Detailed Description

Definition at line 31 of file TRestGeant4Hits.h.

Inheritance diagram for TRestGeant4Hits:

Public Member Functions
Double_t	GetEnergyInVolume (Int_t volumeID) const

std::vector< Float_t > &	GetEnergyRef ()

const TRestGeant4Event *	GetEvent () const

TVector3	GetFirstPositionInVolume (Int_t volumeID) const

TRestGeant4Metadata *	GetGeant4Metadata () const

Int_t	GetHitProcess (size_t n) const

Int_t	GetHitVolume (size_t n) const

Double_t	GetKineticEnergy (size_t n) const

TVector3	GetLastPositionInVolume (Int_t volumeID) const

TVector3	GetMeanPositionInVolume (Int_t volumeID) const

TVector3	GetMomentumDirection (size_t n) const

size_t	GetNumberOfHitsInVolume (Int_t volumeID) const

Int_t	GetProcess (size_t n) const

Int_t	GetProcessId (size_t n) const

TString	GetProcessName (size_t n) const

const TRestGeant4Track *	GetTrack () const

Int_t	GetVolumeId (size_t n) const

TString	GetVolumeName (size_t n) const

void	InsertStep (const G4Step *)

void	RemoveG4Hits ()

void	SetEvent (TRestGeant4Event *event)

void	SetTrack (TRestGeant4Track *track)

Public Member Functions inherited from TRestHits
void	AddHit (const TVector3 &position, Double_t energy, Double_t time=0, REST_HitType type=XYZ)
	Adds a new hit to the list of hits using a TVector3.

void	AddHit (TRestHits &hits, Int_t n)
	Adds a new hit to the list of hits using the hit `n` inside another TRestHits object.

virtual Bool_t	areXY () const
	It will return true only if all the hits inside are of type XY.

virtual Bool_t	areXYZ () const
	It will return true only if all the hits inside are of type XYZ.

virtual Bool_t	areXZ () const
	It will return true only if all the hits inside are of type XZ.

virtual Bool_t	areYZ () const
	It will return true only if all the hits inside are of type YZ.

TRestHits_Iterator	begin ()

TRestHits_Iterator	end ()

Int_t	GetClosestHit (const TVector3 &position) const
	It returns the closest hit to a given `position`.

Double_t	GetDistance (int N, int M) const

Double_t	GetDistance2 (int n, int m) const
	It returns the euclidian distance between hits `n` and `m`.

Double_t	GetDistanceToNode (Int_t n) const
	It determines the distance required to travel from the first hit to the hit `n` adding all the distances of the hits that are found till the hit `n`.

Double_t	GetEnergy (int n) const

Double_t	GetEnergyInCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the total energy contained inside a cylinder with a given `radius` and delimited between `x0` and `y0` vertex.

Double_t	GetEnergyInCylinder (Int_t i, Int_t j, Double_t radius) const
	It determines the total energy contained inside a cylinder with a given `radius` and delimited between the hit number `i` and the hit number `j`.

Double_t	GetEnergyInPrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the total hit energy contained inside a prisma delimited between `x0` and `y0` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Double_t	GetEnergyInSphere (const TVector3 &pos0, Double_t radius) const
	It determines the total energy contained in a sphere with position `pos0` for a given spherical `radius`.

Double_t	GetEnergyInSphere (Double_t x, Double_t y, Double_t z, Double_t radius) const
	It determines the total energy contained in a sphere with position `x0`,`y0` and `y0` for a given `radius`.

const std::vector< Float_t > &	GetEnergyVector () const

Double_t	GetEnergyX () const
	It calculates the total energy of hits with a valid X coordinate.

Double_t	GetEnergyY () const
	It calculates the total energy of hits with a valid Y coordinate.

Double_t	GetGaussSigmaX (Double_t error=150.0, Int_t nHitsMin=100000)
	It computes the gaussian sigma in the X-coordinate. It adds a hit to the right and a hit to the left, with energy = 0 +/- user defined error in ADC. Then it fits a gaussian to the hits and extracts the sigma. The hits are just added for fitting purposes and do not go into any further processing.

