#include <SpecHCumul.hh>

Inheritance diagram for SpecHCumul:

Public Member Functions
	SpecHCumul (const string &spec_name, Spectrum *spec, const u_int ny, double y1, double y2)

	SpecHCumul (const string &spec_name, const TH1 *hptr, const u_int ny, double y1, double y2)

	SpecHCumul (const SpecHCumul &original)

virtual	~SpecHCumul ()

const TH1 *	GetRefHisto () const

u_int	TypeId () const

string	Type () const

virtual string	Definition () const

virtual string	DefinitionString () const

	ClassDef (SpecHCumul, 0)

Public Member Functions inherited from Spec2Dim
	Spec2Dim (const string &spec_name, const u_int nx, const double x1, const double x2, const u_int ny, const double y1, const double y2)

	Spec2Dim (const Spec2Dim &original)

virtual	~Spec2Dim ()

virtual u_int	Dimension () const

virtual u_int	Ydim () const

virtual double	Ymin () const

virtual double	Ymax () const

virtual int	BinY (const Data &d) const

	ClassDef (Spec2Dim, 0)

Public Member Functions inherited from Spec1Dim
	Spec1Dim (const string &spec_name, const u_int nx, const double x1, const double x2)

	Spec1Dim (const Spec1Dim &original)

virtual	~Spec1Dim ()

virtual u_int	Xdim () const

virtual double	Xmin () const

virtual double	Xmax () const

virtual int	BinX (const Data &d) const

	ClassDef (Spec1Dim, 0)

Public Member Functions inherited from Spectrum
	Spectrum (const string &spec_name)

	Spectrum (const Spectrum &original)

virtual	~Spectrum ()

string	GetTitleX () const

string	GetTitleY () const

string	GetTitleZ () const

string	GetFamilyName () const

string	GetFilterName () const

TH1 *	GetHistoPtr () const

virtual bool	Write (ostream &os)

virtual bool	Write (FILE *fptr)

virtual string	BaseDefinitionString () const

virtual void	Start ()

virtual void	Stop ()

virtual void	Suspend ()

virtual bool	IsStarted () const

virtual bool	IsStopped () const

virtual bool	IsSuspended () const

virtual bool	IsIncremented () const

virtual bool	IsUpdated () const

virtual void	SetSelectionBit (const bool b=true)

virtual void	SetSaveSelectionBit (const bool b=true)

virtual void	SetDeleteSelectionBit (const bool b=true)

virtual bool	GetSelectionBit () const

virtual bool	GetSaveSelectionBit () const

virtual bool	GetDeleteSelectionBit () const

virtual void	SetSaveProtection (const bool b=true)

virtual void	SetDeleteProtection (const bool b=true)

virtual bool	GetSaveProtection () const

virtual bool	GetDeleteProtection () const

bool	FilterCheck () const

virtual string	StatusString () const

virtual void	Reset ()

virtual void	ClearEvent ()

virtual void	Increment ()

virtual void	Update ()

virtual SpectrumFamily *	GetFamilyPtr ()

virtual const SpectrumFamily *	GetFamilyPtr () const

virtual bool	SetFamily (SpectrumFamily *family)

virtual void	ResetFamily ()

virtual const Filter *	GetFilterPtr ()

virtual void	SetFilter (const Filter *f)

virtual bool	SetFilters (const string &filt_names, const EventManager *evt_mgr)

virtual void	ResetFilter ()

virtual bool	UsesContour (const RContour *ct, const bool rec=true) const

virtual bool	UsesFilter (const Filter *f, const bool rec=true) const

virtual bool	UsesSpectrum (const Spectrum *sp, const bool rec=true) const

virtual int	Compare (const Spectrum &spec) const

virtual const Param *	GetXParamPtr () const

virtual const Param *	GetYParamPtr () const

virtual const Param *	GetZParamPtr () const

virtual Int_t	GetParamNumber () const

virtual string	FilterInfo () const

virtual void	Rename (const string &name, const string &name_x="", const string &name_y="", const string &name_z="")

	ClassDef (Spectrum, 0)

Static Public Member Functions
static Spectrum *	NewSpectrumDef (const string &name, const string &defstr, const EventManager *evt_mgr, int &error)

