SctAnalysis::TrimRangeAlgorithm Class Reference

Algorithm considers many trim range scans, possibly over many different ranges, makes fits to graphs, and works out the best trim range to use. More...

#include <TrimRangeAlgorithm.h>

Inheritance diagram for SctAnalysis::TrimRangeAlgorithm:

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Public Member Functions
virtual bool	canAnalyze () const
	Should check to see if the analysis can be performed.
virtual void	analyze ()
	Does the analysis.
virtual void	loadData ()
	Called to indicate the algorithm should try and load as much data as it can - perhaps by calling loadAllFits or loadAllRaws().
virtual shared_ptr< SctData::TestResult >	createTestResult () const
	Called if the TestResult needs to be created.
virtual	~TrimRangeAlgorithm () throw ()
	destructor
	TrimRangeAlgorithm (const TestData &testData, const string &moduleName, const AnalysisAlgorithm &alg) throw ()
	constructor
virtual boost::shared_ptr< AnalysisAlgorithm >	clone (const TestData &testData, const string &moduleName) const throw ()
	over-ride
vector< TrimRange >	createRanges (const SctData::TestResult &r) throw ()
	find which trim ranges and points are represented in the data
bool	allowTrimRangeVariation () const throw ()
	allow trim range variation between chips?
bool	allowTrimTargetVariation () const throw ()
	allow trim target variation between chips?
Static Public Member Functions
void	doTrimDataFit (SctData::TrimRangeTestResult::ChipTrimData &chipData) throw ()
	Fit the graph of data points with a linear fit.
unsigned	nTargets () throw ()
	Number of trim targets to consider.
float	firstTarget () throw ()
	First trim target to consider.
float	targetStep () throw ()
	Step between trim targets to consider.
Static Private Member Functions
shared_ptr< const SctData::TrimRangeTestResult::ChipTrim >	getChipTrim (const SctData::TrimRangeTestResult::ChipTrimData &data, const float target, short unsigned irange) throw ()
Static Private Attributes
bool	inMap
	static var to force addition to map
bool	s_targetVariation
bool	s_rangeVariation

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Detailed Description

Algorithm considers many trim range scans, possibly over many different ranges, makes fits to graphs, and works out the best trim range to use.

Input: TrimRangeTest Output: TrimRangeTestResult

Definition at line 16 of file TrimRangeAlgorithm.h.

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Constructor & Destructor Documentation

virtual SctAnalysis::TrimRangeAlgorithm::~TrimRangeAlgorithm (   )  throw () [inline, virtual]

destructor Definition at line 27 of file TrimRangeAlgorithm.h.

SctAnalysis::TrimRangeAlgorithm::TrimRangeAlgorithm (  const TestData &  testData, const string &  moduleName, const AnalysisAlgorithm &  alg )  throw () [inline]

constructor Definition at line 31 of file TrimRangeAlgorithm.h.

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Member Function Documentation

bool SctAnalysis::TrimRangeAlgorithm::allowTrimRangeVariation (   )  const throw () [inline]

allow trim range variation between chips? Definition at line 52 of file TrimRangeAlgorithm.h. Referenced by analyze().

bool SctAnalysis::TrimRangeAlgorithm::allowTrimTargetVariation (   )  const throw () [inline]

allow trim target variation between chips? Definition at line 54 of file TrimRangeAlgorithm.h. Referenced by analyze().

void SctAnalysis::TrimRangeAlgorithm::analyze (   )  [virtual]

Does the analysis. Should only be called after canAnalyze() returns true. Should not be called is isDone() returns true. It should also do any final initialization of the TestResult which requires data to be present Exceptions: any  Exception Implements SctAnalysis::AnalysisAlgorithm. Definition at line 48 of file TrimRangeAlgorithm.cpp. References allowTrimRangeVariation(), allowTrimTargetVariation(), createRanges(), SctData::DefectList::defectSeverityEncompassingElement(), doTrimDataFit(), firstTarget(), SctData::Stats< T >::getAt(), SctData::ModuleConfiguration::getChipConfiguration(), SctAnalysis::AnalysisAlgorithm::getFit(), SctAnalysis::AnalysisAlgorithm::getTestResult(), SctData::ChipConfiguration::isMasked(), SctData::Stats< T >::mean(), nTargets(), SctAnalysis::TrimRangeAlgorithm::TrimRange::points, SctData::SERIOUS, targetStep(), SctData::UNUSEABLE, SctData::Stat< T >::valid, SctData::Stat< T >::value, and SctData::Stats< T >::var().

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bool SctAnalysis::TrimRangeAlgorithm::canAnalyze (   )  const [virtual]

Should check to see if the analysis can be performed. Probably wants to call hasAllRaws() or hasAllFits(). Exceptions: no  exceotions. Implements SctAnalysis::AnalysisAlgorithm. Definition at line 40 of file TrimRangeAlgorithm.cpp. References SctAnalysis::AnalysisAlgorithm::hasAllFits().

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shared_ptr< AnalysisAlgorithm > SctAnalysis::TrimRangeAlgorithm::clone (  const TestData &  testData, const string &  moduleName )  const throw () [virtual]

over-ride Implements SctAnalysis::AnalysisAlgorithm. Definition at line 29 of file TrimRangeAlgorithm.cpp.

std::vector< TrimRangeAlgorithm::TrimRange > SctAnalysis::TrimRangeAlgorithm::createRanges (  const SctData::TestResult &  r  )  throw ()

find which trim ranges and points are represented in the data Definition at line 433 of file TrimRangeAlgorithm.cpp. Referenced by analyze().

shared_ptr< TestResult > SctAnalysis::TrimRangeAlgorithm::createTestResult (   )  const [virtual]

Called if the TestResult needs to be created. Exceptions: nothing.  Implements SctAnalysis::AnalysisAlgorithm. Definition at line 44 of file TrimRangeAlgorithm.cpp.

void SctAnalysis::TrimRangeAlgorithm::doTrimDataFit (  SctData::TrimRangeTestResult::ChipTrimData &  chipData  )  throw () [static]

Fit the graph of data points with a linear fit. linear least-squares fit Definition at line 398 of file TrimRangeAlgorithm.cpp. References SctData::Stat< T >::valid, and SctData::Stat< T >::value. Referenced by analyze().

float SctAnalysis::TrimRangeAlgorithm::firstTarget (   )  throw () [inline, static]

First trim target to consider. Definition at line 44 of file TrimRangeAlgorithm.h. Referenced by analyze().

void SctAnalysis::TrimRangeAlgorithm::loadData (   )  [virtual]

Called to indicate the algorithm should try and load as much data as it can - perhaps by calling loadAllFits or loadAllRaws(). This is guarenteed to be called shortly before analyze(). Implements SctAnalysis::AnalysisAlgorithm. Definition at line 36 of file TrimRangeAlgorithm.cpp. References SctAnalysis::AnalysisAlgorithm::loadAllFits().

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unsigned SctAnalysis::TrimRangeAlgorithm::nTargets (   )  throw () [inline, static]

Number of trim targets to consider. Definition at line 42 of file TrimRangeAlgorithm.h. Referenced by analyze().

float SctAnalysis::TrimRangeAlgorithm::targetStep (   )  throw () [inline, static]

Step between trim targets to consider. Definition at line 46 of file TrimRangeAlgorithm.h. Referenced by analyze().

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Field Documentation

bool SctAnalysis::TrimRangeAlgorithm::inMap [static, private]

static var to force addition to map Definition at line 27 of file TrimRangeAlgorithm.cpp.

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

• TrimRangeAlgorithm.h
• TrimRangeAlgorithm.cpp

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