Double_t	GetGaussSigmaY (Double_t error=150.0, Int_t nHitsMin=100000)
	It computes the gaussian sigma in the Y-coordinate. It adds a hit to the right and a hit to the left, with energy = 0 +/- user defined error in ADC. Then it fits a gaussian to the hits and extracts the sigma. The hits are just added for fitting purposes and do not go into any further processing.

Double_t	GetGaussSigmaZ (Double_t error=150.0, Int_t nHitsMin=100000)
	It computes the gaussian sigma in the Z-coordinate. It adds a hit to the right and a hit to the left, with energy = 0 +/- user defined error in ADC. Then it fits a gaussian to the hits and extracts the sigma. The hits are just added for fitting purposes and do not go into any further processing.

Double_t	GetHitsPathLength (Int_t n=0, Int_t m=0) const
	It determines the distance required to travel from hit `n` to hit `m` adding all the distances of the hits that are found between both.

Double_t	GetHitsTwist (Int_t n, Int_t m) const
	A parameter measuring how straight is a given sequence of hits. If the value is close to zero, the hits follow a straight path in average. I believe the value should be then -1 to 1 depending where the track is twisting. Or may be just a positive value giving the measurement of twist. Not 100% sure now.

Double_t	GetHitsTwistWeighted (Int_t n, Int_t m) const
	Same as GetHitsTwist but weighting with the energy.

Double_t	GetMaximumHitDistance () const
	It returns the maximum distance between 2-hits.

Double_t	GetMaximumHitDistance2 () const
	It returns the maximum squared distance between 2-hits.

Double_t	GetMaximumHitEnergy () const
	It returns the maximum hit energy.

Double_t	GetMeanHitEnergy () const
	It returns the mean hits energy.

TVector3	GetMeanPosition () const
	It calculates the mean position weighting with the energy of the hits. Each coordinate is calculated considering the valid coordinates of each hit component.

TVector3	GetMeanPositionInCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the mean position using the hits contained inside a cylinder with a given `radius` and delimited between `x0` and `x1` vertex.

TVector3	GetMeanPositionInPrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the mean position of hits contained inside a prisma delimited between `x0` and `x1` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Double_t	GetMeanPositionX () const
	It calculates the mean X position weighting with the energy of the hits with a valid X coordinate.

Double_t	GetMeanPositionXInCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the mean position X using the hits contained inside a cylinder with a given `radius` and delimited between `x0` and `x1` vertex.

Double_t	GetMeanPositionXInPrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the mean X position of hits contained inside a prisma delimited between `x0` and `x1` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Double_t	GetMeanPositionY () const
	It calculates the mean Y position weighting with the energy of the hits with a valid Y coordinate.

Double_t	GetMeanPositionYInCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the mean position Y using the hits contained inside a cylinder with a given `radius` and delimited between `x0` and `x1` vertex.

Double_t	GetMeanPositionYInPrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the mean Y position of hits contained inside a prisma delimited between `x0` and `x1` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Double_t	GetMeanPositionZ () const
	It calculates the mean Z position weighting with the energy of the hits with a valid Z coordinate.

Double_t	GetMeanPositionZInCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the mean position Z using the hits contained inside a cylinder with a given `radius` and delimited between `x0` and `x1` vertex.

Double_t	GetMeanPositionZInPrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the mean Z position of hits contained inside a prisma delimited between `x0` and `x1` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Double_t	GetMinimumHitEnergy () const
	It returns the minimum hit energy.

Int_t	GetMostEnergeticHitInRange (Int_t n, Int_t m) const
	It returns the most energetic hit found between hits `n` and `m`.

size_t	GetNumberOfHits () const

Int_t	GetNumberOfHitsInsideCylinder (const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines the total number of hits contained inside a cylinder with a given `radius` and delimited between `x0` and `y0` vertex.

Int_t	GetNumberOfHitsInsideCylinder (Int_t i, Int_t j, Double_t radius) const
	It determines the total number of hits contained inside a cylinder with a given `radius` and delimited between the hit number `i` and the hit number `j`.

