, NAIA::TrTrack::EcalCOG, NAIA::TrTrack::EcalTop, NAIA::TrTrack::EcalBottom }

enum	NAIA::TrTrack::Fit { NAIA::TrTrack::NoFit = -1, NAIA::TrTrack::Choutko, NAIA::TrTrack::Kalman, NAIA::TrTrack::KalmanElectron }

enum	NAIA::TrTrack::Side { NAIA::TrTrack::X, NAIA::TrTrack::Y }

enum	NAIA::TrTrack::DistanceFromTrack { NAIA::TrTrack::OnTrack, NAIA::TrTrack::Onemm, NAIA::TrTrack::Onecm, NAIA::TrTrack::Twocm, NAIA::TrTrack::Fivecm, NAIA::TrTrack::Tencm, NAIA::TrTrack::AllLayer }

enum	NAIA::TrdK::ChargeType { NAIA::TrdK::Total, NAIA::TrdK::Upper, NAIA::TrdK::Lower }

enum	NAIA::TrdK::LikelihoodType { NAIA::TrdK::Electron, NAIA::TrdK::Proton, NAIA::TrdK::Helium, NAIA::TrdK::Deuterium }

enum	NAIA::TrdK::LikelihoodRType { NAIA::TrdK::ep, NAIA::TrdK::eHe, NAIA::TrdK::pHe }

enum	NAIA::TrdK::QualType { NAIA::TrdK::OnTrack, NAIA::TrdK::OffTrack }

enum	NAIA::Ecal::EnergyRecoType { NAIA::Ecal::EnergyD, NAIA::Ecal::EnergyE, NAIA::Ecal::EnergyCorrEneE_E, NAIA::Ecal::EnergyCorrEne2017, NAIA::Ecal::EcalKEle }

enum	NAIA::Ecal::LikelihoodType { NAIA::Ecal::Integral, NAIA::Ecal::LayerCombined }

enum	NAIA::Ecal::BDTType { NAIA::Ecal::v5std, NAIA::Ecal::v5ada, NAIA::Ecal::v7std, NAIA::Ecal::v7ada }

enum	NAIA::Tof::ChargeType { NAIA::Tof::Total, NAIA::Tof::Upper, NAIA::Tof::Lower }

enum	NAIA::Tof::BetaType { NAIA::Tof::BetaH, NAIA::Tof::Evgeni }

enum	NAIA::Tof::BetaClusterType { NAIA::Tof::OnTime, NAIA::Tof::OffTime }

enum	NAIA::MCTruth::MCHeight { NAIA::MCTruth::GenerationPoint = 0, NAIA::MCTruth::L1, NAIA::MCTruth::UpperTof, NAIA::MCTruth::L2, NAIA::MCTruth::L3, NAIA::MCTruth::L4, NAIA::MCTruth::L5, NAIA::MCTruth::L6, NAIA::MCTruth::L7, NAIA::MCTruth::L8, NAIA::MCTruth::LowerTof, NAIA::MCTruth::RichRadiator, NAIA::MCTruth::L9, NAIA::MCTruth::Ecal }

enum	NAIA::Rich::RichMeasType { NAIA::Rich::NONE = 0, NAIA::Rich::NaF, NAIA::Rich::Agl }

enum	NAIA::Rich::BetaType { NAIA::Rich::CIEMAT, NAIA::Rich::LIP }

Functions
template<typename T , typename Key , typename Value >
std::enable_if < std::is_convertible< T, Key > ::value, bool >::type	NAIA::KeyExists (T key, const std::map< Key, Value > &container)

template<typename T , typename Value >
std::enable_if < std::is_convertible< T, size_t >::value, bool >::type	NAIA::KeyExists (T key, const std::vector< Value > &container)

template<typename T , typename Key , typename Value >
std::enable_if < std::is_convertible< T, Key > ::value, bool >::type	NAIA::ContainsKeys (const std::map< Key, Value > &container, T key)

template<typename T , typename Key >
std::enable_if < std::is_convertible< Key, size_t >::value, bool >::type	NAIA::ContainsKeys (const std::vector< T > &container, Key key)

template<typename T , typename Key , typename... Keys, typename Value >
std::enable_if < std::is_convertible< T, Key > ::value, bool >::type	NAIA::ContainsKeys (const std::map< Key, Value > &container, T key, Keys...keys)

template<typename T , typename Key , typename... Keys>
std::enable_if < std::is_convertible< Key, size_t >::value, bool >::type	NAIA::ContainsKeys (const std::vector< T > &container, Key key, Keys...keys)

Variables
constexpr unsigned int	NAIA::TrTrack::numChargeRecos = 3

constexpr std::array < ChargeRecoType, numChargeRecos >	NAIA::TrTrack::recoTypes

constexpr unsigned int	NAIA::TrTrack::numFitPositionHeights = 16

constexpr std::array < FitPositionHeight, numFitPositionHeights >	NAIA::TrTrack::fitPositionHeights

constexpr std::array< float, numFitPositionHeights >	NAIA::TrTrack::fitPositionHeightZ

static const std::array < std::string, numFitPositionHeights >	NAIA::TrTrack::fitPositionNames

constexpr unsigned int	NAIA::TrTrack::numTrLayers = 9

constexpr std::array < FitPositionHeight, numTrLayers >	NAIA::TrTrack::layerPositionHeights

constexpr unsigned int	NAIA::TrTrack::numSpans = 7

constexpr std::array< Span, numSpans >	NAIA::TrTrack::spanTypes

static const std::array < std::string, numSpans >	NAIA::TrTrack::spanNames

constexpr unsigned int	NAIA::TrTrack::numFits = 3

constexpr std::array< Fit, numFits >	NAIA::TrTrack::fitTypes {Fit::Choutko, Fit::Kalman, Fit::KalmanElectron}

static const std::array < std::string, numFits >	NAIA::TrTrack::fitNames {"Choutko", "Kalman", "KalmanElectron"}

constexpr unsigned int	NAIA::TrTrack::numTrGeos = 4

constexpr std::array < TrGeometry, numTrGeos >	NAIA::TrTrack::trGeoTypes

static const std::array < std::string, numTrGeos >	NAIA::TrTrack::trGeoNames {"Default", "InnerOnly", "InnerL1", "FullSpan"}

constexpr unsigned int	NAIA::TrTrack::numSides = 2

constexpr std::array< Side, numSides >	NAIA::TrTrack::sides {Side::X, Side::Y}

static const std::array < std::string, numSides >	NAIA::TrTrack::sideNames {"X", "Y"}

constexpr unsigned int	NAIA::TrTrack::numTrackDistances = 7

constexpr std::array < DistanceFromTrack, numTrackDistances >	NAIA::TrTrack::trackDistances

static const std::array < std::string, numTrackDistances >	NAIA::TrTrack::trackDistanceNames

constexpr unsigned int	NAIA::TrdK::numChargeTypes = 3

constexpr std::array < ChargeType, numChargeTypes >	NAIA::TrdK::recoTypes {ChargeType::Total, ChargeType::Upper, ChargeType::Lower}

static const std::array < std::string, numChargeTypes >	NAIA::TrdK::recoNames {"Total", "Upper", "Lower"}

constexpr unsigned int	NAIA::TrdK::numLikelihoodTypes = 3

constexpr std::array < LikelihoodType, numLikelihoodTypes >	NAIA::TrdK::likelihoodTypes

static const std::array < std::string, numLikelihoodTypes >	NAIA::TrdK::likelihoodNames {"Electron", "Proton", "Helium"}

constexpr unsigned int	NAIA::TrdK::numLikelihoodRTypes = 3

constexpr std::array < LikelihoodRType, numLikelihoodRTypes >	NAIA::TrdK::likelihoodRTypes

static const std::array < std::string, numLikelihoodRTypes >	NAIA::TrdK::likelihoodRNames {"ep", "eHe", "pHe"}

constexpr unsigned int	NAIA::TrdK::numQualTypes = 2

constexpr std::array< QualType, numQualTypes >	NAIA::TrdK::qualTypes {QualType::OnTrack, QualType::OffTrack}

static const std::array < std::string, numQualTypes >	NAIA::TrdK::qualNames {"OnTrack", "OffTrack"}

