Manages details about connected display devices. More...

Classes
struct	Display
	Represents a connected display device. More...

Public Member Functions
Rectangle< int >	physicalToLogical (Rectangle< int > physicalRect, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts an integer Rectangle from physical to logical pixels.

Rectangle< float >	physicalToLogical (Rectangle< float > physicalRect, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts a floating-point Rectangle from physical to logical pixels.

Rectangle< int >	logicalToPhysical (Rectangle< int > logicalRect, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts an integer Rectangle from logical to physical pixels.

Rectangle< float >	logicalToPhysical (Rectangle< float > logicalRect, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts a floating-point Rectangle from logical to physical pixels.

template<typename ValueType>
Point< ValueType >	physicalToLogical (Point< ValueType > physicalPoint, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts a Point from physical to logical pixels.

template<typename ValueType>
Point< ValueType >	logicalToPhysical (Point< ValueType > logicalPoint, const Display *useScaleFactorOfDisplay=nullptr) const noexcept
	Converts a Point from logical to physical pixels.

const Display *	getDisplayForRect (Rectangle< int > rect, bool isPhysical=false) const noexcept
	Returns the Display object representing the display containing a given Rectangle (either in logical or physical pixels), or nullptr if there are no connected displays.

const Display *	getDisplayForPoint (Point< int > point, bool isPhysical=false) const noexcept
	Returns the Display object representing the display containing a given Point (either in logical or physical pixels), or nullptr if there are no connected displays.

const Display *	getPrimaryDisplay () const noexcept
	Returns the Display object representing the display acting as the user's main screen, or nullptr if there are no connected displays.

RectangleList< int >	getRectangleList (bool userAreasOnly) const
	Returns a RectangleList made up of all the displays in LOGICAL pixels.

Rectangle< int >	getTotalBounds (bool userAreasOnly) const
	Returns the smallest bounding box which contains all the displays in LOGICAL pixels.

Public Attributes
Array< Display >	displays
	An Array containing the Display objects for all of the connected displays.

Detailed Description

Manages details about connected display devices.

Member Function Documentation

◆ physicalToLogical() [1/3]

Rectangle< int > Displays::physicalToLogical	(	Rectangle< int >	physicalRect,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts an integer Rectangle from physical to logical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Rectangle to be converted is on.

Referenced by physicalToLogical(), and physicalToLogical().

◆ physicalToLogical() [2/3]

Rectangle< float > Displays::physicalToLogical	(	Rectangle< float >	physicalRect,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts a floating-point Rectangle from physical to logical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Rectangle to be converted is on.

References physicalToLogical().

◆ logicalToPhysical() [1/3]

Rectangle< int > Displays::logicalToPhysical	(	Rectangle< int >	logicalRect,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts an integer Rectangle from logical to physical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Rectangle to be converted is on.

References logicalToPhysical().

Referenced by logicalToPhysical(), logicalToPhysical(), and logicalToPhysical().

◆ logicalToPhysical() [2/3]

Rectangle< float > Displays::logicalToPhysical	(	Rectangle< float >	logicalRect,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts a floating-point Rectangle from logical to physical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Rectangle to be converted is on.

References logicalToPhysical().

◆ physicalToLogical() [3/3]

template<typename ValueType>

Point< ValueType > Displays::physicalToLogical	(	Point< ValueType >	physicalPoint,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts a Point from physical to logical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Point to be converted is on.

References physicalToLogical(), and Point.

◆ logicalToPhysical() [3/3]

template<typename ValueType>

Point< ValueType > Displays::logicalToPhysical	(	Point< ValueType >	logicalPoint,
		const Display *	useScaleFactorOfDisplay = nullptr ) const

noexcept

Converts a Point from logical to physical pixels.

If useScaleFactorOfDisplay is not null then its scale factor will be used for the conversion regardless of the display that the Point to be converted is on.

References logicalToPhysical(), and Point.

◆ getDisplayForRect()

const Display * Displays::getDisplayForRect	(	Rectangle< int >	rect,
		bool	isPhysical = false ) const

noexcept

Returns the Display object representing the display containing a given Rectangle (either in logical or physical pixels), or nullptr if there are no connected displays.

If the Rectangle lies outside all the displays then the nearest one will be returned.

References getDisplayForRect().

Referenced by getDisplayForRect().

◆ getDisplayForPoint()

const Display * Displays::getDisplayForPoint	(	Point< int >	point,
		bool	isPhysical = false ) const

noexcept

Returns the Display object representing the display containing a given Point (either in logical or physical pixels), or nullptr if there are no connected displays.

If the Point lies outside all the displays then the nearest one will be returned.

References getDisplayForPoint(), and Point.

Referenced by getDisplayForPoint().