Int_t	GetNumberOfHitsInsidePrism (const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines the total number of hits contained inside a prisma delimited between `x0` and `y0` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Int_t	GetNumberOfHitsX () const
	It returns the number of hits with a valid X coordinate.

Int_t	GetNumberOfHitsY () const
	It returns the number of hits with a valid Y coordinate.

TVector3	GetPosition (int n) const
	It returns the position of hit number `n`.

TVector2	GetProjection (Int_t n, Int_t m, const TVector3 &position) const
	It returns the longitudinal and transversal projections of `position` to the axis defined by the hits `n` and `m`.

Double_t	GetSigmaX () const
	It calculates the hits standard deviation in the X-coordinate.

Double_t	GetSigmaXY2 () const
	It calculates the 2-dimensional hits variance.

Double_t	GetSigmaY () const
	It calculates the hits standard deviation in the Y-coordinate.

Double_t	GetSigmaZ2 () const
	It returns the hits distribution variance on the Z-axis.

Double_t	GetSkewXY () const
	It returns the 2-dimensional skewness on the XY-plane which is a measure of the hits distribution asymmetry.

Double_t	GetSkewZ () const
	It returns the hits distribution skewness, or asymmetry on the Z-axis.

const std::vector< Float_t > &	GetTime () const

Double_t	GetTime (int n) const

Double_t	GetTotalDistance () const
	It determines the distance required to travel from the first to the last hit adding all the distances of the hits that are found between both.

Double_t	GetTotalEnergy () const

Double_t	GetTransversalProjection (const TVector3 &p0, const TVector3 &direction, const TVector3 &position) const
	It returns the transversal projection of `position` to the line defined by `position` and `direction`.

REST_HitType	GetType (int n) const

TVector3	GetVector (int i, int j) const
	It returns the vector that goes from hit `j` to hit `i`.

const std::vector< Float_t > &	GetX () const

Double_t	GetX (int n) const

const std::vector< Float_t > &	GetY () const

Double_t	GetY (int n) const

const std::vector< Float_t > &	GetZ () const

Double_t	GetZ (int n) const

Bool_t	isHitNInsideCylinder (Int_t n, const TVector3 &x0, const TVector3 &x1, Double_t radius) const
	It determines if hit `n` is contained inside a cylinder with a given `radius` and delimited between `x0` and `x1` vertex.

Bool_t	isHitNInsidePrism (Int_t n, const TVector3 &x0, const TVector3 &x1, Double_t sizeX, Double_t sizeY, Double_t theta) const
	It determines if hit `n` is contained inside a prisma delimited between `x0` and `y0` vertex, and with face dimensions sizeX by sizeY. The angle theta should serve to rotate the prism along its axis to give full freedom.

Bool_t	isHitNInsideSphere (Int_t n, const TVector3 &pos0, Double_t radius) const
	It determines if the hit `n` is contained in a sphere with position `pos0` for a given sphereical `radius`.

Bool_t	isHitNInsideSphere (Int_t n, Double_t x0, Double_t y0, Double_t z0, Double_t radius) const
	It determines the total energy contained in a sphere with position `x0`,`y0` and `y0` for a given `radius`.

Bool_t	isNaN (Int_t n) const
	It will return true only if all the 3-coordinates of hit number `n` are not a number,.

Bool_t	isSortedByEnergy () const
	It returns true if the hits are ordered in increasing energies.

virtual void	MergeHits (int n, int m)
	It merges hits `n` and `m` being the resulting hit placed at the weighted center and being its final energy the addition of the energies of the hits `n` and `m`.

virtual void	PrintHits (Int_t nHits=-1) const
	It prints on screen the first `nHits` from the list.

virtual void	RemoveHit (int n)
	It removes the hit at position `n` from the list.

virtual void	RemoveHits ()
	It removes all hits inside the class.

void	Rotate (Int_t n, Double_t alpha, const TVector3 &vAxis, const TVector3 &vMean)
	It rotates hit `n` by an angle akpha along the `vAxis` with center at `vMean`.

void	RotateIn3D (Int_t n, Double_t alpha, Double_t beta, Double_t gamma, const TVector3 &center)
	It rotates hit `n` following rotations in Z, Y and X by angles gamma, beta and alpha. The rotation is performed with center at `vMean`.

virtual void	SwapHits (Int_t i, Int_t j)
	It exchanges hits `n` and `m` affecting to the ordering of the hits inside the list of hits.

void	Translate (Int_t n, Double_t x, Double_t y, Double_t z)
	It moves hit `n` by a given amount (x,y,z).

	TRestHits ()
	Default constructor.

void	WriteHitsToTextFile (TString filename)
	It writes the hits to a plain text file.

	~TRestHits ()
	Default destructor.

Protected Attributes
TRestGeant4Event *	fEvent = nullptr

std::vector< Float_t >	fKineticEnergy = {}

std::vector< TVector3 >	fMomentumDirection = {}

std::vector< Int_t >	fProcessID = {}

TRestGeant4Track *	fTrack = nullptr

std::vector< Int_t >	fVolumeID = {}

Protected Attributes inherited from TRestHits
std::vector< Float_t >	fEnergy
	Energy deposited at each 3-coordinate position (units keV)

size_t	fNHits = 0
	Number of punctual energy depositions, it is the length for all the arrays.

std::vector< Float_t >	fTime
	Absolute time information for each punctual deposition (units us, 0 is time of decay)

Double_t	fTotalEnergy = 0
	Event total energy.

std::vector< REST_HitType >	fType
	The type of hit X,Y,XY,XYZ, ...

std::vector< Float_t >	fX
	Position on X axis for each punctual deposition (units mm)

std::vector< Float_t >	fY
	Position on Y axis for each punctual deposition (units mm)

std::vector< Float_t >	fZ
	Position on Z axis for each punctual deposition (units mm)

Additional Inherited Members
Public Types inherited from TRestHits
typedef TRestHits_Iterator	iterator

Static Public Member Functions inherited from TRestHits
static void	GetBoundaries (std::vector< double > &val, double &max, double &min, int &nBins, double offset=10)
	TODO This method is not using any TRestHits member. This probably means that it should be placed somewhere else.

Constructor & Destructor Documentation

◆ TRestGeant4Hits()

TRestGeant4Hits::TRestGeant4Hits ( )

Definition at line 26 of file TRestGeant4Hits.cxx.

Member Function Documentation

◆ GetEnergyInVolume()

Double_t TRestGeant4Hits::GetEnergyInVolume ( Int_t volumeID ) const

Definition at line 38 of file TRestGeant4Hits.cxx.

◆ GetEnergyRef()

std::vector< Float_t > & TRestGeant4Hits::GetEnergyRef ( )

inline

Definition at line 74 of file TRestGeant4Hits.h.

◆ GetEvent()

const TRestGeant4Event * TRestGeant4Hits::GetEvent ( ) const

inline

Definition at line 47 of file TRestGeant4Hits.h.

◆ GetFirstPositionInVolume()

TVector3 TRestGeant4Hits::GetFirstPositionInVolume ( Int_t volumeID ) const

Definition at line 68 of file TRestGeant4Hits.cxx.

◆ GetGeant4Metadata()

TRestGeant4Metadata * TRestGeant4Hits::GetGeant4Metadata ( ) const

Definition at line 96 of file TRestGeant4Hits.cxx.

◆ GetHitProcess()

Int_t TRestGeant4Hits::GetHitProcess ( size_t n ) const

inline

Definition at line 54 of file TRestGeant4Hits.h.

◆ GetHitVolume()

Int_t TRestGeant4Hits::GetHitVolume ( size_t n ) const

inline

Definition at line 58 of file TRestGeant4Hits.h.

◆ GetKineticEnergy()

Double_t TRestGeant4Hits::GetKineticEnergy ( size_t n ) const

inline

Definition at line 63 of file TRestGeant4Hits.h.

◆ GetLastPositionInVolume()

TVector3 TRestGeant4Hits::GetLastPositionInVolume ( Int_t volumeID ) const

Definition at line 76 of file TRestGeant4Hits.cxx.

◆ GetMeanPositionInVolume()

TVector3 TRestGeant4Hits::GetMeanPositionInVolume ( Int_t volumeID ) const

Definition at line 50 of file TRestGeant4Hits.cxx.

◆ GetMomentumDirection()

TVector3 TRestGeant4Hits::GetMomentumDirection ( size_t n ) const

inline

Definition at line 50 of file TRestGeant4Hits.h.

◆ GetNumberOfHitsInVolume()

size_t TRestGeant4Hits::GetNumberOfHitsInVolume ( Int_t volumeID ) const

Definition at line 86 of file TRestGeant4Hits.cxx.

◆ GetProcess()

Int_t TRestGeant4Hits::GetProcess ( size_t n ) const

inline

Definition at line 53 of file TRestGeant4Hits.h.

◆ GetProcessId()

Int_t TRestGeant4Hits::GetProcessId ( size_t n ) const

inline

Definition at line 52 of file TRestGeant4Hits.h.

◆ GetProcessName()

TString TRestGeant4Hits::GetProcessName ( size_t n ) const

Definition at line 109 of file TRestGeant4Hits.cxx.

◆ GetTrack()

const TRestGeant4Track * TRestGeant4Hits::GetTrack ( ) const

inline

Definition at line 44 of file TRestGeant4Hits.h.

◆ GetVolumeId()

Int_t TRestGeant4Hits::GetVolumeId ( size_t n ) const

inline

Definition at line 57 of file TRestGeant4Hits.h.

◆ GetVolumeName()

TString TRestGeant4Hits::GetVolumeName ( size_t n ) const

Definition at line 114 of file TRestGeant4Hits.cxx.

◆ RemoveG4Hits()

void TRestGeant4Hits::RemoveG4Hits ( )

Definition at line 30 of file TRestGeant4Hits.cxx.

◆ SetEvent()

void TRestGeant4Hits::SetEvent ( TRestGeant4Event * event )

inline

Definition at line 48 of file TRestGeant4Hits.h.

◆ SetTrack()

void TRestGeant4Hits::SetTrack ( TRestGeant4Track * track )

inline

Definition at line 45 of file TRestGeant4Hits.h.

Field Documentation

◆ fEvent

TRestGeant4Event* TRestGeant4Hits::fEvent = nullptr

protected

Definition at line 39 of file TRestGeant4Hits.h.

◆ fKineticEnergy

std::vector<Float_t> TRestGeant4Hits::fKineticEnergy = {}

protected

Definition at line 35 of file TRestGeant4Hits.h.

◆ fMomentumDirection

std::vector<TVector3> TRestGeant4Hits::fMomentumDirection = {}

protected

Definition at line 36 of file TRestGeant4Hits.h.

◆ fProcessID

std::vector<Int_t> TRestGeant4Hits::fProcessID = {}

protected

Definition at line 33 of file TRestGeant4Hits.h.

◆ fTrack

TRestGeant4Track* TRestGeant4Hits::fTrack = nullptr

protected

Definition at line 38 of file TRestGeant4Hits.h.

◆ fVolumeID

std::vector<Int_t> TRestGeant4Hits::fVolumeID = {}

protected

Definition at line 34 of file TRestGeant4Hits.h.

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

Detailed Description

Public Member Functions

Protected Attributes

Additional Inherited Members

Constructor & Destructor Documentation

◆ TRestGeant4Hits()

Member Function Documentation

◆ GetEnergyInVolume()

◆ GetEnergyRef()

◆ GetEvent()

◆ GetFirstPositionInVolume()

◆ GetGeant4Metadata()

◆ GetHitProcess()

◆ GetHitVolume()

◆ GetKineticEnergy()

◆ GetLastPositionInVolume()

◆ GetMeanPositionInVolume()

◆ GetMomentumDirection()

◆ GetNumberOfHitsInVolume()

◆ GetProcess()

◆ GetProcessId()

◆ GetProcessName()

◆ GetTrack()

◆ GetVolumeId()

◆ GetVolumeName()

◆ RemoveG4Hits()

◆ SetEvent()

◆ SetTrack()

Field Documentation

◆ fEvent

◆ fKineticEnergy

◆ fMomentumDirection

◆ fProcessID

◆ fTrack

◆ fVolumeID