Matrix Class Reference

Inheritance diagram for Matrix:

List of all members.

Public Types
Public Member Functions
bool	calculate (int startRow=0, int endRow=-1, int startCol=0, int endCol=-1, bool muParser=true)
End double	cell (int, int)
	CHECK_MATRIX_COL (a1)
	CHECK_MATRIX_COL (a1)
	CHECK_MATRIX_COL (a1)
	CHECK_MATRIX_COL (a1)
	CHECK_MATRIX_ROW (a0)
	CHECK_MATRIX_ROW (a0)
	CHECK_MATRIX_ROW (a0)
	CHECK_MATRIX_ROW (a0)
LinearColorMap *	colorMapPointer ()/PyName
double	determinant ()
End double	dx ()
double	dy ()
bool	exportASCII (const QString &fileName, const QString &sep="\t", bool exportSelection=false, bool exportXYCoordinates=false)
void	exportRasterImage (const QString &, int=100, int dpi=0, int compression=0)
void	exportToFile (const QString &)/PyName
void	exportVector (const QString &, bool=true)
void	fft (bool inverse=false)
void	fftFilter (int filterType, double lowFreq, double highFreq=0.0)
void	flipHorizontally ()
void	flipVertically ()
QString	formula ()
char	headerFormat () const
int	headerPrecision () const
	if (yCoords)
	if (xCoords)
	if (sipIsErr==0) sipCpp->setCell(row
	if (sipIsErr==0) sipCpp->setText(row
	if (sipIsErr==0) sipRes
	if (sipIsErr==0) sipRes
QImage	image ()
void	importASCII (const QString &, const QString &="\t", int=0, bool=false, bool=false, const QString &="#", ImportMode=Overwrite, const QLocale &=QLocale(), int=0, int=-1)
void	importImage (const QString &)
double	integrate ()
void	invert ()
int	numCols ()
PyObject *	numPyArray ()
int	numRows ()
int	precision ()
void	resample (int rows, int cols, const ResamplingMethod &method=Matrix::Bilinear)
void	resetView ()
void	resetXCoordinates ()
	Removes X coordinates from table column.
void	resetYCoordinates ()
	Removes Y coordinates from table column.
void	rotate90 (bool=true)
End void	setCell (int, int, double)
void	setColorMap (const LinearColorMap &)
void	setCoordinates (double xs, double xe, double ys, double ye)
void	setDefaultColorMap ()
void	setDimensions (int rows, int cols)
void	setFormula (const QString &)
void	setGrayScale ()
void	setHeaderNumericFormat (char f, int prec=6)
void	setHeaderViewType (HeaderViewType)
void	setNumCols (int)
void	setNumericFormat (char f, int prec=6)
void	setNumericPrecision (int prec)
bool	setNumPyArrayValues (PyObject *)
void	setNumRows (int)
void	setRainbowColorMap ()
End void	setText (int, int, const QString &)
void	setViewType (ViewType, bool renderImage=true)
void	setXComment (const QString &)
bool	setXCoordinates (double, double)
	Set linear X coordinates.
void	setXLabel (const QString &)
void	setXUnit (const QString &)
void	setYComment (const QString &)
bool	setYCoordinates (double, double)
	Set linear Y coordinates.
void	setYLabel (const QString &)
void	setYUnit (const QString &)
void	setZComment (const QString &)
void	setZLabel (const QString &)
void	setZUnit (const QString &)
void	smooth ()
SIP_PYOBJECT	text (int, int, bool=false)
char	textFormat ()
void	transpose ()
double	x (int col) const
Column *	xColumn ()
	Pointer to the column object storing the X coordinates of the matrix.
QString	xColumnName ()
	The name of the table column storing the X coordinates.
QString	xComment ()
SIP_PYLIST	xCoordinates ()
double	xEnd ()
QString	xLabel ()
double	xStart ()
QString	xUnit ()
double	y (int row) const
Column *	yColumn ()
	Pointer to the column object storing the Y coordinates of the matrix.
QString	yColumnName ()
	The name of the table column storing the Y coordinates.
QString	yComment ()
SIP_PYLIST	yCoordinates ()
double	yEnd ()
QString	yLabel ()
double	yStart ()
QString	yUnit ()
QString	zComment ()
QString	zLabel ()
QString	zUnit ()
Public Attributes
	a2
*	a2
	col
MethodCode int	cols = sipCpp->numCols()
MethodCode int	rows = sipCpp->numRows()
MethodCode	sipIsErr = 0
	sipRes = PyList_New(cols)
double *	xCoords = sipCpp->xCoordinates()
double *	yCoords = sipCpp->yCoordinates()
Private Member Functions
	Matrix (const Matrix &)

