SctData::NPtGainTestResult Class Reference

This class represents the result of doing either a 3 pt Gain Test or a Response Curve Test. More...

#include <NPtGainTestResult.h>

Inheritance diagram for SctData::NPtGainTestResult:

[legend]Collaboration diagram for SctData::NPtGainTestResult:

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Public Member Functions
	NPtGainTestResult () throw ()
	~NPtGainTestResult () throw ()
	NPtGainTestResult (unsigned int runNumber, const string &moduleName, const CalChargeVariable &testVariable, const ThresholdVariable &scanVariable) throw ()
	Contructor.
virtual string	getClassName () const throw ()
	Get the class name for this object.
const ResponseCurve &	getResponseCurve () const throw ()
void	setChannelDataSize (unsigned int i) throw ()
void	setChipDataSize (unsigned int i) throw ()
const NPtGainTestResultData &	getChipData (unsigned int chip) const throw (LogicError)
	Get the N Pt Gain data for a channel.
NPtGainTestResultData &	getChipData (unsigned int chip) throw (LogicError)
const NPtGainTestResultData &	getChannelData (unsigned int channel) const throw (LogicError)
	Get the N Pt Gain data for a channel.
NPtGainTestResultData &	getChannelData (unsigned int channel) throw (LogicError)
unsigned int	getNChipData () const throw ()
	get the number of chip fits, 0 or 12;
unsigned int	getNChannelData () const throw ()
	get the number of channel fits, 0 or 1535;
double	getSpecialScanPointValue () const throw (LogicError)
unsigned int	getSpecialScanIndex () const throw ()
void	setSpecialScanPointValue (double pointValue) throw (LogicError)
	Set the value of the special point.
shared_ptr< TGraph >	getOffsetGraph () const
	Access all offset data in convenient graph format.
shared_ptr< TGraph >	getNoiseGraph () const
	Access all noise data in convenient graph format.
shared_ptr< TGraph >	getGainGraph () const
	Access all gain data in convenient graph format.
Data Fields
RangedVector< float >	noiseSlope
	Noise slopes of the chips.
RangedVector< float >	offsetSlope
	Offset slopes of the chip data.
RangedVector< float >	gainSlope
	Gain slopes of the chip data.
Private Attributes
unsigned int	specialScanIndex
	The index of the special scan!
RangedVector< NPtGainTestResultData >	chipData
	The chip fits.
RangedVector< NPtGainTestResultData >	channelData
	The channel fits.

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Detailed Description

This class represents the result of doing either a 3 pt Gain Test or a Response Curve Test.

The difference is of course, N.

Author:

Matthew Palmer

Definition at line 46 of file NPtGainTestResult.h.

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Constructor & Destructor Documentation

SctData::NPtGainTestResult::NPtGainTestResult (  unsigned int  runNumber, const string &  moduleName, const CalChargeVariable &  testVariable, const ThresholdVariable &  scanVariable )  throw ()

Contructor. Pass on all the necessary stuff to TestResult. NB the NPtGainTestResult owns the response curve. Definition at line 31 of file NPtGainTestResult.cpp. References Sct::nChannelModule, and Sct::nChipModule.

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Member Function Documentation

const NPtGainTestResultData & SctData::NPtGainTestResult::getChannelData (  unsigned int  channel  )  const throw (LogicError) [inline]

Get the N Pt Gain data for a channel. Parameters: chip  The channel number [0,1535] Returns: The data. Exceptions: LogicError  if out of range Definition at line 149 of file NPtGainTestResult.h. Referenced by getGainGraph(), getNoiseGraph(), getOffsetGraph(), and SctData::ISTestSummary::ISNPtGainSummaryWriter::write().

const NPtGainTestResultData & SctData::NPtGainTestResult::getChipData (  unsigned int  chip  )  const throw (LogicError) [inline]

Get the N Pt Gain data for a channel. Parameters: chip  The channel number [0,11] Returns: The data. Exceptions: LogicError  if out of range Definition at line 141 of file NPtGainTestResult.h. Referenced by NPtGainCompare::compareChip(), SctData::IO::NPtGainTestResultStreamer_v2::read(), SctData::IO::NPtGainTestResultStreamer_v1::read(), SctCalibrationController::NPtGainConfigUpdater::update(), SctData::IO::NPtGainTestResultStreamer_v2::write(), and SctData::IO::NPtGainTestResultStreamer_v1::write().

