Inheritance diagram for tt::CheckboxWidget< ValueType >:

Public Member Functions
template<typename V >
	CheckboxWidget (Window &window, Widget *parent, V &&value, ValueType trueValue, ValueType falseValue) noexcept

	CheckboxWidget (const CheckboxWidget &)=delete

CheckboxWidget &	operator= (const CheckboxWidget &)=delete

	CheckboxWidget (CheckboxWidget &&)=delete

CheckboxWidget &	operator= (CheckboxWidget &&)=delete

void	layout (hires_utc_clock::time_point displayTimePoint) noexcept override
	Layout the widget.

void	draw (DrawContext const &drawContext, hires_utc_clock::time_point displayTimePoint) noexcept override
	Draw widget.

void	handleMouseEvent (MouseEvent const &event) noexcept override

void	handleCommand (string_ltag command) noexcept override
	Handle command.

HitBox	hitBoxTest (vec position) const noexcept override
	Find the widget that is under the mouse cursor.

bool	acceptsFocus () const noexcept override
	Check if the widget will accept keyboard focus.

Public Member Functions inherited from tt::Widget
	Widget (Window &window, Widget *parent, vec defaultExtent) noexcept

	Widget (const Widget &)=delete

Widget &	operator= (const Widget &)=delete

	Widget (Widget &&)=delete

Widget &	operator= (Widget &&)=delete

virtual Widget &	addWidget (Alignment alignment, std::unique_ptr< Widget > childWidget) noexcept
	Add a widget directly to this widget.

template<typename T , typename... Args>
T &	makeWidgetDirectly (Args &&... args)
	Add a widget directly to this widget.

template<typename T , typename... Args>
T &	makeWidget (Args &&... args)
	Add a widget directly to this widget.

template<typename T , typename... Args>
T &	makeAlignedWidgetDirectly (Alignment alignement, Args &&... args)
	Add a widget directly to this widget.

template<typename T , typename... Args>
T &	makeAlignedWidget (Alignment alignment, Args &&... args)
	Add a widget directly to this widget.

aarect	makeWindowRectangle () const noexcept
	Create a window rectangle from left, bottom, width and height Thread-safety: locks window.widgetSolverMutex.

void	setMinimumExtent (vec newMinimumExtent) noexcept

void	setMinimumExtent (float width, float height) noexcept

void	setPreferredExtent (vec newPreferredExtent) noexcept

void	setFixedExtent (vec newFixedExtent) noexcept

void	setFixedHeight (float height) noexcept

void	setFixedWidth (float width) noexcept

rhea::constraint	placeBelow (Widget const &rhs, float margin=theme->margin) const noexcept

rhea::constraint	placeAbove (Widget const &rhs, float margin=theme->margin) const noexcept

rhea::constraint	placeLeftOf (Widget const &rhs, float margin=theme->margin) const noexcept

rhea::constraint	placeRightOf (Widget const &rhs, float margin=theme->margin) const noexcept

rhea::constraint	placeAtTop (float margin=theme->margin) const noexcept

rhea::constraint	placeAtBottom (float margin=theme->margin) const noexcept

rhea::constraint	placeLeft (float margin=theme->margin) const noexcept

rhea::constraint	placeRight (float margin=theme->margin) const noexcept

vec	extent () const noexcept

void	setExtent (vec rhs) noexcept

vec	offsetFromParent () const noexcept

void	setOffsetFromParent (vec rhs) noexcept

vec	offsetFromWindow () const noexcept

void	setOffsetFromWindow (vec rhs) noexcept

aarect	rectangle () const noexcept
	Get the rectangle in local coordinates.

aarect	windowRectangle () const noexcept
	Get the rectangle in window coordinates.

aarect	clippingRectangle () const noexcept
	Get the clipping-rectangle in window coordinates.

GUIDevice *	device () const noexcept

ssize_t	nestingLevel () noexcept
	Get nesting level used for selecting colors for the widget.

float	z () noexcept
	Get z value for compositing order.

virtual int	needs (hires_utc_clock::time_point displayTimePoint) noexcept
	Request the needs of the widget.

int	layoutChildren (hires_utc_clock::time_point displayTimePoint, bool force) noexcept
	Layout children of this widget.

std::vector< Widget * >	childPointers (bool reverse) const noexcept

virtual Widget *	nextKeyboardWidget (Widget const *currentKeyboardWidget, bool reverse) const noexcept

virtual void	handleKeyboardEvent (KeyboardEvent const &event) noexcept

Data Fields
observable< ValueType >	value

observable< std::string >	label

Data Fields inherited from tt::Widget
rhea::variable const	left
	Location of the frame compared to the window.

rhea::variable const	bottom

rhea::variable const	width

rhea::variable const	height

rhea::linear_expression const	right = left + width

rhea::linear_expression const	centre = left + width * 0.5

rhea::linear_expression const	top = bottom + height

rhea::linear_expression const	middle = bottom + height * 0.5

float	elevation

std::atomic< R32G32SFloat >	_extent

std::atomic< R32G32SFloat >	_offsetFromParent

std::atomic< R32G32SFloat >	_offsetFromWindow

std::atomic< bool >	forceLayout = true

std::atomic< bool >	forceRedraw = true

observable< bool >	enabled = true
	The widget is enabled.

Member Function Documentation

◆ acceptsFocus()

template<typename ValueType >

bool tt::CheckboxWidget< ValueType >::acceptsFocus ( ) const

inlineoverridevirtualnoexcept

Check if the widget will accept keyboard focus.

Thread safety: reads atomics.

Reimplemented from tt::Widget.

◆ draw()

template<typename ValueType >

void tt::CheckboxWidget< ValueType >::draw	(	DrawContext const &	drawContext,
		hires_utc_clock::time_point	displayTimePoint )

inlineoverridevirtualnoexcept

Draw widget.

The overriding function should call the base class's draw(), the place where the call this function will determine the order of the vertices into each buffer. This is important when needing to do the painters algorithm for alpha-compositing. However the pipelines are always drawn in the same order.

Thread safety: locks, must be called from render-thread

Reimplemented from tt::Widget.

◆ handleCommand()

template<typename ValueType >

void tt::CheckboxWidget< ValueType >::handleCommand ( string_ltag command )

inlineoverridevirtualnoexcept

Handle command.

Thread safety: locks

Reimplemented from tt::Widget.

◆ handleMouseEvent()

template<typename ValueType >

void tt::CheckboxWidget< ValueType >::handleMouseEvent ( MouseEvent const & event )

inlineoverridevirtualnoexcept

Handle mouse event. Called by the operating system to show the position and button state of the mouse. This is called very often so it must be made efficient. This function is also used to determine the mouse cursor.

Thread safety: locks

Reimplemented from tt::Widget.

◆ hitBoxTest()

template<typename ValueType >

HitBox tt::CheckboxWidget< ValueType >::hitBoxTest ( vec position ) const

inlineoverridevirtualnoexcept

Find the widget that is under the mouse cursor.

Thread safety: locks.

Reimplemented from tt::Widget.

◆ layout()

template<typename ValueType >

void tt::CheckboxWidget< ValueType >::layout ( hires_utc_clock::time_point displayTimePoint )

inlineoverridevirtualnoexcept

Layout the widget.

super::layout() should be called at start of the overriden function.

Thread safety: locks, must be called from render-thread

Reimplemented from tt::Widget.

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

hikogui/src/TTauri/Widgets/CheckboxWidget.hpp

Public Member Functions

Data Fields

Member Function Documentation

◆ acceptsFocus()

◆ draw()

◆ handleCommand()

◆ handleMouseEvent()

◆ hitBoxTest()

◆ layout()