constexpr unsigned int	NAIA::Ecal::numEnergyRecos = 5

constexpr std::array < EnergyRecoType, numEnergyRecos >	NAIA::Ecal::recoTypes

static const std::array < std::string, numEnergyRecos >	NAIA::Ecal::recoNames

constexpr unsigned int	NAIA::Ecal::numLikelihoodTypes = 2

constexpr std::array < LikelihoodType, numLikelihoodTypes >	NAIA::Ecal::likelihoodTypeNames

constexpr unsigned int	NAIA::Ecal::numBDTTypes = 4

constexpr std::array< BDTType, numBDTTypes >	NAIA::Ecal::BDTTypes {BDTType::v5std, BDTType::v5ada, BDTType::v7std, BDTType::v7ada}

static const std::array < std::string, numBDTTypes >	NAIA::Ecal::BDTNames {"v5std", "v5ada", "v7std", "v7ada"}

constexpr unsigned int	NAIA::Tof::numChargeTypes = 3

constexpr std::array < ChargeType, numChargeTypes >	NAIA::Tof::recoTypes {ChargeType::Total, ChargeType::Upper, ChargeType::Lower}

static const std::array < std::string, numChargeTypes >	NAIA::Tof::recoNames {"Total", "Upper", "Lower"}

constexpr unsigned int	NAIA::Tof::numBetaTypes = 2

constexpr std::array< BetaType, numBetaTypes >	NAIA::Tof::betaTypes {BetaType::BetaH, BetaType::Evgeni}

static const std::array < std::string, numBetaTypes >	NAIA::Tof::betaNames {"BetaH", "Evgeni"}

constexpr unsigned int	NAIA::Tof::numBetaClusterTypes = 2

constexpr std::array < BetaClusterType, numBetaClusterTypes >	NAIA::Tof::betaClusterTypes

static const std::array < std::string, numBetaClusterTypes >	NAIA::Tof::betaClusterTypeNames {"OnTime", "OffTime"}

constexpr unsigned int	NAIA::MCTruth::numMCHeights = 13

constexpr std::array< MCHeight, numMCHeights >	NAIA::MCTruth::MCHeights

constexpr std::array< float, numMCHeights >	NAIA::MCTruth::MCHeightsZ

constexpr unsigned int	NAIA::Rich::numBetaTypes = 2

constexpr std::array< BetaType, numBetaTypes >	NAIA::Rich::betaTypes {BetaType::CIEMAT, BetaType::LIP}

static const std::array < std::string, numBetaTypes >	NAIA::Rich::betaNames {"CIEMAT", "LIP"}

Detailed Description

Helper variables and functions to work with containers.

Typedef Documentation

template<class T >

using NAIA::LayerVariable = typedef std::map<unsigned int, T>

One number for each layer (applies to Tracker, Tof, TRD, …). Uses the layer number (0, ..., N-1) for access

Definition at line 54 of file Utils.h.

Enumeration Type Documentation

enum NAIA::Ecal::BDTType

Enumerator
v5std
v5ada
v7std
v7ada

Definition at line 311 of file Utils.h.

enum NAIA::Tof::BetaClusterType

Enumerator
OnTime
OffTime

Definition at line 354 of file Utils.h.

enum NAIA::Tof::BetaType

Enumerator
BetaH	IHEP reconstruction.
Evgeni

Definition at line 341 of file Utils.h.

enum NAIA::Rich::BetaType

Enumerator
CIEMAT
LIP

Definition at line 408 of file Utils.h.

enum NAIA::Category

strong

Bitmask enum, useful for taking quick decision about the current event before proceeding with reading the rest of the data

Enumerator
None
HasTof	Tof data is available for this event.
HasTrack	TrTrack data is available for this event.
HasEcal	Ecal data is available for this event.
HasTrd	TRD data is available for this event.
HasRich	Rich data is available for this event.
HasTofStandalone	Tof standalone data is available for this event.
HasTrdStandalone	TRD standalone data is available for this event.
Charge1_Trk	This event is classified as charge 1 according to tracker (0.5 < Q < 1.5)
Charge2_Trk	This event is classified as charge 2 according to tracker (1.5 < Q < 2.5)
ChargeGT2_Trk	This event is classified as charge >2 according to tracker (Q > 2.5)
Charge1_Tof	This event is classified as charge 1 according to tof (0.5 < Q < 1.5)
Charge2_Tof	This event is classified as charge 2 according to tof (1.5 < Q < 2.5)
ChargeGT2_Tof	This event is classified as charge >2 according to tof (Q > 2.5)

Definition at line 60 of file Utils.h.

enum NAIA::TrTrack::ChargeRecoType

Enumerator
STD	Standard tracker charge reconstruction.
HL	Hu Liu reconstruction.
YJ	Yi Jia reconstruction.

Definition at line 84 of file Utils.h.

enum NAIA::TrdK::ChargeType

Enumerator
Total	Charge estimated using the whole TRD.
Upper	Charge estimated using the upper half of the TRD.
Lower	Charge estimated using the lower half of the TRD.

Definition at line 224 of file Utils.h.

enum NAIA::Tof::ChargeType

Enumerator
Total	Total tof charge reconstruction.
Upper	Upper tof charge reconstruction.
Lower	Lower tof charge reconstruction.

Definition at line 327 of file Utils.h.

enum NAIA::TrTrack::DistanceFromTrack

Enumerator
OnTrack
Onemm
Onecm
Twocm
Fivecm
Tencm
AllLayer

Definition at line 207 of file Utils.h.

enum NAIA::Ecal::EnergyRecoType

Enumerator
EnergyD	Total deposited energy in Ecal.
EnergyE	Ecal energy (standard reconstruction)
EnergyCorrEneE_E	Ecal energy (electron hypothesys, Using different methods to recover anode efficiency, rear leakage, lateral leakage and temperature effects)
EnergyCorrEne2017	Ecal energy (2017 reconstruction)
EcalKEle	Ecal energy (W. Xu 3D reconstruction)

Definition at line 281 of file Utils.h.

enum NAIA::TrTrack::Fit

Enumerator
NoFit
Choutko	standard track fit
Kalman	GenFit kalman filter track fit.
KalmanElectron	GenFit kalman filter track fit assuming electron mass.

Definition at line 172 of file Utils.h.

enum NAIA::TrTrack::FitPositionHeight

Enumerator
Layer1
Layer2
Layer3
Layer4
Layer5
Layer6
Layer7
Layer8
Layer9
TofLayer0
TofLayer1
TofLayer2
TofLayer3
EcalCOG
EcalTop
EcalBottom

Definition at line 97 of file Utils.h.

enum NAIA::TrdK::LikelihoodRType

Enumerator
ep	electron/proton likelihood ratio
eHe	electron/helium likelihood ratio
pHe	proton/helium likelihood ratio

Definition at line 249 of file Utils.h.

enum NAIA::TrdK::LikelihoodType

Enumerator
Electron
Proton
Helium
Deuterium

Definition at line 238 of file Utils.h.

enum NAIA::Ecal::LikelihoodType

Enumerator
Integral
LayerCombined

Definition at line 302 of file Utils.h.

enum NAIA::MCTruth::MCHeight

Enumerator
GenerationPoint
L1
UpperTof
L2
L3
L4
L5
L6
L7
L8
LowerTof
RichRadiator
L9
Ecal

Definition at line 367 of file Utils.h.

enum NAIA::TrdK::QualType

Enumerator
OnTrack	Hits laying on the TRD track (the ones used for likelihood estimation)
OffTrack	Hits laying off the TRD track (all the rest)

Definition at line 264 of file Utils.h.

enum NAIA::Rich::RichMeasType

Enumerator
NONE
NaF
Agl

Definition at line 403 of file Utils.h.

enum NAIA::TrTrack::Side

Enumerator
X
Y

Definition at line 197 of file Utils.h.

Function Documentation

template<typename T , typename Key , typename Value >

std::enable_if<std::is_convertible<T, Key>::value, bool>::type NAIA::ContainsKeys	(	const std::map< Key, Value > &	container,
		T	key
	)

Definition at line 69 of file Utils.hpp.

References NAIA::end().