string SctData::NPtGainTestResult::getClassName (   )  const throw () [virtual]

Get the class name for this object. This is used to identify the precise type. Returns: the class name Note: Nothrow Implements Sct::Streamable. Definition at line 75 of file NPtGainTestResult.cpp.

shared_ptr< TGraph > SctData::NPtGainTestResult::getGainGraph (   )  const

Access all gain data in convenient graph format. Definition at line 57 of file NPtGainTestResult.cpp. References getChannelData(), and Sct::nChannelModule. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes(). Here is the call graph for this function:

unsigned int SctData::NPtGainTestResult::getNChannelData (   )  const throw () [inline]

get the number of channel fits, 0 or 1535; Definition at line 94 of file NPtGainTestResult.h. References channelData.

unsigned int SctData::NPtGainTestResult::getNChipData (   )  const throw () [inline]

get the number of chip fits, 0 or 12; Definition at line 89 of file NPtGainTestResult.h. References chipData. Referenced by SctData::IO::NPtGainTestResultStreamer_v2::write(), and SctData::IO::NPtGainTestResultStreamer_v1::write().

shared_ptr< TGraph > SctData::NPtGainTestResult::getNoiseGraph (   )  const

Access all noise data in convenient graph format. Definition at line 48 of file NPtGainTestResult.cpp. References getChannelData(), and Sct::nChannelModule. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes(). Here is the call graph for this function:

shared_ptr< TGraph > SctData::NPtGainTestResult::getOffsetGraph (   )  const

Access all offset data in convenient graph format. Definition at line 66 of file NPtGainTestResult.cpp. References getChannelData(), and Sct::nChannelModule. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes(). Here is the call graph for this function:

const ResponseCurve& SctData::NPtGainTestResult::getResponseCurve (   )  const throw ()

Returns: the Response Curve

double SctData::NPtGainTestResult::getSpecialScanPointValue (   )  const throw (LogicError) [inline]

Returns: the special point Exceptions: LogicError  if the special point hasn't been initialized. Definition at line 102 of file NPtGainTestResult.h. References SctData::TestResult::getTestPointAt(), and specialScanIndex. Here is the call graph for this function:

void SctData::NPtGainTestResult::setSpecialScanPointValue (  double  pointValue  )  throw (LogicError)

Set the value of the special point. Parameters: pointValue  the value of the testVariable for the special scan Exceptions: LogicError  if no scan with such a value exists. Definition at line 79 of file NPtGainTestResult.cpp.

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Field Documentation

RangedVector<NPtGainTestResultData> SctData::NPtGainTestResult::channelData [private]

The channel fits. Definition at line 137 of file NPtGainTestResult.h. Referenced by getNChannelData(), and NPtGainTestResult().

RangedVector<NPtGainTestResultData> SctData::NPtGainTestResult::chipData [private]

The chip fits. Definition at line 136 of file NPtGainTestResult.h. Referenced by getNChipData(), and NPtGainTestResult().

RangedVector<float> SctData::NPtGainTestResult::gainSlope

Gain slopes of the chip data. Definition at line 132 of file NPtGainTestResult.h. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes().

RangedVector<float> SctData::NPtGainTestResult::noiseSlope

Noise slopes of the chips. Definition at line 130 of file NPtGainTestResult.h. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes().

RangedVector<float> SctData::NPtGainTestResult::offsetSlope

Offset slopes of the chip data. Definition at line 131 of file NPtGainTestResult.h. Referenced by SctAnalysis::NPtGainAlgorithm::doSlopes().

unsigned int SctData::NPtGainTestResult::specialScanIndex [private]

The index of the special scan! Definition at line 135 of file NPtGainTestResult.h. Referenced by getSpecialScanIndex(), and getSpecialScanPointValue().

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

• NPtGainTestResult.h
• NPtGainTestResult.cpp

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