Static Public Member Functions inherited from Spectrum
static string	ValidName (const string s_name)

static Spectrum *	ReadSpectrum (FILE fptr, const EventManager evt_mgr, string &fam, string &filt, int &error)

static Spectrum *	NewSpectrum (const string &str, const EventManager *evt_mgr, string &fam, string &filt)

static Spectrum *	NewSpectrum (const string &str, const EventManager *evt_mgr, string &fam, string &filt, int &error)

static bool	Compare (const Spectrum spec1, const Spectrum spec2, const UInt_t flags)

static Int_t	Compare (const Spectrum spec1, const Spectrum spec2)

static bool	Compare (const int sp_num, const Spectrum **sp_tab, const UInt_t flags)

Protected Member Functions
virtual TH1 *	SetHistoCumul (const TH1 *hptr, u_int ny, double y1, double y2)

virtual void	IncrementSpectrum ()

Protected Member Functions inherited from Spec1Dim
string	AxisDefinition (const Param &p, const u_int dim, const double min, const double max) const

string	AxisDefinition (const string &label, const u_int dim, const double min, const double max) const

Protected Member Functions inherited from Spectrum
virtual void	IncrementFast ()

bool	FilterFastCheck () const

bool	FilterFastLocalCheck () const

Protected Attributes
const TH1 *	histo_src
	Pointer to the histogram to cumulate.

Protected Attributes inherited from Spec2Dim
u_int	y_dim
	Nombre de canaux de la dimension Y.

double	y_min
	Valeur minimum de la dimension Y.

double	y_max
	Valeur maximum de la dimension Y.

double	y_bin
	largeur d'un bin sur l'axe Y

Protected Attributes inherited from Spec1Dim
u_int	x_dim
	Nombre de canaux de la dimension X.

double	x_min
	Valeur minimum de la dimension X.

double	x_max
	Valeur maximum de la dimension X.

double	x_bin
	largeur d'un bin sur l'axe X

Protected Attributes inherited from Spectrum
u_int	status
	Mot d'�tat du spectre.

TH1 *	histo_ptr
	Pointeur sur l'histogramme Root.

SpectrumFamily **	family_ptr

const Filter **	filter_ptr
	Pointeur sur filtre associ�

bool *	filter_local
	Indique si le filtre est cr�� localement comme un "ET" d'un ensemble de filtres.

Private Member Functions
	GObject (SpecHCumul)

Additional Inherited Members
Static Protected Attributes inherited from Spectrum
static u_int	name_len = 0
	Longueur d'affichage des noms de spectres.

static u_int	type_len = 0
	Longueur d'affichage des types de spectres.

static u_int	param_name_len = 0
	Longueur d'affichage des noms de param�tres.

static u_int	dim_len = 0
	Longueur d'affichage des dimensions.

static u_int	bound_len = 0
	Longueur d'affichage des limites de spectre.

static u_int	bound_prec = 5
	Pr�cision d'affichage des limites de spectre.

Detailed Description

The class is used to cumulate, event by event, the result of a 1D histogram into a 2D histogram.

Constructor & Destructor Documentation

SpecHCumul::SpecHCumul	(	const string &	spec_name,
		Spectrum *	spec,
		const u_int	ny,
		double	y1,
		double	y2
	)

Constructor

Parameters

spec_name	spectrum name
spec	pointer to the spectrum to be cumulated
ny	number of bins of Y dimension
y1	lower limit of Y axis
y2	upper limit of Y axis

References Spectrum::GetHistoPtr(), histo_src, and SetHistoCumul().

Referenced by NewSpectrumDef().

SpecHCumul::SpecHCumul	(	const string &	spec_name,
		const TH1 *	hptr,
		const u_int	ny,
		double	y1,
		double	y2
	)

Constructor

Parameters

spec_name	spectrum name
hptr	pointer to the histogram to be cumulated
ny	number of bins of Y dimension
y1	lower limit of Y axis
y2	upper limit of Y axis

References histo_src, SetHistoCumul(), and Spectrum::SetSaveProtection().

SpecHCumul::SpecHCumul ( const SpecHCumul & original )

Constructeur de recopie.

