Inherits QObject.

Public Slots

void	clearData ()

void	clear ()

int	getNumPoints () const

int	getNumSeries () const

double	getXValue (int point) const

QList< double >	getXValues () const

QList< double >	getXSpacing () const

QList< double >	getXSlice (int startPoint, int endPoint=-1)

void	setXValue (int point, double value)

void	setX (int nPoints, QList< double > data, int step=1)

QList< double >	getYValues (int series=0) const

double	getYValue (int point, int series=0) const

QList< double >	getYSlice (int startPoint, int endPoint=-1, int series=0)

void	setYValue (int point, double value, int series=0)

void	setY (int nPoints, QList< double > data, int step=1)

double	getXMin () const

double	getXMax () const

double	getYMin () const

double	getYMax () const

void	setXRange (double xMin, double xMax)

void	setAutoXRange ()

void	setYRange (double yMin, double yMax)

void	setAutoYRange ()

int	getCurveType () const

void	setCurveType (int curveType)

int	getCurveStyle () const

void	setCurveStyle (int curveStyle)

QString	getCurveTitle () const

void	setCurveTitle (QString curveTitle)

QString	getCurveUnit () const

void	setCurveUnit (QString curveUnit)

QString	getCurveSymbol () const

void	setCurveSymbol (QString curveSymbol)

void	resizeX (int nPoints)

void	resizeY (int nPoints)

void	resizeY (int iSeries, int nPoints)

Properties
int	curveStyle

QString	curveSymbol

QString	curveTitle

int	curveType

QString	curveUnit

int	numPoints

int	numSeries

Detailed Description

A class that wraps CurveData objects for use in Python.

Member Function Documentation

◆ clear

void MLCurveDataWrapper::clear ( )

slot

Clear curve data and reset curve properties.

◆ clearData

void MLCurveDataWrapper::clearData ( )

slot

Clear curve data.

◆ getCurveStyle

int MLCurveDataWrapper::getCurveStyle ( ) const

slot

Get curve style.

◆ getCurveSymbol

QString MLCurveDataWrapper::getCurveSymbol ( ) const

slot

Get curve symbol.

◆ getCurveTitle

QString MLCurveDataWrapper::getCurveTitle ( ) const

slot

Get curve title.

◆ getCurveType

int MLCurveDataWrapper::getCurveType ( ) const

slot

Get curve type.

◆ getCurveUnit

QString MLCurveDataWrapper::getCurveUnit ( ) const

slot

Get curve unit.

◆ getNumPoints

int MLCurveDataWrapper::getNumPoints ( ) const

slot

Get the number of points in the curve.

◆ getNumSeries

int MLCurveDataWrapper::getNumSeries ( ) const

slot

Get the number of series in the curve.

◆ getXMax

double MLCurveDataWrapper::getXMax ( ) const

slot

Get maxium X value.

◆ getXMin

double MLCurveDataWrapper::getXMin ( ) const

slot

Get minimum X value.

◆ getXSlice

QList<double> MLCurveDataWrapper::getXSlice	(	int	startPoint,
		int	endPoint = `-1`
	)

slot

Get slice of X values from startPoint to endPoint (inclusive!).

If endPoint is omitted, it is assumed to be the last point of the curve.

◆ getXSpacing

QList<double> MLCurveDataWrapper::getXSpacing ( ) const

slot

Get spacing of X values.

◆ getXValue

double MLCurveDataWrapper::getXValue ( int point ) const

slot

Get the X value at point.

◆ getXValues

QList<double> MLCurveDataWrapper::getXValues ( ) const

slot

Get all X values.

◆ getYMax

double MLCurveDataWrapper::getYMax ( ) const

slot

Get maximum Y value.

◆ getYMin

double MLCurveDataWrapper::getYMin ( ) const

slot

Get minimum Y value.

◆ getYSlice

QList<double> MLCurveDataWrapper::getYSlice	(	int	startPoint,
		int	endPoint = `-1`,
		int	series = `0`
	)

slot

Get slice of Y values from startPoint to endPoint (inclusive!) in series.

If series is omitted, series 0 is assumed. If endPoint is omitted, it is assumed to be the last point of the curve.

◆ getYValue

double MLCurveDataWrapper::getYValue	(	int	point,
		int	series = `0`
	)		const

slot

Get the Y value at point in series.

If series is omitted, series 0 is assumed.

◆ getYValues

QList<double> MLCurveDataWrapper::getYValues ( int series = 0 ) const

slot

Get all Y values for a given series.

◆ resizeX

void MLCurveDataWrapper::resizeX ( int nPoints )

slot

Change length of X-series. New values are initialized to zero.

◆ resizeY [1/2]

void MLCurveDataWrapper::resizeY	(	int	iSeries,
		int	nPoints
	)

slot

Change length of iSeries-th Y-series. New values are initialized to zero.

◆ resizeY [2/2]

void MLCurveDataWrapper::resizeY ( int nPoints )

slot

Change length of first Y-series. New values are initialized to zero.

◆ setAutoXRange

void MLCurveDataWrapper::setAutoXRange ( )

slot

Set X value range to 'automatic', i.e. dependent on X series data.

◆ setAutoYRange

void MLCurveDataWrapper::setAutoYRange ( )

slot

Set Y value range to 'automatic', i.e. dependent on Y series data.

◆ setCurveStyle

void MLCurveDataWrapper::setCurveStyle ( int curveStyle )

slot

Set curve style.

◆ setCurveSymbol

void MLCurveDataWrapper::setCurveSymbol ( QString curveSymbol )

slot

Set curve symbol.

◆ setCurveTitle

void MLCurveDataWrapper::setCurveTitle ( QString curveTitle )

slot

Set curve title.

◆ setCurveType

void MLCurveDataWrapper::setCurveType ( int curveType )

slot

Set curve type.

◆ setCurveUnit

void MLCurveDataWrapper::setCurveUnit ( QString curveUnit )

slot

Set curve unit.

◆ setX

void MLCurveDataWrapper::setX	(	int	nPoints,
		QList< double >	data,
		int	step = `1`
	)

slot

Set X-series to nPoints double values copied from the source array data.

The optional step value specifies the array index difference between two consecutive X-series values. Hence, the data array is expected to contain at least (nPoints-1)*step+1 values. If no X data is specified, the X values are generated automatically as numbers 0, 1, ...

◆ setXRange

void MLCurveDataWrapper::setXRange	(	double	xMin,
		double	xMax
	)

slot

Explicitly set X value range to xMin ... xMax.

◆ setXValue

void MLCurveDataWrapper::setXValue	(	int	point,
		double	value
	)

slot

Set the X value at point to value.

◆ setY

void MLCurveDataWrapper::setY	(	int	nPoints,
		QList< double >	data,
		int	step = `1`
	)

slot

Set Y data to a single series of nPoints double values copied from the source array data.

All previous Y-series are replaced by the new series. The optional step value specifies the array index difference between two consecutive Y-series values. Hence, the data array is expected to contain at least (nPoints-1)*step+1 values.

◆ setYRange

void MLCurveDataWrapper::setYRange	(	double	yMin,
		double	yMax
	)

slot

Explicitly set Y value range to yMin ... yMax.

◆ setYValue

void MLCurveDataWrapper::setYValue	(	int	point,
		double	value,
		int	series = `0`
	)

slot

Set Y value at point in series to value.

If series is omitted, series 0 is assumed.

Property Documentation

◆ curveStyle

int MLCurveDataWrapper::curveStyle

readwrite

Style of curve.

◆ curveSymbol

QString MLCurveDataWrapper::curveSymbol

readwrite

Symbol of curve.

◆ curveTitle

QString MLCurveDataWrapper::curveTitle

readwrite

Title of curve.

◆ curveType

int MLCurveDataWrapper::curveType

readwrite

Type of curve.

◆ curveUnit

QString MLCurveDataWrapper::curveUnit

readwrite

Unit of curve.

◆ numPoints

int MLCurveDataWrapper::numPoints

read

Number of points.

◆ numSeries

int MLCurveDataWrapper::numSeries

read

Number of series.

Public Slots

Properties

Detailed Description

Member Function Documentation

◆ clear

◆ clearData

◆ getCurveStyle

◆ getCurveSymbol

◆ getCurveTitle

◆ getCurveType

◆ getCurveUnit

◆ getNumPoints

◆ getNumSeries

◆ getXMax

◆ getXMin

◆ getXSlice

◆ getXSpacing

◆ getXValue

◆ getXValues

◆ getYMax

◆ getYMin

◆ getYSlice

◆ getYValue

◆ getYValues

◆ resizeX

◆ resizeY [1/2]

◆ resizeY [2/2]

◆ setAutoXRange

◆ setAutoYRange

◆ setCurveStyle

◆ setCurveSymbol

◆ setCurveTitle

◆ setCurveType

◆ setCurveUnit

◆ setX

◆ setXRange

◆ setXValue

◆ setY

◆ setYRange

◆ setYValue

Property Documentation

◆ curveStyle

◆ curveSymbol

◆ curveTitle

◆ curveType

◆ curveUnit

◆ numPoints

◆ numSeries