SctData::SingleVariableTestResult Class Reference

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

#include <SingleVariableTestResult.h>

Inheritance diagram for SctData::SingleVariableTestResult:

[legend]Collaboration diagram for SctData::SingleVariableTestResult:

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Public Member Functions
	SingleVariableTestResult () throw ()
	~SingleVariableTestResult () throw ()
	SingleVariableTestResult (const ConfigurationVariable &scanVariable, const unsigned int runNumber, const string &moduleName) throw ()
	Constructor.
virtual string	getClassName () const =0 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.
virtual unsigned int	getNOptima () const throw ()
	get the number of optmimised chip delays (usually 0 or 12).
virtual void	setNOptima (unsigned int n) throw ()
virtual void	setOptimum (unsigned i, double value) throw (Sct::LogicError)
	set the optimum for chip i to value
virtual double	getOptimum (unsigned i) const throw (Sct::LogicError)
	get the value of one of the chip delays (chip `i').
Private Attributes
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 18 of file SingleVariableTestResult.h.

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Constructor & Destructor Documentation

SctData::SingleVariableTestResult::SingleVariableTestResult (  const ConfigurationVariable &  scanVariable, const unsigned int  runNumber, const string &  moduleName )  throw ()

Constructor. Definition at line 14 of file SingleVariableTestResult.cpp.

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Member Function Documentation

void SctData::SingleVariableTestResult::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 18 of file SingleVariableTestResult.cpp. References SctData::TestResult::addScan(). Here is the call graph for this function:

virtual string SctData::SingleVariableTestResult::getClassName (   )  const throw () [pure 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. Implemented in SctData::RxDelayTestResult, SctData::RxThresholdTestResult, and SctData::StrobeDelayTestResult.

virtual unsigned int SctData::SingleVariableTestResult::getNOptima (   )  const throw () [inline, virtual]

get the number of optmimised chip delays (usually 0 or 12). Definition at line 38 of file SingleVariableTestResult.h. References m_optima. Referenced by SctCalibrationController::StrobeDelayConfigUpdater::update(), SctData::IO::StrobeDelayTestResultStreamer_v1::write(), SctData::IO::SingleVariableTestResultStreamer_v2::write(), and SctData::IO::SingleVariableTestResultStreamer_v1::write().

double SctData::SingleVariableTestResult::getOptimum (  unsigned  i  )  const throw (Sct::LogicError) [virtual]

get the value of one of the chip delays (chip `i'). Definition at line 23 of file SingleVariableTestResult.cpp. References Sct::nChipModule. Referenced by StrobeDelayCompare::compare(), SctCalibrationController::RxThresholdConfigUpdater::update(), SctCalibrationController::RxDelayConfigUpdater::update(), SctData::IO::StrobeDelayTestResultStreamer_v1::write(), SctData::IO::SingleVariableTestResultStreamer_v2::write(), SctData::IO::SingleVariableTestResultStreamer_v1::write(), SctData::TestSummary::RxThresholdSummaryWriter::write(), and SctData::TestSummary::RxDelaySummaryWriter::write().

virtual void SctData::SingleVariableTestResult::setOptimum (  unsigned  i, double  value )  throw (Sct::LogicError) [virtual]

set the optimum for chip i to value Referenced by SctAnalysis::StrobeDelayAlgorithm::analyze(), SctData::IO::StrobeDelayTestResultStreamer_v1::read(), SctData::IO::SingleVariableTestResultStreamer_v2::read(), and SctData::IO::SingleVariableTestResultStreamer_v1::read().

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Field Documentation

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

the optimum value of the delay. Definition at line 46 of file SingleVariableTestResult.h. Referenced by getNOptima(), and setNOptima().

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

• SingleVariableTestResult.h
• SingleVariableTestResult.cpp

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