Visualization::ItemRegion Class Reference

Public Types
enum	PositionConstraint { NoConstraints = 0x0 , Below = 0x1 , Above = 0x2 , LeftOf = 0x4 , RightOf = 0x8 , Overlap = 0x10 }
using	PositionConstraints = QFlags< PositionConstraint >

Public Member Functions
	ItemRegion (const QRect &region={})
virtual	~ItemRegion ()
Cursor *	cursor () const
qreal	distanceTo (const QPointF &point)
Item *	item () const
QRect &	region ()
PositionConstraints	satisfiedPositionConstraints (const QPoint &point) const
	Returns all position constraints with respect to the point point satisfied by this region. More...
bool	satisfiesConstraint (PositionConstraint constraint, QRect rect) const
	Returns whether the region occupies a part directly corresponding to the specified constraint. More...
void	setCursor (Cursor *cursor)
void	setItem (Item *item)
void	setRegion (const QRect &region)

Private Attributes
Cursor *	cursor_
Item *	item_
QRect	region_

Member Typedef Documentation

PositionConstraints

using Visualization::ItemRegion::PositionConstraints = QFlags<PositionConstraint>

Member Enumeration Documentation

PositionConstraint

enum Visualization::ItemRegion::PositionConstraint

Enumerator
NoConstraints
Below
Above
LeftOf
RightOf
Overlap

Constructor & Destructor Documentation

ItemRegion()

Visualization::ItemRegion::ItemRegion

(

const QRect &

region = {}

)

~ItemRegion()

Visualization::ItemRegion::~ItemRegion ( )

virtual

Member Function Documentation

cursor()

Cursor * Visualization::ItemRegion::cursor ( ) const

inline

distanceTo()

qreal Visualization::ItemRegion::distanceTo

(

const QPointF &

point

)

item()

Item * Visualization::ItemRegion::item ( ) const

inline

region()

QRect & Visualization::ItemRegion::region ( )

inline

satisfiedPositionConstraints()

ItemRegion::PositionConstraints Visualization::ItemRegion::satisfiedPositionConstraints

(

const QPoint &

point

)

const

Returns all position constraints with respect to the point point satisfied by this region.

The returned constraints are from the region's point of view, e.g. a constraint LeftOf means that the region is left of the specified point.

satisfiesConstraint()

bool Visualization::ItemRegion::satisfiesConstraint	(	PositionConstraint	constraint,
		QRect	rect
	)		const

Returns whether the region occupies a part directly corresponding to the specified constraint.

setCursor()

void Visualization::ItemRegion::setCursor ( Cursor *  cursor )

inline

setItem()

void Visualization::ItemRegion::setItem ( Item *  item )

inline

setRegion()

void Visualization::ItemRegion::setRegion ( const QRect &  region )

inline

Member Data Documentation

cursor_

Cursor* Visualization::ItemRegion::cursor_

private

item_

Item* Visualization::ItemRegion::item_

private

region_

QRect Visualization::ItemRegion::region_

private