A class to represent a scatter. More...

#include <Scatter.h>

Public Member Functions
void	addData (double &xValue, double &yValue, te::da::ObjectId *oid)
	It adds the x and Y axis values to the scatter's vectors and the associeted objectId to the scatter's multi_index container. More...

void	addX (double &xValue)
	It adds a new value to the vector containing the X axis values. More...

void	addY (double &yValue)
	It adds a new value to the vector containing the Y axis values. More...

void	calculateMinMaxValues ()
	Calculates the minimum and maximum values for both the X and Y axis. More...

te::da::ObjectIdSet *	find (double &xValue, double &yValue)
	It returns a pointer to an ObjectIdSet that contains all of the scatter's selected points. More...

te::da::ObjectIdSet *	find (std::vector< QPointF > selectedPoints)
	It returns a pointer to an ObjectIdSet that contains all of the scatter's selected points. More...

const std::pair< double, double >	find (const te::da::ObjectId *oid)
	It returns a pair representing the point that contais the secected ObjectId. More...

double	getMaxX ()
	It returns the maximum value of the X axis. More...

double	getMaxY ()
	It returns the maximum value of the Y axis. More...

double	getMinX ()
	It returns the minimum value of the X axis. More...

double	getMinY ()
	It returns the minimum value of the Y axis. More...

double	getX (unsigned int idx)
	It returns the idx-th value of the scatter X axis, as a double. More...

double *	getX ()
	It returns a pointer to the first value of the scatter X axis. More...

std::vector< double >	getXValues ()
	It returns the vector containing the values of the scatter X axis. More...

double	getY (unsigned int idx)
	It returns the idx-th value of the scatter Y axis, as a double. More...

double *	getY ()
	It returns a pointer to the first value of the scatter Y axis. More...

std::vector< double >	getYValues ()
	It returns the vector containing the values of the scatter Y axis. More...

	Scatter (const std::vector< double > &axisX, const std::vector< double > &axisY)
	Constructor. More...

	Scatter ()
	Constructor. More...

void	setMaxX (double &new_maxX)
	It sets the maximum value of the X axis. More...

void	setMaxY (double &maxY)
	It sets the maximum value of the Y axis. More...

void	setMinX (double &new_minX)
	It sets the minimum value of the X axis. More...

void	setMinY (double &new_minY)
	It sets the minimum value of the Y axis. More...

void	setXValues (std::vector< double > xValues)
	It sets the values of the X axis. More...

void	setYValues (std::vector< double > yValues)
	It sets the values of the Y axis. More...

std::size_t	sizeX ()
	It returns the size of the scatter. More...

std::size_t	sizeY ()
	It returns the size of the scatter. More...

	~Scatter ()
	Destructor. More...

Private Attributes
double	m_maxX
	The maximum value of the x Axis. More...

double	m_maxY
	The maximum value of the y Axis. More...

double	m_minX
	The minimum value of the x Axis. More...

double	m_minY
	The minimum value of the y Axis. More...

PointToObjectIdSet	m_valuesOids
	The points and ObjecIds ordered in a boost multi index container. More...

std::vector< double >	m_xValues
	Double values for axis X. More...

std::vector< double >	m_yValues
	Double values for axis Y. More...

Detailed Description

A class to represent a scatter.

A widget used to adjust a scatter's input data.

Definition at line 51 of file Scatter.h.

Constructor & Destructor Documentation

te::qt::widgets::Scatter::Scatter	(	const std::vector< double > &	axisX,
		const std::vector< double > &	axisY
	)

Constructor.

te::qt::widgets::Scatter::Scatter ( )

Constructor.

te::qt::widgets::Scatter::~Scatter ( )

Destructor.

Member Function Documentation

void te::qt::widgets::Scatter::addData	(	double &	xValue,
		double &	yValue,
		te::da::ObjectId *	oid
	)

It adds the x and Y axis values to the scatter's vectors and the associeted objectId to the scatter's multi_index container.

Parameters

xValue	The new x axis value to be added to the vector.
yValue	The new y axis value to be added to the vector.
oid	The ObjectId that will be added to the container

Note: it will take ownership of the given ObjectId pointer

void te::qt::widgets::Scatter::addX ( double & xValue )

It adds a new value to the vector containing the X axis values.

Parameters

xValue The new value to be added to the vector.

void te::qt::widgets::Scatter::addY ( double & yValue )

It adds a new value to the vector containing the Y axis values.

Parameters

yValue The new value to be added to the vector.

void te::qt::widgets::Scatter::calculateMinMaxValues ( )

Calculates the minimum and maximum values for both the X and Y axis.

te::da::ObjectIdSet* te::qt::widgets::Scatter::find	(	double &	xValue,
		double &	yValue
	)

It returns a pointer to an ObjectIdSet that contains all of the scatter's selected points.

Parameters

xValue	The x axis value to be searched.
yValue	The x axis value to be searched.

