#include <GETCalibProcess.hh>

Inheritance diagram for GETCalibProcess:

Public Member Functions
Constructors, affectation, destructor
	GETCalibProcess (GETObject &obj, double a0=0., double a1=1.)

	GETCalibProcess (u_int n=0, double dt=0.01, double a0=0., double a1=1.)

	GETCalibProcess (const GETCalibProcess &proc)

virtual	~GETCalibProcess ()

Process parameters
u_short	GetDegree () const

virtual void	SetDegree (u_short d)

double	GetCoefficient (u_short i) const

void	SetCoefficient (u_short i, double c)

Signal processing
virtual GETSample *	ProcessSample (GETSample &sample, GETSample &result, GETChannel &channel)

ROOT related functions
	ClassDef (GETCalibProcess, 0)

Public Member Functions inherited from GETSignalModifier
	GETSignalModifier (GETObject &obj)

	GETSignalModifier (u_int n=0, double dt=0.01)

	GETSignalModifier (const GETSignalModifier &proc)

virtual	~GETSignalModifier ()

virtual GETSample *	ProcessSample (GETChannel &channel, u_short info)

	ClassDef (GETSignalModifier, 0)

Public Member Functions inherited from GETProcess
	GETProcess (GETObject &obj)

	GETProcess (u_int n=0, double dt=0.01)

	GETProcess (const GETProcess &proc)

virtual	~GETProcess ()

virtual void	SetOptions (u_int opts)

virtual void	SetOption (u_int flags, bool b=true)

virtual u_int	GetOptions ()

virtual bool	GetOption (u_int flags)

virtual void	Init (u_int n, double dt)

u_int	GetDimension () const

double	GetSamplingTime () const

GETSample *	GetResultSamplePtr ()

const GETSample *	GetResultSamplePtr () const

GETSample &	GetResultSample ()

const GETSample &	GetResultSample () const

	ClassDef (GETProcess, 0)

Protected Attributes
double *	coef
	Calibration coefficients array.

u_short	degree
	Polynomial degree of the calibration.

Protected Attributes inherited from GETProcess
u_int	options
	Option flags.

GETSample	result_sample
	Internal processing result sample (processing result)

Private Member Functions
	GObject (GETCalibProcess)

Detailed Description

This class defines a (linear) calibration process.

Constructor & Destructor Documentation

GETCalibProcess::GETCalibProcess	(	GETObject &	obj,
		double	a0 = `0.`,
		double	a1 = `1.`
	)

Constructor. The dimension of the first channel of the object is used for the process definition. The baseline sample is initialized to 0.

Parameters

obj	a core object of the GET system
a0	degree 0 coefficient (offset)
a1	degree 1 coefficient (linear term)

References coef, and SetDegree().

GETCalibProcess::GETCalibProcess	(	u_int	n = `0`,
		double	dt = `0.01`,
		double	a0 = `0.`,
		double	a1 = `1.`
	)

Constructor. The baseline sample is initialized to 0.

Parameters

n	sampling size of the channels
dt	sampling period (us)
a0	degree 0 coefficient (offset)
a1	degree 1 coefficient (linear term)

References coef, and SetDegree().

GETCalibProcess::GETCalibProcess ( const GETCalibProcess & proc )

Copy constructor.

Parameters

proc	object to copy

References coef, degree, GetDegree(), and SetDegree().

GETCalibProcess::~GETCalibProcess ( )

virtual

Destructor.

Member Function Documentation

GETCalibProcess::ClassDef	(	GETCalibProcess	,
		0
	)

for use within ROOT.

double GETCalibProcess::GetCoefficient ( u_short i ) const

inline

Return a calibration coefficient.

Parameters

i	degree of the coefficient

References coef, and degree.

u_short GETCalibProcess::GetDegree ( ) const

inline

Return the polynomial degree of the calibration.

References degree.

Referenced by GETCalibProcess().

GETCalibProcess::GObject ( GETCalibProcess )

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.

GETSample * GETCalibProcess::ProcessSample	(	GETSample &	sample,
		GETSample &	result,
		GETChannel &	channel
	)

virtual

This function process the input sample channel and stores the result in the result sample.

The function returns the (argument) result sample sample pointer. In case of error, the result is a NULL pointer.

Note

The sample to be processed and the result sample can be the same object, in which case the initial sample is replaced by the processing result.
The initial and result samples may be the same object, in which case the sample is replaced by the result.

Parameters

sample	input sample to be processed
result	sample where result should be stored
channel	GET system channel (no use in this class)

Implements GETSignalModifier.

References coef, and GETRandom.

void GETCalibProcess::SetCoefficient	(	u_short	i,
		double	c
	)

inline

Set a calibration coefficient.

Parameters

i	degree of the coefficient
c	value of the coefficient

References coef, and degree.

Referenced by GETSystem::SetCalibProcess().

void GETCalibProcess::SetDegree ( u_short d )

virtual

Set the polynomial degree of the calibration. The array of coefficients is allocated.

Parameters

d	polynomial degree

References coef, and degree.

Referenced by GETCalibProcess(), and GETSystem::SetCalibProcess().

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

Public Member Functions

Protected Attributes

Private Member Functions

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation