CaloHit

Contents of events/CaloHit

namespace xAOD

simulator includes

simulator includes geant 4 includes standard includes

simulator libs geant 4 libs standard libs

class CaloHit : public Gaugi::EDM 

Public Functions

inline CaloHit()

CaloHit(float eta, float phi, float deta, float dphi, unsigned long int hash, CaloSampling sampling, Detector detector, float bc_duration, int bcid_start, int bcid_end): Contructor

~CaloHit() = default: Destructor

void fill(const G4Step*): Fill the deposit energy into the Hit

void fill(const G4Step*, float sampNoiseStd)

void clear(): Zeroize the pulse/sample vectors

PRIMITIVE_SETTER_AND_GETTER(float, m_eta, setEta, eta): Hit eta center

PRIMITIVE_SETTER_AND_GETTER(float, m_phi, setPhi, phi): Hit phi center

PRIMITIVE_SETTER_AND_GETTER(float, m_deta, setDeltaEta, deltaEta): Hit delta eta

PRIMITIVE_SETTER_AND_GETTER(float, m_dphi, setDeltaPhi, deltaPhi): Hit delta phi

PRIMITIVE_SETTER_AND_GETTER(unsigned long int, m_hash, setHash, hash): Hit hash

PRIMITIVE_SETTER_AND_GETTER(CaloSampling, m_sampling, setSampling, sampling): Hit sampling id

PRIMITIVE_SETTER_AND_GETTER(Detector, m_detector, setDetector, detector): Hit layer id

inline float edep(int bc_id = 0) const: Energy deposity from simulated hits

inline void edep(int bc_id, float e)

inline float tof(int bc_id = 0) const: Time of flight from simulated hits

inline void tof(int bc_id, float t)

PRIMITIVE_SETTER_AND_GETTER(int, m_bcid_start, set_bcid_start, bcid_start): Bunch crossing id start

PRIMITIVE_SETTER_AND_GETTER(int, m_bcid_end, set_bcid_end, bcid_end): Bunch crossing id end

PRIMITIVE_SETTER_AND_GETTER(float, m_bc_duration, set_bc_duration, bc_duration)

PRIMITIVE_SETTER_AND_GETTER(std::vector<float>, m_time, setTime, time): Time (in ns) for each bunch crossing

Private Functions

int find(float value) const

Private Members

CaloSampling m_sampling: id sample

Detector m_detector: id layer

float m_eta: eta center

float m_phi: phi center

float m_deta: delta eta

float m_dphi: delta phi

int m_bcid_start: bunch crossing start id

int m_bcid_end: bunch crossing end id

float m_bc_duration: bunch crossing space in ns between two bunchs

std::vector<float> m_time: time (in ns) for each bunch between bcid_start and bcid_end

std::map<int, float> m_edep: energy deposit between bcid_start and bcid_end

std::map<int, float> m_tof: time of flight of a particle between bcid_start and bcid_end

bool m_firstHit = false

unsigned long int m_hash: Access information unique ID number

namespace xAOD

simulator includes

simulator includes geant 4 includes standard includes

simulator libs geant 4 libs standard libs

Typedefs

typedef SG::Collection<xAOD::CaloHit> CaloHitCollection

namespace xAOD

simulator includes

simulator includes geant 4 includes standard includes

simulator libs geant 4 libs standard libs

Typedefs

typedef SG::DataVector<xAOD::CaloHit> CaloHitContainer

namespace xAOD

simulator includes

simulator includes geant 4 includes standard includes

simulator libs geant 4 libs standard libs

struct CaloHit_t

Public Members

int sampling

int detector

float eta

float phi

float deta

float dphi

int bcid_start

int bcid_end

float bc_duration

std::vector<float> edep

std::vector<float> tof

unsigned long int hash

class CaloHitConverter

Public Functions

CaloHitConverter() = default

~CaloHitConverter() = default

bool convert(const CaloHit*, CaloHit_t&)

bool convert(const CaloHit_t&, CaloHit*&)

Warning

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