Referenced by NAIA::ApplyGeomCorrection(), NAIA::RichBaseData::BetaConsistencyTof(), NAIA::ContainsKeys(), NAIA::TofBaseData::Dump(), NAIA::TrTrackBaseData::Dump(), NAIA::EcalPlusData::Dump(), NAIA::TofPlusData::Dump(), NAIA::TrTrackPlusData::Dump(), and NAIA::NtpSelector::UProcessCut().

template<typename T , typename Key >

std::enable_if<std::is_convertible<Key, size_t>::value, bool>::type NAIA::ContainsKeys	(	const std::vector< T > &	container,
		Key	key
	)

Definition at line 76 of file Utils.hpp.

template<typename T , typename Key , typename... Keys, typename Value >

std::enable_if<std::is_convertible<T, Key>::value, bool>::type NAIA::ContainsKeys	(	const std::map< Key, Value > &	container,
		T	key,
		Keys...	keys
	)

Definition at line 83 of file Utils.hpp.

References NAIA::ContainsKeys(), and NAIA::end().

template<typename T , typename Key , typename... Keys>

std::enable_if<std::is_convertible<Key, size_t>::value, bool>::type NAIA::ContainsKeys	(	const std::vector< T > &	container,
		Key	key,
		Keys...	keys
	)

Definition at line 94 of file Utils.hpp.

References NAIA::ContainsKeys().

template<typename T , typename Key , typename Value >

std::enable_if<std::is_convertible<T, Key>::value, bool>::type NAIA::KeyExists	(	T	key,
		const std::map< Key, Value > &	container
	)

Definition at line 53 of file Utils.hpp.

References NAIA::end(), and NAIA::_private::keyexists_deprecation_msg.

Referenced by main().

template<typename T , typename Value >

std::enable_if<std::is_convertible<T, size_t>::value, bool>::type NAIA::KeyExists	(	T	key,
		const std::vector< Value > &	container
	)

Definition at line 61 of file Utils.hpp.

References NAIA::_private::keyexists_deprecation_msg.

Variable Documentation

const std::array<std::string, numBDTTypes> NAIA::Ecal::BDTNames {"v5std", "v5ada", "v7std", "v7ada"}

static

Definition at line 315 of file Utils.h.

Referenced by NAIA::EcalBaseData::Dump().

constexpr std::array<BDTType, numBDTTypes> NAIA::Ecal::BDTTypes {BDTType::v5std, BDTType::v5ada, BDTType::v7std, BDTType::v7ada}

Definition at line 313 of file Utils.h.

Referenced by NAIA::EcalBaseData::Dump().

const std::array<std::string, numBetaClusterTypes> NAIA::Tof::betaClusterTypeNames {"OnTime", "OffTime"}

static

Definition at line 359 of file Utils.h.

constexpr std::array<BetaClusterType, numBetaClusterTypes> NAIA::Tof::betaClusterTypes

Initial value:

{BetaClusterType::OnTime,

BetaClusterType::OffTime}

NAIA::Tof::OffTime

Definition: Utils.h:354

NAIA::Tof::OnTime

Definition: Utils.h:354

Definition at line 356 of file Utils.h.

const std::array<std::string, numBetaTypes> NAIA::Tof::betaNames {"BetaH", "Evgeni"}

static

Definition at line 348 of file Utils.h.

Referenced by NAIA::TofBaseData::Dump(), and NAIA::TofPlusData::Dump().

const std::array<std::string, numBetaTypes> NAIA::Rich::betaNames {"CIEMAT", "LIP"}

static

Definition at line 412 of file Utils.h.

constexpr std::array<BetaType, numBetaTypes> NAIA::Tof::betaTypes {BetaType::BetaH, BetaType::Evgeni}

Definition at line 346 of file Utils.h.

Referenced by NAIA::TofBaseData::Dump(), and NAIA::TofPlusData::Dump().

constexpr std::array<BetaType, numBetaTypes> NAIA::Rich::betaTypes {BetaType::CIEMAT, BetaType::LIP}

Definition at line 410 of file Utils.h.

const std::array<std::string, numFits> NAIA::TrTrack::fitNames {"Choutko", "Kalman", "KalmanElectron"}

static

Definition at line 181 of file Utils.h.