Parameters

original instance � recopier

References histo_src.

SpecHCumul::~SpecHCumul ( )

virtual

Destructeur.

References Spectrum::histo_ptr.

Member Function Documentation

SpecHCumul::GObject ( SpecHCumul )

private

Macro from GCpp library that defines the following functions:

ClassName(): return the real class name of the object
StaticClassName(): return the used class name of the object (that may be a base class of the real object).
IsInstanceOf<T>(): return true if the current object is an instance of the template class name argument
Clone(): return an allocated copy of the object.

TH1 * SpecHCumul::SetHistoCumul	(	const TH1 *	hptr,
		u_int	ny,
		double	y1,
		double	y2
	)

protectedvirtual

Set the histogram to be cumulated. Only 1D histograms are accepted The function returns the pointer to the cumul histogram if no error occured (NULL otherwise).

Parameters

hptr	pointer to the 1D histogram to cumulate
ny	number of bins of Y dimension
y1	lower limit of Y axis
y2	upper limit of Y axis

References Spectrum::histo_ptr, histo_src, Spec1Dim::x_bin, Spec1Dim::x_dim, Spec1Dim::x_max, Spec1Dim::x_min, Spec2Dim::y_bin, Spec2Dim::y_dim, Spec2Dim::y_max, and Spec2Dim::y_min.

Referenced by SpecHCumul().

void SpecHCumul::IncrementSpectrum ( )

protectedvirtual

Incr�mentation automatique du spectre � partir du param�tre associ�. Pour un spectre trace, chaque valeur du param�tre tableau est rang�e dans un bin de l'histogramme (celui-ci est effac� avant).

Reimplemented from Spectrum.

References Spectrum::histo_ptr, histo_src, and Spec1Dim::x_dim.

const TH1 * SpecHCumul::GetRefHisto ( ) const

inline

Returns the pointer to the reference histogram for the spectrum.

References histo_src.

Referenced by GEVSpectrumEditor::Copy().

u_int SpecHCumul::TypeId ( ) const

inlinevirtual

Retourne l'identificateur du type de spectre.

Implements Spectrum.

string SpecHCumul::Type ( ) const

inlinevirtual

Retourne le nom du type de spectre.

Implements Spectrum.

References SPECTRUM_TYPE_TXT_HCUMUL.

Referenced by Definition().

string SpecHCumul::Definition ( ) const

virtual

M�thode qui retourne une cha�ne d�crivant le spectre: type, param�tre, dimension, etc...

Implements Spectrum.

References Spectrum::bound_len, Spectrum::bound_prec, Spectrum::dim_len, Spec2Dim::Dimension(), Spectrum::FilterInfo(), histo_src, Spectrum::name_len, Type(), Spectrum::type_len, Spec2Dim::y_dim, Spec2Dim::y_max, and Spec2Dim::y_min.

string SpecHCumul::DefinitionString ( ) const

virtual

Fonction qui retourne la cha�ne de d�finition d'un spectre au format d'�criture dans un fichier.

Implements Spectrum.

References Spectrum::BaseDefinitionString(), histo_src, Spec2Dim::Ydim(), Spec2Dim::Ymax(), and Spec2Dim::Ymin().

Spectrum * SpecHCumul::NewSpectrumDef	(	const string &	sp_name,
		const string &	def_str,
		const EventManager *	evt_mgr,
		int &	error
	)

static

Lecture de la d�finition sp�cifique d'un spectre dans une cha�ne de caract�res, pour allocation d'un nouveau spectre de ce type. La fonction retourne le pointeur sur le spectre allou�, et NULL en cas d'erreur (auquel cas la variable error prend une valeur n�gative en retour).

Parameters

sp_name	nom du spectre
def_str	cha�ne de d�finition (fichier spectre)
evt_mgr	pointeur sur le gestionnaire d'�v�nements
error	erreur en sortie

References EventManager::GetSpectrumPtr(), and SpecHCumul().

Referenced by Spectrum::NewSpectrum().

SpecHCumul::ClassDef	(	SpecHCumul	,
		0
	)

D�finition � usage de ROOT...

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

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation