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SctData::StrobeDelayTestResult Class Reference

A derived class of TestResult, containing the results data for a Strobe Delay Test. More...

#include <StrobeDelayTestResult.h>

Inheritance diagram for SctData::StrobeDelayTestResult:

Public Member Functions
	StrobeDelayTestResult () throw ()
	~StrobeDelayTestResult () throw ()
	StrobeDelayTestResult (const unsigned int runNumber, const string &moduleName) throw ()
	Constructor.
virtual string	getClassName () const throw ()
	Get the class name for this object.
virtual void	addScan (unsigned int scanNumber, double testPoint=0) throw (LogicError)
	Override addScan to ensure there is only 1 scanNumber.
void	setFraction (const double f=0.25) throw ()
	set the position parameter for the optimum efficiency.
double	getFraction () const throw ()
	get the position parameter for the optimum efficiency.
unsigned int	getNOptima () const throw ()
	get the number of optmimised chip delays (usually 0 or 12).
void	setNOptima (unsigned int n) throw ()
double	getOptimum (unsigned i) const throw (Sct::LogicError)
	get the value of one of the chip delays (chip `i').
void	setOptimum (unsigned int chip, double optimum) throw (Sct::LogicError)
	set the optimum of one chip to a particular value
Private Attributes
double	m_fraction
	the fraction of the distance from rise to fall for optimum efficiency.
vector< double >	m_optima
	the optimum value of the delay.

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Detailed Description

A derived class of TestResult, containing the results data for a Strobe Delay Test.

Such a test requires only a single scan.

The result of the analysis is an optimum delay value for each of the 12 chips.

Author:

Alan Barr

Definition at line 20 of file StrobeDelayTestResult.h.

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Constructor & Destructor Documentation

SctData::StrobeDelayTestResult::StrobeDelayTestResult (    )  throw ()

Definition at line 20 of file StrobeDelayTestResult.cpp.

SctData::StrobeDelayTestResult::~StrobeDelayTestResult (    )  throw () [inline]

Definition at line 24 of file StrobeDelayTestResult.h.

SctData::StrobeDelayTestResult::StrobeDelayTestResult (  const unsigned int    runNumber, const string &    moduleName )  throw ()

Constructor. Definition at line 24 of file StrobeDelayTestResult.cpp.

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Member Function Documentation

void SctData::StrobeDelayTestResult::addScan (  unsigned int    scanNumber, double    testPoint = 0 )  throw (LogicError) [virtual]

Override addScan to ensure there is only 1 scanNumber. Reimplemented from SctData::TestResult. Definition at line 34 of file StrobeDelayTestResult.cpp.

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

Get the class name for this object. This is used to identify the precise type. Todo: We could use typeid instead here, but that would probably mean removing the namespace stuff. Returns: the class name Implements Sct::Streamable. Definition at line 30 of file StrobeDelayTestResult.cpp.

double SctData::StrobeDelayTestResult::getFraction (    )  const throw () [inline]

get the position parameter for the optimum efficiency. Definition at line 47 of file StrobeDelayTestResult.h. References m_fraction. Referenced by SctData::IO::StrobeDelayTestResultStreamer::write().

unsigned int SctData::StrobeDelayTestResult::getNOptima (    )  const throw () [inline]

get the number of optmimised chip delays (usually 0 or 12). Definition at line 50 of file StrobeDelayTestResult.h. References m_optima. Referenced by SctData::IO::StrobeDelayTestResultStreamer::write().

double SctData::StrobeDelayTestResult::getOptimum (  unsigned    i )  const throw (Sct::LogicError)

get the value of one of the chip delays (chip `i'). Definition at line 39 of file StrobeDelayTestResult.cpp. References Sct::nChipModule. Referenced by SctCalibrationController::StrobeDelayConfigUpdater::update(), SctData::IO::StrobeDelayTestResultStreamer::write(), and SctData::TestSummary::StrobeDelaySummaryWriter::write().

void SctData::StrobeDelayTestResult::setFraction (  const double    f = 0.25 )  throw () [inline]

set the position parameter for the optimum efficiency. Definition at line 42 of file StrobeDelayTestResult.h. References m_fraction. Referenced by SctData::IO::StrobeDelayTestResultStreamer::read().

void SctData::StrobeDelayTestResult::setNOptima (  unsigned int    n )  throw () [inline]

Definition at line 52 of file StrobeDelayTestResult.h. References m_optima. Referenced by SctData::IO::StrobeDelayTestResultStreamer::read().

void SctData::StrobeDelayTestResult::setOptimum (  unsigned int    chip, double    optimum )  throw (Sct::LogicError)

set the optimum of one chip to a particular value Parameters: chip  in range 0->11 optimum the value of the optimum to set Definition at line 45 of file StrobeDelayTestResult.cpp. References Sct::nChipModule. Referenced by SctData::IO::StrobeDelayTestResultStreamer::read().

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Field Documentation

double SctData::StrobeDelayTestResult::m_fraction [private]

the fraction of the distance from rise to fall for optimum efficiency. Definition at line 65 of file StrobeDelayTestResult.h. Referenced by getFraction(), and setFraction().

vector<double> SctData::StrobeDelayTestResult::m_optima [private]

the optimum value of the delay. Definition at line 66 of file StrobeDelayTestResult.h. Referenced by getNOptima(), and setNOptima().

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

• StrobeDelayTestResult.h
• StrobeDelayTestResult.cpp

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