TOP reconstruction: this class provides interface to fortran code. More...

#include <TOPreco.h>

Public Types
enum	PDFoption { c_Rough = 0, c_Fine, c_Optimal }
	Options for PDF: rough: no dependence on y fine: y dependent PDF everywhere optimal: y dependent PDF only where necessary (default)

enum	StoreOption { c_Reduced, c_Full }
	Options for storing PDF parameters in Fortran common TOP_PIK reduced: only position, width, nphot and fic (default) full: also number of reflections etc.

Public Member Functions
	TOPreco (int NumHyp, double Masses[], int pdgCodes[], double BkgPerModule=0, double ScaleN0=1)
	Constructor. More...

void	setMass (double mass, int pdg)
	Set mass of the particle hypothesis (overrides settings in the constructor) More...

void	setTimeWindow (double Tmin, double Tmax)
	Set time window for photons. More...

void	getTimeWindow (double &Tmin, double &Tmax)
	Returns time window for photons. More...

void	setPDFoption (PDFoption opt, int NP=0, int NC=0)
	Sets PDF option. More...

void	setStoreOption (StoreOption opt)
	Sets option for storing PDF parameters in Fortran common TOP_PIK. More...

void	clearData ()
	Clear data list.

int	addData (int moduleID, int pixelID, double time, double timeError)
	Add data. More...

int	getDataSize ()
	Return size of data list.

void	reconstruct (const TOPtrack &trk, int pdg=0)
	Run reconstruction for a given track. More...

int	getFlag ()
	Return status. More...

double	getExpectedPhotons (int i=0)
	Return expected number of photons (signal + background) for i-th mass hypothesis. More...

double	getExpectedBG ()
	Return expected number of background photons. More...

int	getNumOfPhotons ()
	Return number of measured photons. More...

double	getLogL (int i=0)
	Return log likelihood for i-th mass hypothesis. More...

void	getLogL (int Size, double LogL[], double ExpNphot[], int &Nphot)
	Get all reconstruction results at once. More...

double	getLogL (double timeShift, double timeMin, double timeMax, double sigma=0.0)
	Return log likelihood for the last mass hypothesis using time-shifted PDF If timeMax <= timeMin use those set by setTimeWindow(double Tmin, double Tmax) More...

void	getLogL (double timeShift, double timeMin, double timeMax, double sigma, float *logL)
	Return pixel log likelihoods for the last mass hypothesis using time-shifted PDF If timeMax <= timeMin use those set by setTimeWindow(double Tmin, double Tmax) More...

void	getTrackHit (int LocGlob, double R[3], double Dir[3], double &Len, double &Tlen, double &Mom, int &moduleID)
	Return track hit at the bar in Local or Global frame. More...

void	dumpLogL (int NumHyp)
	Print log likelihoods to std output. More...

void	dumpTrackHit (int LocGlob)
	Print track to std output. More...

int	getPullSize ()
	Get pulls: size. More...

void	getPull (int K, int &pixelID, float &T, float &T0, float &Wid, float &PhiCer, float &Wt)
	Get pulls: K-th pull. More...

double	getPDF (int pixelID, double t, double mass, int PDG, double jitter=0)
	Return PDF for pixel pixelID at time t for mass hypothesis mass. More...

void	setBeta (double beta)
	Set track beta (for beta resolution studies) if beta>0 this value is used instead of beta from momentum and mass. More...

double	getBeta () const
	Return track beta. More...

void	redoPDF (double mass, int PDG)
	Re-calculate PDF for a given particle mass using option c_Fine. More...

int	getNumofPDFPeaks (int pixelID) const
	Returns number of peaks for given pixel describing signal PDF. More...

void	getPDFPeak (int pixelID, int k, float &position, float &width, float &numPhotons) const
	Returns k-th PDF peak for given pixel describing signal PDF. More...

float	getBkgLevel (int pixelID) const
	Returns estimated background level for given pixel. More...

int	getPDFPeakType (int pixelID, int k) const
	Returns type of the k-th PDF peak for given pixel. More...

float	getPDFPeakFic (int pixelID, int k) const
	Returns Cerenkov azimuthal angle of PDF peak. More...

float	getPDFPeakE (int pixelID, int k) const
	Returns photon energy of PDF peak. More...

float	getPDFPeakSigE (int pixelID, int k) const
	Returns photon energy spread of PDF peak. More...

int	getPDFPeakNx (int pixelID, int k) const
	Returns total number of reflections in x of PDF peak. More...

int	getPDFPeakNy (int pixelID, int k) const
	Returns total number of reflections in y of PDF peak. More...

int	getPDFPeakNxm (int pixelID, int k) const
	Returns number of reflections in x before mirror. More...

int	getPDFPeakNym (int pixelID, int k) const
	Returns number of reflections in y before mirror. More...

int	getPDFPeakNxe (int pixelID, int k) const
	Returns number of reflections in x in prism. More...

int	getPDFPeakNye (int pixelID, int k) const
	Returns number of reflections in y in prism. More...

float	getPDFPeakXD (int pixelID, int k) const
	Returns unfolded x position of pixel. More...

float	getPDFPeakYD (int pixelID, int k) const
	Returns unfolded y position of pixel. More...

float	getPDFPeakKxe (int pixelID, int k) const
	Returns photon reconstructed direction in x at emission. More...

float	getPDFPeakKye (int pixelID, int k) const
	Returns photon reconstructed direction in y at emission. More...

float	getPDFPeakKze (int pixelID, int k) const
	Returns photon reconstructed direction in z at emission. More...

float	getPDFPeakKxd (int pixelID, int k) const
	Returns photon reconstructed direction in x at detection. More...

float	getPDFPeakKyd (int pixelID, int k) const
	Returns photon reconstructed direction in y at detection. More...

float	getPDFPeakKzd (int pixelID, int k) const
	Returns photon reconstructed direction in z at detection. More...

Static Public Member Functions
static void	setChannelMask (const DBObjPtr< TOPCalChannelMask > &mask, const TOPAsicMask &asicMask)
	Set channel mask. More...

static void	setUncalibratedChannelsOff (const DBObjPtr< TOPCalChannelT0 > &channelT0)
	Set uncalibrated channels off. More...

static void	setUncalibratedChannelsOff (const DBObjPtr< TOPCalTimebase > &timebase)
	Set uncalibrated channels off. More...

static void	printChannelMask ()
	Print channel mask.

static void	setChannelEffi ()
	Set relative efficiencies of pixels.

Private Member Functions
void	reconstruct (double X, double Y, double Z, double Tlen, double Px, double Py, double Pz, int Q, int pdg=0, int moduleID=0)
	Run reconstruction. More...

Private Attributes
int	m_hypID = 0
	true hypothesis ID

double	m_beta = 0
	beta value, if set

Detailed Description

TOP reconstruction: this class provides interface to fortran code.

Definition at line 36 of file TOPreco.h.

Constructor & Destructor Documentation

◆ TOPreco()

TOPreco	(	int	NumHyp,
		double	Masses[],
		int	pdgCodes[],
		double	BkgPerModule = `0`,
		double	ScaleN0 = `1`
	)

Constructor.

Parameters

NumHyp	number of mass hypotheses
Masses	masses
pdgCodes	PDG codes
BkgPerModule	estimation for minimal number of background hits
ScaleN0	scale factor to scale N0

Definition at line 65 of file TOPreco.cc.

     {
       data_clear_();
       rtra_clear_();
  
       std::vector<float> masses;
       for (int i = 0; i < Num; i++) {
         masses.push_back((float) Masses[i]);
       }
       rtra_set_hypo_(&Num, masses.data());
       rtra_set_hypid_(&Num, pdgCodes);
  
       float b = (float) BkgPerModule;
       float s = (float) ScaleN0;
       set_top_par_(&b, &s);
  
       setPDFoption(c_Optimal); // default option
       setTimeWindow(0.0, 0.0); // use default (TDC range)
       setBeta(0); // use default: beta from momentum and mass
     }

Member Function Documentation

◆ addData()

int addData	(	int	moduleID,
		int	pixelID,
		double	time,
		double	timeError
	)

Add data.

Parameters

moduleID	module ID
pixelID	pixel ID (e.g. software channel, 1-based)
time	TBC and t0-corrected time in [ns]
timeError	time uncertainty in [ns]

Definition at line 214 of file TOPreco.cc.

◆ dumpLogL()

void dumpLogL ( int NumHyp )

Print log likelihoods to std output.

Parameters

NumHyp number of hypotheses

Definition at line 356 of file TOPreco.cc.

◆ dumpTrackHit()

void dumpTrackHit ( int LocGlob )

Print track to std output.

Parameters

LocGlob in Local or Global frame

Definition at line 386 of file TOPreco.cc.

◆ getBeta()

double getBeta ( ) const

inline

Return track beta.

Returns: beta value

Definition at line 290 of file TOPreco.h.

290 {return m_beta;};

◆ getBkgLevel()

float getBkgLevel ( int pixelID ) const

Returns estimated background level for given pixel.

Parameters

pixelID pixel ID (1-based)

Returns: number of background hits per nano second

Definition at line 464 of file TOPreco.cc.

◆ getExpectedBG()

double getExpectedBG ( )

Return expected number of background photons.

Returns: expected number of background

Definition at line 291 of file TOPreco.cc.

◆ getExpectedPhotons()

double getExpectedPhotons ( int i = 0 )

Return expected number of photons (signal + background) for i-th mass hypothesis.

Parameters

i	index of mass hypothesis

Returns: expected number of photons

Definition at line 284 of file TOPreco.cc.

◆ getFlag()

int getFlag ( )

Return status.

Returns: status: 1=OK, 0=out of acceptance, -1=inside gap

Definition at line 278 of file TOPreco.cc.

◆ getLogL() [1/4]

void getLogL	(	double	timeShift,
		double	timeMin,
		double	timeMax,
		double	sigma,
		float *	logL
	)

Return pixel log likelihoods for the last mass hypothesis using time-shifted PDF If timeMax <= timeMin use those set by setTimeWindow(double Tmin, double Tmax)

Parameters

timeShift	time shift of PDF
timeMin	lower edge of time window within which the photons are accepted
timeMax	upper edge of time window within which the photons are accepted
sigma	additional time smearing sigma
logL	return array of pixel log likelihood values (must be zeroed on input)

Definition at line 332 of file TOPreco.cc.

◆ getLogL() [2/4]

double getLogL	(	double	timeShift,
		double	timeMin,
		double	timeMax,
		double	sigma = `0.0`
	)

Return log likelihood for the last mass hypothesis using time-shifted PDF If timeMax <= timeMin use those set by setTimeWindow(double Tmin, double Tmax)

Parameters

timeShift	time shift of PDF
timeMin	lower edge of time window within which the photons are accepted
timeMax	upper edge of time window within which the photons are accepted
sigma	additional time smearing sigma

Returns: log likelihood

Definition at line 322 of file TOPreco.cc.

◆ getLogL() [3/4]

double getLogL ( int i = 0 )

Return log likelihood for i-th mass hypothesis.

Parameters

i	index of mass hypothesis

Returns: log likelihood

Definition at line 303 of file TOPreco.cc.

◆ getLogL() [4/4]

void getLogL	(	int	Size,
		double	LogL[],
		double	ExpNphot[],
		int &	Nphot
	)

Get all reconstruction results at once.

Parameters

Size	size of arrays
LogL	log likelihoods for Masses[]
ExpNphot	expected number of photons for Masses[]
Nphot	measured number of photons

Definition at line 310 of file TOPreco.cc.