Note: The caller will take ownership of the returned pointer

te::da::ObjectIdSet* te::qt::widgets::Scatter::find ( std::vector< QPointF > selectedPoints )

It returns a pointer to an ObjectIdSet that contains all of the scatter's selected points.

Parameters

selectedPoints A vector containing all the points within the selection box

Note: The caller will take ownership of the returned pointer

const std::pair<double, double> te::qt::widgets::Scatter::find ( const te::da::ObjectId * oid )

It returns a pair representing the point that contais the secected ObjectId.

Parameters

oid	The ObjectId to be searched.

Note: Returns NULL if no matching point was found

double te::qt::widgets::Scatter::getMaxX ( )

It returns the maximum value of the X axis.

Returns: The maximum value of the X axis.

Note: The caller will not have the ownership of the returned pointer.

double te::qt::widgets::Scatter::getMaxY ( )

It returns the maximum value of the Y axis.

Returns: The maximum value of the Y axis.

Note: The caller will not have the ownership of the returned pointer.

double te::qt::widgets::Scatter::getMinX ( )

It returns the minimum value of the X axis.

Returns: The minimum value of the X axis.

Note: The caller will not have the ownership of the returned pointer.

double te::qt::widgets::Scatter::getMinY ( )

It returns the minimum value of the Y axis.

Returns: The minimum value of the Y axis.

Note: The caller will not have the ownership of the returned pointer.

double te::qt::widgets::Scatter::getX ( unsigned int idx )

It returns the idx-th value of the scatter X axis, as a double.

Parameters

idx	The index of the element.

Returns: The idx-th value of the scatter X axis, as a double.

double* te::qt::widgets::Scatter::getX ( )

It returns a pointer to the first value of the scatter X axis.

Returns: A pointer to the first value of the scatter X axis.

Note: The caller will not take the ownership of the returned pointer.

std::vector<double> te::qt::widgets::Scatter::getXValues ( )

It returns the vector containing the values of the scatter X axis.

Returns: A vector containing the values of the scatter X axis.

double te::qt::widgets::Scatter::getY ( unsigned int idx )

It returns the idx-th value of the scatter Y axis, as a double.

Parameters

idx	The index of the element.

Returns: The idx-th value of the scatter Y axis, as a double.

double* te::qt::widgets::Scatter::getY ( )

It returns a pointer to the first value of the scatter Y axis.

Returns: A pointer to the first value of the scatter Y axis.

Note: The caller will not take the ownership of the returned pointer.

std::vector<double> te::qt::widgets::Scatter::getYValues ( )

It returns the vector containing the values of the scatter Y axis.

Returns: A vector containing the values of the scatter Y axis.

void te::qt::widgets::Scatter::setMaxX ( double & new_maxX )

It sets the maximum value of the X axis.

void te::qt::widgets::Scatter::setMaxY ( double & maxY )

It sets the maximum value of the Y axis.

void te::qt::widgets::Scatter::setMinX ( double & new_minX )

It sets the minimum value of the X axis.

void te::qt::widgets::Scatter::setMinY ( double & new_minY )

It sets the minimum value of the Y axis.

void te::qt::widgets::Scatter::setXValues ( std::vector< double > xValues )

It sets the values of the X axis.

Parameters

xValues The vector containing the new values.

void te::qt::widgets::Scatter::setYValues ( std::vector< double > yValues )

It sets the values of the Y axis.

Parameters

yValues The vector containing the new values.

std::size_t te::qt::widgets::Scatter::sizeX ( )

It returns the size of the scatter.

Returns: The number of the scatter elements on the X axis.

std::size_t te::qt::widgets::Scatter::sizeY ( )

It returns the size of the scatter.

Returns: The number of the scatter elements on the Y axis.

Member Data Documentation

double te::qt::widgets::Scatter::m_maxX

private

The maximum value of the x Axis.

Definition at line 269 of file Scatter.h.

double te::qt::widgets::Scatter::m_maxY

private

The maximum value of the y Axis.

Definition at line 271 of file Scatter.h.

double te::qt::widgets::Scatter::m_minX

private

The minimum value of the x Axis.

Definition at line 268 of file Scatter.h.

double te::qt::widgets::Scatter::m_minY

private

The minimum value of the y Axis.

Definition at line 270 of file Scatter.h.

PointToObjectIdSet te::qt::widgets::Scatter::m_valuesOids

private

The points and ObjecIds ordered in a boost multi index container.

Definition at line 264 of file Scatter.h.

std::vector<double> te::qt::widgets::Scatter::m_xValues

private

Double values for axis X.

Definition at line 265 of file Scatter.h.

std::vector<double> te::qt::widgets::Scatter::m_yValues

private

Double values for axis Y.

Definition at line 266 of file Scatter.h.

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

/home/castejon/castejon_files/develop/terralib5/git_master/terralib5/src/terralib/qt/widgets/charts/Scatter.h

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation