LinearCalib Class Reference

#include <CalibrationClasses.h>

Inheritance diagram for LinearCalib:

Collaboration diagram for LinearCalib:

Public Member Functions
	LinearCalib ()
virtual double	applyCalib (double a_value) const
	returns a_value*m_scalar+m_offset More...
double	invertCalib (double a_value) const
void	setCalibration (double a_scalar, double a_offset)
void	setScalar (double a_scalar)
void	setOffset (double a_offset)
virtual std::ostream &	print (std::ostream &a_stream=std::cout) const
	prints nothing by default More...
virtual LinearCalib *	clone ()
Public Member Functions inherited from DetectorCalib
	DetectorCalib ()
CalibType	getCalibType ()
void	setTime (uint32_t a_t)
	sets the experiment time during the processing in time since epoch More...
void	setTDiv (int a_timeDiv)
	sets the divisor for which to consider the given time More...
virtual	~DetectorCalib ()

Protected Attributes
double	m_scalar
	scalar for the calibration More...
double	m_offset
	offset for the calibration More...
Protected Attributes inherited from DetectorCalib
CalibType	m_type
uint32_t	m_t
int	m_tDiv

Detailed Description

class used to apply a LinearCalibration to a measurement value inherits from above abc to provide common interface

Constructor & Destructor Documentation

LinearCalib()

LinearCalib::LinearCalib

(

)

default constuctor puts the class into a functional state with a scalar value of one and an offset value of zero (does nothing to the original value)

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Member Function Documentation

applyCalib()

double LinearCalib::applyCalib ( double  a_value ) const

inlinevirtual

returns a_value*m_scalar+m_offset

Implements DetectorCalib.

Reimplemented in TDepLinearCalib.

clone()

LinearCalib * LinearCalib::clone ( )

virtual

this is required to implement deep copies of derived classes and needs to be implemented for any inheriting class

Implements DetectorCalib.

Reimplemented in TDepLinearCalib.

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invertCalib()

double LinearCalib::invertCalib ( double  a_value ) const

inlinevirtual

allows for the inverse mapping of a given calibration if needed for applying cuts. implementation isn't enforced by default so the base class implimentation will return -10000;

Reimplemented from DetectorCalib.

print()

std::ostream & LinearCalib::print ( std::ostream &  a_stream = std::cout ) const

virtual

prints nothing by default

Reimplemented from DetectorCalib.

Reimplemented in TDepLinearCalib.

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setCalibration()

void LinearCalib::setCalibration	(	double	a_scalar,
		double	a_offset
	)

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setOffset()

void LinearCalib::setOffset

(

double

a_offset

)

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setScalar()

void LinearCalib::setScalar

(

double

a_scalar

)

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Member Data Documentation

m_offset

double LinearCalib::m_offset

protected

offset for the calibration

m_scalar

double LinearCalib::m_scalar

protected

scalar for the calibration

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

• BasicSupport/include/CalibrationClasses.h
• BasicSupport/src/CalibrationClasses.cpp