◆ getNumofPDFPeaks()

int getNumofPDFPeaks ( int pixelID ) const

Returns number of peaks for given pixel describing signal PDF.

Parameters

pixelID pixel ID (1-based)

Returns: number of peaks

Definition at line 450 of file TOPreco.cc.

◆ getNumOfPhotons()

int getNumOfPhotons ( )

Return number of measured photons.

Returns: number of photons

Definition at line 297 of file TOPreco.cc.

◆ getPDF()

double getPDF	(	int	pixelID,
		double	t,
		double	mass,
		int	PDG,
		double	jitter = `0`
	)

Return PDF for pixel pixelID at time t for mass hypothesis mass.

Parameters

pixelID	pixel ID (e.g. software channel, 1-based)
t	time
mass	particle mass
PDG	particle code
jitter	additional time jitter, like electronic jitter

Definition at line 428 of file TOPreco.cc.

◆ getPDFPeak()

void getPDFPeak	(	int	pixelID,
		int	k,
		float &	position,
		float &	width,
		float &	numPhotons
	)		const

Returns k-th PDF peak for given pixel describing signal PDF.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Definition at line 456 of file TOPreco.cc.

◆ getPDFPeakE()

float getPDFPeakE	(	int	pixelID,
		int	k
	)		const

Returns photon energy of PDF peak.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: photon energy [eV]

Definition at line 484 of file TOPreco.cc.

◆ getPDFPeakFic()

float getPDFPeakFic	(	int	pixelID,
		int	k
	)		const

Returns Cerenkov azimuthal angle of PDF peak.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: azimuthal angle

Definition at line 477 of file TOPreco.cc.

◆ getPDFPeakKxd()

float getPDFPeakKxd	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in x at detection.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in x

Definition at line 575 of file TOPreco.cc.

◆ getPDFPeakKxe()

float getPDFPeakKxe	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in x at emission.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in x

Definition at line 554 of file TOPreco.cc.

◆ getPDFPeakKyd()

float getPDFPeakKyd	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in y at detection.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in y

Definition at line 582 of file TOPreco.cc.

◆ getPDFPeakKye()

float getPDFPeakKye	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in y at emission.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in y

Definition at line 561 of file TOPreco.cc.

◆ getPDFPeakKzd()

float getPDFPeakKzd	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in z at detection.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in z

Definition at line 589 of file TOPreco.cc.

◆ getPDFPeakKze()

float getPDFPeakKze	(	int	pixelID,
		int	k
	)		const

Returns photon reconstructed direction in z at emission.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: direction in z

Definition at line 568 of file TOPreco.cc.

◆ getPDFPeakNx()

int getPDFPeakNx	(	int	pixelID,
		int	k
	)		const

Returns total number of reflections in x of PDF peak.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections

Definition at line 498 of file TOPreco.cc.

◆ getPDFPeakNxe()

int getPDFPeakNxe	(	int	pixelID,
		int	k
	)		const

Returns number of reflections in x in prism.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections before mirror

Definition at line 526 of file TOPreco.cc.

◆ getPDFPeakNxm()

int getPDFPeakNxm	(	int	pixelID,
		int	k
	)		const

Returns number of reflections in x before mirror.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections before mirror

Definition at line 512 of file TOPreco.cc.

◆ getPDFPeakNy()

int getPDFPeakNy	(	int	pixelID,
		int	k
	)		const

Returns total number of reflections in y of PDF peak.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections

Definition at line 505 of file TOPreco.cc.

◆ getPDFPeakNye()

int getPDFPeakNye	(	int	pixelID,
		int	k
	)		const

Returns number of reflections in y in prism.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections before mirror

Definition at line 533 of file TOPreco.cc.

◆ getPDFPeakNym()

int getPDFPeakNym	(	int	pixelID,
		int	k
	)		const

Returns number of reflections in y before mirror.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: total number of reflections before mirror

Definition at line 519 of file TOPreco.cc.

◆ getPDFPeakSigE()

float getPDFPeakSigE	(	int	pixelID,
		int	k
	)		const

Returns photon energy spread of PDF peak.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: photon energy sigma [eV]

Definition at line 491 of file TOPreco.cc.

◆ getPDFPeakType()

int getPDFPeakType	(	int	pixelID,
		int	k
	)		const

Returns type of the k-th PDF peak for given pixel.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: 0 unknown, 1 direct, 2 reflected

Definition at line 470 of file TOPreco.cc.

◆ getPDFPeakXD()

float getPDFPeakXD	(	int	pixelID,
		int	k
	)		const

Returns unfolded x position of pixel.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: unfolded x

Definition at line 540 of file TOPreco.cc.

◆ getPDFPeakYD()

float getPDFPeakYD	(	int	pixelID,
		int	k
	)		const

Returns unfolded y position of pixel.

Parameters

pixelID	pixel ID (1-based)
k	peak counter (in C++ sense - starts with 0)

Returns: unfolded y

Definition at line 547 of file TOPreco.cc.

◆ getPull()

void getPull	(	int	K,
		int &	pixelID,
		float &	T,
		float &	T0,
		float &	Wid,
		float &	PhiCer,
		float &	Wt
	)

Get pulls: K-th pull.

Parameters

K	counter
pixelID	pixel ID (e.g. software channel, 1-based)
T	photon time
T0	PDF mean time
Wid	PDF sigma
PhiCer	azimuthal Cerenkov angle
Wt	weight

Definition at line 420 of file TOPreco.cc.

◆ getPullSize()

int getPullSize ( )

Get pulls: size.

Returns: : size

Definition at line 413 of file TOPreco.cc.

◆ getTimeWindow()

void getTimeWindow	(	double &	Tmin,
		double &	Tmax
	)

Returns time window for photons.

Parameters

Tmin	minimum time [ns]
Tmax	maximum time [ns]

Definition at line 187 of file TOPreco.cc.

◆ getTrackHit()

void getTrackHit	(	int	LocGlob,
		double	R[3],
		double	Dir[3],
		double &	Len,
		double &	Tlen,
		double &	Mom,
		int &	moduleID
	)

Return track hit at the bar in Local or Global frame.

Parameters

LocGlob	select Local or Global frame
R	track spatial position
Dir	track direction (unit vector)
Len	track length inside bar
Tlen	track length from IP
Mom	track momentum
moduleID	module ID if hit, else -1

Definition at line 342 of file TOPreco.cc.

◆ reconstruct() [1/2]

void reconstruct	(	const TOPtrack &	trk,
		int	pdg = `0`
	)

Run reconstruction for a given track.

Parameters

trk	track
pdg	PDG code for which to compute pulls. If 0 use MC true PDG.

Definition at line 268 of file TOPreco.cc.

◆ reconstruct() [2/2]

void reconstruct	(	double	X,
		double	Y,
		double	Z,
		double	Tlen,
		double	Px,
		double	Py,
		double	Pz,
		int	Q,
		int	pdg = `0`,
		int	moduleID = `0`
	)

private

Run reconstruction.

Parameters

X	track spatial position x
Y	track spatial position y
Z	track spatial position z
Tlen	track length from IP
Px	track momentum component x
Py	track momentum component y
Pz	track momentum component z
Q	track charge
pdg	PDG code for which to compute pulls
moduleID	module ID (optional)

Definition at line 250 of file TOPreco.cc.

◆ redoPDF()

void redoPDF	(	double	mass,
		int	PDG
	)

Re-calculate PDF for a given particle mass using option c_Fine.

Parameters

mass	particle mass
PDG	particle code

Definition at line 444 of file TOPreco.cc.

◆ setBeta()

void setBeta ( double beta )

Set track beta (for beta resolution studies) if beta>0 this value is used instead of beta from momentum and mass.

Parameters

beta	beta value

Definition at line 437 of file TOPreco.cc.

◆ setChannelMask()

void setChannelMask	(	const DBObjPtr< TOPCalChannelMask > &	mask,
		const TOPAsicMask &	asicMask
	)

static

Set channel mask.

Parameters

mask	channel mask
asicMask	masked asics

Definition at line 88 of file TOPreco.cc.

◆ setMass()

void setMass	(	double	mass,
		int	pdg
	)

Set mass of the particle hypothesis (overrides settings in the constructor)

Parameters

mass	mass
pdg	PDG code

Definition at line 172 of file TOPreco.cc.

◆ setPDFoption()

void setPDFoption	(	PDFoption	opt,
		int	NP = `0`,
		int	NC = `0`
	)

Sets PDF option.

Parameters

opt	option - see definition of PDFoption
NP	number of emission positions along track segment (equidistant)
NC	number of Cerenkov angles (equdistant in photon energies)

Definition at line 196 of file TOPreco.cc.

◆ setStoreOption()

void setStoreOption ( StoreOption opt )

Sets option for storing PDF parameters in Fortran common TOP_PIK.

Parameters

opt	option - see definition of StoreOption

Definition at line 202 of file TOPreco.cc.

◆ setTimeWindow()

void setTimeWindow	(	double	Tmin,
		double	Tmax
	)

Set time window for photons.

Allows to set window different than that defined by parameters of TOPNominalTDC.

If Tmax <= Tmin the window is set to default from TOPNominalTDC.

Window edges must not exceed those used during data taking or in simulation

Parameters

Tmin	minimum time [ns]
Tmax	maximum time [ns]

Definition at line 180 of file TOPreco.cc.

◆ setUncalibratedChannelsOff() [1/2]

void setUncalibratedChannelsOff ( const DBObjPtr< TOPCalChannelT0 > & channelT0 )

static

Set uncalibrated channels off.

Parameters

channelT0 channel T0 calibration

Definition at line 107 of file TOPreco.cc.

◆ setUncalibratedChannelsOff() [2/2]

void setUncalibratedChannelsOff ( const DBObjPtr< TOPCalTimebase > & timebase )

static

Set uncalibrated channels off.

Parameters

timebase timebase calibration

Definition at line 125 of file TOPreco.cc.

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

top/reconstruction/include/TOPreco.h
top/reconstruction/src/TOPreco.cc

Public Types

Public Member Functions

Static Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ TOPreco()

Member Function Documentation

◆ addData()

◆ dumpLogL()

◆ dumpTrackHit()

◆ getBeta()

◆ getBkgLevel()

◆ getExpectedBG()

◆ getExpectedPhotons()

◆ getFlag()

◆ getLogL() [1/4]

◆ getLogL() [2/4]

◆ getLogL() [3/4]

◆ getLogL() [4/4]

◆ getNumofPDFPeaks()

◆ getNumOfPhotons()

◆ getPDF()

◆ getPDFPeak()

◆ getPDFPeakE()

◆ getPDFPeakFic()

◆ getPDFPeakKxd()

◆ getPDFPeakKxe()

◆ getPDFPeakKyd()

◆ getPDFPeakKye()

◆ getPDFPeakKzd()

◆ getPDFPeakKze()

◆ getPDFPeakNx()

◆ getPDFPeakNxe()

◆ getPDFPeakNxm()

◆ getPDFPeakNy()

◆ getPDFPeakNye()

◆ getPDFPeakNym()

◆ getPDFPeakSigE()

◆ getPDFPeakType()

◆ getPDFPeakXD()

◆ getPDFPeakYD()

◆ getPull()

◆ getPullSize()

◆ getTimeWindow()

◆ getTrackHit()

◆ reconstruct() [1/2]

◆ reconstruct() [2/2]

◆ redoPDF()

◆ setBeta()

◆ setChannelMask()

◆ setMass()

◆ setPDFoption()

◆ setStoreOption()

◆ setTimeWindow()

◆ setUncalibratedChannelsOff() [1/2]

◆ setUncalibratedChannelsOff() [2/2]