SctData::ResponseCurve Class Reference

This interface represents the user selectable mode for fitting an N Pt Gain curve. More...

#include <ResponseCurve.h>

Inheritance diagram for SctData::ResponseCurve:

[legend]Collaboration diagram for SctData::ResponseCurve:

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Public Member Functions
shared_ptr< TF1 >	getFunction () const throw ()
	Get a TF1 that is the fit function.
virtual shared_ptr< TF1 >	getInverseFunction () const =0 throw (LogicError)
	Get a TF1 that represents the inverse function.
const int	getIndex () const throw ()
	return the integer index representation of the sub-class.
virtual double	getGain (const double charge) const =0 throw ()
	Given a TF1 and a charge point, return the gain.
virtual auto_ptr< ResponseCurve >	create () const =0 throw ()
	Method used by IO refresh to create from a general mode a mode of the appropriate type.
virtual	~ResponseCurve () throw ()
	destructor
ResponseCurve &	operator= (const ResponseCurve &) throw ()
	make deep copies:
bool	operator== (const ResponseCurve &) const throw ()
	make deep comparison:
virtual string	getClassName () const throw ()
	over-ride streamable here once and for all
virtual string	getCurveName () const throw ()
	idendifier so that IO can find the right curve
Protected Member Functions
	ResponseCurve (auto_ptr< TF1 >) throw (LogicError)
	sub-classes make themselves with a pointer to their TF1.
Protected Attributes
shared_ptr< TF1 >	ptr_inverse
Private Attributes
shared_ptr< TF1 >	ptr_function

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Detailed Description

This interface represents the user selectable mode for fitting an N Pt Gain curve.

Definition at line 24 of file SCTData/src/ResponseCurve.h.

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Constructor & Destructor Documentation

SctData::ResponseCurve::~ResponseCurve (   )  throw () [virtual]

destructor Definition at line 26 of file SCTData/src/ResponseCurve.cpp. References ptr_function, and ptr_inverse.

SctData::ResponseCurve::ResponseCurve (  auto_ptr< TF1 >   )  throw (LogicError) [protected]

sub-classes make themselves with a pointer to their TF1. Definition at line 34 of file SCTData/src/ResponseCurve.cpp.

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Member Function Documentation

virtual auto_ptr<ResponseCurve> SctData::ResponseCurve::create (   )  const throw () [pure virtual]

Method used by IO refresh to create from a general mode a mode of the appropriate type. Returns: a new object of the derived class type. Implemented in SctData::LinearResponseCurve, SctData::ExponentialResponseCurve, SctData::GrilloResponseCurve, and SctData::QuadraticResponseCurve.

virtual string SctData::ResponseCurve::getClassName (   )  const throw () [inline, virtual]

over-ride streamable here once and for all Implements Sct::Streamable. Definition at line 56 of file SCTData/src/ResponseCurve.h.

virtual string SctData::ResponseCurve::getCurveName (   )  const throw () [inline, virtual]

idendifier so that IO can find the right curve Reimplemented in SctData::LinearResponseCurve, SctData::ExponentialResponseCurve, SctData::GrilloResponseCurve, and SctData::QuadraticResponseCurve. Definition at line 58 of file SCTData/src/ResponseCurve.h. Referenced by SctData::IO::ResponseCurveStreamer_v1::write().

shared_ptr< TF1 > SctData::ResponseCurve::getFunction (   )  const throw () [inline]

Get a TF1 that is the fit function. (i.e. threshold as a function of charge) Exceptions: LogicError  if TF1 can't be make. Definition at line 175 of file SCTData/src/ResponseCurve.h. References ptr_function. Referenced by SctData::ExponentialResponseCurve::ExponentialResponseCurve(), SctData::GrilloResponseCurve::GrilloResponseCurve(), operator=(), SctData::QuadraticResponseCurve::QuadraticResponseCurve(), and SctData::IO::ResponseCurveStreamer_v1::write().

virtual double SctData::ResponseCurve::getGain (  const double  charge  )  const throw () [pure virtual]

Given a TF1 and a charge point, return the gain. Parameters: charge  The charge for which the gain is wanted. Returns: The gain. Implemented in SctData::LinearResponseCurve, SctData::ExponentialResponseCurve, SctData::GrilloResponseCurve, and SctData::QuadraticResponseCurve.

const int SctData::ResponseCurve::getIndex (   )  const throw () [inline]

return the integer index representation of the sub-class. Definition at line 179 of file SCTData/src/ResponseCurve.h. References SctData::ResponseCurveMap::getIndex(), and SctData::ResponseCurveMap::getMap(). Here is the call graph for this function:

virtual shared_ptr<TF1> SctData::ResponseCurve::getInverseFunction (   )  const throw (LogicError) [pure virtual]

Get a TF1 that represents the inverse function. (i.e. charge as a function of threshold) Exceptions: LogicError  if TF1 can't be made; Implemented in SctData::LinearResponseCurve, SctData::ExponentialResponseCurve, SctData::GrilloResponseCurve, and SctData::QuadraticResponseCurve.

ResponseCurve & SctData::ResponseCurve::operator= (  const ResponseCurve &   )  throw ()

make deep copies: Definition at line 10 of file SCTData/src/ResponseCurve.cpp. References getFunction(). Here is the call graph for this function:

bool SctData::ResponseCurve::operator== (  const ResponseCurve &   )  const throw ()

make deep comparison: Definition at line 16 of file SCTData/src/ResponseCurve.cpp.

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

• SCTData/src/ResponseCurve.h
• SCTData/src/ResponseCurve.cpp

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