Referenced by NAIA::TrTrackBaseData::Dump(), and NAIA::TrTrackPlusData::Dump().

constexpr std::array<FitPositionHeight, numFitPositionHeights> NAIA::TrTrack::fitPositionHeights

Initial value:

= {
    FitPositionHeight::Layer1,    FitPositionHeight::Layer2,    FitPositionHeight::Layer3,
    FitPositionHeight::Layer4,    FitPositionHeight::Layer5,    FitPositionHeight::Layer6,
    FitPositionHeight::Layer7,    FitPositionHeight::Layer8,    FitPositionHeight::Layer9,
    FitPositionHeight::TofLayer0, FitPositionHeight::TofLayer1, FitPositionHeight::TofLayer2,
    FitPositionHeight::TofLayer3, FitPositionHeight::EcalCOG,   FitPositionHeight::EcalTop,
    FitPositionHeight::EcalBottom}

Definition at line 117 of file Utils.h.

constexpr std::array<float, numFitPositionHeights> NAIA::TrTrack::fitPositionHeightZ

Initial value:

= {
    158.920,  53.060, 29.228, 25.212,  1.698,   -2.318, -25.212,  -29.228,
    -135.882, 64.425, 61.325, -62.875, -64.425, 0,      -142.732, -159.382}

The z coordinate corresponding to each FitPositionHeight value

Definition at line 129 of file Utils.h.

const std::array<std::string, numFitPositionHeights> NAIA::TrTrack::fitPositionNames

static

Initial value:

{
    "Layer1", "Layer2",    "Layer3",    "Layer4",    "Layer5",    "Layer6",  "Layer7",  "Layer8",
    "Layer9", "TofLayer0", "TofLayer1", "TofLayer2", "TofLayer3", "EcalCOG", "EcalTop", "EcalBottom"}

Definition at line 134 of file Utils.h.

constexpr std::array<Fit, numFits> NAIA::TrTrack::fitTypes {Fit::Choutko, Fit::Kalman, Fit::KalmanElectron}

Definition at line 179 of file Utils.h.

constexpr std::array<FitPositionHeight, numTrLayers> NAIA::TrTrack::layerPositionHeights

Initial value:

= {
    FitPositionHeight::Layer1, FitPositionHeight::Layer2, FitPositionHeight::Layer3,
    FitPositionHeight::Layer4, FitPositionHeight::Layer5, FitPositionHeight::Layer6,
    FitPositionHeight::Layer7, FitPositionHeight::Layer8, FitPositionHeight::Layer9}

Definition at line 142 of file Utils.h.

const std::array<std::string, numLikelihoodTypes> NAIA::TrdK::likelihoodNames {"Electron", "Proton", "Helium"}

static

Definition at line 243 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

const std::array<std::string, numLikelihoodRTypes> NAIA::TrdK::likelihoodRNames {"ep", "eHe", "pHe"}

static

Definition at line 258 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

constexpr std::array<LikelihoodRType, numLikelihoodRTypes> NAIA::TrdK::likelihoodRTypes

Initial value:

{LikelihoodRType::ep, LikelihoodRType::eHe,

LikelihoodRType::pHe}

NAIA::TrdK::pHe

proton/helium likelihood ratio

Definition: Utils.h:252

NAIA::TrdK::eHe

electron/helium likelihood ratio

Definition: Utils.h:251

NAIA::TrdK::ep

electron/proton likelihood ratio

Definition: Utils.h:250

Definition at line 255 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

constexpr std::array<LikelihoodType, numLikelihoodTypes> NAIA::Ecal::likelihoodTypeNames

Initial value:

{LikelihoodType::Integral,

LikelihoodType::LayerCombined}

NAIA::Ecal::Integral

Definition: Utils.h:302

NAIA::Ecal::LayerCombined

Definition: Utils.h:302

Definition at line 304 of file Utils.h.

constexpr std::array<LikelihoodType, numLikelihoodTypes> NAIA::TrdK::likelihoodTypes

Initial value:

{

LikelihoodType::Electron, LikelihoodType::Proton, LikelihoodType::Helium}

NAIA::TrdK::Electron

Definition: Utils.h:238

NAIA::TrdK::Helium

Definition: Utils.h:238

NAIA::TrdK::Proton

Definition: Utils.h:238

Definition at line 240 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

constexpr std::array<MCHeight, numMCHeights> NAIA::MCTruth::MCHeights

Initial value:

{MCHeight::GenerationPoint,
                                                       MCHeight::L1,
                                                       MCHeight::UpperTof,
                                                       MCHeight::L2,
                                                       MCHeight::L3,
                                                       MCHeight::L4,
                                                       MCHeight::L5,
                                                       MCHeight::L6,
                                                       MCHeight::L7,
                                                       MCHeight::L8,
                                                       MCHeight::LowerTof,
                                                       MCHeight::RichRadiator,
                                                       MCHeight::L9}

Definition at line 369 of file Utils.h.

constexpr std::array<float, numMCHeights> NAIA::MCTruth::MCHeightsZ

Initial value:

{std::numeric_limits<float>::max(),
                                                     158.920,
                                                     64.425,
                                                     53.060,
                                                     29.228,
                                                     25.212,
                                                     1.698,
                                                     -2.318,
                                                     -25.212,
                                                     -29.228,
                                                     -62.875,
                                                     -71.87,
                                                     -135.882}

Definition at line 384 of file Utils.h.

constexpr unsigned int NAIA::Ecal::numBDTTypes = 4

Definition at line 309 of file Utils.h.

Referenced by NAIA::EcalBaseData::ResizeMembers().

constexpr unsigned int NAIA::Tof::numBetaClusterTypes = 2

Definition at line 352 of file Utils.h.

constexpr unsigned int NAIA::Tof::numBetaTypes = 2

Definition at line 339 of file Utils.h.

constexpr unsigned int NAIA::Rich::numBetaTypes = 2

Definition at line 406 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numChargeRecos = 3

Definition at line 82 of file Utils.h.

constexpr unsigned int NAIA::TrdK::numChargeTypes = 3

Definition at line 222 of file Utils.h.

Referenced by NAIA::TrdKBaseData::ResizeMembers().

constexpr unsigned int NAIA::Tof::numChargeTypes = 3

Definition at line 325 of file Utils.h.

constexpr unsigned int NAIA::Ecal::numEnergyRecos = 5

Definition at line 278 of file Utils.h.

Referenced by NAIA::EcalBaseData::ResizeMembers().

constexpr unsigned int NAIA::TrTrack::numFitPositionHeights = 16

Definition at line 95 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numFits = 3

Definition at line 170 of file Utils.h.

constexpr unsigned int NAIA::TrdK::numLikelihoodRTypes = 3

Definition at line 247 of file Utils.h.

constexpr unsigned int NAIA::TrdK::numLikelihoodTypes = 3

Definition at line 236 of file Utils.h.

constexpr unsigned int NAIA::Ecal::numLikelihoodTypes = 2

Definition at line 300 of file Utils.h.

Referenced by NAIA::EcalPlusData::ResizeMembers().

constexpr unsigned int NAIA::MCTruth::numMCHeights = 13

Definition at line 365 of file Utils.h.

constexpr unsigned int NAIA::TrdK::numQualTypes = 2

Definition at line 262 of file Utils.h.

Referenced by NAIA::TrdKBaseData::ResizeMembers().

constexpr unsigned int NAIA::TrTrack::numSides = 2

Definition at line 195 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numSpans = 7

Definition at line 149 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numTrackDistances = 7

Definition at line 205 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numTrGeos = 4

Definition at line 185 of file Utils.h.

constexpr unsigned int NAIA::TrTrack::numTrLayers = 9

Definition at line 139 of file Utils.h.

const std::array<std::string, numQualTypes> NAIA::TrdK::qualNames {"OnTrack", "OffTrack"}

static

Definition at line 271 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

constexpr std::array<QualType, numQualTypes> NAIA::TrdK::qualTypes {QualType::OnTrack, QualType::OffTrack}

Definition at line 269 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

const std::array<std::string, numChargeTypes> NAIA::TrdK::recoNames {"Total", "Upper", "Lower"}

static

Definition at line 232 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

const std::array<std::string, numEnergyRecos> NAIA::Ecal::recoNames

static

Initial value:

{"EnergyD", "EnergyE", "EnergyCorrEneE_E",

"EnergyCorrEne2017", "EcalKEle"}

Definition at line 295 of file Utils.h.

Referenced by NAIA::EcalBaseData::Dump().

const std::array<std::string, numChargeTypes> NAIA::Tof::recoNames {"Total", "Upper", "Lower"}

static

Definition at line 335 of file Utils.h.

Referenced by NAIA::TofBaseData::Dump().

constexpr std::array<ChargeRecoType, numChargeRecos> NAIA::TrTrack::recoTypes

Initial value:

{ChargeRecoType::STD, ChargeRecoType::HL,

ChargeRecoType::YJ}

NAIA::TrTrack::HL

Hu Liu reconstruction.

Definition: Utils.h:86

NAIA::TrTrack::YJ

Yi Jia reconstruction.

Definition: Utils.h:87

NAIA::TrTrack::STD

Standard tracker charge reconstruction.

Definition: Utils.h:85

Definition at line 90 of file Utils.h.

Referenced by NAIA::UnbExtHitBaseData::Dump(), NAIA::TrTrackBaseData::Dump(), and NAIA::TrTrackPlusData::Dump().

constexpr std::array<ChargeType, numChargeTypes> NAIA::TrdK::recoTypes {ChargeType::Total, ChargeType::Upper, ChargeType::Lower}

Definition at line 230 of file Utils.h.

Referenced by NAIA::TrdKBaseData::Dump().

constexpr std::array<EnergyRecoType, numEnergyRecos> NAIA::Ecal::recoTypes

Initial value:

{
    EnergyRecoType::EnergyD, EnergyRecoType::EnergyE, EnergyRecoType::EnergyCorrEneE_E,
    EnergyRecoType::EnergyCorrEne2017, EnergyRecoType::EcalKEle}

Definition at line 291 of file Utils.h.

Referenced by NAIA::EcalBaseData::Dump().

constexpr std::array<ChargeType, numChargeTypes> NAIA::Tof::recoTypes {ChargeType::Total, ChargeType::Upper, ChargeType::Lower}

Definition at line 333 of file Utils.h.

Referenced by NAIA::TofBaseData::Dump().

const std::array<std::string, numSides> NAIA::TrTrack::sideNames {"X", "Y"}

static

Definition at line 201 of file Utils.h.

constexpr std::array<Side, numSides> NAIA::TrTrack::sides {Side::X, Side::Y}

Definition at line 199 of file Utils.h.

const std::array<std::string, numSpans> NAIA::TrTrack::spanNames

static

Initial value:

{"InnerOnly", "InnerL1", "InnerL9", "FullSpan",

"UpperHalfInner", "LowerHalfInner", "InnerNoMS"}

Definition at line 165 of file Utils.h.

Referenced by NAIA::TrTrackBaseData::Dump(), and NAIA::TrTrackPlusData::Dump().

constexpr std::array<Span, numSpans> NAIA::TrTrack::spanTypes

Initial value:

{Span::InnerOnly, Span::InnerL1,        Span::InnerL9,
                                               Span::FullSpan,  Span::UpperHalfInner, Span::LowerHalfInner,
                                               Span::InnerNoMS}

Definition at line 161 of file Utils.h.

const std::array<std::string, numTrackDistances> NAIA::TrTrack::trackDistanceNames

static

Initial value:

{"OnTrack", "Onemm", "Onecm", "Twocm",

"Fivecm", "Tencm", "AllLayer"}

Definition at line 213 of file Utils.h.

constexpr std::array<DistanceFromTrack, numTrackDistances> NAIA::TrTrack::trackDistances

Initial value:

{
    DistanceFromTrack::OnTrack, DistanceFromTrack::Onemm, DistanceFromTrack::Onecm,   DistanceFromTrack::Twocm,
    DistanceFromTrack::Fivecm,  DistanceFromTrack::Tencm, DistanceFromTrack::AllLayer}