Detailed Description

Identification grid with lines corresponding to different nuclear isotopes (KVIDZALine)

Such a grid can be used either to identify simultaneously both the mass and charge of detected particles (if lines for several isotopes of each atomic number are drawn), or solely the charge (if only one isotope per Z is drawn, and if SetOnlyZId(kTRUE) is called).

Identification quality codes

After each identification attempt, the value returned by GetQualityCode() indicates whether the identification was successful or not. The meaning of the different codes depends on the type of identification.

Z & A (mass & charge) isotopic identification grid

KVIDZAGrid::kICODE0, ok
KVIDZAGrid::kICODE1, Z ok, slight ambiguity of A, which could be larger
KVIDZAGrid::kICODE2, Z ok, slight ambiguity of A, which could be smaller
KVIDZAGrid::kICODE3, Z ok, slight ambiguity of A, which could be larger or smaller
KVIDZAGrid::kICODE4, point is in between two isotopes of different Z, too far from either to be considered well-identified
KVIDZAGrid::kICODE5, point is in between two isotopes of different Z, too far from either to be considered well-identified
KVIDZAGrid::kICODE6, (x,y) is below first line in grid
KVIDZAGrid::kICODE7, (x,y) is above last line in grid
KVIDZAGrid::kICODE8, no identification: (x,y) out of range covered by grid

Z-only charge identification grid

KVIDZAGrid::kICODE0, ok
KVIDZAGrid::kICODE1, slight ambiguity of Z, which could be larger
KVIDZAGrid::kICODE2, slight ambiguity of Z, which could be smaller
KVIDZAGrid::kICODE3, slight ambiguity of Z, which could be larger or smaller
KVIDZAGrid::kICODE4, point is in between two lines of different Z, too far from either to be considered well-identified
KVIDZAGrid::kICODE5, point is in between two lines of different Z, too far from either to be considered well-identified
KVIDZAGrid::kICODE6, (x,y) is below first line in grid
KVIDZAGrid::kICODE7, (x,y) is above last line in grid
KVIDZAGrid::kICODE8, no identification: (x,y) out of range covered by grid

In both cases, an acceptable identification is achieved if the quality code is kICODE0, kICODE1, kICODE2, or kICODE3.
Points with codes kICODE4 or kICODE5 are normally considered as "noise" (pile-up ?) and should be rejected.
Points which are (vertically) out of range for this grid have code kICODE6 (point too far below) or kICODE7 (point too far above).
Points with code kICODE8 are totally out of range.

Definition at line 66 of file KVIDZAGrid.h.

#include <KVIDZAGrid.h>

Inheritance diagram for KVIDZAGrid:

[legend]

Public Types
enum	{ kICODE0 , kICODE1 , kICODE2 , kICODE3 , kICODE4 , kICODE5 , kICODE6 , kICODE7 , kICODE8 , kICODE9 , kICODE10 }

Public Member Functions
	KVIDZAGrid ()
	default ctor. More...

	KVIDZAGrid (const KVIDZAGrid &)
	Copy constructor. More...

virtual	~ KVIDZAGrid ()

virtual void	CalculateLineWidths ()

virtual void	Copy (TObject &) const
	Copy this to 'obj'. More...

virtual TClass *	DefaultIDLineClass ()

void	DrawLinesWithWidth ()

KVIDLine *	GetClosestLine () const

Double_t	GetDistanceClosestLine () const

UChar_t	GetIndexClosest () const

Int_t	GetQualityCode () const

virtual KVIDZALine *	GetZALine (Int_t z, Int_t a, Int_t &) const

virtual KVIDZALine *	GetZLine (Int_t z, Int_t &) const

Int_t	GetZmax () const

KVIDZALine *	GetZmaxLine () const

virtual void	Identify (Double_t x, Double_t y, KVIdentificationResult *) const

virtual void	IdentZ (Double_t x, Double_t y, Double_t &Z)

virtual void	IdentZA (Double_t x, Double_t y, Int_t &Z, Double_t &A)

virtual void	Initialize ()

KVIDGraph *	MakeSubsetGraph (Int_t Zmin, Int_t Zmax, const Char_t *="")
	virtual void MakeEDeltaEZGrid(Int_t Zmin, Int_t Zmax, Int_t npoints=20, Double_t gamma = 2);//MENU More...

KVIDGraph *	MakeSubsetGraph (TList , TClass =0)

void	ReCheckQuality (Int_t &Z, Double_t &A)

void	RemoveLine (Int_t Z, Int_t A=-1)
	Remove and destroy identifier. More...

void	RemoveZLines (const Char_t *ZList)
	Remove and destroy identifiers. More...

void	SetManualWidth (Double_t manual_width=.3, Double_t manual_width_scaling=0.05)

void	SetVarXVarY (const char VarX, const char VarY)

Public Member Functions inherited from KVIDGrid
	KVIDGrid ()
	Default constructor. More...

virtual	~ KVIDGrid ()

virtual TClass *	DefaultOKLineClass ()

KVIDLine *	FindNearestEmbracingIDLine (Double_t x, Double_t y, const Char_t position, const Char_t axis, Int_t &idx, Int_t &idx_min, Int_t &idx_max, Double_t &dist, Double_t &dist_min, Double_t &dist_max) const

KVIDLine *	FindNearestIDLineFast (Double_t x, Double_t y, const Char_t *position, Int_t &idx, Int_t &idx_min, Int_t &idx_max, Double_t &dist, Double_t &dist_min, Double_t &dist_max) const

KVIDLine *	FindNextEmbracingLine (Int_t &index, Int_t inc_index, Double_t x, Double_t y, const Char_t *axis) const

Int_t	GetIDLinesEmbracingPoint (const Char_t *direction, Double_t x, Double_t y) const

KVIDLine *	NewLine (const Char_t *idline_class="")

Public Member Functions inherited from KVIDGraph
	KVIDGraph ()

	KVIDGraph (const KVIDGraph &)
	Copy constructor. More...

virtual	~KVIDGraph ()

virtual Bool_t	AcceptIDForTest (const KVIdentificationResult &idr)

void	Add (TString, KVIDentifier *)

KVIDentifier *	Add (TString, TString)

virtual void	AddCut (KVIDentifier *cut)

virtual void	AddIdentifier (KVIDentifier *id)

void	AddIDTelescope (KVBase *t)

void	AddIDTelescopes (const TList *)
	Associate this graph with all ID telescopes in list. More...

virtual void	AddInfo (KVIDentifier *info)

void	AddParameter (char Name, char Value)

virtual Int_t	CheckVersion (Int_t version)

virtual void	Clear (Option_t *opt="")

void	ClearListOfTelescopes ()

void	ClearPad (TVirtualPad *)

virtual void	Delete (Option_t *option="")

void	Draw (Option_t *opt="")

virtual void	DrawAndAdd (const Char_t type="ID", const Char_t classname="KVIDentifier")

virtual void	DrawClass () const

virtual TObject *	DrawClone (Option_t *option="") const

virtual void	DrawPanel ()

virtual void	Dump () const

virtual Bool_t	ExistVersion (Int_t version)

void	ExtendBeginningAllIdentLines (Double_t, Option_t *="")

void	ExtendEndAllIdentLines (Double_t, Option_t *="")

void	FindAxisLimits ()
	Calculate X/Y min/max of all objects in graph. More...

virtual TFitResultPtr	Fit (const char formula, Option_t option="", Option_t *goption="", Axis_t xmin=0, Axis_t xmax=0)

virtual TFitResultPtr	Fit (TF1 f1, Option_t option="", Option_t *goption="", Axis_t xmin=0, Axis_t xmax=0)

virtual void	FitPanel ()
	virtual void SetTitle(const char *title="") {TGraph::SetTitle(title);}; More...

KVIDentifier *	GetCut (const Char_t *name) const

KVList *	GetCuts ()

const KVList *	GetCuts () const

KVIDentifier *	GetIdentifier (const Char_t *name) const

KVIDentifier *	GetIdentifier (Int_t Z, Int_t A) const

KVIDentifier *	GetIdentifierAt (Int_t index) const

KVList *	GetIdentifiers ()

const KVList *	GetIdentifiers () const

const Char_t *	GetIDTelescopeLabel () const

const TList *	GetIDTelescopes () const

KVIDentifier *	GetInfo (const Char_t *name) const

KVList *	GetInfos ()

const KVList *	GetInfos () const

KVIDGraph *	GetLastSavedVersion () const

Int_t	GetMassFormula () const

const Char_t *	GetName () const

const Char_t *	GetNamesOfIDTelescopes () const

Int_t	GetNumberOfCuts () const

Int_t	GetNumberOfIdentifiers () const

Int_t	GetNumberOfInfos () const

TVirtualPad *	GetPad () const

KVNameValueList *	GetParameters ()

const KVNameValueList *	GetParameters () const

TString	GetPattern (void)

const Char_t *	GetRunList () const

const KVNumberList &	GetRuns () const

Axis_t	GetXmax () const

Axis_t	GetXmin () const

Double_t	GetXScaleFactor ()

Axis_t	GetYmax () const

Axis_t	GetYmin () const

Double_t	GetYScaleFactor ()

Bool_t	HandlesIDTelescope (KVBase *t) const

virtual Bool_t	HasMassIDCapability () const

void	Increment (Float_t x)

virtual Int_t	InsertPoint ()

virtual void	Inspect () const

TVirtualPad *	IsDrawn () const

virtual Bool_t	IsIdentifiable (Double_t, Double_t, TString *rejected_by=nullptr) const

Bool_t	IsSorted () const

void	Modified ()

void	Print (Option_t *opt="") const
	Print out all objects in graph. More...

void	ReadAsciiFile (const Char_t *filename)

virtual void	ReadAsciiFile_WP (Int_t version=-1)
	lecture des grilles avec version suivant un modele de fichier More...

virtual void	ReadFromAsciiFile (std::ifstream &gridfile)

void	RemoveCut (KVIDentifier *)
	Remove and destroy cut. More...

void	RemoveIdentifier (KVIDentifier *)
	Remove and destroy identifier. More...

void	RemoveIDTelescope (KVBase *t)

void	RemoveInfo (KVIDentifier *)
	Remove and destroy cut. More...

virtual Int_t	RemovePoint ()

virtual Int_t	RemovePoint (Int_t i)

void	ResetDraw ()

void	ResetPad ()

void	RevertToLastSavedVersion ()

virtual void	SaveAs (const char filename="", Option_t option="") const

void	Scale (TF1 sx, TF1 sy)

virtual void	SetDrawOption (Option_t *option="")

virtual void	SetEditable (Bool_t editable=kTRUE)

virtual void	SetFillAttributes ()

virtual void	SetInfos (Double_t, Double_t, KVIdentificationResult *) const
	loop over KVIDGraph::fInfoZones to set flags in KVIdentificationResult More...

virtual void	SetLineAttributes ()

void	SetLineColor (Color_t lcolor)

void	SetLineStyle (Style_t lstyle)

void	SetLineWidth (Width_t lwidth)

virtual void	SetMarkerAttributes ()

void	SetMassFormula (Int_t)

virtual void	SetMassIDCapability (Bool_t yes=kTRUE)

virtual void	SetMaximum (Double_t maximum=-1111)

virtual void	SetMinimum (Double_t minimum=-1111)

virtual void	SetName (const char *name)

virtual void	SetOnlyZId (Bool_t yes=kTRUE)

void	SetPattern (TString pattern)

void	SetRunList (const char *runlist)

void	SetRuns (const KVNumberList &nl)
	Set list of runs for which grid is valid. More...

virtual void	SetVarX (const char *v)

virtual void	SetVarY (const char *v)

void	SetXScaleFactor (Double_t=0)

void	SetXVariable (const char *v)
	void SetIDTelescopes();// MENU={Hierarchy="Set.../ID Telescopes"} More...

void	SetYScaleFactor (Double_t=0)

void	SetYVariable (const char *v)

void	SortIdentifiers ()

virtual void	TestIdentification (TH2F *data, KVHashList &histos, KVNameValueList &histo_names)

void	UnDraw ()

void	UpdateLastSavedVersion ()
	update last saved version. mkae copy of current state of graph. More...

void	WriteAsciiFile (const Char_t *filename)
	Open, write and close ascii file containing this grid. More...

virtual void	WriteAsciiFile_WP (Int_t version=-1)

virtual void	WriteToAsciiFile (std::ofstream &gridfile)

Private Member Functions
virtual Bool_t	FindFourEmbracingLines (Double_t x, Double_t y, const Char_t *position)

void	init ()
	initialisation More...

void	SetZmax (Int_t z)

Private Attributes
Int_t	Ainf

Int_t	Ainfi

Int_t	Aint
	mass of line used to identify particle More...

Int_t	Asup

Int_t	Asups

Double_t	dinf

Double_t	dinfi

Double_t	dsup

Double_t	dsups

KVIDLine *	fClosest
	closest line to last-identified point More...

Double_t	fDistanceClosest
	distance from point to closest line More...

Int_t	fICode
	code de retour More...

Int_t	fIdxClosest
	index of closest line in main list fIdentifiers More...

KVIDLine *	fLinf

KVIDLine *	fLinfi

KVIDLine *	fLsup

KVIDLine *	fLsups

UShort_t	fZMax
	largest Z of lines in grid More...

KVIDZALine *	fZMaxLine
	line with biggest Z and A More...

Int_t	kinf

Int_t	kinfi

Int_t	ksup

Int_t	ksups
	used by IdentZA and IdentZ More...

Double_t	winf

Double_t	winfi

Double_t	wsup

Double_t	wsups

Int_t	Zinf

Int_t	Zinfi

Int_t	Zint
	Z of line used to identify particle. More...

Int_t	Zsup

Int_t	Zsups

Additional Inherited Members
Static Public Member Functions inherited from KVIDGraph
static KVIDGraph *	AddGraphs (KVIDGraph g1, Int_t id1_min, Int_t id1_max, KVIDGraph g2, Int_t id2_min, Int_t id2_max)

static Bool_t	GetAutoAdd ()

static KVIDGraph *	MakeIDGraph (const Char_t *)

static void	SetAutoAdd (Bool_t yes=kTRUE)

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

Enumerator
kICODE0
kICODE1
kICODE2
kICODE3
kICODE4
kICODE5
kICODE6
kICODE7
kICODE8
kICODE9
kICODE10

Definition at line 101 of file KVIDZAGrid.h.

Constructor & Destructor Documentation

◆ KVIDZAGrid() [1/2]

KVIDZAGrid::KVIDZAGrid ( )

default ctor.

Definition at line 33 of file KVIDZAGrid.cpp.

◆ KVIDZAGrid() [2/2]

KVIDZAGrid::KVIDZAGrid ( const KVIDZAGrid & grid )

Copy constructor.

Definition at line 54 of file KVIDZAGrid.cpp.

◆ ~ KVIDZAGrid()

virtual KVIDZAGrid::~ KVIDZAGrid ( )

virtual

Member Function Documentation

◆ CalculateLineWidths()

void KVIDZAGrid::CalculateLineWidths ( )

virtual

Calculate natural "width" of each line in the grid. The lines in the grid are first sorted so that they are in order of ascending 'Y' i.e. first line is 1H, last line is the heaviest isotope (highest line).

Then, for a given line :

**** if the grid is to be used for A & Z identification (default)**** :

if the next line (above) has the same Z, we use the separation between these two lines corresponding to different isotopes of the same element
if the next line (above) has a different Z, but the line before (below) has the same Z, we use the separation between the line below and this one
if neither adjacent line has the same Z, the width is set to 16000 (huge).

**** if the grid is to be used for Z identification (fOnlyZid=kTRUE)**** :

we use the separation between each pair of lines

In each case we find D_L (the separation between the two lines at their extreme left) and D_R (their separation at extreme right). The width of the line is then calculated from these two using the method KVIDZALine::SetAsymWidth (which may be overridden in child classes). Info("CalculateLineWidths", "For grid %s (%s vs. %s, runs %s).", GetName(), GetVarY(), GetVarX(), GetRunList());

Reimplemented from KVIDGrid.

Definition at line 287 of file KVIDZAGrid.cpp.

◆ Copy()

void KVIDZAGrid::Copy ( TObject & obj ) const

virtual

Copy this to 'obj'.

Reimplemented from KVIDGraph.

Reimplemented in KVIDZAFromZGrid.

Definition at line 66 of file KVIDZAGrid.cpp.

◆ DefaultIDLineClass()

virtual TClass* KVIDZAGrid::DefaultIDLineClass ( )

inlinevirtual

Reimplemented from KVIDGrid.

Reimplemented in KVIDGCsI.

Definition at line 145 of file KVIDZAGrid.h.

◆ DrawLinesWithWidth()

void KVIDZAGrid::DrawLinesWithWidth ( )

This method displays the grid as in KVIDGrid::Draw, but the natural line widths are shown as error bars

Definition at line 459 of file KVIDZAGrid.cpp.

◆ FindFourEmbracingLines()

Bool_t KVIDZAGrid::FindFourEmbracingLines	(	Double_t	x,
		Double_t	y,
		const Char_t *	position
	)

privatevirtual

This method will locate (at most) four lines close to the point (x,y), the point must lie within the endpoints (in X) of each line (the lines "embrace" the point). Returns kTRUE if at least one line is found. Identification can then be carried out with either IdentZA or IdentZ (see Identify). Returns kFALSE if no lines are found (not even a closest embracing line).

We look for two lines above the point and two lines below the point, as in one of the following two cases:

---------------------— ksups ------------------—

closest —> ---------------------— ksup ------------------— X

X ---------------------— kinf ------------------— <— closest

---------------------— kinfi ------------------—

First we find the closest embracing line to the point, using FindNearestEmbracingIDLine. Then we search above and below for the other 'embracing' lines. Note that no condition is applied regarding the distances to these lines: the lines must have been sorted in order of increasing ordinate before hand in Initialize(), we simply use the order of lines in the list of identifiers. The Z, A, width and distance to each of these lines are stored in the variables Zsups, Asups, wsups, dsups etc. etc. to be used by IdentZA or IdentZ.

Definition at line 518 of file KVIDZAGrid.cpp.

◆ GetClosestLine()

KVIDLine* KVIDZAGrid::GetClosestLine ( ) const

inline

Definition at line 159 of file KVIDZAGrid.h.

◆ GetDistanceClosestLine()

Double_t KVIDZAGrid::GetDistanceClosestLine ( ) const

inline

Definition at line 163 of file KVIDZAGrid.h.

◆ GetIndexClosest()

UChar_t KVIDZAGrid::GetIndexClosest ( ) const

inline

Definition at line 167 of file KVIDZAGrid.h.

◆ GetQualityCode()

Int_t KVIDZAGrid::GetQualityCode ( ) const

inlinevirtual

Return quality code for previously-attempted identification Meanings of code values are given in class description

Reimplemented from KVIDGraph.

Definition at line 150 of file KVIDZAGrid.h.

◆ GetZALine()

KVIDZALine * KVIDZAGrid::GetZALine	(	Int_t	z,
		Int_t	a,
		Int_t &	index
	)		const

virtual

Returns ID line corresponding to nucleus (Z,A) and its index in fIDLines. First we use GetLine(z) to find a line with the right Z (in principal there are several in the grid), then search for the correct isotope among these.

Reimplemented in KVIDGCsI.

Definition at line 212 of file KVIDZAGrid.cpp.

◆ GetZLine()

KVIDZALine * KVIDZAGrid::GetZLine	(	Int_t	z,
		Int_t &	index
	)		const

virtual

Returns ID line for which GetZ() returns 'z'. index=index of line found in fIDLines list (-1 if not found). To increase speed, this is done by dichotomy, rather than by looping over all the lines in the list.

Reimplemented in KVIDGCsI.

Definition at line 151 of file KVIDZAGrid.cpp.

◆ GetZmax()

Int_t KVIDZAGrid::GetZmax ( ) const

inline

Definition at line 133 of file KVIDZAGrid.h.

◆ GetZmaxLine()

KVIDZALine* KVIDZAGrid::GetZmaxLine ( ) const

inline

Definition at line 138 of file KVIDZAGrid.h.

◆ Identify()

void KVIDZAGrid::Identify	(	Double_t	x,
		Double_t	y,
		KVIdentificationResult *	idr
	)		const

virtual

Fill the KVIdentificationResult object with the results of identification for point (x,y) corresponding to some physically measured quantities related to a reconstructed nucleus.

By default (OnlyZId()=kFALSE) this means identifying the Z & A of the nucleus. In this case, we consider that the nucleus' Z & A have been correctly measured if the 'quality code' returned by IdentZA() is < kICODE4: we set idr->Zident and idr->Aident to kTRUE if fICode<kICODE4

If OnlyZId()=kTRUE, only the Z of the nucleus is established. In this case, we consider that the nucleus' Z has been correctly measured if the 'quality code' returned by IdentZ() is < kICODE4, thus: we set idr->Zident to kTRUE if fICode<kICODE4 The mass idr->A is set to the mass of the nearest line.

Real & integer masses for isotopically identified particles

For points lying between two lines of same Z and different A (fICode<kIDCode4) the "real" mass is given by interpolation between the two masses. The integer mass is the A of the line closest to the point. This means that the integer A is not always = nint("real" A), as for example if a grid is drawn with lines for 7Be & 9Be but not 8Be (usual case), then particles between the two lines can have "real" masses between 7.5 and 8.5, but their integer A will be =7 or =9, never 8.

Implements KVIDGraph.

Reimplemented in KVIDZAFromZGrid, KVIDGCsI, and KVIDGChIoSi.

Definition at line 1367 of file KVIDZAGrid.cpp.

◆ IdentZ()

void KVIDZAGrid::IdentZ	(	Double_t	x,
		Double_t	y,
		Double_t &	Z
	)

virtual

Finds Z & 'real Z' for point (x,y) once closest lines to point have been found (see GetNearestIDLine). This is is based on the algorithm developed by L. Tassan-Got in IdnCsOr, even the same variable names and comments have been used (as much as possible).

Definition at line 1076 of file KVIDZAGrid.cpp.

◆ IdentZA()

void KVIDZAGrid::IdentZA	(	Double_t	x,
		Double_t	y,
		Int_t &	Z,
		Double_t &	A
	)

virtual

Finds Z, A and 'real A' for point (x,y) once closest lines to point have been found by calling method FindFourEmbracingLines beforehand. This is a line-for-line copy of the latter part of IdnCsOr, even the same variable names and comments have been used (as much as possible).

Reimplemented in KVIDGCsI.

Definition at line 643 of file KVIDZAGrid.cpp.

◆ init()

void KVIDZAGrid::init ( void )

private

initialisation

Definition at line 80 of file KVIDZAGrid.cpp.

◆ Initialize()

void KVIDZAGrid::Initialize ( void )

virtual

General initialisation method for identification grid. This method MUST be called once before using the grid for identifications. The ID lines are sorted. The natural line widths of all ID lines are calculated. The line with the largest Z (Zmax line) is found.

Reimplemented from KVIDGrid.

Reimplemented in KVIDZAFromZGrid, KVIDGCsI, and KVIDGChIoSi.

Definition at line 1507 of file KVIDZAGrid.cpp.

◆ MakeSubsetGraph() [1/2]

KVIDGraph * KVIDZAGrid::MakeSubsetGraph	(	Int_t	Zmin,
		Int_t	Zmax,
		const Char_t *	graph_class = `""`
	)

virtual void MakeEDeltaEZGrid(Int_t Zmin, Int_t Zmax, Int_t npoints=20, Double_t gamma = 2);//*MENU*

Create a new graph/grid using the subset of lines of this grid with Zmin <= Z <= Zmax. By default the new graph/grid will be of the same class as this one, unless graph_class !="", in which case it must contain the name of a class which derives from KVIDGraph. A clone of each line will be made and added to the new graph, which will have the same name and be associated with the same ID telescopes as this one.

Definition at line 1716 of file KVIDZAGrid.cpp.

◆ MakeSubsetGraph() [2/2]

KVIDGraph * KVIDZAGrid::MakeSubsetGraph	(	TList *	lines,
		TClass *	graph_class = `0`
	)

Create a new graph/grid using the subset of lines of this grid contained in TList 'lines'. By default the new graph/grid will be of the same class as this one, unless graph_class !=0, in which case it must contain the address of a TClass object representing a class which derives from KVIDGraph. A clone of each line will be made and added to the new graph, which will have the same name and be associated with the same ID telescopes as this one.

Definition at line 1671 of file KVIDZAGrid.cpp.

◆ ReCheckQuality()

void KVIDZAGrid::ReCheckQuality	(	Int_t &	Z,
		Double_t &	A
	)

Recheck the identification quality using the 'manual' width set for each Z in the parameter list

If abs(Aint-Areal)> ManualWidth + ManualWidthScaling*sqrt(Z), kIDCode5 is returned. To be activated, a parameter "ManualWidth" should be added to the grid's parameter list.

Acceptable values for FAZIA are :

ManualWidth : 0.3
ManualWidthScaling : 0.05

Example of use :

KVIDZAGrid grid;
grid.ReadAsciiFile("my_grid_file.dat");
grid.SetManualWidth(0.3,0.05);

Definition at line 1022 of file KVIDZAGrid.cpp.

◆ RemoveLine()

void KVIDZAGrid::RemoveLine	(	Int_t	Z,
		Int_t	A = `-1`
	)

Remove and destroy identifier.

Definition at line 101 of file KVIDZAGrid.cpp.

◆ RemoveZLines()

void KVIDZAGrid::RemoveZLines ( const Char_t * ZList )

Remove and destroy identifiers.

Definition at line 131 of file KVIDZAGrid.cpp.

◆ SetManualWidth()

void KVIDZAGrid::SetManualWidth	(	Double_t	manual_width = `.3`,
		Double_t	manual_width_scaling = `0.05`
	)

Definition at line 1062 of file KVIDZAGrid.cpp.

◆ SetVarXVarY()

void KVIDZAGrid::SetVarXVarY	(	const char *	VarX,
		const char *	VarY
	)

inline

Definition at line 124 of file KVIDZAGrid.h.

◆ SetZmax()

void KVIDZAGrid::SetZmax ( Int_t z )

inlineprivate

Definition at line 73 of file KVIDZAGrid.h.

Member Data Documentation

◆ Ainf

Int_t KVIDZAGrid::Ainf

private

Definition at line 91 of file KVIDZAGrid.h.

◆ Ainfi

Int_t KVIDZAGrid::Ainfi

private

Definition at line 91 of file KVIDZAGrid.h.

◆ Aint

Int_t KVIDZAGrid::Aint

private

mass of line used to identify particle

Definition at line 93 of file KVIDZAGrid.h.

◆ Asup

Int_t KVIDZAGrid::Asup

private

Definition at line 91 of file KVIDZAGrid.h.

◆ Asups

Int_t KVIDZAGrid::Asups

private

Definition at line 91 of file KVIDZAGrid.h.

◆ dinf

Double_t KVIDZAGrid::dinf

private

Definition at line 88 of file KVIDZAGrid.h.

◆ dinfi

Double_t KVIDZAGrid::dinfi

private

Definition at line 88 of file KVIDZAGrid.h.

◆ dsup

Double_t KVIDZAGrid::dsup

private

Definition at line 88 of file KVIDZAGrid.h.

◆ dsups

Double_t KVIDZAGrid::dsups

private

Definition at line 88 of file KVIDZAGrid.h.

◆ fClosest

KVIDLine* KVIDZAGrid::fClosest

private

closest line to last-identified point

Definition at line 78 of file KVIDZAGrid.h.

◆ fDistanceClosest

Double_t KVIDZAGrid::fDistanceClosest

private

distance from point to closest line

Definition at line 83 of file KVIDZAGrid.h.

◆ fICode

Int_t KVIDZAGrid::fICode

private

code de retour

Definition at line 85 of file KVIDZAGrid.h.

◆ fIdxClosest

Int_t KVIDZAGrid::fIdxClosest

private

index of closest line in main list fIdentifiers

Definition at line 84 of file KVIDZAGrid.h.

◆ fLinf

KVIDLine* KVIDZAGrid::fLinf

private

Definition at line 81 of file KVIDZAGrid.h.

◆ fLinfi

KVIDLine* KVIDZAGrid::fLinfi

private

Definition at line 82 of file KVIDZAGrid.h.

◆ fLsup

KVIDLine* KVIDZAGrid::fLsup

private

Definition at line 80 of file KVIDZAGrid.h.

◆ fLsups

KVIDLine* KVIDZAGrid::fLsups

private

Definition at line 79 of file KVIDZAGrid.h.

◆ fZMax

UShort_t KVIDZAGrid::fZMax

private

largest Z of lines in grid

Definition at line 70 of file KVIDZAGrid.h.

◆ fZMaxLine

KVIDZALine* KVIDZAGrid::fZMaxLine

private

line with biggest Z and A

Definition at line 71 of file KVIDZAGrid.h.

◆ kinf

Int_t KVIDZAGrid::kinf

private

Definition at line 87 of file KVIDZAGrid.h.

◆ kinfi

Int_t KVIDZAGrid::kinfi

private

Definition at line 87 of file KVIDZAGrid.h.

◆ ksup

Int_t KVIDZAGrid::ksup

private

Definition at line 87 of file KVIDZAGrid.h.

◆ ksups

Int_t KVIDZAGrid::ksups

private

used by IdentZA and IdentZ

Definition at line 87 of file KVIDZAGrid.h.

◆ winf

Double_t KVIDZAGrid::winf

private

Definition at line 89 of file KVIDZAGrid.h.

◆ winfi

Double_t KVIDZAGrid::winfi

private

Definition at line 89 of file KVIDZAGrid.h.

◆ wsup

Double_t KVIDZAGrid::wsup

private

Definition at line 89 of file KVIDZAGrid.h.

◆ wsups

Double_t KVIDZAGrid::wsups

private

Definition at line 89 of file KVIDZAGrid.h.

◆ Zinf

Int_t KVIDZAGrid::Zinf

private

Definition at line 90 of file KVIDZAGrid.h.

◆ Zinfi

Int_t KVIDZAGrid::Zinfi

private

Definition at line 90 of file KVIDZAGrid.h.

◆ Zint

Int_t KVIDZAGrid::Zint

private

Z of line used to identify particle.

Definition at line 94 of file KVIDZAGrid.h.

◆ Zsup

Int_t KVIDZAGrid::Zsup

private

Definition at line 90 of file KVIDZAGrid.h.

◆ Zsups

Int_t KVIDZAGrid::Zsups

private

Definition at line 90 of file KVIDZAGrid.h.

Detailed Description

Identification quality codes

Z & A (mass & charge) isotopic identification grid

Z-only charge identification grid

Public Types

Public Member Functions

Private Member Functions

Private Attributes

Additional Inherited Members

Member Enumeration Documentation

◆ anonymous enum

Constructor & Destructor Documentation

◆ KVIDZAGrid() [1/2]

◆ KVIDZAGrid() [2/2]

◆ ~ KVIDZAGrid()

Member Function Documentation

◆ CalculateLineWidths()

◆ Copy()

◆ DefaultIDLineClass()

◆ DrawLinesWithWidth()

◆ FindFourEmbracingLines()

◆ GetClosestLine()

◆ GetDistanceClosestLine()

◆ GetIndexClosest()

◆ GetQualityCode()

◆ GetZALine()

◆ GetZLine()

◆ GetZmax()

◆ GetZmaxLine()

◆ Identify()

Real & integer masses for isotopically identified particles

◆ IdentZ()

◆ IdentZA()

◆ init()

◆ Initialize()

◆ MakeSubsetGraph() [1/2]

◆ MakeSubsetGraph() [2/2]

◆ ReCheckQuality()

◆ RemoveLine()

◆ RemoveZLines()

◆ SetManualWidth()

◆ SetVarXVarY()

◆ SetZmax()

Member Data Documentation

◆ Ainf

◆ Ainfi

◆ Aint

◆ Asup

◆ Asups

◆ dinf

◆ dinfi

◆ dsup

◆ dsups

◆ fClosest

◆ fDistanceClosest

◆ fICode

◆ fIdxClosest

◆ fLinf

◆ fLinfi

◆ fLsup

◆ fLsups

◆ fZMax

◆ fZMaxLine

◆ kinf

◆ kinfi

◆ ksup

◆ ksups

◆ winf

◆ winfi

◆ wsup

◆ wsups

◆ Zinf

◆ Zinfi

◆ Zint

◆ Zsup

◆ Zsups