#include <FFpCurve.H>

Collaboration diagram for FFpCurve:

Classes
struct	PointData

Public Types
enum	TimeOp { None , Min , Max , AMax , Mean , RMS }

Public Member Functions
	FFaEnumMapping (TimeOp)

	FFpCurve (size_t nSpatialPoints=1)

	FFpCurve (const FFpCurve &curve)

	~FFpCurve ()

FFpCurve &	operator= (const FFpCurve &)=delete

void	clear ()

void	resize (size_t nSpatialPoints)

void	unref (bool clearReadOp=false)

bool	initAxis (const FFaResultDescription &desc, const std::string &oper, int axis)

bool	initAxes (const std::vector< FFaResultDescription > &xdesc, const std::vector< FFaResultDescription > &ydesc, const std::string &xOper, const std::string &yOper, const std::pair< double, double > &tRange, const std::string &tOper, short int end1)

int	getSpatialXaxisObject (size_t i) const

const std::pair< double, double > &	getTimeRange () const

bool	notReadThisFar (double &lastStep) const

bool	findVarRefsAndOpers (FFrExtractor *extractor, std::string &errMsg)

void	printPosition (std::ostream &os) const

bool	loadTemporalData (double currentTime)

bool	loadSpatialData (double currentTime, const double epsT=0.0)

bool	loadCurrentSpatialX ()

void	finalizeTimeOp ()

bool	usingInitialXaxis () const

bool	loadFileData (const std::string &filePath, const std::string &channel, std::string &errMsg, double minX=0.0, double maxX=-1.0)

bool	combineData (int ID, const std::string &expression, const std::vector< FFpCurve * > &compCurves, const char **compNames, bool clipXdomain, std::string &message)

bool	replaceByScaledShifted (const DFTparams &dft)

bool	replaceByDerivative ()

bool	replaceByIntegral ()

bool	replaceByDFT (const DFTparams &dft, const std::string &cId, std::string &errMsg)

bool	replaceByRainflow (const RFprm &rf, double toMPa, bool doPVXonly, const std::string &cId, std::string &errMsg)

bool	getCurveStatistics (bool entire, double start, double stop, bool useScaledShifted, const DFTparams &dft, double &rms, double &avg, double &stdDev, double &integral, double &min, double &max, std::string &errMsg) const

double	getDamage (const RFprm &rf, double toMPa, const FFpSNCurve &sn)

bool	empty () const

bool	hasDataChanged () const

void	onDataPlotted ()

void	setDataChanged ()

std::vector< double > &	operator[] (int axis)

const std::vector< double > &	getAxisData (int ax) const

double	getValue (double x, bool &monotonX) const

double	getXrange () const

bool	inDomain (double x) const

bool	clipX (double Xmin, double Xmax)

bool	checkAxesSize ()

Private Types
enum	{ X = 0 , Y = 1 , N_AXES = 2 }

Private Member Functions
int	numberOfSamples (double delta, double start, double stop) const

bool	sample (double start, double stop, double shift, double scale, bool subMean, size_t n, std::vector< double > &yOut, std::string &errMsg) const

bool	performRainflowCalc (const RFprm &rf, bool doPVXonly=false)

bool	reversePoints ()

Private Attributes
std::vector< PointData >	reader [N_AXES]

std::string *	rdOper [N_AXES]

std::vector< double >	points [N_AXES]

std::vector< FFpCycle >	cycles

RFprm	lastRF

double	lastKey

double	Xrange

size_t	lastX

size_t	timeSamples

std::pair< double, double >	timeRange

TimeOp	timeOper

bool	useInitialXaxis

short int	beamEndFlag

bool	dataChanged

bool	needRainflow

Friends
std::ostream &	operator<< (std::ostream &os, const PointData &)

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

private

Enumerator
X
Y
N_AXES

◆ TimeOp

enum FFpCurve::TimeOp

Enumerator
None
Min
Max
AMax
Mean
RMS

Constructor & Destructor Documentation

◆ FFpCurve() [1/2]

FFpCurve::FFpCurve ( size_t nSpatialPoints = 1 )

inline

◆ FFpCurve() [2/2]

FFpCurve::FFpCurve ( const FFpCurve & curve )

The copy constructor only copies the curve data, not reader data.

◆ ~FFpCurve()

FFpCurve::~FFpCurve ( )

Member Function Documentation

◆ checkAxesSize()

bool FFpCurve::checkAxesSize ( )

◆ clear()

void FFpCurve::clear ( )

◆ clipX()

bool FFpCurve::clipX	(	double	Xmin,
		double	Xmax
	)

◆ combineData()

bool FFpCurve::combineData	(	int	ID,
		const std::string &	expression,
		const std::vector< FFpCurve * > &	compCurves,
		const char **	compNames,
		bool	clipXdomain,
		std::string &	message
	)

◆ empty()

bool FFpCurve::empty ( ) const

inline

◆ FFaEnumMapping()

FFpCurve::FFaEnumMapping ( TimeOp )

inline

◆ finalizeTimeOp()

void FFpCurve::finalizeTimeOp ( )

◆ findVarRefsAndOpers()

bool FFpCurve::findVarRefsAndOpers	(	FFrExtractor *	extractor,
		std::string &	errMsg
	)

◆ getAxisData()

const std::vector<double>& FFpCurve::getAxisData ( int ax ) const

inline

◆ getCurveStatistics()

bool FFpCurve::getCurveStatistics	(	bool	entire,
		double	start,
		double	stop,
		bool	useScaledShifted,
		const DFTparams &	dft,
		double &	rms,
		double &	avg,
		double &	stdDev,
		double &	integral,
		double &	min,
		double &	max,
		std::string &	errMsg
	)		const

Calculates statistical properties based on current curve data.

◆ getDamage()

double FFpCurve::getDamage	(	const RFprm &	rf,
		double	toMPa,
		const FFpSNCurve &	sn
	)

Calculates the total damage based on the given S-N curve.

Note: The S-N curve is assumed to be given in [MPa], whereas the gateValue and the data of the curve itself are assumed to be in the current modelling units. toMPa defines the scaling factor from the modelling units to [MPa].

◆ getSpatialXaxisObject()

int FFpCurve::getSpatialXaxisObject ( size_t i ) const

◆ getTimeRange()

const std::pair<double,double>& FFpCurve::getTimeRange ( ) const

inline

◆ getValue()

double FFpCurve::getValue	(	double	x,
		bool &	monotonX
	)		const

◆ getXrange()

double FFpCurve::getXrange ( ) const

inline

◆ hasDataChanged()

bool FFpCurve::hasDataChanged ( ) const

inline

◆ inDomain()

bool FFpCurve::inDomain ( double x ) const

◆ initAxes()

bool FFpCurve::initAxes	(	const std::vector< FFaResultDescription > &	xdesc,
		const std::vector< FFaResultDescription > &	ydesc,
		const std::string &	xOper,
		const std::string &	yOper,
		const std::pair< double, double > &	tRange,
		const std::string &	tOper,
		short int	end1
	)

◆ initAxis()

bool FFpCurve::initAxis	(	const FFaResultDescription &	desc,
		const std::string &	oper,
		int	axis
	)

◆ loadCurrentSpatialX()

bool FFpCurve::loadCurrentSpatialX ( )

◆ loadFileData()

bool FFpCurve::loadFileData	(	const std::string &	filePath,
		const std::string &	channel,
		std::string &	errMsg,
		double	minX = `0.0`,
		double	maxX = `-1.0`
	)

◆ loadSpatialData()

bool FFpCurve::loadSpatialData	(	double	currentTime,
		const double	epsT = `0.0`
	)

◆ loadTemporalData()

bool FFpCurve::loadTemporalData ( double currentTime )

◆ notReadThisFar()

bool FFpCurve::notReadThisFar ( double & lastStep ) const

◆ numberOfSamples()

int FFpCurve::numberOfSamples	(	double	delta,
		double	start,
		double	stop
	)		const

private

The DFT function needs to be able to factor the number of samples cleanly so that largest factor (i.e. prime) is smaller than its set largest prime. This is why we're massaging the number of samples a bit.

◆ onDataPlotted()

void FFpCurve::onDataPlotted ( )

inline

◆ operator=()

FFpCurve& FFpCurve::operator= ( const FFpCurve & )

delete

◆ operator[]()

std::vector<double>& FFpCurve::operator[] ( int axis )

inline

◆ performRainflowCalc()

bool FFpCurve::performRainflowCalc	(	const RFprm &	rf,
		bool	doPVXonly = `false`
	)

private

Performs peak valley extraction and rainflow counting on the curve point data.

◆ printPosition()

void FFpCurve::printPosition ( std::ostream & os ) const

◆ replaceByDerivative()

bool FFpCurve::replaceByDerivative ( )

◆ replaceByDFT()

bool FFpCurve::replaceByDFT	(	const DFTparams &	dft,
		const std::string &	cId,
		std::string &	errMsg
	)

◆ replaceByIntegral()

bool FFpCurve::replaceByIntegral ( )

◆ replaceByRainflow()

bool FFpCurve::replaceByRainflow	(	const RFprm &	rf,
		double	toMPa,
		bool	doPVXonly,
		const std::string &	cId,
		std::string &	errMsg
	)

◆ replaceByScaledShifted()

bool FFpCurve::replaceByScaledShifted ( const DFTparams & dft )

◆ resize()

void FFpCurve::resize ( size_t nSpatialPoints )

◆ reversePoints()

bool FFpCurve::reversePoints ( )

private

◆ sample()

bool FFpCurve::sample	(	double	start,
		double	stop,
		double	shift,
		double	scale,
		bool	subMean,
		size_t	n,
		std::vector< double > &	yOut,
		std::string &	errMsg
	)		const

private

Between start and stop of domain in x, sample n times from y and put results in the yOut vector. Apply the given shift and scale to the sampled values. Also subtract sample mean from all sample values if so wanted. It is assumed that start is inside the span of the vector, and that the X-values are monotonically increasing.

◆ setDataChanged()

void FFpCurve::setDataChanged ( )

◆ unref()

void FFpCurve::unref ( bool clearReadOp = false )

◆ usingInitialXaxis()

bool FFpCurve::usingInitialXaxis ( ) const

inline

Friends And Related Function Documentation

◆ operator<<

std::ostream& operator<<	(	std::ostream &	os,
		const PointData &	data
	)

friend

Member Data Documentation

◆ beamEndFlag

short int FFpCurve::beamEndFlag

private

◆ cycles

std::vector<FFpCycle> FFpCurve::cycles

private

◆ dataChanged

bool FFpCurve::dataChanged

private

◆ lastKey

double FFpCurve::lastKey

private

◆ lastRF

RFprm FFpCurve::lastRF

private

◆ lastX

size_t FFpCurve::lastX

mutableprivate

◆ needRainflow

bool FFpCurve::needRainflow

private

◆ points

std::vector<double> FFpCurve::points[N_AXES]

private

◆ rdOper

std::string* FFpCurve::rdOper[N_AXES]

private

◆ reader

std::vector<PointData> FFpCurve::reader[N_AXES]

private

◆ timeOper

TimeOp FFpCurve::timeOper

private

◆ timeRange

std::pair<double,double> FFpCurve::timeRange

private

◆ timeSamples

size_t FFpCurve::timeSamples

mutableprivate

◆ useInitialXaxis

bool FFpCurve::useInitialXaxis

private

◆ Xrange

double FFpCurve::Xrange

private

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

fedem-foundation/src/FFpLib/FFpCurveData/FFpCurve.H
fedem-foundation/src/FFpLib/FFpCurveData/FFpCurve.C

Classes

Public Types

Public Member Functions

Private Types

Private Member Functions

Private Attributes

Friends

Member Enumeration Documentation

◆ anonymous enum

◆ TimeOp

Constructor & Destructor Documentation

◆ FFpCurve() [1/2]

◆ FFpCurve() [2/2]

◆ ~FFpCurve()

Member Function Documentation

◆ checkAxesSize()

◆ clear()

◆ clipX()

◆ combineData()

◆ empty()

◆ FFaEnumMapping()

◆ finalizeTimeOp()

◆ findVarRefsAndOpers()

◆ getAxisData()

◆ getCurveStatistics()

◆ getDamage()

◆ getSpatialXaxisObject()

◆ getTimeRange()

◆ getValue()

◆ getXrange()

◆ hasDataChanged()

◆ inDomain()

◆ initAxes()

◆ initAxis()

◆ loadCurrentSpatialX()

◆ loadFileData()

◆ loadSpatialData()

◆ loadTemporalData()

◆ notReadThisFar()

◆ numberOfSamples()

◆ onDataPlotted()

◆ operator=()

◆ operator[]()

◆ performRainflowCalc()

◆ printPosition()

◆ replaceByDerivative()

◆ replaceByDFT()

◆ replaceByIntegral()

◆ replaceByRainflow()

◆ replaceByScaledShifted()

◆ resize()

◆ reversePoints()

◆ sample()

◆ setDataChanged()

◆ unref()

◆ usingInitialXaxis()

Friends And Related Function Documentation

◆ operator<<

Member Data Documentation

◆ beamEndFlag

◆ cycles

◆ dataChanged

◆ lastKey

◆ lastRF

◆ lastX

◆ needRainflow

◆ points

◆ rdOper

◆ reader

◆ timeOper

◆ timeRange

◆ timeSamples

◆ useInitialXaxis

◆ Xrange