---

Member Enumeration Documentation

enum Matrix::HeaderViewType

Enumerator:

ColumnRow
XY

enum Matrix::ImportMode

Enumerator:

NewColumns
NewRows
Overwrite

enum Matrix::ResamplingMethod

Enumerator:

Bilinear
Bicubic

enum Matrix::ViewType

Enumerator:

TableView
ImageView

---

Constructor & Destructor Documentation

Matrix::Matrix

(

const Matrix &

)

[private]

---

Member Function Documentation

bool Matrix::calculate	(	int	startRow = 0,
		int	endRow = -1,
		int	startCol = 0,
		int	endCol = -1,
		bool	muParser = true
	)

End double Matrix::cell	(	int	,
		int
	)

Matrix::CHECK_MATRIX_COL

(

a1

)

Matrix::CHECK_MATRIX_COL

(

a1

)

Matrix::CHECK_MATRIX_COL

(

a1

)

Matrix::CHECK_MATRIX_COL

(

a1

)

Matrix::CHECK_MATRIX_ROW

(

a0

)

Matrix::CHECK_MATRIX_ROW

(

a0

)

Matrix::CHECK_MATRIX_ROW

(

a0

)

Matrix::CHECK_MATRIX_ROW

(

a0

)

LinearColorMap* Matrix::colorMapPointer

(

)

double Matrix::determinant

(

)

End double Matrix::dx

(

)

double Matrix::dy

(

)

bool Matrix::exportASCII	(	const QString &	fileName,
		const QString &	sep = "\t",
		bool	exportSelection = false,
		bool	exportXYCoordinates = false
	)

void Matrix::exportRasterImage	(	const QString &	,
		int	= 100,
		int	dpi = 0,
		int	compression = 0
	)

void Matrix::exportToFile

(

const QString &

)

void Matrix::exportVector	(	const QString &	,
		bool	= true
	)

void Matrix::fft

(

bool

inverse = false

)

void Matrix::fftFilter	(	int	filterType,
		double	lowFreq,
		double	highFreq = 0.0
	)

void Matrix::flipHorizontally

(

)

void Matrix::flipVertically

(

)

QString Matrix::formula

(

)

char Matrix::headerFormat

(

)

const

int Matrix::headerPrecision

(

)

const

Matrix::if

(

yCoords

)

[inline]

References rows, sipRes, and yCoords.

Matrix::if

(

xCoords

)

[inline]

References cols, sipRes, and xCoords.

Matrix::if

(

sipIsErr

= = 0

)

Matrix::if

(

sipIsErr

= = 0

)

Matrix::if

(

sipIsErr

= =0

)

Matrix::if

(

sipIsErr

= =0

)

QImage Matrix::image

(

)

void Matrix::importASCII	(	const QString &	,
		const QString &	= "\t",
		int	= 0,
		bool	= false,
		bool	= false,
		const QString &	= "#",
		ImportMode	= Overwrite,
		const QLocale &	= QLocale(),
		int	= 0,
		int	= -1
	)

void Matrix::importImage

(

const QString &

)

double Matrix::integrate

(

)

void Matrix::invert

(

)

int Matrix::numCols

(

)

PyObject* Matrix::numPyArray

(

)

int Matrix::numRows

(

)

int Matrix::precision

(

)

void Matrix::resample	(	int	rows,
		int	cols,
		const ResamplingMethod &	method = Matrix::Bilinear
	)

void Matrix::resetView

(

)

void Matrix::resetXCoordinates

(

)

Removes X coordinates from table column.

void Matrix::resetYCoordinates

(

)

Removes Y coordinates from table column.

void Matrix::rotate90

(

bool

= true

)

End void Matrix::setCell	(	int	,
		int	,
		double
	)

void Matrix::setColorMap

(

const LinearColorMap &

)

void Matrix::setCoordinates	(	double	xs,
		double	xe,
		double	ys,
		double	ye
	)

void Matrix::setDefaultColorMap

(

)

void Matrix::setDimensions	(	int	rows,
		int	cols
	)

void Matrix::setFormula

(

const QString &

)

void Matrix::setGrayScale

(

)

void Matrix::setHeaderNumericFormat	(	char	f,
		int	prec = 6
	)

void Matrix::setHeaderViewType

(

HeaderViewType

)

void Matrix::setNumCols

(

int

)

void Matrix::setNumericFormat	(	char	f,
		int	prec = 6
	)

void Matrix::setNumericPrecision

(

int

prec

)

bool Matrix::setNumPyArrayValues

(

PyObject *

)

void Matrix::setNumRows

(

int

)

void Matrix::setRainbowColorMap

(

)

End void Matrix::setText	(	int	,
		int	,
		const QString &
	)

void Matrix::setViewType	(	ViewType	,
		bool	renderImage = true
	)

void Matrix::setXComment

(

const QString &

)

bool Matrix::setXCoordinates	(	double	,
		double
	)

Set linear X coordinates.

void Matrix::setXLabel

(

const QString &

)

void Matrix::setXUnit

(

const QString &

)

void Matrix::setYComment

(

const QString &

)

bool Matrix::setYCoordinates	(	double	,
		double
	)

Set linear Y coordinates.

void Matrix::setYLabel

(

const QString &

)

void Matrix::setYUnit

(

const QString &

)

void Matrix::setZComment

(

const QString &

)

void Matrix::setZLabel

(

const QString &

)

void Matrix::setZUnit

(

const QString &

)

void Matrix::smooth

(

)

SIP_PYOBJECT Matrix::text	(	int	,
		int	,
		bool	= false
	)

char Matrix::textFormat

(

)

void Matrix::transpose

(

)

double Matrix::x

(

int

col

)

const

Column* Matrix::xColumn

(

)

Pointer to the column object storing the X coordinates of the matrix.

QString Matrix::xColumnName

(

)

The name of the table column storing the X coordinates.

QString Matrix::xComment

(

)

SIP_PYLIST Matrix::xCoordinates

(

)

double Matrix::xEnd

(

)

QString Matrix::xLabel

(

)

double Matrix::xStart

(

)

QString Matrix::xUnit

(

)

double Matrix::y

(

int

row

)

const

Column* Matrix::yColumn

(

)

Pointer to the column object storing the Y coordinates of the matrix.

QString Matrix::yColumnName

(

)

The name of the table column storing the Y coordinates.

QString Matrix::yComment

(

)

SIP_PYLIST Matrix::yCoordinates

(

)

double Matrix::yEnd

(

)

QString Matrix::yLabel

(

)

double Matrix::yStart

(

)

QString Matrix::yUnit

(

)

QString Matrix::zComment

(

)

QString Matrix::zLabel

(

)

QString Matrix::zUnit

(

)

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Member Data Documentation

Matrix::a2

* Matrix::a2

Matrix::col

MethodCode int Matrix::cols = sipCpp->numCols()

Referenced by if().

MethodCode int Matrix::rows = sipCpp->numRows()

Referenced by if().

MethodCode Matrix::sipIsErr = 0

Matrix::sipRes = PyList_New(cols)

Reimplemented from MdiSubWindow.

Referenced by if().

double* Matrix::xCoords = sipCpp->xCoordinates()

Referenced by if().

double* Matrix::yCoords = sipCpp->yCoordinates()

Referenced by if().

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

• qtiplot/src/scripting/qti.sip